CN214798879U - Special tobacco warehouse power management system based on high safety and high efficiency - Google Patents
Special tobacco warehouse power management system based on high safety and high efficiency Download PDFInfo
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- CN214798879U CN214798879U CN202120556024.0U CN202120556024U CN214798879U CN 214798879 U CN214798879 U CN 214798879U CN 202120556024 U CN202120556024 U CN 202120556024U CN 214798879 U CN214798879 U CN 214798879U
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Abstract
The utility model discloses a special electric power management system in tobacco warehouse based on high security and efficient. The system comprises electric equipment with an electric socket, and also comprises a plurality of underground power supply devices and a plurality of regional power supply mechanisms which are connected in parallel, wherein the underground power supply devices and the regional power supply mechanisms are connected with a main power supply, and the underground power supply devices and the regional power supply mechanisms are connected with the electric equipment; the underground power supply device is pre-buried below the ground of the warehouse, and the regional power supply mechanism is installed at the top of the warehouse in a hanging mode. Has the advantages that: the power supply application requirements of various types of electric equipment are met; the power supply line is moved to the underground, so that the power supply line does not occupy roads and spaces, does not influence the flow of personnel and equipment, and ensures the power utilization safety; the area power supply mechanism adopts a sliding type cable moving and retracting mechanism, is simple in structure, can effectively avoid the problem of messy cables, and ensures the reliability of power supply.
Description
Technical Field
The utility model relates to a tobacco leaf station power supply system technical field especially relates to a special electric power management system in tobacco warehouse based on high security and efficient.
Background
The tobacco industry is one of the important post industries in Yunnan, is also an important area for flue-cured tobacco planting, production and sale, and plays an important supporting role for the development of Yunnan economy for a long time, wherein units such as basic tobacco purchasing stations distributed in various planting areas play a key role in changing tobacco from crops to market circulation products.
At present, the tobacco leaf purchasing mode of the tobacco leaf purchasing station is to intensively purchase tobacco leaves for farmers, and tobacco farmers transport the tobacco leaves to the purchasing station and then unload the tobacco leaves → a main inspection stage → the confirmation of the tobacco farmers → weighing → packing → warehousing → settlement is carried out, so that the tobacco leaf selling process is completed. In the purchasing process, the tobacco leaves transported by tobacco growers need to be inspected, weighed, transported and warehoused by staff, packaged, transported, loaded, delivered and the like, in the series of procedures, the tobacco leaves which are scattered are packaged and molded by adopting a bundling mode, the most critical steps are adopted, the tobacco leaf packaging efficiency and the packaging effect always directly influence whether the operation of a tobacco leaf purchasing station in a busy season is smooth or not, and whether the purchasing task can be completed as required or not.
The types of equipment used in cigarette stations are both fixed and mobile, such as balers, both fixed and mobile. How to provide suitable power supply mode for all kinds of equipment, make all kinds of equipment can convenient, high-efficient, safe use, be the main problem that present power consumption system need solve.
SUMMERY OF THE UTILITY MODEL
The utility model discloses a purpose aims at overcoming the not enough of prior art existence, provides a special electric power management system of tobacco warehouse based on high security and efficient.
In order to achieve the above object, the utility model adopts the following technical scheme to realize:
the tobacco warehouse special power management system based on high safety and high efficiency comprises power utilization equipment with a power socket, a plurality of underground power supply devices and a plurality of regional power supply mechanisms, wherein the underground power supply devices and the regional power supply mechanisms are connected in parallel;
the underground power supply device is pre-buried below the ground of the warehouse, and the regional power supply mechanism is installed at the top of the warehouse in a hanging mode.
Furthermore, the underground power supply device comprises an underground power supply pile which is embedded below the ground of the warehouse, an opening at the top of the underground power supply pile is exposed, a power supply plug which can be pulled out is arranged in the underground power supply pile, and the power supply plug is connected with a main power supply through an electric cable from underground arrangement;
the electric equipment is provided with an electric socket matched with the power supply plug.
Furthermore, the power supply pile is provided with a power supply pile cover plate, and the movable separation type cover is placed above the opening at the top of the underground power supply pile and can open and completely cover the exposed opening.
Further, the underground power supply pile is integrally box-shaped and comprises a pile box, the pile box is arranged underground, the power supply plug can be stored in the pile box, and an electric cable connected with the power supply plug penetrates through the pile box and is embedded in the ground to be connected to a main power supply in a wired mode.
Furthermore, a section of groove is formed in the edge of the ground around the top opening of the underground power supply pile, and the structural shape and the depth of the groove are matched with the edge shape and the height of the power supply pile cover plate, so that after the power supply pile cover plate is covered on the top opening, the edge of the power supply pile cover plate can be matched with the groove.
