CN212211591U - Cabinet structure - Google Patents
Cabinet structure Download PDFInfo
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- CN212211591U CN212211591U CN202020556149.9U CN202020556149U CN212211591U CN 212211591 U CN212211591 U CN 212211591U CN 202020556149 U CN202020556149 U CN 202020556149U CN 212211591 U CN212211591 U CN 212211591U
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- cabinet
- conveying
- conveying end
- air pipe
- end cabinet
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Abstract
The utility model provides a cabinet structure, including delivery end rack and delivery end rack, the delivery end rack is used for installing conveyor, the delivery end rack is used for installing handling equipment, the rack structure is built by the frame section bar, lateral wall installation front cover panel beating, the up end of delivery end rack is through installing the main board encapsulation, the up end of delivery end rack is through the splice plate encapsulation, the utility model discloses can be applicable to different equipment with making up formula.
Description
Technical Field
The utility model relates to a structural design of rack.
Background
In large-scale equipment, a cabinet is usually provided as an equipment support, and the cabinet is usually provided with a cabinet inner space for placing some parts of equipment. Generally, cabinets are primarily square in shape, and a cabinet is typically configured to support a piece of equipment.
Disclosure of Invention
The utility model aims to solve the technical problem that a rack structure is provided, different equipment can be applicable to with making up formula.
The utility model provides a technical scheme that technical problem adopted is:
a machine cabinet structure comprises a conveying end machine cabinet and a conveying end machine cabinet, wherein the conveying end machine cabinet is used for installing a conveying device, the conveying end machine cabinet is used for installing conveying equipment, the machine cabinet structure is built by framework sectional materials, a cover metal plate is installed on the side wall of the machine cabinet structure, the upper end surface of the conveying end machine cabinet is packaged by a large plate, and the upper end surface of the conveying end machine cabinet is packaged by a splicing plate;
the upper end face of the conveying end cabinet is higher than that of the conveying end cabinet, and a conveying equipment pre-installation structure arranged along the arrangement direction of the conveying end cabinet and the conveying end cabinet is arranged on the upper end face of the conveying end cabinet;
the conveying end cabinet is provided with a first opposite opening structure, the conveying end cabinet is provided with a second opposite opening structure, and the opening directions of the first opposite opening structure and the second opposite opening structure are opposite;
the conveying end cabinet and the conveying end cabinet share a bottom frame profile, and the upper frame profile of the conveying end cabinet comprises an outwardly protruding connecting section which can be connected to the back of the conveying end cabinet to form a continuous integral frame structure.
The utility model discloses in, conveyor can adopt for example belt conveyer etc. and haulage equipment can adopt equipment such as manipulator, and belt conveyer and manipulator all can adopt electric drive, the utility model discloses mainly used provides the structure of rack itself, does not restrict haulage equipment or conveyor's that adopts structure.
Further, the width of the conveying end cabinet is smaller than that of the conveying end cabinet, the thickness of the conveying end cabinet is smaller than that of the conveying end cabinet, the conveying end generally needs a larger installation space, for example, a manipulator structure may need to rotate in multiple directions, in addition, the conveying end cabinet can also be used for temporarily bearing conveyed goods, therefore, the whole conveying end is set to be a larger structure, the conveying end is mainly used for bearing a conveyor belt, the conveyor belt structure is mainly used for conveying the goods at the conveying end, and the width of the conveyor belt structure does not need to be large relatively.
Furthermore, a fixed hook is arranged on one side face of the conveying end cabinet, a control cabinet is arranged on the fixed hook in a hanging mode and comprises a touch control screen, and an electrical connection interface group is arranged on the side face at the lower end of the control cabinet.
Further, the electrical connection interface group comprises at least two 485 interfaces, at least two network ports, at least one power interface and at least one restart button interface, the power interface is arranged at the corner of the lowest end of the side face, the restart button interface and the power interface are arranged side by side and are at a certain distance from other interfaces, the network ports are arranged side by side above the power interface, and the 485 interfaces are arranged side by side above the network ports.
Furthermore, a triple piece is arranged on the inner wall of the side face of the conveying end cabinet, a motor speed regulator is installed on the inner wall of the other side face of the conveying end cabinet, and the motor speed regulator can be used for connecting a motor of a conveying device installed on the conveying end cabinet.
