CN203351856U - Multi-position connected wall switch socket with interconnection device - Google Patents
Multi-position connected wall switch socket with interconnection device Download PDFInfo
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- CN203351856U CN203351856U CN 201320157590 CN201320157590U CN203351856U CN 203351856 U CN203351856 U CN 203351856U CN 201320157590 CN201320157590 CN 201320157590 CN 201320157590 U CN201320157590 U CN 201320157590U CN 203351856 U CN203351856 U CN 203351856U
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- interconnection device
- disjunctor
- installing rack
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- wall switch
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Abstract
A multi-position connected wall switch socket with an interconnection device comprises mounting racks for installing a wall switch socket unit and a connected panel, wherein the mounting rack are cooperatively installed with the connected panel through cooperation structures, the connected panel is fixedly connected with the mounting racks through buckling structures, and the interconnection device is arranged between two adjacent mounting racks and comprises an elastic arc body and a fixed connection portion formed by two left connection portions at the left side of the elastic arc body and two right connection portions at the right side of the elastic arc body. Each mounting rack comprises a body, a unit installation groove formed on the center of the body, and a left connection structure and a right connection structure respectively arranged at the left and right sides of the unit installation groove, and the right connection structures on mounting racks at the left side are detachably and fixedly connected with the left connection structures on the arc body of the interconnection device. The left connection structures on mounting racks at the right side are detachably and fixedly connected with the right connection structures on the arc body of the interconnection device, and the mounting racks and the interconnection device are fixedly connected directly and positioned accurately.
Description
Technical field
The utility model relates to a kind of panel installed family expenses wall switch socket of multidigit disjunctor, is specifically related to interconnection device between the installing rack of multidigit disjunctor wall switch socket and with the wall switch socket of the multidigit disjunctor of this interconnection device.
Background technology
Along with improving constantly that people require quality of the life, the household electrical appliance quantity of use is more and more, more and more wider to the application of multidigit disjunctor wall switch socket.Multidigit disjunctor wall switch socket refers to a plurality of switches and/or socket unit is arranged on to the electrical equipment in same switch on wall seat (or wire casing), be buckled on installing rack can be the wall socket unit of standard wall switch element or wall socket unit or belt switch, be referred to as the wall switch socket unit, in the industry referred to as wall switch socket.The structure of existing multidigit disjunctor wall switch socket normally first is arranged on each combined socket and switch unit respectively on each installing rack, then each installing rack is respectively fixed on the switch on wall seat, adopt the screw connector to be fixedly connected with between installing rack and switch on wall seat, back cover top panel.Of a great variety due to multidigit disjunctor wall switch socket in the market, occur that the erecting of panel frame is difficult for location mostly, and installation workload is large, the crooked problem such as not attractive in appearance of the effect installed.And because the connection of screw connector is difficult to obtain positioning precision, cause the site error between each installing rack large, not only have a strong impact on attractive in appearancely, increased simultaneously and made as a whole multidigit decoration panel, with a plurality of installing racks, the difficulty coordinated is installed.With installing rack, the difficulty coordinated is installed in order to reduce integral panels, people have adopted and have strengthened the fit clearance between integral panels and installing rack, but, because fit clearance is excessive, the width of clearance gap differs obviously, cause the combined socket and switch cellular installation crooked serious, overall appearance effect extreme difference.
Chinese utility model patent 201120417643.8 discloses a kind of multi-joint plug switch installation unit and combined socket and switch, adopt special-purpose connector to substitute the scheme of original screw connector, the connector by 2 special uses is fixed together the first adjacent support and the second support.Though the prior art can be improved the positioning precision between the first support and the second support, but because the first support and the second support offset error along its width is difficult to control, positioning precision is still poor, the textural anomaly complexity that has caused that side of the first support and the second support sides adjacent, and two sides of each support can not be symmetrical, make thus complex structure and the Shooting Technique of injection mold loaded down with trivial details, greatly increased the manufacture difficulty of the first support and the second support, and the complex structure of connector, trouble is installed, affect production efficiency and cause manufacturing cost to increase.In addition, because described positioning precision is still poor, cause the first support, the second support, connector to have inevitable shaping mismachining tolerance, and still need to retain larger fit clearance between integral panels and support or combined socket and switch unit, to reduce the installation difficulty of integral panels, yet larger fit clearance still can not meet the requirement of user to the product overall appearance.