Furthermore, hanging lugs are further arranged at two ends of the power supply pile cover plate, and grooves matched with the hanging lugs are arranged in the grooves at positions corresponding to the hanging lugs.
Further, the regional power supply mechanism comprises a supporting mechanism, a cable retracting mechanism and a cable moving mechanism; the cable retracting mechanism and the cable moving mechanism are respectively arranged on the supporting mechanism;
the supporting mechanism comprises a transverse supporting mechanism and a longitudinal supporting mechanism, wherein the transverse supporting mechanism and the longitudinal supporting mechanism are vertically intersected and arranged at the top of the warehouse;
the cable retracting mechanism is arranged at one end of the supporting mechanism far away from the main power supply and comprises a retracting frame, a remotely-controllable self-provided power supply retracting motor, a matched speed reducer, a balancing weight, a two-section type retracting roller and two guide rollers arranged at the bottom of the retracting frame;
any point between two ends of an electric cable between a switch of each regional power supply mechanism and electric equipment is fixed with the two-section type take-up and pay-off roller, the fixed point is used as a boundary, the whole electric cable is divided into two sections, a front cable is arranged close to the switch, the length of the front cable is greater than or equal to that of the support mechanism in the direction, and the front cable is hung on the support mechanism through a cable moving mechanism; the rear cable is close to the movable electric equipment, and the length of the rear cable is greater than or equal to the distance between the electric equipment and the cable retracting mechanism within the operation range of the corresponding regional power supply mechanism;
the cable moving mechanism comprises more than two wire guiding rings which are connected to the supporting mechanism and can move on the supporting mechanism, and the preposed cable penetrates through the wire guiding rings and slides on the wire guiding rings;
and a limiting wire is arranged between any two adjacent wire rings, and a limiting wire is also arranged on the wire ring adjacent to the cable retracting mechanism.
Furthermore, a walking motor with a remote-control self-contained power supply is arranged on the balancing weight and used for driving the cable retracting mechanism to move on the supporting mechanism.
Furthermore, automatic switches with remote control functions are arranged between each regional power supply mechanism and each underground power supply device and the main power supply.
Furthermore, the supporting mechanism adopts a support with a sliding rail arranged at the bottom and is fixed with the side wall of the warehouse through a supporting seat, and the cable retracting mechanism and the cable moving mechanism connected to the support are connected with the cable retracting mechanism and the cable moving mechanism through pulleys.
The working principle is as follows:
various electric equipment in the cigarette station can be installed or moved to a convenient and easy-to-use position, and the regional power supply mechanism at the top or the underground power supply device is selected to be used for supplying power according to the length or the installation position of an electric cable of the electric equipment. The movable equipment or the equipment needing to be moved when in use preferentially selects the regional power supply connection at the top for power supply. After the electric equipment is used or the equipment is withdrawn, the regional power supply mechanism and the underground power supply mechanism can be stored, so that the cigarette station can be cleaned and sorted conveniently.
Has the advantages that:
1. the power supply application requirements of various types of electric equipment are met;
2. move the power supply line to the underground, neither occupy road, space, do not influence personnel, equipment flow again, need not complicated in disorder wiring during the power supply, avoid the cable conductor cable insulating layer to break, guaranteed the power consumption safety.
3. The power supply pile cover plate can block most of water and debris, so that the electric leakage condition is avoided, and the cleanness of the inside of the box body is ensured; moreover, a groove is formed between the upper part of the box body and the ground, water only accumulates in the groove and cannot enter the box body, and the electric leakage risk is greatly reduced; meanwhile, the power supply pile cover plate is a high-strength power supply pile cover plate, and the power supply pile cover plate is flush with the ground, so that the condition that personnel and equipment flow is influenced is avoided, and the power supply pile cover plate has good usability.
4. The area power supply mechanism adopts a sliding type cable moving and retracting mechanism, is simple in structure, can effectively avoid the problem of messy cables, and ensures the reliability of power supply.
Drawings
Fig. 1 is a schematic structural diagram of the present invention.
Fig. 2 is a schematic structural diagram of an underground power supply device.
Fig. 3 is a schematic diagram of the underground power supply device after the power supply pile cover plate is covered.
FIG. 4 is a schematic diagram of the connection of several top local power supply mechanisms.
Fig. 5 is a schematic diagram of the connection of the area power supply mechanism.
Fig. 6 is a schematic front structural view of the cable retracting mechanism and the cable moving mechanism connected to the supporting mechanism in an operating state.
Fig. 7 is a side view of the cable retracting mechanism.
