CN209871388U - Welding wire storage distributing machine - Google Patents
Welding wire storage distributing machine Download PDFInfo
- Publication number
- CN209871388U CN209871388U CN201920457438.0U CN201920457438U CN209871388U CN 209871388 U CN209871388 U CN 209871388U CN 201920457438 U CN201920457438 U CN 201920457438U CN 209871388 U CN209871388 U CN 209871388U
- Authority
- CN
- China
- Prior art keywords
- lifting
- storage
- welding wire
- cabinet body
- welding
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Warehouses Or Storage Devices (AREA)
Abstract
The utility model relates to a collection storage and send out material in storage equipment of an organic whole for welding wire belongs to storage equipment technical field. Welding wire storage material sender, characterized in that, including the cabinet body that has the material charge mouth and lay and locate the internal portion of cabinet: the storage and lifting area is used as a storage area of the welding wires and is provided with a material tray for bearing the welding wires and a lifting mechanism for providing a lifting function for the material tray; the material shifting transfer area is provided with a material shifting mechanism, and the welding wires lifted in place are transferred to a station to be issued through the material shifting mechanism; and the material sending area is provided with a material sending mechanism and used for conveying the welding wires from the station to be sent to the material receiving port through the material sending mechanism. The utility model discloses storage centralized management convenient to welding wire has configured thermostatic control device and has provided good environment of depositing to the storage space, and the warehouse space that improves enterprise's storage material existence by a wide margin is limited, stack in disorder unordered, get the granting procedure numerous and diverse, the problem that the transport is wasted time and energy.
Description
Technical Field
The utility model relates to a storage equipment, especially a collection storage and send out material in storage equipment of an organic whole for welding wire belongs to storage equipment technical field.
Background
The welding wire is used as a filler metal or a metal wire welding material for electric conduction, and is widely applied to industrial production of ships, large-scale steel structures, bridges and other large-scale factories and enterprises. When the welding wire is stored in a high-temperature and high-humidity environment due to the metal characteristics, the surface of the welding wire is easy to rust and absorb moisture. Once the welding wire absorbs moisture, the content of diffused hydrogen in deposited metal can be increased, defects such as pits, air holes and the like are generated, the welding process performance and the mechanical performance of the slit metal become poor, and the welding seam can be seriously cracked. Therefore, moisture resistance is a concern in the production of welding wire and subsequent distribution and storage. The existing moisture-proof mode of the welding wire generally adopts plastic or paper packing materials, and some moisture-proof bags are added in the packing materials so as to achieve the purpose of effective moisture resistance. In addition, the storehouse for stacking the welding wires should be kept dry and have good ventilation effect.
However, in practice, it has been found that the conditions under which the wire is stored are influenced by many factors and are difficult to achieve in many cases. Common material enterprises and storage departments stack welding wires and other materials in the same storehouse, and the package of the welding wires is easy to tear and damage in the process of carrying, so that the welding wires inside are exposed to the external air environment.
In addition, in the material picking process of a material using unit, the wire reel can only be transferred in a trailer carrying mode, the damp risk exists in the storage process, and the material picking process is time-consuming and labor-consuming. Related enterprises still stay in the traditional management mode for the storage and material distribution management of welding wires, namely the storage and material distribution mode of filling material requisites, queuing and getting materials and manually carrying and distributing materials by material requisites specified by material using departments. The problems of the storage management mode in practical operation mainly include: the material individual weight is big, the quantity is many, the use unit dispersion, the material charge cost is high, the personnel who relate to at least need including warehouse personnel and the personnel of sending out the material, and the personnel selection cost is high, and the paper material charge list reading and writing error is big, wastes time and work and wastes material. Although some enterprises adopt computer registration management at present, the defects of troublesome registration operation, high error recording rate and the like exist.
SUMMERY OF THE UTILITY MODEL
The utility model aims at providing a can complement in welding wire storage material sender of thing networking management, welding wire storage material sender has compact structure reasonable, convenient operation is swift, sends out material management labour saving and time saving's technological effect. Meanwhile, the storage management method is provided, and intelligent management of the welding wires is realized based on the Internet of things.
