CN208358952U - Printing hole punched device in disposable arm rest manufacturing system - Google Patents
Printing hole punched device in disposable arm rest manufacturing system Download PDFInfo
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- CN208358952U CN208358952U CN201820993681.XU CN201820993681U CN208358952U CN 208358952 U CN208358952 U CN 208358952U CN 201820993681 U CN201820993681 U CN 201820993681U CN 208358952 U CN208358952 U CN 208358952U
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- roller
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- arm rest
- rack
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Abstract
The utility model discloses the printing hole punched devices in disposable arm rest manufacturing system, belong to field of mechanical technique, art there are the problem of propose a kind of printing hole punched device in disposable arm rest manufacturing system, it is therefore intended that overcome the defect for needing hand-printing in existing arm rest manufacturing system, cutting through-hole.Printing hole punched device includes the printing mechanism being arranged on the rack and punch mechanism, and driven roller and stepper motor, the stepper motor and driven roller transmission connection are arranged in the rack.Printing hole punched device in disposable arm rest manufacturing system provided by the utility model realizes printing, the synchronous progress of cutting and mechanization.
Description
Technical field
The utility model belongs to field of mechanical technique, the printing punching dress being related in a kind of disposable arm rest manufacturing system
It sets.
Background technique
Disposable arm rest, when carrying out medical procedures, to reinforce the protection of arm key position, and is covered in arm for doctor
On protective sleeve.It is needed on arm rest through hand-printing text, mark, and hand-makes the hole for being located at arm rest end, it is this
Hand-printing cuts low efficiency and large labor intensity, and the final product quality of arm rest very relies on the working experience of operator, is easy
Generate substandard products.
Summary of the invention
In view of the problems of the existing technology the utility model proposes the printing punching in a kind of disposable arm rest manufacturing system
Aperture apparatus, it is therefore intended that overcome the defect for needing hand-printing in existing arm rest manufacturing system, cutting through-hole.
The utility model is realized in this way:
Printing hole punched device in disposable arm rest manufacturing system, which is characterized in that including rack, be arranged in the rack
Printing mechanism, the printing mechanism include printing cylinder, and print head, the print head is arranged on the telescopic shaft of the printing cylinder
It is moved up and down with telescopic shaft, in the rack there is print station to be located at below the print head；
Punch mechanism is set in the rack, and the punch mechanism includes punching frame, the punching gas being fixed on punching frame
Cylinder, cutter is installed on the punching cylinder, and the punching cylinder drives the cutter to move up and down；
Driven roller and stepper motor, the stepper motor and driven roller transmission connection are set in the rack.
The every stepping of raw material is primary, realizes one-step print and punching.
Preferably, air jet pipe is set on the punching frame, and the spout of the air jet pipe is towards raw material notch, under punching frame
Portion has first through hole.Raw material is detached from this way convenient for relic.
Preferably, there is the groove passed through for raw material on the punching frame, fixed flitch, the punching in the rack
Frame was fixed on flitch, and described cross has the second through-hole being correspondingly arranged with the first through hole on flitch.Cross flitch raising
The stability of punching frame installation, convenient for arranging multiple punching framves, the setting of through-hole is fallen below rack convenient for relic, avoids relic
It is attached on raw material.
Preferably, described cross has the strip-shaped hole extended along raw material travel path on flitch, and the punching frame is fixed on item
On shape hole.This makes it possible to the positions that punching frame is adjusted according to the size for the arm rest of being made.
Preferably, the printing mechanism has two two sides that are secondary and being symmetricly set on rack, and the punch mechanism has two
Group was separately mounted to the two sides of flitch, wherein one group is single secondary punch mechanism, another group arranges for three secondary punch mechanisms.
Two groups of punch mechanisms can be suitable for making the arm rest of two kinds of different models.
Preferably, material storage mechanism is arranged in the downstream of the punch mechanism, and the material storage mechanism includes rack, is rotatably arranged on
Input roller and outlet roller in the rack are fixed with vertical guide rod in the rack, and setting can on the guide rod
The bracket moved up and down along the guide rod, rotation setting idler roller on the bracket.
Preferably, the idler roller includes the first idler roller and the second idler roller, first idler roller and described second
Idler roller is symmetrical arranged relative to the guide rod, and transition roller is arranged between first idler roller and the second idler roller, described
Transition roller is located at the top of first idler roller and the second idler roller, and the transition roller includes First Transition roller and the second transition
Roller, the First Transition roller and second transition roller are located at sustained height, between the input roller and first idler roller
Third transition roller is set, and the third transition roller is located at the top of first idler roller, the outlet roller and second described
The 4th transition roller is set between tight roller, the 4th transition roller is located at the top of second idler roller, the middle part of the bracket
With sleeve, the sleeve is set on the guide rod and can move up and down along guide rod.
Preferably, the height between the 4th transition roller and second transition roller is arranged in the outlet roller, described
There is the strip groove being vertically arranged in rack, the adjusting block that can be moved up and down along the strip groove is set in the strip groove,
The outlet roller is arranged on the adjusting block.
Preferably, the input roller is the driven roller.
Preferably, the material storage mechanism is arranged in the upstream of the punch mechanism, and the outlet roller and the print station are in
Sustained height.
Printing hole punched device in disposable arm rest manufacturing system provided by the utility model, realize printing, cut
It is synchronous to carry out simultaneously mechanization.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of transfer printing mechanism and punch mechanism.
Fig. 2 is the structural schematic diagram of material storage mechanism.
Attached drawing mark explanation: 200. material storage mechanisms, 210. guide rods, 220. brackets, 221. sleeves, 231. first inputs
Roller, 232. second input rollers, 241. first idler rollers, 242. second idler rollers, 251. outlet rollers, 261. First Transition rollers,
262. second transition rollers, 263. third transition rollers, 264. the 4th transition rollers, 300. printing mechanisms, 310. print heads, 320. printings
Platform, 400. punch mechanisms, 410. punching framves, 411. grooves, 420. punching cylinders, 430. cross flitch, 431. strip-shaped holes.
Specific embodiment
Just attached drawing in conjunction with the embodiments below, is described in further detail specific embodiment of the present utility model, so that this
Utility model technical solution is more readily understood, grasps.It should be appreciated that specific embodiment described herein is only to explain this reality
With novel, it is not used to limit the utility model.
The printing hole punched device in a kind of disposable arm rest manufacturing system is present embodiments provided, as shown in Figure 1 and Figure 2, packet
Including rack, printing mechanism 300 is arranged in rack and punch mechanism 400 is respectively used to printing and punching, printing mechanism 300 and punching
The frame body that mechanism 400 is installed can be one and rack be integrally formed, and is also possible to fission and collectively constitutes rack, printing mechanism
300 can be located at the downstream of punch mechanism 400, and the printing mechanism 300 of the present embodiment is located at the upstream of punch mechanism 400.
Printing mechanism 300 includes printing cylinder, prints on the telescopic shaft of cylinder setting print head 310, and print head 310 is with stretching
Contracting axis moves up and down, and there is print station 320 to be located at 310 lower section of print head in rack；Punch mechanism 400 includes punching frame 410,
The punching cylinder 420 being fixed on punching frame 410, cutter is installed on punching cylinder 420, and punching cylinder 420 drives cutter or more
It is mobile；Driven roller and stepper motor, stepper motor and driven roller transmission connection are set in rack.Stepper motor presses fixed frequency band
Dynamic raw material is being run, and when corresponding raw material is stuck on print station 320 and punch mechanism 400, prints cylinder and punching cylinder
420 flexible driven under print head 310 and cutter respectively are above moved, and printing and punching are completed, can shape on the raw material after the completion of punching
At relic.Air jet pipe is set on punching frame 410, and the spout of air jet pipe, that is, towards relic, is detached from relic towards raw material notch
Raw material, relic are fallen into below rack by the first through hole that the lower part of punching frame 410 has.
Refering to fig. 1, there is the groove 411 passed through for raw material on punching frame 410, groove 411 forms clamping shape to raw material,
Flitch 430 was fixed in rack, punching frame 410 was fixed on flitch 430, was crossed on flitch 430 with corresponding with first through hole
The second through-hole being arranged, relic are fallen into below rack after passing through the second through-hole.It crosses to have on flitch 430 and prolong along raw material travel path
The strip-shaped hole 431 stretched, punching frame 410 are fixed in strip-shaped hole 431, and punching frame 410 can adjust position in strip-shaped hole 431
To adapt to the production demand of different size arm rest.
Further, printing mechanism 300 has two two sides that are secondary and being symmetricly set on rack, and punch mechanism 400 has two
Group was separately mounted to the two sides of flitch 430, wherein one group is single secondary punch mechanism 400, another group is three secondary punch mechanisms 400
It arranges.Liang Fu printing mechanism 300 can individually operate or operate simultaneously, and two groups of punch mechanisms 400 usually only operate
Wherein one group, the structure of the fourth officer punch mechanism 400 in two groups of punch mechanisms 400 is identical, and only cutter according to circumstances may
It is different.
Material storage mechanism 200 is arranged in the downstream of punch mechanism 400, as shown in Fig. 2, material storage mechanism 200 is set including rack, rotation
Set input roller, outlet roller 251, idler roller, transition roller on the rack.
Idler roller is arranged on the rack by guide rod 210 and bracket 220.Specifically, it is vertical to be fixed in rack
Guide rod 210, setting can be along the bracket 220 that guide rod 210 moves up and down on guide rod 210, and idler roller is rotatably arranged
On bracket 220, the middle part of bracket 220 has sleeve 221, and sleeve 221 is set on guide rod 210 and can be along guide rod
210 move up and down.
Idler roller can be one, and the present embodiment idler roller is two, and two idler rollers can increase material storage mechanism 200
The amount of the storage of raw materials.Specifically, idler roller includes the first idler roller 241 and the second idler roller 242,241 He of the first idler roller
Second idler roller 242 is symmetrical arranged relative to guide rod 210, and transition is arranged between the first idler roller 241 and the second idler roller 242
Roller, transition roller are located at the top of the first idler roller 241 and the second idler roller 242.Wherein transition roller can be one, the present embodiment
Transition roller be two, specifically, transition roller includes First Transition roller 261 and the second transition roller 262, First Transition roller 261
It is located at sustained height with the second transition roller 262, two transition rollers and Lian Gen idler roller are correspondingly arranged, so that transition roller and idler roller
Between raw material it is more vertical, be conducive to idler roller and play tension under gravity.
Input roller includes the first input roller 231 and the second input roller 232 being bonded to each other, the first input roller 231 or the second
Input roller 232 can be the drive roll driven by actuator, and raw material is made to enter material storage mechanism 200, first input of the present embodiment
Roller 231 and the second input roller 232 are driven and are rotated backward simultaneously by same actuator.
Third transition roller 263 is set between input roller and the first idler roller 241, and third transition roller 263 is located at the first tensioning
The top of roller 241.4th transition roller 264 is set between outlet roller 251 and the second idler roller 242, and the 4th transition roller 264 is located at the
The top of two idler rollers 242.
The height between the 4th transition roller 264 and the second transition roller 262 is arranged in outlet roller 251.The height of outlet roller 251
It can immobilize, 251 height of outlet roller of the present embodiment is adjustable, specifically, there is the strip groove being vertically arranged in rack,
Setting can be arranged on adjusting block along the adjusting block that strip groove moves up and down, outlet roller 251 in strip groove.
Input roller in the material storage mechanism 200 in 400 downstream of punch mechanism can be the driven roller.
The upstream of punch mechanism 400 is also provided with the material storage mechanism 200, and outlet roller 251 and print station 320 are in same
Highly.
Claims (10)
1. the printing hole punched device in disposable arm rest manufacturing system, which is characterized in that including rack, print is arranged in the rack
Brush mechanism (300), the printing mechanism (300) include printing cylinder, and print head is arranged on the telescopic shaft of the printing cylinder
(310), the print head (310) moves up and down with telescopic shaft, in the rack there are print station (320) to be located at the print head
(310) lower section；
Punch mechanism (400) are set in the rack, the punch mechanism (400) includes punching frame (410), is fixed on punching frame
(410) the punching cylinder (420) on, installs cutter on the punching cylinder (420), described in punching cylinder (420) driving
Cutter moves up and down；
Driven roller and stepper motor, the stepper motor and driven roller transmission connection are set in the rack.
2. the printing hole punched device in disposable arm rest manufacturing system according to claim 1, which is characterized in that the punching
Air jet pipe is set in aperture frame (410), and for the spout of the air jet pipe towards raw material notch, the lower part of punching frame (410) has first
Through-hole.
3. the printing hole punched device in disposable arm rest manufacturing system according to claim 2, which is characterized in that the punching
There is the groove (411) passed through for raw material in aperture frame (410), fixed flitch (430) in the rack, the punching frame
(410) it was fixed on flitch (430), described cross on flitch (430) has be correspondingly arranged with the first through hole second to lead to
Hole.
4. the printing hole punched device in disposable arm rest manufacturing system according to claim 3, which is characterized in that the mistake
There is the strip-shaped hole (431) extended along raw material travel path, the punching frame (410) is fixed on strip-shaped hole on flitch (430)
(431) on.
5. the printing hole punched device in disposable arm rest manufacturing system according to claim 3, which is characterized in that the print
Brush mechanism (300) has two two sides that are secondary and being symmetricly set on rack, and the punch mechanism (400) has two groups and is separately mounted to
The two sides of flitch (430) are crossed, wherein one group is single secondary punch mechanism (400), another group arranges for three secondary punch mechanisms.
6. the printing hole punched device in disposable arm rest manufacturing system according to claim 1, which is characterized in that the punching
Material storage mechanism (200) are arranged in the downstream of holes mechanism (400), and the material storage mechanism (200) includes rack, is rotatably arranged on the machine
Input roller and outlet roller (251) on frame are fixed with vertical guide rod (210) in the rack, on the guide rod (210)
Setting idler roller can be rotated along the bracket (220) that the guide rod (210) move up and down, the bracket (220) by being arranged.
7. the printing hole punched device in disposable arm rest manufacturing system according to claim 6, which is characterized in that described
Tight roller includes the first idler roller (241) and the second idler roller (242), first idler roller (241) and second idler roller
(242) it is symmetrical arranged relative to the guide rod (210), is set between first idler roller (241) and the second idler roller (242)
Transition roller is set, the transition roller is located at the top of first idler roller (241) and the second idler roller (242), the transition roller
Including First Transition roller (261) and the second transition roller (262), the First Transition roller (261) and second transition roller (262)
Positioned at sustained height, third transition roller (263) are set between the input roller and first idler roller (241), the third
Transition roller (263) is located at the top of first idler roller (241), the outlet roller (251) and second idler roller (242)
Between be arranged the 4th transition roller (264), the 4th transition roller (264) is located at the top of second idler roller (242), described
The middle part of bracket (220) has sleeve (221), and the sleeve (221) is set on the guide rod (210) and can be along guiding
Bar (210) moves up and down.
8. the printing hole punched device in disposable arm rest manufacturing system according to claim 7, which is characterized in that described defeated
Roller (251) is arranged height between the 4th transition roller (264) and second transition roller (262) out, in the rack
With the strip groove being vertically arranged, the adjusting block that can be moved up and down along the strip groove is set in the strip groove, it is described defeated
Roller (251) is arranged on the adjusting block out.
9. the printing hole punched device in disposable arm rest manufacturing system according to claim 6, which is characterized in that described defeated
Entering roller is the driven roller.
10. the printing hole punched device in disposable arm rest manufacturing system according to claim 6, which is characterized in that described
The material storage mechanism (200) is arranged in the upstream of punch mechanism (400), and the outlet roller (251) and the print station (320) are in
Sustained height.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820993681.XU CN208358952U (en) | 2018-06-26 | 2018-06-26 | Printing hole punched device in disposable arm rest manufacturing system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820993681.XU CN208358952U (en) | 2018-06-26 | 2018-06-26 | Printing hole punched device in disposable arm rest manufacturing system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208358952U true CN208358952U (en) | 2019-01-11 |
Family
ID=64926804
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820993681.XU Active CN208358952U (en) | 2018-06-26 | 2018-06-26 | Printing hole punched device in disposable arm rest manufacturing system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208358952U (en) |
-
2018
- 2018-06-26 CN CN201820993681.XU patent/CN208358952U/en active Active
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