CN206743084U - A kind of pressing generator, remote control and shower equipped with the generator - Google Patents

Abstract

The utility model provides a kind of pressing generator, solves the problems, such as that existing pressing generator can not provide enough electricity to drive infrared transmitting tube LED；The remote control equipped with the generator is provided simultaneously, transmission signal, existing reception device can not receive the infrared signal of short period while solving the problems, such as to press using infrared launcher；A kind of shower is provided again simultaneously, realizes shower switching without battery target.Pressing generator includes engine block and driver element, and driver element includes button and transmission parts.Remote control includes remote signal receiver and remote-control signal transmitter, and remote-control signal transmitter includes any pressing generator as above.Shower includes sun gondola water faucet and Portable rose, and switching control unit is provided with sun gondola water faucet, and remote signal receiver is installed in sun gondola water faucet and is connected with switching control unit, and remote-control signal transmitter is placed in mounting box and installed in the handle upper portion of Portable rose.

Description

A kind of pressing generator, remote control and shower equipped with the generator

Technical field

Bathroom field is the utility model is related to, more particularly to a kind of pressing generator, the remote control equipped with the generator And shower.

Background technology

The power supply of existing remote control is mostly to use one-shot battery, such as lithium battery, dry cell etc., this remote control for Energy-conserving and environment-protective are very unfavorable, while are one from the energy and greatly waste, and are brought to user and change battery and purchase The trouble of battery；Especially in sanitary ware industry, its use environment is more severe, and moist environment is especially bright to the corrosivity of battery It is aobvious, the service life of battery can be reduced；So Intelligent bathroom field without it is battery be the most critical and most that is currently needed for solving Important technical barrier；

Hydraulic power generation technology has been used on gondola water faucet and shower at present, electric energy is provided for its function switch, using straight Contact is touched or the mode of infrared induction carries out function switch；Such as carrying out function switch by the way of remote control has two kinds, infrared With it is wireless, 1, be wirelessly to transmit control signal with radio wave, it is easily of a relatively high by electromagnetic interference, cost； 2nd, most important, wireless receiving end needs larger electricity to support, receiving terminal as use hydroelectric generation, then enough with fill The electricity of foot provides；For realizing that shower produces conflict without battery, and infrared remote control mode can evade wireless remote control Deficiency and defect.

Existing pressing generator mostly only has the mode of single edge contact, and its generated energy is smaller to be unable to reach current infrared hair Pipe LED minimum cut-in voltage is penetrated, therefore existing pressing generator need to be improved and allowed it to be sent out for Radio infrared Device end provides enough electric energy.

The existing product using pressing generator is all that first pressing generating passes through other button to other functions again Etc. being operated, this mode not only wastes the strength of user, is also not easy to operate.

Utility model content

The utility model provides a kind of pressing generator, and enough electricity can not be provided by solving existing pressing generator The problem of driving infrared transmitting tube LED；The remote control equipped with the generator is provided simultaneously, solves and is filled using infrared emission Put transmission signal while can not pressing, the problem of existing reception device can not receive the infrared signal of short period；Simultaneously A kind of shower is provided again, realizes shower switching without battery target.

To achieve the above object, technical solutions of the utility model are：

One kind pressing generator, including engine block and coupled driver element, the driver element include pressing The motion for pressing the button is converted to the generator by button and the transmission parts with the snap fit, the transmission parts The motion of this vivo excision magnetic induction line.

Preferably, the engine block includes fixed mount, coil, magnetic conductive pole and permanent magnet；The coil fixes peace In the fixed mount；The magnetic conductive pole runs through the coil；The permanent magnet include two groups and its be separately positioned on it is described The both ends of magnetic conductive pole, every group includes the upper magnetic sheet that be arranged in parallel and lower magnetic sheet, the magnetic conductive pole stretch into the upper magnetic sheet and Between the lower magnetic sheet；

The transmission parts include swing arm and permanent magnet mounting bracket, and the permanent magnet mounting bracket is including two and it is by described Swing arm is connected, and the permanent magnet is fixed in the permanent magnet mounting bracket, and the button is fixed therein described in one forever One end of magnet mount；The middle part of swing arm offers axis hole, and the fixed mount both sides are provided with protruding shaft, and the protruding shaft inserts institute State and rotary shaft is formed in axis hole, the swing arm as axis swing and then drives two permanent magnets to hand over up and down using the rotary shaft For motion.

Further, in addition to shell and button, described in loading after the engine block and driver element assembling In shell, the engine block is fixed in the shell by the fixed mount, and spring is provided with below the button, described Button is provided with above button, the shell is passed at the top of the button.