The utility model adopts the technical scheme as follows:
welding wire storage material sender, the special character lies in, including having the cabinet body 100 of material charge mouth 101 and laying in cabinet body 100 is inside:
the storage and lifting area A is used as a storage area of the welding wires and is provided with a material tray 200 for bearing the welding wires and a lifting mechanism for providing a lifting function for the material tray 200;
the material shifting transfer area B is provided with a material shifting mechanism and transfers the welding wires lifted in place to a station to be issued through the material shifting mechanism;
and the material sending area C is provided with a material sending mechanism, and the welding wires from the station to be sent are conveyed to the material receiving port 101 through the material sending mechanism.
The cabinet body 100 is a vertical cabinet structure composed of a front panel, a back panel and two side plates, wherein the front panel is provided with a material receiving opening 101 and an open pop-up window 102 matched with the material receiving opening 101; the cabinet door 103 is arranged on the rear back plate, and welding wires can be stored in the material storage and lifting area A through opening of the cabinet door 103.
The cabinet body 100 is provided with a constant temperature control device, and the constant temperature control device comprises a temperature and humidity control instrument 104 which is arranged on the front panel of the cabinet body and is used for displaying and controlling the working environment in the cabinet body in real time, a fan 105 arranged on the rear door of the cabinet body, and a heating device 106 arranged in the cabinet body; and a heat insulation layer 107 is additionally arranged on the inner wall of the cabinet body 100 of the storage material lifting area A.
The material lifting mechanism comprises a material lifting motor 10, a material lifting speed reducer 14, a thread rolling disc controlled by the output of the material lifting speed reducer 14, and a material lifting steel wire 13, one end of which is fixedly connected with the thread rolling disc, and the other end of which is connected with the material disc 200 through a material lifting pulley block 12.
The material shifting mechanism comprises a material shifting motor 20, a material shifting speed reducer 21, wherein the material shifting speed reducer 21 outputs and controls a chain transmission assembly through a chain 22, the chain transmission assembly comprises a driving chain wheel 24, a driven chain wheel 25 and a transmission chain 26 connected between two wheels in a transmission mode, and a plurality of shifting forks 23 which follow the transmission chain 26 are installed on the transmission chain 26.
The feeding mechanism comprises a tray 30 for receiving welding wires, a slide 31 for providing the trend of the tray 30, and a feeding steel wire 33, one end of which is connected with the tray 30, and the other end of which is connected with the open pop window 102 through a feeding pulley block 32.
In order to reduce vibration and noise generated by vibration during the material distribution process, a damping cylinder 34 is disposed on the inner wall of the cabinet 100, and an output end of the damping cylinder 34 is connected to the open pop-up window 102.
In order to optimize the function of the welding wire warehousing and feeding management, the welding wire warehousing and feeding machine is provided with a background server 40, and the background server 40 is in communication connection with at least one welding wire warehousing and feeding machine; a card reader 108 and a display screen 109 for providing functions of card swiping and material picking are arranged on the front panel of the cabinet 100 of the welding wire warehousing and material delivering machine.
A chip 41 in communication connection with the background server 40 and a wired and wireless transmission module for realizing communication with an external network are arranged in the cabinet 100; various programs for responding to instructions of the background server 40 are sintered on the chip 41, and the chip 41 is electrically connected with the distribution box and is respectively and interactively connected with the card reader 108, the display screen 109 and the wired and wireless transmission module 42 through signal transmission.
In order to ensure that each actuating mechanism in the cabinet body can be safely and independently operated and can also realize reliable connection and matching between the actuating mechanisms, the welding wire warehousing and distributing machine is provided with a series of control switches, and the control switches can adopt stroke control switches and photoelectric control switches;
the control switch includes: the lifting control switch S3 is arranged on the door frame of the cabinet door and is released or pressed by the cabinet door and used for controlling the action of the lifting mechanism; a state control switch S4 for switching the device state light; the material shifting and power supplying switch S5 is used for controlling the power on and off of the material shifting mechanism; a lifting stop switch S1 which is arranged at the top of the lifting mechanism and is triggered by welding wires and used for controlling the lifting stop of the lifting; a descending stop switch S2 which is arranged at the bottom of the cabinet body and is triggered by a tray and used for controlling the descending stop of the lifting material; the material shortage alarm switch S6 and the material shortage stop switch S7 are arranged in the material storage and lifting area and used for sensing the quantity of materials; a lifting stop switch S8 which is arranged on the material shifting mechanism and is triggered and controlled by a shifting fork and used for limiting the material lifting mechanism and a position switch S9 used for controlling the travel distance of the shifting fork; and a power-off protection switch S10 which is arranged on the material sending mechanism and is triggered and controlled by the tray and used for powering off the material lifting mechanism and the material stirring mechanism.
