CN101887208A - Cradle head - Google Patents
Cradle head Download PDFInfo
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- CN101887208A CN101887208A CN2009101660953A CN200910166095A CN101887208A CN 101887208 A CN101887208 A CN 101887208A CN 2009101660953 A CN2009101660953 A CN 2009101660953A CN 200910166095 A CN200910166095 A CN 200910166095A CN 101887208 A CN101887208 A CN 101887208A
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- cloud terrace
- operating body
- state
- tripod
- tilt rotor
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Abstract
The invention provides a cradle head. The cradle head can make three feet parts of the tripod appropriately become a vertically upward status when the cradle head body is mounted on the tripod. The cradle head (1) includes a cradle head body (3) mounted on the tripod; and a first operation body (6) projectedly arranged on the cradle head body (3). The cradle head (1) also has a second operation body (7) projectedly arranged on the cradle head body (3) and located at a position above the first operation body (6). In the cradle head (1), three feet parts of the tripod appropriately become vertically upward status when the cradle head body is mounted on the tripod.
Description
Technical field
The present invention relates to a kind of The Cloud Terrace, this The Cloud Terrace can make 3 foot section of tripod suitably become vertical upwards state under the The Cloud Terrace main body is installed in state on the tripod.
Background technology
The known in the past The Cloud Terrace that record in for example following patent documentation 1 is arranged.
Should comprise by existing The Cloud Terrace: be installed in The Cloud Terrace main body on the tripod in the mode that can load and unload; Wave first operating bodies such as handle, its outstanding being arranged on the The Cloud Terrace main body; And inclination hook knob second operating bodies such as (side tilt lock knob), its outstanding being arranged on the The Cloud Terrace main body, and be positioned on the position of direction side skew from first operating body.
Patent documentation 1: TOHKEMY 2002-72345 communique (Fig. 2)
Yet, as above-mentioned existing The Cloud Terrace, second operating body is arranged in from the locational structure of the last direction side skew of first operating body, therefore the foot section of tripod and first operating body or the second operating body interference have under the The Cloud Terrace main body is installed in state on the tripod to make 3 foot section of tripod become the vertical upwards problem of state.
Summary of the invention
The present invention In view of the foregoing makes, and its purpose is to provide a kind of The Cloud Terrace, and this The Cloud Terrace can make 3 foot section of tripod suitably become vertical upwards state under the The Cloud Terrace main body is installed in state on the tripod.
The Cloud Terrace in first invention comprises: the The Cloud Terrace main body, and it is installed on the tripod; First operating body, its outstanding being arranged on this The Cloud Terrace main body; And second operating body, its outstanding being arranged on the described The Cloud Terrace main body, and be positioned at the top position of described first operating body, under described The Cloud Terrace main body is installed in state on the described tripod, can make 3 foot section of described tripod become vertical upwards state.
On the basis of first The Cloud Terrace of inventing, The Cloud Terrace in second invention is, become in 3 foot section of tripod under the state of vertical upwards state, at least a portion of The Cloud Terrace main body is between described foot section, and first operating body and described foot section are provided with abreast.
On the basis of first or second The Cloud Terrace of inventing, the The Cloud Terrace in the 3rd invention is that the The Cloud Terrace main body comprises: base body, and it is installed on the tripod; Wave rotor, it is being installed on the described base body along the mode that left and right directions rotates; Tilt rotor, it is installed in described waving on the rotor in the mode that can rotate along the vertical direction; And the material installed supporter, it is installed on the described tilt rotor in the mode that can rotate along the vertical direction, and first operating body and second operating body are outstanding to be arranged on the described tilt rotor, and configuration side by side along the vertical direction in rear view.
On the basis of the 3rd The Cloud Terrace of inventing, The Cloud Terrace in the 4th invention is, second operating body can rotate with respect to tilt rotor, by of the rotation of described second operating body to a direction, the material installed supporter is fixed with respect to described tilt rotor, by the rotation of described second operating body to other direction, the material installed supporter fixedly is disengaged with respect to described tilt rotor.
