CN205418222U - Objective table - Google Patents
Objective table Download PDFInfo
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- CN205418222U CN205418222U CN201521001568.1U CN201521001568U CN205418222U CN 205418222 U CN205418222 U CN 205418222U CN 201521001568 U CN201521001568 U CN 201521001568U CN 205418222 U CN205418222 U CN 205418222U
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- cylinder
- sideboard
- support board
- fixed dam
- reciprocating motion
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Abstract
The utility model discloses an objective table, this objective table are equipped with adjustable fender, fixed stop, carry thing board, base, adjustable fender with straight reciprocating motion mode movable mounting on the base, fixed stop fixed mounting is on the base, it passes through cylinder I and installs on the base to carry the thing board, adjustable fender passes through cylinder II, the support is fixed on the base, it is straight reciprocating motion through I relative base in the cylinder to carry the thing board, adjustable fender's straight reciprocating motion scope is crossing with the straight reciprocating motion scope of carrying the thing board. Objective table adopts the structure small, that the action range is big for whole device has compact structure's advantage, has brought the effect of the transport of being convenient for after dividing into groups.
Description
Technical field
This utility model relates to the object stage that a kind of reverse packet device uses.
Background technology
In order to provide the apparatus for grouping being suitable for octahedral diamond molding container, prior art discloses a kind of reverse packet device, such as publication date is that the Chinese patent of Publication No. CN204124408U on January 28th, 2015 discloses a kind of reverse packet device, and on this device, the object stage for bearing article includes sideboard 6, fixed dam 7, support board 8, pedestal 9, backplate 10.It is arranged in frame by linear motion guide bottom pedestal 9.Sideboard 6 is fixed on pedestal 9 by support 17, and sideboard 6 is hinged on support, and it can swing by opposite brackets；Being also equipped with cylinder II 12 on support, the cylinder body of cylinder II 12 is flexibly connected with support by bearing pin, and the piston rod of cylinder II 12 is flexibly connected with sideboard 6 by oscillating bearing.Support board 8 is arranged on pedestal 9 by cylinder I 11, and the cylinder body of cylinder I 11 is fixed on pedestal 9, and the piston rod of cylinder I 11 is fixed on support board 8.Fixed dam 7 is provided with two vertical planes, one of them be blocking surface 14, another be transition face 15；Fixed dam 7 is fixedly mounted on pedestal 9.On the direction that vertical synchronization band 3 rotates, support board 8 is between sideboard 6 and fixed dam 7；The blocking surface of fixed dam 7 is towards sideboard 6 position.During work, cylinder II 12 stretches out, and sideboard 6 swings to fixed dam 7 position.Owing to this object stage uses the sideboard moved in a swing fashion, carrier structure is caused to occupy bigger space so that whole reverse packet device volume is big.
Summary of the invention
The technical problems to be solved in the utility model is to provide the object stage of the reverse packet device being applicable to the packet of octahedral diamond molding container of a kind of compact.
nullFor solving above-mentioned technical problem，This utility model adopts the following technical scheme that this object stage is provided with sideboard、Fixed dam、Support board、Pedestal，Described sideboard is movably arranged on pedestal in straight reciprocating motion mode，Described fixed dam is fixedly mounted on pedestal，Described fixed dam is provided with blocking surface B，Described sideboard is provided with blocking surface A，It is in towards relative position relationship between the blocking surface B and the blocking surface A of sideboard of described fixed dam，Described support board is arranged on pedestal by cylinder I，Described sideboard passes through cylinder II、Support is fixed on pedestal，Described sideboard is fixedly mounted on the piston rod of cylinder II，Described cylinder II is rack-mount，Described support is fixedly mounted on pedestal，Described sideboard does linear reciprocating motion by cylinder II opposite base，Support board is stretched out on direction between sideboard and fixed dam at cylinder II，Described fixed dam position is positioned in the telescopic direction of cylinder II，Described support board does straight reciprocating motion by cylinder I opposite base，The straight reciprocating motion scope of described sideboard intersects with the straight reciprocating motion scope of support board.
In this technical scheme, sideboard and the octahedral diamond molding container that fixed dam is matrix arrangement provide two blocking surfaces playing clamping action.The straight reciprocating motion of sideboard promotees can do linear reciprocating motion in the horizontal direction, the straight reciprocating motion of support board then make support board can action of gravity direction and with the party in the opposite direction on move, namely support board liftable；The direction of motion of sideboard is vertical with the direction of motion of support board all the time.