The welding wire storage and feeding management method is characterized by comprising the following steps:
s1, basic data storage
Recording and storing original data such as the model, batch and quantity information of the material into a basic data storage module of a background server;
distributing corresponding cards corresponding to the basic data information, and inputting the card number information into a user data storage module of the background server;
s2, reading and correcting information
The card reader of the warehousing and dispatching cabinet transmits the read user card information to the background server, the background server collates the read user information with pre-stored user information, and after the collation is passed, the user information is displayed on a display panel of the warehousing and dispatching machine;
s3, material picking
Clicking the material receiving of the display panel, sending an execution instruction to a material stirring mechanism in the storage material sending machine by the background server, transmitting the welding wires positioned at a to-be-sent station to the material sending mechanism by the material stirring mechanism, sending the welding wires to a material receiving port by the material sending mechanism, opening the open type pop-up window, and automatically returning the material sending mechanism after the material is received;
s4, displaying discharge information
After the materials are taken away, the display panel displays relevant information of the taken materials.
The utility model discloses a welding wire storage material distributor, the storage centralized management of the welding wire of being convenient for has configured thermostatic control device and has provided good environment of depositing to the storage space, improves the warehouse space that the storage material of enterprise exists by a wide margin limited, stack in disorder unordered, get the granting procedure numerous and diverse, the problem that the transport was wasted time and energy. Through the utility model discloses an independent cabinet space that welding wire storage material sender was equipped with can carry out effective management and control to the welding wire of pan feeding main technical parameter such as batch, model and quantity. Combine inside lifting mechanism, group material mechanism and the mechanism of sending out, can be high-efficient convenient transmit the material to the material receiving mouth. The intelligent management degree of the welding wire storage material sending machine can be improved based on the management and control of the Internet of things, the intelligent management degree of the welding wire storage material sending machine is enabled to have a tracing function, the whole-process tracing and inquiring of all information such as quality, batch and operating personnel of materials can be realized through the combination of background management and existing warehouse management software, time, labor and force are saved to the maximum extent, and the whole-process intelligent automatic management of welding wires from feeding to discharging and in the later period is realized.
Drawings
FIG. 1: a schematic diagram of a front panel structure of a cabinet body of the welding wire warehousing and distributing machine;
FIG. 2: a schematic diagram of a rear panel structure of a cabinet body of the welding wire warehousing and distributing machine;
FIG. 3: the interior of the cabinet body is partitioned and the structure of the material lifting mechanism is schematic;
FIG. 4: the motor of the material lifting mechanism, the speed reducer and the double-side thread rolling discs are structurally schematic;
FIG. 5: the structure schematic diagram of the material poking mechanism;
FIG. 6: a structural schematic diagram of a material sending mechanism;
FIG. 7: a schematic structural diagram of the constant temperature control device;
FIG. 8: the control structure schematic diagram of the material sending machine and the background server.
Detailed Description
The following description will be given of a specific embodiment of the welding wire warehouse feeder and warehouse feeding management method of the present invention with reference to the accompanying drawings, and will be used to explain the structural composition, design principle and operation method of the present invention in further detail, so as to enable those skilled in the art to understand the present application more comprehensively and in detail.
