CN207773669U - A kind of leading screw adjustment mechanism based on labelling machine - Google Patents
A kind of leading screw adjustment mechanism based on labelling machine Download PDFInfo
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- CN207773669U CN207773669U CN201721833062.6U CN201721833062U CN207773669U CN 207773669 U CN207773669 U CN 207773669U CN 201721833062 U CN201721833062 U CN 201721833062U CN 207773669 U CN207773669 U CN 207773669U
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- leading screw
- adjustment mechanism
- screw adjustment
- labelling machine
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Abstract
The utility model discloses a kind of leading screw adjustment mechanism based on labelling machine, the leading screw adjustment mechanism include：Bottom set casing, leading screw driving source, leading screw and abnormity nut；The bottom set casing offers leading screw accommodating chamber for accommodating the leading screw；The output shaft of the leading screw driving source is connected to leading screw by through hole；Described leading screw one end is connected to the output shaft of leading screw driving source, and outer rim is then arranged with abnormity nut；The leading screw adjustment mechanism is for driving intermediate connecting mechanism, length travel mechanism, the first adsorbing mechanism and the second adsorbing mechanism to be moved to feeding platform direction, the objective table before the leading screw adjustment mechanism is fixed on above Electric Appliance Cabinet.The utility model by leading screw adjustment mechanism labelling machine paste auxiliary material when transfer product label in time position to processing platform on, improve automation auxiliary material attaching automation and efficiency.
Description
Technical field
The utility model is related to automate processing technique field, and in particular to a kind of leading screw adjustment machine based on labelling machine
Structure.
Background technology
The product of phone housing also needs to attach after having produced many auxiliary materials at present, for example, foam, grenadine, double faced adhesive tape,
Network access license, brand identity etc., the mode for attaching auxiliary material at present mostly use handwork, frequent operation, not only waste of manpower,
And it is wrong to be easy to patch, that is to say, that in high-volume industrial processes, product to be labelled is being sent to the mistake of processing platform
Cheng Zhong is required for manually being transplanted on next station or be come using the assembly line of strip if often machining a process
It is transferred, all process velocity can be caused slow, machining accuracy is not high, can not effectively promote processing efficiency.
Therefore, the existing technology needs to be improved and developed.
Utility model content
The technical problem to be solved by the present invention is to for the drawbacks described above of the prior art, provide a kind of based on patch
The leading screw adjustment mechanism of mark machine, it is intended to transfer the position of product to be labelled in time when labelling machine pastes auxiliary material by leading screw adjustment mechanism
It sets on processing platform, improves the automation and efficiency that automation auxiliary material attaches.
The utility model technical scheme applied to solve the technical problem is as follows：
A kind of leading screw adjustment mechanism based on labelling machine, wherein the leading screw adjustment mechanism includes：
Bottom set casing, leading screw driving source, leading screw and abnormity nut；
The bottom set casing offers leading screw accommodating chamber for accommodating the leading screw；
The output shaft of the leading screw driving source is connected to leading screw by through hole；
Described leading screw one end is connected to the output shaft of leading screw driving source, and outer rim is then arranged with abnormity nut.
The leading screw adjustment mechanism based on labelling machine, wherein the leading screw adjustment mechanism is for driving intermediate connection
Mechanism, length travel mechanism, the first adsorbing mechanism and the second adsorbing mechanism are moved to feeding platform direction, and the leading screw adjusts machine
Objective table before structure is fixed on above Electric Appliance Cabinet.
The leading screw adjustment mechanism based on labelling machine, wherein five banding of leading screw accommodating chamber is kept off and upper opening.
The leading screw adjustment mechanism based on labelling machine, wherein the bottom set casing further includes：It is bottom baffle, preceding
End-stopping plate, rear end-stopping plate, left side baffle and right-hand apron；The lower face of bottom baffle fits in objective table upper surface, front end
Baffle or rear end-stopping plate offer through hole；In left side baffle and right-hand apron the two there are two the settings of at least one lateral surface
Limited block, two limited blocks are respectively arranged at left side baffle or right-hand apron at two close end port.