Due to support board liftable, so that the width of blocking surface may be set in higher value, make the sideboard on object stage and fixed dam can be clamped on the vertical plane on octahedral diamond molding container；The distance being simultaneously used for being grouped the member distance support board of pusher movable property product matrix can shorten further, it is easy to the contact surface increasing these parts with octahedral diamond molding container, this is for promoting product matrix significant, because it is less and be all located at the centre position of sidepiece that the vertical plane of octahedral diamond molding container sidepiece only accounts for the ratio of sidepiece area, if push mechanism is away from support board, push mechanism is few with this vertical plane contact portion and is positioned at one end of whole inclusion, the most whole octahedral diamond molding container by force unbalance, push away Bao Shiyi to topple over, so push mechanism length sets long steadily to promote product matrix after being conducive to packet closer to support board.
In the technical program, sideboard realizes the design of reciprocating structure by cylinder, it is possible to the space that farthest parts needed for the motion of reduction sideboard take so that the functional unit at sideboard place has the advantage of compact conformation；Meanwhile, the Level Promoting effect that sideboard is formed, the beneficially vertical plane uniform force of octahedral diamond molding container, it is to avoid the profile of octahedral diamond molding container is extruded and deforms；Furthermore, sideboard transverse shifting on horizontal level can make between itself and support board to produce enough spacing with the short period in the horizontal direction, and then ensures to have for the parts being grouped pusher movable property product matrix enough for the space established a connection with product.
Transitional region is there is between object stage and other parts when other operation provides the octahedral diamond molding container of matrix arrangement after packet, in order to allow product matrix steadily carry in transition region, as of the present utility model preferably, described fixed dam is provided with the transition face vertical with blocking surface B, described support board is provided with loading surface, and the straight reciprocating motion scope of described support board includes that the loading surface of support board is parallel and is higher than the position of transition face.
This utility model uses technique scheme: object stage uses the structure that volume is little, movement range is big so that whole device has the advantage of compact conformation, is easy to the effect of carrying after bringing packet.
Accompanying drawing explanation
With detailed description of the invention, this utility model is further described in detail below in conjunction with the accompanying drawings.
Fig. 1 is the structural representation of a kind of object stage of this utility model.
Detailed description of the invention
The first embodiment of this utility model.
The technical program is used for reverse packet device, and this reverse packet device includes frame, drive mechanism and loading assembly.Drive mechanism and loading assembly are all arranged in frame.
Drive mechanism includes motor, decelerator, synchronous pulley, Timing Belt.Synchronous pulley is arranged in frame by rotating shaft, and frame is provided with two synchronous pulleys, and Timing Belt is arranged on two synchronous pulleys, and it is circular arc, the middle structure for straight that Timing Belt launches to form two ends on synchronous pulley.Decelerator is arranged in frame, and motor is arranged in frame by decelerator, and decelerator is connected with one of them synchronous pulley.After electric motor starting, Timing Belt rotates in one direction, and Timing Belt direction of motion of two sections of straight parts between two synchronous pulleys is contrary；Timing Belt one section of straight part between two synchronous pulleys exports position I as power, Timing Belt another section of straight part between two synchronous pulleys exports position II as power, and such drive mechanism is provided with two contrary power output positions of power outbound course.