Example one
The embodiment provides a welding wire storage material sending machine, which comprises a cuboid cabinet body 100 formed by combining a front panel, a back plate and two side plates, wherein a material receiving opening 101 covered and protected by an open pop window 102 is formed in the middle of the front panel, a cabinet door 103 is formed on the back plate, and a lock 110 is installed on the cabinet door. The cabinet body is internally partitioned into three areas, namely a storage material lifting area A, a material stirring transmission area B and a material sending area C, and the storage material lifting area A is arranged on the inner side of the cabinet door 103, so that welding wires can be stacked in the cabinet body more conveniently; the material stirring transfer area B is positioned at the upper part of the material storing and lifting area A, and the material sending area C is positioned at one side of the material storing and lifting area A; the storage and lifting area A is used as a storage area of welding wires and comprises a material tray 200 for bearing the welding wires and a lifting mechanism for providing a lifting function for the material tray 200; the material lifting mechanism comprises a material lifting motor 10, a material lifting speed reducer 14, a first thread rolling disc 11 and a second thread rolling disc 15, wherein the first thread rolling disc 11 and the second thread rolling disc 15 are located on two sides of the material lifting speed reducer 14 and are controlled by the output of the material lifting speed reducer, one ends of two material lifting steel wires 13 are fixed on the first thread rolling disc 11 and the second thread rolling disc 15 respectively, and the other ends of the two material lifting steel wires 13 are connected to a material disc 200 at the bottom after respectively passing through a pulley block 12. The material shifting transfer area B is provided with a material shifting mechanism, and the material shifting mechanism is used for shifting the welding wires lifted in place by the material lifting mechanism to a station to be issued. The kick-out machine framework is arranged at the upper part of the material storage and lifting area A and comprises a kick-out motor 20, a kick-out speed reducer 21 and a chain transmission assembly controlled by the output of the kick-out speed reducer 21, the chain transmission assembly comprises a driving chain wheel 24 and a driven chain wheel 25 which are connected by a transmission chain 26, and a plurality of shifting forks 23 are arranged on the transmission chain 26 at intervals; the shift fork 23 rotates cyclically with the rotation of the transmission chain 26. The material-shifting speed reducer 21 drives a driving chain wheel 24 of the chain transmission assembly through a chain 22. The design of shift fork 23 is the structural shape that can imbed wire barrel shaft hole, and when shift fork 23 pegged graft and drive chain 26 rotates with wire barrel hole, the welding wire can be stirred to 23 shift forks and remove to predetermined straight line stroke, and when shift fork 23 marchd to break away from with the wire barrel along with drive chain 26, the welding wire dropped and gets into the feeding mechanism. The feeding mechanism comprises a tray 30 for receiving welding wires, a slide 31 for providing the trend of the tray 30, and a feeding steel wire 33, one end of which is connected with the tray 30, and the other end of which is connected with the open pop window 102 through a feeding pulley block 32. The slide way 31 is obliquely pulled between the material shifting transmission area and the material receiving opening 101, one end of the slide way is connected with a material waiting station, the other end of the slide way is positioned at the lower part of the material receiving opening 101, the tray 30 is in sliding fit with the slide way 31 through rollers at the bottom, when a wire reel enters the tray 30, under the action of the dead weight of the welding wire, the tray 30 loaded with the welding wire descends to the material receiving opening 101 along the slide way 31, meanwhile, the tray 30 pulls the material sending steel wire 33 to drive the open type pop-up window 102 at the other end to ascend to expose the material receiving opening 101, and at the moment, a material receiving person can take the welding wire away. The cabinet body 100 is provided with a constant temperature control device, and the constant temperature control device comprises a temperature and humidity control instrument 104 which is arranged on the front panel of the cabinet body and is used for displaying and controlling the working environment in the cabinet body in real time, a fan 105 arranged on the rear door of the cabinet body, and a heating device 106 arranged in the cabinet body; and a heat insulation layer 107 is additionally arranged on the inner wall of the cabinet body 100 of the storage material lifting area A.
Example two
The embodiment provides an intelligent welding wire warehousing and feeding machine which is in data communication with a background server 40, so that the welding wire warehousing and feeding machine has an intelligent management function; and intelligent management of information acquisition, information storage, information transmission and the like of the material sending machine is realized through the background server. The welding wire storage material issuing machine comprises a cuboid cabinet body 100 formed by combining a front panel, a back panel and two side plates, wherein the front panel is a main operation panel, a material receiving opening 101 covered by an open type pop-up window 102 is arranged on the front panel, a temperature and humidity control instrument 104 used for regulating and controlling the internal environment of the cabinet body, a card reader 108 used for inserting a card and reading card information, a display screen 109 used for displaying material information and a state indicator lamp 111 used for displaying the working state of the material issuing machine. A chip 41 in communication connection with the background server 40 and a wired and wireless transmission module for realizing communication with an external network are arranged in the cabinet 100; various programs for responding to instructions of the background server 40 are sintered on the chip 41, and the chip 41 is electrically connected with the distribution box and is respectively and interactively connected with the card reader 108, the display screen 109 and the wired and wireless transmission module 42 through signal transmission.
