CN204012018U - Touch control type electric supply socket - Google Patents

Abstract

The utility model provides a kind of touch control type electric supply socket, comprises a housing, a jack body, a lid and a touch-control sensing module.Housing has a box body and a fixed part.Box body has an accommodation space and an opening, and fixed part is along being located at box body and exposing opening.Jack body has a carrier and is arranged at an electronic contact receptacle unit and the control module on carrier.The corresponding setting of opening of carrier and box body, and electronic contact receptacle unit is electrically connected control module.The fixed part of lid and housing links, and has a slot and a touch area.The electronic contact receptacle unit of slot respective socket body arranges.Touch-control sensing module, between carrier and lid, and arranges corresponding to the touch area of lid, and is electrically connected with control module.

Description

Touch control type electric supply socket

Technical field

The utility model relates to a kind of supply socket, particularly can switch power supply whether touch control type electric supply socket about a kind of.

Background technology

Most electric equipment or electronic installation all need to rely on the driving of electric power, just operate.And power source normally by Utilities Electric Co. by civil power (Main power) by transmission system and distribution system and enter into building.In building, generally dispose supply socket (Power outlet), obtain electric power with plug (Plug) with after it is connected for electric equipment or electronic installation, and operated.

But not each supply socket is all to connect at any time plug, therefore idle power plug

Often exposed its slot to external world of seat.When arround user, especially have child's environment, careless and metal object is stretched in slot, may cause power supply short circuit, gently socket burns, heavy will cause fire.

For this reason, have dealer to release to have the supply socket of switch, it is at the other mechanical type of setting up of socket

Switch (Switch), controls whereby socket and whether switches on.But mechanical switch is the object of a protrusion in fact, it has increased the chance that foreign object touches, and because it has obvious sense of touch, child also likes touching, and therefore it,, for overall security, still exists sizable secret worry.

Therefore, need a kind of safer supply socket badly, to reduce the chance of user and child's false touch.

Utility model content

The supply socket that provides a kind of fail safe higher is provided main purpose of the present utility model, whether power to control supply socket by touch control manner, and in the time that supply socket is not used, can be by its power-off to avoid child or user's false touch.

The utility model provides a kind of touch control type electric supply socket, comprises: a housing, there is a box body and a fixed part, and this box body has an accommodation space and exposes an opening of this accommodation space to the open air, and this fixed part is located at the outer of this box body and is exposed this opening; One jack body, has a carrier and is arranged at an electronic contact receptacle unit and the control module on this carrier, the corresponding setting of this opening of this carrier and this box body, and this electronic contact receptacle unit is electrically connected this control module; One lid, links with this fixed part of this housing, and has a slot and a touch area, and this slot arranges this electronic contact receptacle unit that should jack body; And a touch-control sensing module, between this carrier and this lid, and arrange corresponding to this touch area of this lid, and be electrically connected with this control module.

Further, this control module comprises: a microprocessing unit, is electrically connected with this touch-control sensing module; An and switch unit, there is an input, an output and a control end, this output and this electronic contact slot are electrically connected, and this control end is electrically connected with this microprocessing unit, and electrical between this this input of microprocessing unit control and this output is conducting or opens circuit.

Further, this control module more comprises: a wireless transmission unit, is electrically connected with this microprocessing unit.

Further, this control module more comprises: a current monitoring unit, is electrically connected with this input and this microprocessing unit of this switch unit respectively, and exports a current signal according to the current value of this input to this microprocessing unit.

Further, more comprise: a power supply module, is electrically connected with this microprocessing unit, and provides a DC power supply to this microprocessing unit.

Further, more comprise: a power transfer module, for receiving an AC power, and export according to this DC power supply to this microprocessing unit.

Further, this carrier has the first surface and the second surface that are oppositely arranged, and this first surface and this lid are oppositely arranged, and this control module is arranged at this second surface.

Further, this electronic contact receptacle unit comprises: a slot, and it runs through this first surface and this second surface of this carrier; And an electronic contact, it is to should slot and be arranged at this second surface.

Further, this carrier has a perforation that connects this first surface and this second surface, and this electronic contact receptacle unit comprises: a box body, is arranged in this perforation, and there is one first side that exposes to this first surface, and expose to one second side of this second surface; One slot, is arranged at this first side of this box body; And an electronic contact, be arranged in this box body, and expose to this second side.

Further, this touch-control sensing module is arranged at this first surface of this carrier.

