CN218857133U

CN218857133U - A push down post system for medical filter core granule stamping device

Info

Publication number: CN218857133U
Application number: CN202222611146.2U
Authority: CN
Inventors: 郝园园
Original assignee: Luoyang Musen New Material Co ltd
Current assignee: Luoyang Musen New Material Co ltd
Priority date: 2022-09-30
Filing date: 2022-09-30
Publication date: 2023-04-14
Anticipated expiration: 2032-09-30

Abstract

A lower pressing column system for a medical filter element particle stamping device comprises a rectangular platform and a plurality of lower pressing columns arranged on the platform, wherein the lower pressing columns are fixed on the platform through a locking assembly; a plurality of sliding grooves are formed in the platform; the locking assembly comprises a first semi-arc-shaped conical ring and a second semi-arc-shaped conical ring which are arranged in the sliding groove, the first semi-arc-shaped conical ring is fixed on the platform, and a sliding block which is in sliding fit with the sliding groove is arranged on the second semi-arc-shaped conical ring; the end part of the platform is in threaded connection with a first compression bolt, and the small end of the first compression bolt extends into the sliding groove and is in butt fit with the corresponding sliding block; a bolt frame is arranged in the middle of the platform, and a second compression bolt is screwed on the bolt frame; the second compression bolt is rotatably connected with a conical extrusion block, and the conical extrusion block moves downwards along with the rotation of the second compression bolt, extends into the sliding groove and extrudes and pushes the corresponding sliding block. The utility model discloses can convenient to detach and installation push down the post, save the time of dismantling and installing the push down post, can be suitable for the installation of the push down post of multiple specification.

Description

A push down post system for medical filter core granule stamping device

Technical Field

The utility model relates to a punching machine equipment technical field, specific a push down post system for medical filter core granule stamping device that says so.

Background

In the prior art, a punching machine is generally used for punching a plate material, so that medical filter element particles are obtained. The drill bit positioned below the plate impacts the plate in the production process of the medical filter element particles, and the medical filter element particles fall into the collecting box from the pore channel in the drill bit. When the drill bit strikes panel, through rotating the compression leg that sets up on the mounting panel and tightly supporting on panel, the compression leg can prevent that panel from jack-up under the drill bit by supreme impact down.

In the prior art, the periphery of the upper end of the compression leg is provided with external threads which are matched with threaded holes arranged on the mounting plate in a threaded manner so as to fix the compression leg on the mounting plate. Along with the increase of live time, the bottom of compression leg can produce wearing and tearing, because the wearing and tearing degree of compression leg bottom is indefinite, leads to the length between each compression leg to differ, and the compression leg that length is different to the tight degree of supporting of each face of panel, leads to can be with partial panel jack-up when follow-up drill bit strikes panel for the drill bit can not strike panel and obtain medical filter core granule completely, need dismantle the compression leg from the mounting panel in order not to influence the normal use of compression leg. However, it takes a certain time to screw or install the pressing columns one by one from the installation plate, and the installation plate can only be used for installing the pressing columns of one specification, and is not suitable for installing the pressing columns of multiple specifications.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing a column system pushes down for medical filter core granule stamping device can the convenient to detach with install the column of pushing down, saved the time of dismantling and installing the column of pushing down to be applicable to the installation of the column of pushing down of multiple specification.

In order to solve the technical problem, the utility model discloses a concrete scheme be a column system pushes down for medical filter core granule stamping device: the device comprises a rectangular platform and a plurality of lower pressing columns which are uniformly arranged on the platform at intervals, wherein the lower pressing columns are arranged on the platform in a sliding manner and are fixed on the platform through locking components;

a plurality of sliding grooves for the matched installation of the lower pressing columns are formed in the platform along the length direction of the platform; the locking assembly comprises a first semi-arc-shaped conical ring and a second semi-arc-shaped conical ring, wherein the first semi-arc-shaped conical ring and the second semi-arc-shaped conical ring are arranged in the sliding groove and are distributed oppositely at two arc openings;

the end part of the platform is in threaded connection with a first compression bolt, and the small end of the first compression bolt extends into the sliding chute and is in butt fit with a corresponding sliding block, so that the sliding block is pushed along with the extension of the first compression bolt to drive the second semi-arc-shaped conical ring to move towards the corresponding first semi-arc-shaped conical ring to lock the lower pressing column;

a bolt frame is arranged in the middle of the platform, and a plurality of second compression bolts which are vertically distributed are screwed on the bolt frame; the end part of the second compression bolt is rotatably connected with a conical extrusion block, the conical extrusion block moves downwards along with the rotation of the second compression bolt to extend into the sliding groove and extrude and push the corresponding sliding block, so that the sliding block drives the corresponding second semi-arc-shaped conical ring to move towards the corresponding first semi-arc-shaped conical ring to lock the lower compression column.