On the basis of the 4th The Cloud Terrace of inventing, The Cloud Terrace in the 5th invention is, the The Cloud Terrace main body has the force body to the second operating body application of force, tilt rotor has the variant part that elastic deformation can take place, the material installed supporter has the variant part of bearing, under the state that fixedly be disengaged of described material installed supporter with respect to described tilt rotor, elastic deformation takes place and is pressed against described bearing on the variant part in described variant part under the acting force of described force body.
According to first invention,, therefore under being installed in state on the tripod, the The Cloud Terrace main body can make 3 foot section of tripod suitably become vertical upwards state because second operating body is positioned at the top position of first operating body.
According to second invention, become in 3 foot section of tripod under the state of vertical upwards state, at least a portion that can make the The Cloud Terrace main body and can make first operating body and foot section dispose abreast between foot section.
According to the 3rd invention, be arranged on the tilt rotor and configuration side by side along the vertical direction in rear view because first operating body and second operating body are outstanding, therefore under the The Cloud Terrace main body is installed in state on the tripod, can make 3 foot section of tripod more suitably become vertical upwards state.
According to the 4th invention, rotate to a direction by second operating body, the material installed supporter suitably is fixed with respect to tilt rotor, by of the rotation of second operating body, the material installed supporter suitably is disengaged with respect to the fixing of described tilt rotor to other direction.
According to the 5th invention, under the state that fixedly be disengaged of material installed supporter with respect to tilt rotor, elastic deformation takes place and bears on the variant part by being pressed in variant part under the acting force of force body, therefore can prevent under the action of gravity of the materials installed such as camera that supported by the material installed supporter that the material installed supporter takes place with respect to the situation that tilt rotor rotates.
Description of drawings
Fig. 1 is the stereographic map of the The Cloud Terrace in an embodiment of the invention.
Fig. 2 is the rear view of this The Cloud Terrace.
Fig. 3 is the side view of this The Cloud Terrace.
Fig. 4 is the sectional view of this The Cloud Terrace.
Fig. 5 is the partial sectional view of lock-out state of the material installed supporter of this The Cloud Terrace.
Fig. 6 is the partial sectional view of latch-release state of the material installed supporter of this The Cloud Terrace.
Fig. 7 is that leg body that the tripod of this The Cloud Terrace is installed becomes the stereographic map of (receiving the pin state) under the state of vertical upwards state.
Fig. 8 is that the leg body of this tripod becomes the rear view under the state of vertical upwards state.
Fig. 9 is that the leg body of this tripod becomes the side view under the state of vertical upwards state.
Figure 10 is that the leg body of this tripod becomes the side view under the state of vertical upwards state.
Figure 11 is the stereographic map of the leg body of this tripod state that becomes vertical downward state (receiving the pin state).
Figure 12 be the leg body of this tripod become downward-sloping state state (opening the pin state usually) under stereographic map.
Figure 13 be the leg body of this tripod become downward-sloping state state (half-open angle is opened the pin state) under stereographic map.
Figure 14 is the stereographic map of the leg body of this tripod state (the standard-sized sheet angle is opened the pin state) that becomes downward-sloping state.
Label declaration
1: The Cloud Terrace; 2: tripod; 3: the The Cloud Terrace main body; 6: the first operating bodies; 7: the second operating bodies; 11: base body; 12: wave rotor; 13: tilt rotor; 14: the material installed supporter; 43: as the elastic deformation plate of variant part; 65: as the volute spring of force body; 71: bear variant part; 82: as the leg body of foot section.
Embodiment
Describe with reference to the embodiment of accompanying drawing The Cloud Terrace of the present invention.
The Cloud Terrace main body 3 comprises: base body 11, and it is installed on the tripod 2 in the mode that can load and unload; Wave rotor 12, its can with upper and lower to center of rotation axis A be that the center is arranged on the base body 11 rotationally along left and right directions; Tilt rotor 13, it can be that the center is arranged on rotationally along the vertical direction and waves on the rotor 12 with the center of rotation axis B of left and right directions; And material installed supporter 14, it can be that the center is arranged on the tilt rotor 13 along the vertical direction rotationally with the center of rotation axis C of fore-and-aft direction, and this material installed supporter 14 as the supporting surface 14a of upper surface on materials installed (not shown) such as camera or video camera are installed in the mode that can load and unload.
In addition, be provided with roughly that the operating body of tubular is mounted portion 30 in that the top rear side of chimeric tube portion 26 is outstanding integratedly, be mounted at this operating body to be formed with in the portion 30 and the fixing fixing usefulness notch 29 that is communicated with notch 27.First operating body 6 one distolateral be that front is installed in interior all sides that operating body is mounted portion 30 in the mode that can rotate, another of this first operating body 6 is distolateral to be that to become the operating portion of operating for the operator be grip part 32 to rear end side.
And, grip grip part 32 and make first operating body 6 be mounted portion 30 when a direction (fastening direction) is rotated the operator with respect to the operating body of tilt rotor 13, under the elastic deformation of tilt rotor 13, fixing width dimensions with notch 27,29 reduces, tilt rotor 13 is secured in a press on the outer peripheral face of the chimeric tube portion 21 of waving rotor 12, and under the elastic deformation of waving rotor 12, fixing width dimensions with notch 22 reduces, and waves rotor 12 and is secured in a press on the outer peripheral face that props up axial region 16 of base body 11.
In addition, make first operating body 6 be mounted portion 30 when other direction (fastening releasing direction) rotates with respect to the operating body of tilt rotor 13, tilt rotor 13 is disengaged with respect to being fixed of chimeric tube portion 21 of waving rotor 12, and waves rotor 12 and be disengaged with respect to being fixed also of axial region 16 of base body 11.And when removing fixedly, the operator makes tilt rotor 13 respectively and waves rotor 12 rotations by operating first operating body 6, thus can change materials installed such as camera on the material installed supporter 14 towards.
In addition, can be clear and definite by Fig. 2, the outside dimension (width dimensions) of the grip part 32 of first operating body 6 is roughly the same with the length dimension (width dimensions) of the left and right directions of tilt rotor 13.
And then the leading section upside that is mounted portion 30 at operating body is outstanding integratedly to be provided with fore-and-aft direction and to be an axial region 41 roughly cylindraceous.Second operating body 7 one distolateral to be front be installed in interior all sides of an axial region 41 in the mode that can rotate, and another of this second operating body 7 distolateral be that rear end side becomes as the knob portion 70 for the operating portion of operator's operation.
Prop up axial region 41 and have axle main body 42 roughly cylindraceous, this main body 42 can be that material installed supporter 14 is supported at the center rotationally with center of rotation axis C, is extruded with a plurality of (for example 4) laminal conduct integratedly towards the place ahead from the leading section of this main body 42 the elastic deformation plate 43 of the variant part of elastic deformation can take place.Each elastic deformation plate 43 is to be the roughly circular arc plate-shaped member at center with center of rotation axis C, is formed with between the elastic deformation plate 43 that makes progress in week adjacent of an axial region 41 along the axially long gap 44 of an axial region 41.Be formed with dip plane 43a on the leading section inside surface of each elastic deformation plate 43, this dip plane 43a is along with tilting laterally gradually from the rear end side to the front.Near the leading section of axle main body 42 outer peripheral faces, along axial region 41 circumferentially only in the upper half scope, be formed with guiding with groove 45, this groove 45 when material installed supporter 14 rotates with respect to an axial region 41 to directed section 46 channeling conducts of material installed supporter 14.
On the outer peripheral face of the first bar portion 51, be formed with thread groove 55, on the leading section outer peripheral face of the second bar portion 52, be formed with thread groove 56.On the thread groove 56 of the second bar portion 52, screw togather moving body 60 as the roughly tubular of brake body, this moving body 60 can move along center of rotation axis C with respect to second operating body 7, screw togather the nut 59 as the anticreep parts on the thread groove 55 of the first bar portion 51, this nut 59 prevents that moving body 60 from deviating from from the second bar portion 52.Moving body 60 is equipped in the axial region 41, and nut 59 is equipped in the moving body 60.
