CN211618927U

CN211618927U - Intelligent furniture finished product carrying system

Info

Publication number: CN211618927U
Application number: CN201921787333.8U
Authority: CN
Inventors: 曹勇; 张加银; 夏军
Original assignee: Zoy Home Furnishing Co ltd
Current assignee: Zoy Home Furnishing Co ltd
Priority date: 2019-10-23
Filing date: 2019-10-23
Publication date: 2020-10-02
Anticipated expiration: 2029-10-23

Abstract

An object of the utility model is to provide a furniture finished product intelligence handling system is used for solving the problem that exists among the prior art, including at least a pair of control side by side set up central station with stride locate first shuttle on the central station, first shuttle includes at least a pair of control side by side delivery station, the linear extension in central station left side has first transfer chain, is located left central station front side is equipped with empty support supply station, first transfer chain side interval is equipped with a plurality of feeding stations, is located the right side the central station outside is equipped with the second transfer chain, be equipped with the second shuttle that moves on it on the second transfer chain. The intelligent furniture finished product carrying system has the advantages of high automation degree, automatic and controllable workflow, effective reduction of manual workload, high conveying passing efficiency, no blockage and the like.

Description

Intelligent furniture finished product carrying system

Technical Field

The utility model relates to a house storage equipment technical field especially relates to a furniture finished product intelligence handling system.

Background

The existing finished product carrying is completely carried by manpower, firstly, two workers combine force to take out a tray from an empty tray stack, the tray is placed at a corresponding stacking port, and the workers stack the finished product sofa on the empty tray.

Staff will be good finished product sofa with manual hydraulic fork truck with the finished product tray fork away, and the manpower is pulled to the goods lift gate, transports the finished product to the first floor through goods lift or lifting machine, trades other staff and pulls the warehouse with electric fork truck with the goods fork.

The prior art has the following problems:

1. the empty trays (empty trays) which are manually disassembled and stacked are high in stacking, so that the trays can be disassembled and placed only by cooperation of two persons. The disassembly process has the risk of injury, and is time-consuming and labor-consuming;

2. the stacked finished product trays (real trays) need to be pulled away by a carrier, and the real trays cannot be pulled away in time due to the fact that the carrier does not receive notification or delay things;

3. the situation that the material flow is blocked exists in the same channel shared by the raw material, the empty support, the actual support and the staff, and the material circulation efficiency is influenced.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a furniture finished product intelligence handling system is used for solving the problem that exists among the prior art, and this furniture finished product intelligence handling system has that degree of automation is high, the workflow is automatic controllable, effectively reduce the manual work volume, carry advantage such as current efficient can not block up.

To realize the purpose of the utility model, the utility model adopts the following technical scheme:

the furniture finished product intelligent handling system comprises at least one pair of center stations arranged in parallel from left to right and a first shuttle vehicle arranged on the center stations in a spanning mode, wherein the first shuttle vehicle comprises at least one pair of carrying stations arranged in parallel from left to right, a first conveying line linearly extends from the left side of the center stations, an empty support replenishing station is arranged on the front side of the center station on the left side, a plurality of feeding stations are arranged on the side face of the first conveying line at intervals, a second conveying line is arranged on the outer side of the center station on the right side, and a second shuttle vehicle running on the second conveying line is arranged on the second conveying line.

As the utility model discloses a preferably, be located left the central station with empty support supply station room is equipped with empty support conveyer, empty support supply station strides and locates empty top of holding in the palm conveyer tip.

Preferably, the empty supply station that holds in the palm includes that the machine is retrieved to tear a set machine, lifting machine and empty support that connects gradually the setting upstream by low reaches.

Preferably, the central station on the right side and the second conveying line are connected with a real supporting conveyor.

As the utility model discloses a preferred, empty hold in the palm the recovery machine end with the reality holds in the palm the conveyer end all connect in the side of second transfer chain.

As the utility model discloses a preferred, central station, first shuttle, delivery station, empty support supply station and second shuttle all have wireless communication device.