Summary of the invention
The purpose of this utility model is to provide a kind of disjunctor of the multidigit with interconnection device wall switch socket, by adopting the structures such as interconnection device and arch body thereof, left connecting portion, right connecting portion, protruding pin, not only simple in structure, easy for installation, and overall appearance, overcome the problem that above-mentioned prior art exists.
For this reason, the utility model has adopted following technical scheme.
A kind of disjunctor of the multidigit with interconnection device wall switch socket, comprise at least 2 wall switch socket unit, at least 2 installing rack 1 and disjunctor panels 3 for described wall switch socket unit is installed, each installing rack 1 coordinates installation by fit structure with described disjunctor panel 3 respectively, and described disjunctor panel 3 is fixedly connected with at least one installing rack 1 wherein by fastening structure.Interconnection device 2 is arranged between two adjacent installing racks 1, described each interconnection device 2 comprises that a flexible arch body 21 is fixedly connected with section 22 with integrally formed on arch body 21 4, and the described section 22 that is fixedly connected with comprises two left connecting portion 22a and two right connecting portion 22b that are positioned at arch body 21 right sides that are positioned at arch body 21 left sides.12, at least 2 of the cellular installation grooves that each installing rack 1 comprises body 11, be formed on body 11 central authorities are formed on left syndeton 13a on body 11 and that be positioned at cellular installation groove 12 left sides and at least 2 and are formed on right syndeton 13b on body 11 and that be positioned at cellular installation groove 12 right sides; And each the right syndeton 13b on the installing rack 1 in described left side detachably is fixedly connected with each the left connecting portion 22a on the arch body 21 of described interconnection device 2 respectively, simultaneously, each left syndeton 13a on the installing rack 1 on described right side detachably is fixedly connected with each the right connecting portion 22b on the arch body 21 of described interconnection device 2 respectively, installing rack 1 directly is fixedly connected with interconnection device 2 and accurate location.
Preferably, the left connecting portion 22a of each of described interconnection device 2 comprises an independent integrally formed left lug 21a who stretches towards arch body 21 left side evaginations, and each right connecting portion 22b comprises an independent integrally formed right lug 21b who stretches towards arch body 21 right side evaginations; Perhaps described interconnection device 2 comprises a shared left lug stretched towards arch body 21 left side evaginations, a shared right lug stretched towards arch body 21 right side evaginations, each left connecting portion 22a is respectively formed at and shares on left lug, each right connecting portion 22b is respectively formed at and shares on right lug, integrally formed with arch body 21 respectively on left lug, right lug.
Preferably, described installing rack 1 is provided with the left groove 14a of the right lug 21b held on interconnection device 2 and holds the right groove 14b of the left lug 21a on interconnection device 2, each left syndeton 13a is separately positioned in each left groove 14a, and each right syndeton 13b is separately positioned in each right groove 14b.
Preferably, left syndeton 13a and the right syndeton 13b of described installing rack 1 are protruding pin, and left connecting portion 22a and right connecting portion 22b are pin-and-hole; Perhaps the left syndeton 13a of described installing rack 1 and right syndeton 13b are pin-and-hole, and left connecting portion 22a is pin-and-hole, and right connecting portion 22b is protruding pin.
Preferably, described fastening structure comprises the draw-in groove 15 be arranged on installing rack 1 and is arranged on the buckle 31 on disjunctor panel 3.
Preferably, described fit structure comprises the cooperation muscle 16 be arranged on installing rack 1 and is arranged on the mating holes 33 on disjunctor panel 3.
Preferably, also be provided with dismounting mouth 32 on described disjunctor panel 3.
Preferably, the cross section of described arch body 21 is shaped as a kind of in circular arc or groove type.
Described protruding pin is straight pin.Further, the termination of described straight pin is provided with chamfering 17.
