CN102371792B

CN102371792B - Pressing assembly of embossed stamp machine

Info

Publication number: CN102371792B
Application number: CN 201010573354
Authority: CN
Inventors: 施旭昇
Original assignee: Sun Same Enterprises Co Ltd
Current assignee: Sun Same Enterprises Co Ltd
Priority date: 2010-08-24
Filing date: 2010-11-29
Publication date: 2013-10-16
Anticipated expiration: 2030-11-29
Also published as: CN102371792A

Abstract

The invention relates to a pressing assembly of an embossed stamp machine. The pressing assembly comprises a base which is used for arranging an embossing unit, a pressing handle which is pivoted on the base, and a pressing member which is pivoted on the base and positioned below the pressing handle and adjacently kept close to the embossing unit, wherein the pressing handle is stressed by a downforce, and through a force moment, the pressing handle drives the pressing member through a first pushing part and a second pushing part of the pressing handle to increase the force for pressing downthe pressing member so that the pressing member presses against the embossing unit; besides, when the down force is reduced, the pressing member moves upwards under a reaction force of the embossing unit, is stopped by a convex part in a buffer slot of the base in the process, consumes the reaction force acting on the pressing member, and lightens the upwards-moving power of a pressure rod at thesame time, so that the embossed stamp machine is more labor-saving and handy in use.

Description

Marking press press assembly

Technical field

The present invention relates to a kind of assembly that presses of marking press, particularly the confession under directions user grips the application of force, makes the assembly that presses that the imprinter unit of marking press impresses.

Background technology

See also shown in Figure 8, existing marking press includes one and presses assembly and an imprinter unit 80, this presses assembly and includes a pedestal 90, these pedestal 90 front ends are provided with a buckling groove 91, and this imprinter unit 80 can be mounted in this buckling groove 91, this imprinter unit 80 includes a patrix 81 and a counterdie 82, this pedestal 90 articulates a pressure handle 92 in the top of this buckling groove 91 with a hinged arm 93, this pressure handle 92 has a first end and a second end, this first end is away from the articulated section of this pressure handle 92 with pedestal 90, the articulated section of contiguous this pressure handle 92 of this second end and pedestal 90, and this second end be provided with one contact with this patrix 81 compress part 94, and this pedestal 90 is provided with a pin 95, and pin 95 can spacing this pressure handle 92.

Wherein, thing to be imprinted (such as paper etc.) can stretch between patrix 81 and the counterdie 82, shown in Fig. 9 A, Fig. 9 B, Fig. 9 C.The user can grip this pedestal 90, first end to this pressure handle 92 applies one first downforce P1, and the distance of this first downforce P1 and hinged arm 93 is the first arm of force D1, in these pressure handle 92 downward turns, this compresses part 94 and screws out together with down reaching outward, and then apply one second downforce P2 in this patrix 81, and the distance of this second downforce P2 and hinged arm 93 is the second arm of force D2, the first downforce P1 is identical with the moment that the second downforce P2 produces, this patrix 81 is subject to this second downforce P2, can compress part 94 to this and apply a reaction force, this pressure handle is subject to the moment of reaction force, so that 92 couples of users' of pressure handle hand applies thrust on one, wherein, upper thrust is big or small identical with the first downforce P1's.

In said structure, the user utilizes pressure handle 92 to press to push away this patrix 81 and moves towards this counterdie 82, and then clamp thing to be imprinted, the user need to apply great strength and just can impress thing in wish and extrude solid grain, the patrix 81 of this imprinter unit 80 can compress part 94 to this and apply reaction force simultaneously, thus ejection this compress part 94 with moving pressure handle 92, the lifting force that the hand that relatively causes the user to grip this marking press can be subject to is very large.So the design that presses assembly of existing marking press need to apply and presses down greatly strength and just can allow the impression vestige obvious, and it is larger to press down strength, the reaction force that the user is subject to pressing assembly is also larger, causes operation to use not smoothly.

Summary of the invention

The technical problem to be solved in the present invention is: a kind of assembly that presses of marking press is provided, and what it can improve existing marking press presses assembly on operation is used, and allows the user bear large reaction force and causes using not smoothly.