Furthermore, at least one group of air pipe hooking metal plates are arranged in the conveying end cabinet, at least two air pipe hooking holes are formed in each air pipe hooking metal plate, and each air pipe hooking metal plate can be used for providing an air pipe routing channel for an air cylinder adopted in the conveying device; and the side wall of the conveying end cabinet is also provided with an air pipe channel and an electric wire air pipe channel.
Furthermore, a single-phase electromagnetic valve is installed at the bottom of the conveying end cabinet, and a heat dissipation air port is formed in a bottom plate of the conveying end cabinet; and emergency stop components are arranged above the conveying end cabinet and the carrying end cabinet.
Furthermore, a push-and-pull electric frame is arranged in the carrying end cabinet, the electric frame is installed in the carrying end cabinet through an electric frame guide rail, and the electric frame can move along the electric frame guide rail so as to be pushed and pulled in the carrying end cabinet;
an air pipe hole is formed in the side face of the electric plate, and an air pipe hole is also formed in the corresponding position on the back plate of the carrying end cabinet;
the electric frame can also be used for installing electric parts for controlling the conveying equipment to convey.
Furthermore, the bottom of the whole cabinet structure is provided with at least two universal casters, at least two casters with brakes and at least four foot cups, and the height of the foot cups is adjustable. The installation truckle can make whole rack conveniently remove, avoids using large-scale mechanical transport to cause the unnecessary damage, and the telescopic foot cup can adjust the whole levelness of assembling the board in rack top, also can play the supporting role.
Furthermore, the middle part of one door of the first door opening structure and the second door opening structure is provided with a plane lock, and the upper end and the lower end of the other door are provided with a duck tongue lock.
The utility model has the advantages that:
(1) the utility model discloses a rack will carry end rack and transport end rack to be integrated, and integration through the rack is with conveying equipment and haulage equipment integration.
(2) The utility model discloses set up the electric frame that can push-and-pull in great transport end rack, be convenient for arrange in order and install the electrical equipment in the transport end rack.
Drawings
Fig. 1 is an overall structure diagram of the cabinet of the present invention.
Fig. 2 is an open state diagram of two split doors in the cabinet of the present invention.
Fig. 3 is an internal structure view of the carrying terminal cabinet of the present invention.
Fig. 4 is an internal structure view of the conveying-end cabinet of the present invention from an angle.
Fig. 5 is an internal structure view of the conveying-end cabinet of the present invention from another angle.
Reference numbers in the figures: the conveying terminal cabinet 100 comprises a large mounting plate 101, a square large hole 102, a fixing or assembling hole 103, a conveying equipment pre-mounting structure 104, a first pair of door opening structures 105, a fixing hook 106, a control cabinet 107, a control screen 1071, a 485 interface 108, a net port 109, a power supply interface 110, a restart button interface 111, a triplet 112, a motor speed regulator 113, an air pipe hooking sheet metal 114, an air pipe hooking hole 1141, an air pipe channel 115, an electric wire and air pipe channel 116, a single-phase electromagnetic valve 117, a bottom plate 118, a heat dissipation air port 119, a conveying terminal cabinet 200, a splicing plate 201, a semi-kidney-shaped hole 202, a connecting section 203, a second pair of door opening structures 204, an electric frame 205, a protruding part 2051, an electric frame guide rail 206, an electric plate 207, an air pipe hole 208, a reversing electromagnetic valve 209, a plane lock 210, a duck tongue lock 211, a frame profile 300, a cover sheet metal 400, a universal caster 401, a caster.
Detailed Description
The following detailed description of the embodiments of the present invention is provided in conjunction with the accompanying drawings, and it should be noted that the embodiments are only for the purpose of detailed explanation of the present invention, and the purpose of the present invention is to make the technical solutions of the present invention better understood by those skilled in the art, and should not be considered as the limitation of the present invention.
As shown in fig. 1-2, the cabinet structure of the present invention includes a delivery-side cabinet 100 and a carrier-side cabinet 200, the conveying-end cabinet 100 is used for mounting conveying devices, the conveying-end cabinet 200 is used for mounting conveying equipment, the cabinet structure is integrally built by a frame section bar 300, a cover sheet metal 400 is arranged on the side wall of the frame section bar 300 to form a side wall in a packaging way, the upper end surface of the conveying end cabinet 100 is sealed by a large mounting plate 101, at least one square large hole 102 capable of accessing the inside of the conveying end cabinet 100 is arranged on the large mounting plate 101, the square hole 102 can be used for mounting a crankshaft of a conveying device, and is used to electrically connect the conveyor to the internal parts of the conveyor-side cabinet 100 (which may be determined based on the routing), and in addition, other fixing or mounting holes 103 may be provided in the mounting plate 101 for fixing the shafts or other routing and routing.
