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WO2017054727A1 - 能调节角度定位及自闭铰链 - Google Patents

能调节角度定位及自闭铰链 Download PDF

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Publication number
WO2017054727A1
WO2017054727A1 PCT/CN2016/100554 CN2016100554W WO2017054727A1 WO 2017054727 A1 WO2017054727 A1 WO 2017054727A1 CN 2016100554 W CN2016100554 W CN 2016100554W WO 2017054727 A1 WO2017054727 A1 WO 2017054727A1
Authority
WO
WIPO (PCT)
Prior art keywords
magnet
sleeve
screw
hinge
fixed
Prior art date
Application number
PCT/CN2016/100554
Other languages
English (en)
French (fr)
Inventor
吴裕龙
Original Assignee
赵芬
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN201510631766.4A external-priority patent/CN106499281B/zh
Priority claimed from CN201520762076.8U external-priority patent/CN206128937U/zh
Priority claimed from CN201610795626.5A external-priority patent/CN107780744A/zh
Application filed by 赵芬 filed Critical 赵芬
Priority to CA3006262A priority Critical patent/CA3006262C/en
Priority to KR1020187010835A priority patent/KR20180054759A/ko
Priority to EP16850351.4A priority patent/EP3358114A4/en
Priority to AU2016333280A priority patent/AU2016333280A1/en
Priority to US15/763,748 priority patent/US10604978B2/en
Priority to JP2018517206A priority patent/JP6694190B2/ja
Publication of WO2017054727A1 publication Critical patent/WO2017054727A1/zh

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Classifications

    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05D—HINGES OR SUSPENSION DEVICES FOR DOORS, WINDOWS OR WINGS
    • E05D11/00—Additional features or accessories of hinges
    • E05D11/10—Devices for preventing movement between relatively-movable hinge parts
    • E—FIXED CONSTRUCTIONS
    • E05—LOCKS; KEYS; WINDOW OR DOOR FITTINGS; SAFES
    • E05F—DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION; CHECKS FOR WINGS; WING FITTINGS NOT OTHERWISE PROVIDED FOR, CONCERNED WITH THE FUNCTIONING OF THE WING
    • E05F1/00—Closers or openers for wings, not otherwise provided for in this subclass
    • E05F1/02—Closers or openers for wings, not otherwise provided for in this subclass gravity-actuated, e.g. by use of counterweights
    • E05F1/04—Closers or openers for wings, not otherwise provided for in this subclass gravity-actuated, e.g. by use of counterweights for wings which lift during movement, operated by their own weight
    • E05F1/06—Mechanisms in the shape of hinges or pivots, operated by the weight of the wing

Definitions

  • the invention relates to an adjustable angle positioning and a self-closing hinge.
  • the Chinese Patent Database has announced the invention of the utility model name "A Lifting and Closing Device", Patent No. 2013208356551. It includes a top hinge, a lower hinge, a drive base and a drive rod.
  • the upper hinge comprises an upper sleeve and an upper joint blade fixed to the upper sleeve;
  • the lower hinge comprises a lower sleeve and a lower joint blade fixed to the lower sleeve;
  • the transmission seat is fixed to the upper sleeve, and the bottom end of the transmission seat is concave
  • a transmission cavity is provided, and the inner spiral surface of the transmission cavity is provided with a first spiral portion.
  • the transmission rod is fixed to the lower sleeve, and the rotating surface of the transmission rod is provided with a second spiral portion, the transmission rod is connected to the transmission cavity, and the first spiral portion and the second spiral portion are adapted to engage, wherein: pushing the upper hinge
  • the upper hinge is rotated relative to the lower hinge, and the upper hinge is raised by the cooperation of the first spiral portion and the second spiral portion; the release of the upper hinge is lowered by gravity, and the first spiral portion and the second spiral portion are passed.
  • the cooperation can make the upper hinge automatically reset and return to close.
  • the lifting hinge device cannot realize self-positioning within a certain predetermined angle, can be self-closing at another predetermined angle, and cannot adjust the predetermined angle of self-positioning.
  • the present invention provides a hinged positioning angle self-positioning and self-closing hinge that overcomes the deficiencies of the lifting hinge device of the prior art.
  • Adjustable angular positioning and self-closing hinges including two hinges, a solid rod and a threaded sleeve, the two hinges being relatively rotatable, each hinge comprising a sleeve and a blade fixed to the outside of the sleeve, the solid rod
  • the utility model has a screw, which is characterized in that it further comprises a fixing seat, an adjusting seat and a screw ring, wherein the screw sleeve is fixed in a sleeve of a hinge, the fixing seat is fixed in a sleeve of a hinge, the screw sleeve and a fixing seat; a fixing rod, a screw ring, a first magnet, a second magnet, a first spring, a cup body, a second spring and an adjusting seat are disposed between the screw sleeve and the fixing seat of the two hinges
  • the fixing rod has a screw threaded on the threaded sleeve, the first spring is
  • a screw rod and a screw ring and two magnets and two springs and an adjusting seat are arranged between the screw sleeve and the solid seat.
  • the screw sleeve and the screw rod in the connecting sleeve of the two sleeve sleeves can rotate relative to each other to make the rod
  • a six-straight pitch pitch convex spiral rod tooth having more than two of the screws can slide axially downward with respect to six straight-slant pitch concave spiral rod teeth of two or more of the screw sleeve
  • the six helical pitches of the helical helical rod teeth of the screw can be slid and moved axially downward relative to the six straight oblique pitch concave spiral rod teeth of the screw sleeve, so that the screw sleeve and the screw can also be opposite each other.
  • the axial downward movement and the upper movement are within a predetermined angle of the hinge rotation, and the top rods of the two magnets are balanced by the magnetic force and the spring force of the two springs, so that the hinge blades can be self-aligned and rotated.
  • the self-closing function can be realized by the self-closing function of the hinge angle, and the adjustment seat is adjusted to rotate and cooperate with the seat and the first position.
  • the spacing position of the second magnet and the fixing seat can be adjusted and adjusted so that the second magnet and the first magnet can be strongly magnetized together in the connecting sleeve, so as to make the adjusting seat
  • the predetermined positioning angle of the hinged blade can be adjusted correspondingly, so that the blade of the hinge can be self-positioned at a single positioning angle position between the required predetermined positioning angles, and a single positioning angle in the predetermined positioning angle.
  • the blade of the hinge below the starting point of the positioning position can be self-closing, the hinge is rotated to a starting position of the predetermined positioning angle, and a positioning angle in the predetermined positioning angle is below the starting position of the positioning position.
  • the adjustment seat can cooperate with the second magnet and the bottom of the cup and the cup to adjust and adjust the distance between the second magnet and the first magnet.
  • the magnetic force of the second magnet and the first magnet can be strongly positioned in the connecting sleeve together, so that the adjusting seat can be matched with the adjustment of the hinge blade.
  • the positioning angle position is self-positioned so that the hinge can be self-positioning at a positioning angle position between the required predetermined positioning angles, and a positioning position at a predetermined positioning angle can be self-positioning.
  • the leaf of the hinge can be self-closing.
  • FIG. 1 is a schematic structural view of a hinge of the first embodiment.
  • FIG. 2 is a schematic structural diagram of a left hinge of the first embodiment.
  • FIG. 3 is a schematic structural diagram of a right hinge of the first embodiment.
  • FIG 4 is a schematic structural view of a first spring of the first embodiment.
  • FIG. 5 is a schematic structural view of a third bearing of the first embodiment.
  • FIG. 6 is a schematic view showing the assembly structure of the connecting sleeve of the first embodiment.
  • FIG. 7 is a schematic structural view of the connecting sleeve of the first embodiment.
  • FIG. 8 is a schematic structural view of the screw sleeve of the first embodiment.
  • FIG. 9 is a schematic perspective view of the screw sleeve of the first embodiment.
  • FIG. 10 is a perspective view showing the first bearing of the first embodiment.
  • FIG. 11 is a schematic perspective view of the spiral ring of the first embodiment.
  • FIG. 12 is a perspective view of the sliding sleeve of the first embodiment.
  • FIG. 13 is a schematic perspective view of the solid rod of the first embodiment.
  • FIG. 14 is a schematic structural view of the first magnet of the first embodiment.
  • FIG. 15 is a schematic perspective view of the first magnet of the first embodiment.
  • 16 is a schematic structural view of a first screw of the first embodiment.
  • FIG. 17 is a schematic structural view of a second magnet of the first embodiment.
  • FIG. 18 is a perspective view showing the second magnet of the first embodiment.
  • FIG. 19 is a schematic structural view of a second screw of the first embodiment.
  • 20 is a perspective view of the sealing apron of the first embodiment.
  • 21 is a perspective view of the cup of the first embodiment.
  • FIG. 22 is a schematic structural view of the cup body of the first embodiment.
  • FIG. 23 is a schematic perspective view of the fixed seat of the first embodiment.
  • FIG. 24 is a schematic structural view of the fixing seat of the first embodiment.
  • FIG. 25 is a schematic perspective view of the adjusting seat of the first embodiment.
  • FIG. 26 is a schematic structural view of the adjusting seat of the first embodiment.
  • 27 is a schematic structural view of a hinge of the second embodiment.
  • 28 is a schematic view showing the assembly structure of the sleeve of the second embodiment.
  • 29 is a schematic structural view of a hinge of the third embodiment.
  • FIG. 30 is a schematic view showing the structure of the gasket of the third embodiment.
  • Figure 31 is a schematic view showing the structure of the solid rod of the third embodiment.
  • FIG. 32 is a schematic perspective view of a sealing apron of the third embodiment.
  • 33 is a schematic structural view of a second spring of the third embodiment.
  • Figure 34 is a schematic view showing the structure of the hinge of the fourth embodiment.
  • 35 is a schematic structural view of a hinge of Embodiment 5.
  • 36 is a perspective view of the screw pull ring of the fifth embodiment.
  • FIG. 37 is a schematic perspective view of a rubber column of the fifth embodiment.
  • FIG. 38 is a schematic structural view of a through-spring through hole of a screw sleeve of Embodiment 5.
  • 39 is a perspective view showing the first magnet of the fifth embodiment.
  • 40 is a perspective view showing the second magnet of the fifth embodiment.
  • Figure 41 is a perspective view showing the first magnet cover of the fifth embodiment.
  • Figure 42 is a perspective view showing the second magnet cover of the fifth embodiment.
  • the invention structure and structural fittings of the hinge are suitable for being placed in the sleeve of any shape of the hinge, such as butterfly hinge, H-shaped hinge, sub-male hinge, flag hinge, door hinge, door folding Page hinges and any odd hinges and more.
  • the adjustable angle positioning and self-closing hinges can be fitted to any door page and any door and window as well as any door, compartment door and the like.
  • the adjustable angle positioning and the predetermined setting positioning angle of the self-closing hinge can be set to a predetermined setting positioning angle set to 180 degrees from a positional positioning position position of a predetermined setting positioning angle of 20 degrees, and a positioning angle of 20 degrees at a predetermined positioning angle is set.
  • any predetermined position of the positioning angle position, the hinge of the leaf can achieve self-positioning, and the starting point of any predetermined positioning angle, the hinge of the blade can be below the starting position of the positioning position In order to make the hinges of the hinges achieve self-closing.
  • the hinge comprises a left hinge 10 and a right hinge 20 ;
  • the left hinge 10 includes a left sleeve 11 and a left blade 12 fixed to the left sleeve 11 .
  • the left sleeve 11 is disposed on the lower half of the left blade 12;
  • the right hinge 20 includes a right sleeve 21 and a right blade 22 fixed to the outside of the right sleeve 21, and the right sleeve 21 is disposed on the right blade 22.
  • a second flange 52 is disposed in the connecting sleeve 50, and can be abutted in the annular groove 520 of the plug 60 through the second flange 52 so that the second flange 52 can be disposed in the connecting sleeve 50.
  • the annular groove 520 of the fixing seat 60 is inserted to enable the fixing seat 60 and the second flange 52 to be fixed in the connecting sleeve 50.
  • the fixing seat 60 extends out of the outer portion of the connecting sleeve, and is screwed into the screw through hole of the left bushing 11 through the fixing screw 98, and is fixed in the fixing seat 60 to fix the left bushing 11 and the fixing seat 60 together.
  • the hinge further includes a fixing rod 30 , a screw sleeve 40 , a coupling sleeve 50 , a fixing seat 60 , and an adjusting seat 70 .
  • the connecting sleeve 50 is connected in the left sleeve 11 and the right sleeve 21, and the left sleeve 11 and the right sleeve 21 are arranged side by side so that the hinges can rotate relative to each other; the third bearing can also be rotated and sleeved
  • the third bearing 59 is rotatably connected between the circumferential plane of one end of the left sleeve 11 and the circumferential plane of the end of the right sleeve 21 so that the right hinge 20 is opposite to the left.