Further, this lid has more a shielding layer, and it is arranged at a side relative with this jack body.

Known from the above mentioned, a kind of touch control type electric supply socket that the utility model provides utilizes the mode of touch-control sensing to control electronic contact receptacle unit and whether powers; So can effectively reduce the chance of user or child's false touch, to promote at home and Electrical Safety.

Brief description of the drawings

Fig. 1 is the schematic diagram of a kind of touch control type electric supply socket of the utility model preferred embodiment.

Fig. 2 is the circuit framework schematic diagram of the utility model preferred embodiment.

Fig. 3 is a kind of flow chart of setting gesture motion of the utility model preferred embodiment.

Fig. 4 is the another kind of circuit framework figure of the utility model preferred embodiment.

Fig. 5 is another circuit framework figure of the utility model preferred embodiment.

Fig. 6 is the jack body schematic diagram of a kind of touch control type electric supply socket of another embodiment of the utility model.

Fig. 7 is the circuit framework schematic diagram of the another embodiment of the utility model.

Embodiment

For making the purpose of this utility model, technical scheme and advantage clearer, below in conjunction with accompanying drawing, the utility model is described in further detail.

Should be noted that, following examples and graphic in, omitted and do not illustrated with the non-directly related assembly of the utility model; And in graphic, the size relationship of each inter-module is only for asking easy understanding, non-in order to limit actual ratio.

Embodiment 1:

Please refer to shown in Fig. 1 and Fig. 2, a kind of touch control type electric supply socket 10 of the utility model preferred embodiment comprises a housing 11, a jack body 12, a lid 13, a touch-control sensing module 14 and a power supply module 15.In the present embodiment, touch control type electric supply socket 10 can embed and be arranged at the surface of a building structure or the surface of an equipment, is not limited in this, and it can be arranged at any environment with corresponding perforate.

Housing 11 has a box body 111 and a fixed part 112.In the present embodiment, the material of housing 11 can be plastics, metal or acrylic, wherein such as aluminium of metal.Box body 111 has an accommodation space C1 and an opening O1, and it is made up of four sidewalls and a bottom.Fixed part 112 links with box body 111 and arranges along opening O1, and exposes opening O1.In addition, the bottom of box body 111 can arrange a perforate (not shown), and city's electric transmission line can be passed through.

In the present embodiment, housing 11 has more one first connecting portion 113, one second connecting portion 114 and one the 3rd connecting portion 115.The first connecting portion 113 is for example two perforates, and it is arranged at respectively two sides of fixed part 112, links fixing for a fixation kit of correspondence through the first connecting portion 113 is rear with the surface of wanting combination.The second connecting portion 114 is arranged at the sidewall of box body 111, and in this, the second connecting portion 114 is for example four screw holes, and is arranged at respectively four sidewalls.The 3rd connecting portion 115 is arranged at the surface of fixed part 112.About the connected mode of the second connecting portion 114 and the 3rd connecting portion 115, narration after holding.

Jack body 12 has a carrier 12 1 and is arranged at an electronic contact receptacle unit 122 and the control module 123 on carrier 12 1.The corresponding setting of opening O1 of carrier 12 1 and box body 111, and carrier 12 1 has a first surface 1211 and a second surface 1212, and it is for example a printed circuit board (PCB), a glass circuit board or a flexible circuit board, is not limited in this.Electronic contact receptacle unit 122 is electrically connected by the circuit trace on carrier 12 1 mutually with control module 123.

In addition, jack body 12 has one the 4th connecting portion 124, and itself and the second connecting portion 114 interconnect, and it can utilize clamping, magnetic to connect or the mode such as screw closure interconnects.In the present embodiment, the 4th connecting portion 124 and the second connecting portion 114 interconnect in screw closure mode, so that jack body 12 is firmly linked with housing 11 corresponding to opening O1.

Electronic contact receptacle unit 122 has a slot 1221 and an electronic contact 1222.Slot 1221 is for running through the first surface 1211 of carrier 12 1 and the perforation of second surface 1212.Electronic contact 1222 is arranged at a side of the second surface 1212 of carrier 12 1 corresponding to slot 1221, and in order to be electrically connected (as shown in Figure 2) with a civil power 20.In the present embodiment, slot 1221 has three perforations, and it is in order to connect a plug, and the metal part of plug and electronic contact 1222 are electrically connected, and makes civil power 20 transfer to plug via electronic contact 1222.

