CN203317895U - Marking mechanism of solar film thermal transfer marking machine - Google Patents
Marking mechanism of solar film thermal transfer marking machine Download PDFInfo
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- CN203317895U CN203317895U CN2013203891475U CN201320389147U CN203317895U CN 203317895 U CN203317895 U CN 203317895U CN 2013203891475 U CN2013203891475 U CN 2013203891475U CN 201320389147 U CN201320389147 U CN 201320389147U CN 203317895 U CN203317895 U CN 203317895U
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Abstract
The utility model discloses a marking mechanism of a solar film thermal transfer marking machine. A servo motor is fixed on a back side of a support plate. A rotation shaft of the servo motor is sleeved on the support plate and is stretched out of a right side of the support plate. A top of the rotation shaft is fixed with a rotation disk. A first oblateness portion of an upper connecting sleeve rod of an expansion device is fixed on an edge portion of the rotation disk. A second oblateness portion of a lower connecting sleeve rod of the expansion device is hinged to a sliding block. The sliding block is sleeved in a slide rail which is fixed on the right side of the support plate. A bottom of the sliding block is fixed with a heating block. A bottom of the heating block is fixed with a marking apparatus. A marking block of the marking apparatus directly faces a back side of a thermal transfer ribbon. Rotation of the rotation disk is used to drive a telescoping rod to move up and down so that the sliding block which is fixed on the telescoping rod can move up and down and a marking block can carry out marking. An impact force is small. Fine tuning can be performed on the telescoping rod. Requirements of articles which need to be marked and have different thicknesses can be satisfied.
Description
Technical field:
The utility model relates to the marking machine equipment technical field, relates in particular the marking mechanism of the hot transfer printing marking machine of a kind of solar film.
Background technology:
Existing carbon ribbon formula marking machine is generally to adopt pneumatic type to promote mark, what yet pneumatic type promoted to adopt is that cylinder is promoted, large and the existing mark piece of its impulsive force is also directly to be fixed on the push rod of cylinder, the distance promoted up and down due to the push rod of cylinder is certain, ought need like this must there is certain distance between the article of mark and mark piece, when the article of mark are blocked up or cross when thin between the article that will make mark and mark piece apart from excessive or too small, affect the mark effect, impulsive force greatly easily makes the article of mark damage.
Simultaneously, form three long through grooves side by side in the mark piece of existing marking machine, this makes the small blocks that can only place split type a plurality of alpha types, the general length of its small blocks and width only have the 0.5cm left and right, and can't place the agglomerate body of depiction on the upper plane of some rectangles, make it can only beat some alphabetic literals, its mark is single, can't meet client's different needs.
The utility model content:
The purpose of this utility model is to overcome the deficiencies in the prior art, the marking mechanism of the hot transfer printing marking machine of a kind of solar film is provided, it adopts eccentric setting, driving expansion link by turn disc promotes up and down, the sliding shoe that makes to be fixed on expansion link can move up and down, make the mark piece can carry out mark, its impulsive force is little, expansion link can be finely tuned, can meet like this requirement that needs the mark article of various different-thickness, simultaneously, the rectangular through slot of its marking device can the holding integrated formula the mark piece, and on all-in-one-piece mark piece, various patterns and combination letter can be carved in plane, make it can meet different clients' needs.
The scheme that the utility model solve the technical problem is:
The marking mechanism of the hot transfer printing marking machine of a kind of solar film, comprise gripper shoe and servomotor, servomotor is fixed on the gripper shoe back side, the turning cylinder sleeve of servomotor is on gripper shoe and stretch out the front of gripper shoe, the top of turning cylinder is fixed with rolling disc, the first oblate section of the upper joint sleeve bar of retractor device is fixed on the limit section of rolling disc, the second oblate section of the lower joint sleeve bar of retractor device is hinged on sliding shoe, in the slide rail of sliding shoe sleeve on being fixed in the front of gripper shoe, the sliding shoe bottom is fixed with heat block, the bottom surface of heat block is fixed with marking device, the mark piece of marking device is over against the back side of carbon ribbon.