The utility model discloses in, conveyor can adopt for example belt conveyer etc. and haulage equipment can adopt equipment such as manipulator, and belt conveyer and manipulator all can adopt electric drive, the utility model discloses mainly used provides the structure of rack itself, does not restrict haulage equipment or conveyor's that adopts structure.
The upper end face of the carrying end cabinet 200 is encapsulated by a splice plate 201; the splice plate 201 can be formed by splicing a plurality of plates for covering the upper end face of the carrying terminal cabinet 200, and in addition, after the splice plate 201 is spliced, the middle parts of the two sides of the splice plate are respectively provided with two semi-waist-shaped holes 202 for the bracket mounting of carrying equipment on the carrying terminal cabinet 200 and the electrical connection of the carrying equipment and the part in the carrying terminal cabinet 200 (which can be determined according to the wiring condition).
The upper end of the transport-side cabinet 100 is higher than the upper end of the transport-side cabinet 200 to distinguish two different functional cabinet structures, specifically, as shown in fig. 1-2, the transport-side cabinet 100 and the transport-side cabinet 200 share a bottom frame profile, the upper frame profile of the transport-side cabinet 200 includes an outwardly protruding connecting section 203, the connecting section 203 can be connected to the back of the transport-side cabinet 100 to form a continuous integral frame structure, the height of the mounting plate 101 of the transport-side cabinet 100 is higher than the height of the splice plate 201 of the transport-side cabinet 200 to form two stepped cabinet floors for transport and transport operations, respectively, in some ways, the upper end of the transport-side cabinet may be used to place some articles, in order to avoid the articles sliding from the surface of the transport-side cabinet 200 to the surface of the transport-side cabinet 100, the surface of the transport-side cabinet 100 is suitably set higher than the surface of the transport-side cabinet 200.
The upper end face of the conveying-end cabinet 100 is provided with a conveying equipment pre-installation structure 104 arranged along the arrangement direction of the conveying-end cabinet 200 and the conveying-end cabinet 100, the pre-installation structure 104 may be a slotted track arranged on two sides of the installation large plate 101, a plurality of installation holes may be arranged on the slotted track, and the slotted track may be used for installation of a track of conveying equipment or other structures, and the slotted track is arranged along the thickness direction of the conveying-end cabinet 100 so as to facilitate track installation.
The conveying end cabinet 100 is provided with a first opposite-opening structure 105, the conveying end cabinet 200 is provided with a second opposite-opening structure 204, the opening directions of the first opposite-opening structure 105 and the second opposite-opening structure 204 are opposite, or the opening directions are opposite, that is, the cabinet doors of the conveying end cabinet 100 and the conveying end cabinet 200 are respectively arranged at the two ends, so that mutual interference between the cabinet doors is avoided.
The first door opening structure 105 and the second door opening structure 204 both adopt a double locking structure, for example, a flat lock 210 is arranged in the middle of one of the two doors, and duck tongue locks 211 are arranged at the upper and lower ends of the other door, so that when the door needs to be locked, the frame section where the one door is located can be firstly locked by the duck tongue locks, and then the other door is locked on the locked door by the flat locks.
From the overall structure, the width of the conveying-end cabinet 100 is smaller than the width of the conveying-end cabinet 200, the thickness of the conveying-end cabinet 100 is smaller than the thickness of the conveying-end cabinet 200, the conveying end generally requires a larger installation space, for example, the robot structure may need to rotate in multiple directions, and in addition, the conveying-end cabinet may also be used to temporarily carry the conveyed goods, so the whole conveying end is configured to be a larger structure, while the conveying end is mainly used to carry the structure of the conveyor belt, which is mainly used to convey the goods at the conveying end, and the width of the conveyor belt does not need to be large relatively.