  • the page 10 axis rotates more smoothly, and the left sleeve 11 and the right sleeve 21 are arranged side by side such that the hinges are rotatable relative to the axis.
  • the threaded sleeve 40 is rotatably and non-slidably coupled within the connecting sleeve 50 in the right sleeve 21, and the right hinge 20 has a swivel 41 in the right sleeve 21 and a thin rod 42 of the threaded sleeve 40.
  • the outer portion of the connecting sleeve 50 is fixedly fastened, and the rotating sleeve 40 is provided with a rotating ring 41.
  • the upper portion of the threaded sleeve 40 is convexly provided with a thin rod 42 having a thin rod 42 rotatably passing through the rotating ring 41.
  • the swivel 41 is fitted to the upper end portion of the right sleeve 21, and the screw through hole that is screwed through the right sleeve 21 by the fixing screw 98 is locked into the fixed thin rod 42 by locking through the swivel 41. So that the right sleeve 21 and the swivel 41 and the thin rod 42 are fixed together, so as to be able to position the axial and circumferential spacing coefficient coefficients of the fixed rod under the axis and the upper sliding and moving relative to the sleeve, as opposed to It is the blade that can fit the hinge freely to set the positioning angle.
  • the swivel 41 and the right bushing 21 can also limit and control the axial movement of the nut 40.
  • a second flange 52 is disposed in the connecting sleeve 50, and can be abutted in the annular groove 520 of the fixing seat 60 through the second flange 52 so that the second flange 52 can be disposed in the connecting sleeve 50.
  • the annular groove 520 of the fixing seat 60 is inserted so that the fixing seat 60 and the second flange 52 can be connected and fixed in the connecting sleeve.
  • the fixing seat 60 extends out of the outer portion of the connecting sleeve 50 and is screwed through the fixing screw 98.
  • the screw through hole of the left sleeve 11 is screwed into the fixed adjustment seat 70 after being locked into the fixed seat 60, and at the same time, the fixing screw 98 is first locked and fixed together with the left sleeve 11 and the fixed seat 60.
  • the adjusting seat 70 waits for the adjusting seat 70 to be rotated to adjust the base of the fixing base 60 and the second magnet 82 and the cup 61 to adjust and adjust the spacing between the second magnet 82 and the first magnet 81.
  • the screw sleeve and the fixing seat are spaced apart, and a fixing rod 30, a screw ring 43, a first magnet 81, a second magnet 82, a cup body 61 and a gasket are arranged between the screw sleeve and the fixing seat in the connecting sleeve.
  • the first spring 91 and the second spring 92 have a screw 31, and the first magnet 81 and the second magnet 82 are magnetically attracted.
  • the energy storage of the energy storage of the first magnet 81 and the second magnet 82 by magnetic magnetic attraction must be greater than the energy storage elastic force of the first spring 91 plus the release of the energy storage pre-tension of the first spring. .
  • the first magnet of the hinge is that the steel does not have the magnetic attraction force or the second magnet is the steel that does not store the magnetic attraction force.
  • the hinged blade can be self-positioned at a single positioning angular position between predetermined positioning angles, and the hinged blade can be self-closing when the single positioning angle is below the starting point of the self-positioning angular position.
  • the rod 30 has a rod 31 of the rod fitting screw 40 of the screw 31, so that the screw 31 of the rod 30 can slide and move along the axis with respect to the screw sleeve 40.
  • the fixing rod 30 includes a screw 31 that is screwed to the threaded sleeve 40.
  • the first spring 91 abuts between the fixed rod 30 and the spacer 85.
  • the first magnet 81 and the connecting rod 33 are fixed to the fixing rod 30.
  • the second spring 92 is slidable along the axis, and the second spring 92 can be abutted against the fixed seat.
  • the other end of the second spring 92 can abut against the second magnet 82.
  • the second magnet 82 can move relative to the fixed seat 60.
  • the adjusting seat 70 cooperates with the second magnet 82 and the cup bottom of the cup body and the fixing base 60 to adjust and adjust the position of the second magnet 82 and the fixing seat 60; the adjusting seat 70 is adjusted to rotate to be correspondingly fixed.
  • the seat 60 and the second magnet 82 and the cup bottom of the cup 61 are arranged to adjust and adjust the position of the second magnet 82 and the first magnet 81 so as to enable the second magnet and the first magnet to be magnetized together.
  • the leaf of the hinge can be self-closing, and the position of the hinge is rotated to a position of 90 degrees between the predetermined angles.
  • the starting point is self-positioning, and the predetermined angle is 90.
  • the hinge seat can correspond to a predetermined angle required for adjusting the blade of the hinge to be self-positioning at a positioning angle position of a predetermined angle required, and the blade of the hinge can be below a starting point of a positioning angle of a predetermined angle required Achieve self-closing function.
  • a first flange 51 is disposed in the connecting sleeve 50, and the first flange 51 can abut against the annular groove 403 of the screw ring 43 in the connecting sleeve 50, so that the first flange 51 is in the connecting sleeve.
  • the inner ring 50 can be inlaid with a spiral ring groove 403, so that the screw ring 43 and the first flange 51 and the connecting sleeve 50 are connected and fixed together in the connecting sleeve 50, so that the screw ring 43 cannot rotate and cannot slide and move.
  • the ground connection is fixed in the connection sleeve 50,
  • the spiral ring 43 is recessed through the through hole, and the circumferential edge of the inner ring of the through hole 43 is convexly provided with a spiral inner ring flange 433, and the fixed rod 30 has a convex ring 32, and
  • a convex ring sliding track groove 332 is recessed in a circumferential direction of the outer ring of the convex ring, so that the inner ring flange 433 of the screw ring 43 can abut against the convex ring sliding track groove 332, so as to make the screw
  • the inner ring flange 433 of the ring can correspond to the convex ring sliding track groove 332 of the convex ring 32 of the fixed rod 30, so as to be able to position and limit the sliding and moving of the fixed rod in the axial direction downward and upward relative to the screw sleeve.
  • the pitch dimension of the axial direction and the wheelbase does not change, and the right blade 21 of the right hinge 20 can be set to a predetermined positioning angle so that the positioning angle of the right blade 22 of the right hinge 20 can be positioned from a position angle of 50 degrees. It is predetermined to be set to a 180 degree positioning angle position, as the right blade 22 of the right hinge 20 needs to be self-positioning starting at a predetermined angular position of 90 degrees between predetermined angles, while the blade of the hinge is opened to a predetermined angle of 90 degrees. When the 90 degree positioning position is in the middle, the right blade 22 of the right hinge 20 is driven to drive the connection in the sleeve.
  • the nut sleeve in the sleeve 50 is rotated such that the six helical pitches of the two or more of the two or more of the screws of the fixed rod can be six straight pitch pitches of the two or more of the screw sleeve 40.
  • the concave spiral rod teeth slide downward in the axial direction, so that the six straight-slant pitch helical magnetic rod teeth of the screw can slide axially downward with respect to the six straight-slant pitch concave spiral rod teeth of the screw sleeve.
  • the solid rod has a screw and the first magnet corresponding to the right flap 22 of the right hinge 20 to slide down and move until the hinge vane is opened to a desired 90 degree predetermined angular position
  • the right blade 22 of the right hinge 20 requires a 90 degree positioning angle position among the predetermined angles, while the right blade 22 of the right hinge 20 has no positioning function, while the right blade 22 of the right hinge 20 is required.
  • the first spring is the energy storage elastic state of the first spring 91 by the high pressure compression of the annular convex ring 32 of the fixed rod 30 from the top to the bottom.
  • the energy storage state of the first spring 91 is changed to release the energy storage elastic force, so that the energy storage elastic force at one end of the first spring 91 can strongly support the annular annular ring 32, and the first The energy storage elastic force of the other end of the spring 91 is strong against the circumferential surface of the top spacer 85 and the front end of the cup 61,
  • the right blade 22 of the right hinge 20 needs to be closed to make the hinge
  • the blade positioning angle of the page is below the starting point of the 90 degree positioning angular position between the predetermined angles that have been adjusted in place by the adjustment seat in the fixed seat, so that the right blade 22 of the right hinge 20 can achieve the self-closing function.
  • the screw ring 43 is located under the screw sleeve and the screw thread 31 passes through the screw ring 43 and then the screw sleeve 40 is screwed so that the screw ring 43 can restrict the rotation and movement of the screw rod 31 relative to the screw sleeve 40, and the spacing coefficient coefficient generated.
  • the spacing between the axial and the wheelbase that can position and limit the sliding and moving of the fixed rod in the axial direction downward and upward relative to the screw sleeve does not change, and the hinged blade can be matched to the hinged blade.
  • the positioning angle can be freely set, and the positioning angle of the predetermined angle can be self-positioned correspondingly to a positioning angle of the blade that can match the hinge.
  • the fixing rod 32 has a convex ring sliding track groove 332 recessed at a circumferential side surface of the outer ring of the convex ring 32, and the inner ring of the inner ring of the through ring passing through the through hole is convexly provided with an inner ring of the spiral ring a flange 433, so that the inner ring flange of the spiral ring can abut against the convex ring sliding track groove, so that the inner ring flange 433 of the spiral ring can correspondingly fit the convex ring sliding track groove 332
  • the distance between the axial and the wheelbase of the sliding and moving of the fixed rod in the axial direction downward and upward relative to the screw sleeve is not changed, and the positioning angle is set relative to the right blade corresponding to the right hinge.
  • a third flange 53 is disposed in the connecting sleeve 50, and can be abutted in the annular groove 530 of the first bearing through the third flange 53 so that the third flange 53 is in the connecting sleeve 50.
  • the annular groove 530 of the first bearing can be embedded therein so that the first bearing 44 and the third flange 53 cannot be movably connected to the connecting sleeve in the upper and lower directions (by providing a third flange in the connecting sleeve) 53 such that the third flange 53 can be fitted with the annular groove 530 of the first bearing in the connecting sleeve 50 to axially limit the displacement of the first bearing 44; the annular convex ring 32 and the first of the fixed rod 30
  • a second bearing 34 is also disposed between the springs 91. The second bearing 34 is sleeved on the connecting rod 33 of the fixed rod 30.
  • the first spring 91 is sleeved on the connecting rod 33, and one end of the first spring 91 can be offset. At the second bearing 34, the other end of the first spring 91 can be supported between the spacer 85 and the circumferential plane of the front end of the cup bottom of the cup 61.
  • a second flange 52 is disposed in the connecting sleeve 50, and can be abutted in the annular groove 520 of the plug 60 through the second flange 52 so that the second flange 52 can be disposed in the connecting sleeve 50.
  • the annular groove 520 of the fixing seat 60 is inscribed so that the fixing seat 60 and the second flange 52 are not slidably and movably connected and fixed in the connecting sleeve, and the fixing part 60 extends out of the connecting sleeve and is fixed to the left side.
  • the connecting sleeve 50 can be a center sleeve 50.
  • first screw 83 and a second screw 84 further comprising a first screw 83 and a second screw 84, and a fixing screw 98, the first screw 83 and The second screw 84 has a polished rod section and a threaded section 831, 841 at the end; the polished rod section of the first screw 83 passes through the inner ring through hole of the first magnet 81, and the threaded section 831 is screwed to the connection of the fixed rod 30
  • the screw head 832 of the first screw 83 is supported at the inner ring through hole step 801 of the first magnet 81, so that the first magnet 81 and the connecting rod 33 are fixed together, so that the first magnet 81 can
  • the sliding and moving of the fixing rod 30 together can restrict the first magnet from being disengaged from the first screw, so as to be correspondingly matched with the adjusting seat 70, so that the adjusting seat 70 can cooperate with the fixing seat 60 and the second magnet 82, Relatively to adjust the rotation of the adjustment base 70 to correspondingly match the base
  • a required positioning angle position is self-positioning; the polished portion of the second screw 84 passes through the The inner ring of the magnet 82 has a through hole, and the threaded portion 841 is screwed into the end face of the adjusting seat 70 such that the screw head 842 of the second screw 84 is supported at the inner ring through hole step 821 of the second magnet 82, so that The second magnet 82 and the second screw 84 are coupled together with the adjusting base 70, and can further restrict the second magnet 82 from being detached from the second screw 84, so that the second magnet 82 can correspondingly cooperate with the fixing seat 60 and the adjusting seat 70, so that The adjusting seat 70 can adjust and rotate the position of the second magnet 82 and the first magnet 81 by adjusting the rotation, so that the adjusting seat can be correspondingly matched with the predetermined setting positioning angle of the blade for adjusting the hinge.