Described retractor device comprises upper joint sleeve bar, lower joint sleeve bar and connecting screw rod, and the top of described connecting screw rod is that right-handed thread bar, middle part are that six trunk portion, bottom are the left hand thread bar; The top of upper joint sleeve bar forms the first oblate section, and the lower outside wall of upper joint sleeve bar is six cylinders; The bottom of lower joint sleeve bar forms the second oblate section, and the upper outside wall of lower joint sleeve bar is six cylinders; The right-handed thread bar of connecting screw rod is screwed onto in the dextrorotation screw matched with the right-handed thread bar of upper joint sleeve bar, right-handed thread bar middle part is bolted with top nut, the left hand thread bar of connecting screw rod is screwed onto in the left-handed screw matched with the left hand thread bar of lower joint sleeve bar, and the middle part of left hand thread bar is bolted with lower nut;
The first oblate section and the second oblate section middle part all form through hole, all be inserted with connecting bolt in two through holes, the connecting bolt that the first oblate section upper sleeve has is screwed onto the limit section of rolling disc, the connecting bolt that the second oblate section upper sleeve has is screwed onto on sliding shoe, the diameter of described two through holes all is greater than the maximum gauge of the bar section of connecting bolt, all be inserted with spacer on connecting bolt, the equal sleeve of spacer is in through hole, spacer in the first oblate section is clamped between the connecting bolt that rolling disc and the first oblate section upper sleeve have, spacer in the second oblate section is clamped between the connecting bolt that sliding shoe and the second oblate section upper sleeve have.
Shown in the sliding shoe structure be, the back side of rectangle contiguous block is fixed with the partiting thermal insulation piece, the bead formed on back of partiting thermal insulation piece has dovetail tangs, in the dovetail groove formed between two slide rails of dovetail tangs sleeve on being fixed in the front of gripper shoe, the bottom of rectangle contiguous block forms the horizontal projection section parallel with horizontal plane, set bolt successively sleeve horizontal projection section be connected spacer in and be screwed onto on heat block, connect spacer and be clamped between horizontal projection section and heat block.
The connecting bolt that the described second oblate section upper sleeve has is screwed onto on the rectangle contiguous block, and spacer is clamped between the connecting bolt that rectangle contiguous block and the second oblate section upper sleeve have.
Described marking device structure is, form rectangular through slot on the upper plane of block, the two ends of block are fixed with right baffle-plate and right baffle plate, the middle part of block is inserted with the mark piece, be carved with the mark pattern on the upper plane of mark piece, the upper plane of mark piece is higher than the upper plane of block, and the bar section of many bolts is screwed onto on right baffle plate and through right baffle plate and is pressed against on the right side wall of mark piece, the left side wall of mark piece is pressed against on the inwall of right baffle-plate, and the bottom surface of block is fixed on the bottom surface of heat block.
Outstanding effect of the present utility model is:
1, compared with prior art, it adopts eccentric setting, driving expansion link by turn disc promotes up and down, the sliding shoe that makes to be fixed on expansion link can move up and down, make the mark piece can carry out mark, its impulsive force is little, and expansion link can be finely tuned, and can meet like this requirement that needs the mark article of various different-thickness.
2, the lower outside wall of its upper joint sleeve bar is six cylinders, the upper outside wall of lower joint sleeve bar is six cylinders, this is conveniently pulled rotation with spanner, and all form through hole in its first oblate section and the second oblate section and for oblate, can facilitate on its hinged and equipment or be fixed on equipment.
3, the mark piece that the rectangular through slot of its marking device can the holding integrated formula, and on all-in-one-piece mark piece, various patterns and combination letter can be carved in plane, make it can meet different clients' needs.
When 4, the partiting thermal insulation piece can guarantee to produce amount of heat due to the heating rod that is fixed with in heat block, can not make heat be sent on gripper shoe and slide rail in, guarantee the normal use of machine, can not make the operator iron hand yet.
The accompanying drawing explanation:
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation between upper joint sleeve bar of the present utility model, lower joint sleeve bar and connecting screw rod;
Fig. 3 is the structural representation between sliding shoe of the present utility model and slide rail;
Fig. 4 is the structural representation between gripper shoe of the present utility model and servomotor;
Fig. 5 is the structural representation of marking device of the present utility model;
Fig. 6 is the syndeton schematic diagram between the through hole of connecting bolt and lower joint sleeve bar;
Fig. 7 is the syndeton schematic diagram between marking device and heat block;
Fig. 8 is the structural representation between block and heat block.
