TWM459069U - Chip-proof vice - Google Patents

Description

Anti-chip vise

This creation is about an anti-dusting vise, especially an innovative designer who can greatly improve the convenience of installing anti-flap panels and increase assembly efficiency.

When the workpiece is processed, the workpiece is often clamped by the vise to make the workpiece obtain a stable position, which can avoid vibration or flying out during processing. In view of the fact that the chips generated during the processing of the workpiece are easily dropped and deposited. In the vise, which affects the smoothness of the vise action, the industry has developed a vise with anti-dusting function, which can prevent the chip from falling and deposited in the vise, and the author wants to explore Know the structure of this vise to break through the improvement.

In the above-mentioned conventional vise, for example, the applicant has previously proposed Taiwan Patent No. M256258, which is mainly used for integrally forming a guiding block at the lower edge of the movable squat, and between the movable raft and the guiding block. The recessed pattern defines a recessed groove and cooperates with the anti-flap plate having the groove to be bolted to the recessed groove so that the movable jaw can be moved to the workpiece for processing, and the chip can be prevented by the chip In order to prevent the chips from falling into the fixed base of the vise, the conventional vise can achieve the purpose of anti-dusting. However, in terms of the assembly surface, the personnel must first use the anti-chip board when installing the anti-chip board. Steering so that the long side and the wide side of the slot correspond to the guiding block, so that the chip preventing board can pass through the movable blocking block, and then the chip board is turned again to make the long and wide side of the slot can be locked. The recessed groove is used to complete the installation operation, but since each of the chip-preventing plates is required to be repeated, the assembly time is not only required, but also the assembly convenience is greatly improved. Discount, and when the active block is fitted to the screw, it is no longer possible to add or remove the chip. After the action 颚 is removed from the screw, the above-mentioned chip board installation action can be changed to prevent chipping. The number of plates, which in turn causes great inconvenience in assembly.

The reason is that the creators have been dealing with the problems of the above-mentioned conventional structure, and have been engaged in the manufacturing development and design experience of related products for many years. After detailed design and prudent evaluation, they have finally achieved a practical and practical creation.

The problems to be solved by this creative work are mainly to improve the breakthroughs in the problems and shortcomings of the conventional vise anti-dust structure assembly, in order to develop and create a new type of vise with more ideal and practicality; The technical feature of the problem is mainly that the anti-dandruff vise includes a fixed base, and defines an installation surface in an extended seat shape and communicates with a guiding groove formed below the mounting surface. Presetting a drive screw; the bearing portion is formed at a predetermined position of the fixed base; a fixed jaw is disposed at one end of the fixed base in a predetermined block shape; and the movable portion is in a two-piece combination type The 颚 assembly, the movable 颚 assembly includes a socket, sleeved on the transmission screw, and movable along the axial displacement of the transmission screw; and a movable 颚, in a detachable group state group, rests above the socket The bottom of the movable raft is supported by the mounting surface of the fixed base, so that when the driving screw rotates, the bearing seat can be displaced along the driving screw and moved in the guiding groove, thereby interlocking the movable 颚 to be close to Or away from fixing For the tightening or loosening action; the plurality of anti-fouling plates are in the shape of a long plate, and each of the anti-flap plates is formed with a frame groove of a predetermined length and width, and when the anti-chip plates are arranged, the frame is firstly passed through the frame groove. The sleeve is placed on the bearing of the movable cymbal assembly and stacked on the abutment of the fixed base; thereby, the innovative structural design enables the creation of the stencil to be transmitted through the assembly. The frame groove is sleeved on the bearing seat of the movable jaw assembly, and the anti-chip plates are stacked on the bearing base of the fixed base When the active raft group is placed above the socket, the stacking state of each chipboard can be limited to complete the installation operation, thereby improving the disadvantages such as the complicated operation and inconvenience of the conventional chipboard. It has achieved many practical benefits such as greatly improving assembly convenience, increasing assembly efficiency, and saving time and reducing labor burden.

[this creation]

05‧‧‧Anti-chip vise

10‧‧‧Fixed base

11‧‧‧Installation

12‧‧‧Guide

13‧‧‧Drive screw

20‧‧‧Responsible Department

30‧‧‧fixed

40‧‧‧Active 颚 component

41‧‧‧Hosting

42‧‧‧Events

43‧‧‧Installation space

44‧‧‧Assembly Department

45‧‧‧ oblique guide

50‧‧‧Fracking board

51‧‧‧ box slot

60‧‧‧ Limit margin

Figure 1 is an exploded perspective view of the creation.