As the utility model discloses a preferred, delivery station bottom is equipped with weighing device.

As an optimization of the utility model, the delivery station edge is equipped with a plurality of appearance detection devices.

The beneficial effects of the utility model reside in that:

1. the stacking, the sending and the recovery of the trays are automatically carried out, the operation efficiency is high, and the labor intensity of workers is effectively reduced;

2. the first shuttle can simultaneously realize the receiving of empty trays and the sending out of loaded trays (real trays) in one-time operation, the passing efficiency is high, and the operation times are reduced;

3. the empty support and the solid support are respectively conveyed without mutual interference and blockage.

Drawings

Fig. 1 is a schematic top view of the present invention;

the items in the figure are respectively: the automatic feeding device comprises a center station 1, a first shuttle vehicle 2, a carrying station 21, a first conveyor line 3, a feeding station 31, an empty support replenishing station 4, an empty support conveyor 41, a tray detaching machine 42, a lifting machine 43, an empty support recycling machine 44, a second conveyor line 5, a solid support conveyor 51 and a second shuttle vehicle 6.

Detailed Description

The present invention is described in detail below with reference to the attached drawings:

the intelligent furniture finished product handling system shown in fig. 1 (in this embodiment, a sofa is used as an example to describe when conveying, and when the system is applied to handling other furniture, the overall work flow is not changed, and only corresponding size parameters need to be changed, and the like), includes a pair of central stations 1 arranged side by side left and right and a first shuttle 2 arranged across the central stations 1, where the first shuttle 2 includes a double-station shuttle, and a pair of carrying stations 21 arranged side by side left and right are arranged above the double-station shuttle, and the first shuttle 2 has a bidirectional fork extending device and function on each carrying station 21, so that fork taking work can be performed on both sides of a first conveying line 3. An orbital first conveying line 3 for the first shuttle 2 to horizontally move left and right extends linearly on the left side of the central station 1, an empty support replenishment station 4 is arranged on the front side of the central station 1 on the left side, and during work, an empty tray (hereinafter referred to as an empty support) is conveyed to a left carrying station 21 of the first shuttle 2 when the central station 1 is located through the empty support replenishment station 4 to carry sofa finished products on the first conveying line 3. The side of the first conveying line 3 is provided with a plurality of feeding stations 31 at intervals, the feeding stations 31 in this embodiment are connected with a production workshop of a factory through other conveying lines, finished sofa products sent out from the production workshop are conveyed to the feeding stations 31 to be transported, the first shuttle 2 transports the empty part on the left carrying station 21 to the feeding station 31 waiting for the finished sofa products through left-right transverse movement and places the empty part on the feeding station 31 through extending fork transportation, then one side of the feeding station 31 places the sofa on the empty part manually or mechanically, and the first shuttle 2 moves left to enable the right carrying station 21 to correspond to the feeding station 31, and places trays (hereinafter referred to as actual trays) loaded with the sofa on the right carrying station 21 through extending fork transportation to wait for outward transportation. Further, in order to improve the fluency of conveying, on the basis of having a plurality of feeding stations 31, the work flow can be as follows: the empty support is provided for one feeding station 31 waiting for the empty support, and the empty support is directly operated to another feeding station 31 which forms a solid support to take out the solid support, so that the time for waiting for loading the empty support can be further saved, and the operation efficiency is improved. The outside of the central station 1 on the right side is provided with a second conveying line 5, the second conveying line 5 is provided with a second shuttle car 6 which runs on the second conveying line, after the first shuttle car 2 loaded with the real support runs back to the central station 1, the real support is transferred to the second shuttle car 6 in a mechanical transfer mode, and the tail end of the second conveying line 5 is connected with a logistics warehouse, so that the sofa can be put in storage after production is completed. The conveying is carried out through the first shuttle 3 at the double stations, the empty support and the real support are divided into two paths at the central station 1 serving as the intersection for carrying out respective picking and placing conveying, and when the empty support and the real support stay at the central station 1, the left one of the two carrying stations 21 on the first shuttle 3 supports the real support on the second conveying line 5 and then conveys the real support to the intelligent warehouse through the second shuttle 6. The other carrying station 21 is used for receiving the empty support from the empty support supply station 4, so that the empty support is realized without mutual interference, and the efficiency and the channel utilization rate are greatly improved. Further, the first conveying line 3 may be connected to an upstream warehouse, and the second conveying line 5 may be connected to an outlet, so that the handling system can be applied in a modularized manner in the whole warehousing system.