The back board is provided with a cabinet door 103 with a lock 110, a distribution box 112 and two fans 105 communicated with the material storing and lifting area. The inside of the cabinet body separates to be equipped with three district, is the storage to carry material district A, dials material transmission area B and sends out material district C respectively, and storage is carried material district A and is installed the heater 106 that keeps inside temperature, and the internal wall of cabinet that the storage was carried material district A adds and is equipped with heat preservation 107, and storage is carried material district A and is located cabinet door 103 inboard, so just so do benefit to more to stacking the welding wire to its inside. Install on the door frame of cabinet door 103 and carry the material control switch with switch door action and carry the linkage of material action, when the cabinet door was opened, carry the material control switch and be released, the control is carried the decline of material mechanism this moment, is convenient for to the charging tray blowing, when closing the cabinet door after the blowing finishes, carries the material control switch and is touched and pressed, and the control is carried the material mechanism and is risen this moment, to dialling the pay-off of material mechanism. The door opening and closing action can also trigger the red and green state display of the working state of the cabinet body, when the cabinet door is opened, the state control switch on the door frame is released, the state indicator lamp 111 on the front panel of the cabinet body is switched to a red lamp, and the prompt that the material getting operation cannot be executed is given; when the cabinet door is closed, the state control switch on the door frame is touched and pressed, the state indicating lamp of the front panel of the cabinet body is switched back to the green lamp, and the reminding device can execute material getting operation. In addition, a material shifting power supply switch for controlling the power on and off of the material shifting mechanism is further installed on the door frame, namely when the door is opened, the material shifting mechanism is powered off, and power is supplied to the material shifting mechanism after the door is closed. Thus, the protection under the door opening state is realized.
The material stirring transfer area B is positioned at the upper part of the material storing and lifting area A, and the material sending area C is positioned at one side of the material storing and lifting area A; the storage and lifting area A is used as a storage area of welding wires and comprises a material tray 200 for bearing the welding wires and a lifting mechanism for providing a lifting function for the material tray 200; the material lifting mechanism comprises a material lifting motor 10, a material lifting speed reducer 14, a first thread rolling disc 11 and a second thread rolling disc 15, wherein the first thread rolling disc 11 and the second thread rolling disc 15 are located on two sides of the material lifting speed reducer 14 and are controlled by the output of the material lifting speed reducer, one ends of two material lifting steel wires 13 are fixed on the first thread rolling disc 11 and the second thread rolling disc 15 respectively, and the other ends of the two material lifting steel wires 13 are connected to a material disc 200 at the bottom after respectively passing through a pulley block 12. The top of the material lifting mechanism is provided with a lifting stop switch for controlling the material lifting of the material lifting machine to stop, and the lifting stop switch is triggered by welding wires; and a descending stop switch which is triggered by a material tray and is used for controlling the lifting and descending stop is arranged at the bottom of the cabinet body.
The material shifting transfer area B is provided with a material shifting mechanism, and the material shifting mechanism is used for shifting the welding wires lifted in place by the material lifting mechanism to a station to be issued. The kick-out machine framework is arranged at the upper part of the material storage and lifting area A and comprises a kick-out motor 20, a kick-out speed reducer 21 and a chain transmission assembly controlled by the output of the kick-out speed reducer 21, the chain transmission assembly comprises a driving chain wheel 24 and a driven chain wheel 25 which are connected by a transmission chain 26, and a plurality of shifting forks 23 are arranged on the transmission chain 26 at intervals; the shift fork 23 rotates cyclically with the rotation of the transmission chain 26. The material-shifting speed reducer 21 drives a driving chain wheel 24 of the chain transmission assembly through a chain 22. The design of shift fork 23 is the structural shape that can imbed wire barrel shaft hole, and when shift fork 23 pegged graft and drive chain 26 rotates with wire barrel hole, the welding wire can be stirred to 23 shift forks and remove to predetermined straight line stroke, and when shift fork 23 marchd to break away from with the wire barrel along with drive chain 26, the welding wire dropped and gets into the feeding mechanism. The material shifting mechanism is provided with a lifting stop switch which is triggered and controlled by a shifting fork and used for limiting the material lifting mechanism and a position switch used for controlling the advancing distance of the shifting fork.
