CN205141239U

CN205141239U - Floor socket

Info

Publication number: CN205141239U
Application number: CN201520938362.5U
Authority: CN
Inventors: 孙永贵
Original assignee: ZHEJIANG JIENUR ELECTRICAL APPLIANCE CO Ltd
Current assignee: ZHEJIANG JIENUR ELECTRICAL APPLIANCE CO Ltd
Priority date: 2015-11-23
Filing date: 2015-11-23
Publication date: 2016-04-06
Anticipated expiration: 2025-11-23

Abstract

The utility model discloses a floor socket, its technical scheme main points include fixed frame body, activity socket and operating device, and the activity socket is articulated with fixed frame body, and articulated department is provided with and orders about the torsion spring who turns over on the movable socket, operating device includes the spring bolt, lie in the slide of fixed frame body upper surface and linkage fixed with the spring bolt, still including setting up the reset spring who is used for drining latch to pop out to movable socket orientation in fixed frame body, position that the activity socket is close to the top be equipped with with spring bolt complex locked groove, the lower surface of spring bolt is equipped with the step of taking locked groove in -process and locked groove formation butt at the spring bolt out. An object of the utility model is to provide an use floor socket safer, convenient operation.

Description

Floor box

Technical field

The utility model relates to a kind of socket, and more particularly it relates to a kind of floor box.

Background technology

The socket that floor box is mounted in ground or similar site, connects for permanent wiring.In prior art, the Chinese patent document of application number 02242172.6 discloses a kind of eject floor socket, comprise fixed frame, active socket and operating mechanism, active socket and fixed frame hinged, and be provided with torsionspring, it is characterized in that: a button one connecting pin to be arranged in left installing rack and right installing rack and to be arranged in the button hole of fixed frame, under one supporting plate is arranged on left installing rack and right installing rack, between supporting plate and button, angle mount has a back-moving spring, the operating mechanism described in formation.

As above the eject floor socket described in institute's patent, mainly comprise fixed frame, hinged active socket below framework, and be provided with torsionspring, during installation, fixed frame is concordant with ground, under operating mechanism is used for that active socket is locked in fixed frame, when operating mechanism unlocks active socket, the active force that active socket can be subject to torsionspring upwards turns over, thus expose socket aperture, for attachment plug.Above-mentioned floor box of the prior art due to its operating mechanism be push button, pressing button is needed to carry out unblock active socket, and be usually fixed on ground due to floor box, need to bend over to press, comparatively bother, and arrange because button can not protrude fixed frame surface, also comparatively require great effort with pin pressing.And existing eject floor socket is once unlock active socket, active socket will upspring in a flash, speed and without any buffering, people usually have little time reaction and have forgotten the upspring position of body part away from active socket, thus easily human body is damaged, there is certain insecurity.

Utility model content

For the deficiency that prior art exists, the purpose of this utility model is that providing a kind of uses floor box that is safer, handled easily.

For achieving the above object, the utility model provides following technical scheme: a kind of floor box, comprise fixed frame, active socket and operating mechanism, active socket and fixed frame hinged, hinged place is provided with the torsionspring ordering about and active socket turns over, described operating mechanism comprises dead bolt, be positioned at the slide plate that fixed frame upper surface and dead bolt fix linkage, also comprise the back-moving spring be arranged at for driving dead bolt to eject to active socket direction in fixed frame, described active socket is provided with the locked groove coordinated with dead bolt near the position at top, the lower surface of described dead bolt is provided with and forms with locked groove the step abutted in dead bolt extraction locked groove process.

The below of described fixed frame is installed with the pressing plate with sliding groove structure, dead bolt is slidably connected in chute, spring groove is provided with in described pressing plate, described back-moving spring to be embedded in spring groove and to conflict with dead bolt, the position of the relative chute of described fixed frame is provided with the elongated hole running through fixed frame, and slide plate is connected with dead bolt through elongated hole by screw.

Described sled surface is provided with anti-slip veins.

By adopting technique scheme, operating mechanism of the present utility model is slidingtype, drive dead bolt to move by the slide plate being positioned at fixed frame upper surface thus realize the engaging of dead bolt and locked groove or be separated, when dead bolt is separated with locked groove, the elastic force that active socket can be subject to torsionspring is used and is turned over thus outwards eject, the utility model dead bolt lower surface be provided with step, extract out in the process of locked groove at dead bolt, active socket can not eject instantaneously, after dead bolt extracts one section out, step will be conflicted with locked groove, play cushioning effect, and the sound of similar " clatter " can be sent, due to the setting of step, the ejection of active socket is not instantaneous, and with the suggestive sound, give the reaction time that user is certain, thus improve the fail safe of use.And the structure of this operating mechanism slidingtype, step on the motion of skateboard control dead bolt by pin, without the need to manually, stand and can operate, use more convenient.