Preferably, the engine block includes coil winding frame, coil, rotating shaft and magnet ring；The coil is installed in institute State in coil winding frame；The magnet ring is installed in described coil one end and is placed in the coil, and it coaxially sets with the coil Put；The rotating shaft runs through the coil and the magnet ring from axle center, and the magnet ring is fixedly connected with the rotating shaft so that the magnetic Ring rotates with the rotating shaft in the coil；

The transmission parts include button base, spring, rack, external gear, external tooth wheel carrier, ratchet and ratchet；It is described Button is installed in the button base, and the spring is installed between the button base and the button；The rack from The button bottom is oppositely extending to its, and its tooth engages with the tooth of the external gear；The external gear is fixed on the external gear There is the ratchet at the middle part of frame, the edge of the external tooth wheel carrier with respect to loose joint, and the ratchet and the external tooth wheel carrier load jointly In the ratchet, the ratchet engages with the internal tooth of the ratchet；The ratchet is located at the other end of the coil, the rotating shaft Run through the ratchet and the external tooth wheel carrier from center, and the rotating shaft is fixedly connected with the external tooth wheel carrier.

Further, in addition to base, coil bottom and ball, the coil bottom lid are located at the one of the coil End, the ball are installed between the coil bottom and the roller end；The engine block and the transmission parts Load after combination in the base.

Preferably, the engine block includes coil, coil winding frame, magnet ring, magnet ring internal frame, rotating shaft and coil base Lid；The coil winding frame includes outrigger and internal frame, and the outrigger is arranged on the both sides of the internal frame outer wall and connected with the internal frame Connect；The coil is fixedly mounted between the outrigger and the internal frame；The magnet ring is set on the magnet ring internal frame and is total to With loading in the internal frame, the top of the magnet ring internal frame passes at the top of the internal frame, described in rotating shaft one end insertion The bottom other end of magnet ring internal frame is rotatablely connected with the coil bottom；

The transmission parts include screw-driven component and spring, and the screw-driven component is included from the button bottom The external thread rod extended downwardly and the internal thread wall for being opened in the internal frame inwall, the middle part of the external thread rod is hollow knot Structure, the top of the magnet ring internal frame are inserted the hollow structure and are fixedly connected with the external thread rod.

Further, in addition to ball and base, the ball are installed between the rotating shaft and the coil bottom；Institute Load after stating engine block and transmission parts combination in the base.

A kind of remote control, including remote signal receiver and remote-control signal transmitter, the remote-control signal transmitter bag Include any pressing generator as described above.

Further, the remote-control signal transmitter also includes AC-DC conversion unit and remote-controlled launch unit, described distant Control transmitter unit includes infrared transmitting tube LED, electric capacity C7, resistance R4 and chip U3, the 1st pin of the chip U3, described red An output end of outer transmitting tube LED positive pole and the electric capacity C7 one end with the AC-DC conversion unit is connected； The other end ground connection of the electric capacity C7；The negative pole of the infrared transmitting tube LED accesses the chip after being connected with the resistance R4 U3 the 7th pin；3rd pin of the chip connects with the 4th pin of the chip；The 8th pin ground connection of the chip.The chip U3 Model HS95104S1C.

Further, the AC-DC conversion unit includes the first electric bridge, electric capacity C5 and polar capacitor CE2, described to press The output end of pressure motor is connected with the input of first electric bridge, and an output end of first electric bridge is divided into two-way, One end of the 1st pin with the chip U3, the positive pole of the infrared transmitting tube LED and the electric capacity C7 is connected all the way, another End is connected with one end of the electric capacity C5；Another output head grounding of first electric bridge；Another termination of the electric capacity C5 Ground；The positive pole of the polar capacitor CE2 is connected with one end of the electric capacity C5, negative pole ground connection.

Further, first electric bridge includes diode D1, diode D2, diode D3 and diode D4, described Diode D1 and diode D2 series connection, the diode D3 and diode D4 series connection, the diode D1 and described Form another output end of first electric bridge after diode D3 positive pole connection, the diode D2 and the diode D4's One that first electric bridge is formed after negative pole connection goes out end；One output end of the pressing generator accesses the diode Between D1 and the diode D2, another output end is accessed between the diode D3 and diode D4.

Further, the remote signal receiver is cut including IR signal reception module, signal processing module, magnetic valve Block and power module are changed the mold, the power module is that the signal processing module and the magnetic valve handover module are powered；Institute IR signal reception module is stated to receive the signal that the infrared transmitting tube LED is sent and signal is sent into the signal transacting mould Block, the signal processing module electrically connect with the magnetic valve handover module, and it receives the IR signal reception module Signal be converted into control the signal of the magnetic valve handover module；The magnetic valve handover module receives the signal The switching of magnetic valve in the magnetic valve handover module is controlled after the instruction of processing module.

Further, the IR signal reception module includes infrared signal receiver U4, electric capacity C3, electric capacity C8, polarity Electric capacity CE3, resistance R1, resistance R2, resistance R34 and resistance R45, the signal output pin of the infrared signal receiver U4 and institute Be divided into two-way after stating resistance R45 series connection, access the signal processing module all the way, another way connected with the resistance R34 after again It is grounded after being connected with the electric capacity C8；The grounding leg ground connection of the infrared signal receiver U4；The infrared signal receiver U4 Power input pin connected with the resistance R2 after access the signal processing module；One end access of the electric capacity C3 is described red External signal receiver U4 power input pin, other end ground connection；One end of the polar capacitor CE3 is accessed the infrared signal and connect Receive device U4 power input pin, other end ground connection；The power supply of the infrared signal receiver U4 is accessed in one end of the resistance R1 Input pin, the other end access the power module.

