CN204896747U - Transition device is accepted to material - Google Patents
Transition device is accepted to material Download PDFInfo
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- CN204896747U CN204896747U CN201520605327.1U CN201520605327U CN204896747U CN 204896747 U CN204896747 U CN 204896747U CN 201520605327 U CN201520605327 U CN 201520605327U CN 204896747 U CN204896747 U CN 204896747U
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Abstract
The utility model provides a transition device is accepted to material, includes base, mount pad, accept transition mechanism, slide mechanism and horizontal opening and closing driving mechanism transversely open and shut, the mount pad includes left mount pad, right mount pad and middle mount pad, and left and right mount pad fixed establishing is respectively served the left and right of base, the fixed department of central authorities that establishes at the base of middle mount pad, accept the transition mechanism include the level accept the transition mechanism, left vertical baffle mechanism and right vertical baffle mechanism, fixed the establishing on the base of transition mechanism is accepted to the level, but a left side vertical baffle mechanism and right vertical baffle mechanism be through establishing on the base with transversely opening and shutting the slide mechanism horizontal slip, but left vertical baffle mechanism and right vertical baffle mechanism relative motion ground cover on transition mechanism is accepted to the level, left vertical baffle mechanism and right vertical baffle mechanism are close to or separate and cooperate, horizontal opening and closing driving mechanism establishes on left and right mount pad and middle mount pad, and horizontal opening and closing driving mechanism is connected with left vertical baffle mechanism and the transmission of right vertical baffle mechanism.
Description
Technical field
The utility model relates to the parts of wrapping machine, more particularly, relates to a kind of material and accepts transition apparatus.
Background technology
Along with improving constantly of people's living standard, the aesthetic standards of people improve constantly, and therefore, the requirement of people to material package is more and more higher.
At present, the packaging of material generally carries out automatic packaging by wrapping machine, by the automatic packaging of wrapping machine, thus improves degree of automation, reduces labour intensity, improve production efficiency.
In the process of existing wrapping machine convey materials, generally need to adopt material to accept transition apparatus to realize the undertaking transition conveying of material, but, the support width that transition apparatus accepted by existing material is all generally changeless, so the undertaking transition conveying that transition apparatus can only be used for same specification material accepted by existing material, but, in reality, the specification of material is varied, and therefore, the needs that transition apparatus can not meet current material package accepted by existing material.
Summary of the invention
Technical problem to be solved in the utility model is to provide a kind of material that can adjust support width and accepts transition apparatus, the undertaking transition conveying that transition apparatus goes for different size material accepted by this material, therefore, the applied widely of transition apparatus accepted by this material, thus meet the needs of current material package.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
Transition apparatus accepted by a kind of material, it is characterized in that: comprise pedestal, mount pad, undertaking transition mechanism, horizontal folding slide mechanism and horizontal folding driver train;
Above-mentioned mount pad comprises left mount pad, right mount pad and middle mount pad, and above-mentioned left mount pad is fixedly located on the left end of pedestal, and above-mentioned right mount pad is fixedly located on the right-hand member of pedestal, and above-mentioned middle mount pad is fixedly located at the centre of pedestal;
Above-mentioned undertaking transition mechanism comprises level and accepts transition mechanism, left vertical baffle mechanism and right vertical baffle mechanism; Above-mentioned level is accepted transition mechanism and is located at regularly on pedestal; Above-mentioned left vertical baffle mechanism and right vertical baffle mechanism can be located on pedestal by horizontal folding slide mechanism slidingly, above-mentioned left vertical baffle mechanism and right vertical baffle mechanism are enclosed within level and accept on transition mechanism with can be movable relatively, and above-mentioned left vertical baffle mechanism is close with right vertical baffle mechanism or be separated cooperation;
Above-mentioned horizontal folding driver train is located on left mount pad, right mount pad and middle mount pad, and above-mentioned horizontal folding driver train is connected with left vertical baffle mechanism and right vertical baffle mechanism driving.
When adopting this material undertaking transition apparatus to carry out undertaking transition conveying to material, accept transition mechanism due to level to be located at regularly on pedestal, left vertical baffle mechanism and right vertical baffle mechanism can be located on pedestal by horizontal folding slide mechanism slidingly, left vertical baffle mechanism and right vertical baffle mechanism are enclosed within level and accept on transition mechanism with can be movable relatively, so the distance between left vertical baffle mechanism and right vertical baffle mechanism is exactly the support width that transition apparatus accepted by this material;
Again because left vertical baffle mechanism is close with right vertical baffle mechanism or be separated cooperation, left vertical baffle mechanism and right vertical baffle mechanism and horizontal folding driver train are in transmission connection, so, according to the material specification in actual production, by the driving of horizontal folding driver train, can Shi Zuo vertical baffle mechanism and right vertical baffle mechanism near or be separated, so just, the support width of transition apparatus accepted by the distance between adjustable left vertical baffle mechanism and right vertical baffle mechanism i.e. this material, to be suitable for the undertaking transition conveying of the material in actual production;
After the support width adjustment of this material undertaking transition apparatus is good, horizontal folding driver train stops, thus the distance between Shi Zuo vertical baffle mechanism and right vertical baffle mechanism keeps fixing, and then the support width making this material accept transition apparatus remains unchanged, this material so just can be adopted to accept transition apparatus undertaking transition conveying is carried out to material.
The support width accepting transition apparatus due to this material can adjust according to the material specification in actual production, so, the undertaking transition conveying that transition apparatus goes for different size material accepted by this material, therefore, the practical, applied widely of transition apparatus accepted by this material, thus meet the needs of current material package.
Meanwhile, accept transition mechanism due to level and be located on pedestal regularly, so, this material is accepted transition apparatus and is had very strong weight capacity, therefore, transition apparatus accepted by this material can the heavier material of support, thus improves the practicality that transition apparatus accepted by this material;
Further transition apparatus accepted by this material, because level undertaking transition mechanism has level undertaking transitional function, left vertical baffle mechanism and right vertical baffle mechanism, there is position-limiting action, so can carry out undertaking transition conveying to material reposefully.