The leading screw adjustment mechanism based on labelling machine, wherein the left side baffle of the bottom set casing and right side gear
Plate medial surface upper end is all provided with one first round guide groove, and medial surface lower end is then all provided with one second round guide groove；Institute
It states and offers a special-shaped limiting slot in the middle part of bottom baffle upper surface, the abnormity limiting slot is right-angle side in opening up inside
Opening groove profile.
The leading screw adjustment mechanism based on labelling machine, wherein the bottom baffle both sides are close to left side baffle and the right side
A loss of weight straight slot in hollow is respectively offered at side shield；Bottom baffle is additionally provided with two groups of connection through holes, two groups of connections
Through hole adapts to two loss of weight straight slots respectively, and connects through hole and be longitudinally arranged through loss of weight straight slot, for fixing bottom
Shell is fixed on objective table.
The leading screw adjustment mechanism based on labelling machine, wherein the abnormity nut is fixedly connected with suitable with limited block
The banking stop matched, the banking stop are in " Z " type.
The leading screw adjustment mechanism based on labelling machine, wherein three plate intermediate plates in the block of the banking stop
Respectively with upper end plate and lower end plate vertical connection；Upper end plate is for being fixedly connected with abnormity nut；Intermediate plate is for pasting
Close the upper surface of left side baffle or right-hand apron；Lower end plate is used for after contacting limited block, and limited block is made to send out signal in place,
So that control centre's control leading screw adjustment mechanism stops movement；The limited block is built-in with proximity sensor, described close to sensing
Device after detecting banking stop for sending a signal to control centre.
The leading screw adjustment mechanism based on labelling machine, wherein the bottom set casing is in "-" type.
The leading screw adjustment mechanism based on labelling machine, wherein the abnormity nut includes upper and lower two parts, its underpart
In bulk and a threaded hole is offered, the threaded hole adapts to leading screw；Upper part is in then concave character type, the upper surface that both sides are higher by
Multiple first connecting holes are offered, the square type connecting plate for being detachably connected abnormity nut upper end；It is flat between two protrusions
Face is then provided through multiple second connecting holes, the sliding shoe for being detachably connected concave character type below an upper section；The sliding shoe
There are four settings, is divided into one group two-by-two, and every group of sliding shoe is fitted with a rail plate, and the rail plate longitudinal section is in I-shaped
Type.
The utility model, which provides, discloses a kind of leading screw adjustment mechanism based on labelling machine, the leading screw adjustment mechanism packet
It includes：Bottom set casing, leading screw driving source, leading screw and abnormity nut；The bottom set casing offers leading screw accommodating chamber for holding
Receive the leading screw；The output shaft of the leading screw driving source is connected to leading screw by through hole；Described leading screw one end is connected to leading screw
The output shaft of driving source, outer rim are then arranged with abnormity nut；The leading screw adjustment mechanism is for driving intermediate connecting mechanism, longitudinal direction
Displacement mechanism, the first adsorbing mechanism and the second adsorbing mechanism are moved to feeding platform direction, and the leading screw adjustment mechanism is fixed on
Objective table above preceding Electric Appliance Cabinet.The utility model is transferred by leading screw adjustment mechanism when labelling machine pastes auxiliary material and waits labelling in time
On the position to processing platform of product, the automation and efficiency that automation auxiliary material attaches are improved.
Description of the drawings
Fig. 1 is leading screw adjustment mechanism structure principle chart in process rackwork of the utility model based on labelling machine.
Fig. 2 is the structure principle chart of leading screw adjustment mechanism entirety of the utility model based on labelling machine.
Fig. 3 is the structure principle chart that leading screw adjustment mechanism of the utility model based on labelling machine hides upper cover.
Fig. 4 be leading screw adjustment mechanism of the utility model based on labelling machine preferred embodiment in bottom set casing structure
Schematic diagram.
Fig. 5 be leading screw adjustment mechanism of the utility model based on labelling machine preferred embodiment in the structure of abnormity nut show
It is intended to.
Fig. 6 be leading screw adjustment mechanism of the utility model based on labelling machine preferred embodiment in connect with abnormity nut
The structural schematic diagram of banking stop.
Label corresponds to as follows：
Process rackwork, 2000；Leading screw adjustment mechanism, 2100；Bottom set casing, 2110；Loss of weight straight slot, 2111；Even
Connect through hole, 2112；Leading screw accommodating chamber, 2113；Limited block, 2110a；First round guide groove, 2110b；Second round guiding
Slot, 2110c；Special-shaped limiting slot, 2110d；Leading screw driving source, 2120；Output shaft, 2121；Leading screw, 2130；Abnormity nut,
2140；Banking stop, 2141；Upper end plate, 2141a；Intermediate plate, 2141b；Lower end plate, 2141c；Top, 2142；Lower part,
2143；Intermediate connecting mechanism, 2200；Length travel mechanism, 2300；First adsorbing mechanism, 2400；Second adsorbing mechanism, 2500.
Specific implementation mode
To keep the purpose of this utility model, technical solution and advantage clearer, clear, develop simultaneously implementation referring to the drawings
The utility model is further described in example.It should be appreciated that specific embodiment described herein is only used to explain this reality
With novel, it is not used to limit the utility model.
As shown in figures 1 to 6, a kind of leading screw adjustment mechanism based on labelling machine, the leading screw adjustment mechanism 2100 is for driving
Intermediate connecting mechanism 2200, length travel mechanism 2300, the first adsorbing mechanism 2400 and the second adsorbing mechanism 2500 are flat to charging
It moves in platform direction（Sequentially connected leading screw adjustment mechanism 2100, intermediate connecting mechanism 2200, length travel mechanism 2300, first
The process rackwork 2000 of adsorbing mechanism 2400 and the second adsorbing mechanism 2500 composition labelling machine）, the leading screw adjustment mechanism
Objective table before being fixed on above Electric Appliance Cabinet（It is not shown in figure）, wherein the leading screw adjustment mechanism 2100 based on labelling machine
Including：
Bottom set casing 2110, leading screw driving source 2120, leading screw 2130 and abnormity nut 2140；The bottom set casing
2110 offer leading screw accommodating chamber 2113 for accommodating the leading screw 2130；The output shaft 2121 of the leading screw driving source 2120 is logical
It crosses through hole and is connected to leading screw；Described leading screw one end is connected to the output shaft 2121 of leading screw driving source 2120, and outer rim is then arranged with
Abnormity nut 2140.
Specifically, as in Figure 2-4, the bottom set casing 2110 is in "-" type, offers leading screw accommodating chamber 2113, institute
2,113 5 banding of leading screw accommodating chamber is stated to keep off and upper opening；The bottom set casing 2110 further includes：Bottom baffle, preceding terminal block
Plate, rear end-stopping plate, left side baffle and right-hand apron.
Specifically, the objective table before the leading screw adjustment mechanism 2100 is fixed on above Electric Appliance Cabinet, the objective table is in
The concave character type set；The lower face of bottom baffle fits in objective table upper surface, and front end baffle or rear end-stopping plate offer through hole,
Leading screw driving source 2120（Rotary electric machine or cylinder etc. may be selected）Output shaft 2121 be connected to leading screw across the through hole
2130, there are two limited block 2110a, two limited blocks for the setting of at least one lateral surface in left side baffle and right-hand apron the two
2110a is respectively arranged at left side baffle or right-hand apron at two close end port, and the abnormity nut 2140 is fixedly connected with
The banking stop 2141 being adapted to limited block 2110a, as shown in fig. 6, the banking stop 2141 is in " Z " type, the three of banking stop 2141
A plate intermediate plate 2141b in the block and other two plates（Upper end plate 2141a and lower end plate 2141c）Vertical connection；
Upper end plate 2141a is for being fixedly connected with abnormity nut 2140；Intermediate plate 2141b is for being bonded left side baffle or right-hand apron
Upper surface；Lower end plate 2141c is used for after contacting limited block 2110a, and limited block 2110a is made to send out signal in place, so that
Control centre controls leading screw adjustment mechanism 2100 and stops movement；The limited block 2110a is built-in with proximity sensor, described close
Sensor after detecting banking stop 2141 for sending a signal to control centre.