The feeding mechanism comprises a tray 30 for receiving welding wires, a slide 31 for providing the trend of the tray 30, and a feeding steel wire 33, one end of which is connected with the tray 30, and the other end of which is connected with the open pop window 102 through a feeding pulley block 32. Slide 31 slant drawknot links up between dialling material transfer area and material receiving port 101, and its one end links up with waiting to send out the material station mutually, and the other end is located the lower part of material receiving port 101, tray 30 cooperates on slide 31 through the gyro wheel sliding of bottom, send out the material mechanism and install by tray trigger control be used for with the power-off protection switch of lifting mechanism and dialling the power-off of material mechanism. When the welding wire coil enters the tray 30, under the action of the self weight of the welding wire, the tray 30 carrying the welding wire descends to the material receiving opening 101 along the slideway 31, meanwhile, the tray 30 pulls the material sending steel wire 33 to drive the open type pop-up window 102 at the other end to ascend, the material receiving opening 101 is exposed, and at the moment, a material receiving person can take the welding wire away.
The welding wire storage and distribution management method based on the embodiment comprises the following steps:
s1, basic data storage
Recording and storing original data such as the model, batch and quantity information of the material into a basic data storage module of a background server;
distributing corresponding cards corresponding to the basic data information, and inputting the card number information into a user data storage module of the background server;
s2, reading and correcting information
The card reader of the warehousing and dispatching cabinet transmits the read user card information to the background server, the background server collates the read user information with pre-stored user information, and after the collation is passed, the user information is displayed on a display panel of the warehousing and dispatching machine;
s3, material picking
Clicking the material receiving of the display panel, sending an execution instruction to a material stirring mechanism in the storage material sending machine by the background server, transmitting the welding wires positioned at a to-be-sent station to the material sending mechanism by the material stirring mechanism, sending the welding wires to a material receiving port by the material sending mechanism, opening the open type pop-up window, and automatically returning the material sending mechanism after the material is received;
s4, displaying discharge information
After the materials are taken away, the display panel displays relevant information of the taken materials.
The following describes the operation process of the material issuing machine in detail in conjunction with the internal execution operation mechanism:
1. feeding
When the manager stores the material, open the cabinet door, release the lifting control switch who installs on the door frame, lifting control switch control lifting mechanism takes the charging tray to descend to preset position, and when the charging tray descends to the decline stop switch who touches the bottom, lifting mechanism stops descending. The charging tray is to the blowing position, puts into the material by the staff after, closes the cabinet door, and the cabinet door touches and presses the material lifting control switch on the door frame, and material lifting control switch control material lifting mechanism drives the charging tray and upwards promotes, and when rising to the material to promote stop switch, material lifting mechanism stops rising, and the material reachs preset position, is the position of awaiting the sending out.
2. Material collar
The staff card is inserted into the card reader, and the display screen displays the relevant information of the card, including name, position, and the type of the materials stored in the machine.
Clicking to receive, starting a position switch for controlling the material shifting mechanism to execute the transmission action in the material sending machine, operating the transmission chain, and pushing the material at the position to be sent to a tray of the material sending mechanism. After the materials reach the tray, the position switch is closed, and the transmission chain of the material poking mechanism stops running. The tray moves to the material receiving port along the slide way under the action of the gravity of the material. Meanwhile, the open pop-up window is opened, and the worker can take materials.
After the materials are taken away from the tray, the open type pop-up window falls back to the initial position due to gravity, and the material receiving opening is closed. The tray is returned immediately, and the detailed information of the drawing personnel, including the name, position, batch, model and number of the drawing personnel, is displayed in the display screen.
In order to ensure the quality of the materials, after the materials are placed, a worker adjusts the internal electric heater and the fan through the temperature and humidity control instrument, so that the environmental condition of the material storage area is ensured, and the quality of the materials cannot be influenced by temperature and humidity.
The application discloses welding wire storage material distributor has the advantage of following several aspects:
1. the welding wire storage material distributing machine can be configured to different places, and stations are in place and taken, so that the welding wire storage material distributing machine is convenient and quick.
2. The warehousing cost can be reduced to the greatest extent, and the method comprises manpower and material resources, does not need a material fetching person to fill in documents, queue and take the documents, sends out materials and carries, and saves time and cost.
3. The material sending machine is connected into the Internet of things, so that intelligent management can be realized. The background server can simultaneously control a plurality of devices. By monitoring the main technical parameters such as material types, batches and quantities and the trend of the materials in a background, the comprehensive management from storage, production and operation personnel of the material quality, the quantity quota and the like, and the solder control and technical quality guarantee of a working unit can be realized.