In this embodiment, an empty pallet conveyor 41, which is a generally-used horizontal chain conveyor, is disposed between the central station 1 on the left side and the empty pallet replenishment station 4, the empty pallet replenishment station 4 is disposed over the front end of the empty pallet conveyor 41, and the empty pallet conveyor 41 receives the empty pallet delivered from the empty pallet replenishment station 4, conveys the empty pallet to the front of the first shuttle 2 by chain conveying, and allows the first shuttle 2 to obtain the empty pallet by forking of the carrying station 21.

In this embodiment, the empty pallet replenishment station 4 includes a tray detaching machine 42, a lifting machine 43, and an empty pallet collecting machine 44, which are connected in this order from downstream to upstream. That is, above the empty tray conveyor 41 is the tray detaching machine 42, and the tray detaching machine 42 places the detached empty tray above the empty tray conveyor 41 by detaching the tray downward for conveyance; a lifting machine 43 is positioned on the tray disassembling machine 42, the lifting machine 43 is a general chain type or synchronous belt type vertical lifting machine, and the lifting machine carries the tray to the tray disassembling machine 42 for storage through a chain type conveying line connected between the lifting machine and the lifting machine after the tray is lifted; upstream of the lift 44 is an empty tray recovery machine 44, which comprises at least a chain conveyor line connected to a lift 43 on which empty trays of finished products or empty trays left after the sofa is delivered can be placed for downstream transport by hand or fork truck or the like during operation, and in this embodiment also comprises a fork-extending device fixed at the end of the chain conveyor line on the side of the second conveyor line 5, so that the empty trays for delivering the sofa can be automatically recovered from the second shuttle 6 running on the second conveyor line 5.

In this embodiment, a solid support conveyor 51 is connected between the center station 1 on the right side and the second conveyor line 5. The real support conveyor 51 in the embodiment is a plane chain conveyor bent at a right angle, the real support is forked and placed at one end of the central station 1 of the first shuttle car 2, which is connected with the real support conveyor 51, the real support conveyor 51 starts to operate to convey the real support to the side surface of the second conveying line 5, and the real support is forked and taken away by the second shuttle car 6, so that the real support conveyor 51 can effectively realize the path arrangement from the first conveying line 3 to the second conveying line 5 in a small space; on the other hand, a plurality of solid pallets can be successively sent to the solid pallet conveyor 51 and stay above, so that the operation planning between the first shuttle 2 and the second shuttle 6 can be controlled more easily by the stock capacity (for example, the first shuttle 2 can directly unload the solid pallets and then leave to the first conveying line 2 for next conveying without waiting for the second shuttle 6 to take the solid pallets to improve the operation efficiency). The same function is also provided by the same above-described empty pallet conveyor 41.

In this embodiment, the tail end of the empty pallet recycling machine 44 and the tail end of the solid pallet conveyor 51 are both connected to the side surface of the second conveying line 5, so that the interaction between the second conveying line 5 and the connection and transportation of the two conveying lines can be realized, and the intelligentization and automation degree of conveying is further improved.

In the present embodiment, the center station 1, the first shuttle 2, the carrying station 21, the empty pallet replenishment station 4, and the second shuttle 6 all have wireless communication devices. The wireless communication device includes, but is not limited to, a two-dimensional code generating device and a code reader thereof, a barcode and a code reader thereof, an RFID and an identification device thereof, and the like. The wireless communication device is arranged on the equipment, so that information interaction between the first shuttle 2 and the second shuttle 6 can be realized, the relative positions and states of the first shuttle 2 and the second shuttle 6 can be effectively identified when the first shuttle runs, and accordingly, the running control of each equipment can be correspondingly carried out through warehouse control software such as WMS, WCS and the like. Thereby further increasing the level of automation.