Be formed with thread groove 61 on the inner peripheral surface of moving body 60, the thread groove 61 of this moving body 60 and the thread groove 56 of the second bar portion 52 screw togather.Outer peripheral face at moving body 60 is formed with the roughly planar frusto-conical face 62 of frustum of a cone, this frusto-conical face 62 is along with increasing gradually towards the place ahead diameter, and the part of this frusto-conical face 62 face all the time is crimped on the dip plane 43a of the elastic deformation plate 43 that props up axial region 41.Moving body 60 has each other with outstanding integratedly a plurality of (for example 4) board 63 that is arranged on the frusto-conical face 62 in the intervals of 90 degree, and the edge part of each board 63 is embedded in the gap 44 between the adjacent elastic deformation plate 43.
In addition, dispose as to second operating body 7 volute spring 65 (compression spring) of the force body of the application of force rearward at the outer circumferential side of the 3rd bar portion 53 of stem 50.Volute spring 65 is equipped between this second operating body 7 and the axial region 41 coaxially with the stem 50 of the compressive state and second operating body 7, one end of volute spring 65 is that leading section is established parts 67 and spring base portion 66 butts that prop up axial region 41 across circular folder, and the other end of volute spring 65 is rearward end is established parts 69 and stem 50 across circular folder spring base portion (end face of the 4th bar portion 54) 68 butts.
And then, at the 4th bar portion 54 outer circumferential sides of stem 50, be the rearward end outer circumferential side of stem 50, be set with for the operator and be roughly criss-cross knob portion 70 with pointing the rear view of pinching.
And, the operator pinching knob portion 70 and make second operating body 70 with respect to the axial region 41 of tilt rotor 13 when a direction (fastening direction) is rotated, as shown in Figure 5, moving body 60 moves to a direction (being right-hand among Fig. 5) with respect to the second bar portion 52, by moving of this moving body 60, four elastic deformation plates 43 of axial region 41 are pushed by frusto-conical face 62 and towards the radial outside generation elastic deformation of an axial region 41, consequently, described four elastic deformation plates 43 are pressed abd fixed on bearing on the variant part 71 of material installed supporter 14 inner peripheral surfaces.That is, rotate to a direction with respect to tilt rotor 13 by making second operating body 7, material installed supporter 14 is pressed abd fixed on the outside surface of elastic deformation plate 43 of axial region 41 of tilt rotor 13, and material installed supporter 14 becomes lock-out state.
In addition, make second operating body 7 with respect to the axial region 41 of tilt rotor 13 when other direction (fastening releasing direction) rotates, moving body 60 moves to other direction (being left among Fig. 5) with respect to the second bar portion 52, thereby has removed material installed supporter 14 being fixed with respect to elastic deformation plate 43 outside surfaces that prop up axial region 41.That is, rotate to other direction with respect to tilt rotor 13, removed material installed supporter 14 with respect to being fixed an of axial region 41 of tilt rotor 13, thereby material installed supporter 14 becomes the latch-release state by making second operating body 7.
And, when removing fixedly, the operator rotates roughly 90 degree with respect to an axial region 41 to a direction by making material installed supporter 14, thereby can make material installed supporter 14 become the right side state (towards right state) that inclines, this state lower support face 14a in rear view towards right side side, in addition, by making material installed supporter 14 rotate roughly 90 degree to other direction with respect to an axial region 41, thereby can make material installed supporter 14 become the left side state (towards left state) that inclines, this state lower support face 14a in rear view towards left side side.
