CN215377993U - Landscape type mounting structure for power distribution management device in human scenic spot - Google Patents

Abstract

The utility model discloses a landscape type mounting structure for a power distribution management device in a human scenic region, which comprises an electric pole, wherein power distribution equipment is mounted on the electric pole, a blocking net is arranged around the electric pole, a baffle is arranged on the electric pole, the power distribution equipment is fixed at the lower end of the baffle, an insulating sleeve is arranged on the baffle, a cable on the electric pole penetrates through the insulating sleeve to be connected into the power distribution equipment, a configuration chamber for placing the management equipment is arranged at the bottom of the electric pole, a net laying mechanism is arranged around the baffle, a floc prevention net is suspended on the net laying mechanism, and a gap between the configuration chamber and the baffle is covered by the floc prevention net, so that the problem that the conventional scenic region power distribution is optimized in the management process, a large amount of catkin floaters possibly exist, and the management equipment needs to be patrolled by a large number of workers.

Description

Landscape type mounting structure for power distribution management device in human scenic spot

Technical Field

The utility model relates to scenic spot power distribution treatment equipment installation, in particular to a landscape type installation structure for a power distribution treatment device in a human scenic spot.

Background

The scenic spot is a regional place which takes tourism and related activities as main functions or one of the main functions, as is well known, the power consumption of the scenic spot is closely related to the flow of people, the flow of people in the scenic spot is caused by light and busy seasons, and the power consumption in the scenic spot is often local peak or local cold and clear, so that the load distribution of the power load equipment is often uneven.

Catkin belongs to the inflammable matter, and the healthy safe operation of electric wire netting is brought the threat to the fire probably arouses the conflagration in the meeting of the catkin of gathering, so distribution equipment's setting can usually keep away from the catkin environment, but the scenic spot probably relates to the particularity of environment, and inevitable catkin exists, consequently to present seasonal environment characteristics, has taken effective clearance catkin measure, and the staff increases the frequency of patrolling to distribution equipment promptly, regularly cleans the catkin that floats on distribution equipment simultaneously. Because the catkin is light in weight and is not easy to be cleaned by an insulated broom, certain trouble is brought to the power distribution control of scenic spots, and how to optimize the power distribution control of the scenic spots is worth researching.

SUMMERY OF THE UTILITY MODEL

The utility model aims to provide a landscape type installation structure for a power distribution treatment device in a human scenic spot, aiming at optimizing the problem that a great amount of workers are required to inspect treatment equipment due to catkin floaters possibly existing in the treatment process of the power distribution in the existing scenic spot.

In order to solve the technical problems, the utility model adopts the following technical scheme:

the utility model provides a view formula mounting structure for device is administered in people's scenic spot distribution, including the pole, install distribution equipment on the above-mentioned pole, be equipped with around the above-mentioned pole and block the net, be equipped with the baffle on the above-mentioned pole, above-mentioned distribution equipment fixes at the baffle lower extreme, be equipped with insulating sleeve on the above-mentioned baffle, cable on the above-mentioned pole passes insulating sleeve and inserts distribution equipment, above-mentioned pole bottom is equipped with the configuration room of placing treatment equipment, above-mentioned baffle is equipped with lapping mechanism all around, hang on the above-mentioned lapping mechanism and prevent the flocculus, hide the clearance between configuration room and the baffle by preventing the flocculus.

Preferably, above-mentioned lapping mechanism includes the bedplate, is equipped with on the above-mentioned bedplate and accomodates the roller, is equipped with the delivery outlet on the above-mentioned bedplate, is equipped with spacing roller on the above-mentioned delivery outlet, and the terminal winding of above-mentioned anti-flocculus is on accomodating the roller, and the spacing roller of conflict in above-mentioned anti-flocculus bottom, the above-mentioned anti-flocculus head end pass the delivery outlet and to disposing the room and fall down naturally.

A further technical scheme is that, the above-mentioned net head end of preventing wadding is equipped with the negative weight piece, and above-mentioned negative weight piece middle part is equipped with the cavity, and fills the grit in the cavity, and above-mentioned negative weight piece bottom is equipped with the magic subsides, and above-mentioned configuration roof portion is equipped with the wainscot that corresponds with the magic subsides.