In the present embodiment, control module 123 and power supply module 15 are electrically connected and are arranged at the second surface 1212 of carrier 12 1 mutually, and control module 123 is electrically connected with electronic contact receptacle unit 122 via the circuit trace of carrier 12 1.Shown in Fig. 2, control module 123 comprises a microprocessing unit 1232 and a switch unit 1233.

Power supply module 15 provides at least one power supply to the unit that needs power drives in control module 123, in the present embodiment, power supply module 15 is for example a battery, it provides a DC power supply to microprocessing unit 1232, and in other embodiment, power supply module 15 also can provide DC power supply to touch-control sensing module 14.Microprocessing unit 1232 is electrically connected with power supply module 15 and switch unit 1233 respectively.Switch unit 1233 has an input IP, an output OP and a control end CP, wherein, output OP and electronic contact receptacle unit 122 are electrically connected, control end CP and microprocessing unit 1232 are electrically connected, and between microprocessing unit 1232 control input end IP and output OP electrically for conducting or open circuit.Switch unit 1233 for example can be a relay (Relay), a solid-state relay (Solid State Relay, SSR) or a two-way thyristor (Triode for Alternating Current, TRIAC).In the present embodiment, switch unit 1233 is taking relay as example.

The material system of lid 13 be selected from plastics, acrylic or glass at least one of them, and lid 13 has a slot 131 and a touch area 132.Wherein, slot 131 arranges corresponding to the slot 1221 of the electronic contact receptacle unit 122 of jack body 12, and in other words, plug system inserts and is electrically connected with electronic contact 1222 via slot 131 and slot 1221.Touch area 132 can be plane, convex surface or concave surface, is not limited in this.In the time that touch area 132 is convex surface or concave surface, can make the clearer touch area of user where be positioned at, but be increase sense of touch mode one.

In addition, lid 13 has more one the 5th connecting portion 133, and it is arranged at lid 13 and is intended for a side of the fixed part 112 of housing 11.The 5th connecting portion can connect with clamping, magnetic with the 3rd connecting portion 115 or the mode such as screw closure links.In the present embodiment, the 5th connecting portion 133 is to be connected in the mode of engaging with the 3rd connecting portion 115, and it can be respectively a grab and a draw-in groove.

Moreover lid 13 has more a shielding layer 134, it is arranged at a side of lid 13 socket object bodies 12.Shielding layer 134 is a low light transmission degree or lighttight material, and it is for example printing-ink, when making user by the unilateral observation touch control type electric supply socket 10 of touch area 132, is difficult for discovering jack body 12 intrawares such as grade, to reach effect attractive in appearance.

Touch-control sensing module 14 is for example an electric resistance touch-control induction module, a capacitance touching control induction module or an optical touch control induction module, its be arranged at corresponding to the touch area 132 of lid 13 carrier 12 1 and lid 13 between, and be electrically connected with microprocessing unit 1232.In the present embodiment, touch-control sensing module 14 is taking capacitance touching control induction module as example.It is worth mentioning that, in the time that touch-control sensing module 14 is capacitance touching control induction module, the touch area 132 of lid 13 is taking concave surface as good, to shorten the distance between user's finger and touch-control sensing module 14, also can increase touch-control sensitivity.

In addition, in the present embodiment, touch-control sensing module 14 is arranged at the first surface 1211 of carrier 12 1.The main material of touch-control sensing module 14 can be Copper Foil or is for example the transparent conductive film of tin indium oxide (ITO) or carbon nanotube (CNT).

In sum, a kind of touch control type electric supply socket 10 of the utility model preferred embodiment, it can be and meets (the International Electrotechnical Commission of International Electrotechnical Commission, IEC) supply socket of standard specification, it has the outward appearance with existing supply socket same size, it can meet most supply socket size requirements, and can replace easily existing supply socket.Whether user can carry out Switching power socket by the mode of touch-control and power, and therefore in the time that supply socket is not used, can be closed, and avoids false touch to promote Electrical Safety.

Again, in order more to improve fail safe, switching the process of whether powering with touch-control, except the mode of the touching with simple switch, also can utilize the touch control manner of gesture whether to switch power supply.Under the situation of comparatively complicated gesture touch-control, will more can effectively avoid false touch and the situation that causes Electrical Safety occurs.

In the time of practical application, the setting of gesture touch-control can be by user's self-defining.Below please refer to shown in Fig. 3, illustrate the concise and to the point step of self-defining.