As the utility model relates to a further optimization of post system pushes down for medical filter core granule stamping device: the upper ends of the first half-arc-shaped conical ring and the second half-arc-shaped conical ring which are positioned on the upper edge of the platform are provided with positioning flanges.

As the utility model relates to a further optimization of post system pushes down for medical filter core granule stamping device: the closed section of the first semi-arc-shaped conical ring and the second semi-arc-shaped conical ring is T-shaped.

As the utility model relates to a further optimization of post system pushes down for medical filter core granule stamping device: the side surface of the sliding block on the second semi-arc-shaped conical ring positioned in the middle of the platform is a conical surface which is in extrusion fit with the corresponding conical extrusion block.

As the utility model relates to a further optimization of post system pushes down for medical filter core granule stamping device: the number of the lower compression posts is eight, two ends of the platform are respectively provided with two, and the other four lower compression posts are positioned in the middle of the platform and communicated with two sliding grooves which are positioned in the middle of the platform and distributed along the length direction of the platform.

As the utility model relates to a further optimization of post system pushes down for medical filter core granule stamping device: the bolt frame is in a reversed inverted Chinese character 'shan' shape and is positioned between every two sliding grooves which are communicated with each other in the middle of the platform.

Advantageous effects

The utility model discloses in can promote first slider through rotating first clamp bolt and drive the half arc taper ring of second and remove and will push down compression leg locking towards the first half arc taper ring of orientation. And moreover, the second compression bolt can be rotated to push the conical extrusion block to move downwards, the downwards-moving conical extrusion block simultaneously pushes the sliding blocks on two sides to move, and the sliding blocks drive the corresponding second half-arc-shaped conical rings to simultaneously move towards the corresponding first half-arc-shaped conical rings and simultaneously lock the lower pressing column, so that the time for disassembling and assembling the lower pressing column is saved. The half arc awl of second slides and sets up the push down post that can lock different specifications in the spout for stamping device can be applicable to the installation of the push down post of multiple specification.

Drawings

FIG. 1 is a schematic view of the main structure of the lock assembly with the hold-down post installed therein;

FIG. 2 is a pictorial view of the locking assembly locking the lower compression leg;

reference numerals: 1. the device comprises a first compression bolt, a second compression bolt, a platform, a sliding groove, a sliding block, a second half-arc-shaped conical ring, a first half-arc-shaped conical ring, a conical extrusion block, a bolt frame, a second compression bolt, a first compression bolt, a second compression bolt and a lower compression column.

Detailed Description

As shown in fig. 1 and fig. 2, the utility model discloses a lower compression leg system for medical filter core granule stamping device, including the platform 2 of rectangle, the platform 2 goes up to slide and is provided with along eight lower compression legs 10 of vertical distribution and is used for locking the locking Assembly of lower compression leg 10 on platform 2.

Evenly spaced apart on the platform 2 is equipped with the spout 3 that supplies eight compression leg 10 cooperation installations, and spout 3 all distributes along the length direction of platform 2. Every four spout 3 are one, and eight spout 3 are two lines, and two lines of spout 3 all distribute along the length direction of platform 2. Wherein four spout 3 are located the left and right both ends of platform 2 respectively, and four other spout 3 are located platform 2 middle part, and lie in the platform 2 middle part along the mutual intercommunication between two adjacent spout 3 of platform 2's length direction distribution.

Locking Assembly is including fixed first half arc taper ring 6, the half arc taper ring 5 of second that sets up in spout 3, and two arcs of first half arc taper ring 6 and the half arc taper ring 5 of second mouth relative distribution, and the cross-section after first half arc taper ring 6 and the half arc taper ring 5 of second are closed is T shape. The peripheries of the upper ends of the first semi-arc-shaped conical ring 6 and the second semi-arc-shaped conical ring 5 are provided with positioning flanges distributed towards the opposite outer sides. Wherein first half arc taper ring 6 upper end is fixed and is followed on platform 2, be provided with on the second half arc taper ring 5 with 3 sliding fit's of spout slider 4, slider 4 is fixed in the one side of the second half arc taper ring 5 of keeping away from first half arc taper ring 6, so that second half arc taper ring 5 along with slider 4 removal in spout 3 and control and first half arc taper ring 6 closure or separation, thereby control is loosened or is locked and is located the lower compression column 10 of the correspondence between first half arc taper ring 6 and second half arc taper ring 5, thereby make first half arc taper ring 6 and second half arc taper ring 5 can be suitable for the installation of the lower compression column 10 of different specifications.