A further technical scheme is that, be equipped with in the above-mentioned bedplate and hold the chamber, the aforesaid is equipped with the push rod in holding the chamber, and above-mentioned push rod front end is equipped with the push pedal, is equipped with reset spring on the above-mentioned push rod, and above-mentioned reset spring conflicts push pedal and bedplate outer wall respectively, prevents the wadding net by the push pedal in the delivery outlet centre gripping.

According to a further technical scheme, the side wall of the seat board is provided with a strip-shaped hole, the push rod is provided with a pull ring, and the pull ring penetrates through the strip-shaped hole to extend to the outer side of the seat board.

Preferably, a ceramic cylinder is provided between the distribution equipment and the installation chamber, and a shield is formed between the distribution equipment and the installation chamber by the ceramic cylinder.

Preferably, the barrier net is provided with a plastic ornament, and the arrangement chamber is covered by the plastic ornament.

Compared with the prior art, the utility model has the beneficial effects of at least one of the following:

according to the utility model, the distribution equipment is in an overhead environment through the electric pole, the distribution equipment converts a high-voltage circuit into a low-voltage circuit required by a scenic spot, the top of the distribution equipment is shielded by the baffle, the cable can pass through the baffle to be connected into the distribution equipment through the insulating sleeve, the cable passing through the distribution equipment is treated and sampled by the configuration room, and then the cable is connected into the electric pole through the insulating sleeve and is pulled to a user side by the electric pole.

Prevent the wadding net through lapping mechanism and distribute between configuration room and baffle to effectively shelter from catkin, avoid catkin or other materials contact distribution equipment, effectively reduce the safety risk of catkin to distribution facility in the scenic spot.

The utility model uses the seat plate as a fixed carrier of the lapping mechanism, the anti-flocculus net can be released and stored by the storage roller, the released anti-flocculus net can be guided to enter the output port by the limiting roller, and the anti-flocculus net can form a protective surface at the lower end of the seat plate by the output port. Easily prevent the vertical setting of flocculus net through the heavy burden piece, be convenient for prevent the release of flocculus net, paste through the magic, make prevent that the flocculus net lower part is fastened, be convenient for simultaneously the heavy burden piece drives prevents that the flocculus net is installed at configuration room top.

Move in holding the chamber through the push rod, utilize the effect of reset spring and push pedal to prevent the flocculus net to make prevent that flocculus net upper portion is fastened, make through the effect of negative weight piece prevent that the flocculus net lower part is fastened, help guaranteeing to prevent the ability of preventing wind of flocculus net.

Through pull ring and bar hole design, be convenient for release and prevent the wadding net to in non-catkin floating season, can dismantle the lapping mechanism.

According to the utility model, the insulation of the cable is ensured by designing the ceramic cylinder, and the risk that catkin enters power distribution equipment along with the cable in a large amount is reduced.

Drawings

FIG. 1 is a schematic view of the structure of the present invention.

Fig. 2 is a schematic structural diagram of the lapping mechanism.

Fig. 3 is a schematic view of the operation of the lapping mechanism.

Fig. 4 is a schematic view of the distribution of the lapping mechanism.

Description of reference numerals:

1-pole, 2-distribution equipment, 3-arresting net, 4-baffle, 5-insulating sleeve, 6-configuration chamber, 7-lapping mechanism, 8-anti-flocculus net, 9-strip-shaped hole, 10-ceramic cylinder, 301-plastic ornament, 701-seat plate, 702-storage roller, 703-output port, 704-limiting roller, 705-containing cavity, 706-push rod, 707-push plate, 708-reset spring, 709-pull ring, 801-negative weight and 802-magic tape.

Detailed Description

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the utility model and are not intended to limit the utility model.

Referring to fig. 1, an embodiment of the present invention is a landscape type installation structure for a power distribution management device in a human scenic region, which includes an electric pole 1, wherein the electric pole 1 is an existing electric pole in a platform region, paint can be sprayed on the surface of the electric pole 1, so as to form a relatively consistent appearance with the scenic region environment, a power distribution device 2 is installed on the electric pole 1, wherein a mounting rack of the power distribution device is fixed on the electric pole 1, and the power distribution device 2 is fixed on the electric pole 1 through the mounting rack.