The specific embodiment:
Embodiment, see as shown in Fig. 1 to 8, the marking mechanism of the hot transfer printing marking machine of a kind of solar film, comprise gripper shoe 100 and servomotor 200, servomotor 200 is fixed on gripper shoe 100 back sides, turning cylinder 2001 sleeves of servomotor 200 are on gripper shoe 100 and stretch out the front of gripper shoe 200, the top of turning cylinder 2001 is fixed with rolling disc 10, the first oblate section 11 of the upper joint sleeve bar 1 of retractor device is fixed on the limit section of rolling disc 10, the second oblate section 21 of the lower joint sleeve bar 2 of retractor device is hinged on sliding shoe 20, in the slide rail 30 of sliding shoe 20 sleeves on the front of being fixed in gripper shoe 100, sliding shoe 20 bottoms are fixed with heat block 50, the bottom surface of heat block 50 is fixed with marking device 40, the mark piece 404 of marking device 40 is over against the back side of carbon ribbon 300.
Described retractor device comprises upper joint sleeve bar 1, lower joint sleeve bar 2 and connecting screw rod 3, and the top of described connecting screw rod 3 is that right-handed thread bar 31, middle part are that six trunk portion 32, bottom are left hand thread bar 33; The top of upper joint sleeve bar 1 forms the first oblate section 11, and the lower outside wall of upper joint sleeve bar 1 is six cylinders; The bottom of lower joint sleeve bar 2 forms the second oblate section 21, and the upper outside wall of lower joint sleeve bar 2 is six cylinders; The right-handed thread bar 31 of connecting screw rod 3 is screwed onto in the dextrorotation screw 12 matched with right-handed thread bar 31 of upper joint sleeve bar 1, right-handed thread bar 31 middle parts are bolted with top nut 4, the left hand thread bar 32 of connecting screw rod 3 is screwed onto in the left-handed screw 22 matched with left hand thread bar 33 of lower joint sleeve bar 2, and the middle part of left hand thread bar 33 is bolted with lower nut 5;
The first oblate section 11 and the second oblate section 21 middle parts all form through hole 6, all be inserted with connecting bolt 7 in two through holes 6, the connecting bolt 7 that the first oblate section 11 upper sleeves have is screwed onto the limit section of rolling disc 10, the connecting bolt 7 that the second oblate section 21 upper sleeves have is screwed onto on sliding shoe 20, the diameter of described two through holes 6 all is greater than the maximum gauge of the bar section of connecting bolt 7, all be inserted with spacer 9 on connecting bolt 7, the equal sleeve of spacer 9 is in through hole 6, spacer 9 in the first oblate section 11 is clamped between the connecting bolt 7 that rolling disc 10 and the first oblate section 11 upper sleeves have, spacer 9 in the second oblate section 21 is clamped between the connecting bolt 7 that sliding shoe 20 and the second oblate section 21 upper sleeves have, so just make upper joint sleeve bar 1 be hinged on rolling disc 10, lower joint sleeve bar 2 is hinged on sliding shoe 20.
Shown in sliding shoe 20 structures be, the back side of rectangle contiguous block 201 is fixed with partiting thermal insulation piece 202, the bead formed on back of partiting thermal insulation piece 202 has dovetail tangs 203, in the dovetail groove 301 formed between two slide rails 30 of dovetail tangs 203 sleeves on the front of being fixed in gripper shoe 100, the bottom of rectangle contiguous block 201 forms the horizontal projection section 204 parallel with horizontal plane, set bolt 205 successively sleeve horizontal projection section 204 be connected spacer 206 in and be screwed onto on heat block 50, connect spacer 206 and be clamped between horizontal projection section 204 and heat block 50.
The connecting bolt 7 that the described second oblate section 21 upper sleeves have is screwed onto on rectangle contiguous block 201, and spacer 9 is clamped between the connecting bolt 7 that rectangle contiguous block 201 and the second oblate section 21 upper sleeves have.