The technical scheme that solves the problems of the technologies described above of the present invention is: the assembly that presses that a kind of marking press is provided, wherein, the assembly that presses of this marking press includes a pedestal, this pedestal front end is provided with a buckling groove, this buckling groove top is interval with two boards, this two board is provided with symmetrical pivoted hole, chute and dashpot, is provided with protuberance in the dashpot; One pressure handle stretches into pivoted hole and is articulated on the pedestal with a hinged arm, and has the first ejection part and the second ejection part that the interval arranges, contiguous this hinged arm of this first ejection part, the dashpot of the contiguous pedestal of the second ejection part; And one compress part, this compresses part and is mounted on this pedestal and is positioned at this pressure handle below, this compresses part and includes one and have the framework of displacement slot, this framework is provided with a slide bar, should be connected and be located at the first ejection part of pressure handle the chute of this pedestal, and this framework is provided with the pressure section, and the buffer bar that is pivoted, this buffer bar stretches into the dashpot of pedestal and the displacement slot of framework, promotes to compress the buffer bar of part by the second ejection part of pressure handle, makes its buffer bar in the dashpot intrinsic displacement.

Pressing in the assembly of above-mentioned marking press, preferably, the contiguous pivoted hole of the chute of this pedestal, and between pivoted hole and dashpot.

Pressing in the assembly of above-mentioned marking press, preferably, the dashpot of this pedestal is a deep-slotted chip breaker, and this displacement slot that compresses part is an elongated slot.

Pressing in the assembly of above-mentioned marking press, preferably, this pedestal is provided with symmetrical locating slot in this two board, and a positioning rod can be located between the locating slot of described symmetry movably, and this pressure handle is on the second ejection part and form one and can collude the hook part of holding backstay.

Pressing in the assembly of above-mentioned marking press, preferably, this pedestal is provided with symmetrical locating slot in this two board, and a positioning rod can be located between the locating slot of described symmetry movably, and this pressure handle forms one on the second ejection part can collude the hook part of holding backstay.

Pressing in the assembly of above-mentioned marking press, preferably, the two side ends of this hinged arm, slide bar and buffer bar is equipped with a C type catch.

Pressing in the assembly of above-mentioned marking press, preferably, the middle section of this hinged arm, slide bar and buffer bar is all blocked and is established a spacing button, and spacing button bit is between two boards of pedestal.

Advantage of the present invention (useful technique effect) is: this marking press press the design that assembly utilizes this first ejection part and the second ejection part, can increase the strength that presses down that this compresses part, therefore the user can be in the situation that reduce applied force amount when using, just can reach good compacting steel seal effect, so the pressing assembly and can reach the labour-saving effect of using of this marking press; Simultaneously, the downforce that the user applies reduces, and the reaction force that the user is subject to reduces; In addition, this buffer bar that compresses part slides in dashpot, is subject to the backstop of this pedestal protuberance and has consumed this compressing the reaction force that part is subject to, and then reduced the power that part puts on depression bar that compresses, alleviated simultaneously the power that depression bar puts on the user, made this marking press in the use more smoothly.

Description of drawings

Fig. 1 is the perspective exploded view that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 2 is the solid combination schematic diagram that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 3 is the perspective exploded view that assembly cooperates another specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 4 is the solid combination schematic diagram that assembly cooperates another specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 5 is the combination side-looking generalized section of another specific embodiment that presses assembly of marking press of the present invention.

Fig. 6 A is the schematic side view of not pressed status that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 6 B is the schematic side view of the process that presses down that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 6 C is the schematic side view of complete pressed status that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 6 D is the stressed schematic diagram of pressure handle that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 7 A is the schematic side view of not reset mode that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 7 B is the schematic side view of reseting procedure that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 7 C is the schematic side view of complete reset mode that assembly cooperates a specific embodiment of imprinter unit that presses of marking press of the present invention.

Fig. 8 is the solid combination schematic diagram that assembly cooperates imprinter unit that presses of known marking press.

Fig. 9 A is the schematic side view that assembly cooperates the not pressed status of imprinter unit that presses of known marking press.

Fig. 9 B is the schematic side view that assembly cooperates the complete pressed status of imprinter unit that presses of known marking press.

Fig. 9 C is the stressed schematic diagram of pressure handle that assembly cooperates imprinter unit that presses of known marking press.

[drawing reference numeral explanation]

10 pedestals, 11 buckling grooves

12 boards, 13 pivoted holes

14 chutes, 15 dashpots

16 protuberances, 17 locating slots

18 backstays, 20 imprinter unit

21 patrixes, 22 counterdies

30 pressure handles, 31 hinged arms

32 first ejection parts, 33 second ejection parts

34 hook parts 40 compress part

41 frameworks, 42 displacement slots

43 slide bars, 44 pressure sections

45 buffer bars, 46 C type catch

47 spacing button 48 packing rings

80 imprinter unit, 81 patrixes

82 counterdies, 90 pedestals

91 buckling grooves, 92 depression bars

93 hinged arms 94 compress part

95 pins

P1 the first downforce P2 the second downforce

P3 the 3rd downforce D1 first arm of force

D2 second arm of force.