  • the fixed rod 30 has a fixed convex ring 32 at the end of the fixed rod 30.
  • the convex ring 32 is fixed with an annular convex ring 32, and the annular convex ring 32 is fixed with a connecting rod 33, and the convex ring 32 is fixed.
  • the annular convex ring 32 is fixedly coupled to form the convex ring 32.
  • the annular groove 321 is concavely disposed in the circumferential direction of the outer ring of the annular convex ring 32, and the annular groove 321 of the annular convex ring is sleeved with a sealant.
  • the sealing ring 322 extends beyond the annular mounting groove 321 to seal against the connecting sleeve 50, and the sealing rubber ring 322 can fit the annular ring 32 in the connecting sleeve 50. Sliding and moving, relative to the ability to generate seal damping force and resistance within the connecting sleeve 50, and to strengthen and enhance the damping force and resistance force generated by the sliding and moving of the annular convex ring 32 in the connecting sleeve 50. The effect of the effect is to increase the strength of the self-positioning force of the annular convex ring in the connecting sleeve 50, and to simultaneously strengthen and enhance the magnetic storage magnetic force together with the magnetic attraction of the second magnet and the first magnet.
  • the intensity of the self-positioning force of the right blade 22, which can simultaneously assist in reinforcing and reinforcing the right hinge 20, can be adjusted at a positioning angle position between the predetermined positioning angle positions, and can also be controlled at the same time. And limiting the release of the first spring's energy storage top bomb force, also to make the first The top-loading force and the abutment speed of the annular convex ring of the top-clamping rod of the upward force of the spring can be slowed down and buffered, and the blade can be controlled and restricted.
  • the self-closing speed is fast and slow, and it can also improve and enhance the safety of the angle adjustment positioning and the self-closing hinge.
  • the adjusting seat 70 connects the cup of the cup 61
  • the bottom and the fixing seat 60 are used for adjusting the position of the spacing between the bottom of the cup and the fixing seat, adjusting the position of the spacing between the bottom of the cup and the fixing seat, and adjusting and adjusting the position of the spacing between the fixing seat and the second magnet;
  • the adjusting seat is adjusted to rotate to correspond to the second magnet and the bottom of the cup and the cup body, so as to adjust and adjust the position of the second magnet and the first magnet, so that the second magnet and the first magnet can
  • the magnetic attraction together can be positioned in the connecting sleeve, so that the adjusting seat can correspondingly adjust the positioning angle of the hinge vane, so that the hinge can be self-positioned at a 90 degree positioning angle position in a predetermined angle, and in a predetermined angle Below the starting
  • the concave spiral thread teeth of the six straight oblique pitches of the two or more teeth of the screw sleeve 40 are slid downwardly in the axial direction, so that the screw rod of the fixed rod can slide and move downward along the axis with the screw sleeve.
  • the screw and the first magnet of the fixed rod will slide down correspondingly to the right blade 22 of the right hinge 20 and move to the hinge.
  • the blade is opened to a desired predetermined angular position, and the right hinge is opposite.
  • the adjusting seat in the fixed seat is adjusted to rotate the adjusting seat, so that the adjusting seat can cooperate with the fixing seat and the cup bottom of the second magnet and the cup body, so as to adjust and adjust the position of the second magnet and the first magnet.
  • the second magnet and the first magnet can be magnetically attracted together to be positioned in the connecting sleeve, so that the adjusting seat can be correspondingly matched with the predetermined angular position required for adjusting the hinged blade, so that the right blade 22 of the right hinge 20
  • the starting position of the desired positioning angle can be self-positioning at a desired predetermined angle, but the right blade 22 of the right hinge 20 can also be opened to a 180 degree angle of the maximum limit point of the predetermined rotation of the blade of the hinge. After the degree, at this time, the right blade 22 of the right hinge 20 will self-close and return to a positioning angle position between a predetermined angle that has been adjusted by the adjustment seat in the fixed seat, and the hinge blade needs to be closed.
  • the positioning angle of the right blade 22 of the right hinge 20 is separated from a starting position of a predetermined set positioning angle that has been adjusted in place by the adjusting seat in the fixed seat, so that the right hinge 20 is The right blade 22 can achieve a self-closing function.
  • the adjusting seat 70 is a third screw, and the third screw is screwed through the protruding portion of the fixing portion and abuts against the bottom of the cup body, and the third screw is adjusted to rotate and cooperate with the seat and the third screw.
  • the two magnets are capable of adjusting and adjusting the pitch size of the second magnet and the first magnet.
  • the threaded section 841 of the second screw 84 is threadedly coupled within the end face of the adjustment seat 70 of the seat 60.
  • the second spring and the second magnet are completely located in the cup body, and the second magnet is adapted to the sliding cup body, and the lower portion of the first magnet is adapted to the sliding cup body.
  • the screw is restrained and controlled by the screw sleeve and the screw ring, and the rod teeth of the rod matching screw of the screw are urged, and the inner ring flange 433 of the screw ring is also matched with the convex ring 32 of the fixed rod 30.
  • the convex ring sliding track groove 332 can generate a lower and upper sliding and moving movement of a predetermined angular interval with respect to each other, so as to be able to position the axial direction of the screw relative to the screw sliding down and upward along the axis.
  • the hinge is opened to a positioning angle of 90 degrees, and at the same time, the hinge blade has no positioning function, and at the same time, the hinge blade has no positioning function.
  • the hinge leaf When positioning at a 90 degree positioning angle, it is necessary to adjust the rotation adjustment seat through the adjustment seat in the fixed seat so that the adjustment seat can match the seat of the fixed seat and the second magnet and the cup to adjust and adjust.
  • the second magnet and the first magnet are spaced apart such that the second magnet and the first magnet can be magnetically attracted together to be positioned in the connecting sleeve, so that the adjusting seat can be correspondingly matched to the predetermined setting required to adjust the hinged blade Positioning the angle so that the hinged blade can self-position at a desired 90 degree positioning angle of the predetermined set positioning angle, and is also 90 degrees between the predetermined angle of the hinged blade at a predetermined angle of 180 degrees to a predetermined angle of 180 degrees.
  • the positioning angle position is self-positioning, when the hinge of the hinge needs to be closed, the positioning angle of the hinge leaf is separated from the positioning angle of 90 degrees, and the positioning angle of the hinge leaf is lower than the positioning angle of 90 degrees in the predetermined positioning angle.
  • the energy storage elastic force of the first spring is a state in which the elastic storage force is compressed by the annular convex ring of the fixed rod,
  • the energy storage elastic state of the first spring is changed to release the elastic force, so that the screw and the bearing of the fixed rod can be elastically jacked up, and the threaded rod teeth of the screw are adapted to the threaded screw sleeve teeth, resulting in
  • the predetermined axial and circumferential angles are slid and moved upwards to enable the hinged blades to be self-closing.
  • a first flange 51 is disposed in the connecting sleeve 50, and the first flange 51 in the connecting sleeve 50 can abut against the annular groove 403 of the screw ring 43 in the connecting sleeve 50, so that the first flange 51 is
  • the annular sleeve 403 of the connecting sleeve 50 can be embedded with a screw ring, so that the screw ring 43 and the first flange 51 and the connecting sleeve 50 are connected and fixed together in the connecting sleeve 50, so that the screw ring 43 cannot rotate or
  • the sliding and moving connection is fixed in the connecting sleeve 50, and the circumferential edge of the inner ring of the through hole of the spiral ring is convexly provided with an inner ring flange of the spiral ring, and the outer ring side of the convex ring of the fixed rod a convex ring sliding track groove is provided to enable the inner ring flange of the spiral ring to
  • the inner ring flange 433 of the spiral ring is sleeved and slidably connected with the sliding sleeve 333, so that the spiral inner ring flange 433 of the sliding sleeve 333 can be abutted against the convex ring sliding track
  • the inner ring flange 433 of the spiral ring 433 which is slidably coupled to the sliding sleeve 333 can correspond to the convex ring sliding track groove 332 of the convex ring 32 of the fixed rod 30, so as to be able to
  • the movement of the auxiliary reinforcing rod is smoother than the sliding and moving movement of the relative screw sleeve along the axis, so that the hinged blade can be more smoothly opened and closed.
  • the chute cam 32 is a convex ring 32.
  • the first spring 91 and the second spring 92 can cause the right blade 22 of the right hinge 20 to be released after the 125° angular position of the right blade 22 of the right hinge 20 is opened, while the right hinge 20 is
  • the right blade 22 is a 90-degree predetermined angle self-positioning angle position that is opened beyond a 50 degree positioning angle to a 180 degree positioning angle among the already set positioning angles, while the first spring 91 is fixed by the fixed rod 30.
  • the annular convex ring 32 compresses the energy storage state of the first spring 91 by the high pressure of the top to the bottom, so that the energy storage state of the first spring 91 is changed, so that the energy storage elastic force is released, so that The energy storage elastic force of one end of the first spring 91 can strongly support the annular annular ring 32, and the energy storage elastic force of the other end of the first spring 91 is strong with the supporting spacer 85 and the cup body.
  • the front end circumferential plane of the 61, at the same time, the second spring 92 is a high pressure compression second spring which is supported by the fixed rod 30 and the first magnet 81 and the second magnet 82 with a top-down strength.
  • the energy storage state of the 92 causes the energy storage state of the second spring 92 to change So that the storage elastic force generated Released so that the energy storage elastic force of one end of the second spring 92 can strongly support the second magnet 82, and the energy storage elastic force of the other end of the second spring 92 is strong enough to support the top cup
  • the bottom of the cup 61 is opposite so that the first spring 91 and the second spring 92 can cause the right blade 22 of the right hinge 20 to be closed so that the first spring 91 and the second spring 92 can turn the right hinge 20
  • the blade 22 is reset to a self-positioning of a predetermined angular position of 90 degrees out of a predetermined set angle of positioning.
  • the right hinge 20 is provided with two spaced-apart right bushings 21, which are right bushings 21 and right blades 22 thereof.
  • the left hinge 10 is provided with a left sleeve 11 as described above, and the sleeve is a left sleeve 11, and the left sleeve 11 is interposed between the two right sleeves 21, and the blades are adapted to the notches.
  • the connecting sleeve is omitted, and the left bushing 11 constitutes the connecting sleeve 50.
  • the screw sleeve is screwed into the screw sleeve 40 through the screw through hole of the right sleeve 21 through the fixing screw 98, so that the screw sleeve 40 is fixed in the right sleeve 21 by the fixing screw 98.
  • the screw sleeve 40 is fixed.
  • the right hinge 20 and the right sleeve 21 can also limit and control the axial movement of the screw sleeve 40, so as to be able to position the screw in the relative screw
  • the hinge comprises a left hinge 10 and a right hinge 20;
  • the left hinge 10 includes a left sleeve 11 and a fixed left a left blade 12 outside the sleeve 11, the left sleeve 11 is disposed in a lower half of the left blade 12;
  • the right hinge 20 includes a right sleeve 21 and a right blade 22 fixed to the outside of the right sleeve 21,
  • the right sleeve 21 is disposed on the upper half of the right blade 22, and the screw through hole through which the fixing screw 98 is screwed through the right sleeve 21 is locked in the lock ring to lock the rotating ring to make the right shaft
  • the sleeve 21 and the swivel 41 and the thin rod 42 are fixed together;
  • the second flange 52 is provided in the connecting sleeve 50, through the first The two flanges 52 cooperate with the connecting sleeve 50 to enable the fixing seat 60 to
  • the fixing seat 60 extends out of the connecting sleeve and is screwed into the screw through hole of the left sleeve 11 by the fixing screw 98.
  • the fixed seat 60 is locked in the lock to fix the left sleeve 11 and the fixed seat 60 together.
  • the hinge further includes a fixed rod 30, a threaded sleeve 40, a coupling sleeve 50, a fixed seat 60 and an adjustment seat 70.
  • the connecting sleeve 50 is connected in the left sleeve 11 and the right sleeve 21, and the left sleeve 11 and the right sleeve 21 are arranged side by side so that the hinges can rotate relative to each other; the third bearing can also be rotated and sleeved
  • the third bearing 59 is rotatably sleeved between the circumferential surface of one end of the left sleeve 11 and the circumferential surface of one end of the right sleeve 21 to rotate the right hinge 20 relative to the axis of the left hinge 10.
  • the left sleeve 11 and the right sleeve 21 are arranged side by side such that the hinges are rotatable relative to the axis.
  • the threaded sleeve 40 is rotatably and non-slidably coupled within the connecting sleeve 50 in the right sleeve 21, and the right hinge 20 has a swivel 41 in the right sleeve 21 and a thin rod 42 of the threaded sleeve 40.
  • the outer portion of the connecting sleeve 50 is fixedly fastened, and the rotating sleeve 40 is provided with a rotating ring 41.