Described marking device 40 structures are, form rectangular through slot 4011 on the upper plane of block 401, the two ends of block 401 are fixed with right baffle-plate 402 and right baffle plate 403, the middle part of block 401 is inserted with mark piece 404, be carved with the mark pattern on the upper plane of mark piece 404, the upper plane of mark piece 404 is higher than the upper plane of block 401, the bar section of many bolts 405 is screwed onto on right baffle plate 403 and through right baffle plate 3 and is pressed against on the right side wall of mark piece 404, the left side wall of mark piece 404 is pressed against on the inwall of right baffle-plate 402, the bottom surface of block 401 is fixed on the bottom surface of heat block 50.
Operation principle: the diameter of through hole 6 all is greater than the maximum gauge of the bar section of connecting bolt 7, it just has gap, like this by the left-handed or dextrorotation by connecting screw rod 3, can regulate connecting screw rod 3 and be screwed onto the distance in upper joint sleeve bar 1 and lower joint sleeve bar 2, thereby regulate upper joint sleeve bar 1, the length of the expansion link that lower joint sleeve bar 2 and connecting screw rod 3 form, it regulates the summation that length is two through holes 6 and the difference of the maximum radius of spacer 9, it can guarantee mark piece 404 and treat that the distance between the mark article remains unchanged, and the effect that top nut 4 and lower nut 5 can be locked after the position adjustment completes.
When block 401 is installed heat block 50, first to rotate hand-held fixed part 406, make through right baffle plate 403, the wrap direction of the bending part 4071 of the fixed bar 407 of the bottom of block 401 and right baffle-plate 402 upwards, then heat block 50 sleeves are entered in the fixedly dovetail groove 4012 formed on the bottom surface of block 401, the right flank of heat block 50 is pressed against on the right baffle plate 403 lower than block 401 bottom surface portions, then promote hand-held fixed part 406 rotation, the wrap direction of bending part 4071 is pressed against downwards on the left surface of heat block 50, spring 408 elastic reactions, heat block 50 is clamped between bending part 4071 and right baffle plate 403, complete installation.
Claims (5)
1. the marking mechanism of the hot transfer printing marking machine of solar film, comprise gripper shoe (100) and servomotor (200), servomotor (200) is fixed on gripper shoe (100) back side, turning cylinder (2001) sleeve of servomotor (200) goes up and stretches out the front of gripper shoe (200) in gripper shoe (100), it is characterized in that: the top of turning cylinder (2001) is fixed with rolling disc (10), the first oblate section (11) of the upper joint sleeve bar (1) of retractor device is fixed on the limit section of rolling disc (10), the second oblate section (21) of the lower joint sleeve bar (2) of retractor device is hinged on sliding shoe (20), in the slide rail (30) of sliding shoe (20) sleeve on the front of being fixed in gripper shoe (100), sliding shoe (20) bottom is fixed with heat block (30), the bottom surface of heat block (30) is fixed with marking device (40), the mark piece (404) of marking device (40) is over against the back side of carbon ribbon (300).
2. the marking mechanism of the hot transfer printing marking machine of a kind of solar film according to claim 1, it is characterized in that: described retractor device comprises upper joint sleeve bar (1), lower joint sleeve bar (2) and connecting screw rod (3), and the top of described connecting screw rod (3) is that right-handed thread bar (31), middle part are that six trunk portion (32), bottom are left hand thread bar (33); The top of upper joint sleeve bar (1) forms the first oblate section (11), and the lower outside wall of upper joint sleeve bar (1) is six cylinders; The bottom of lower joint sleeve bar (2) forms the second oblate section (21), and the upper outside wall of lower joint sleeve bar (2) is six cylinders; The right-handed thread bar (31) of connecting screw rod (3) is screwed onto in the dextrorotation screw (12) matched with right-handed thread bar (31) of upper joint sleeve bar (1), right-handed thread bar (31) middle part is bolted with top nut (4), the left hand thread bar (32) of connecting screw rod (3) is screwed onto in the left-handed screw (22) matched with left hand thread bar (33) of lower joint sleeve bar (2), and the middle part of left hand thread bar (33) is bolted with lower nut (5);
The first oblate section (11) and the second oblate section (21) middle part all form through hole (6), all be inserted with connecting bolt (7) in two through holes (6), the connecting bolt (7) that the first oblate section (11) upper sleeve has is screwed onto the limit section of rolling disc (10), the connecting bolt (7) that the second oblate section (21) upper sleeve has is screwed onto on sliding shoe (20), the diameter of described two through holes (6) all is greater than the maximum gauge of the bar section of connecting bolt (7), all be inserted with spacer (9) on connecting bolt (7), the equal sleeve of spacer (9) is in through hole (6), spacer (9) in the first oblate section (11) is clamped between the connecting bolt (7) that rolling disc (10) and the first oblate section (11) upper sleeve have, spacer (9) in the second oblate section (21) is clamped between the connecting bolt (7) that sliding shoe (20) and the second oblate section (21) upper sleeve have.