In this embodiment, the bottom of the carrying station 21 is provided with a weighing device. The weighing device comprises a common resistance type, grating type, hydraulic type or the like weighing sensor arranged at the bottom, the weighing sensor is also connected with a control and output device such as a microcomputer and a display through a signal line or is directly connected into the wireless communication device, so that the weighing measurement is carried out on the empty support or the real support loaded on the weighing sensor, if the weight measured by the left carrying station 21 after receiving the empty support at the central station 1 is not in a set range, an alarm can be sent out and the manual error-removing processing work can be informed, and similarly, the weight of the real support received at the feeding station 31 can be detected and processed to improve the quality inspection effect.

In this embodiment, the edge of the carrying station 21 is provided with a plurality of shape detection devices. The shape detection device in this embodiment is four quadrangle detection areas which are located in the horizontal plane and have mutually orthogonal detection directions and surround the length and width distances of the sofa on the preset ground support, so that the error can be reported and the manual error-removing processing can be informed after the size of the sofa on the real support exceeds the area. Furthermore, more appearance monitoring devices can be arranged to form a more complex detection area to detect the aspects of too small package, defect, sofa height and the like.

The left, right, front and other directions just described only indicate the relative positions of the devices in the embodiment, and the implementation of the example in the embodiment is not affected after the relative positions are changed in a form of symmetry or the like in other specific embodiments.

The above embodiments are only described for the preferred embodiments of the present invention, and are not intended to limit the concept and scope of the present invention, and the various modifications and improvements made by the ordinary person in the art without departing from the design concept of the present invention all fall into the protection scope of the present invention.

Claims

1. The intelligent furniture finished product carrying system is characterized by comprising at least one pair of center stations (1) arranged in parallel from left to right and a first shuttle vehicle (2) arranged on the center stations (1) in a spanning mode, wherein the first shuttle vehicle (2) comprises at least one pair of carrying stations (21) arranged in parallel from left to right, a first conveying line (3) linearly extends from the left side of the center stations (1), a hollow support replenishing station (4) is arranged on the front side of the center stations (1) located on the left side of the center stations, a plurality of feeding stations (31) are arranged on the side faces of the first conveying line (3) at intervals, a second conveying line (5) is arranged on the outer side of the center stations (1) located on the right side of the center stations, and a second shuttle vehicle (6) running on the second conveying line (5.

2. The intelligent handling system for finished furniture products according to claim 1, wherein an empty tray conveyor (41) is arranged between the central station (1) on the left side and the empty tray replenishment station (4), and the empty tray replenishment station (4) is arranged over the end of the empty tray conveyor (41).

3. The intelligent handling system for finished furniture products according to claim 2, wherein the empty pallet supply station (4) comprises a tray detaching machine (42), a lifting machine (43) and an empty pallet recycling machine (44) which are sequentially connected from downstream to upstream.

4. Intelligent handling system for finished furniture products according to claim 3, characterized in that a solid support conveyor (51) is connected between the central station (1) on the right side and the second conveyor line (5).

5. Intelligent handling system for finished furniture items according to claim 4, characterized in that the end of the empty pallet reclaimer (44) and the end of the solid pallet conveyor (51) are connected to the side of the second conveyor line (5).

6. Intelligent handling system for finished furniture items according to claim 1, characterized in that the central station (1), the first shuttle (2), the delivery station (21), the empty tray replenishment station (4) and the second shuttle (6) all have wireless communication means.

7. Intelligent handling system for finished furniture items according to claim 1, characterised in that a weighing device is provided at the bottom of the carrying station (21).

8. Intelligent handling system for finished furniture items according to claim 1, characterised in that the edge of the carrying station (21) is provided with a plurality of shape detection devices.