Two first compression bolts 1 are respectively screwed on the side edges of the left end and the right end of the platform 2, the first compression bolts 1 are distributed along the horizontal direction, the small ends of the first compression bolts 1 respectively extend into the corresponding sliding grooves 3, and the small ends of the first compression bolts 1 are abutted against the outer side surfaces of the corresponding sliding blocks 4. Along with the twisting of the first compression bolt 1, the first compression bolt 1 pushes the sliding block 4 to slide in the corresponding sliding groove 3, and meanwhile, the sliding block 4 moves to drive the second half arc-shaped conical ring 5 to move towards the corresponding first half arc-shaped conical ring 6 so as to close and lock the corresponding lower pressing column 10, so that the locking and fixing of the lower pressing column 10 are realized.

The middle part of the platform 2 is provided with a bolt frame 8 along the width direction of the platform 2, and the bolt frame 8 is in a reversed Chinese character 'shan'. The bolt frame 8 is erected between the two groups of mutually communicated sliding grooves 3, two grooves in the inverted V-shaped bolt frame 8 correspond to the two mutually communicated sliding grooves 3 respectively, and the grooves in the bolt frame 8 are mutually communicated with the corresponding through grooves.

Two second compression bolts 9 which are vertically distributed are screwed on the bolt frame 8, and the small ends of the two second compression bolts 9 which penetrate through the bolt frame 8 are respectively connected with a conical extrusion block 7 in a rotating way. The conical extrusion blocks 7 are positioned in the two corresponding communicated sliding chutes 3 and are respectively positioned between the two sliding blocks 4 in the communicated sliding chutes 3, and the side surfaces of the sliding blocks 4 positioned at the two sides of the conical extrusion blocks 7 are conical surfaces in extrusion fit with the conical extrusion blocks 7. The conical extrusion blocks 7 move downwards along with the rotation of the second compression bolts 9 and extend into the sliding grooves 3, and extrude and push the sliding blocks 4 at two sides, so that the sliding blocks 4 drive the corresponding second semi-arc-shaped conical rings 5 to move towards the corresponding first semi-arc-shaped conical rings 6 to lock the lower compression columns 10.

The conical extrusion block 7 moves up or down along with the rotation of the second compression bolt 9, when the conical extrusion block 7 moves down, the conical extrusion block 7 moves down along with the rotation of the second compression bolt 9 and extends into the sliding groove 3, and meanwhile, the sliding blocks 4 on the two corresponding sides are extruded and pushed to move. The slider 4 that is located toper extrusion 7 both sides removes towards opposite direction, and the removal of slider 4 can drive the second half arc taper ring 5 that corresponds and remove towards the direction of first half arc taper ring 6, along with second half arc taper ring 5 with correspond first half arc taper ring 6 closed and lock the corresponding post 10 that pushes down, simultaneously with the post 10 locking fixation that pushes down of 8 both sides of bolt frame on platform 2, can save the time of dismantling or installing and pushing down post 10.

When the conical extrusion block 7 moves upwards, the extrusion acting force on the sliding blocks 4 on the two sides is gradually reduced, the sliding blocks 4 on the two sides can slide in the sliding grooves 3, the sliding blocks 4 on the two sides of the conical extrusion block 7 are pushed, and the corresponding second half-arc-shaped conical rings 5 are driven to move towards the direction far away from the corresponding first half-arc-shaped conical rings 6. The second semi-arc-shaped conical ring 5 loses the locking of the corresponding lower pressing column 10 along with the movement of the sliding block 4, so that the lower pressing columns 10 with worn bottoms can be conveniently taken down for uniform flat cutting, the lower end parts of the lower pressing columns 10 are ensured to be positioned on the same horizontal plane, the uniform compression of the plate is realized, the plate pressed by the lower pressing columns 10 can be conveniently stamped by a subsequent stamping drill, and the quality of particles stamped by the stamping drill can meet the requirement.

The specific implementation manner of the utility model is as follows: when the lower compression columns 10 need to be installed, firstly, a worker respectively screws the first compression bolts 1 clockwise, the first compression bolts 1 extend into the corresponding sliding grooves 3, and the second half-arc-shaped conical rings 5 corresponding to the first compression bolts 1 are abutted and pushed to move towards the corresponding first half-arc-shaped conical rings 6 along with the rotation of the first compression bolts 1, so that the lower compression columns 10 at the two end parts of the platform 2 are locked and fixed on the platform 2. Then, the worker respectively rotates the second pressing bolts 9 clockwise, the pushing extrusion block 7 corresponding to the rotation of the second pressing bolts 9 moves downwards, the pushing extrusion block 7 moves downwards to extrude the sliding blocks 4 on two sides, the sliding blocks 4 on two sides respectively drive the corresponding second semi-arc-shaped conical rings 5 to move towards the corresponding first semi-arc-shaped conical rings 6, and therefore the lower pressing column 10 located in the middle of the platform 2 is locked and fixed on the platform 2.