In addition, when removing fixedly, even removed material installed supporter 14 fixing with respect to an axial region 41 by making second operating body 7 rotate scheduled volume to fastening releasing direction, as shown in Figure 6, still there is slight elastic deformation in the leading section that props up four elastic deformation plates 43 of axial region 41 and is being pressed against the bearing on the variant part 71 of material installed supporter 14 under the acting force of volute spring 65.Thus, material installed supporter 14 can not become the free state of rotating freely with respect to an axial region 41, but becomes the state that unlocks that bears under the acting force of volute spring 65 from the expection damping force of elastic deformation plate 43.
Material installed supporter 14 has fore-and-aft direction and is chimeric tube roughly cylindraceous portion 73, and it can be the outer circumferential side that the center is embedded in an axial region 41 of tilt rotor 13 along the vertical direction rotationally with center of rotation axis C that this chimeric tube portion 73 is arranged to.In chimeric tube portion 73, be formed with threaded hole portion 74, in this threaded hole portion 74, screw togather and be fixed with bolt 75.The leading section of bolt 75 is outstanding to the inside from the inner peripheral surface of chimeric tube portion 73, and this outshot becomes the directed section 46 that is guided by groove 45.In addition, the part of chimeric tube portion 73 inner peripheral surfaces form cylinder roughly planar bear variant part 71, and the elastic deformation plate 43 of an axial region 41 bears and carries out the face crimping on the variant part 71 by being pressed in this.Leading section in chimeric tube portion 73 is equipped with roughly discoideus packaged unit 72, by this packaged unit 72 the front surface closure of openings of chimeric tube portion 73 is got up.
And then, be set with roughly tabular brace table portions 76 such as inclination platform on chimeric tube portion 73 tops, in this brace table portion 76, fast-assembling plate back up pads 77 such as (quick shoe plate) is installed in the mode that can load and unload.In the mode that can rotate control lever 78 is installed in brace table portion 76, this control lever 78 carries out fixing operation and the releasing fixing operation of back up pad 77 with respect to brace table portion 76.Fixing screw 79 on the lower surface that is used for back up pad 77 is fixed to materials installed such as last illustrated camera is installed at the central portion of back up pad 77.The upper surface of back up pad 77 becomes the supporting surface 14a that is used to support material installed, and fixing screw 79 is outstanding towards the top from the central portion of back up pad 14a.
In addition, the material installed supporter 14 of this Fast Installation mode is made of chimeric tube portion 73, brace table portion 76, back up pad 77, control lever 78 and fixing screw 79 etc.Can be clear and definite by Fig. 2, the length dimension (width dimensions) of the left and right directions of the brace table portion 76 of material installed supporter 14 is longer than the length dimension (width dimensions) of the left and right directions of tilt rotor 13, supporting surface 14a towards above normal condition under, the right part of brace table portion 76 is more outstanding than the right end position of tilt rotor 13, and the left part of brace table portion 76 is more outstanding than the left position of tilt rotor 13.
On the other hand, to shown in Figure 12, tripod 2 comprises: matrix 81 as Fig. 7; Leg body 82, it is the many roughly shaft-like foot section that (for example 3) can stretch, described foot section can be respectively is that the center is rotated and roughly is arranged on the matrix 81 in 180 degree with the center of rotation axis of horizontal direction; And the roughly shaft-like supporter 83 that can stretch, it is fixedly set in the central portion of matrix 81 and gives prominence to upward from the central portion of matrix 81.
Under vertical upwards state shown in Figure 7, it is outstanding upward that 3 leg bodies 82 are mounted portion 84 from the leg body of matrix 81, and dispose along vertical direction (comprising roughly vertical direction).Under vertical downward state shown in Figure 11, it is outstanding downwards that 3 leg bodies 82 are mounted portion 84 from the leg body of matrix 81, and dispose along vertical direction (comprising roughly vertical direction).
Under each downward-sloping state of Figure 12 to Figure 14,3 leg bodies 82 from the leg body of matrix 81 be mounted portion 84 outward the skew back below to outstanding, by being limited under the state of rotation upward, dispose along the vergence direction that tilts with respect to vertical direction with engaging of operating body 85.