In addition, by arranging the structure of step, also overcoming the opening edge that in prior art, fixed frame ejects for active socket makes active socket to retract completely along piling up dust, cause dead bolt cannot insert problem in locked groove, owing to being provided with the structure of step, the thickness of step is less than the thickness of dead bolt, and locked groove must hold dead bolt, when opening edge is along piling up dust, will the spacing of padded active socket upper cover plate and fixed frame, thus active socket is upwards lifted slightly, thus locked groove and dead bolt produce and necessarily misplace, result in dead bolt of the prior art to coordinate with locked groove, but dead bolt of the present utility model has step, the thickness of step is less than dead bolt, therefore when dust thickness is less, step part still can insert in locked groove, realization is sealed with locked groove, play basic guaranteeing role.

The utility model is set to further: described step is at least two-stage.

By adopting technique scheme, step also can be multistage setting, and transient force when multistage step can be upspring to movable tongue carries out buffering step by step, and produces the repeatedly indicative sound, gives the reaction time that user is longer, uses safer.

The utility model is set to further: described active socket is provided with for forming the guide vane end stop of conflicting with fixed frame near bottom position.

By adopting technique scheme, existing active socket is all the lower surface one end being articulated with fixed frame, owing to not carrying out spacing mechanism to active socket turning over angle, existing active socket is all completely upwards to rout up and then the upper surface place of clashing into fixed frame stops when ejecting, therefore the normal upper surface to fixed frame causes wearing and tearing, affect aesthetics, the utility model is by arranging for forming the guide vane end stop of conflicting with fixed frame at active socket near bottom position, its can be used for avoiding active socket completely on rout up fixed frame, thus make active socket to be translated into certain position stopping, it is avoided to clash into the upper surface of fixed frame, thus the wearing and tearing avoided fixed frame upper surface, ensure its aesthetics.

In sum, the utility model provides the higher floor box of a kind of property easy to use, safe.

Accompanying drawing explanation

The structural representation one that Fig. 1 is floor box described in the present embodiment;

The structural representation one that Fig. 2 is floor box described in the present embodiment;

Fig. 3 is the exploded perspective view of operating mechanism described in the present embodiment;

Fig. 4 is the part A enlarged drawing of Fig. 3;

Fig. 5 is the end view under floor box ejection state described in the present embodiment.

Description of reference numerals: 1, fixed frame; 2, active socket; 3, operating mechanism; 11, mount pad; 12, binding post; 13, elongated hole; 21, locked groove; 22, guide vane end stop; 23, dustproof sheet; 31, slide plate; 32, dead bolt; 33, pressing plate; 34, step; 35, chute; 36, spring groove; 37, back-moving spring; 38, anti-slip veins.

Embodiment

Referring to figs. 1 through Fig. 5, the utility model embodiment is described further.

Floor box described in the present embodiment, as shown in Figure 1 and Figure 2, comprise fixed frame 1, active socket 2 and operating mechanism 3, active socket 2 is hinged with fixed frame 1, hinged place is provided with the torsionspring ordering about and active socket 2 turns over, the floor box of the above and prior art is as good as, and just seldom repeats.Described operating mechanism 3 comprises dead bolt 32, be positioned at the slide plate 31 that fixed frame 1 upper surface and dead bolt 32 fix linkage, also comprise the back-moving spring 37 be arranged at for driving dead bolt 32 to eject to active socket 2 direction in fixed frame 1, described active socket 2 is provided with the locked groove 21 coordinated with dead bolt 32 near the position at top, be especially provided with to extract out in locked groove 21 process at dead bolt 32 at the lower surface of described dead bolt 32 to form with locked groove 21 step 34 abutted.

Further operating mechanism 3 is described further, as shown in Figure 4, the below of described fixed frame 1 is installed with the pressing plate 33 with chute 35 structure, dead bolt 32 is slidably connected in chute 35, spring groove 36 is provided with in described pressing plate 33, described back-moving spring 37 to be embedded in spring groove 36 and to conflict with dead bolt 32, back-moving spring 37 is for supporting dead bolt 32, dead bolt 32 locked groove 21 direction is ejected, the position of the relative chute 35 of described fixed frame 1 is provided with the elongated hole 13 running through fixed frame 1, slide plate 31 is connected with dead bolt 32 through elongated hole 13 by screw, thus the slide plate 31 realizing being positioned at fixed frame 1 upper surface links with dead bolt 32, described slide plate 31 surface is provided with anti-slip veins 38, frictional force can be improved, pin is facilitated to step on slide plate 31 and drag.