Loading assembly includes four object stages, and adjacent two object stages are one group.As it is shown in figure 1, each object stage includes sideboard 1, fixed dam 2, support board 3, pedestal 4, backplate.It is arranged in frame by linear motion guide bottom pedestal 4.Sideboard 1 is fixed on pedestal 4 by cylinder II 6 and support 11, and sideboard 1 is fixedly mounted on the end of the piston rod of cylinder II 6, this piston rod is perpendicular to sideboard 1；The cylinder body of cylinder II 6 is fixedly mounted on support 11, and support 11 is fixedly mounted on pedestal 4.Support board 3 is arranged on pedestal 4 by cylinder I 5, and the cylinder body of cylinder I 5 is fixed on pedestal 4, and the piston rod of cylinder I 5 is fixed on support board 3.Fixed dam 2 is provided with two vertical planes, one of them be blocking surface B8, another be transition face 9；Fixed dam 2 is fixedly mounted on pedestal 4.On the direction that vertical synchronization band rotates, support board 3 is between sideboard 1 and fixed dam 2；The blocking surface B8 of fixed dam 2 is towards sideboard 1 position.Under original state, cylinder I 5, cylinder II 6 is all in contraction state, the blocking surface B8 of the parallel fixed dam of blocking surface A7 2 of sideboard 1 and both be in state face to face, therefore the blocking surface B8 towards sensing fixed dam 2 of the blocking surface A7 of sideboard 1, the blocking surface A7 towards sensing sideboard 1 of the blocking surface B8 of fixed dam 2, the blocking surface B8 of fixed dam 2 is positioned at loading surface 10 top of support board 3, the transition face of fixed dam 2 is higher than the loading surface 10 of support board 3, the loading surface 10 of support board 3 is in parallel position relationship each other with the transition face of fixed dam 2, the blocking surface A7 of sideboard 1 deviates from loading surface 10 top of support board 3 and is in and does not affects support board 3 and rise.Backplate is fixedly mounted on the side of support board 3 and support board 3 and is provided only with a backplate, backplate one end protrusion is provided with this end of transition face at fixed dam 2, the backplate other end protrudes this end at sideboard 1, and backplate top is also protruded on the transition face of fixed dam 2.Object stage can slide and be positioned at above Timing Belt in frame, and its glide direction is parallel with Timing Belt direction of motion of two sections of straight parts between two synchronous pulleys.Between adjacent two object stages, one object stage and Timing Belt one section of straight part between two synchronous pulleys fix be connected, another object stage and Timing Belt another section of straight part between two synchronous pulleys is fixing is connected, the direction of motion of the most adjacent object stage is contrary.Between adjacent two object stages, the backplate of one object stage is positioned at the side of support board 3, the backplate of another object stage is positioned at the opposite side of support board 3, the backplate on four object stages position alternate on its fixing support board 3 so that the loading surface 10 between the adjacent object stage that the loading surface 10 between the adjacent object stage having maintains an equal level and can link up, having is cut off by backplate.Four object stages of loading assembly are divided into two groups, are separated by two support boards 3 between the backplate of two object stages often organized；Under original state, two object stages often organized are closely packed together.
During work, the octahedral diamond molding container arranged in arrays obtained from channel-dividing device is pushed to or is transported to two object stages combining.Under original state, sideboard 1 is in vertical state, in its blocking surface A7 is in vertically.Then, cylinder II 6 stretches out, sideboard 1 moves along a straight line to fixed dam 2 position, until the blocking surface A7 of sideboard 1 contacts with octahedral diamond molding container and octahedral diamond molding container is pressed to fixed dam 2 position, and sideboard 1 is squeezed in the medium position of octahedral diamond molding container, this position is the vertical plane position of octahedral diamond molding container side, by producing interaction force at this vertical plane between the octahedral diamond molding container so closed on, the most all octahedral diamond molding containers can maintain the state of matrix arrangement, do not have the phenomenon that inclusion scatters.Blocking surface A7 on sideboard 1 is parallel with the blocking surface B8 on fixed dam 2 all the time in the process, and affected by the degree of octahedral diamond molding container extrusion, when there being deflection, sideboard 1 can move to fixed dam 2 position further, now the blocking surface A7 on sideboard 1 is still in parallel state with the blocking surface B8 on fixed dam 2, and the blocking surface A7 of the sideboard 1 and blocking surface B8 of fixed dam 2 is still in relative location status.So, the octahedral diamond molding container surrounding of matrix arrangement is limited by the blocking surface A7 of the blocking surface B8 of fixed dam 2, the blocking surface of backplate and sideboard 1 in this step.Then, drive mechanism starts, Timing Belt drives stage movement, the distance often organized between adjacent object stage is made to be gradually increased, thus original product matrix is split, make the matrix of an original m*n, become matrix and the matrix of (m-x) * n of an x*n, the size of the support board 3 of the most all object stages, shape is the most identical, therefore make the matrix that the matrix of m*n is divided into two m/2*n, certainly can use according to other needs by design support board 3 size, shape obtains the cutting operation of not equal portions, thus obtain matrix and the matrix of (m-x) * n of an x*n, wherein x is not 1/2nd m, m, n, x is integer.After partitioning products matrix, cylinder II 6 shrinks, and sideboard 1 returns to original state；Cylinder I 5 stretches out, and support board 3 does ascending motion with octahedral diamond molding container, until cylinder I 5 stop motion when the loading surface 10 of support board 3 is higher than the transition face of fixed dam 2.Now, the octahedral diamond molding container of the matrix arrangement after packet is pushed in the parts of other operation by other parts, such as diaphragm capsule, and the transition face at this process fixed dam 2 can continue as providing bottom octahedral diamond molding container supporting.