High position precision and elastic deformation characteristic that the utility model utilizes the structures such as interconnection device and arch body thereof, left connecting portion, right connecting portion, protruding pin to produce, can be in the mating holes that guarantees the disjunctor panel and the cooperation fitted together perfectly between muscle coordinating of installing rack, can also guarantee convenient for assembly between disjunctor panel and installing rack, simultaneously overall appearance.
The accompanying drawing explanation
Fig. 1 is the whole schematic perspective view of the multidigit disjunctor combined socket and switch of the utility model embodiment.
Fig. 2 is the schematic perspective view of the decomposition texture of the embodiment shown in Fig. 1.
Fig. 3 is the perspective view of the disjunctor panel of the embodiment shown in Fig. 1.
Fig. 4 is the perspective view of the installing rack of the embodiment shown in Fig. 1.
Fig. 5 is the perspective view of an embodiment of the interconnection device of multidigit disjunctor combined socket and switch of the present utility model, and the interconnection device of embodiment shown in figure is provided with left lug and right lug, the cross section of arch body be shaped as the groove type structure.
Fig. 6 is that the A-A of Fig. 5 analyses and observe enlarged diagram.
Fig. 7 is the enlarged diagram of cross section of arch body of another embodiment of interconnection device of multidigit disjunctor combined socket and switch of the present utility model, and the shape of cross section of the arch body shown in figure is arc-shaped structure.
Embodiment
Further illustrate the embodiment of the disjunctor of the multidigit with interconnection device wall switch socket of the present utility model below in conjunction with Figure of description, the disjunctor of the multidigit with interconnection device wall switch socket of the present utility model is not limited to the description of following examples.
Comprise a plurality of wall switch sockets unit (abbreviation assembly unit) at a multidigit disjunctor switch on wall, multidigit with interconnection device disjunctor wall switch socket of the present utility model comprises at least 2 assembly units, at least 2 installing racks for the installation component unit 1 and a disjunctor panel 3, the version of assembly unit can need to select by the user, comprise the multidigit disjunctor switch on wall of being combined by a plurality of switch elements, the multidigit disjunctor wall socket of being combined by a plurality of socket units, the hybrid switch socket of the disjunctor by a plurality of switch elements together with socket unit hybrid combining, between switch element and socket unit, can exchange.The execution mode that Fig. 1 to Fig. 7 provides is that to take the multidigit disjunctor switch on wall that 3 switch elements form be example, comprises 3 switch element (not shown)s, 3 installing rack 1 and disjunctor panels 3 for a switch element is installed.The assembly unit that comprises switch element and/or socket unit is known, it can be general assembly unit, also special-purpose assembly unit, and they are all to be fixedly mounted in installing rack 1 separately by known mounting structure, identical with the quantity of assembly unit for the quantity of the installing rack 1 of installation component unit.
Fig. 1 is the whole schematic perspective view of multidigit disjunctor combined socket and switch, Fig. 2 is the schematic perspective view of decomposition texture of the multidigit disjunctor combined socket and switch of Fig. 1, Fig. 3 is the perspective view of disjunctor panel of the multidigit disjunctor combined socket and switch of Fig. 1, and Fig. 4 is the perspective view of installing rack of the multidigit disjunctor combined socket and switch of Fig. 1.Fig. 5, the 7th, two embodiments of the interconnection device of multidigit disjunctor combined socket and switch, wherein the interconnection device of embodiment shown in the perspective view of Fig. 5 is provided with left lug and right lug, the cross section of arch body be shaped as the groove type structure; Shape of cross section shown in the enlarged diagram of the cross section of the arch body of another embodiment of the interconnection device of Fig. 7 is arc-shaped structure, and Fig. 6 is that the A-A of Fig. 5 analyses and observe enlarged diagram.Be arranged on an interconnection device 2 between adjacent every two installing racks 1 referring to Fig. 1 to Fig. 7 explanation, interconnection device 2 comprises that one has flexible arch body 21 and is fixedly connected with section 22 with 4 that are respectively formed at arch body 21 left sides and right-hand end, respectively is fixedly connected with section 22 integrally formed with arch body 21 respectively.In order to make the interconnection device 2 can be by being fixedly connected with that section 22 is fixedly connected with each installing rack 1 and accurate location, the quantity that is fixedly connected with section 22 can not be less than 4, and 4 are fixedly connected with section 22 and consist of 2 left connecting portion 22a and 2 right connecting portion 22b that are positioned at elastic body 21 right sides that are positioned at arch body 21 left sides.With the