Step S01, enters gesture set model.It is for example long for example, by touch area one default time (3 seconds or 5 seconds), or in Preset Time the instruction mode such as touching continuously, to enter gesture set model.

Step S02, inputs new gesture motion by user.The gesture motion that user can use according to its demand input wish, for example glide direction or number of clicks or its combination.

Step S03, points out user to confirm new gesture motion by touch control type electric supply socket 10.It for example sends the sound, voice message, luminous prompting user by touch control type electric supply socket 10 and again inputs this new gesture motion.

Step S04, whether the new gesture motion of being compared secondary by microprocessing unit 1232 is identical.In the time that the secondary gesture motion of inputting is identical, perform step S05, this gesture motion is stored in a holder.And in the time that secondary gesture motion is different, get back to step S02, require user to re-enter again.

In the present embodiment, holder is arranged in microprocessing unit 1232, and so in other embodiment, holder also can be a unit independently, is not repeated and limits in this.

Then, please refer to shown in Fig. 4, the control module 123 of the touch control type electric supply socket 10 of the utility model preferred embodiment more can comprise a current monitoring unit 1234.Current monitoring unit 1234 is electrically connected with switch unit 1233, microprocessing unit 1232 and power supply module 15 respectively.In the present embodiment, current monitoring unit 1234 is electrically connected with the input IP of switch unit 1233, to capture current value (load current) by input IP, and exports according to this current signal to microprocessing unit 1232.In the time that load current exceedes a default value, switch to by being controlled by microprocessing unit 1232 between the input IP of switch unit 1233 and output OP the state opening circuit, with the output of cutting off the electricity supply.

Because general electrical overload protection is protected by the escape of the no-fuse switch in distribution box; but; in the time of no-fuse switch escape; be disposed at power circuit in building structure because overload (over load) is hot; after power circuit is aging because of the relation of time; its bearing capacity will decline, the serious accident that may cause electric wire to cock off.Therefore, returned the practice of load current by current monitoring unit 1234, can protect the safety that is disposed at the power circuit in building structure, to reduce the generation of accident.

Moreover, please refer to shown in Fig. 5, the control module 123 of the touch control type electric supply socket 10 of the utility model preferred embodiment more can comprise a wireless transmission unit 1235.Wireless transmission unit 1235 is electrically connected with microprocessing unit 1232 and power supply module 15 respectively, and transmission or receive at least one wireless signal.Wireless transmission unit 1235 can be online with a radio base station, a mobile communication device or a terminating machine, to carry out the transmission of wireless signal, in the present embodiment taking mobile communication device as example explanation.Wireless transmission unit 1235 can for example, by the state of touch control type electric supply socket (conducting or open circuit) or be set (for example touch-control gesture) and transfer to mobile communication device, to make user understand state.And user also can change through mobile communication device state or the setting of touch control type electric supply socket, so that the supply socket state arround user's control.What is more, also can integrate and use with above-mentioned current monitoring unit 1234, to make user can monitor at any time load condition.

Embodiment 2:

Shown in Fig. 6, a kind of touch control type electric supply socket 10A of the utility model the second embodiment, they are different from above-described embodiment, and a carrier 171 of a jack body 17 has a perforation O2 who connects a first surface 1711 and a second surface 1712.One electronic contact receptacle unit 172 includes a box body 1721, a slot 1722 and an electronic contact 1723.Box body 1721 is arranged in perforation O2, and has one first side that exposes to first surface 1711, and exposes to one second side of second surface 1712.Slot 1722 exposes to the first side of box body 1721, and electronic contact 1723 is arranged in box body 1721, and exposes to the second side.By this, electronic contact receptacle unit 172 can be an assembly independently, its only need through perforation O2 can utilize bind or the mode such as engaging and with carrier 171 combinations.

In above-described embodiment, utilize power supply module (for example battery), provide DC power supply for example, to each electronic building brick (microprocessing unit, wireless transmission unit, current monitoring unit or touch-control sensing module that needs DC power supply to be driven ... Deng).But, also can use other power supply methods of supplying to be driven, please refer to following explanation.

As shown in Figure 7, different from above-described embodiment, power supply module is replaced by a power transfer module 16.Power transfer module 16 is electrically connected with civil power 20, receives the AC power AC that civil power 20 provides, and converts AC power AC at least one DC power supply DC and driven at least to provide to microprocessing unit 1232.In the present embodiment, power transfer module 16 for example comprises a power supply adaptor (Adaptor), the DC power converter of separately can arranging in pairs or groups again (DC/DC Converter), with by DC power supply DC and then be converted to different voltage and export (not shown).