4. The device has the functions of automatically controlling electric heating, dehumidification and heat preservation, and the temperature-rise and temperature-fall exhaust device can ensure the normal operation of the equipment in any place and in any weather environment.
5. The interior has the actuating mechanism of transmission material, links up in order between each mechanism, and the cooperation is scientific compact, and spatial configuration is reasonable.
6. The opening and closing of the cabinet door is linked with the material lifting mechanism, and the cabinet door is opened and the material lifting mechanism descends to store materials inwards; the door of the cabinet is closed and the material lifting mechanism is directly led to the material sending position.
Claims (9)
1. Welding wire storage material sender, characterized in that, including the cabinet body that has the material charge mouth and lay and locate the internal portion of cabinet:
the storage and lifting area is used as a storage area of the welding wires and is provided with a material tray for bearing the welding wires and a lifting mechanism for providing a lifting function for the material tray;
the material shifting transfer area is provided with a material shifting mechanism, and the welding wires lifted in place are transferred to a station to be issued through the material shifting mechanism;
and the material sending area is provided with a material sending mechanism and used for conveying the welding wires from the station to be sent to the material receiving port through the material sending mechanism.
2. The welding wire warehousing and feeding machine of claim 1, characterized in that
The cabinet body is of a vertical cabinet structure consisting of a front panel, a rear back plate and two side plates, and the front panel is provided with a material receiving opening and an open pop-up window matched with the material receiving opening; the cabinet door is arranged on the rear back plate, and welding wires can be stored in the material storage and lifting area through opening of the cabinet door.
3. The welding wire warehousing and feeding machine of claim 1, characterized in that
The cabinet body is provided with a constant temperature control device, and the constant temperature control device comprises a temperature and humidity control instrument which is arranged on the front panel of the cabinet body and is used for displaying and controlling the working environment in the cabinet body in real time, a fan arranged on the rear door of the cabinet body, and a heating device arranged in the cabinet body; and a heat-insulating layer is additionally arranged on the inner wall of the cabinet body of the storage material lifting area.
4. The welding wire warehousing and feeding machine of claim 1, characterized in that
The material lifting mechanism comprises a material lifting motor, a material lifting speed reducer, a thread rolling disc controlled by the output of the material lifting speed reducer, and a material lifting steel wire, one end of the material lifting steel wire is fixedly connected with the thread rolling disc, and the other end of the material lifting steel wire is connected with the material disc through a material lifting pulley block.
5. The welding wire warehousing and feeding machine of claim 1, characterized in that
The material shifting mechanism comprises a material shifting motor, a material shifting speed reducer and a chain output control chain transmission assembly, wherein the material shifting speed reducer is connected with a transmission chain between two wheels through a chain, the chain transmission assembly comprises a driving chain wheel, a driven chain wheel and a transmission chain, and a plurality of shifting forks which follow the transmission chain are mounted on the transmission chain.
6. The welding wire warehousing and feeding machine of claim 1, characterized in that
The feeding mechanism comprises a tray for receiving welding wires, a slideway for providing the trend of the tray, and a feeding steel wire, wherein one end of the feeding steel wire is connected with the tray, and the other end of the feeding steel wire is connected with the open pop-up window through a feeding pulley block.
7. The welding wire warehousing and feeding machine of claim 1, characterized in that
The welding wire warehousing and distributing machine is provided with a background server, and the background server is in communication connection with at least one welding wire warehousing and distributing machine; the welding wire storage material distributing machine is characterized in that a card reader and a display screen which provide card swiping and material receiving functions are installed on the front panel of the cabinet body of the welding wire storage material distributing machine.
8. The welding wire warehousing and feeding machine of claim 7, characterized in that
A chip in communication connection with the background server and a wired and wireless transmission module for realizing communication with an external network are arranged in the cabinet body; the chip is electrically connected with the distribution box and is respectively in interactive connection with the card reader, the display screen and the wired and wireless transmission module through signal transmission.