Be equipped with around above-mentioned pole 1 and block net 3, wherein block net 3 is current protection network, and its block net 3 distributes around pole 1 to avoid visitor or pedestrian to be close to pole 1. Above-mentioned be equipped with baffle 4 on the pole 1, wherein baffle 4 is insulating plastic slab, and wherein certain mechanical support performance need be satisfied to the thickness of baffle 4, and its baffle 4 is fixed on pole 1, and its fixed form is various:

for example, the baffle 4 is provided with a clasp lock at the lower end, and the baffle 4 is fixed on the electric pole 1 through the clasp lock.

For example, baffle 4 is two splice plate combinations, constitutes corresponding through-hole by two splice plates, utilizes the through-hole cover to establish on pole 1, sets up the supporting seat on its pole 1, through supporting seat butt joint baffle 4.

Above-mentioned distribution equipment 2 is fixed at 4 lower extremes of baffle, avoids catkin to fall down and contact distribution equipment 2 from the eminence through the baffle, for the convenience of cable access distribution equipment 2 from pole 1, is equipped with insulating sleeve 5 on the above-mentioned baffle 4, and insulating sleeve 5 makes for insulating ceramic, and wherein insulating sleeve 5 has two through-holes, and its through-hole divide into input through-hole and output through-hole, and the cable on the above-mentioned pole 1 passes insulating sleeve 5 and inserts distribution equipment 2.

Above-mentioned 1 bottom of pole is equipped with the configuration room 6 of placing treatment equipment, wherein is equipped with treatment equipment in the configuration room 6 at least, and can also set up auxiliary electrical apparatus such as check out test set, administers low voltage circuit through treatment equipment, and above-mentioned baffle 4 is equipped with lapping mechanism 7 all around, hangs on the above-mentioned lapping mechanism 7 and prevents the flocculus net 8, hides the clearance between configuration room 6 and the baffle 4 by preventing the flocculus net 8. Prevent the wadding net 8 through lapping mechanism 7 installation around distribution equipment 2, wherein prevent that the wadding net 8 is the plastic net, and it adopts multilayer dislocation design to effectively guarantee the gas flow, hinder the catkin to pass simultaneously.

Wherein, treatment equipment is current SPC, external current transformer CT through treatment equipment is from area samples load current information in real time, and transmit for digital processing chip DSP, thereby digital processing chip DSP can calculate fundamental wave active and fundamental wave reactive power composition, according to the phase angle difference, judge the inductive reactive power of the capacitive reactive current of leading voltage and lag voltage, then according to the target power factor that the user set up, turn on and shut off by SPC control IGBT, thereby effectively control inverter current's phase place and amplitude, offset through sending a current that equals the reactive current size opposite direction, only leave fundamental wave active current in the messenger system, thereby make power factor approach the setting value.

Specifically, the configuration room 6 is mainly used for butting the low-voltage end of the power distribution equipment 2, sampling the voltage of the compensation point through the treatment equipment, and transmitting the voltage information to a DSP (digital signal processor) in the treatment equipment to judge whether the voltage of the compensation point exceeds a set value or not, and when the voltage exceeds an upper regulation limit, the treatment equipment outputs a capacitive current and reduces the voltage; when the voltage is lower than the voltage regulation lower limit, the treatment equipment outputs inductive current and improves the voltage. Finally, stabilizing each phase voltage in a normal range; meanwhile, the treatment equipment can be completely independent of a power distribution system based on the topology of the treatment equipment, is completely free from the harmonic interference of the system, cannot generate harmonic pollution, and is beneficial to ensuring the safe operation of a distribution network.

It should be noted that, because SPC is exclusively used in outdoor distribution network electric energy quality and improves, its protection level is IP44, can protective apparatus not receive interference such as outdoor sunshine, rain and fog, insect, the operation of safety and stability carries out reactive compensation to three-phase circuit through adopting three level structure, because SPC's is small, light in weight, the installation of being convenient for is maintained, so treatment facility can not occupy the usable floor area who disposes the room.

Based on the above embodiment, referring to fig. 2 to 4, another embodiment of the present invention is that the mesh-laying mechanism 7 includes a seat plate 701, wherein the seat plate 701 is made of a carbon material and has good insulating property and mechanical strength, the seat plate 701 is provided with a receiving roller 702, wherein the receiving roller 702 is fixed on a seat body through a bearing, the seat body is a raised portion on the seat plate 701, so that the receiving roller 702 can rotate on the seat plate 701, and the seat plate 701 and the lower end of the receiving roller 702 have a gap, so as to facilitate the receiving roller 702 to rotate to receive the anti-flocculation mesh 8.