The optimal technical scheme of transition mechanism is accepted as the level in the utility model:
Described level is accepted transition mechanism and is comprised level undertaking rebound, left vertically erection column and the vertical erection column in the right side; The vertical erection column in an above-mentioned left side is fixedly located on the left part of pedestal vertically, and the vertical erection column in the above-mentioned right side is fixedly located on the right part of pedestal vertically; Above-mentioned level is accepted rebound and is fixedly located on left vertically erection column and the vertical erection column in the right side, and above-mentioned level is accepted rebound and is horizontally disposed with.
Because the vertical erection column in a left side is fixedly located on the left part of pedestal vertically, right vertically erection column is fixedly located on the right part of pedestal vertically; Level is accepted rebound and is fixedly located on left vertically erection column and the vertical erection column in the right side, level is accepted rebound and is horizontally disposed with, so, level is accepted transition mechanism and is had very strong weight capacity, therefore, level accepts transition mechanism can the heavier material of support, thus improves the practicality that transition apparatus accepted by this material.
Optimal technical scheme as the left vertical baffle mechanism in the utility model and right vertical baffle mechanism:
Described left vertical baffle mechanism comprises left sliding rack, left frame and left vertical baffle; The lower end of above-mentioned left sliding rack can be located on pedestal by horizontal folding slide mechanism slidingly, and above-mentioned left sliding rack is between the vertical erection column in a left side and middle mount pad, and above-mentioned left sliding rack and horizontal folding driver train are in transmission connection; Above-mentioned left frame is fixedly located on the upper end of left sliding rack, and above-mentioned left frame is enclosed within level and accepts on rebound with can be movable relatively, and above-mentioned left frame is between the vertical erection column of the vertical erection column in a left side and the right side; Above-mentioned left vertical baffle is fixedly mounted in left frame vertically, and above-mentioned left vertical baffle is positioned at the top that level accepts rebound;
Above-mentioned right vertical baffle mechanism comprises right sliding rack, correct frame and right vertical baffle; The lower end of above-mentioned right sliding rack can be located on pedestal by horizontal folding slide mechanism slidingly, and above-mentioned right sliding rack is between the vertical erection column in the right side and middle mount pad, and above-mentioned right sliding rack and horizontal folding driver train are in transmission connection; Above-mentioned correct frame is fixedly located on the upper end of right sliding rack, and above-mentioned correct frame is enclosed within level and accepts on rebound with can be movable relatively, and above-mentioned correct frame is between the vertical erection column of the vertical erection column in a left side and the right side; Above-mentioned right vertical baffle is fixedly mounted on correct frame vertically, and above-mentioned right vertical baffle is positioned at the top that level accepts rebound;
Above-mentioned left sliding rack, left frame and left vertical baffle respectively with right sliding rack, correct frame and right vertical baffle relatively near or be separated cooperation.
When adopting this material undertaking transition apparatus to carry out undertaking transition conveying to material, accept rebound due to level to be fixedly located on pedestal by left vertically erection column and the vertical erection column on even keel in the right side, left vertical baffle passes through left frame, left sliding rack and horizontal folding slide mechanism can be located on pedestal slidingly, left vertical baffle is located at the top that level accepts rebound vertically, right vertical baffle passes through correct frame, right sliding rack and horizontal folding slide mechanism can be located on pedestal slidingly, right vertical baffle is located at the top that level accepts rebound vertically, so, distance between left vertical baffle and right vertical baffle is exactly the support width that transition apparatus accepted by this material,
Again due to left sliding rack, left frame and left vertical baffle respectively with right sliding rack, correct frame and right vertical baffle relatively near or be separated cooperation, and, left sliding rack and right sliding rack and horizontal folding driver train are in transmission connection, so, according to the specification of the material in actual production, by the driving of horizontal folding driver train, can make left sliding rack and right sliding rack near or be separated, thus make the left frame on left sliding rack and the correct frame on right sliding rack near or be separated, and then make the left vertical baffle in left frame and the right vertical baffle on correct frame near or be separated, the support width of transition apparatus accepted by distance i.e. this material that so just can adjust between left vertical baffle and right vertical baffle, to be suitable for the undertaking transition conveying of the material in actual production,
After the support width adjustment of this material undertaking transition apparatus is good, horizontal folding driver train stops, thus make the distance between left sliding rack and right sliding rack keep fixing, and then make the distance between the correct frame on the left frame on left sliding rack and right sliding rack keep fixing, also the distance between the left vertical baffle in left frame and the right vertical baffle on correct frame is made to keep fixing, therefore, the support width that transition apparatus accepted by this material just remains unchanged, and this material so just can be adopted to accept transition apparatus and carry out undertaking transition conveying to material.
Optimal technical scheme as the horizontal folding slide mechanism in the utility model:
Described horizontal folding slide mechanism comprises the first horizontal folding track, the second horizontal folding track, left horizontal folding slide block and right horizontal folding slide block;
Above-mentioned first horizontal folding track and the second horizontal folding track are laterally located on pedestal, and above-mentioned first horizontal folding track and the second horizontal folding parallel track are arranged;
Above-mentioned left horizontal folding slide block can laterally be located on the first horizontal folding track and the second horizontal folding track slidably, above-mentioned left horizontal folding slide block is between the vertical erection column in a left side and middle mount pad, and above-mentioned left horizontal folding slide block is fixedly connected with the lower end of left sliding rack;
Above-mentioned right horizontal folding slide block can laterally be located on the first horizontal folding track and the second horizontal folding track slidably, above-mentioned right horizontal folding slide block is between the vertical erection column in the right side and middle mount pad, and above-mentioned right horizontal folding slide block is fixedly connected with the lower end of right sliding rack.