section that is fixedly connected with 22 of interconnection device 2, be complementary: 12, at least 2 of the cellular installation grooves that each installing rack 1 comprises body 11, be formed on body 11 central authorities are formed on left syndeton 13a on body 11 and that be positioned at cellular installation groove 12 left sides and at least 2 and are formed on right syndeton 13b on body 11 and that be positioned at cellular installation groove 12 right sides.Here what is called " formation " not only has the implication of setting, but also has integrally formed implication.The left connecting portion 22a of each on arch body 21 removably is fixedly connected with each the right syndeton 13b on the installing rack 1 in its left side respectively, and the right connecting portion 22b of each on arch body 21 removably is fixedly connected with each the left syndeton 13a on the installing rack 1 on its right side respectively." removably be fixedly connected with " and refer to and can achieve a fixed connection in this what is called, also can remove and be fixedly connected with simultaneously, and structure can be not destroyed syndeton or type of attachment, and describedly removably be fixedly connected with direct connection theeed refer between installing rack 1 and interconnection device 2, rather than by the non-direct connection of middleware (as screw, pin).Left syndeton 13a and right syndeton 13b on installing rack 1 are protruding pin, and left connecting portion 22a and right connecting portion 22b on arch body 21 are pin-and-hole.Here so-called " protruding pin " refers to the projection with locating pin structure be formed on installing rack 1; So-called " pin-and-hole " refers to and is formed on protruding pin, living in peace with each other and assembling the hole of closing on interconnection device 2.The structure of protruding pin and pin-and-hole adaptation is a kind of preferred scheme, because it has higher positioning precision, and easily realization removably is fixedly connected with.The protruding pin of the embodiment that accompanying drawing provides is arranged on installing rack 1, this is a kind of preferred version, the structure of alternative this scheme is for to be arranged on protruding pin on interconnection device 2, be that left syndeton 13a and right syndeton 13b on installing rack 1 is pin-and-hole, left connecting portion 22a is pin-and-hole, and right connecting portion 22b is protruding pin.Except above two kinds of preferred versions, other scheme can also be arranged, as at installing rack 1, not only protruding pin is set but also be provided with pin-and-hole, protruding pin be shaped as straight pin as shown in drawings, the termination of straight pin is provided with chamfering 17, so that the installation that coordinates of protruding pin and pin-and-hole, simple in structure, the good positioning effect of straight pin, be convenient to removably be fixedly connected with.The pin key class formation of protruding pin, except adopting straight pin, also can have other structure, as the polygon pin.
Referring to Fig. 2 and Fig. 5, a kind of preferred scheme of the section that is fixedly connected with of interconnection device 2 is: each left connecting portion 22a comprises an independent left lug 21a who stretches towards arch body 21 left side evaginations, each right connecting portion 22b comprises an independent right lug 21b who stretches towards arch body 21 right side evaginations, each left lug 21a is integrally formed with left connecting portion 22a separately respectively, each right lug 21b is integrally formed with right connecting portion 22b separately respectively, and each left lug 21a, each right lug 21b are integrally formed with arch body 21 respectively.The advantage of this scheme is, ledge arrangement can make two spacings between left connecting portion 22a produce small strain, the handling difficulty detachably be fixedly connected with between the interconnection device 2 caused with the mismachining tolerance made up due to interconnection device 2 and installing rack 1.The scheme of alternative this preferred version is: interconnection device 2 comprises a shared left lug (not shown) stretched towards arch body 21 left side evaginations, a shared right lug (not shown) stretched towards arch body 21 right side evaginations, each left connecting portion 22a is respectively formed at and shares on left lug, each right connecting portion 22b is respectively formed at and shares on right lug, and left lug, right lug are integrally formed with arch body 21 respectively.The advantage of this replacement scheme is simple in structure.As shown in Figure 2, Figure 5 and Figure 6, the cross section of the arch body 21 of interconnection device 2 be shaped as groove type, such groove type structure can produce strain, makes the position between two adjacent installing racks 1 can produce automatic fine tuning, so that the installation between disjunctor panel 3 and installing rack 1.Be not difficult to obtain following inspiration from the embodiment shown in Fig. 2, Fig. 5 and Fig. 6, the shape of the cross section of the arch body 21 of interconnection device 2 can also be circular arc as shown in Figure 7, and the shape of the cross section of arch body 21 can be a kind of in circular arc or groove type.
