CN208955603U - Combinable line management device and line management features - Google Patents

Abstract

The utility model relates to line management equipment technical fields, a kind of combinable line management device, including control box are provided, with splicing structure and Thread holder, it is equipped with the installation region disposed for data box in control box, control in box and is equipped with strong and weak electricity separated structure in Thread holder；Thread holder is detachably spliced with control box by splicing structure.A kind of line management features are also provided, including for providing power supply, the data box of information transmission, above-mentioned combinable line management device, the forceful electric power route that can be connect with data box and the light current route that can be connect with data box, data box are located in installation region.The utility model is by setting splicing structure, client can be voluntarily stitched together by the box body that the splicing structure is needed after buying back box body, it not only saves the time of client and also saves the funds of client, in addition, by setting strong and weak electricity separated structure, strong and weak electricity in line management device can systematically be separated, eliminate above-mentioned security risk.

Description

Combinable line management device and line management features

Technical field

The utility model relates to line management equipment technical field, specially a kind of combinable line management device and route Managing device.

Background technique

Line management device is a kind of used in Bank Hall, power outlet, connecting line and cable can be managed concentratedly, It arranges and protects, prolong its service life, use safely, and make whole clean and tidy, the manager maintained easily.

Line management device in the prior art usually needs the customization that placed an order by client before selling, and stores sum aggregate as needed The type of the object of middle management is customized with how many needs what kind of box body, further according to the requirement of client after being connected to order These box bodys are integrally formed to obtain finished product.

However, on the one hand, the mode of this customization is at high cost, and the customization period is long, and it is more next not adapted to rhythm gradually Faster market；On the other hand, if after customizing again in a short time, previous article made to order may will be idle, and undoubtedly be wasted The funds resource of client.

On the other hand, existing Thread holder is typically only used to store up line, and route stores up the rear rambling arrangement in box body, Regardless of strong and weak electricity, there is great security risks, and equally, control box is also faced with identical problem.

Utility model content

In view of this, the purpose of this utility model is to provide a kind of combinable line management devices and line management to fill It sets, by setting splicing structure, the box body splicing that client can voluntarily be needed by the splicing structure after buying back box body Get up, not only save the time of client and also saves the funds of client, in addition, by setting strong and weak electricity separated structure, it can Systematically to separate the strong and weak electricity in line management device, above-mentioned security risk is eliminated.

To achieve the above object, the utility model embodiment provides the following technical solutions: a kind of combinable line management Device, including control box further include the Thread holder for assembled splicing structure and for storing up line, are equipped with and supply in the control box The installation region of data box placement is equipped in the control box and in the Thread holder for will be divided into inside them by force Electric channel and the strong and weak electricity separated structure in light current channel；The Thread holder is removable by the splicing structure with the control box Unload splicing.

Further, the Thread holder has multiple, and two adjacent Thread holders are detachably spelled by the splicing structure It connects.

Further, the splicing structure includes the connector for connecting between the Thread holder and the control box, institute Stating connector is link block, and the link block is partially submerged into the control box, and another part insertion is adjacent with the control box Thread holder in, and fixed by screw.

Further, further include at least one network commutator box for storing router, the network commutator box can Detachably spliced with the control box by the splicing structure, the network commutator box can also pass through institute with the Thread holder Splicing structure is stated detachably to splice.

Further, the network commutator box has multiple, can also be by described between network commutator box described in every two Splicing structure detachably splices.

Further, the strong and weak electricity separated structure include the first isolation board and the second isolation board, first isolation board with And second isolation board extends along the control box to the direction of the Thread holder；The inside of the Thread holder is by described One isolation board is divided into the first light current channel and the first forceful electric power channel, and the inside of the control box is by second isolation board point It is divided into the second light current channel and the second forceful electric power channel, the installation region is located in second forceful electric power channel.

Further, the Thread holder and the control box include in have the box body of chamber and the box can be covered on Box cover on body, the box cover are locked on the box body by locking structure.

Further, the locking structure include the lock core installed on the box cover and be set to the intracorporal card of the box One end close to the tray interior of slot, the lock core is equipped with the movable lock tongue being caught in the card slot.

Further, the lock core runs through the upper and lower surface of the box cover, and the lock core leakage is in one end outside the box body Equipped with the unlock piece for being inserted into for tool and the lock core being driven to rotate around its own axis.

The utility model embodiment provides a kind of another technical solution: line management features, including for providing power supply And the data box of information transmission, the forceful electric power that further includes above-mentioned combinable line management device, can be connect with the data box Route and the light current route that can be connect with the data box, the data box are located in the installation region；The forceful electric power line Road is laid in the forceful electric power channel, and the light current route is laid in the light current channel.