Optimal technical scheme as the horizontal folding driver train in the utility model:
Described horizontal folding driver train comprises horizontal folding drive motor, initiatively crowngear, left cross lead screw, Left Drive crowngear, right cross lead screw and right transmission crowngear;
Above-mentioned horizontal folding drive motor is fixedly located on middle mount pad vertically, and above-mentioned active crowngear is fixedly located on the power take-off shaft of horizontal folding drive motor coaxially;
Above-mentioned left cross lead screw is located on left mount pad and middle mount pad rotationally, and above-mentioned left cross lead screw and the first horizontal folding track and the second horizontal folding parallel track are arranged, and above-mentioned left cross lead screw is connected by screw-driven with left sliding rack; Above-mentioned Left Drive crowngear is fixedly located on left cross lead screw coaxially, and above-mentioned Left Drive crowngear engages with active crowngear;
Above-mentioned right cross lead screw is located on right mount pad and middle mount pad rotationally, and above-mentioned right cross lead screw and the first horizontal folding track and the second horizontal folding parallel track are arranged, and above-mentioned right cross lead screw is connected by screw-driven with right sliding rack; Above-mentioned right transmission crowngear is fixedly located on right cross lead screw coaxially, and above-mentioned right transmission crowngear engages with active crowngear.
When horizontal folding drive motor forward or reverse, horizontal folding drive motor drives initiatively crowngear forward or reverse, initiatively crowngear drives left cross lead screw and right cross lead screw to rotate by Left Drive crowngear and right transmission crowngear simultaneously, left cross lead screw drives left sliding rack to move, left sliding rack is horizontally slipped along the first horizontal folding track and the second horizontal folding track by left horizontal folding slide block, synchronously, right cross lead screw drives right sliding rack to move, right sliding rack is horizontally slipped along the first horizontal folding track and the second horizontal folding track by right horizontal folding slide block, therefore, left sliding rack and right sliding rack just close to each other or away from, so just, can make the left frame on left sliding rack and the correct frame on right sliding rack near or be separated, and then make the left vertical baffle in left frame and the right vertical baffle on correct frame near or be separated, the support width of transition apparatus accepted by distance i.e. this material that so just can adjust between left vertical baffle and right vertical baffle, to be suitable for the undertaking transition conveying of the material in actual production,
After the support width adjustment of this material undertaking transition apparatus is good, horizontal folding drive motor stops operating, thus make the distance between left sliding rack and right sliding rack keep fixing, and then make the distance between the correct frame on the left frame on left sliding rack and right sliding rack keep fixing, also the distance between the left vertical baffle in left frame and the right vertical baffle on correct frame is made to keep fixing, therefore, the support width that transition apparatus accepted by this material just remains unchanged, and this material so just can be adopted to accept transition apparatus and carry out undertaking transition conveying to material.
As further improvement of the utility model technical scheme:
A transition conveyer structure is provided with below described pedestal.
Material can be transported to destination locations from reference position by above-mentioned transition conveyer structure.
A kind of optimal technical scheme as the transition conveyer structure in the utility model:
Described transition conveyer structure comprises cross transition carriage, cross transition conveying slide mechanism and cross transition transport driving;
Above-mentioned cross transition carriage is located at the below of pedestal, above-mentioned cross transition carriage horizontally set;
Above-mentioned cross transition conveying slide mechanism comprises the first cross transition delivery track, the second cross transition delivery track, left cross transition conveying slide block and right cross transition conveying slide block;
Above-mentioned first cross transition delivery track and the second cross transition delivery track are laterally located on cross transition carriage, and above-mentioned first cross transition delivery track and the second cross transition delivery track be arranged in parallel;
Above-mentioned left cross transition conveying slide block can laterally be located on the first cross transition delivery track and the second cross transition delivery track slidably, and above-mentioned left cross transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned right cross transition conveying slide block can laterally be located on the first cross transition delivery track and the second cross transition delivery track slidably, and above-mentioned right cross transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned cross transition transport driving comprises cross transition conveying screw mandrel and cross transition conveying motor; Above-mentioned cross transition conveying screw mandrel is installed in rotation on cross transition carriage, above-mentioned cross transition carries screw mandrel and the first cross transition delivery track and the second cross transition delivery track to be arranged in parallel, and above-mentioned cross transition conveying screw mandrel is connected by screw-driven with pedestal; Above-mentioned cross transition conveying motor is fixedly mounted on cross transition carriage, and above-mentioned cross transition conveying motor carries screw rod transmission to be connected with cross transition.
When cross transition conveying motor forward or reverse, cross transition conveying driven by motor cross transition conveying screw mandrel forward or reverse, cross transition conveying screw mandrel drives base motion, pedestal is horizontally slipped along the first cross transition delivery track and the second cross transition delivery track by left cross transition conveying slide block and right cross transition conveying slide block, like this, material just laterally can be transported to destination locations from reference position by the undertaking transition mechanism be positioned on pedestal, thus further increases the practicality that transition apparatus accepted by this material.
Another kind of optimal technical scheme as the transition conveyer structure in the utility model:
Described transition conveyer structure comprises longitudinal transition carriage, longitudinal transition conveying slide mechanism and longitudinal transition transport driving;
Above-mentioned longitudinal transition carriage is located at the below of pedestal, and above-mentioned longitudinal transition carriage is longitudinally arranged;
Above-mentioned longitudinal transition conveying slide mechanism comprises first longitudinal transition delivery track, second longitudinal transition delivery track, left longitudinal transition conveying slide block and right longitudinal transition conveying slide block;
Above-mentioned first longitudinal transition delivery track and second longitudinal transition delivery track end wise are located on longitudinal transition carriage, and above-mentioned first longitudinal transition delivery track and second longitudinal transition delivery track be arranged in parallel;
Above-mentioned left longitudinal transition conveying slide block can be located on first longitudinal transition delivery track and second longitudinal transition delivery track with longitudinal sliding, and above-mentioned left longitudinal transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned right longitudinal transition conveying slide block can be located on first longitudinal transition delivery track and second longitudinal transition delivery track with longitudinal sliding, and above-mentioned right longitudinal transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned longitudinal transition transport driving comprises longitudinal transition conveying screw mandrel and longitudinal transition conveying motor; Above-mentioned longitudinal transition conveying screw mandrel is installed in rotation on longitudinal transition carriage, above-mentioned longitudinal transition carries screw mandrel and first longitudinal transition delivery track and second longitudinal transition delivery track to be arranged in parallel, and above-mentioned longitudinal transition conveying screw mandrel is connected by screw-driven with pedestal; Above-mentioned longitudinal transition conveying motor is fixedly mounted on longitudinal transition carriage, and above-mentioned longitudinal transition conveying motor carries screw rod transmission to be connected with longitudinal transition.