Referring to Fig. 2 and Fig. 4, installing rack 1 is provided with left groove 14a and right groove 14b, left groove 14a is for holding the right lug 21b on interconnection device 2, right groove 14b is for holding the left lug 21a on interconnection device 2, the left syndeton 13a of each of installing rack 1 is separately positioned in each left groove 14a, and the right syndeton 13b of each of installing rack 1 is separately positioned in each right groove 14b.This is the scheme of selective employing when being necessary, under normal conditions, the structure of right groove 14b and left groove 14a can also be replaced by other structures, for example, the left syndeton 13a of each of installing rack 1, right syndeton 13b are respectively formed on the Different Plane (not shown) of installing rack 1, and these planes are all the equivalents of left groove 14a, right groove 14b.
Referring to Fig. 1 to Fig. 5, each installing rack 1 coordinates installation by fit structure with disjunctor panel 3 respectively, described fit structure comprises the cooperation muscle 16 be arranged on installing rack 1 and is arranged on the mating holes 33 on disjunctor panel 3, mating holes 33 is sleeved on and coordinates on muscle 16, realize installing rack 1 installation that coordinates with disjunctor panel 3 by fit structure respectively.Mating holes 33 and the front of fit clearance in switch on wall coordinated between muscle 16, by adopting interconnection device 2, can realize that mating holes 33 fits together perfectly with coordinating the cooperation between muscle 16, the fault of construction that the fit clearance that has overcome prior art is excessive, affect the overall appearance effect.Certainly, suit described here is the location of realizing the end face direction of the mating holes 33 that laterally, is parallel to disjunctor panel 3 between installing rack 1 and disjunctor panel 3, in fact, described fit structure also can select to comprise in accompanying drawing unshowned realize between installing rack 1 and disjunctor panel 3 vertically perpendicular to the mating surface of the end face direction location of the mating holes 33 of disjunctor panel 3, this mating surface is in the situation that fastening structure has the function of longitudinal register preferably can omit, because too much mating surface can increase the difficulty of assembling between installing rack 1 and disjunctor panel 3.Disjunctor panel 3 coordinates with each installing rack 1 except fit structure installation, also by fastening structure, with installing rack 1, is fixedly connected with.Fastening structure comprises the draw-in groove 15 be arranged on installing rack 1 and is arranged on the buckle 31 on disjunctor panel 3, by the clamping between draw-in groove 15 and buckle 31, realizes being fixedly connected with between installing rack 1 and disjunctor panel 3.A kind of scheme of the embodiment that accompanying drawing provides is to be provided with 4 draw-in grooves 15 on each installing rack 1, and be provided with 12 buckles 31 on disjunctor panel 3,12 buckles 31 respectively with 3 installing racks 1 on 12 draw-in groove 15 clampings, the advantage of the scheme that this disjunctor panel 3 is fixedly connected with each installing rack 1 respectively is not only to realize being fixedly connected with firmly of disjunctor panel 3 and each installing rack 1, effect reliably, also can make the easy to operate realization be fixedly connected with between disjunctor panel 3 and each installing rack 1.Certainly, the scheme that the utility model also can adopt disjunctor panel 3 to be fixedly connected with part installing rack 1, be that disjunctor panel 3 is fixedly connected with at least one installing rack 1 wherein by fastening structure, because be fixed together by interconnection device 2 between each installing rack 1.