As shown in fig. 1 and 5, a fixed hook 106 is provided on one side of the delivery-side cabinet 100, a control cabinet 107 or a control box can be hung on the fixed hook 106, the control box itself can be independent from the cabinet, or can be assembled to the cabinet through electrical connection to control the delivery and handling processes on the cabinet, a touch control screen 1071 can be provided on the control cabinet 107, an electrical connection interface set is provided on the side of the delivery-side cabinet 100 at the lower end of the control cabinet 107, the electrical connection interface set includes at least two 485 interfaces 108, at least two network ports 109, at least one power interface 110 and at least one restart button interface 111, the power interface is provided at a corner of the lowest end of the side, the restart button interface and the power interface are provided side by side and at a certain distance from other interfaces, and the network ports are provided side by side above the power interface, the 485 interfaces are arranged above the network ports side by side, wherein the 485 interfaces are dedicated butt joints for mounting electric wires, and the network ports are ethernet interfaces, which is more favorable for routing arrangement in the cabinet, in order to clearly show the specific positions of the interfaces of the electrical connection interface group, the control cabinet 107 is hidden in fig. 5, and as can be seen from fig. 5, the inner wall of the other side surface of the conveying end cabinet 100 is provided with the motor speed regulator 113 which can be used for connecting the motor of the conveying device mounted on the conveying end cabinet.
As shown in fig. 4, since the conveying device and the carrying device can be electrically driven, a triple piece 112 is disposed on the inner wall of the side surface of the conveying-end cabinet 100 for pressure regulation, filtration and atomization, the triple piece 112 can be connected to a main gas pipe of the conveying device, and provides lubrication and filtration for the gas in the gas pipe, thereby preventing the gas element from being damaged due to impure gas.
At least one group of air pipe hanging metal plates 114 are arranged in the conveying end cabinet 100, at least two air pipe hanging holes 1141 are formed in the air pipe hanging metal plates 114, the air pipe hanging metal plates 114 can be used for providing air pipe wiring channels for air cylinders adopted in the conveying device, and play a role in fixing air pipes, and prevent the air pipes from moving due to air flowing during ventilation; correspondingly, an air pipe channel 115 and an electric wire air pipe channel 116 are further provided on the side wall of the delivery end cabinet 100.
As shown in fig. 4-5, a single-phase solenoid valve 117 is installed at the bottom of the delivery-end cabinet 100, and a heat-dissipating air port 119 is provided on a bottom plate 118 of the delivery-end cabinet 100; the scram assemblies 500 are arranged above the conveying-end cabinet 100 and the conveying-end cabinet 200, the scram assemblies 500 are used for emergently braking and stopping the whole machine when an emergency situation is met, safety of personnel and instruments is guaranteed, the scram assemblies 500 can be universal for the whole equipment, and the conveying end can be used separately.
As shown in fig. 3, the electric frame 205 capable of being pushed and pulled is disposed in the carrying-end cabinet 200, the electric frame 205 is mounted in the carrying-end cabinet 200 through the electric frame guide rail 206, the electric frame guide rail 206 is mounted on the inner side wall of the carrying-end cabinet 200 to form a rail, the electric frame 205 can move along the electric frame guide rail 206 to be pushed and pulled in the carrying-end cabinet 200, the outermost end of the electric frame 205 is further provided with a row of protruding portions 2051, which can be used for exerting force during pushing and pulling, and the carrying-end cabinet 200 is large, so that the pulling operation during installation and maintenance is convenient.
An electric board 207 is arranged on the back plate of the electric frame 205, an air pipe hole 208 is arranged beside the electric board 207 and used for conveying an air pipe of the equipment, and correspondingly, an air pipe hole is also arranged at the corresponding position on the back plate of the conveying end cabinet 200. In some forms, the electrical frame can also be used to mount other electrical components that control the handling apparatus to handle, such as a reversing solenoid valve 209.
The bottom of whole rack structure is equipped with two at least universal caster 401, two at least truckles 402 and four at least foot cups 403 that area brakes, and the bottom in the corner of whole rack structure can be arranged respectively to truckle and foot cup, the height-adjustable of foot cup 403, for example adopt flexible foot cup 403, the installation truckle can make whole rack conveniently remove, avoids using large-scale mechanical transport to cause unnecessary damage, because the machine is bigger, can produce the buckling in the use, the telescopic foot cup just can suitably adjust the levelness of the whole makeup board in rack top, also can play the supporting role.