The base plate 701 is provided with an output port 703, wherein the output port 703 is arranged at the front end of the base plate 701, the output port 703 is provided with a limiting roller 704, the limiting roller 704 is positioned on the output port 703, the anti-flocculation net 8 is output from the storage roller 702 and passes through the output port 703 after being adjusted by the limiting roller 704, the tail end of the anti-flocculation net 8 is wound on the storage roller 702, the bottom of the anti-flocculation net 8 is abutted against the limiting roller 704, and the head end of the anti-flocculation net 8 passes through the output port 703 and naturally falls down to the configuration chamber 6.

Furthermore, the head end of the anti-flocculation net 8 is provided with a negative weight 801, wherein the negative weight 801 is made of plastic, the middle part of the negative weight 801 is provided with a cavity, sand is filled in the cavity, and the weight of the sand provides necessary tension support for the heavy weight 801 to pull the anti-flocculation net 8.

The bottom of the negative weight 801 is provided with a magic tape 802, and the top of the allocation chamber 6 is provided with a sticking surface corresponding to the magic tape 802. Wherein the negative weight 801 is provided with a hook surface, and the top of the configuration chamber 6 is provided with a sticky surface. If necessary, wires or hooks can be arranged on the anti-flocculation net 8, and the negative weight 801 is fixed on the top of the configuration chamber 6 through the wires or hooks.

Further, referring to fig. 3, the seat plate 701 is provided with a receiving cavity 705, the receiving cavity 705 may be formed integrally because the seat plate 701 is made of a carbon-rich material, the receiving cavity 705 is provided with a push rod 706, a head end of the receiving cavity 705 is matched with a diameter of the push rod 706, so that the push rod 706 may move freely in the receiving cavity 705, and the receiving cavity 705 may be a through hole on the seat plate 701, so as to facilitate the push rod 706 to be inserted into the receiving cavity 705.

The push rod 706 is provided with a push plate 707 at the front end, wherein the head end of the push rod 706 and the push plate 707 can be connected by screw threads, thereby facilitating the installation and the disassembly and facilitating the taking out of the push rod 706 from the accommodating cavity 705.

The push rod 706 is provided with a return spring 708,

the reset spring 708 is respectively abutted against the outer walls of the push plate 707 and the seat plate 701, the anti-flocculus net 8 is clamped at the output port 703 by the push plate 707, the push plate 707 is pushed by the reset spring 708, so that the push rod 706 is driven to move towards the output port 703, meanwhile, the push plate 707 is clamped with the seat plate 701 at the output port 703 to prevent the flocculus net 8, and the upper part of the anti-flocculus net 8 is fixed.

Further, a strip hole 9 is formed in a sidewall of the seat plate 701, a pull ring 709 is formed on the push rod 706, and the pull ring 709 passes through the strip hole 9 and extends to an outside of the seat plate 701.

Wherein the bar hole 9 and the bedplate 701 adopt the form integrated into one piece of moulding plastics, and wherein the pull ring 709 is the screw rod structure, sets up the screw on its push rod 706, from this, the pull ring 709 can stretch into from bar hole 9 and hold the chamber 705, inserts the screw on the push rod 706 through the pull ring 709, realizes that the pull ring 709 is fixed on the push rod 706.

Based on the above embodiment, referring to fig. 1, another embodiment of the present invention is that a ceramic cylinder 10 is provided between the distribution equipment 2 and the distribution chamber 6, and a shield is formed between the distribution equipment 2 and the distribution chamber 6 by the ceramic cylinder 10. The low-voltage circuit that makes distribution equipment 2 output through ceramic section of thick bamboo 10 can insert configuration room 6 under safe state, and the circuit after ceramic section of thick bamboo 10 revises is drawn to pole 1 through ceramic section of thick bamboo 10 and insulating sleeve 5 again on, is guided to corresponding power consumption region by pole 1.