Fig. 8 is a side view of the cable moving mechanism.
Fig. 9 is a front view schematically showing the structure of the cable retracting mechanism and the cable moving mechanism connected to the support mechanism in the standby state.
FIG. 10 is a schematic view of the fixing structure of the take-up and pay-off roller and the front cable and the rear cable.
Reference numerals:
the underground power supply device comprises an underground power supply device 1, an underground power supply pile 11, a top opening 12, a power supply plug 13, an electric cable 14, a power supply pile cover plate 15, a pile body box 16, a groove 17, a hanging lug 18, a groove 19, an area power supply mechanism 2, a supporting mechanism 21, a transverse supporting mechanism 211, a longitudinal supporting mechanism 212, a cable retracting mechanism 22, a retracting frame 221, a retracting motor 222, a speed reducer 223, a balancing weight 224, a retracting roller 225, a guide roller 226, a walking motor 227, a cable moving mechanism 23, a wire ring 231, a limiting wire 232, a pulley 24, a general power supply 3, electric equipment 4, an electric socket 41, a switch 5, a front cable 6 and a rear cable 7.
Detailed Description
The technical solutions of the present invention will be described in further detail below with reference to specific embodiments and drawings, but the present invention is not limited to the following technical solutions.
Examples
As shown in fig. 1-10, the tobacco warehouse-specific power management system based on high safety and high efficiency includes a power consumption device 4 with a power socket 41, a plurality of underground power supply devices 1 and a plurality of regional power supply mechanisms 2 connected in parallel, wherein the underground power supply devices 1 and the regional power supply mechanisms 2 are connected with a main power supply 3, and the underground power supply devices 1 and the regional power supply mechanisms 2 are connected with the power consumption device 4;
underground power supply unit 1 is pre-buried in warehouse ground below, and regional power supply mechanism 2 hangs and installs at the warehouse top.
The underground power supply device 1 comprises an underground power supply pile 11 which is embedded below the ground of the warehouse, an opening 12 at the top is exposed, a power supply plug 13 which can be pulled out is arranged in the underground power supply pile, and the power supply plug 13 is connected with the main power supply 3 from underground arrangement through an electric cable 14;
the consumer 4 is provided with a consumer socket 41 adapted to the power plug 13.
The power supply pile is provided with a power supply pile cover plate 15, and a movable separation type cover is placed above the top opening 12 of the underground power supply pile 11 and can open and completely cover the exposed opening.
The underground power supply pile 11 is integrally box-shaped and comprises a pile box 16, the pile box 16 is arranged underground, a power supply plug 13 can be contained in the pile box 16, and an electric cable 14 connected with the power supply plug 13 penetrates through the pile box 16 and is embedded in the ground to be connected to a main power supply 3 in a wired mode.
The periphery of the top opening 12 of the underground power supply pile 11 is provided with a section of groove 17, and the structural shape and depth of the groove 17 are matched with the edge shape and height of the power supply pile cover plate 15, so that after the power supply pile cover plate 15 is covered on the top opening 12, the edge of the power supply pile cover plate can be matched with the groove 17.
Set up the structure of slot 17, on the one hand can fix a position power supply stake apron 15, makes its lid back, can not rock, and with ground height match, can not produce unsmoothly, on the other hand can be waterproof dustproof, avoids rainwater weather water liquid to get into underground power supply stake 11.
Hanging lugs 18 are further arranged at two ends of the power supply pile cover plate 15, and grooves 19 matched with the hanging lugs 18 are formed in the positions, corresponding to the hanging lugs 18, of the grooves 17.
The area power supply mechanism 2 comprises a supporting mechanism 21, a cable retracting mechanism 22 and a cable moving mechanism 23; the cable retracting mechanism 22 and the cable moving mechanism 23 are respectively arranged on the supporting mechanism 21;
wherein, the supporting mechanism 21 comprises a transverse supporting mechanism 21121 and a longitudinal supporting mechanism 21221 which are vertically intersected and are arranged at the top of the warehouse;
the cable retracting mechanism 22 is arranged at one end of the supporting mechanism 21 far away from the main power supply 3, and comprises a retracting frame 221, a retractable motor 222 with a remote-controlled self-contained power supply, a matched speed reducer 223, a balancing weight 224, a two-section retracting roller 225 and two guide rollers 226 arranged at the bottom of the retracting frame 221;
any point between two ends of the electric cable 14 between the switch 5 and the electric equipment 4 of each regional power supply mechanism 2 is fixed with the two-section type take-up and pay-off roller 225, the whole electric cable 14 is divided into two sections by taking the fixed point as a boundary, the front cable 6 is close to the switch 5, the length of the front cable is greater than or equal to that of the support mechanism 21 in the direction, and the front cable is hung on the support mechanism 21 through the cable moving mechanism 23; the rear cable 7 is close to the movable electric equipment 4, and the length of the rear cable is greater than or equal to the distance between the electric equipment 4 and the cable retracting mechanism 22 in the corresponding operation range of the regional power supply mechanism 2;
the cable moving mechanism 23 comprises more than two electric cables 14 which are connected to the supporting mechanism 21 and can move on the supporting mechanism 21, and the front cable 6 passes through the electric cables 14 and slides on the electric cables 14;
a spacing wire 232 is arranged between any two adjacent rings of the electric cables 14, and the spacing wire 232 is also arranged on the ring of the electric cable 14 adjacent to the cable retracting mechanism 22.