When longitudinal transition conveying motor forward or reverse, longitudinal transition conveying driven by motor longitudinal transition conveying screw mandrel forward or reverse, longitudinal transition conveying screw mandrel drives base motion, pedestal carries slide block along first longitudinal transition delivery track and second longitudinal transition delivery track slide anteroposterior by left longitudinal transition conveying slide block and right longitudinal transition, like this, material just can be transported to destination locations from reference position end wise by the undertaking transition mechanism be positioned on pedestal, thus further increases the practicality that transition apparatus accepted by this material.
Above-mentioned " longitudinal direction " refers to the throughput direction of material, and above-mentioned " transverse direction " refers to the direction perpendicular with mass transport direction, and the meaning of " longitudinal direction " and " transverse direction " that relate to below is the same.
The utility model beneficial effect is against existing technologies:
Accept transition apparatus due to this material and comprise pedestal, mount pad, undertaking transition mechanism, horizontal folding slide mechanism and horizontal folding driver train; Above-mentioned mount pad comprises left mount pad, right mount pad and middle mount pad, and above-mentioned left mount pad is fixedly located on the left end of pedestal, and above-mentioned right mount pad is fixedly located on the right-hand member of pedestal, and above-mentioned middle mount pad is fixedly located at the centre of pedestal; Above-mentioned undertaking transition mechanism comprises level and accepts transition mechanism, left vertical baffle mechanism and right vertical baffle mechanism; Above-mentioned level is accepted transition mechanism and is located at regularly on pedestal; Above-mentioned left vertical baffle mechanism and right vertical baffle mechanism can be located on pedestal by horizontal folding slide mechanism slidingly, above-mentioned left vertical baffle mechanism and right vertical baffle mechanism are enclosed within level and accept on transition mechanism with can be movable relatively, and above-mentioned left vertical baffle mechanism is close with right vertical baffle mechanism or be separated cooperation; Above-mentioned horizontal folding driver train is located on left mount pad, right mount pad and middle mount pad, and above-mentioned horizontal folding driver train is connected with left vertical baffle mechanism and right vertical baffle mechanism driving;
So the distance between left vertical baffle mechanism and right vertical baffle mechanism is exactly the support width that transition apparatus accepted by this material; And, according to the material specification in actual production, by the driving of horizontal folding driver train, can Shi Zuo vertical baffle mechanism and right vertical baffle mechanism near or be separated, so just, the support width of transition apparatus accepted by the distance between adjustable left vertical baffle mechanism and right vertical baffle mechanism i.e. this material, to be suitable for the undertaking transition conveying of the material in actual production; Therefore, the support width that transition apparatus accepted by this material can adjust according to the material specification in actual production, so, the undertaking transition conveying that transition apparatus goes for different size material accepted by this material, thus the practical, applied widely of transition apparatus accepted by this material, thus meet the needs of current material package.
Meanwhile, this material accept transition apparatus also have structure simple, reasonable in design, be skillfully constructed, weight capacity is strong, flexible movements, stability is high, operation and maintenance is convenient, be easy to the advantages such as popularization.
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the block diagram of the utility model preferred embodiment 1;
Fig. 2 is the front elevation of the utility model preferred embodiment 1;
Fig. 3 is the block diagram of another angle of the utility model preferred embodiment 1;
Fig. 4 is the block diagram of the utility model preferred embodiment 1 when omitting left vertical baffle mechanism and right vertical baffle mechanism;
Fig. 5 is the front elevation of the utility model preferred embodiment 1 when omitting left vertical baffle mechanism and right vertical baffle mechanism;
Fig. 6 is the block diagram of the utility model preferred embodiment 1 when level accepts transition mechanism;
Fig. 7 is the front elevation of the utility model preferred embodiment 1 when level accepts transition mechanism;
Fig. 8 is the block diagram of the utility model preferred embodiment 2;
Fig. 9 is the block diagram of another angle of the utility model preferred embodiment 2.
Detailed description of the invention
preferred embodiment 1
As shown in Figures 1 to 7, transition apparatus accepted by the material in this preferred embodiment, comprises transition conveyer structure 1, pedestal 2, mount pad 3, accepts transition mechanism 4, horizontal folding slide mechanism 5 and horizontal folding driver train 6;
Above-mentioned transition conveyer structure 1 comprises cross transition carriage 11, cross transition conveying slide mechanism 12 and cross transition transport driving 13;
Above-mentioned cross transition carriage 11 horizontally set;
Above-mentioned cross transition conveying slide mechanism 12 comprises the first cross transition delivery track 121, second cross transition delivery track 122, left cross transition conveying slide block 123 and right cross transition conveying slide block 124;
Above-mentioned first cross transition delivery track 121 and the second cross transition delivery track 122 are laterally located on cross transition carriage 11, and above-mentioned first cross transition delivery track 121 and the second cross transition delivery track 122 be arranged in parallel;
Above-mentioned left cross transition conveying slide block 123 can laterally be located on the first cross transition delivery track 121 and the second cross transition delivery track 122 slidably;
Above-mentioned right cross transition conveying slide block 124 can laterally be located on the first cross transition delivery track 121 and the second cross transition delivery track 122 slidably;
Above-mentioned cross transition transport driving 13 comprises cross transition conveying screw mandrel 131 and cross transition conveying motor 132;
Above-mentioned cross transition conveying screw mandrel 131 is installed in rotation on cross transition carriage 11, and above-mentioned cross transition carries screw mandrel 131 and the first cross transition delivery track 121 and the second cross transition delivery track 122 to be arranged in parallel;
Above-mentioned cross transition conveying motor 132 is fixedly mounted on cross transition carriage 11, and above-mentioned cross transition conveying motor 132 carries screw mandrel 131 to be in transmission connection with cross transition.
Said base 2 is positioned at the top of cross transition carriage 11, and the lower surface of said base 2 is fixedly located on left cross transition conveying slide block 123 and right cross transition conveying slide block 124, and said base 2 and cross transition carry screw mandrel 131 to be connected by screw-driven.
Above-mentioned mount pad 3 comprises left mount pad 31, right mount pad 32 and middle mount pad 33, above-mentioned left mount pad 31 is fixedly located on the left end of pedestal 2, above-mentioned right mount pad 32 is fixedly located on the right-hand member of pedestal 2, and above-mentioned middle mount pad 33 is fixedly located at the centre of pedestal 2.
Above-mentioned undertaking transition mechanism 4 comprises level and accepts transition mechanism 40, left vertical baffle mechanism 41 and right vertical baffle mechanism 42, above-mentioned level is accepted transition mechanism 40 and is comprised level undertaking rebound 400, left vertically erection column 401 and the vertical erection column 402 in the right side, above-mentioned left vertical baffle mechanism 41 comprises left sliding rack 411, left frame 412 and left vertical baffle 413, and above-mentioned right vertical baffle mechanism 42 comprises right sliding rack 421, correct frame 422 and right vertical baffle 423;
The vertical erection column 401 in an above-mentioned left side is fixedly located on the left part of pedestal 2 vertically, and the vertical erection column 402 in the above-mentioned right side is fixedly located on the right part of pedestal 2 vertically; Above-mentioned level is accepted rebound 400 and is fixedly located on left vertically erection column 401 and the vertical erection column 402 in the right side, and above-mentioned level is accepted rebound 400 and is horizontally disposed with; Like this, level is accepted transition mechanism 40 and is just established regularly on the base 2, as shown in Figure 4 and Figure 5;
The lower end of above-mentioned left sliding rack 411 can be established on the base 2 by horizontal folding slide mechanism 5 slidingly, and left sliding rack 411 is between the vertical erection column in a left side 401 and middle mount pad 33, and left sliding rack 411 is in transmission connection with horizontal folding driver train 6; Left frame 412 is fixedly located on the upper end of left sliding rack 411, and left frame 412 is enclosed within level and accepts on rebound 400 with can be movable relatively, and left frame 412 is between the vertical erection column 402 of the vertical erection column in a left side 401 and the right side; Left vertical baffle 413 is fixedly mounted in left frame 412 vertically, and left vertical baffle 413 is positioned at the top that level accepts rebound 400; Like this, left vertical baffle mechanism 41 just can establish on the base 2 by horizontal folding slide mechanism 5 slidingly, and left vertical baffle mechanism 41 is enclosed within level and accepts on transition mechanism 40, as shown in Fig. 1, Fig. 6 and Fig. 7 with just can be movable relatively;
The lower end of above-mentioned right sliding rack 421 can be established on the base 2 by horizontal folding slide mechanism 5 slidingly, and right sliding rack 421 is between the vertical erection column in the right side 402 and middle mount pad 33, and right sliding rack 421 is in transmission connection with horizontal folding driver train 6; Correct frame 422 is fixedly located on the upper end of right sliding rack 421, and correct frame 422 is enclosed within level and accepts on rebound 400 with can be movable relatively, and correct frame 422 is between the vertical erection column 402 of the vertical erection column in a left side 401 and the right side; Right vertical baffle 423 is fixedly mounted on correct frame 422 vertically, and right vertical baffle 423 is positioned at the top that level accepts rebound 400; Like this, right vertical baffle mechanism 42 just can establish on the base 2 by horizontal folding slide mechanism 5 slidingly, and right vertical baffle mechanism 42 is enclosed within level and accepts on transition mechanism 40, as shown in Fig. 1, Fig. 6 and Fig. 7 with just can be movable relatively;
Accept rebound 400 due to level fixedly to be established on the base 2 by left vertically erection column 401 and the right side vertical erection column 402 on even keel, left vertical baffle 413 is by left frame 412, left sliding rack 411 and horizontal folding slide mechanism 5 can be established on the base 2 slidingly, left vertical baffle 413 is located at the top that level accepts rebound 400 vertically, right vertical baffle 423 is by correct frame 422, right sliding rack 421 and horizontal folding slide mechanism 5 can be established on the base 2 slidingly, right vertical baffle 423 is located at the top that level accepts rebound 400 vertically, so, distance between left vertical baffle 413 and right vertical baffle 423 is exactly the support width that transition apparatus accepted by this material,
Above-mentioned left sliding rack 411, left frame 412 and left vertical baffle 413 respectively with right sliding rack 421, correct frame 422 and right vertical baffle 423 relatively near or be separated cooperation, namely above-mentioned left vertical baffle mechanism 41 and right vertical baffle mechanism 42 near or be separated cooperation.
Above-mentioned horizontal folding slide mechanism 5 comprises the horizontal folding track 52 of the first horizontal folding track 51, second, left horizontal folding slide block 53 and right horizontal folding slide block 54;
Above-mentioned first horizontal folding track 51 and the second horizontal folding track 52 are laterally established on the base 2, and above-mentioned first horizontal folding track 51 and the second horizontal folding track 52 be arranged in parallel;
Above-mentioned left horizontal folding slide block 53 can laterally be located on the first horizontal folding track 51 and the second horizontal folding track 52 slidably, above-mentioned left horizontal folding slide block 53 is between the vertical erection column in a left side 401 and middle mount pad 33, and above-mentioned left horizontal folding slide block 53 is fixedly connected with the lower end of left sliding rack 411;
Above-mentioned right horizontal folding slide block 54 can laterally be located on the first horizontal folding track 51 and the second horizontal folding track 52 slidably, above-mentioned right horizontal folding slide block 54 is between the vertical erection column in the right side 402 and middle mount pad 33, and above-mentioned right horizontal folding slide block 54 is fixedly connected with the lower end of right sliding rack 421.
Above-mentioned horizontal folding driver train 6 comprises horizontal folding drive motor 61, initiatively crowngear 62, left cross lead screw 63, Left Drive crowngear 64, right cross lead screw 65 and right transmission crowngear 66;
Above-mentioned horizontal folding drive motor 61 is fixedly located on middle mount pad 33 vertically, and above-mentioned active crowngear 62 is fixedly located on the power take-off shaft of horizontal folding drive motor 61 coaxially;
Above-mentioned left cross lead screw 63 is located on left mount pad 31 and middle mount pad 33 rotationally, above-mentioned left cross lead screw 63 and the first horizontal folding track 51 and the second horizontal folding track 52 be arranged in parallel, and above-mentioned left cross lead screw 63 is connected by screw-driven with left sliding rack 411; Above-mentioned Left Drive crowngear 64 is fixedly located on left cross lead screw 63 coaxially, and above-mentioned Left Drive crowngear 64 engages with active crowngear 62;
Above-mentioned right cross lead screw 66 is located on right mount pad 32 and middle mount pad 33 rotationally, above-mentioned right cross lead screw 65 and the first horizontal folding track 51 and the second horizontal folding track 42 be arranged in parallel, and above-mentioned right cross lead screw 65 is connected by screw-driven with right sliding rack 421; Above-mentioned right transmission crowngear 66 is fixedly located on right cross lead screw 65 coaxially, and above-mentioned right transmission crowngear 66 engages with active crowngear 62;
Like this, above-mentioned horizontal folding driver train 6 is located on left mount pad 31, right mount pad 32 and middle mount pad 33, and above-mentioned horizontal folding driver train 6 is in transmission connection with the left sliding rack 411 of left vertical baffle mechanism 41 and the right sliding rack 421 of right vertical baffle mechanism 42.
Above-mentioned " longitudinal direction " refers to the throughput direction of material, as illustrated by the arrows in fig. 1 direction, and above-mentioned " transverse direction " refers to the direction perpendicular with mass transport direction, and the meaning of " longitudinal direction " and " transverse direction " that relate to below is the same.
Be described in further detail below in conjunction with the working process of accompanying drawing to the utility model preferred embodiment:
As shown in Figure 1, Figure 2 and Figure 3, when adopting this material undertaking transition apparatus to carry out undertaking transition conveying to material, according to the material specification in actual production, by horizontal folding driver train 6, the support width that transition apparatus accepted by this material is adjusted in the following manner:
When horizontal folding drive motor 61 forward or reverse, horizontal folding drive motor 61 drives initiatively crowngear 62 forward or reverse, initiatively crowngear 62 drives left cross lead screw 63 and right cross lead screw 65 to rotate by Left Drive crowngear 64 and right transmission crowngear 66 simultaneously, left cross lead screw 63 drives left sliding rack 411 to move, left sliding rack 411 is horizontally slipped along the first horizontal folding track 51 and the second horizontal folding track 52 by left horizontal folding slide block 53, synchronously, right cross lead screw 65 drives right sliding rack 421 to move, right sliding rack 421 is horizontally slipped along the first horizontal folding track 51 and the second horizontal folding track 52 by right horizontal folding slide block 54, therefore, left sliding rack and right sliding rack just close to each other or away from, so just, can make the left frame 412 on left sliding rack 411 and the correct frame 422 on right sliding rack 421 near or be separated, and then make the left vertical baffle 413 in left frame 412 and the right vertical baffle 423 on correct frame 422 near or be separated, the support width of transition apparatus accepted by distance i.e. this material that so just can adjust between left vertical baffle 413 and right vertical baffle 423, to be suitable for the undertaking transition conveying of the material in actual production,
After the support width adjustment of this material undertaking transition apparatus is good, horizontal folding drive motor 61 stops operating, thus make the distance between left sliding rack 411 and right sliding rack 421 keep fixing, and then make the distance between the left frame 412 on left sliding rack 411 and the correct frame 422 on right sliding rack 421 keep fixing, also the distance between the left vertical baffle 413 in left frame 412 and the right vertical baffle 423 on correct frame 422 is made to keep fixing, therefore, the support width that transition apparatus accepted by this material just remains unchanged, so just, this material can be adopted to accept transition apparatus undertaking transition conveying is carried out to material.
When the level of material between the left vertical baffle 413 accepting transition mechanism 4 and right vertical baffle 423 accepts rebound 400, cross transition is made to carry motor 132 forward or reverse, cross transition conveying motor 132 drives cross transition to carry screw mandrel 131 forward or reverse, cross transition conveying screw mandrel 131 is with moving base 2 to move, pedestal 2 is horizontally slipped along the first cross transition delivery track 121 and the second cross transition delivery track 122 by left cross transition conveying slide block 123 and right cross transition conveying slide block 124, like this, material just laterally can be transported to destination locations from reference position by the undertaking transition mechanism 4 be positioned on pedestal 2, thus further increase the practicality that transition apparatus accepted by this material.
preferred embodiment 2
Preferred embodiment 2 is substantially identical with preferred embodiment 1, and both are difference:
As shown in Figure 8 and Figure 9, the transition conveyer structure 1 in preferred embodiment 2 comprises longitudinal transition carriage 14, longitudinal transition conveying slide mechanism 15 and longitudinal transition transport driving 16;
Above-mentioned longitudinal transition carriage 14 is located at the below of pedestal 2, and above-mentioned longitudinal transition carriage 14 is longitudinally arranged;
Above-mentioned longitudinal transition conveying slide mechanism 15 comprises the longitudinal transition delivery track 152 of first longitudinal transition delivery track 151, second, left longitudinal transition conveying slide block (not showing in Fig. 8 and Fig. 9) and right longitudinal transition conveying slide block 153;
Above-mentioned first longitudinal transition delivery track 151 and second longitudinal transition delivery track 152 end wise are located on longitudinal transition carriage 14, and above-mentioned first longitudinal transition delivery track 151 and second longitudinal transition delivery track 152 be arranged in parallel;
Above-mentioned left longitudinal transition conveying slide block can be located on first longitudinal transition delivery track 151 and second longitudinal transition delivery track 152 with longitudinal sliding, and above-mentioned left longitudinal transition conveying slide block is fixedly connected with the lower surface of pedestal 2;
Above-mentioned right longitudinal transition conveying slide block 153 can be located on first longitudinal transition delivery track 151 and second longitudinal transition delivery track 152 with longitudinal sliding, and above-mentioned right longitudinal transition conveying slide block 153 is fixedly connected with the lower surface of pedestal 2;
Above-mentioned longitudinal transition transport driving 16 comprises longitudinal transition conveying screw mandrel 161 and longitudinal transition conveying motor 162; Above-mentioned longitudinal transition conveying screw mandrel 161 is installed in rotation on longitudinal transition carriage 14, above-mentioned longitudinal transition carries screw mandrel 161 and first longitudinal transition delivery track 151 and second longitudinal transition delivery track 152 to be arranged in parallel, and above-mentioned longitudinal transition conveying screw mandrel 161 is connected by screw-driven with pedestal 2; Above-mentioned longitudinal transition conveying motor 162 is fixedly mounted on longitudinal transition carriage 14, and above-mentioned longitudinal transition conveying motor 162 carries screw mandrel 161 to be in transmission connection with longitudinal transition.