The specific embodiment

With the following drawings and preferred embodiments of the present invention, further set forth the present invention and reach the technological means that predetermined goal of the invention is taked.

See also Fig. 1 to Fig. 5, several specific embodiments that press assembly for marking press of the present invention, it includes a pedestal 10, a pressure handle 30 and compresses part 40, further can provide 20 groups of imprinter unit to establish and form a marking press, wherein, this imprinter unit 20 includes a patrix 21 and a counterdie 22.

The front end of this pedestal 10 is provided with a buckling groove 11, this buckling groove 11 can be established for 20 groups of imprinter unit, and these buckling groove 11 tops are interval with two boards 12, this two board 12 is provided with symmetrical pivoted hole 13, chute 14 and dashpot 15, the chute 14 contiguous pivoted holes 13 of this pedestal 10, and between pivoted hole 13 and dashpot 15.In the specific embodiment of the invention, the dashpot 15 of this pedestal 10 is a deep-slotted chip breaker, and this dashpot 15 is provided with protuberance 16.In addition, this pedestal 10 further is provided with symmetrical locating slot 17 in this two board 12, and provides a positioning rod 18 to be located at movably 17 of this two locating slots.

This pressure handle 30 stretches into the pivoted hole 13 of this pedestal 10 with a hinged arm 31 and is articulated on the pedestal 10, have the first ejection part 32 and the second ejection part 33 that the interval arranges on this pressure handle 30, the dashpot 15 of these the first ejection part 32 contiguous these hinged arm 31, the second ejection parts 33 contiguous pedestals 10.In the specific embodiment of the invention, this pressure handle 30 forms one on this second ejection part 33 can collude the hook part 34 of holding backstay 18.

This compresses part 40 and is mounted on this pedestal 10 and is positioned at this pressure handle 30 belows.This compresses part 40 and includes one and have the framework 41 of displacement slot 42, this framework 41 is provided with a slide bar 43, this slide bar 43 and the first ejection part 32 of pressure handle 30 are connected and are located at the chute 14 of this pedestal 10, this framework 41 is provided with the pressure section 44 of this patrix 21 of a butt, and the buffer bar 45 that is pivoted, this buffer bar 45 stretches into the dashpot 15 of pedestal 10 and the displacement slot 42 of framework 41, this buffer bar 45 cooperates the second ejection part 33 of pressure handle 30 and the buffer bar 45 of pedestal 10 protuberances 16, and this displacement slot 42 that compresses part 40 is an elongated slot.

As shown in Figure 1 and Figure 2, this hinged arm 31, slide bar 43 are equipped with a C type catch 46 with the two side ends of buffer bar 45.

For another Fig. 3 to shown in Figure 5, this hinged arm 31, slide bar 43 all block with the middle section of buffer bar 45 establishes a spacing button 47, prevent that thus hinged arm 31, slide bar 43 from going out this pedestal 10 with buffer bar 45 slippages, and spacing button 47 is hidden between two boards 12 of pedestal 10, has further improved the aesthetic measure that presses assembly; Be arranged with two packing rings 48 on this slide bar 43 in addition, respectively in abutting connection with this two board 12 and pressure handle 30.

Wherein, the user can be positioned over thing to be imprinted between the patrix 21 and counterdie 22 of this imprinter unit 20, and pressure handle 30 is applied one first downforce P1.See also shown in Fig. 6 A, Fig. 6 B, Fig. 6 C and Fig. 6 D, pressure handle 30 the first suffered downforce P1 produce a moment, this pressure handle 30 is rotated centered by hinged arm 31, the first ejection part 32 of this pressure handle 30 is together with rotation, promote to connect the slide bar 43 that compresses part 40 with one second downforce P2 mobile in the chute 14 of this pedestal 10, and this second ejection part 33 is further against this buffer bar 45, and it is mobile in dashpot 15 to promote to connect this buffer bar 45 that compresses part 40 with one the 3rd downforce P3.