A remote-control walking motor 227 with a power supply for driving the cable retracting mechanism 22 to move on the supporting mechanism 21 is arranged on the counterweight block 224.
An automatic switch 5 having a remote control function is provided between each of the regional power supply mechanisms 2 and each of the underground power supply devices 1 and the main power supply 3.
The working mode is as follows:
the regional power supply mechanism 2 or the underground power supply device 1 is selected according to the request of the electric equipment 4.
The area power supply mechanism 2 at the top is preferentially selected to supply power to the movable equipment or the equipment which needs to be moved when in use; the electric equipment 4 for fixed installation or fixed use is preferably connected with an underground power supply pile 11.
When the regional power supply mechanism 2 is adopted for supplying power
Connection and power supply: in a standby state, more than two wire rings 231 in the power supply mechanism 2 in the area are abutted against each other, and are stopped on the supporting mechanism 21 close to one end of the power supply after contacting with the cable retracting mechanism 22, and the front cable 6 penetrating through the wire rings and the rear cable 7 fixed on the two-section retracting roller 225 are wound by the two-section retracting roller 225, so that the whole cable without a pendant is outside; when power needs to be supplied to the area, the two-section type winding and unwinding roller 225 is driven by the winding and unwinding motor 222 to unwind, meanwhile, the cable winding and unwinding mechanism 22 is driven by the traveling motor 227 and pulls the cable moving mechanism 23 through the limiting wire 232 to move towards the direction far away from the power supply, the unwound preposed cables 6 respectively hang down from the adjacent wire rings 231, the postposed cables 7 are pulled by operators and are connected with the electric equipment 4 on the premise of ensuring that the cables do not fall on the ground to complete the connection of the power supply line of the area, and then the power supply mechanism 2 of the area and the automatic switch 5 of the power supply are closed to supply power;
power-off storage: when the electric equipment 4 needs to finish working or needs to be withdrawn, the automatic switch 5 is firstly switched off, the rear cable 7 is disconnected from the power utilization, the cable retracting mechanism 22 starts to simultaneously wind the front cable 6 and the rear cable 7, the cable retracting mechanism 22 is driven by the traveling motor 227, the cable retracting mechanism 22 gradually moves to one side close to the power supply along the supporting mechanism 21 and is tightly close to the wire ring 231 of the cable moving mechanism 23, and finally the initial standby state of the cable which is integrally wound without a pendant is achieved.
When the underground power supply device 1 is adopted for supplying power
Put equipment or fixed mounting to the position of using, take one's place according to equipment, open the power supply stake apron 15 of underground power supply stake 11, drag out power supply plug 13, the power consumption socket 41 butt joint of consumer 4 accomplishes the circuit switch-on, can supply power for consumer 4, the operation is accomplished the back, and disconnection plug and socket takes in power supply plug 13 back in underground power supply stake 11, covers power supply stake apron 15.
Claims (10)
1. The tobacco warehouse special power management system based on high safety and high efficiency comprises electric equipment (4) with an electric socket (41), and is characterized by comprising a plurality of underground power supply devices (1) and a plurality of regional power supply mechanisms (2) which are connected in parallel, wherein the underground power supply devices (1) and the regional power supply mechanisms (2) are connected with a main power supply (3), and the underground power supply devices (1) and the regional power supply mechanisms (2) are connected with the electric equipment (4);
underground power supply unit (1) is pre-buried in warehouse ground below, and regional power supply mechanism (2) hang and install at the warehouse top.
2. The power management system according to claim 1, wherein the underground power supply device (1) comprises an underground power supply pile (11) which is pre-buried under the ground of the warehouse, an opening (12) at the top is exposed, a power supply plug (13) which can be pulled out is arranged in the underground power supply pile, and the power supply plug (13) is connected with the main power supply (3) from the underground arrangement through an electric cable (14);
the electric equipment (4) is provided with an electric socket (41) matched with the power supply plug (13).