Compared with prior art, the utility model has the beneficial effects that by setting splicing structure, client is buying back box body It can be voluntarily stitched together afterwards by the box body that the splicing structure is needed, not only save the time of client but also saving The funds of client, in addition, can systematically be separated the strong and weak electricity in line management device by setting strong and weak electricity separated structure It opens, eliminates above-mentioned security risk.

Detailed description of the invention

Fig. 1 is the box of the control box and Thread holder of a kind of combinable line management device provided by the embodiment of the utility model The explosive view of body；

Fig. 2 is a kind of overall structure diagram of combinable line management device provided by the embodiment of the utility model；

Fig. 3 is a kind of schematic diagram of internal structure of combinable line management device provided by the embodiment of the utility model；

Cuing open when Fig. 4 is a kind of locking structure locking of combinable line management device provided by the embodiment of the utility model View；

Cuing open when Fig. 5 is a kind of locking structure unlock of combinable line management device provided by the embodiment of the utility model View；

In appended drawing reference: 1- Thread holder；The first light current of 10- channel；The first forceful electric power of 11- channel；2- controls box；20- second Light current channel；The second forceful electric power of 21- channel；The installation region 22-；23- data box；3- router box；The first isolation board of 40-；41- Two isolation boards；50- box body；51- box cover；60- lock core；61- lock tongue；62- card slot；7- splicing structure；70- screw；71- connection Part.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work All other embodiment obtained, fall within the protection scope of the utility model.

Embodiment one:

Fig. 1-Fig. 5 is please referred to, the utility model embodiment provides a kind of combinable line management device, including control box 2, For assembled splicing structure 7, and the Thread holder 1 for storing up line.It is equipped in the control box 2 and disposes for data box 23 Installation region 22 is equipped in the control box 2 and in the Thread holder 1 for will be divided into forceful electric power channel inside them And the strong and weak electricity separated structure in light current channel；The Thread holder 1 is detachable by the splicing structure 7 with the control box 2 Splicing.In the present embodiment, user can be voluntarily assembled according to their own needs by the splicing structure 7, such as needs multiple When controlling box 2, multiple control boxes 2 can be stitched together by the splicing structure 7, it, can be with when needing multiple Thread holders 1 for another example Multiple Thread holders 1 are stitched together by the splicing structure 7, it, can be with when needing multiple control boxes 2 and multiple Thread holders 1 for another example First set the position of each box body 50 as needed, it is then assembled one by one by splicing structure 7 again, and again due to this is spliced into can Dismantling connection overcomes and is integrally formed in the prior art, can not as needed Self-operating defect.On the other hand, by It controls and strong and weak electricity separated structure is set in box 2, can solve the rambling arrangement of route in box body 50 in the prior art, no Security risk brought by point strong and weak electricity enables forceful electric power route to go strong electric channel, and light current route can go weak electric channel.

As the prioritization scheme of the utility model embodiment, referring to Fig. 1, the splicing structure includes being used for the storage line The connector 71 connected between box 1 and the control box 2, the connector 71 can be installed in the control box 2 or the storage line Any position of box 1.In the present embodiment, the position of the connector 71 is can be set as needed in control box 2 or storage line Any position of box 1.For example, when both control box 2 and Thread holder 1 point-blank splice, i.e., as shown in Figure 1, connection Part 71 is mounted between control box 2 and neighbouring two sides of Thread holder 1, is installed, when control box 2 and Thread holder 1 When the two is vertically arranged, connector 71 is placed on the two and needs connected position.In this way, which user can be according to certainly Oneself needs to select assembled mode.

Above scheme is advanced optimized, when using the erection method in Fig. 1, the connector 71 is link block, described Link block is partially submerged into the control box 2, in another part insertion Thread holder 1 adjacent with the control box 2, and it is logical It is fixed to cross screw 70.By the way of this be partially submerged into, the stronger of assembly can be made.The structure of the link block is slot Steel type structure, in its end, its one of side is more slightly shorter than another side, has a spiral shell on slightly shorter side Pit slightly also has a threaded hole on long side, and such two threaded holes are arranged in a staggered manner, more firm after being so threadedly coupled It leans on.Certainly in addition to this, assembled and feasible using the magnet progress with strong adsorption ability, the present embodiment does not do this Limitation.

It further include being converted for storing at least one network of router as the prioritization scheme of the utility model embodiment Device box, the network commutator box can pass through the detachably splicing of splicing structure 7, the network conversion with the control box 2 Device box can also pass through the detachably splicing of splicing structure 7 with the Thread holder 1.In the present embodiment, network commutator box It can arbitrarily be spliced with control box 2 and Thread holder 1 by splicing structure, as above-mentioned splicing, there is also various spellings When connecing mode, and all increasing with the quantity of network commutator box, control box 2 and Thread holder 1, then its connecting method is just It is more, it in the prior art, is merely able to producer is allowed to come by way of placing an order customized, and now only needs purchase needs Box body 50 and enough splicing structures can voluntarily complete wanted assembly, have great benefit for a user.