Effect of the present utility model is, operating mechanism 3 of the present utility model is slidingtype, drive dead bolt 32 to move by the slide plate 31 being positioned at fixed frame 1 upper surface thus realize the engaging of dead bolt 32 and locked groove 21 or be separated, when dead bolt 32 is separated with locked groove 21, the elastic force that active socket 2 can be subject to torsionspring is used and is turned over thus outwards eject, the utility model dead bolt 32 lower surface be provided with step 34, extract out in the process of locked groove 21 at dead bolt 32, active socket 2 can not eject instantaneously, after dead bolt 32 extracts one section out, step 34 will be conflicted with locked groove 21, play cushioning effect, and the sound of similar " clatter " can be sent, due to the setting of step 34, the ejection of active socket 2 is not instantaneous, and with the suggestive sound, give the reaction time that user is certain, thus improve the fail safe of use.And the structure of this operating mechanism 3 slidingtype, step on slide plate 31 by pin and control dead bolt 32 and move, without the need to manually, stand and can operate, use more convenient.

Further optimization, described step 34 is at least two-stage, step 34 also can be multistage setting, as three grades, level Four, transient force when multistage step 34 can be upspring to movable tongue carries out buffering step by step, and produce the repeatedly indicative sound, give the reaction time that user is longer, use safer.

Further, as shown in Figure 5, described active socket 2 is provided with for forming the guide vane end stop 22 of conflicting with fixed frame 1 near bottom position.Existing active socket 2 is all the lower surface one end being articulated with fixed frame 1, owing to not carrying out spacing mechanism to active socket 2 turning over angle, existing active socket 2 is all completely upwards to rout up and then the upper surface place of clashing into fixed frame 1 stops when ejecting, therefore the normal upper surface to fixed frame 1 causes wearing and tearing, affect aesthetics, the utility model is by arranging for forming the guide vane end stop 22 of conflicting with fixed frame 1 at active socket 2 near bottom position, its can be used for avoiding active socket 2 completely on rout up fixed frame 1, thus make active socket 2 to be translated into certain position stopping, it is avoided to clash into the upper surface of fixed frame 1, thus the wearing and tearing avoided fixed frame 1 upper surface, ensure its aesthetics.

The foregoing is only preferred embodiment of the present utility model, be not limited to the utility model, all within design concept of the present utility model, any amendment done, equivalent replacement, improvement etc., all should be included within protection range of the present utility model.

Claims

1. a floor box, comprise fixed frame (1), active socket (2) and operating mechanism (3), active socket (2) is hinged with fixed frame (1), hinged place is provided with the torsionspring ordering about and active socket (2) turns over, it is characterized in that: described operating mechanism (3) comprises dead bolt (32), be positioned at the slide plate (31) of fixed frame (1) upper surface and the fixing linkage of dead bolt (32), also comprise the back-moving spring (37) be arranged at for driving dead bolt (32) to eject to active socket (2) direction in fixed frame (1), described active socket (2) is provided with near the position at top the locked groove (21) coordinated with dead bolt (32), the lower surface of described dead bolt (32) is provided with and forms with locked groove (21) step (34) abutted in dead bolt (32) extraction locked groove (21) process.

2. floor box according to claim 1, is characterized in that: described step (34) is at least two-stage.

3. floor box according to claim 1 and 2, it is characterized in that: the below of described fixed frame (1) is installed with the pressing plate (33) with chute (35) structure, dead bolt (32) is slidably connected in chute (35), spring groove (36) is provided with in described pressing plate (33), described back-moving spring (37) to be embedded in spring groove (36) and to conflict with dead bolt (32), the position of the relative chute (35) of described fixed frame (1) is provided with the elongated hole (13) running through fixed frame (1), slide plate (31) is connected with dead bolt (32) through elongated hole (13) by screw.

4. floor box according to claim 3, is characterized in that: described slide plate (31) surface is provided with anti-slip veins (38).

5. floor box according to claim 1 and 2, is characterized in that: described active socket (2) is provided with for forming the guide vane end stop (22) of conflicting with fixed frame (1) near bottom position.