3. The power management system of claim 2, characterized in that the power supply piles are provided with power supply pile cover plates (15), and a removable separating cover is placed above the top openings (12) of the underground power supply piles (11), enabling to open and completely cover the exposed openings.
4. The power management system of claim 2, wherein the underground power supply pile (11) is integrally box-shaped and comprises a pile box (16), the pile box (16) is arranged underground, the power supply plug (13) can be accommodated in the pile box (16), and an electrical cable (14) connected with the power supply plug (13) passes through the pile box (16) and is embedded in the ground and is connected to the main power supply (3) in a wired mode.
5. The power management system according to claim 4, wherein the peripheral ground edge of the top opening (12) of the underground power supply pile (11) is provided with a section of groove (17), and the structural shape and depth of the groove (17) are matched with the edge shape and height of the power supply pile cover plate (15), so that the edge of the power supply pile cover plate (15) can be matched with the groove (17) after the power supply pile cover plate (15) is covered on the top opening (12).
6. The power management system according to claim 5, wherein both ends of the power supply pile cover plate (15) are further provided with lugs (18), and the groove (17) is provided with a groove (19) corresponding to the lug (18).
7. The power management system according to any one of claims 1-6, characterized in that the area power supply mechanism (2) comprises a support mechanism (21), a cable retraction mechanism (22) and a cable movement mechanism (23); the cable retracting mechanism (22) and the cable moving mechanism (23) are respectively arranged on the supporting mechanism (21);
wherein the supporting mechanism (21) comprises a transverse supporting mechanism (211) and a longitudinal supporting mechanism (212), which are vertically crossed and arranged at the top of the warehouse;
the cable retracting mechanism (22) is arranged at one end of the supporting mechanism (21) far away from the main power supply (3), and comprises a retracting frame (221), a retracting motor (222) with a remote-controlled self-contained power supply, a matched speed reducer (223), a balancing weight (224), a two-section retracting roller (225) and two guide rollers (226) arranged at the bottom of the retracting frame (221);
any point between two ends of an electric cable between the switch (5) of each regional power supply mechanism (2) and the electric equipment (4) is fixed with the two-section type take-up and pay-off roller (225), the whole electric cable is divided into two sections by taking the fixed point as a boundary, a front cable (6) is close to the switch (5), the length of the front cable is greater than or equal to that of the support mechanism (21) in the direction, and the front cable is hung on the support mechanism (21) through a cable moving mechanism (23); the rear cable (7) is close to the movable electric equipment (4), and the length of the rear cable is greater than or equal to the distance between the electric equipment (4) and the cable retracting mechanism (22) within the operation range of the corresponding regional power supply mechanism (2);
the cable moving mechanism (23) comprises more than two wire guiding rings (231) which are connected to the supporting mechanism (21) and can move on the supporting mechanism, and the preposed cable (6) passes through the wire guiding rings (231) and slides on the wire guiding rings;
a limiting wire (232) is arranged between any two adjacent wire rings (231), and the wire ring (231) adjacent to the cable retracting mechanism (22) is also provided with the limiting wire (232).
8. The power management system of claim 7, wherein a remotely controllable self-powered travel motor (227) is provided on the counterweight (224) for moving the cable retraction mechanism (22) on the support mechanism.
9. The power management system according to claim 8, characterized in that an automatic switch (5) with a remote control function is provided between each regional power supply means (2) and each underground power supply device (1) and the main power supply (3).
10. The power management system according to claim 7, wherein the supporting mechanism (21) is a bracket with a sliding rail at the bottom and is fixed with the side wall of the warehouse through a supporting seat, and the cable retracting mechanism (22) and the cable moving mechanism (23) connected with the bracket are connected with the bracket through a pulley (24).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120556024.0U CN214798879U (en) | 2021-03-18 | 2021-03-18 | Special tobacco warehouse power management system based on high safety and high efficiency |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202120556024.0U CN214798879U (en) | 2021-03-18 | 2021-03-18 | Special tobacco warehouse power management system based on high safety and high efficiency |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN214798879U true CN214798879U (en) | 2021-11-19 |
Family
ID=78665917
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202120556024.0U Expired - Fee Related CN214798879U (en) | 2021-03-18 | 2021-03-18 | Special tobacco warehouse power management system based on high safety and high efficiency |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN214798879U (en) |
-
2021
- 2021-03-18 CN CN202120556024.0U patent/CN214798879U/en not_active Expired - Fee Related
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| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20211119 |
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| CF01 | Termination of patent right due to non-payment of annual fee |