  • the upper portion of the threaded sleeve 40 is convexly provided with a thin rod 42 having a thin rod 42 rotatably passing through the rotating ring 41.
  • the swivel 41 is fitted to the upper portion of the right sleeve 21, and is screwed into the screw through hole of the right sleeve 21 by the fixing screw 98 and locked through the swivel 41 to lock the fixed thin rod to
  • the right sleeve 21 and the swivel 41 and the thin rod are fixed together so as to be able to position the axial and circumferential spacing coefficient coefficients of the fixed rod under the axis and the upper sliding sleeve and the movement, and the opposite can be matched.
  • the hinged vanes are such that the hinge vanes are free to be predetermined to provide a positioning angle so that the swivel 41 and the right sleeve 21 can also limit and control the axial movement of the nut 40.
  • a second flange 52 is disposed on the connecting sleeve 50, and the connecting sleeve 50 is matched by the second flange 52 to fix the fixing base 60 in the connecting sleeve.
  • the fixing seat 60 extends out of the outer portion of the connecting sleeve 50 and is screwed by the fixing screw 98.
  • the screw through hole passing through the left sleeve 11 is screwed into the fixed adjustment seat 70 after being locked into the fixed seat 60, and at the same time, the fixing screw 98 does not need to be matched with the left sleeve 11 and the fixed seat 60 first.
  • the fixing adjustment seat 70 is locked, and the adjustment seat 70 is adjusted to rotate to match the fixing base 60 and the second magnet 82 and the base of the cup body, so as to adjust and adjust the distance between the second magnet 82 and the first magnet 81.
  • the second magnet and the first magnet can be magnetically attracted together to be positioned in the connecting sleeve, so that the adjusting seat can correspondingly adjust the positioning angle of the blade of the hinge to make the hinge of the hinge
  • a predetermined positioning angle between the required positioning angles is self-aligned, and then the locking screw is fixed by the waiting fixing screw 98 to prevent the adjusting seat 70 from loosening.
  • the magnetic attraction of the energy storage of the first magnet 81 and the second magnet 82 by magnetic attraction must be greater than the energy storage elastic force of the first spring 91 and the release of the energy storage pre-tension of the first spring 91.
  • the collar 32 can be combined with the annular collar 32 to form the collar 32.
  • the auxiliary adjustment blade positioning angle pad 616 can form a cup
  • the cup bottom of the body 61 can also be a gasket 85, and an annular mounting groove 321 is recessed in the outer ring circumferential direction of the auxiliary adjusting blade positioning angle gasket 616, and a sealing rubber ring 322 is sleeved in the annular mounting groove 321
  • the sealing rubber ring 322 also protrudes out of the annular mounting groove 321 so that the auxiliary adjusting blade positioning angle washer 616 can seal the sliding contact against the connecting sleeve 50, so that the auxiliary adjusting blade is positioned at the angular spacer 616.
  • the sealing rubber ring can cooperate with the adjusting seat and the second magnet to control and limit the adjusting seat and the second magnet without swaying and traversing in the connecting sleeve, so that the right blade 22 of the right hinge 20 is at a predetermined angle. Position self-positioning is more stable.
  • the auxiliary adjustment blade positioning angle washer 616 is the cup bottom of the cup body 61, and the cup bottom of the cup body 61 is the spacer 85.
  • the fixing rod 30 has a screw 31 end having a fixed convex ring 32 fixed thereto, and the convex ring 32 is fixed with an annular convex ring 32, and The annular ring 32 is fixed with a connecting rod 33, and the convex ring 32 and the annular convex ring 32 are fixed together to form a convex ring 32.
  • the outer ring of the convex ring 32 is concavely provided with a convex ring sliding track.
  • the fixing rod 30 further includes a convex ring 32 fixed to the end of the screw 31.
  • the convex ring sliding track extends through the groove through hole 332 at the circumferential side of the outer ring of the convex ring 32, and the convex ring 32 further includes a ring-shaped annular ring 32 is disposed, and the annular ring 32 is recessed with an annular mounting groove 321 .
  • the annular mounting groove 321 is sleeved with a sealing rubber ring 322 , and the sealing rubber ring 322 extends out of the annular mounting groove 321 .
  • the annular collar 32 can be sealed and abutted in the connecting sleeve 50.
  • the sealing ring 322 and the annular collar 32 are assembled to form the above-mentioned convex ring 32.
  • An annular groove 322 is recessed in a circumferential direction of the outer ring of the annular ring 32, and the annular groove 321 of the annular ring 32 is sleeved with a sealing rubber ring 322, and the sealing rubber ring 322 is also extended.
  • the groove 321 is mounted to be sealingly abutted in the connecting sleeve, so that the sealing rubber ring of the annular ring 32 can control and limit the sliding and moving of the screw in the connecting sleeve along the axis and the upper sleeve.
  • the axial and circumferential spacing distances do not change, and can also control and limit the sliding and movement of the screw in the sleeve under the axis and the axis of the sleeve without shaking, and the sealing rubber ring 322 also plays Preventing the solid rod from falling toward the second magnet, the sealing rubber ring also has the function of assisting reinforcement and reinforcing and enhancing the energy storage of the second magnet and the enhanced release of the magnetic storage magnetism of the first magnet, so that the second The magnet and the first magnet are strong
  • the magnetic attraction is positioned in the connection sleeve with a strong force, and the self-positioning strength of the self-positioning of the blade can be self-aligned at a positioning angle between the predetermined set positioning angles with respect to the auxiliary reinforcing and reinforcing and reinforcing hinges.
  • the convex ring sliding track penetrates the groove through hole 332 to form a convex ring sliding track groove 332.
  • the seal ring 322 and the annular collar 32 are assembled to form the above-mentioned convex ring 32.
  • the fixing rod 32 has a convex ring 32 with a convex ring sliding track extending through the groove through hole 332 in the circumferential direction of the outer ring, and the fixing sliding rod 339 passes through the screw through hole of the left sleeve 11 and continues to pass through the left.
  • the convex ring sliding track in the sleeve 11 (the connecting sleeve 50) passes through the groove through hole 332 and continues through the screw through hole of the left sleeve 11 to fix the fixing slider 339 to the inner and outer rings of the left sleeve 11.
  • the circumferential shaft wall is fixed such that the fixed sliding rod 339 and the left sleeve 11 are fixed together, so that the fixed sliding rod 339 of the sleeve sliding sleeve 333 can pass through the convex ring sliding track through the groove through hole.
  • the convex ring sliding track of the convex ring 32 corresponding to the fixing rod 339 can be correspondingly engaged with the groove through hole 332, so as to be able to control and position the sliding of the fixed rod along the axis and the upper sleeve. And moving the axial and circumferential spacing size factor positions.
  • the second spring 92 can cause the right blade 22 of the right hinge 20 to be released after the 125° angular position of the right blade 22 of the right hinge 20 is opened, while the right blade 22 of the right hinge 20 is Opening a predetermined angle self-positioning angle position between a 50 degree positioning angle and a 180 degree positioning angle among the predetermined positioning angles, and the second spring 92 is an annular convex ring which is fixed by the fixing rod 30.
  • the energy storage elastic force at one end of the second spring 92 can strongly support the annular annular ring 32, and the energy storage elastic force at the other end of the second spring 92 can be strong against the spacer 85 and the first A magnet 81, relative to the second spring 92, enables the right blade 22 of the right hinge 20 to be closed so that the second spring 92 can reset the right blade 22 of the right hinge 20 to a predetermined angular position of 90 degrees. .
  • the tension spring 318 has a front pull hook 328 hooked to the pull rod rod 313, and the tension spring 318 has a rear pull hook 338 hooked to the screw pull ring 311, so that the tension spring 318 can control the solid rod has a screw 31 along the opposite threaded sleeve along the shaft
  • the position of the gap between the line and the upper slide does not change.
  • the screw sleeve is screwed into the screw sleeve 40 through the screw through hole of the right sleeve 21 through the fixing screw 98, so that the screw sleeve 40 is fixed in the right sleeve 21 by the fixing screw 98.
  • the screw sleeve 40 is fixed.
  • the right hinge 20 and the right sleeve 21 can also limit and control the axial movement of the screw sleeve 40, so as to be able to position the screw in the opposite threaded sleeve
  • the axial and circumferential spacing dimension coefficient positions along the axis and the upper sliding and moving are opposite to the predetermined positioning angle of the blade capable of engaging the hinge, so that the hinge blade can freely set the positioning angle; the solid rod 30
  • the outer ring of the convex ring 32 has a convex ring sliding track groove 332 recessed in the circumferential direction, and the fixing slider 339 passes through the screw through hole of the left bushing 11 (the connecting sleeve 50) and abuts the convex ring sliding track.
  • the fixed sliding rod 339 is fixed to the circumferential shaft wall of the inner and outer rings of the left sleeve 11, so that the fixed sliding rod 339 and the left sleeve 11 are fixed together, so that the fixed sliding rod 339 can
  • the convex ring sliding track corresponding to the slide ring 32 of the matching solid rod 30 passes through the groove through hole 332 to control and position the fixed rod
  • the axial and circumferential spacing dimension coefficient positions of the screw sleeve along the upper and lower sliding and moving directions of the screw sleeve are opposite to the predetermined positioning angle of the blade capable of engaging the hinge, so that the positioning angle of the hinged blade can be from 50 degrees.
  • the positioning angle position is predetermined to be set to a 180 degree positioning angle position.
  • the first magnet cover 811 is screwed into the first magnet 81 through the circumferential through hole of the first magnet cover 811 by the fixing screw 98, so that the first magnet cover 811 and the first magnet 81 are fixed to each other. together.
  • the first magnet cover 811 is made of epoxy or any kind of glue to fix the first magnet 81 and the first magnet cover 811 together.
  • the first screw 83 passes through the through hole of the first magnet cover 811 and then locks the screw ring collar 32 through the rubber column 922 to make the first magnet cover 811 and the first magnet 81 and the rubber column 922 and The annular collars 32 are joined together.
  • the second magnet cover 822 is screwed through the circumferential through hole of the second magnet cover 822 by the fixing screw 98 to lock the second magnet 82 to fix the second magnet cover 822 and the second magnet 82. together.
  • the second magnet cover 822 is passed through an epoxy or any kind of glue to secure the second magnet 82 and the second magnet cover 822 together.
  • the adjusting seat 70 is screwed into the screw through hole of the second magnet cover 822 to fix the second magnet cover 822 and the adjusting base 70 together.
  • the adjusting seat 70 is adjusted and rotated to correspondingly cooperate with the fixing seat 60 and the second magnet 82 and the second magnet cover 822 to adjust and adjust the position of the second magnet 82 and the first magnet 81.
  • the predetermined angular position of the blade that matches the hinge can be self-aligned.
  • the rubber post 922 can cause the right blade 22 of the right hinge 20 to be opened to a 125 degree angle at which the right blade 22 of the hinge is opened, so that the right blade 22 of the hinge is opened more than 50 degrees of the predetermined set positioning angle. Positioning angle to a degree of self-positioning angle of 90 degrees between 180 degrees of positioning angle, and At the same time, the rubber column 922 is in a state of energy storage elastic force of the high-pressure compression rubber column 922 of the top-down strength by the annular convex ring 32 of the fixed rod 30 and the first magnet cover 811, so that the rubber column 922 is The state of the stored energy elastic force changes to release the stored elastic force of the rubber column 922 so that the storage elastic force of one end of the rubber column 922 can strongly support the annular annular ring 32, and the rubber column 922 The other end of the storage elastic force is strong enough to abut against the first magnet cover 811, so that the rubber column 922 can turn the right blade 22 of the right hinge 20 back, so that the rubber column
  • the invention provides an adjustable angle positioning and self-closing hinge, which comprises a hinge, a fixed rod, a screw sleeve, a screw ring, a fixing seat and an adjusting seat.
  • the close fitting between the components can be realized within a predetermined angle.
  • Positioning, self-closing at another predetermined angle, and being able to adjust the predetermined angle of self-positioning, has wide application prospects and good industrial applicability.