In addition, power transfer module 16 also can offer the DC power supply DC of output each electronic building brick that needs power supply to be driven in touch control type electric supply socket, for example aforesaid current monitoring unit, wireless transmission unit touch-control sensing module even, is not limited in this.

In sum, a kind of touch control type electric supply socket of the present utility model utilizes the mode of touch-control sensing to control electronic contact receptacle unit whether to power.So can effectively reduce the chance of user or child's false touch, to promote at home and Electrical Safety.In addition, if the touch control manner of collocation gesture can increase the degree of difficulty of switching, also therefore more can avoid the situation of false touch to occur.Again, the design of collocation wireless transmission unit, by remote monitoring, can confirm the conducting state of supply socket easily at any time, with the supply socket guaranteeing not use in off state.Moreover, via the monitoring of current monitoring unit, can control the load state of this supply socket, in the time reaching the limit of acquiescence, close the electric power of this supply socket and supply with, so can significantly promote Electrical Safety.

The above is preferred implementation of the present utility model; not be used for limiting interest field of the present utility model; should be understood that; for those skilled in the art; do not departing under the prerequisite of the utility model embodiment principle; can also make some improvement and variation, these improvement and variation are all scope of patent protection of the present utility model and contain.

Claims (10)

1. a touch control type electric supply socket, is characterized in that, comprises:

One housing, has a box body and a fixed part, and this box body has an accommodation space and exposes an opening of this accommodation space to the open air, and this fixed part is located at the outer of this box body and is exposed this opening;

One jack body, has a carrier and is arranged at an electronic contact receptacle unit and the control module on this carrier, the corresponding setting of this opening of this carrier and this box body, and this electronic contact receptacle unit is electrically connected this control module;

One lid, links with this fixed part of this housing, and has a slot and a touch area, and this slot arranges this electronic contact receptacle unit that should jack body; And

One touch-control sensing module, between this carrier and this lid, and arranges corresponding to this touch area of this lid, and is electrically connected with this control module.

2. touch control type electric supply socket as claimed in claim 1, is characterized in that, this control module comprises:

One microprocessing unit, is electrically connected with this touch-control sensing module; And

One switch unit, there is an input, an output and a control end, this output and this electronic contact slot are electrically connected, and this control end is electrically connected with this microprocessing unit, and electrical between this this input of microprocessing unit control and this output is conducting or opens circuit.

3. touch control type electric supply socket as claimed in claim 2, is characterized in that, this control module more comprises:

One wireless transmission unit, is electrically connected with this microprocessing unit.

4. touch control type electric supply socket as claimed in claim 2, is characterized in that, this control module more comprises:

One current monitoring unit, is electrically connected with this input and this microprocessing unit of this switch unit respectively, and exports a current signal according to the current value of this input to this microprocessing unit.

5. touch control type electric supply socket as claimed in claim 2, is characterized in that, more comprises:

One power supply module, is electrically connected with this microprocessing unit, and provides a DC power supply to this microprocessing unit.

6. touch control type electric supply socket as claimed in claim 2, is characterized in that, more comprises:

One power transfer module, for receiving an AC power, and exports a DC power supply according to this to this microprocessing unit.

7. touch control type electric supply socket as claimed in claim 1, is characterized in that, this carrier has the first surface and the second surface that are oppositely arranged, and this first surface and this lid are oppositely arranged, and this control module is arranged at this second surface.

8. touch control type electric supply socket as claimed in claim 7, is characterized in that, this electronic contact receptacle unit comprises:

One slot, it runs through this first surface and this second surface of this carrier; And

One electronic contact, it is to should slot and be arranged at this second surface.

9. touch control type electric supply socket as claimed in claim 7, is characterized in that, this carrier has a perforation that connects this first surface and this second surface, and this electronic contact receptacle unit comprises:

One box body, is arranged in this perforation, and has one first side that exposes to this first surface, and exposes to one second side of this second surface;

One slot, is arranged at this first side of this box body; And

One electronic contact, is arranged in this box body, and exposes to this second side.

10. touch control type electric supply socket as claimed in claim 7, is characterized in that, this touch-control sensing module is arranged at this first surface of this carrier.