Figure 2 is a perspective view of the assembly activity of the creation activity.

Figure 3 is a schematic diagram of the creation action.

Figure 4 is a cross-sectional view of the creation.

Figure 5 is a cross-sectional view of another perspective of the present creation.

Figure 6 is a partial enlarged view of the creation.

Please refer to Figures 1 through 5 for a preferred embodiment of the present invention. However, these embodiments are for illustrative purposes only and are not limited by this structure in the patent application. The anti-chip vise 05 includes a fixed base 10 defined in an extended seat shape to define a mounting surface 11 and a guiding slot 12 extending under the mounting surface 11 , the guiding slot 12 The drive screw 13 is preset with a drive source or a handle (the surface is not shown, the drive source can be a motor, etc.), so as to provide the transmission force of the drive screw 13; The base portion 20 is formed at a predetermined position of the fixed base 10; the original bearing portion 20 is formed in a space relative to the mounting surface 11 in the guide groove 12 of the fixed base 10 in a spaced apart relative block shape. a fixed 颚 30, disposed at one end of the fixed base 10 in a predetermined block shape; The movable cymbal assembly 40 is a two-piece combination type, and the movable cymbal assembly 40 includes a receiving seat 41 that is sleeved on the driving screw 13 and can be displaced along the axial displacement of the driving screw 13; An active raft 42 is disposed above the receiving seat 41 in a detachable group state. The bottom of the movable raft 42 bears against the mounting surface 11 of the fixed base 10, and the yoke is configured to rotate when the driving screw 13 rotates. The seat 41 can be displaced along the driving screw 13 and displaced in the guiding groove 12, so that the movable cymbal 42 can be pressed or loosened close to or away from the fixed cymbal 30; the plurality of chip preventing plates 50 are long plates Each of the chip guards 50 is formed with a frame slot 51 having a predetermined length and width. When the chip guards 50 are disposed, the frame plates 51 are firstly sleeved on the sockets 41 of the movable jaw assembly 40. And stacked on the bearing portion 20 of the fixed base 10; in the specific implementation of the present invention, please refer to the figures 2, 4, and 5, wherein the movable raft 42 of the movable raft assembly 40 is defined by a hollow type. There is a mounting space 43; and wherein the mounting portion 41 is formed with a predetermined portion of the mounting portion 44, and the mounting portion 4 is 4, in conjunction with the installation space 43, an inclined guide surface 45 is formed at the alignment, so that when the movable cymbal 42 is placed against the socket 41, the movable cymbal 42 can be guided by the inclined guide surface 45. The assembly part 44 is disposed above the mounting base 41 and the assembly portion 44 is located in the installation space 43. The above-mentioned structural design requires the personnel to assemble the anti-flap plate 50 through the frame groove 51 to the movable cymbal assembly 40 during assembly. The seat 41 is placed, and the chip guards 50 are placed on the bearing portion 20 of the fixed base 10. At this time, the mounting portion 44 of the socket 41 protrudes from the frame groove 51 of the chip guard plate 50, and the utilization activity is repeated. The inclined guide surface 45 formed by the cymbal 42 and the receiving base 41 enables the movable cymbal 42 to be mounted on the upper side of the receiving base 41 by the guiding of the inclined guiding surface 45, so that the anti-chipboard 50 is provided. The stacked state can obtain the limit position to complete the installation action, and when the person needs to assemble the anti-chip board or clean the inside of the anti-chip vise 05, the movable shovel 42 can be taken out and detached from the mounting seat 41, that is, the operation can be performed. Stacking or taking out the assembly action of the chip guard 50, or performing the action of cleaning the anti-chip vise 05, thereby greatly increasing the group The convenience of loading and cleaning, therefore, compared with the conventional knowledge, this creation can improve the inconvenience of the conventional anti-chip board installation and the disadvantages of adding and removing the anti-flap board, and further improve the assembly. Convenience, increased assembly efficiency, and many practical benefits such as saving time and reducing manpower.