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Abstract

一种能调节角度定位及自闭铰链，包括两合页、固杆（30）、螺套（40）、螺环（43）、固座（60）和调节座（70），每一合页都包括轴套和固接在轴套外的叶片，固杆（30）具有螺杆（31）；螺套（40）固接在一合页的轴套内，固座（60）固接在一合页的轴套内，螺套（40）和固座（60）间隔；两合页的轴套内之螺套（40）和固座（60）间设有固杆（30）、螺环（43）、两磁铁、弹簧和调节座（70），固杆（30）的螺杆（31）螺接在螺套（40），第一弹簧（91）顶抵在固杆（30）和杯体（61）前环缘及垫片之间，第一磁铁（81）和第二磁铁（82）相磁吸。调节座（70）经调整转动以能对应配合第二磁铁（82）和固座（60）及杯体（61）的杯底，以能调节和调近第二磁铁（82）和固座（60）的间距。调节座（70）经调整转动以能对应配合第二磁铁（82）和固座（60）及杯体（61）的杯底，以能调整和调近两磁铁的间距尺寸位置。调节座（70）能对应配合调节合页的预定设置定位角度，以使合页能在预定设置的定位角度之间的任一预定角度位置起点自定位，且在预定设置定位角度之间的一定位角度位置合页能自定位位置起点以下，以使合页的叶片能实现自闭。

Description

能调节角度定位及自闭铰链 技术领域
本发明涉及一种能调节角度定位及自闭铰链。
背景技术
中国专利数据库公告了实用新型名称为《一种升降合页装置》，专利号为2013208356551的发明。它包括上合页、下合页、传动座和传动杆。上合页包括上轴套和固接上轴套的上合叶片；下合页包括下轴套和固接下轴套的下合叶片；传动座固接上轴套，该传动座底端面凹设有传动腔，该传动腔之内回转面设有第一螺旋部分。传动杆固接下轴套，该传动杆之外回转面设有第二螺旋部分，该传动杆连接传动腔，该第一螺旋部分和第二螺旋部分适配啮合，其中：推动上合页使上合页相对下合页转动，通过第一螺旋部分和第二螺旋部分配合能使上合页上升；松释推动使上合页在重力作用下下降，通过第一螺旋部分和第二螺旋部分配合能使上合页自动复位回归闭合。该升降合页装置无法实现在某一预定角度内自定位，在另一某预定角度能自闭，也无法调整自定位的预定角度。
发明内容
本发明提供了能调节合页叶片定位角度自定位及自闭铰链，其克服了背景技术中升降合页装置所存在的不足。
本发明解决其技术问题的所采用的技术方案是：
能调节角度定位及自闭铰链，包括两合页、固杆和螺套，该两合页能相对转动，该每一合页都包括轴套和固接在轴套外的叶片，该固杆具有螺杆；其特征在于：还包括固座、调节座和螺环，该螺套固接在一合页的轴套内，该固座固接在一合页的轴套内，该螺套和固座间隔；该两合页的轴套内之螺套和固座间设有固杆、螺环、第一磁铁、第二磁铁、第一弹簧、杯体、第二弹簧和调节座，该固杆具有的螺杆螺接在螺套，该第一弹簧顶抵在固杆和杯体的前端面之间，该第一磁铁能和固杆一起移动，该第二弹簧一端能顶抵固座，该第二弹簧之另一端顶抵第二磁铁，该第二磁铁能相对固座移动，该第一磁铁和第二磁铁相磁吸，该调节座经调整转动以能对应配合第二磁铁和固座及杯体的杯底，以能调节和调近第二磁铁和固座的间距尺寸位置；该调节座经调整转动以能配合第二磁铁和固座和杯体 的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置。
本技术方案与背景技术相比，它具有如下优点：
螺套和固座间设有固杆和螺环和两磁铁和两弹簧和调节座，两合页相对转动时两轴套内的连接套内的螺套和螺杆能相对转动，以使固杆具有的螺杆的两条以上之中的六条直斜度螺距的凸螺线啮齿牙能相对螺套的两条以上之中的六条直斜度螺距的凹螺线啮齿牙沿轴向往下滑动移动，使螺杆的六条直斜度螺距的凸螺线啮齿牙能相对螺套的六条直斜度螺距的凹螺线啮齿牙沿轴向往下滑动和移动，以使螺套和螺杆还能相对沿轴向下与上的活动在合页转动的预定角度内，该固杆所承受两磁铁的由磁力、两弹簧的弹力所转变的顶抵力相平衡，使合页的叶片能自定位在转动的的预定设置的定位角度里，方便使用，同时在预定设置定位角度中的一预定角度位置自定位起点以下，合页的叶片能实现自闭功能，利用调节座经调节转动配合固座和第二磁铁和杯体的杯底，以能调整和调近第二磁铁和固座的的间距尺寸位置，以使第二磁铁和第一磁铁能强力度的磁吸一起以能强力度的定位在连接套内，相对以使该调节座能对应配合调整合页叶片的预定设置定位角度，以使合页的叶片能在需要的预定设置定位角度之间的单一定位角度位置起点自定位，和在预定设置定位角度中的单一定位角度自定位位置起点以下合页的叶片能自闭的界点，既合页转动到预定设置定位角度中的一定位角度位置起点自定位，和在预定设置定位角度中的一定位角度自定位位置起点以下合页的叶片能自闭的界点时，以使该调节座能配合第二磁铁和固座和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸距离，以使第二磁铁和第一磁铁能强力度的磁吸一起以能强力度的定位在连接套内，相对以使该调节座能对应配合调整合页叶片需要的预定设置定位角度位置自定位，以使合页能在需要的预定设置定位角度之间的一定位角度位置起点自定位,和在预定设置定位角度中的一定位角度位置合页能自定位的位置起点以下时，以使合页的叶片能实现自闭功能。
附图说明
下面结合附图和实施例对本发明作进一步说明。
图1绘示了实施例一的合页的结构示意图。
图2绘示了实施例一的左合页的结构示意图。
图3绘示了实施例一的右合页的结构示意图。
图4绘示了实施例一的第一弹簧的结构示意图。
图5绘示了实施例一的第三轴承的结构示意图。
图6绘示了实施例一的连接套的装配结构示意图。
图7绘示了实施例一的连接套的结构示意图。
图8绘示了实施例一的螺套的结构示意图。
图9绘示了实施例一的螺套的立体示意图。
图10绘示了实施例一的第一轴承的立体示意图。
图11绘示了实施例一的螺环的立体示意图。
图12绘示了实施例一的滑转套管的立体示意图。
图13绘示了实施例一的固杆的立体示意图。
图14绘示了实施例一的第一磁铁的结构示意图。
图15绘示了实施例一的第一磁铁的立体示意图。
图16绘示了实施例一的第一螺钉的结构示意图。
图17绘示了实施例一的第二磁铁的结构示意图。
图18绘示了实施例一的第二磁铁的立体示意图。
图19绘示了实施例一的第二螺钉的结构示意图。
图20绘示了实施例一的密封胶圈的立体示意图。
图21绘示了实施例一的杯体的立体示意图。
图22绘示了实施例一的杯体的结构示意图。
图23绘示了实施例一的固座的立体示意图。
图24绘示了实施例一的固座的结构示意图。
图25绘示了实施例一的调节座的立体示意图。
图26绘示了实施例一的调节座的结构示意图。
图27绘示了实施例二的合页的结构示意图。
图28绘示了实施例二的轴套的装配结构示意图。
图29绘示了实施例三的合页的结构示意图。
图30绘示了实施例三的垫片的结构示意图。
图31绘示了实施例三的固杆的结构示意图。
图32绘示了实施例三的密封胶圈的立体示意图。
图33绘示了实施例三的第二弹簧的结构示意图。
图34绘示了实施例四的铰链的结构示意图。
图35绘示了实施例五的铰链的结构示意图。
图36绘示了实施例五的螺杆拉环圈的立体示意图。
图37绘示了实施例五的橡胶柱的立体示意图。
图38绘示了实施例五的螺套拉簧通孔的结构示意图。
图39绘示了实施例五的第一磁铁的立体示意图。
图40绘示了实施例五的第二磁铁的立体示意图。
图41绘示了实施例五的第一磁铁盖套的立体示意图。
图42绘示了实施例五的第二磁铁盖套的立体示意图。
具体实施方式
实施例一
本合页之发明结构和结构配件适合设置于任何形状的合页的轴套内，如蝶形合页、H型合页、子母形合页、旗形合页、车门合页、车门折页合页及任何奇特合页等等。该能调节角度定位及自闭铰链，如可适合安装于任何门页及任何门窗及任何车门、车厢门等等。该能调节角度定位及自闭铰链的预定设置定位角度，能从预定设置定位角度的20度定位角度位置设置起设置至180度的预定设置定位角度，且在预定设置定位角度的20度定位角度位置至180度预定设置定位角度里，之任一预定设置定位角度位置起点，合页的叶片能实现自定位，和在任一预定设置定位角度的位置起点，合页的叶片能自定位位置起点以下，以使合页的叶片能实现自闭。
请查阅图1至图7，合页包括一左合页10和一右合页20；该左合页10包括一左轴套11和一固接在左轴套11外的左叶片12，该左轴套11设在左叶片12下半部分；该右合页20包括一右轴套21和一固接在右轴套21外的右叶片22，该右轴套21设在右叶片22上半部分；通过该固接螺钉98螺进穿过右轴套21的螺钉通孔在锁入穿过转环41在锁进固接细杆42，以使右轴套21和转环41和细杆42固接一起。在连接套50内设第二凸缘52，通过第二凸缘52在连接套50内能抵靠在堵头60的环形凹槽520内，以使第二凸缘52在连接套50内能镶嵌固座60的环形凹槽520，以使固座60和第二凸缘52能固接在连接套50内，该 固座60伸出连接套外部分，通过固定螺钉98螺进穿过左轴套11的螺钉通孔，在锁进固接固座60以使左轴套11和固座60固接一起。
请查阅图1至图26，合页还包括固杆30、螺套40、连接套50、固座60和调节座70。该连接套50连接在左轴套11内和右轴套内21，该左轴套11和右轴套21下上并排设置，使得两合页能相对转动；该第三轴承也能转动套接在连接套50外，该第三轴承59转动连接在左轴套11的一端圆周向平面及转动连接套接在右轴套21一端的圆周向平面之间，以使右合页20相对左合页10轴线转动更加顺畅，该左轴套11和右轴套21并排设置，使得两合页能相对轴线转动。
该螺套40能转动且不能滑动地连接在右轴套21内的连接套50内，该右合页20具有的右轴套21内的转环41和螺套40具有的细杆42伸出连接套50外的部分固接，该固接配设一转环41，该螺套40上部凸设有细杆42，该螺套40具有的细杆42能转动地穿过转环41，该转环41适配位于右轴套21内的上端部，通过配设固接螺钉98螺进穿过右轴套21的螺钉通孔在锁进穿过转环41再锁入固接细杆42，以使右轴套21和转环41和细杆42固接一起，以能定位固杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸系数位置，相对是能配合合页的叶片自由预定设置定位角度。该转环41和右轴套21还能限制和控制螺套40的轴向活动。在连接套50内设第二凸缘52，通过第二凸缘52在连接套50内能抵靠在固座60的环形凹槽520内，以使第二凸缘52在连接套50内能镶嵌固座60的环形凹槽520，以使固座60和第二凸缘52能连接固接在连接套内，该固座60伸出连接套50外部分，通过固定螺钉98螺进穿过左轴套11的螺钉通孔，在锁进固接固座60后在螺进锁接固定调节座70，与此同时该固定螺钉98先不用配合左轴套11及固座60一起锁接固定调节座70，等待该调节座70经调节转动以能对应配合固座60和第二磁铁82和杯体61的杯底，以能调整和调近第二磁铁82和第一磁铁81的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使该调节座能对应配合调整合页的叶片的预定设置定位角度，以使合页的叶片能在预定设置的定位角度里，之需要的预定设置定位角度之间的一定位角度自定位后，再通过等待中的固定螺钉98再启动锁接螺进固定调节座70，以防止调节座70松动。该螺套和固座间隔，该连接套内之螺套和固座间设有固杆30、螺环43、第一磁铁81、第二磁铁82、杯体61、垫片 85、第一弹簧91和第二弹簧92，该固杆30具有螺杆31，该第一磁铁81、第二磁铁82相磁吸。该第一磁铁81、第二磁铁82的储能由磁力磁吸一起的储能磁吸力度的释放，一定要大于第一弹簧91的储能弹力加第一弹簧的储能预顶力的释放。在此该铰链的第一磁铁是钢铁没储能磁吸力度或是第二磁铁是钢铁没储能磁吸力度，两磁铁间有一磁铁是钢铁没储能磁力，有一磁铁有储能磁力同样能促使铰链叶片能在预定设置的定位角度间的单一定位角度位置自定位，和在单一的定位角度自定位角度位置起点以下之时，合页的叶片能实现自闭。该固杆30具有的螺杆31的啮齿牙适配螺套40的啮齿牙，相对以使该固杆30具有的螺杆31能相对螺套40沿轴线下与上的滑动和移动。