The angle of inclination of the downward-sloping state of Figure 13 is bigger than the angle of inclination of the downward-sloping state of Figure 12, the angle of inclination of the downward-sloping state of Figure 14 is bigger than the angle of inclination of the downward-sloping state of Figure 13, under the downward-sloping state of this Figure 14, it is outstanding laterally and dispose along general horizontal direction that 3 leg bodies 82 are mounted portion 84 from the leg body of matrix 81.
In addition, by changing the position of operating body 85, can switch between each downward-sloping state shown in Figure 14 at Figure 12.Become at 3 leg bodies 82 under the situation of vertical upwards state shown in Figure 7 and vertical downward state shown in Figure 11, need make on the position that operating body 85 is positioned at not with leg body 82 engages.
In addition, be fixedly mounted in the central portion of matrix 81 along the vertical direction than the bottom of long supporter 83, the base body 11 of The Cloud Terrace 1 is installed in the upper end of this supporter 83 in the mode that can load and unload.The length dimension of the supporter 83 under the indentation state (minimum length size) is shorter than the length dimension (minimum length size) of the leg body 82 under the indentation state.In addition, constitute the tripod 5 of band cloud platform by The Cloud Terrace 1 and tripod 2.
And, in the use of the tripod 5 of band cloud platform, 3 leg bodies 82 are set at downward-sloping state, The Cloud Terrace 1 is installed in the upper end of supporter 83, materials installed such as camera are installed on the supporting surface 14a of this The Cloud Terrace 1, subject are taken by this material installed.
On the other hand, under the situation about using when carrying the tripod 5 of band cloud platform etc., supporting surface 14a from The Cloud Terrace 1 takes off with material installed, be installed at The Cloud Terrace 1 under the state of supporter 83 upper ends, 3 leg bodies 82 are set at the state of being inclined upwardly, and first operating body 6 is set at vertical state, thereby the tripod 5 of band cloud platform is formed be suitable for the compact condition of carrying or be received in the bag etc.
That is, be installed at the base body 11 of the The Cloud Terrace main body 3 of The Cloud Terrace 1 under the state of upper end of supporter 83 of tripod 2, can make 3 leg bodies 82 of tripod 2 become vertical upwards state.And, 3 leg bodies 82 at tripod become under the state of vertical upwards state, at least a portion of The Cloud Terrace main body 3 (promptly for example the lower portion of The Cloud Terrace main body 3) is between the free end 82a of 3 leg bodies 82, and first operating body 6 and 3 leg bodies 82 dispose abreast.
Below effect of above-mentioned embodiment etc. is described.
Utilize material installed such as camera that subject is taken at the tripod 5 that uses the band cloud platform after, unload material installed, become under the situation of the compact condition that is suitable for carrying at the tripod 5 that makes the band cloud platform, the operator is installed in The Cloud Terrace main body 3 under the state of supporter 83 upper ends of tripod 2, makes the material installed supporter 14 of The Cloud Terrace main body 3 become the normal condition of supporting surface 14a towards the top.
Then, rotate upward with respect to matrix 81, thereby make described 2 leg bodies 82 become vertical upwards state by 2 leg bodies 82 about the rear side in 3 leg bodies 82 that make tripod 2.At this moment, leg body 82 not with interferences such as first operating body 6, second operating body 7 and brace table portion 76, described 2 leg bodies 82 are rotated till becoming vertical upwards state.
Then, tilt rotor 13 and material installed supporter 14 are rotated downwards with respect to waving rotor 12 in the lump, first operating body 6 is become and the parallel vertical state of vertical upwards state leg body 82 down, and a part that makes this first operating body 6 be separated from each other and opposed rear side about the leg body 82 that is in the vertical state that makes progress between.
Then, 1 leg body 82 of remaining front side is rotated upward with respect to matrix 81 and become vertical upwards state.At this moment, leg body 82 not with interferences such as first operating body 6, second operating body 7 and brace table portion 76, this leg body 82 is rotated till it becomes vertical upwards state.