When the lower compression leg 10 needs to be detached, firstly, a worker screws the first compression bolts 1 counterclockwise respectively, and the first compression bolts 1 are far away from the corresponding slide blocks 4. Pushing the corresponding second semi-arc-shaped conical ring 5 to move towards the direction far away from the first semi-arc-shaped conical ring 6, and taking down the lower compression leg 10. Then, the worker screws the second pressing bolts 9 counterclockwise, respectively, and the tapered squeezing blocks 7 move upward in accordance with the rotation of the second pressing bolts 9. The sliding blocks 4 on two sides of the bolt frame 8 are pushed to drive the second half-arc-shaped conical ring 5 to move towards the direction far away from the corresponding first half-arc-shaped conical ring 6, at the moment, the lower pressing columns 10 on two sides of the conical extrusion block 7 can be detached simultaneously, and the lower end portions of the lower pressing columns 10 are cut flatly in a unified mode.

Claims

1. The utility model provides a press down post system for medical filter core granule stamping device, includes platform (2) and the even interval of rectangle sets up a plurality of press down post (10) on platform (2), its characterized in that: the lower compression leg (10) is arranged on the platform (2) in a sliding manner and is fixed on the platform (2) through a locking assembly;

a plurality of sliding grooves (3) for the matched installation of the lower pressing columns (10) are formed in the platform (2) along the length direction of the platform (2); the locking assembly comprises a first semi-arc-shaped conical ring (6) and a second semi-arc-shaped conical ring (5), wherein two arc openings in the sliding groove (3) are oppositely distributed, the first semi-arc-shaped conical ring (6) is fixed on the platform (2), and one side, far away from the first semi-arc-shaped conical ring (6), of the second semi-arc-shaped conical ring (5) is provided with a sliding block (4) in sliding fit with the sliding groove (3);

a first compression bolt (1) is screwed at the end part of the platform (2), and the small end of the first compression bolt (1) extends into the sliding chute (3) and is in butt fit with a corresponding sliding block (4), so that the sliding block (4) drives the second semi-arc-shaped conical ring (5) to move towards the corresponding first semi-arc-shaped conical ring (6) along with the extension and pushing of the first compression bolt (1) to lock the lower compression column (10);

a bolt frame (8) is arranged in the middle of the platform (2), and a plurality of second compression bolts (9) which are vertically distributed are screwed on the bolt frame (8); the end part of the second compression bolt (9) is rotatably connected with a conical extrusion block (7), the conical extrusion block (7) moves downwards along with the rotation of the second compression bolt (9) to extend into the sliding groove (3) and extrudes and push the corresponding sliding block (4), so that the sliding block (4) drives the corresponding second semi-arc-shaped conical ring (5) to move towards the corresponding first semi-arc-shaped conical ring (6) to lock the lower compression column (10).

2. The hold-down column system for a medical filter cartridge pellet press as claimed in claim 1, wherein: the upper ends of the first half-arc-shaped conical ring (6) and the second half-arc-shaped conical ring (5) which are positioned on the upper edge of the platform (2) are provided with positioning flanges.

3. The hold-down column system for a medical filter cartridge pellet press as claimed in claim 1, wherein: the closed section of the first semi-arc-shaped conical ring (6) and the second semi-arc-shaped conical ring (5) is T-shaped.

4. The hold-down column system for a medical filter cartridge pellet press as claimed in claim 1, wherein: the side surface of the sliding block (4) on the second semi-arc-shaped conical ring (5) positioned in the middle of the platform (2) is a conical surface which is in extrusion fit with the corresponding conical extrusion block (7).

5. The hold-down column system for a medical filter cartridge pellet press as claimed in claim 1, wherein: the number of the lower compression posts (10) is eight, two ends of the platform (2) are respectively provided with two, the other four ends are positioned in the middle of the platform (2), and two sliding grooves (3) which are positioned in the middle of the platform (2) and distributed along the length direction of the platform (2) are communicated.

6. The hold-down column system for a medical filter cartridge pellet press as claimed in claim 5, wherein: the bolt frame (8) is in a reversed V shape, and the bolt frame (8) is positioned between every two communicated sliding chutes (3) in the middle of the platform (2).