In another embodiment of the present invention, based on the above embodiment, the barrier net 3 is provided with a plastic ornament 301, and the arrangement chamber 6 is covered with the plastic ornament 301. Wherein plastic decoration 301 can be the leaf appearance, also can be the stone appearance, forms near the pole 1 through plastic decoration 301 and pretends to avoid joining in marriage net equipment to influence the whole pleasing to the eye in scenic spot.

Reference throughout this specification to "one embodiment," "another embodiment," "an embodiment," "a preferred embodiment," or the like, means that a particular feature, structure, or characteristic described in connection with the embodiment is included in at least one embodiment described generally in this application. The appearances of the same phrase in various places in the specification are not necessarily all referring to the same embodiment. Further, when a particular feature, structure, or characteristic is described in connection with any embodiment, it is submitted that it is within the scope of the utility model to effect such feature, structure, or characteristic in connection with other embodiments.

Although the utility model has been described herein with reference to a number of illustrative embodiments thereof, it should be understood that numerous other modifications and embodiments can be devised by those skilled in the art that will fall within the spirit and scope of the principles of this disclosure. More specifically, various variations and modifications are possible in the component parts and/or arrangements of the subject combination arrangement within the scope of the disclosure, the drawings and the appended claims. In addition to variations and modifications in the component parts and/or arrangements, other uses will also be apparent to those skilled in the art.

Claims (7)

1. The utility model provides a view formula mounting structure for device is administered in people's scenic spot distribution, includes pole (1), install distribution equipment (2) on pole (1), be equipped with around pole (1) and block net (3), its characterized in that: be equipped with baffle (4) on pole (1), distribution equipment (2) are fixed at baffle (4) lower extreme, be equipped with insulating sleeve (5) on baffle (4), cable on pole (1) passes insulating sleeve (5) and inserts distribution equipment (2), pole (1) bottom is equipped with configuration room (6) of placing treatment equipment, baffle (4) are equipped with lapping mechanism (7) all around, hang on lapping mechanism (7) and prevent wadding net (8), cover the clearance between configuration room (6) and baffle (4) by preventing wadding net (8).

2. The landscape architecture for a power distribution abatement device for a scenic spot of claim 1, wherein: lapping mechanism (7) include bedplate (701), be equipped with on bedplate (701) and accomodate roller (702), be equipped with delivery outlet (703) on bedplate (701), be equipped with spacing roller (704) on delivery outlet (703), prevent that the winding of flocculus (8) is terminal on accomodating roller (702), prevent spacing roller (704) of conflict in flocculus (8) bottom, prevent that flocculus (8) head end passes delivery outlet (703) and to configuration room (6) tenesmus naturally.

3. The landscape architecture for a power distribution abatement device for a scenic spot of claim 2, wherein: prevent that net for wadding (8) head end is equipped with negative weight piece (801), negative weight piece (801) middle part is equipped with the cavity, and packs the grit in the cavity, negative weight piece (801) bottom is equipped with magic subsides (802), configuration room (6) top is equipped with the wainscot that corresponds with magic subsides (802).

4. The landscape architecture for a power distribution abatement device for a scenic spot of claim 2, wherein: be equipped with in bedplate (701) and hold chamber (705), be equipped with push rod (706) in holding chamber (705), push rod (706) front end is equipped with push pedal (707), be equipped with reset spring (708) on push rod (706), reset spring (708) are contradicted push pedal (707) and bedplate (701) outer wall respectively, prevent out of a cotton net (8) by push pedal (707) centre gripping in delivery outlet (703).

5. The landscape architecture for a power distribution abatement device for a scenic spot of claim 4, wherein: the side wall of the seat plate (701) is provided with a strip-shaped hole (9), the push rod (706) is provided with a pull ring (709), and the pull ring (709) penetrates through the strip-shaped hole (9) and extends to the outer side of the seat plate (701).

6. The landscape architecture for a power distribution abatement device for a scenic spot of claim 1, wherein: a ceramic cylinder (10) is arranged between the power distribution equipment (2) and the configuration chamber (6), and the ceramic cylinder (10) forms protection between the power distribution equipment (2) and the configuration chamber (6).

7. The landscape architecture for a power distribution abatement device for a scenic spot of claim 1, wherein: the barrier net (3) is provided with a plastic ornament (301), and the plastic ornament (301) covers the configuration chamber (6).

Images