该固杆30包括具有的螺杆31螺接在螺套40，该第一弹簧91顶抵在固杆30和垫片85之间，该第一磁铁81和连接杆33固接能和固杆30一起沿轴线滑动，该第二弹簧92一端能顶抵固座，该第二弹簧92之另一端能相对顶抵第二磁铁82，该第二磁铁82能相对固座60移动。该调节座70配合第二磁铁82和杯体的杯底和固座60以能调整和调近第二磁铁82和固座60的间距尺寸位置；该调节座70经调节转动以能对应配合固座60和第二磁铁82和杯体61的杯底，以能调整和调近第二磁铁82和第一磁铁81的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使调节座能对应配合调整合页的叶片需要的定位角度，以使合页能在需要的预定角度之间的90度定位角度位置自定位，和在预定角度之间的90度定位角度位置起点以下之时，合页的叶片能自闭的界点，既合页转动到预定角度之间的90度定位角度的位置起点自定位，和预定角度之间的90度定位角度位置起点以下，合页的叶片能自闭的界点时，以使该调节座能对应配合第二磁铁和固座和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置，相对以使该调节座能对应配合调整合页的叶片需要的预定角度，以能在需要的预定角度的一定位角度位置自定位，和在需要的预定角度的一定位角度位置起点以下时，合页的叶片能实现自闭功能。
最好：在连接套50内设第一凸缘51，通过第一凸缘51在连接套50内能抵靠在螺环43的环形凹槽403内，以使第一凸缘51在连接套50内能镶嵌螺环环形凹槽403，以使螺环43和第一凸缘51和连接套50一起连接固接在连接套50内，相对以使该螺环43不能转动也不能滑动和移动地连接固接在连接套50内， 该螺环43凹设有贯穿通孔，且该螺环43的贯穿通孔的内环周向的前沿凸设置有螺环的内环凸缘433，该固杆30具有的凸环32，且该凸环的外环周向处凹设有凸环滑动轨道凹槽332，以使该螺环43的内环凸缘433能抵靠在凸环滑动轨道凹槽332内，相对以使该螺环的内环凸缘433能对应配合固杆30具有的凸环32的凸环滑动轨道凹槽332，以能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动，相对是能配合右合页20的右叶片21预定设置定位角度，以使右合页20的右叶片22的定位角度能从50度定位角度位置预定设置至180度定位角度位置，如该右合页20的右叶片22需要在预定角度之间的90度预定角度位置起点自定位，与此同时该合页的叶片经打开至90度预定角度中的90度定位角度位置时，相对以使该右合页20的右叶片22会带动轴套内的连接套50内的螺套转动，以使固杆具有的螺杆的两条以上之中的六条直斜度螺距的凸螺线啮齿牙能相对螺套40的两条以上之中的六条直斜度螺距的凹螺线啮齿牙沿轴向往下滑动移动，使螺杆的六条直斜度螺距的凸螺线啮齿牙能相对螺套的六条直斜度螺距的凹螺线啮齿牙沿轴向往下滑动和移动，与此同时该固杆具有的螺杆和第一磁铁会对应配合右合页20的右叶片22往下滑动和移动至合页叶片被打开到一需要的90度预定角度位置，相对是右合页20的右叶片22需要的预定角度中的90度定位角度位置，与此同时该右合页20的右叶片22是没有定位功能，与此同时该右合页20的右叶片22需要在预定角度中的90度定位角度位置定位时，一定要通过固座内的调节座经调整转动调节座，以使调节座经调节转动以能对应配合固座和第二磁铁和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使调节座能对应配合调整合页叶片需要的预定角度之间的90度预定角度位置，以使合页的叶片能在需要的预定角度中的90的定位角度位置起点自定位，但该右合页20的右叶片22也可以打开至合页的叶片的预定转动预定角度最大极限点的180度角度位置松释后，与此同时第一弹簧是被固杆30具有的环形凸环32呈由上至下的强力度的高压压缩第一弹簧91的储能弹力状态，以使该第一弹簧91的储能状态产生变化，以使储能弹力产生释放，以使该第一弹簧91的一端的储能弹力度能强力度的撑顶环形凸环32，且该第一弹簧91的另一端的储能弹力度着能强力度的撑顶垫片85及杯体61的前端周向平面，以 使合页的叶片会自闭返回原本已通过固座内的调节座已调整到位的预定角度之间的90度定位角度位置自定位后，右合页20的右叶片22需要关闭，以使合页的叶片定位角度脱离原本已通过固座内的调节座已调整到位的预定角度之间的90度定位角度位置起点以下时，以使右合页20的右叶片22能实现自闭功能。该螺环43位于螺套下且该螺杆31穿过螺环43再螺接螺套40，以使该螺环43能限制该螺杆31相对螺套40转动滑动和移动，所产生的间距尺寸系数，以能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动，相对是能配合合页的叶片以使合页叶片能自由预定设置定位角度，也相对是能对应配合合页的叶片能在预定角度之间的一定位角度，之需要的预定角度的一定位角度位置自定位。其中：该固杆30具有的凸环32外环周向侧面处凹设有凸环滑动轨道凹槽332，该螺环的贯穿通孔的内环周向的前沿凸设置有螺环的内环凸缘433，以使该螺环的内环凸缘能抵靠在凸环滑动轨道凹槽内，相对以使该螺环的内环凸缘433能对应配合凸环滑动轨道凹槽332，以能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动，相对以能对应配合右合页的右叶片预定设置定位角度。其中：在连接套50内设第三凸缘53，通过第三凸缘53在连接套50内能抵靠在第一轴承的环形凹槽530内，以使第三凸缘53在连接套50内能镶嵌第一轴承的环形凹槽530，以使第一轴承44和第三凸缘53不能相对上与下的移动地连接固接在连接套内(通过在连接套内设第三凸缘53，以使第三凸缘53在连接套50内能镶嵌第一轴承的环形凹槽530，，以能轴向限制第一轴承44移位)；该固杆30的环形凸环32和第一弹簧91间也设一第二轴承34，该第二轴承34套接在固杆30的连接杆33，该第一弹簧91套接在连接杆33，且第一弹簧91的一端能顶抵在第二轴承34，且该第一弹簧91的另一端能撑抵在垫片85和杯体61的杯底前端周向平面之间。在连接套50内设第二凸缘52，通过第二凸缘52在连接套50内能抵靠在堵头60的环形凹槽520内，以使第二凸缘52在连接套50内能镶嵌固座60的环形凹槽520，以使固座60和第二凸缘52不能相对滑动和移动地连接固接在连接套内，且该固座60伸出连接套外部分固接在左轴套11内。该连接套50能为中心套50。
其中：还包括第一螺钉83和第二螺钉84,和固定螺钉98，该第一螺钉83和 第二螺钉84都具有光杆段和位于末端的螺纹段831、841；该第一螺钉83的光杆段穿过第一磁铁81的内环通孔，且螺纹段831螺接在固杆30的连接杆33内，使该第一螺钉83的螺杆头832支撑在第一磁铁81的内环通孔台阶801处，以使第一磁铁81和连接杆33固接一起，使第一磁铁81能和固杆30一起下与上的滑动和移动，又能限制第一磁铁从第一螺钉处脱离，以能对应配合调节座70，以使调节座70能对应配合固座60和第二磁铁82，相对以使调节座70经调整转动以能对应配合固座60和第二磁铁82和杯体61的杯底，以能调整和调近第二磁铁82和第一磁铁81的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使调节座能对应配合调整合页的叶片的定位角度，以使合页的叶片能在预定角度里，之需要的一定位角度位置自定位；该第二螺钉84的光杆段穿过第二磁铁82的内环通孔，且螺纹段841螺接在调节座70的末端面内，以使该第二螺钉84的螺杆头842支撑在第二磁铁82的内环通孔台阶821处，使第二磁铁82和第二螺钉84和调节座70连接一起，又能限制第二磁铁82从第二螺钉84处脱离，以使第二磁铁82能对应配合固座60和调节座70，以使调节座70通过调节转动，以能调整和调近第二磁铁82和第一磁铁81的间距尺寸位置，相对以使调节座能对应配合调整合页的叶片的预定设置定位角度。
其中：该固杆30具有的螺杆31的末端有一固接的凸环32，该凸环32固接有环形凸环32，且该环形凸环32固接有连接杆33，且该凸环32和环形凸环32固接一起以能构成凸环32，在该环形凸环32的外环周向处凹设有环形凹槽321，且该环形凸环的环形凹槽321套接有密封胶圈322，且该密封胶圈322还伸出环形安装槽321外，以能密封靠接在连接套50内，且该密封胶圈322能配合环形凸环32在连接套50里下与上的滑动和移动，相对以能在连接套50内产生密封阻尼力度和阻力力度和起到加强和增强环形凸环32在连接套50里下与上的滑动和移动所产生的阻尼力度和阻力力度的效果作用，相对以使环形凸环在连接套50里的自定位力度的强度更增强，相对以能同时对应配合辅助加强和增强第二磁铁和第一磁铁磁吸一起的储能磁吸力度，以使第二磁铁和第一磁铁能强力的磁吸一起定位在连接套50内，也相对以能同时辅助加强和增强右合页20的右叶片22能在预定设置定位角度位置之间的一定位角度位置自定位的力度的强度更增强，也相对以能同时掌控和限制第一弹簧的储能顶弹力度的释放，也相对以使第 一弹簧的储能顶弹力度在往上强力度的顶抵固杆具有的环形凸环的顶抵力度和顶抵速度能得到减缓和起到缓冲，也相对以能掌控和限制合页的叶片的自闭速度快与慢，也相对以能提升和加强该能调节角度定位及自闭铰链的使用安全性能。
其中：还包括能相对活动设在连接套50内的杯体61，该第二弹簧92顶抵在杯体61的杯底和第二磁铁82之间，该调节座70连接杯体61的杯底和固座60用于调整杯底和固座间的间距尺寸位置，调整了杯底和固座间的间距尺寸位置，即可调节和调近固座和第二磁铁的间距尺寸位置；该调节座经调节转动以能对应配合第二磁铁和固座和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使调节座能对应配合调整合页叶片的定位角度，以使合页能在预定角度中的90度定位角度位置自定位，和在预定角度中的90度定位角度位置起点以下，合页的叶片能自闭的界点，既合页转动到预定角度中的90度定位角度位置自定位，和预定设置定位角度中的90度定位角度位置起点以下能自闭的界点时，使合页的叶片能实现自闭功能。如该右合页20的右叶片22需要在预定设置定位角度中的一定位角度位置自定位，该合页的叶片在经打开至一需要的预定设置定位角度中的一定位角度位置时，相对以使该右合页20的右叶片22会带动轴套内的连接套50内的螺套转动，以使固杆具有的螺杆的两条以上之中的六条直斜度螺距的凸螺线啮齿牙能相对螺套40的两条以上之中的六条直斜度螺距的凹螺线啮齿牙沿轴向往下滑动移动，使该固杆具有的螺杆能相对螺套沿轴线往下滑动和移动，与此同时该固杆具有的螺杆和第一磁铁会对应配合右合页20的右叶片22往下滑动和移动至合页的叶片被打开到一需要的预定角度位置，相对是右合页20的右叶片22需要的预定角度中的一定位角度，与此同时该合页的叶片是没有定位功能，与此同时该右合页20的右叶片22需要在预定角度中的一定位角度位置定位时，一定要通过固座内的调节座经调整转动调节座，以使调节座能对应配合固座和第二磁铁和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使调节座能对应配合调整合页的叶片需要的预定角度位置，以使右合页20的右叶片22能在需要的预定角度中的一需要的定位角度位置起点自定位，但该右合页20的右叶片22也可以打开至合页的叶片的预定转动预定角度最大极限点的180度角 度后，此时右合页20的右叶片22会自闭返回原本已通过固座内的调节座已调整到位的一预定角度之间的一定位角度位置自定位后，合页叶片需要关闭，以使右合页20的右叶片22的定位角度脱离原本已通过固座内的调节座已调整到位的预定设置定位角度的一定位角度位置自定位位置起点以下时，以使右合页20的右叶片22能实现自闭功能。