Advanced optimize above scheme, the network commutator box have it is multiple, between network commutator box described in every two Can also detachably it be spliced by the splicing structure.In the present embodiment, likewise, can also pass through between network commutator box Splicing structure carries out assembly, and bigger assembled possibility is provided for user.

As the prioritization scheme of the utility model embodiment, Fig. 2 and Fig. 3 are please referred to, the strong and weak electricity separated structure includes First isolation board 40 and the second isolation board 41, first isolation board 40 and second isolation board 41 are along the control box 2 to the Thread holder 1 direction extend；The inside of the Thread holder 1 is divided into the first light current by first isolation board 40 and leads to The inside in road 10 and the first forceful electric power channel 11, the control box 2 is divided into the second light current channel by second isolation board 41 20 and the second forceful electric power channel 21, the installation region 22 is located in second forceful electric power channel 21.In the present embodiment, first Isolation board 40 and the second isolation board 41 are block structure, and the first isolation board 40 is horizontal in Thread holder 1, the second isolation board 41 It is horizontal control box 2 in, they along it is described control box 2 to the Thread holder 1 direction extend, just just by respective box Body 50 is separated into two parts, and one of part is exactly light current channel, another part is exactly forceful electric power channel, wherein above-mentioned The installation region 22 disposed for data box 23 is located in the second forceful electric power channel 21.

Above scheme is advanced optimized, Fig. 2 and Fig. 3 are please referred to, first light current channel 10 and second light current are logical Road 20 is separated by first isolation board 40 and second isolation board 41 in the same side, first forceful electric power channel 11 and institute The second forceful electric power channel 21 is stated to be separated by first isolation board 40 and second isolation board 41 in the same side.In the present embodiment Route cabling in, forceful electric power line goes to the second forceful electric power channel 21 either from the second forceful electric power channel 21 from the first forceful electric power channel 11 The first forceful electric power channel 11 is gone to, weak electric wire goes to the second light current channel 20 either from the second light current from the first light current channel 10 Channel 20 goes to the first light current channel 10, but regardless of from which direction cabling, two light current channels are all in a cabling route On, two forceful electric power channels are also on a cabling route.The space of cabling can so be saved.Certainly, in addition to such as Fig. 2 Shown in, go strong weak electric wire in two channels in the same plane, and isolation board can also separate in height space, i.e., strong and weak Electric channel is divided into upper layer and lower layer, also possible.

As the prioritization scheme of the utility model embodiment, first isolation board 40 and second isolation board 41 are equal Including metal layer and plastic layer, the plastic layer wraps up the metal layer.In the present embodiment, the internal layer of isolation board is set as gold Belong to layer, then the plastic layer on the outer sheath of metal, one side plastic layer can play the role of that strong and weak electricity, another party is isolated again Face metal layer is by can be enhanced integrally-built intensity, to enhance service life.Certainly completely can also be with plastics, but need to adopt With the biggish plastics of intensity.

As the prioritization scheme of the utility model embodiment, Fig. 4 and Fig. 5, the Thread holder 1 and the control are please referred to Box 2 includes the interior box cover 51 that has the box body 50 of chamber and can be covered on the box body 50, and the box cover 51 passes through locking Structural lock is on the box body 50.In the present embodiment, if a locking structure, can in order to user by box cover 51 from box body 50 Take off carry out service work.

Above scheme is advanced optimized, Fig. 4 and Fig. 5 are please referred to, the locking structure includes installing on the box cover 51 Lock core 60 and the card slot 62 in the box body 50, one end inside the box body 50 of the lock core 60 install There is the movable lock tongue 61 being caught in the card slot 62.In the present embodiment, the mode of locking is to snap onto card by lock tongue 61 The mode of slot 62 carries out locking.Certainly in addition to this, it is also possible to that there is groove on box body 50, there is protrusion on box cover 51, The locking in such a way that protrusion is caught in groove；Locking can also be carried out by way of magnet absorption.