9. The welding wire warehousing and feeding machine of claim 1, characterized in that
The welding wire warehousing and distributing machine is provided with a series of control switches, and the control switches adopt stroke control switches or photoelectric control switches;
the control switch includes: the material lifting control switch is arranged on the door frame of the cabinet door and is released or pressed by the cabinet door and used for controlling the action of the material lifting mechanism; a state control switch for switching the device state light; the material shifting power supply switch is used for controlling the power on and off of the material shifting mechanism; the lifting stop switch is arranged at the top of the lifting mechanism and is triggered by welding wires and used for controlling lifting stop of lifting; a descending stop switch which is arranged at the bottom of the cabinet body and is triggered by a material tray and used for controlling the descending stop of the material lifting; the material shortage alarm switch and the material shortage stop switch are arranged in the material storage and lifting area and used for sensing the quantity of materials; the lifting stop switch is arranged on the material shifting mechanism and is triggered and controlled by the shifting fork, and is used for limiting the lifting mechanism and the position switch is used for controlling the advancing distance of the shifting fork; the power-off protection switch is arranged on the material sending mechanism and is triggered and controlled by the tray and used for powering off the material lifting mechanism and the material stirring mechanism.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920457438.0U CN209871388U (en) | 2019-04-08 | 2019-04-08 | Welding wire storage distributing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920457438.0U CN209871388U (en) | 2019-04-08 | 2019-04-08 | Welding wire storage distributing machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209871388U true CN209871388U (en) | 2019-12-31 |
Family
ID=68958567
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920457438.0U Expired - Fee Related CN209871388U (en) | 2019-04-08 | 2019-04-08 | Welding wire storage distributing machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209871388U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109987368A (en) * | 2019-04-08 | 2019-07-09 | 芝罘区坤钦机电设备经销处 | Welding wire storage material sending machine and storage material issuance management method |
| CN112648640A (en) * | 2020-12-17 | 2021-04-13 | 黑龙江省农业机械工程科学研究院 | Biomass fuel cooking water heating and kang ventilation integrated furnace |
| CN113859826A (en) * | 2021-08-19 | 2021-12-31 | 上海外高桥造船有限公司 | Automatic material distributing device |
-
2019
- 2019-04-08 CN CN201920457438.0U patent/CN209871388U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109987368A (en) * | 2019-04-08 | 2019-07-09 | 芝罘区坤钦机电设备经销处 | Welding wire storage material sending machine and storage material issuance management method |
| CN112648640A (en) * | 2020-12-17 | 2021-04-13 | 黑龙江省农业机械工程科学研究院 | Biomass fuel cooking water heating and kang ventilation integrated furnace |
| CN113859826A (en) * | 2021-08-19 | 2021-12-31 | 上海外高桥造船有限公司 | Automatic material distributing device |
| CN113859826B (en) * | 2021-08-19 | 2023-03-10 | 上海外高桥造船有限公司 | Automatic material distributing device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN209871388U (en) | Welding wire storage distributing machine | |
| CN207209131U (en) | Automated warehouse storage system | |
| CN109987368A (en) | Welding wire storage material sending machine and storage material issuance management method | |
| CN209684572U (en) | A kind of intelligence WMS warehouse management system | |
| CN105151623B (en) | A kind of intelligent feeding storage device | |
| CN108542147B (en) | Intelligent key cabinet system, article access arrangement and system | |
| CN201292130Y (en) | System for stacking grouping transmission, storage and distribution of cigarette | |
| CN106529873A (en) | Intelligent storage type express parcel delivery method | |
| EP3854725A1 (en) | Delivery station | |
| CN109685977A (en) | A kind of microwave heating automatic vending machine | |
| CN210748632U (en) | Unmanned aerial vehicle delivery intelligence access express delivery cabinet | |
| CN108734864A (en) | A kind of automatic replenishment of automatic vending machine | |
| CN205574831U (en) | Novel smart storage tower | |
| CN107671812A (en) | Multi-purpose tool cabinet | |
| CN103359491A (en) | High-efficiency loading method and system capable of automatically identifying goods | |
| CN110417878B (en) | Mobile communication warehouse under control of cloud server | |
| CN215730055U (en) | Intelligent control terminal device for logistics transportation | |
| CN110040487A (en) | Wrap up R-T unit and control method | |
| CN205983655U (en) | Automatic sell pen machine | |
| CN213707434U (en) | Floor goods delivery and household lifting device | |
| CN202529475U (en) | Intelligent container type sorting distribution system | |
| CN108082809A (en) | A kind of control method of the fluffy article automated warehousing system of linen-cotton bag class | |
| CN211919796U (en) | Full-automatic strip of paper used for sealing sorting machine | |
| CN210134033U (en) | Garbage compost room | |
| CN209436840U (en) | Lift batch delivers mailbox |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191231 Termination date: 20210408 |