Further, in the utility model further preferred embodiment, as shown in figure 4, the left side baffle and the right side
Side shield medial surface upper end is all provided with one first round guide groove 2110b, and it is round that medial surface lower end is then all provided with one second
Guide groove 2110c.A special-shaped limiting slot 2110d, the abnormity limiting slot 2110d are offered in the middle part of the bottom baffle upper surface
In the opening groove profile that opening up inside is right-angle side（I.e. by symbol " (" be rotated by 90 ° counterclockwise, and by symbol ") " up time
Needle is rotated by 90 °）.In addition, the bottom baffle both sides respectively offer one in hollow at left side baffle and right-hand apron
Loss of weight straight slot 2111（As shown in figure 4, loss of weight straight slot 2111 is arranged along the long side direction of bottom baffle, and run through bottom baffle two
Hold end face）, bottom baffle is additionally provided with two groups of connection through holes 2112, and it is logical that two groups of connection through holes adapt to two losss of weight respectively
Slot 2111, and connect the longitudinal loss of weight straight slot 2111 that runs through of through hole 2112 and be arranged, for bottom set casing 2110 to be fixed on load
Object platform.It is not difficult to find out, there are two effects for the loss of weight straight slot 2111, first, mitigate the weight of bottom set casing 2110, two
It is the interface channel as connection through hole 2112, that is, accommodates the connection bolt of part.
Further, 2130 one end of the leading screw is connected to the output shaft of leading screw driving source 2120, and outer rim is then arranged with different
Shape nut 2140, as shown in figure 5, the abnormity nut 2140 includes upper and lower two parts（Top 2142 and lower part 2143）, under
Portion 2143 is in bulk and offers a threaded hole, and the threaded hole adapts to leading screw 2130；Upper part 2142 then be in concave character type, two
The raised upper surface in side offers multiple first connecting holes, and the square type for being detachably connected 2140 upper end of abnormity nut connects
Plate；Two it is raised between plane be then provided through multiple second connecting holes, for being detachably connected concave character type below an upper section
Sliding shoe（It is not shown in figure）.There are four the sliding shoe settings, is divided into one group two-by-two, every group of sliding shoe is fitted with a sliding
Guide rail, the rail plate longitudinal section are in I-shaped, but unlike I-shaped guide rail in the prior art, in the utility model
Rail plate upper end both sides respectively offer the fillet of an indent, the recess of on both sides of the middle also uses inclined-plane and curve combination knot
Structure, what part setting all was used to improve sliding shoe and rail plate is adapted to degree, further increases the fortune of abnormity nut 2140
Dynamic direction accuracy.
In conclusion the utility model discloses a kind of leading screw adjustment mechanism based on labelling machine, the leading screw adjusts machine
Structure includes：Bottom set casing, leading screw driving source, leading screw and abnormity nut；The bottom set casing offers leading screw accommodating chamber use
In the receiving leading screw；The output shaft of the leading screw driving source is connected to leading screw by through hole；Described leading screw one end is connected to
The output shaft of leading screw driving source, outer rim are then arranged with abnormity nut；The leading screw adjustment mechanism for drive intermediate connecting mechanism,
Length travel mechanism, the first adsorbing mechanism and the second adsorbing mechanism are moved to feeding platform direction, and the leading screw adjustment mechanism is solid
Objective table above preceding Electric Appliance Cabinet.By leading screw adjustment mechanism, when labelling machine pastes auxiliary material, transfer waits for the utility model in time
It labels on the position to processing platform of product, improves the automation and efficiency that automation auxiliary material attaches.
It should be understood that the application of the utility model is not limited to above-mentioned citing, those of ordinary skill in the art are come
It says, it can be modified or changed according to the above description, and all these modifications and variations should all belong to the appended power of the utility model
The protection domain that profit requires.
Claims (10)
1. a kind of leading screw adjustment mechanism based on labelling machine, which is characterized in that the leading screw adjustment mechanism includes：
Bottom set casing, leading screw driving source, leading screw and abnormity nut；
The bottom set casing offers leading screw accommodating chamber for accommodating the leading screw；
The output shaft of the leading screw driving source is connected to leading screw by through hole；
Described leading screw one end is connected to the output shaft of leading screw driving source, and outer rim is then arranged with abnormity nut.