The compact condition of the tripod 5 of this band cloud platform such as Fig. 7 are to shown in Figure 10, under this state, a side of the free end 82a of 1 leg body 82 in 3 leg bodies 82 and the tilt rotor 13 of The Cloud Terrace main body 3 is near dispose (for example butt), other sides of the free end 82a of other leg bodies 82 and the tilt rotor 13 of The Cloud Terrace main body 3 are near disposing (for example butt), and tilt rotor 13 is between the free end 82a of 2 leg bodies 82 about described rear side.In addition, the part of the free end 82a of 1 leg body 82 of front side is inserted in the peristome 28 of tilt rotor 13 of The Cloud Terrace main body 3, and with the outer peripheral face of the chimeric tube portion 21 of waving rotor 12 near dispose (for example butt).
And, according to above-mentioned embodiment, second operating body 7 is positioned at the position directly over first operating body 6, and described first operating body 6 and second operating body 7 are equipped on the middle position of the left and right directions of tilt rotor 13 along the vertical direction side by side in rear view, therefore be installed under the state of supporter 83 upper ends of tripod 2 in The Cloud Terrace main body 3, can make 3 leg bodies 82 of tripod 2 suitably become vertical upwards state, thereby, under the situation about using when carrying The Cloud Terrace 1 etc., the compact condition that the tripod 5 of band cloud platform is become be suitable for carrying etc.
In addition, by second operating body 7 is rotated to a direction, can be with material installed supporter 14 with respect to tilt rotor 13 suitably fixing (i.e. locking), by second operating body 7 is rotated to other direction, can be with the fixing suitably releasing (promptly unlock) of material installed supporter 14 with respect to tilt rotor 13.
And then, removing under the fixing state of material installed supporter 14 with respect to tilt rotor 13, still there is slight elastic deformation in the leading section of four elastic deformation plates 43 and is being pressed against the bearing on the variant part 71 of material installed supporter 14 under the acting force of volute spring 65, therefore, can prevent that after material installed supporter 14 unlocks and then material installed supporter 14 will the situation with respect to tilt rotor 13 unintentional rotation take place under the action of gravity of the materials installed such as camera on the supporting surface 14a, can prevent that material installed from sustaining damage etc.
In addition, The Cloud Terrace 1 also can constitute: rotate upward with respect to matrix 81 after 3 leg bodies 82 become vertical upwards state at 3 leg bodies 82 that for example make tripod 2, make tilt rotor 13 and rotate downwards, thereby make first operating body 6 become the vertical state parallel with the 3 leg bodies 82 under the vertical upwards state with respect to waving rotor 12.
In addition, the force body of second operating body, 7 application of forces also being not limited to volute spring 65, also can be for example leaf spring or elastic caoutchouc cylindraceous etc.
Claims (5)
1. a The Cloud Terrace is characterized in that,
This The Cloud Terrace has:
The The Cloud Terrace main body, it is installed on the tripod;
First operating body, its outstanding being arranged on this The Cloud Terrace main body; And
Second operating body, its outstanding being arranged on the described The Cloud Terrace main body, and be positioned at the top position of described first operating body,
Under described The Cloud Terrace main body is installed in state on the described tripod, can make 3 foot section of described tripod become vertical upwards state.
2. The Cloud Terrace according to claim 1 is characterized in that,
Become in 3 foot section of described tripod under the state of vertical upwards state, at least a portion of The Cloud Terrace main body is between described foot section, and first operating body and described foot section are provided with abreast.
3. The Cloud Terrace according to claim 1 and 2 is characterized in that,
The The Cloud Terrace main body comprises:
Base body, it is installed on the tripod;
Wave rotor, it is being installed on the described base body along the mode that left and right directions rotates;
Tilt rotor, it is installed in described waving on the rotor in the mode that can rotate along the vertical direction; And
The material installed supporter, it is installed on the described tilt rotor in the mode that can rotate along the vertical direction,
First operating body and second operating body are outstanding to be arranged on the described tilt rotor, and configuration side by side along the vertical direction in rear view.