This utility model the second embodiment, with the difference of the first embodiment, this embodiment is that drive mechanism includes two cylinders and two push rods, described push rod is fixed in frame by sliding bearing, the cylinder body of cylinder is fixed in frame, one cylinder and a push rod connect, the bearing of trend that two push rods are in parallel position relationship and any one push rod is all parallel with the glide direction of object stage, and the telescopic direction of two cylinders is contrary；Steric requirements according to reverse packet device, the piston rod bearing of trend of two cylinders can in the same direction can also be reverse, when two cylinders piston rod bearing of trend in the same direction time one cylinder original state be shrink, the original state of another cylinder is for stretching out, when the piston rod bearing of trend of two cylinders is reverse, the original state of two cylinders is all to shrink or stretch out, and uses the structure that the piston rod bearing of trend of two cylinders is reverse in the present embodiment.Adjacent object stage is connected with two push rods respectively, and then object stage is driven.A push rod exports position II as power output position I, another push rod as power in the present embodiment.
The third embodiment of this utility model, with the difference of the second embodiment, this embodiment is that drive mechanism uses oil cylinder to provide power.
The 4th kind of embodiment of this utility model, with the difference of the first embodiment, this embodiment is that drive mechanism includes the cylinder that quantity is identical with object stage quantity, the piston rod of cylinder is connected with object stage, the piston rod bearing of trend of two cylinders being connected with the object stage of same group can in the same direction can also be reverse, when two cylinders piston rod bearing of trend in the same direction time one cylinder original state for shrink, the original state of another cylinder is for stretching out, when the piston rod bearing of trend of two cylinders is reverse, the original state of two cylinders is all to shrink or stretch out, the present embodiment uses the structure that the piston rod bearing of trend of two cylinders is reverse.The piston rod of two cylinders of residue that the piston rod of two cylinders that Telescopic-cylinder is kept strokes is kept strokes as power output position I, Telescopic-cylinder exports position II as power the most in the present embodiment.
The 5th kind of embodiment of this utility model, with the difference of the 4th kind of embodiment, this embodiment is that drive mechanism uses oil cylinder to provide power.
Claims (2)
- null1. an object stage，It is characterized in that: described object stage is provided with sideboard (1)、Fixed dam (2)、Support board (3)、Pedestal (4)，Described sideboard (1) is movably arranged on pedestal (4) in straight reciprocating motion mode，Described fixed dam (2) is fixedly mounted on pedestal (4)，Described fixed dam (2) is provided with blocking surface B (8)，Described sideboard (1) is provided with blocking surface A (7)，It is in towards relative position relationship between the blocking surface B (8) and the blocking surface A (7) of sideboard (1) of described fixed dam (2)，Described support board (3) is arranged on pedestal (4) by cylinder I (5)，Described sideboard (1) passes through cylinder II (6)、Support (11) is fixed on pedestal (4)，Described sideboard (1) is fixedly mounted on the piston rod of cylinder II (6)，Described cylinder II (6) is arranged on support (11)，Described support (11) is fixedly mounted on pedestal (4)，Described sideboard (1) does linear reciprocating motion by cylinder II (6) opposite base (4)，Stretch out support board on direction (3) at cylinder II (6) to be positioned between sideboard (1) and fixed dam (2)，Described fixed dam (2) position is positioned in the telescopic direction of cylinder II (6)，Described support board (3) does straight reciprocating motion by cylinder I (5) opposite base (4)，The straight reciprocating motion scope of described sideboard (1) intersects with the straight reciprocating motion scope of support board (3).
- Object stage the most according to claim 1, it is characterized in that: described fixed dam (2) is provided with the transition face (9) vertical with blocking surface B (8), described support board (3) is provided with loading surface (16), and the straight reciprocating motion scope of described support board (3) includes that the loading surface (16) of support board (3) is parallel and is higher than the position of transition face (9).
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520906575 | 2015-11-13 | ||
| CN201520906575X | 2015-11-13 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205418222U true CN205418222U (en) | 2016-08-03 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521001568.1U Active CN205418222U (en) | 2015-11-13 | 2015-12-04 | Objective table |
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| Country | Link |
|---|---|
| CN (1) | CN205418222U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105383732A (en) * | 2015-11-13 | 2016-03-09 | 杭州中亚机械股份有限公司 | Object stage |
-
2015
- 2015-12-04 CN CN201521001568.1U patent/CN205418222U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105383732A (en) * | 2015-11-13 | 2016-03-09 | 杭州中亚机械股份有限公司 | Object stage |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |