CN209534446U - A kind of new-type thermal transfer print Pyrograph machine - Google Patents
A kind of new-type thermal transfer print Pyrograph machine Download PDFInfo
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- CN209534446U CN209534446U CN201822005699.7U CN201822005699U CN209534446U CN 209534446 U CN209534446 U CN 209534446U CN 201822005699 U CN201822005699 U CN 201822005699U CN 209534446 U CN209534446 U CN 209534446U
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- bearing bar
- generating disc
- bracket
- heat
- thermal transfer
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Abstract
The utility model relates to a kind of new-type thermal transfers to print Pyrograph machine.It includes upper heat-generating disc, lower printing disk and pedestal, the upper surface of lower printing disk is equipped with silicagel pad, lower bearing bar is fixed in the middle part of rear side on pedestal, the axis of lower bearing bar is to be obliquely installed towards on front side of pedestal, the upper end of lower bearing bar is connected with bearing bar, the axis of upper bearing bar is to be obliquely installed towards on rear side of pedestal, upper sliding sleeve is arranged on upper bearing bar, upper fastening bolt is equipped on upper sliding sleeve, upper bracket is connected on upper sliding sleeve, the axis body being vertically arranged is equipped on upper bracket, upper heat-generating disc and axis body lower end are affixed, upper bracket is equipped with the pull rod device that controllable axis body moves up and down, low sleeve is arranged on lower bearing bar, lower fastening bolt is equipped on low sleeve, lower bracket is connected on low sleeve, lower printing disk is mounted on lower bracket.Spacing in the adjusting that the utility model can be convenient between heat-generating disc and lower printing disk, the article for the various thickness that can be used for printing and dyeing.
Description
Technical field
The utility model relates to a kind of thermal transfer Pyrograph machines, print Pyrograph machine more particularly, to a kind of new-type thermal transfer.
Background technique
Pyrograph machine can scald various xylopyrographys on the fabrics such as cotton, fiber crops, chemical fibre through thermal transfer, it is substituting traditional embroidery
And screen printing, and cost and effect are significantly less than and are better than general embroidery and multicolor screen stamp.Existing digital thermal
Transferring Pyrograph machine, there are hold-down devices to be easily damaged equipment, and lower platen is not durable, and carries the disadvantages of inconvenient.For this purpose, there is human hair
A kind of name is illustrated are as follows: (China Patent No.: 201620030823.3), it includes the patent of " a kind of digital thermal transfer printing Pyrograph machine "
Pedestal, lower platen, top board and hold-down devices, the lower platen, top board and hold-down devices are respectively positioned on pedestal, lower press fitting
It sets and is provided with connector between top board, push plate surface and be provided with heat-insulated rubber mat, heat-insulated rubber mat and lower platen are integral type
Setting, hold-down devices include to push handle and regulating hand wheel of pressure, push and are provided with sponge pipe sleeve on handle, gear is provided on pedestal
Plate is provided with T shape pipe on baffle, and T shape pipe runs through baffle plate setting, is provided with spring on T shape pipe, and spring is connect with hold-down devices,
The base bottom is provided with idler wheel.In use, lower platen is closed up by overturning with top board the Pyrograph machine, therefore two
Spacing of the person when being parallel to each other be it is fixed, the thickness that can be printed and dyed is fixed.
Summary of the invention
The utility model provides a kind of new-type thermal transfer print Pyrograph machine of various thickness articles that can print and dye；Solve the prior art
It is middle to there are problems that there are certain requirements printing and dyeing thickness.
Above technical problems of the utility model are mainly solved by the following technical scheme: a kind of new-type thermal transfer
Pyrograph machine is printed, includes upper heat-generating disc, lower printing disk and pedestal, the upper surface of lower printing disk has been equipped with the silica gel of heat-blocking action
Pad, it is characterised in that: the rear side on the pedestal is fixed with lower bearing bar, and the axis of lower bearing bar is to set towards inclination on front side of pedestal
Set, the upper end of lower bearing bar is connected with bearing bar, and the axis of upper bearing bar is to be obliquely installed towards on rear side of pedestal, lower bearing bar and
Plane where the axis of upper bearing bar is the setting of vertical and horizontal face, and the inclination angle of the two is upper load-bearing between 60 °~90 °
It is arranged with upper sliding sleeve on bar, upper fastening bolt is equipped on upper sliding sleeve, upper bracket is connected on upper sliding sleeve, is equipped on upper bracket
The axis body being vertically arranged, the upper heat-generating disc and axis body lower end are affixed, and upper bracket is equipped with what controllable axis body moved up and down
Pull rod device is arranged with low sleeve on lower bearing bar, lower fastening bolt is equipped on low sleeve, lower branch is connected on low sleeve
Frame, lower printing disk are mounted on lower bracket, the upper surface of lower printing disk and upper heat-generating disc bottom surface be it is arranged in parallel, in practice
The two is horizontally disposed.Upper sliding sleeve and low sleeve can slide up and down setting, synchronous drive along upper bearing bar, lower bearing bar respectively
Upper heat-generating disc and lower printing disk move up and down.And since lower bearing bar is to be obliquely installed, low sleeve is when sliding up and down, lower load-bearing
Bar can share part gravity, so that adjusting the process of lower printing disk height becomes laborsaving.Similarly, upper bearing bar also have so that
The process of heat-generating disc height becomes laborsaving advantage in adjusting.Meanwhile whole stability can be enhanced in the form of lower bearing bar.
Therefore the spacing in the adjusting that the utility model can be convenient between heat-generating disc and lower printing disk, can be used for printing and dyeing various thickness
The article of degree.Upper fastening bolt and lower fastening bolt play fixed function.
Preferably, several spaced lower limits up and down are offered on the lower bearing bar and upper bearing bar respectively
Position hole and upper limit hole.Upper fastening bolt and lower fastening bolt can be embedded in upper limit hole and the setting of lower limit hole, enhancing respectively
Limit effect avoids occurring to loosen and lead to contingency.
Preferably, the upper end of the lower bearing bar is fixed with the pin shaft being vertically arranged, the lower end of upper bearing bar and pin shaft
Rotation connection.Therefore upper heat-generating disc can be rotated with upper bearing bar along pin shaft, when upper heat-generating disc turns to and lower printing is intertwining opens
When, it easily facilitates at this time and puts object to be printed and dyed or replace with heat-generating disc.
Preferably, the inclination angle of the lower bearing bar is 80 °, the inclination angle at the inclination angle of upper bearing bar and lower bearing bar
Identical, comprehensive stability, the laborsaving and body of rod deform three's factor, and the inclination angle of lower bearing bar and upper bearing bar takes 80 °, in this way
Optimal technical effect can be obtained.
Preferably, the pull rod device includes two symmetrically set connecting rod and pull handle, the lower end of two connecting rods with
Upper bracket is hinged, and the upper end of two connecting rods and the root of pull handle are hinged, and the upper end of axis body is also hinged with the root of pull handle, two hinge joints
Line and pull handle for interval setting and the two center is axially vertical.Due to pull handle root two hinge joints be interval setting and
The line at the two center and pull handle are axially vertical, thus when pull handle overturn to it is horizontally disposed when, there are two states: the hinge of axis body
Contact is located at the top of connecting rod, and axis body is located at highest point at this time, i.e., upper heat-generating disc is kept completely separate with lower printing disk；It is another then be
The hinge joint of axis body is located at the lower section of connecting rod, and axis body is located at minimum point at this time, i.e., upper heat-generating disc is bonded completely with lower printing disk.By
There is constant weight in pull handle, under leverage, pull handle can keep horizontality, it can heat-generating disc is held under in holding
Print disk fitting or isolated state.Therefore by the state of overturning pull handle, it can control heat-generating disc up and down motion, and in thick stick
Under bar effect, rapid operation.
Preferably, being equipped with the nut of vertical axial restraint on upper heat-generating disc, nut and axis body lower thread cooperate, on
Also affixed one locating rod being vertically arranged on heat-generating disc offers the location hole with locating rod cooperation on upper bracket.Upper heat-generating disc
The upper heat-generating disc for the replacement different size for being screwed on fixation, therefore being can be convenient by nut with axis body.
Preferably, the upper heat-generating disc is equipped with contact sensor.When upper heat-generating disc is located at highest point, contact is passed
Sensor is contacted with upper bracket, when upper heat-generating disc is moved downward to and supports conjunction with lower printing disk, contact sensor and upper bracket point
From, it can issue signal to control system at this time, and control system can start timing, when the stipulated time for reaching printing and dyeing,
It can terminate to print and dye by voice or lighting effect cues user.
Preferably, the lower bracket is equipped with two track grooves, lower printing disk is slidably matched with two track grooves, this
Sample can replace article to be printed and dyed by way of pulling out lower printing disk.
Therefore, the utility model has the following characteristics that 1. upper sliding sleeves and low sleeve can be respectively along above holding compared with prior art
Weight bar, lower bearing bar slide up and down setting, and heat-generating disc and lower printing disk move up and down in synchronous drive, it may be convenient in adjusting
Spacing between heat-generating disc and lower printing disk；2. the main shaft of lower bearing bar, in this way can be by entirety to being obliquely installed for side forward
Center of gravity it is close to the middle part of pedestal, increase overall stability.
Detailed description of the invention
Attached drawing 1 is the side view of the utility model；
Attached drawing 2 is a kind of cross-sectional view of the utility model；
Attached drawing 3 is a kind of structural schematic diagram after the upper heat-generating disc rotation in the utility model.
Specific embodiment
Below with reference to the embodiments and with reference to the accompanying drawing the technical solutions of the present invention will be further described.
Embodiment 1: being shown in Fig. 1, and a kind of new-type thermal transfer prints Pyrograph machine, includes upper heat-generating disc 1, lower printing disk 2 and pedestal 3,
The upper surface of lower printing disk 2 has been equipped with the silicagel pad 21 of heat-blocking action, and the rear side on pedestal 3 is fixed with lower bearing bar 4, under hold
The axis of weight bar 4 is to be obliquely installed towards on front side of pedestal 3, and the upper end of lower bearing bar 4 is connected with bearing bar 5, the axis of upper bearing bar 5
Line is to be obliquely installed towards on rear side of pedestal 3, and plane where the axis of lower bearing bar 4 and upper bearing bar 5 is the setting of vertical and horizontal face,
And the inclination angle of the two is to be arranged with upper sliding sleeve 51 on upper bearing bar 5 between 60 °~90 °, be equipped with fastening on upper sliding sleeve 51
Bolt 52 is connected with upper bracket 6 on upper sliding sleeve 51, the axis body 7 being vertically arranged, upper heat-generating disc 1 and axis body is equipped on upper bracket 6
7 lower ends are affixed, and upper bracket 6 is equipped with the pull rod device that controllable axis body 7 moves up and down, and are arranged with low sleeve on lower bearing bar 4
41, lower fastening bolt 42 is equipped on low sleeve 41, lower bracket 8 is connected on low sleeve 41, lower printing disk 2 is mounted on lower bracket
On 8, it is both in practice horizontally disposed that the upper surface and 1 bottom surface of upper heat-generating disc of lower printing disk 2, which are arranged in parallel,.On
Sliding sleeve and low sleeve can slide up and down setting along upper bearing bar, lower bearing bar respectively, heat-generating disc and lower printing disk in synchronous drive
It moves up and down.And since lower bearing bar 4 is to be obliquely installed, for low sleeve 41 when sliding up and down, lower bearing bar 4 can share part
Gravity, so that adjusting the process of lower 2 height of printing disk becomes laborsaving.Similarly, upper bearing bar also has so that adjusting heat-generating disc
The process of height becomes laborsaving advantage.Meanwhile whole stability can be enhanced in the form of lower bearing bar.Therefore this reality
With the spacing in the novel adjusting that can be convenient between heat-generating disc and lower printing disk, the article for the various thickness that can be used for printing and dyeing.On
Fastening bolt and lower fastening bolt play fixed function.