Referring to Fig. 1 to Fig. 3, also be provided with dismounting mouth 32 on disjunctor panel 3, remove being fixedly connected with between disjunctor panel 3 and installing rack 1 for dismantling, under the state be fixedly connected with installing rack 1 at disjunctor panel 3, by as instruments such as screwdrivers from dismounting mouthful 32 combinations of stretching into and prizing between disjunctor panel 3 and installing rack 1, just can remove the fastening between the buckle 31 of the draw-in groove 15 of installing rack 1 and disjunctor panel 3.
The following describes the installation process of the disjunctor of the multidigit with interconnection device wall switch socket of the present utility model.First each assembly unit is fit in each installing rack 1, then with interconnection device 2, each installing rack 1 is linked together, specifically, the left connecting portion 22a of the section that is fixedly connected with 22 of interconnection device 2, right connecting portion 22b are respectively charged into to the right syndeton 13b of adjacent two installing racks 1, left syndeton 13a, then, disjunctor panel 3 is installed on installing rack 1, assembling will make the cooperation muscle 16 on each installing rack 1 coordinate installation with the mating holes 33 on disjunctor panel 3 respectively simultaneously, and each buckle 31 on disjunctor panel 3 is snapped in each draw-in groove 15 on each installing rack 1.Detachably being fixedly connected with between the left connecting portion 22a of the section that is fixedly connected with of interconnection device 2 and the right syndeton 13b of installing rack 1, right connecting portion 22b are interference fit with required the coordinating that detachably be fixedly connected with between left syndeton 13a, the best tightness of this interference fit is: can just interconnection device 2 can be assembled on installing rack 1 by artificial pushing force, this still can guarantee to be fixedly connected with reliably after being interference fitted in and removing manual operation power simultaneously.
Multidigit with interconnection device disjunctor wall switch socket of the present utility model, due between the right syndeton 13b of the left connecting portion 22a of the section that is fixedly connected with 22 of interconnection device 2 and installing rack 1 and the installation between the left syndeton 13a of the right connecting portion 22b of the section that is fixedly connected with 22 of interconnection device 2 and installing rack 1 be detachably and be fixedly connected with, so each installing rack 1 is fixed together reliably, the relative position between each installing rack 1 is fixed simultaneously.When installing on installing rack 1 by disjunctor panel 3, because the arch body 21 of interconnection device 2 can produce strain, this elastic deformation energy makes up shape, the site error between disjunctor panel 3 and each installing rack 1 automatically, can, when guaranteeing mating holes 33 and coordinating the cooperation fitted together perfectly between muscle 16, each buckle 31 on disjunctor panel 3 be snapped in each draw-in groove 15 on each installing rack 1 smoothly.And because the elastic force of arch body 21 strains also retains after installation, so this elastic force also has the loosening effect of generation between mounted disjunctor panel 3, interconnection device 2, installing rack 1 that do not allow.The power that makes arch body 21 that strain occur is to be provided by the operating physical force of installing, and when assembling, firmly disjunctor panel 3 is pressed onto to the operating physical force on installing rack 1.
Obviously, above-described embodiment of the present utility model is only for the utility model example clearly is described, and is not the restriction to execution mode of the present utility model.For those of ordinary skill in the field; can also make other changes in different forms on the basis of the above description, and these belong to apparent variation or the change that connotation of the present utility model extends out and still belong to protection range of the present utility model.