When longitudinal transition conveying motor 162 forward or reverse, longitudinal transition conveying motor 162 drives longitudinal transition to carry screw mandrel 161 forward or reverse, longitudinal transition conveying screw mandrel 161 is with moving base 2 to move, pedestal 2 carries slide block 153 along the first longitudinal transition delivery track 151 and second longitudinal transition delivery track 152 slide anteroposterior by left longitudinal transition conveying slide block and right longitudinal transition, like this, material just can be transported to destination locations from reference position end wise by the undertaking transition mechanism 4 be positioned on pedestal 2, thus further increase the practicality that transition apparatus accepted by this material.
Above preferred embodiment is the preferred example in its detailed description of the invention of the utility model, and above preferred embodiment is not used for limiting practical range of the present utility model; Therefore, every various equivalents made according to the protection domain of its claim of the utility model, all cover by the protection domain of its claim of the utility model.
Claims (8)
1. a transition apparatus accepted by material, it is characterized in that: comprise pedestal, mount pad, undertaking transition mechanism, horizontal folding slide mechanism and horizontal folding driver train;
Above-mentioned mount pad comprises left mount pad, right mount pad and middle mount pad, and above-mentioned left mount pad is fixedly located on the left end of pedestal, and above-mentioned right mount pad is fixedly located on the right-hand member of pedestal, and above-mentioned middle mount pad is fixedly located at the centre of pedestal;
Above-mentioned undertaking transition mechanism comprises level and accepts transition mechanism, left vertical baffle mechanism and right vertical baffle mechanism; Above-mentioned level is accepted transition mechanism and is located at regularly on pedestal; Above-mentioned left vertical baffle mechanism and right vertical baffle mechanism can be located on pedestal by horizontal folding slide mechanism slidingly, above-mentioned left vertical baffle mechanism and right vertical baffle mechanism are enclosed within level and accept on transition mechanism with can be movable relatively, and above-mentioned left vertical baffle mechanism is close with right vertical baffle mechanism or be separated cooperation;
Above-mentioned horizontal folding driver train is located on left mount pad, right mount pad and middle mount pad, and above-mentioned horizontal folding driver train is connected with left vertical baffle mechanism and right vertical baffle mechanism driving.
2. transition apparatus accepted by material according to claim 1, it is characterized in that: described level is accepted transition mechanism and comprised level undertaking rebound, left vertically erection column and the vertical erection column in the right side; The vertical erection column in an above-mentioned left side is fixedly located on the left part of pedestal vertically, and the vertical erection column in the above-mentioned right side is fixedly located on the right part of pedestal vertically; Above-mentioned level is accepted rebound and is fixedly located on left vertically erection column and the vertical erection column in the right side, and above-mentioned level is accepted rebound and is horizontally disposed with.
3. transition apparatus accepted by material according to claim 2, it is characterized in that: described left vertical baffle mechanism comprises left sliding rack, left frame and left vertical baffle; The lower end of above-mentioned left sliding rack can be located on pedestal by horizontal folding slide mechanism slidingly, and above-mentioned left sliding rack is between the vertical erection column in a left side and middle mount pad, and above-mentioned left sliding rack and horizontal folding driver train are in transmission connection; Above-mentioned left frame is fixedly located on the upper end of left sliding rack, and above-mentioned left frame is enclosed within level and accepts on rebound with can be movable relatively, and above-mentioned left frame is between the vertical erection column of the vertical erection column in a left side and the right side; Above-mentioned left vertical baffle is fixedly mounted in left frame vertically, and above-mentioned left vertical baffle is positioned at the top that level accepts rebound;
Above-mentioned right vertical baffle mechanism comprises right sliding rack, correct frame and right vertical baffle; The lower end of above-mentioned right sliding rack can be located on pedestal by horizontal folding slide mechanism slidingly, and above-mentioned right sliding rack is between the vertical erection column in the right side and middle mount pad, and above-mentioned right sliding rack and horizontal folding driver train are in transmission connection; Above-mentioned correct frame is fixedly located on the upper end of right sliding rack, and above-mentioned correct frame is enclosed within level and accepts on rebound with can be movable relatively, and above-mentioned correct frame is between the vertical erection column of the vertical erection column in a left side and the right side; Above-mentioned right vertical baffle is fixedly mounted on correct frame vertically, and above-mentioned right vertical baffle is positioned at the top that level accepts rebound;
Above-mentioned left sliding rack, left frame and left vertical baffle respectively with right sliding rack, correct frame and right vertical baffle relatively near or be separated cooperation.
4. transition apparatus accepted by material according to claim 3, it is characterized in that: described horizontal folding slide mechanism comprises the first horizontal folding track, the second horizontal folding track, left horizontal folding slide block and right horizontal folding slide block;
Above-mentioned first horizontal folding track and the second horizontal folding track are laterally located on pedestal, and above-mentioned first horizontal folding track and the second horizontal folding parallel track are arranged;
Above-mentioned left horizontal folding slide block can laterally be located on the first horizontal folding track and the second horizontal folding track slidably, above-mentioned left horizontal folding slide block is between the vertical erection column in a left side and middle mount pad, and above-mentioned left horizontal folding slide block is fixedly connected with the lower end of left sliding rack;
Above-mentioned right horizontal folding slide block can laterally be located on the first horizontal folding track and the second horizontal folding track slidably, above-mentioned right horizontal folding slide block is between the vertical erection column in the right side and middle mount pad, and above-mentioned right horizontal folding slide block is fixedly connected with the lower end of right sliding rack.