一具体结构中，该调节座70为第三螺钉，该第三螺钉螺接穿过固座伸出部分且顶抵在杯体的杯底，通过该第三螺钉经调节转动配合固座和第二磁铁，以能调整和调近第二磁铁和第一磁铁的间距尺寸。最好，该第二螺钉84的螺纹段841螺接连接在固座60的调节座70的末端面内。该第二弹簧、第二磁铁都完全位于杯体内，该第二磁铁适配滑接杯体，该第一磁铁下部适配滑接杯体。
其中：该螺杆是被螺套及螺环限制和控制住，促使该螺杆的啮齿牙适配螺套的啮齿牙，也促使该螺环的内环凸缘433配合固杆30具有的凸环32的凸环滑动轨道凹槽332，彼此间能产生预定设置的固定角度间距的下与上的滑动和移动，相对以能定位螺杆相对螺套沿轴线往下与往上的滑动和移动的轴向和轴距的间距尺寸系数位置，以使螺杆能相对螺套在预定设置的间距尺寸位置里滑动和移动，相对是能配合合页的叶片以使合页叶片能自由预定设置定位角度，以使该合页叶片在经打开至90度定位角度时,能带动轴套内的连接套内的螺套转动，以使连接套内的固杆具有的螺杆能相对螺套沿轴线往下滑动和移动，与此同时该固杆具有的螺杆和第一磁铁会往下滑动和移动，与此同时合页经打开至90度定位角度时，与此同时该合页叶片是没有定位功能，与此同时该合页叶片需要在90度定位角度定位时，一定要通过固座内的调节座经调节转动调节座，以使调节座能对应配合固座和第二磁铁和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使调节座能对应配合调整合页的叶片需要的预定设置定位角度，以使合页的叶片能在需要的预定设置定位角度的90度定位角度位置自定位，相对也是合页的叶片在预定角度中的85度定位角度至180度预定角度之间的90度定位角度位置自定位后，当该合页的叶片需要关闭，以使合页叶片定位角度脱离90度定位角度，当合页叶片定位角度在低于预定设置定位角度中的90度定位角度之时，与此同时该第一弹簧的储能弹力是被固杆具有的环形凸环压缩储能弹力的状态，以 使该第一弹簧的储能弹力状态产生变化，以使弹力产生释放，以能将固杆具有的螺杆及轴承往上弹力顶起，促使螺杆的螺纹啮齿牙适配螺纹螺套啮齿牙，产生预定设置的轴向和周向角度往上滑动和移动，以使合页的叶片能实现自闭。在连接套50内设第一凸缘51，通过连接套50内的第一凸缘51在连接套50内能抵靠在螺环43的环形凹槽403内，以使第一凸缘51在连接套50内能镶嵌螺环的环形凹槽403，以使螺环43和第一凸缘51和连接套50连接一起固接在连接套50内，相对以使该螺环43不能转动也不能滑动和移动地连接固接在连接套50内，且该螺环的贯穿通孔的内环周向的前沿凸设置有螺环的内环凸缘，且固杆具有的凸环的外环侧面处设有凸环滑动轨道凹槽，以使该螺环的内环凸缘能抵靠在凸环滑动轨道凹槽内，相对以使该螺环的内环凸缘能对应配合凸环的滑动轨道凹槽，以能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动，相对是能配合合页的叶片预定设置定位角度，也相对能对应配合合页的叶片能在预定角度之间的一定位角度，之需要的一定位角度位置自定位。其中：该螺环的内环凸缘433套接滑接有滑转套管333，以使套接滑接有滑转套管333的螺环内环凸缘433能抵靠在凸环滑动轨道凹槽332内，相对以使套接滑接有滑转套管333的螺环内环凸缘433能对应配合固杆30具有的凸环32的凸环滑动轨道凹槽332，相对以能起到辅助加强固杆在相对螺套沿轴线下与上的滑动和移动的运动更加顺畅，相对以使合页的叶片在打开与自闭时能更加顺畅。该滑道凸环32为凸环32。该第一弹簧91和第二弹簧92能促使右合页20的右叶片22经打开至右合页20的右叶片22被打开的125度角度位置松释后，与此同时右合页20的右叶片22是被打开超过已经预定设置好的定位角度中的50度定位角度至180度定位角度之间的90度预定角度自定位角度位置，与此同时第一弹簧91是被固杆30具有的环形凸环32呈由上至下的强力度的高压压缩第一弹簧91的储能弹力状态，以使该第一弹簧91的储能状态产生变化，以使储能弹力产生释放，以使该第一弹簧91的一端的储能弹力度能强力度的撑顶环形凸环32，且该第一弹簧91的另一端的储能弹力度着能强力度的撑顶垫片85及杯体61的前端周向平面，与此同时该第二弹簧92是被固杆30具有的环形凸环32配合第一磁铁81及第二磁铁82呈由上至下的强力度的高压压缩第二弹簧92的储能弹力状态，以使该第二弹簧92的储能状态产生变化，以使储能弹力产生 释放，以使该第二弹簧92的一端的储能弹力度能强力度的撑顶第二磁铁82，且该第二弹簧92的另一端的储能弹力度着能强力度的撑顶杯体61的杯底，相对以使第一弹簧91和第二弹簧92能使右合页20的右叶片22往回关，以使第一弹簧91和第二弹簧92能使右合页20的右叶片22复位至已经预定设置好的定位角度中的90度预定角度位置自定位。
实施例二
它与实施例一不同之处在于：请查阅图27、图28，该右合页20设有两个间隔布置的上述的右轴套21，该轴套为右轴套21，其右叶片22设缺口；该左合页10设有一个上述的左轴套11，该轴套为左轴套11，该左轴套11介于两个右轴套21之间，其叶片适配上述缺口。省略连接套，该左轴套11构成连接套50。该螺套通过固接螺钉98穿过右轴套21的螺钉通孔在锁接螺进螺套40，以使螺套40通过固接螺钉98固接在右轴套21内，该螺套40伸出右轴套21部分且转动连接在右轴套21的一端内，该右合页20和右轴套21还能限制和控制螺套40的轴向活动，相对以能定位螺杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸系数位置；该固定螺钉98穿过左轴套11的螺钉通孔在锁接螺进螺环43，以使螺环43通过固定螺钉98固接在左轴套11内，且该螺环的贯穿通孔的内环周向的前沿凸设置有螺环的内环凸缘，且固杆具有的凸环的外环侧面处设有凸环滑动轨道凹槽，以使该螺环的内环凸缘能抵靠在凸环滑动轨道凹槽内，相对以使该螺环的内环凸缘能对应配合凸环的滑动轨道凹槽，以能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动，相对以能对应配合合页叶片预定设置定位角度。该固座60固接在两轴套内。该滑道凸环32为凸环32。该连接套50为中心套50。
实施例三
它与实施例一不同之处在于：请查阅图29至图33，合页包括一左合页10和一右合页20；该左合页10包括一左轴套11和一固接在左轴套11外的左叶片12，该左轴套11设在左叶片12下半部分；该右合页20包括一右轴套21和一固接在右轴套21外的右叶片22，该右轴套21设在右叶片22上半部分，通过该固接螺钉98螺进穿过右轴套21的螺钉通孔在锁入穿过转环在锁进固接转环，以使右轴套21和转环41和细杆42固接一起；在连接套50设第二凸缘52，通过第 二凸缘52配合连接套50以使固座60能固接在连接套50内，该固座60伸出连接套外部分，通过固定螺钉98螺进穿过左轴套11的螺钉通孔，在锁进固接固座60以使左轴套11和固座60固接一起。合页还包括固杆30、螺套40、连接套50、固座60和调节座70。该连接套50连接在左轴套11内和右轴套内21，该左轴套11和右轴套21下上并排设置，使得两合页能相对转动；该第三轴承也能转动套接在连接套50外，该第三轴承59转动套接在左轴套11一端圆周面和套接在右轴套21一端圆周面之间，以使右合页20相对左合页10轴线转动更加顺畅，该左轴套11和右轴套21并排设置，使得两合页能相对轴线转动。
该螺套40能转动且不能滑动地连接在右轴套21内的连接套50内，该右合页20具有的右轴套21内的转环41和螺套40具有的细杆42伸出连接套50外的部分固接，该固接配设一转环41，该螺套40上部凸设有细杆42，该螺套40具有的细杆42能转动地穿过转环41，该转环41适配位于右轴套21内的上部，通过配设固接螺钉98螺进穿过右轴套21的螺钉通孔且锁进穿过转环41再锁入固接细杆，以使右轴套21和转环41和细杆固接一起，以能定位固杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸系数位置，相对是能配合合页的叶片以使合页叶片能自由预定设置定位角度，以使该转环41和右轴套21还能限制和控制螺套40的轴向活动。在连接套50设第二凸缘52，通过第二凸缘52配合连接套50使固座60能固接在连接套内，该固座60伸出连接套50外部分，通过固定螺钉98螺进穿过左轴套11的螺钉通孔，在锁进固接固座60后在螺进锁接固定调节座70，与此同时该固定螺钉98先不用配合左轴套11及固座60一起锁接固定调节座70，等待该调节座70经调节转动以能配合固座60和第二磁铁82和杯体的底座，相对以能调整和调近第二磁铁82和第一磁铁81的间距尺寸位置，以使第二磁铁和第一磁铁能磁吸一起以能定位在连接套内，相对以使该调节座能对应配合调整合页的叶片预定设置定位角度，以使合页的叶片能在预定设置的定位角度里，之需要的预定设置定位角度之间的一定位角度自定位后，再通过等待中的固定螺钉98再启动锁接螺进固定调节座70，以防止调节座70松动。该第一磁铁81、第二磁铁82的储能由磁力磁吸一起的磁吸力度，一定要大于第一弹簧91的储能弹力和第一弹簧91的储能预顶力的释放。该凸环32能和环形凸环32合体以能构成凸环32。该辅助调节叶片定位角度垫片616能构成杯 体61的杯底也能为垫片85，且该辅助调节叶片定位角度垫片616的外环周向处凹设有环形安装槽321，该环形安装槽321内套接有密封胶圈322，该密封胶圈322还伸出环形安装槽321外，以使该辅助调节叶片定位角度垫片616能密封滑接靠接在连接套50内，相对以使该辅助调节叶片定位角度垫片616的密封胶圈能对应配合调节座和第二磁铁，以能控制和限制调节座和第二磁铁在连接套内不会产生晃动和走位，相对以使右合页20的右叶片22在预定角度位置自定位更加稳固。该辅助调节叶片定位角度垫片616为杯体61的杯底，且该杯体61的杯底为垫片85。
实施例四
它与实施一不同之处在于：请查阅图34，一具体结构中，该固杆30具有的螺杆31的末端有一固接的凸环32，该凸环32固接有环形凸环32，且该环形凸环32固接有连接杆33，且该凸环32和环形凸环32固接一起以能构成凸环32，该凸环32的外环周向处凹设有凸环滑动轨道贯穿凹槽通孔332，且该环形凸环32凹设有环形的安装槽321；其中：该凸环滑动轨道贯穿凹槽通孔332能对应配合固定滑杆339，以能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动，相对以能对应配合合页的叶片能预定设置定位角度。该固杆30还包括一固接在螺杆31末端的凸环32，该凸环32的外环周向侧面处凹设有凸环滑动轨道贯穿凹槽通孔332，且该凸环32还包括一固接的环形凸环32，且该环形凸环32凹设环形安装槽321，该环形安装槽321内套接有密封胶圈322，该密封胶圈322还伸出环形安装槽321外，以使该环形凸环32能密封滑接靠接在连接套50内，该密封胶圈322和环形凸环32组装以能构成上述的凸环32。在该环形凸环32的外环周向处凹设有环形凹槽322，且该环形凸环32具有的环形凹槽321套接有密封胶圈322，且该密封胶圈322还伸出环形安装凹槽321外，以能密封靠接在连接套内，相对以使该环形凸环32的密封胶圈能控制和限制连接套内的螺杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸距离不会变动，同时也能控制和限制轴套内的螺杆在相对螺套沿轴线下与上的滑动和移动不会晃动，该密封胶圈322也起到防止固杆朝第二磁铁方向掉落，该密封胶圈也具有辅助加强和补强和增强第二磁铁的储能和第一磁铁的储能磁吸力度的增强释放的功能，以使第二磁铁和第一磁铁能强力度的 磁吸一起以能强力度的定位在连接套内，相对以能配合辅助加强和补强和增强合页的叶片能在预定设置定位角之间的一定位角度位置自定位的增强自定位力度。该凸环滑动轨道贯穿凹槽通孔332能构成凸环滑动轨道凹槽332。该密封胶圈322和环形凸环32组装构成上述的凸环32。该固杆30具有的凸环32外环周向处凹设有凸环滑动轨道贯穿凹槽通孔332，且该固定滑杆339穿过左轴套11的螺钉通孔，在继续穿过左轴套11内(连接套50)的凸环滑动轨道贯穿凹槽通孔332再继续穿过左轴套11的螺钉通孔，以使固定滑杆339固接在左轴套11的内外环的周向轴壁，以使固定滑杆339和左轴套11固接一起，相对以使套接滑接有滑转套管333的固定滑杆339能穿过凸环滑动轨道贯穿凹槽通孔332，相对以使固定滑杆339能对应配合固杆30具有的凸环32的凸环滑动轨道贯穿凹槽通孔332，以能控制和定位固杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸系数位置。该第二弹簧92能促使右合页20的右叶片22经打开至右合页20的右叶片22被打开的125度角度位置松释后，与此同时右合页20的右叶片22是被打开超过已经预定设置好的定位角度中的50度定位角度至180度定位角度之间的90度预定角度自定位角度位置，与此同时该第二弹簧92是被固杆30具有的环形凸环32配合第一磁铁81呈由上至下的强力度的高压压缩第二弹簧92的储能弹力状态，以使该第二弹簧92的储能状态产生变化，以使储能弹力产生释放，以使该第二弹簧92的一端的储能弹力度能强力度的撑顶环形凸环32，且该第二弹簧92的另一端的储能弹力度着能强力度的顶抵垫片85及第一磁铁81，相对以使第二弹簧92能使右合页20的右叶片22往回关，以使第二弹簧92能使右合页20的右叶片22复位至90度预定角度位置自定位。