Claims (10)
1. A machine cabinet structure is characterized by comprising a conveying end machine cabinet and a carrying end machine cabinet, wherein the conveying end machine cabinet is used for installing a conveying device, the carrying end machine cabinet is used for installing carrying equipment, the machine cabinet structure is built by framework sectional materials, a cover metal plate is installed on the side wall of the machine cabinet structure, the upper end surface of the conveying end machine cabinet is packaged by a large plate, and the upper end surface of the carrying end machine cabinet is packaged by a splicing plate;
the upper end face of the conveying end cabinet is higher than that of the conveying end cabinet, and a conveying equipment pre-installation structure arranged along the arrangement direction of the conveying end cabinet and the conveying end cabinet is arranged on the upper end face of the conveying end cabinet;
the conveying end cabinet is provided with a first opposite opening structure, the conveying end cabinet is provided with a second opposite opening structure, and the opening directions of the first opposite opening structure and the second opposite opening structure are opposite;
the conveying end cabinet and the conveying end cabinet share a bottom frame profile, and the upper frame profile of the conveying end cabinet comprises an outwardly protruding connecting section which can be connected to the back of the conveying end cabinet to form a continuous integral frame structure.
2. A cabinet structure as claimed in claim 1 wherein the width of the delivery side cabinet is less than the width of the delivery side cabinet and the thickness of the delivery side cabinet is less than the thickness of the delivery side cabinet.
3. The cabinet structure of claim 1, wherein a side of the cabinet at the delivery end is provided with a fixed hook, a control cabinet is suspended from the fixed hook, the control cabinet comprises a touch control panel, and the side is provided with an electrical connection interface set at the lower end of the control cabinet.
4. A cabinet structure according to claim 3, wherein said set of electrical connection interfaces comprises at least two 485 interfaces, at least two network interfaces, at least one power interface and at least one reset button interface, said power interface is disposed at the lowermost corner of the side, said reset button interface and said power interface are disposed side by side and at a distance from the other interfaces, said network interfaces are disposed side by side above said power interface, and said 485 interfaces are disposed side by side above said network interfaces.
5. A cabinet structure as claimed in claim 3 or 4, wherein the inner wall of the side of the conveying end cabinet is provided with a triplet, and the inner wall of the other side of the conveying end cabinet is provided with a motor speed regulator, and the motor speed regulator can be used for connecting the motor of the conveying device mounted on the conveying end cabinet.
6. The cabinet structure according to claim 1, wherein at least one group of air pipe hooking metal plates are arranged in the conveying end cabinet, at least two air pipe hooking holes are formed in the air pipe hooking metal plates, and the air pipe hooking metal plates can be used for providing an air pipe routing channel for an air cylinder adopted in the conveying device; and the side wall of the conveying end cabinet is also provided with an air pipe channel and an electric wire air pipe channel.
7. The cabinet structure according to claim 6, wherein the bottom of the conveying-end cabinet is provided with a single-phase solenoid valve, and a bottom plate of the conveying-end cabinet is provided with a heat-dissipating air port; and emergency stop components are arranged above the conveying end cabinet and the carrying end cabinet.
8. The cabinet structure according to claim 1, wherein a push-pull electric frame is provided in the carrier-end cabinet, the electric frame is mounted in the carrier-end cabinet by electric frame rails, and the electric frame is movable along the electric frame rails so as to be pushed and pulled in the carrier-end cabinet;
an air pipe hole is formed in the side face of the electric plate, and an air pipe hole is also formed in the corresponding position on the back plate of the carrying end cabinet;
the electric frame can also be used for installing electric parts for controlling the conveying equipment to convey.
9. A cabinet structure according to claim 1 wherein the entire cabinet structure is provided with at least two casters, at least two casters with brakes and at least four feet cups at the bottom, the height of the feet cups being adjustable.
10. The cabinet structure as claimed in claim 1, wherein a planar lock is provided at a middle portion of one of the first door structure and the second door structure, and a duck tongue lock is provided at upper and lower ends of the other door.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020556149.9U CN212211591U (en) | 2020-04-15 | 2020-04-15 | Cabinet structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202020556149.9U CN212211591U (en) | 2020-04-15 | 2020-04-15 | Cabinet structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN212211591U true CN212211591U (en) | 2020-12-22 |
Family
ID=73832796
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202020556149.9U Active CN212211591U (en) | 2020-04-15 | 2020-04-15 | Cabinet structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN212211591U (en) |
-
2020
- 2020-04-15 CN CN202020556149.9U patent/CN212211591U/en active Active
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