See Fig. 1, offers several spaced lower limit holes 43 up and down on lower bearing bar 4 and upper bearing bar 5 respectively
With upper limit hole 53.Upper fastening bolt and lower fastening bolt can be embedded in upper limit hole and the setting of lower limit hole, enhancing limit respectively
Position effect avoids occurring to loosen and lead to contingency.
See Fig. 2, Fig. 3, the upper end of lower bearing bar 4 is fixed with the pin shaft 44 being vertically arranged, the lower end of upper bearing bar 5 and pin shaft
44 rotation connections.Therefore upper heat-generating disc can be rotated with upper bearing bar along pin shaft, when upper heat-generating disc turn to it is intertwining with lower printing
When opening, easily facilitates at this time and put object to be printed and dyed or replace with heat-generating disc.
See Fig. 1, the inclination angle of lower bearing bar 4 is 80 °, the inclination angle phase at the inclination angle of upper bearing bar 5 and lower bearing bar 4
Together, comprehensive stability, the laborsaving and body of rod deform three's factor, and the inclination angle of lower bearing bar 4 and upper bearing bar 5 takes 80 °, in this way
Optimal technical effect can be obtained.
See Fig. 1 and Fig. 2, pull rod device includes two symmetrically set connecting rod 91 and pull handle 92, the lower end of two connecting rods 91
Hinged with upper bracket 6, the upper end of two connecting rods 91 and the root of pull handle 92 are hinged, and the upper end of axis body 7 is also cut with scissors with the root of pull handle 92
It connects, two hinge joints are that interval is arranged and the line and pull handle 92 at the two center are axially vertical.Two due to pull handle root are hinged
Point for interval setting and the two center line and pull handle it is axially vertical, therefore when pull handle overturn to it is horizontally disposed when, there are two
Kind state: the hinge joint of axis body is located at the top of connecting rod, and axis body is located at highest point at this time, i.e., upper heat-generating disc and lower printing disk are complete
Separation；Hinge joint that is another then being axis body is located at the lower section of connecting rod, and axis body is located at minimum point at this time, i.e., upper heat-generating disc is held under
Print disk is bonded completely.Since pull handle has constant weight, under leverage, pull handle can keep horizontality, it can protect
Heat-generating disc is held to be bonded with lower printing disk or isolated state.Therefore by the state of overturning pull handle, it can control heat-generating disc
It moves up and down, and under leverage, rapid operation.
See Fig. 2, the nut 11 of vertical axial restraint is equipped on upper heat-generating disc 1, nut 11 is matched with 7 lower thread of axis body
It closes, also affixed one locating rod 12 being vertically arranged on upper heat-generating disc 1, offers the positioning cooperated with locating rod 12 on upper bracket 6
Hole 61.Upper heat-generating disc and axis body are screwed on fixation, therefore the upper heat-generating disc for replacing different size that can be convenient by nut.
See that Fig. 2, upper heat-generating disc 1 are equipped with contact sensor 13.When upper heat-generating disc is located at highest point, contact sensor with
Upper bracket contact, when upper heat-generating disc is moved downward to and supports conjunction with lower printing disk, contact sensor is separated with upper bracket, at this time
It can issue signal to control system, and control system can start timing, when the stipulated time for reaching printing and dyeing, so that it may logical
Voice or lighting effect cues user are crossed, can terminate to print and dye.
See that Fig. 3, lower bracket 8 are equipped with two track grooves 81, lower printing disk 2 is slidably matched with two track grooves 81, in this way
Article to be printed and dyed can be replaced by way of pulling out lower printing disk.
The utility model can be changed for various ways it is apparent to one skilled in the art, it is such change not
Think to be detached from the scope of the utility model.All such obviously modify the field technical staff are included within this
Within the scope of the claims.
Claims (8)
- It include upper heat-generating disc (1), lower printing disk (2) and pedestal (3), lower printing disk (2) 1. a kind of new-type thermal transfer prints Pyrograph machine Upper surface be equipped with the silicagel pad (21) of heat-blocking action, it is characterised in that: the rear side on the pedestal (3), which is fixed with down, to be held Weight bar (4), the axis of lower bearing bar (4) are to be obliquely installed towards on front side of pedestal (3), and the upper end of lower bearing bar (4), which is connected with, holds Weight bar (5), the axis of upper bearing bar (5) are to be obliquely installed towards on rear side of pedestal (3), the axis of lower bearing bar (4) and upper bearing bar (5) Plane where line is the setting of vertical and horizontal face, and the inclination angle of the two is to be arranged on upper bearing bar (5) between 60 °~90 ° Upper sliding sleeve (51) is equipped with upper fastening bolt (52) on upper sliding sleeve (51), upper bracket (6), upper branch is connected on upper sliding sleeve (51) The axis body (7) being vertically arranged is equipped on frame (6), the upper heat-generating disc (1) and axis body (7) lower end are affixed, on upper bracket (6) Equipped with the pull rod device that controllable axis body (7) move up and down, it is arranged with low sleeve (41) on lower bearing bar (4), low sleeve (41) On be equipped with lower fastening bolt (42), be connected on low sleeve (41) lower bracket (8), lower printing disk (2) is mounted on lower bracket (8) On, the upper surface and upper heat-generating disc (1) bottom surface of lower printing disk (2) are arranged in parallel.
- 2. new-type thermal transfer according to claim 1 prints Pyrograph machine, it is characterised in that: described lower bearing bar (4) He Shangcheng Several spaced lower limit hole (43) and upper limit hole (53) up and down are offered on weight bar (5) respectively.
- 3. new-type thermal transfer according to claim 1 or 2 prints Pyrograph machine, it is characterised in that: the upper end of the lower bearing bar (4) It is fixed with the pin shaft (44) being vertically arranged, the lower end and pin shaft (44) of upper bearing bar (5) are rotatablely connected.
- 4. new-type thermal transfer according to claim 3 prints Pyrograph machine, it is characterised in that: the inclination angle of the lower bearing bar (4) It is 78 °, the inclination angle of upper bearing bar (5) is identical as the inclination angle of lower bearing bar (4).
- 5. new-type thermal transfer according to claim 1 prints Pyrograph machine, it is characterised in that: the pull rod device includes two Symmetrically arranged connecting rod (91) and pull handle (92), the lower ends of two connecting rods (91) and upper bracket (6) hingedly, the upper end of two connecting rods (91) Hinged with the root of pull handle (92), the upper end of axis body (7) is also hinged with the root of pull handle (92), two hinge joints be interval setting and The line at the two center and pull handle (92) are axially vertical.
- 6. new-type thermal transfer according to claim 5 prints Pyrograph machine, it is characterised in that: it is vertical to be equipped on upper heat-generating disc (1) The nut (11) of axial restraint, nut (11) and axis body (7) lower thread cooperate, and also affixed one sets vertically on upper heat-generating disc (1) The locating rod (12) set offers the location hole (61) with locating rod (12) cooperation on upper bracket (6).
- 7. new-type thermal transfer according to claim 6 prints Pyrograph machine, it is characterised in that: the upper heat-generating disc (1) is equipped with Contact sensor (13).
- 8. new-type thermal transfer according to claim 1 or 2 prints Pyrograph machine, it is characterised in that: lower bracket (8) is equipped with two rails Road slot (81), lower printing disk (2) are slidably matched with two track grooves (81).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822005699.7U CN209534446U (en) | 2018-11-30 | 2018-11-30 | A kind of new-type thermal transfer print Pyrograph machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822005699.7U CN209534446U (en) | 2018-11-30 | 2018-11-30 | A kind of new-type thermal transfer print Pyrograph machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209534446U true CN209534446U (en) | 2019-10-25 |
Family
ID=68262976
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822005699.7U Expired - Fee Related CN209534446U (en) | 2018-11-30 | 2018-11-30 | A kind of new-type thermal transfer print Pyrograph machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209534446U (en) |
-
2018
- 2018-11-30 CN CN201822005699.7U patent/CN209534446U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191025 Termination date: 20211130 |
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| CF01 | Termination of patent right due to non-payment of annual fee |