实施例五
它与实施一不同之处在于：请查阅图35至图42，一具体结构中，；其中该螺杆31固接有螺杆拉环圈311，而该拉钩杆313的尺寸速配螺套拉簧通孔315上端的拉钩杆置放台阶325，且该拉钩杆313装置位置是平放在拉钩杆置放台阶325上，在此该螺套40开设有贯穿的螺套拉簧通孔315，而该拉簧318是装置在螺套拉簧通孔315内；且拉簧318两端固接有前拉钩328和后拉钩338，该拉簧318具有的前拉钩328挂钩住拉钩杆313，而该拉簧318具有的后拉钩338挂钩住螺杆拉环圈311，以使该拉簧318能控制固杆具有的螺杆31在相对螺套沿轴 线下与上的滑动的间距尺寸位置不会变动。该螺套通过固接螺钉98穿过右轴套21的螺钉通孔在锁接螺进螺套40，以使螺套40通过固接螺钉98固接在右轴套21内，该螺套40伸出右轴套21部分且转动连接在连接套50的一端内，该右合页20和右轴套21还能限制和控制螺套40的轴向活动，相对以能定位螺杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸系数位置，相对是能配合合页的叶片预定设置定位角度，以使合页叶片能自由预定设置定位角度；该固杆30具有的凸环32的外环周向处凹设有凸环滑动轨道凹槽332，且该固定滑杆339穿过左轴套11(连接套50)的螺钉通孔且抵在凸环滑动轨道凹槽332内，以使固定滑杆339固接在左轴套11的内外环的周向轴壁，使固定滑杆339和左轴套11固接一起，相对以使该固定滑杆339能对应配合固杆30具有的滑道凸环32的凸环滑动轨道贯穿凹槽通孔332，以能控制和定位固杆在相对螺套沿轴线下与上的滑动和移动的轴向和周向的间距尺寸系数位置，相对是能配合合页的叶片预定设置定位角度，以使合页的叶片的定位角度能从50度定位角度位置预定设置至180度定位角度位置。该第一磁铁盖套811通过固接螺钉98穿过第一磁铁盖套811的侧面周向通孔在锁接螺进第一磁铁81，以使第一磁铁盖套811和第一磁铁81固接在一起。该第一磁铁盖套811通过环氧树脂或任何种类的粘胶，以使第一磁铁81和第一磁铁盖套811固接在一起。该第一螺钉83穿过第一磁铁盖套811的通孔在穿过橡胶柱922再锁接螺接环形凸环32，以使第一磁铁盖套811和第一磁铁81和橡胶柱922和环形凸环32连接一起。该第二磁铁盖套822通过固接螺钉98穿过第二磁铁盖套822的侧面周向通孔在锁接螺接第二磁铁82，以使第二磁铁盖套822和第二磁铁82固接在一起。该第二磁铁盖套822通过环氧树脂或任何种类的粘胶，以使第二磁铁82和第二磁铁盖套822固接在一起。该调节座70锁接螺进第二磁铁盖套822的螺钉通孔，以使第二磁铁盖套822和调节座70固接在一起。利用调节座70经调节转动，以能对应配合固座60和第二磁铁82和第二磁铁盖套822，以能调节和调近第二磁铁82和第一磁铁81的间距尺寸位置，相对以能对应配合调整合页的叶片的预定角度位置自定位。
该橡胶柱922能促使右合页20的右叶片22经打开至合页的右叶片22被打开的125度角度，相对以使合页的右叶片22被打开超过已经预定设置定位角度的50度定位角度至180度定位角度之间的90度预定角度自定位角度位置，与此 同时该橡胶柱922是被固杆30具有的环形凸环32配合第一磁铁盖套811呈由上至下的强力度高压压缩橡胶柱922的储能弹性力状态，以使该橡胶柱922的储能弹性力状态产生变化，以使橡胶柱922的储能弹性力产生释放，以使该橡胶柱922的一端的储能弹性力度能强力度的撑顶环形凸环32，且该橡胶柱922的另一端的储能弹性力度着能强力度的顶抵第一磁铁盖套811，相对以使橡胶柱922能使右合页20的右叶片22往回关，以使橡胶柱922能使右合页20的右叶片22复位至90度预定角度位置自定位。
以上所述，仅为本发明较佳实施例而已，故不能依此限定本发明实施的范围，即依本发明专利范围及说明书内容所作的等效变化与修饰，皆应仍属本发明涵盖的范围内。
工业实用性
本发明提供的一种能调节角度定位及自闭铰链，包括两合页、固杆、螺套、螺环、固座和调节座，各部件间的紧密配合能够实现在某一预定角度内自定位，在另一某预定角度能自闭，同时能够调整自定位的预定角度，具有广泛的应用前景及良好的工业实用性。

Claims (11)

  1. 能调节角度定位及自闭铰链，包括两合页、固杆和螺套，该两合页能相对转动，该每一合页都包括轴套和固接在轴套外的叶片，该固杆具有螺杆；其特征在于：还包括固座、调节座和螺环，该螺套固接在一合页的轴套内，该固座固接在一合页的轴套内，该螺套和固座间隔；该两合页的轴套内之螺套和固座间设有固杆、螺环、第一磁铁、第二磁铁、第一弹簧、杯体、第二弹簧和调节座，该固杆具有的螺杆螺接在螺套，该第一弹簧顶抵在固杆和杯体的前端面之间，该第一磁铁能和固杆一起移动，该第二弹簧一端能顶抵固座，该第二弹簧之另一端顶抵第二磁铁，该第二磁铁能相对固座移动，该第一磁铁和第二磁铁相磁吸，该调节座经调整转动以能对应配合第二磁铁和固座及杯体的杯底，以能调节和调近第二磁铁和固座的间距尺寸位置；该调节座经调整转动以能配合第二磁铁和固座和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置。
  2. 根据权利要求1所述的能调节角度定位及自闭铰链，其特征在于：该固座固接在另一合页的轴套内。
  3. 根据权利要求2所述的能调节角度定位及自闭铰链，其特征在于：还包括连接套，该固杆能滑动和移动连接在连接套内，该螺套能转动且不能滑动地连接在连接套内，该第一磁铁、第二磁铁、第一弹簧和第二弹簧设在连接套内；该一合页和螺套伸出连接套外的部分固接，该另一合页和固座伸出连接套外的部分固接。
  4. 根据权利要求1所述的能调节角度定位及自闭铰链，其特征在于：该一合页设有两个间隔布置的上述的轴套，该轴套为右轴套；其右叶片设缺口；该左合页设有一个上述的左轴套，该轴套为左轴套，该左轴套介于两个右轴套之间，其左叶片适配上述右叶片缺口。
  5. 根据权利要求1至4中任一项所述的能调节角度定位及自闭铰链，其特征在于：还包括第一螺钉和第二螺钉，该第一螺钉和第二螺钉都具有光杆段和位于末端的螺纹段，该第一螺钉的光杆段穿过第一磁铁且螺纹段螺接在固杆，该第一螺钉的螺杆头支撑在第一磁铁；该第二螺钉的光杆段穿过第二磁铁且螺纹段螺接在调节座内，该第二螺钉的螺杆头支撑在第二磁铁。
  6. 根据权利要求1至4中任一项所述的能调节角度定位及自闭铰链，其特征在于：还包括能相对活动设在轴套内的杯体，该第二弹簧顶抵在杯体的杯底和第二磁铁之间，该调节座连接杯体的杯底和固座用于调整杯底和固座间的间距，以能调节和调近固座和第二磁铁的间距；该调节座经调整转动以能对应配合第二磁铁和固座和杯体的杯底，以能调整和调近第二磁铁和第一磁铁的间距尺寸位置。
  7. 根据权利要求6所述的能调节角度定位及自闭铰链，其特征在于：该调节座为第三螺钉，该第三螺钉螺接穿过固座且顶抵在杯体的杯底。
  8. 根据权利要求6所述的能调节合页叶片定位角度自定位及自闭铰链，其特征在于：该第二弹簧、第二磁铁都完全位于杯体内，该第二磁铁适配滑接杯体，该第一磁铁下部适配滑接杯体。
  9. 根据权利要求6所述的能调节合页叶片定位角度自定位及自闭铰链，其特征在于：该固杆具有的螺杆的末端有一固接的凸环，且该凸环固接有环形凸环，该环形凸环固接有连接杆，该第一弹簧套接连接杆且顶抵在凸环和杯体前外环缘及垫片之间。
  10. 根据权利要求6所述的能调节合页叶片定位角度自定位及自闭铰链，其特征在于：该第二弹簧完全位于固杆具有的凸环和垫片及第一磁铁之间，且该第一螺钉穿过第一磁铁内环通孔、垫片内环通孔和第二弹簧再螺接连接杆，以使第一磁铁和连接杆连接在一起；该第二磁铁完全位于辅助调节叶片定位角度垫片上，且该第二螺钉穿过第二磁铁内环通孔、垫片内环通孔再螺接调节座，以使第二磁铁和调节座固接在一起；其中：该凸环固接有环形凸环，且该环形凸环固接有连接杆，且该凸环和环形凸环固接一起以能构成凸环，在该环形凸环的外环周向处凹设有环形凹槽，且该环形凸环的环形凹槽套接有密封胶圈，且该密封胶圈还伸出环形安装槽外，以能密封靠接在连接套内，且该密封胶圈能配合环形凸环在连接套里下与上的滑动和移动，相对以能在连接套内产生密封阻尼力度和阻力力度和起到增强环形凸环在连接套里下与上的滑动和移动所产生的阻尼力度和阻力力度的效果作用，相对以使环形凸环在连接套里的自定位力度的强度更增强，相对以能同时对应配合辅助加强和增强第二磁铁的储能和第一磁铁的储能磁吸一起的储能磁吸力度的增强释放，以使第二磁铁和第一磁铁能强力度的磁吸一起定位在连接套内，也相对以能同时辅助加强和增强合页的叶片能在预定设置定 位角度位置之间的一定位角度位置自定位的力度的强度更增强。
  11. 根据权利要求6所述的能调节合页叶片定位角度自定位及自闭铰链，其特征在于：该固杆具有的螺杆的末端有一固接的凸环，且该凸环固接有环形凸环，且该环形凸环固接有连接杆；其中该螺杆固接有螺杆拉环圈，而该拉钩杆的尺寸速配螺套拉簧通孔上端的拉钩杆置放台阶，且该拉钩杆装置位置是平放在拉钩杆置放台阶上，在此该螺套开设有贯穿的螺套拉簧通孔，而该拉簧是装置在螺套拉簧通孔内；且拉簧两端固接有前拉钩和后拉钩，且该拉簧具有的前拉钩挂钩住拉钩杆，而该拉簧具有的后拉钩挂钩住螺杆拉环圈，以使该拉簧能控制固杆具有的螺杆在相对螺套沿轴线往下滑动和移动的间距尺寸位置不会变动，以使该拉簧也起到防止固杆朝第二磁铁的方向掉落，相对以使该拉簧能定位和限制固杆在相对螺套沿轴向往下与往上的滑动和移动的轴向和轴距的间距尺寸不会变动。
PCT/CN2016/100554 2015-09-29 2016-09-28 能调节角度定位及自闭铰链 WO2017054727A1 (zh)

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EP16850351.4A EP3358114A4 (en) 2015-09-29 2016-09-28 ADJUSTABLE ANGULAR POSITIONING HINGE AND AUTOMATIC CLOSURE FOR HIGHLY SEALED DOOR
AU2016333280A AU2016333280A1 (en) 2015-09-29 2016-09-28 Adjustable-angle positioning and self-closing hinge
US15/763,748 US10604978B2 (en) 2015-09-29 2016-09-28 Adjustable-angular positioning and self-closing hinges
JP2018517206A JP6694190B2 (ja) 2015-09-29 2016-09-28 角度を調整して定位及び自動閉鎖可能のヒンジ

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