3. the marking mechanism of the hot transfer printing marking machine of a kind of solar film according to claim 1 and 2, it is characterized in that: shown in sliding shoe (20) structure be, the back side of rectangle contiguous block (201) is fixed with partiting thermal insulation piece (202), the bead formed on back of partiting thermal insulation piece (202) has dovetail tangs (203), in the dovetail groove (301) formed between two slide rails (30) of dovetail tangs (203) sleeve on the front of being fixed in gripper shoe (100), the bottom of rectangle contiguous block (201) forms the horizontal projection section (204) parallel with horizontal plane, set bolt (205) successively sleeve horizontal projection section (204) be connected spacer (206) in and be screwed onto on heat block (30), connecting spacer (206) is clamped between horizontal projection section (204) and heat block (30).
4. the marking mechanism of the hot transfer printing marking machine of a kind of solar film according to claim 3, it is characterized in that: it is upper that the connecting bolt (7) that the described second oblate section (21) upper sleeve has is screwed onto rectangle contiguous block (201), and spacer (9) is clamped between the connecting bolt (7) that rectangle contiguous block (201) and the second oblate section (21) upper sleeve have.
5. the marking mechanism of the hot transfer printing marking machine of a kind of solar film according to claim 1, it is characterized in that: described marking device (40) structure is, form rectangular through slot (4011) on the upper plane of block (401), the two ends of block (401) are fixed with right baffle-plate (402) and right baffle plate (403), the middle part of block (401) is inserted with mark piece (404), be carved with the mark pattern on the upper plane of mark piece (404), the upper plane of mark piece (404) is higher than the upper plane of block (401), the bar section of many bolts (405) is screwed onto right baffle plate (403) and goes up and pass right baffle plate (3) and be pressed against on the right side wall of mark piece (404), the left side wall of mark piece (404) is pressed against on the inwall of right baffle-plate (402), the bottom surface of block (401) is fixed on the bottom surface of heat block (30).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203891475U CN203317895U (en) | 2013-07-02 | 2013-07-02 | Marking mechanism of solar film thermal transfer marking machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2013203891475U CN203317895U (en) | 2013-07-02 | 2013-07-02 | Marking mechanism of solar film thermal transfer marking machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203317895U true CN203317895U (en) | 2013-12-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2013203891475U Expired - Fee Related CN203317895U (en) | 2013-07-02 | 2013-07-02 | Marking mechanism of solar film thermal transfer marking machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203317895U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103921578A (en) * | 2014-04-29 | 2014-07-16 | 成都中牧生物药业有限公司 | Medicine packing box coding machine with easily-adjusting strokes of types relative to colored tape |
-
2013
- 2013-07-02 CN CN2013203891475U patent/CN203317895U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103921578A (en) * | 2014-04-29 | 2014-07-16 | 成都中牧生物药业有限公司 | Medicine packing box coding machine with easily-adjusting strokes of types relative to colored tape |
| CN103921578B (en) * | 2014-04-29 | 2016-02-03 | 成都中牧生物药业有限公司 | A kind of being easy to adjusts the medicine packing box coder of type relative to colour band stroke |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131204 Termination date: 20140702 |
|
| EXPY | Termination of patent right or utility model |