In said structure, the first downforce P1, the second downforce P2 are identical with the moment that the 3rd downforce P3 produces, again because of the arm of force of the first downforce P1 arm of force greater than the 3rd downforce P3, the arm of force of the 3rd downforce P3 is greater than the arm of force of the second downforce P2, so, this first downforce P1 is less than the 3rd downforce P3, and the 3rd downforce P3 is less than the second downforce P2.In moulding process, this compresses part 40 and is subject to the second downforce P1 and the 3rd downforce P3, makes this pressure section 44 these patrixes 21 of pushing, makes patrix 21 and counterdie 22 these things to be imprinted of impression.

See also Fig. 7 A, Fig. 7 B, Fig. 7 C, the first downforce P1 that applies the user reduces or when removing, and this pressure section 44 is subject to the reaction force of this imprinter unit 20 and makes to compress on the part 40 and move.In moving past journey, this buffer bar 45 that compresses part 40 slides in dashpot 15, be subject to the backstop of these pedestal 10 protuberances 16 and consumed this compressing the reaction force that part 40 is subject to, and then reduced the power that part puts on pressure handle 30 that compresses, alleviated simultaneously the power that pressure handle 30 puts on the user.

In sum, the assembly that presses of marking press of the present invention utilizes the first ejection part 32 and the second ejection part 33 that arranges on this pressure handle 30, can effectively increase to compress the strength that part 40 presses down this patrix 21, and is not only laborsaving but also can reach good steel seal pressing result; In addition, the design of these pedestal 10 upper convex portion 16 can further consume this imprinter unit 20 and put on the reaction force that this compresses part 40, pressure handle 30, reaches the effect of buffering.So this marking press press assembly have advantages of in the use laborsaving, convenient and smoothly, therefore be conducive to the utilization of industry.

The above only is preferred embodiment of the present invention, be not that the present invention is done any pro forma restriction, although the present invention discloses as above with preferred embodiment, yet be not to limit the present invention, those of ordinary skill in the field, in the scope that does not break away from technical solution of the present invention, should utilize the technology contents of above-mentioned announcement to make a little change or be modified to the equivalent embodiment of equivalent variations.In every case be the content that does not break away from technical solution of the present invention,, all still belong in the scope of technical solution of the present invention any simple modification, equivalent variations and modification that above embodiment does according to technical spirit of the present invention.

Claims

A marking press press assembly, it is characterized in that, comprising:

One pedestal, its front end is provided with a buckling groove, and this buckling groove top is interval with two boards, and this two board is provided with symmetrical pivoted hole, chute and dashpot, is provided with protuberance in the dashpot;

One pressure handle stretches into pivoted hole and is articulated on the pedestal with a hinged arm, and has the first ejection part and the second ejection part that the interval arranges, contiguous this hinged arm of this first ejection part, the dashpot of the contiguous pedestal of the second ejection part; And

One compresses part, it is mounted on this pedestal and is positioned at this pressure handle below, this compresses part and includes one and have the framework of displacement slot, this framework is provided with a slide bar, and this slide bar and the first ejection part of pressure handle are connected and are located at the chute of this pedestal, and this framework is provided with the pressure section, and the buffer bar that is pivoted, this buffer bar stretches into the dashpot of pedestal and the displacement slot of framework, promotes to compress the buffer bar of part by the second ejection part of pressure handle, makes its buffer bar in the dashpot intrinsic displacement.
Marking press according to claim 1 press assembly, it is characterized in that the contiguous pivoted hole of the chute of this pedestal, and between pivoted hole and dashpot.
Marking press according to claim 1 and 2 press assembly, it is characterized in that, the dashpot of this pedestal is a deep-slotted chip breaker, this displacement slot that compresses part is an elongated slot.
4. marking press according to claim 1 and 2 presses assembly, it is characterized in that, this pedestal is provided with symmetrical locating slot in this two board, a positioning rod can be located between the locating slot of described symmetry movably, and this pressure handle is on the second ejection part and form one and can collude the hook part of holding backstay.
5. marking press according to claim 3 presses assembly, it is characterized in that, this pedestal is provided with symmetrical locating slot in this two board, and a positioning rod can be located between the locating slot of described symmetry movably, and this pressure handle forms one on the second ejection part can collude the hook part of holding backstay.
Marking press according to claim 5 press assembly, it is characterized in that, the two side ends of this hinged arm, slide bar and buffer bar is equipped with a C type catch.
Marking press according to claim 5 press assembly, it is characterized in that, the middle section of this hinged arm, slide bar and buffer bar is all blocked and is established a spacing button, and spacing button bit is between two boards of pedestal.