4. The Cloud Terrace according to claim 3 is characterized in that,
Second operating body can rotate with respect to tilt rotor,
By described second operating body is rotated to a direction, the material installed supporter is fixed with respect to described tilt rotor,
By described second operating body is rotated to other direction, the material installed supporter fixedly is disengaged with respect to described tilt rotor.
5. The Cloud Terrace according to claim 4 is characterized in that,
The The Cloud Terrace main body has the force body to the second operating body application of force,
Tilt rotor has the variant part that elastic deformation can take place,
The material installed supporter has the variant part of bearing,
Under the state that fixedly be disengaged of described material installed supporter with respect to described tilt rotor, elastic deformation takes place and by being pressed in described bearing on the variant part in described variant part under the acting force of described force body.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2009-116930 | 2009-05-13 | ||
| JP2009116930A JP5088965B2 (en) | 2009-05-13 | 2009-05-13 | Pan head |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN101887208A true CN101887208A (en) | 2010-11-17 |
| CN101887208B CN101887208B (en) | 2012-08-22 |
Family
ID=43073179
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009101660953A Expired - Fee Related CN101887208B (en) | 2009-05-13 | 2009-08-14 | Cradle head |
Country Status (3)
| Country | Link |
|---|---|
| JP (1) | JP5088965B2 (en) |
| CN (1) | CN101887208B (en) |
| HK (1) | HK1145362A1 (en) |
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|---|---|---|---|---|
| JP3540993B2 (en) * | 2000-08-29 | 2004-07-07 | 日本ベルボン精機工業株式会社 | Head |
| JP3540992B2 (en) * | 2000-08-29 | 2004-07-07 | 日本ベルボン精機工業株式会社 | Head |
| ITPD20040005A1 (en) * | 2004-01-16 | 2004-04-16 | Lino Manfrotto & Co Spa | COMPACT TRIPOD |
| CN100565325C (en) * | 2005-09-20 | 2009-12-02 | 杨永坚 | A kind of camera trivets |
| JP4890284B2 (en) * | 2007-02-02 | 2012-03-07 | 株式会社ライトボーイ | Prop support |
| CN100555057C (en) * | 2007-03-14 | 2009-10-28 | 哈尔滨工程大学 | Automatic levelling and angle modulating tripod |
-
2009
- 2009-05-13 JP JP2009116930A patent/JP5088965B2/en not_active Expired - Fee Related
- 2009-08-14 CN CN2009101660953A patent/CN101887208B/en not_active Expired - Fee Related
-
2010
- 2010-12-16 HK HK10111762.1A patent/HK1145362A1/en not_active IP Right Cessation
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104106005A (en) * | 2012-02-10 | 2014-10-15 | 林诺曼弗罗托股份有限公司 | A system for mounting video/photographic equipment on a support head |
| CN104106005B (en) * | 2012-02-10 | 2017-03-01 | 林诺曼弗罗托股份有限公司 | For the system being arranged on shooting/photographic equipment on supporting head |
| CN105122132A (en) * | 2013-04-18 | 2015-12-02 | 伟如宝株式会社 | Support device |
| EP2945015A4 (en) * | 2014-01-22 | 2016-03-09 | Velbon Kk | Supporting apparatus |
| CN104730811A (en) * | 2015-04-13 | 2015-06-24 | 成都科美光电科技有限公司 | Waterproof type night vision instrument eliminating fluctuation interference |
| CN104730810A (en) * | 2015-04-13 | 2015-06-24 | 成都科美光电科技有限公司 | Waterproof type night using photographic device |
| CN104730812A (en) * | 2015-04-13 | 2015-06-24 | 成都科美光电科技有限公司 | Eyecare type night using photographic device |
| CN104730812B (en) * | 2015-04-13 | 2017-11-21 | 成都科美光电科技有限公司 | A kind of eye-protecting type ight camera device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN101887208B (en) | 2012-08-22 |
| JP5088965B2 (en) | 2012-12-05 |
| JP2010266612A (en) | 2010-11-25 |
| HK1145362A1 (en) | 2011-04-15 |
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