Above scheme is advanced optimized, Fig. 4 and Fig. 5 are please referred to, the lock core 60 runs through the upper following table of the box cover 51 Face, the lock core 60 leakage are equipped in one end outside the box body 50 and are inserted into for tool and drive the lock core 60 around its own axis The unlock piece of line rotation.In the present embodiment, since the lock tongue 61 on lock core 60 is located in box body 50, especially work as box cover After 51 build, it is hidden in box body 50.Therefore, it is necessary to be made by external tool come auxiliary lock stop.Lock core 60 can Around its own rotation, lock tongue 61 can so be driven to rotate when it is rotated, lock tongue 61 can snap onto card slot 62, from And complete locking movement.Preferably, latch fitting is cross recess or flat mouth slot or other shapes, it is only necessary to which tool is inserted into simultaneously just It in force, is rotated for band movable lock core 60, so that the process that lock tongue 61 is exited out of card slot 62 is completed, to reach unlock Purpose.When tool can be screwdriver, for example, cross recess, using Phillips screwdriver, a word screw is used when being flat mouth slot Knife even can directly be unlocked with nail.

As the prioritization scheme of the utility model embodiment, Fig. 4 and Fig. 5 is please referred to, in box cover 51 far from the lock core There is a rotation axis in 60 side, it and box body 50 are hinged, and so when unlocked, box cover 51 can be rotated by the rotation axis, To be dug, the loss problem that may cause when lid being avoided to remove completely.

As the prioritization scheme of the utility model embodiment, Fig. 2 and Fig. 3 are please referred to, further includes for disposing router Router box 3, the router box 3 are mounted on the control side of the box 2 far from the Thread holder 1.In the present embodiment, Router box 3, control box 2 and Thread holder 1 are located on the same line, and word order, can the road Tun Fang in router box 3 By link switch equipments such as devices.

Embodiment two:

The utility model embodiment provides a kind of line management features, including for providing the number of power supply and information transmission According to box, above-mentioned combinable line management device, the forceful electric power route that can be connect with the data box and can be with the data box The light current route of connection, the data box are located in the installation region；The forceful electric power track laying in the forceful electric power channel, The light current route is laid in the light current channel.

Preferably, router or other network commutators are installed in the present apparatus, in router box.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (10)

1. a kind of combinable line management device, including control box, it is characterised in that: further include for assembled splicing structure with And the Thread holder for storing up line, it is equipped with the installation region that dispose for data box in the control box, the control box is interior and institute It states and is equipped in Thread holder for the strong and weak electricity separated structure in forceful electric power channel and light current channel will to be divided into inside them；It is described Thread holder is detachably spliced with the control box by the splicing structure.

2. a kind of combinable line management device as described in claim 1, it is characterised in that: the Thread holder has multiple, phase Two adjacent Thread holders are detachably spliced by the splicing structure.

3. a kind of combinable line management device as described in claim 1, it is characterised in that: the splicing structure includes being used for The connector connected between the Thread holder and the control box, the connector is link block, and the link block is partially submerged into In the control box, in another part insertion Thread holder adjacent with the control box, and fixed by screw.

4. a kind of combinable line management device as described in claim 1, it is characterised in that: further include for storing router At least one network commutator box, the network commutator box can detachably be spelled with the control box by the splicing structure It connects, the network commutator box can also detachably be spliced with the Thread holder by the splicing structure.

5. a kind of combinable line management device as claimed in claim 4, it is characterised in that: the network commutator box has more It is a, can also detachably it be spliced by the splicing structure between network commutator box described in every two.

6. a kind of combinable line management device as described in claim 1, it is characterised in that: the strong and weak electricity separated structure packet Include the first isolation board and the second isolation board, first isolation board and second isolation board are along the control box to described The direction of Thread holder extends；The inside of the Thread holder is divided into the first light current channel and the last the first by first isolation board The inside of electric channel, the control box is divided into the second light current channel and the second forceful electric power channel, institute by second isolation board Installation region is stated to be located in second forceful electric power channel.

7. a kind of combinable line management device as described in claim 1, it is characterised in that: the Thread holder and the control Box processed includes the interior box cover that has the box body of chamber and can be covered on the box body, and the box cover is locked by locking structure to exist On the box body.

8. a kind of combinable line management device as claimed in claim 7, it is characterised in that: the locking structure includes installing In the lock core on the box cover and it is set to the intracorporal card slot of the box, one end close to the tray interior of the lock core is pacified Equipped with the movable lock tongue being caught in the card slot.

9. a kind of combinable line management device as claimed in claim 8, it is characterised in that: the lock core runs through the box cover Upper and lower surface, lock core leakage is equipped in one end outside the box body and is inserted into for tool and drives the lock core around its own The unlock piece of axis rotation.

10. a kind of line management features, including for providing the data box of power supply and information transmission, it is characterised in that: also wrap Include the combinable line management device as described in claim 1-9 is any, the forceful electric power route that can be connect with the data box and The light current route that can be connect with the data box, the data box are located in the installation region；The forceful electric power track laying exists In the forceful electric power channel, the light current route is laid in the light current channel.