2. the leading screw adjustment mechanism according to claim 1 based on labelling machine, which is characterized in that the leading screw adjustment mechanism
For driving intermediate connecting mechanism, length travel mechanism, the first adsorbing mechanism and the second adsorbing mechanism to be moved to feeding platform direction
It is dynamic, the objective table before the leading screw adjustment mechanism is fixed on above Electric Appliance Cabinet.
3. the leading screw adjustment mechanism according to claim 1 based on labelling machine, which is characterized in that the leading screw accommodating chamber five
Banding is kept off and upper opening.
4. the leading screw adjustment mechanism according to claim 1 based on labelling machine, which is characterized in that the bottom set casing is also
Including：Bottom baffle, front end baffle, rear end-stopping plate, left side baffle and right-hand apron；The lower face of bottom baffle fits in load
Object platform upper surface, front end baffle or rear end-stopping plate offer through hole；At least one in left side baffle and right-hand apron the two
Lateral surface setting is there are two limited block, and two limited blocks are respectively arranged at left side baffle or right-hand apron leans on two close end port
Place.
5. the leading screw adjustment mechanism according to claim 4 based on labelling machine, which is characterized in that the bottom set casing
Left side baffle and right-hand apron medial surface upper end are all provided with one first round guide groove, and medial surface lower end is then all provided with one
Two round guide grooves；A special-shaped limiting slot is offered in the middle part of the bottom baffle upper surface, the abnormity limiting slot is in opening court
On inside be right-angle side opening groove profile.
6. the leading screw adjustment mechanism according to claim 4 based on labelling machine, which is characterized in that the bottom baffle both sides
A loss of weight straight slot in hollow is respectively offered at left side baffle and right-hand apron；Bottom baffle is additionally provided with two groups of connections
Through hole, two groups of connection through holes adapt to two loss of weight straight slots respectively, and connect through hole and be longitudinally arranged through loss of weight straight slot,
For bottom set casing to be fixed on objective table.
7. the leading screw adjustment mechanism according to claim 6 based on labelling machine, which is characterized in that the abnormity nut is fixed
It is connected with the banking stop being adapted to limited block, the banking stop is in " Z " type.
8. the leading screw adjustment mechanism according to claim 7 based on labelling machine, which is characterized in that three of the banking stop
Plate intermediate plate in the block respectively with upper end plate and lower end plate vertical connection；Upper end plate is for being fixedly connected with special-shaped spiral shell
It is female；Intermediate plate is used to be bonded the upper surface of left side baffle or right-hand apron；Lower end plate is used for after contacting limited block, makes limit
Position block sends out signal in place, so that control centre's control leading screw adjustment mechanism stops movement；The limited block is built-in with close to biography
Sensor, the proximity sensor after detecting banking stop for sending a signal to control centre.
9. the leading screw adjustment mechanism according to claim 1 based on labelling machine, which is characterized in that the abnormity nut includes
Upper and lower two parts, its underpart is in bulk and offers a threaded hole, and the threaded hole adapts to leading screw；Upper part is in then character cut in bas-relief
Type, the upper surface that both sides are higher by offer multiple first connecting holes, and the square type for being detachably connected abnormity nut upper end connects
Plate；Plane between two protrusions is then provided through multiple second connecting holes, for being detachably connected concave character type below an upper section
Sliding shoe；There are four the sliding shoe settings, is divided into one group two-by-two, every group of sliding shoe is fitted with a rail plate, the cunning
Dynamic guide rail longitudinal section is in I-shaped.
10. the leading screw adjustment mechanism according to claim 1 based on labelling machine, which is characterized in that the bottom set casing
In "-" type.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721833062.6U CN207773669U (en) | 2017-12-25 | 2017-12-25 | A kind of leading screw adjustment mechanism based on labelling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721833062.6U CN207773669U (en) | 2017-12-25 | 2017-12-25 | A kind of leading screw adjustment mechanism based on labelling machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207773669U true CN207773669U (en) | 2018-08-28 |
Family
ID=63224176
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721833062.6U Active CN207773669U (en) | 2017-12-25 | 2017-12-25 | A kind of leading screw adjustment mechanism based on labelling machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207773669U (en) |
-
2017
- 2017-12-25 CN CN201721833062.6U patent/CN207773669U/en active Active
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