5. transition apparatus accepted by material according to claim 4, it is characterized in that: described horizontal folding driver train comprises horizontal folding drive motor, initiatively crowngear, left cross lead screw, Left Drive crowngear, right cross lead screw and right transmission crowngear;
Above-mentioned horizontal folding drive motor is fixedly located on middle mount pad vertically, and above-mentioned active crowngear is fixedly located on the power take-off shaft of horizontal folding drive motor coaxially;
Above-mentioned left cross lead screw is located on left mount pad and middle mount pad rotationally, and above-mentioned left cross lead screw and the first horizontal folding track and the second horizontal folding parallel track are arranged, and above-mentioned left cross lead screw is connected by screw-driven with left sliding rack; Above-mentioned Left Drive crowngear is fixedly located on left cross lead screw coaxially, and above-mentioned Left Drive crowngear engages with active crowngear;
Above-mentioned right cross lead screw is located on right mount pad and middle mount pad rotationally, and above-mentioned right cross lead screw and the first horizontal folding track and the second horizontal folding parallel track are arranged, and above-mentioned right cross lead screw is connected by screw-driven with right sliding rack; Above-mentioned right transmission crowngear is fixedly located on right cross lead screw coaxially, and above-mentioned right transmission crowngear engages with active crowngear.
6. transition apparatus accepted by material according to claim 1, it is characterized in that: be provided with a transition conveyer structure below described pedestal.
7. transition apparatus accepted by material according to claim 6, it is characterized in that: described transition conveyer structure comprises cross transition carriage, cross transition conveying slide mechanism and cross transition transport driving;
Above-mentioned cross transition carriage is located at the below of pedestal, above-mentioned cross transition carriage horizontally set;
Above-mentioned cross transition conveying slide mechanism comprises the first cross transition delivery track, the second cross transition delivery track, left cross transition conveying slide block and right cross transition conveying slide block;
Above-mentioned first cross transition delivery track and the second cross transition delivery track are laterally located on cross transition carriage, and above-mentioned first cross transition delivery track and the second cross transition delivery track be arranged in parallel;
Above-mentioned left cross transition conveying slide block can laterally be located on the first cross transition delivery track and the second cross transition delivery track slidably, and above-mentioned left cross transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned right cross transition conveying slide block can laterally be located on the first cross transition delivery track and the second cross transition delivery track slidably, and above-mentioned right cross transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned cross transition transport driving comprises cross transition conveying screw mandrel and cross transition conveying motor; Above-mentioned cross transition conveying screw mandrel is installed in rotation on cross transition carriage, above-mentioned cross transition carries screw mandrel and the first cross transition delivery track and the second cross transition delivery track to be arranged in parallel, and above-mentioned cross transition conveying screw mandrel is connected by screw-driven with pedestal; Above-mentioned cross transition conveying motor is fixedly mounted on cross transition carriage, and above-mentioned cross transition conveying motor carries screw rod transmission to be connected with cross transition.
8. transition apparatus accepted by material according to claim 6, it is characterized in that: described transition conveyer structure comprises longitudinal transition carriage, longitudinal transition conveying slide mechanism and longitudinal transition transport driving;
Above-mentioned longitudinal transition carriage is located at the below of pedestal, and above-mentioned longitudinal transition carriage is longitudinally arranged;
Above-mentioned longitudinal transition conveying slide mechanism comprises first longitudinal transition delivery track, second longitudinal transition delivery track, left longitudinal transition conveying slide block and right longitudinal transition conveying slide block;
Above-mentioned first longitudinal transition delivery track and second longitudinal transition delivery track end wise are located on longitudinal transition carriage, and above-mentioned first longitudinal transition delivery track and second longitudinal transition delivery track be arranged in parallel;
Above-mentioned left longitudinal transition conveying slide block can be located on first longitudinal transition delivery track and second longitudinal transition delivery track with longitudinal sliding, and above-mentioned left longitudinal transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned right longitudinal transition conveying slide block can be located on first longitudinal transition delivery track and second longitudinal transition delivery track with longitudinal sliding, and above-mentioned right longitudinal transition conveying slide block is fixedly connected with the lower surface of pedestal;
Above-mentioned longitudinal transition transport driving comprises longitudinal transition conveying screw mandrel and longitudinal transition conveying motor; Above-mentioned longitudinal transition conveying screw mandrel is installed in rotation on longitudinal transition carriage, above-mentioned longitudinal transition carries screw mandrel and first longitudinal transition delivery track and second longitudinal transition delivery track to be arranged in parallel, and above-mentioned longitudinal transition conveying screw mandrel is connected by screw-driven with pedestal; Above-mentioned longitudinal transition conveying motor is fixedly mounted on longitudinal transition carriage, and above-mentioned longitudinal transition conveying motor carries screw rod transmission to be connected with longitudinal transition.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520605327.1U CN204896747U (en) | 2015-08-13 | 2015-08-13 | Transition device is accepted to material |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520605327.1U CN204896747U (en) | 2015-08-13 | 2015-08-13 | Transition device is accepted to material |
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| Publication Number | Publication Date |
|---|---|
| CN204896747U true CN204896747U (en) | 2015-12-23 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520605327.1U Active CN204896747U (en) | 2015-08-13 | 2015-08-13 | Transition device is accepted to material |
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| Country | Link |
|---|---|
| CN (1) | CN204896747U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110371604A (en) * | 2019-07-25 | 2019-10-25 | 浙江海悦自动化机械股份有限公司 | A kind of wrapper sheet machine conveying waiting mechanism |
-
2015
- 2015-08-13 CN CN201520605327.1U patent/CN204896747U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110371604A (en) * | 2019-07-25 | 2019-10-25 | 浙江海悦自动化机械股份有限公司 | A kind of wrapper sheet machine conveying waiting mechanism |
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Effective date of registration: 20160801 Address after: 518000, room 221, No. 904, Whampoa Avenue, Tianhe District, Guangdong, Guangzhou Patentee after: Xie Weijian Address before: Four building, building B, No. 3, new road, Changan Town, Guangdong, Dongguan, 523000 Patentee before: DONGGUAN JINGTENG ELECTRONIC MATERIAL CO., LTD. |