As shown in the second and sixth embodiments, the retaining portion 20 of the fixed base 10 is formed with a predetermined shape of the limiting edge portion 60, and the limiting edge portion 60 can be stacked on each of the chip preventing plates 50. At the bottom of the bearing portion 20, at least two chip guards 50 stacked on the bottommost portion (the original drawing surface is exemplified by the two chip guards 50) are located between the bearing portion 20 and the limiting edge portion 60. To prevent loosening between the chip guards 50.

Efficacy Description: The fact that the creative effect is enhanced is as follows: The "anti-chip vise" disclosed in this creation is mainly composed of a fixed base, a fixed cymbal, a two-piece combination type movable cymbal assembly, and a plurality of anti-chip plates. The unique and innovative design makes this creation, in contrast to the prior art, so that when the personnel use the anti-chip board during assembly, it is only necessary to set the frame grooves of each chip-preventing plate to the bearing seat of the movable jaw assembly, and The chip-preventing plate is stacked on the bearing portion formed by the fixed base, and when the movable cymbal group is placed above the bearing seat, the overlapping state of each chip-preventing plate can be limited to complete the installation action, thereby The assembly operation is simplified to the simplest, so as to improve the drawbacks such as the inconvenience of the conventional anti-friction plate installation, and further improve the assembly convenience, increase the assembly efficiency, and save time and reduce the manpower burden and many practical advancements.

The disclosures of the above embodiments are used to specifically explain the present creation, and although the descriptions are made through specific terms, the scope of patents of the novel creation cannot be limited thereby; those skilled in the art can understand the spirit of the creation. Changes and modifications are made to the equivalent purpose, and such changes and modifications are to be included in the scope defined by the scope of the patent application as described later.

05‧‧‧Anti-chip vise

10‧‧‧Fixed base

11‧‧‧Installation

12‧‧‧Guide

13‧‧‧Drive screw

20‧‧‧Responsible Department

30‧‧‧fixed

40‧‧‧Active 颚 component

41‧‧‧Hosting

42‧‧‧Events

43‧‧‧Installation space

44‧‧‧Assembly Department

45‧‧‧ oblique guide

50‧‧‧Fracking board

51‧‧‧ box slot

60‧‧‧ Limit margin

Claims (3)

The utility model relates to a chip-proof vise, comprising: a fixed base defined in an extended seat shape to define a mounting surface and a guiding slot formed under the mounting surface, wherein the guiding slot is preset with a driving screw; a bearing portion formed at a predetermined position of the fixed base; a fixed jaw disposed at one end of the fixed base in a predetermined block shape; and a movable jaw assembly in a two-piece combination type, the movable jaw The component system comprises: a socket, sleeved on the transmission screw, and capable of acting along an axial displacement of the transmission screw; and a movable jaw, the detachable group is disposed above the socket, the movable bottom Relying on the mounting surface of the fixed base, when the driving screw rotates, the bearing seat can be displaced along the driving screw and in the guiding groove, thereby interlocking the movable 颚 to be close to or away from the fixed 颚For tightening or loosening action; a plurality of anti-fouling plates are formed in a long plate shape, and each chip-preventing plate is formed with a frame groove of a predetermined length and width, and when the anti-chip plates are arranged, the frame is firstly passed through the frame sleeve Located in the mounting base of the movable cymbal assembly and stacked on the fixed base The supporting portion; whereby, when the movable jaw against the above group bearing housing seat, preventing even chips each have a stacked state can be obtained of the stopper plate mounting operation is completed, so as to improve the convenience of plate means fortification debris. The chip protector of claim 1, wherein the retaining portion of the fixed base is formed with a predetermined type of limiting edge portion, and the limiting edge portion can be stacked on each of the anti-chip plates. When the part is at the top, at least two chip guards stacked on the bottommost portion are limited between the bearing portion and the limiting edge portion. The anti-dandruff vise according to claim 1 or 2, wherein the movable crucible of the movable crucible assembly is defined by a hollow type to define an installation space; and wherein the top of the socket is formed with a predetermined pattern The assembly portion is formed such that the assembly portion and the installation space cooperate with the oblique guide surface to form an active guide group, and the movable guide group is guided by the inclined guide surface to make the activity 颚It can be placed above the socket and the assembly part is located in the installation space.