Claims (10)
1. the disjunctor of the multidigit with an interconnection device wall switch socket, comprise at least 2 wall switch socket unit, at least 2 installing rack (1) and disjunctor panels (3) for described wall switch socket unit is installed, each installing rack (1) coordinates installation by fit structure with described disjunctor panel (3) respectively, described disjunctor panel (3) is fixedly connected with at least one installing rack (1) wherein by fastening structure, it is characterized in that:
Interconnection device (2) is arranged between adjacent two installing racks (1), described interconnection device (2) comprises the individual section (22) that is fixedly connected with in a flexible arch body (21) and integrally formed (4) on arch body (21), and the described section (22) that is fixedly connected with comprises two left connecting portion (22a) and two right connecting portions (22b) that are positioned at arch body (21) right side that are positioned at arch body (21) left side;
The cellular installation groove (12), at least 2 that each installing rack (1) comprises body (11), be formed on body (11) central authorities is formed on left syndeton (13a) on body (11) and that be positioned at cellular installation groove (12) left side and at least 2 and is formed on right syndeton (13b) on body (11) and that be positioned at cellular installation groove (12) right side; And
Each right syndeton (13b) on the installing rack in described left side (1) detachably is fixedly connected with each the left connecting portion (22a) on the arch body (21) of described interconnection device (2) respectively, simultaneously, each left syndeton (13a) on the installing rack on described right side (1) detachably is fixedly connected with each the right connecting portion (22b) on the arch body (21) of described interconnection device (2) respectively, installing rack (1) directly is fixedly connected with interconnection device (2) and accurate location.
2. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1 is characterized in that:
Each left connecting portion (22a) of described interconnection device (2) comprises an independent integrally formed left lug (21a) stretched towards arch body (21) left side evagination, and each right connecting portion (22b) comprises an independent integrally formed right lug (21b) stretched towards arch body (21) right side evagination; Perhaps,
Described interconnection device (2) comprises a shared left lug stretched towards arch body (21) left side evagination, a shared right lug stretched towards arch body (21) right side evagination, each left connecting portion (22a) is respectively formed at and shares on left lug, each right connecting portion (22b) is respectively formed at and shares on right lug, integrally formed with arch body (21) respectively on left lug, right lug.
3. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1, it is characterized in that: described installing rack (1) is provided with the left groove (14a) of the right lug (21b) held on interconnection device (2) and holds the right groove (14b) of the left lug (21a) on interconnection device (2), each left syndeton (13a) is separately positioned in each left groove (14a), and each right syndeton (13b) is separately positioned in each right groove (14b).
4. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1 is characterized in that:
Left syndeton (13a) and the right syndeton (13b) of described installing rack (1) are protruding pin, and left connecting portion (22a) and right connecting portion (22b) are pin-and-hole; Perhaps
Left syndeton (13a) and the right syndeton (13b) of described installing rack (1) are pin-and-hole, and left connecting portion (22a) is pin-and-hole, and right connecting portion (22b) is protruding pin.
5. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1, it is characterized in that: described fastening structure comprises the draw-in groove (15) be arranged on installing rack (1) and is arranged on the buckle (31) on disjunctor panel (3).
6. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1, it is characterized in that: described fit structure comprises the cooperation muscle (16) be arranged on installing rack (1) and is arranged on the mating holes (33) on disjunctor panel (3).
7. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1, is characterized in that: also be provided with dismounting mouthful (32) on described disjunctor panel (3).
8. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 1 and 2 is characterized in that: the cross section of described arch body (21) be shaped as a kind of in circular arc or groove type.
9. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 4, it is characterized in that: described protruding pin is straight pin.
10. the disjunctor of the multidigit with interconnection device wall switch socket according to claim 9, it is characterized in that: the termination of described straight pin is provided with chamfering (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320157590 CN203351856U (en) | 2013-04-01 | 2013-04-01 | Multi-position connected wall switch socket with interconnection device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320157590 CN203351856U (en) | 2013-04-01 | 2013-04-01 | Multi-position connected wall switch socket with interconnection device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203351856U true CN203351856U (en) | 2013-12-18 |
Family
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320157590 Expired - Lifetime CN203351856U (en) | 2013-04-01 | 2013-04-01 | Multi-position connected wall switch socket with interconnection device |
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| CN (1) | CN203351856U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105826100A (en) * | 2016-06-09 | 2016-08-03 | 黎志瀛 | Polygonal switch panel combined support |
-
2013
- 2013-04-01 CN CN 201320157590 patent/CN203351856U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105826100A (en) * | 2016-06-09 | 2016-08-03 | 黎志瀛 | Polygonal switch panel combined support |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20131218 |