Further, the magnetic valve handover module includes magnetic valve JP6, chip U2, resistance R31, resistance R32, electric capacity C21, electric capacity C22, electric capacity C23, diode D11, diode D12 and diode D13；The 1st pin of the chip U2 with it is described The signal processing module is accessed after resistance R31 series connection；The 8th pin of the chip U2 accesses institute after being connected with the resistance R32 State signal processing module；The 2nd pin of the chip U2 is connected with output end of the 7th pin with the diode D13, two pole Pipe D13 input is connected with the power module；After the electric capacity C21, the electric capacity C22 and the electric capacity C33 parallel connections One end is grounded, and the other end is connected with the 2nd pin of the chip U2 and the 7th pin；The 3rd pin of the chip U2 and the magnetic valve JP6 the 2nd pin connection；The 6th pin of the chip U2 is connected with the 1st pin of the magnetic valve JP6；The 4th pin of the chip U2 It is grounded with the 5th pin；The input of the diode D12 is connected with the 4th pin of the chip U2, and output end is with the chip U2's 3rd pin connects；The input of the diode D11 is connected with the 5th pin of the chip U2, and the of output end and the chip U2 6 pin connect.The model 2501 of the chip U2.

Further, the signal processing module include chip U1, electric capacity C4, electric capacity C6, electric capacity C28, resistance R3 and Touch IC KEY；The 5th pin of the chip U1 is connected with the resistance R2；6th pin is connected with the touch IC KEY；7th pin It is grounded after being connected with the electric capacity C28；8th pin is connected with the resistance R45；9th pin is connected with the resistance R31；10th pin It is connected with the resistance R32；13rd pin accesses the power module；15th pin is grounded；After 14th pin is connected with the electric capacity C4 It is grounded after being connected again with the resistance R3；Described resistance C6 one end is connected with the power module, other end ground connection.

Further, the power module include the second electric bridge, electric capacity C1, electric capacity C2, polar capacitor CE1, diode D9, Diode D10, resistance R55, resistance R56 and voltage-regulator diode ZD1；The ac input end and AC power of second electric bridge Connection；First output head grounding, the second output end are connected after being connected with the diode D10 with the 13rd pin of the chip U1； The other end of the resistance R1 is connected with the input of the diode D10；The polar capacitor CE1, the electric capacity C1 and One end is connected with the second output end of second electric bridge after the electric capacity C2 parallel connections, other end ground connection；The voltage-regulator diode Plus earth, input again with the diode D13 is connected after negative pole is connected with the second output end of second electric bridge； The input of the diode D9 is connected with an ac input end of second electric bridge, the other end successively with the resistance It is grounded after R55, the resistance R56 series connection, one end of the electric capacity C28 is accessed between the resistance R55 and resistance R56. The chip U1 is 6911.

Further, second electric bridge includes diode D5, diode D6, diode D7 and diode D8, described Diode D5 and diode D7 series connection, the diode D6 and diode D8 series connection, the diode D5 and described Form the first output end of second electric bridge after diode D6 positive pole connection, the diode D7 and the diode D8's Second that second electric bridge is formed after negative pole connection goes out end；The input of the diode D9 accesses the diode D6 and institute Between stating diode D8, polar capacitor CE1 positive pole is accessed between the diode D7 and diode D8.

Further, the AC power is hydroelectric generator.

A kind of shower, including sun gondola water faucet and Portable rose, the sun gondola water faucet is interior to be provided with switching control unit, described Remote signal receiver is installed in the sun gondola water faucet and is connected with the switching control unit；The remote-control signal transmitter It is placed in mounting box and is detachably arranged in the handle upper portion of the Portable rose, the institute equipped with the remote-control signal transmitter State the remote control that mounting box can be independent as one.

Further, the sun gondola water faucet also include touch switch unit, the touching end of the touch IC KEY with it is described The electrodeposited coating electrical connection on sun gondola water faucet surface.

From above-mentioned to description of the present utility model, compared to the prior art, the utility model has the following advantages that：

First, the pressing generator of the utility model embodiment one uses seesaw structure, button promoting button in use Move downward and spring promoting button is moved upwards, and then drive two permanent magnets alternately to move up and down, so that the magnetic pole of magnetic conductive pole Moment changes, so as to realize magnetic induction coil cutting magnetic induction line the purpose that generates electricity；This structure button only needs less row Journey can produces enough electric energy, compact structure and simple to operate, switching good hand touch.

2nd, the pressing generator of the utility model embodiment two and embodiment three uses the structure of circumgyration incision magnetic induction line, This more existing pressing generator of structure can produce bigger electric energy, meet user's request, simple to operate.

3rd, the remote-control signal transmitter of the utility model remote control is using pressing generator, and is sent out while pressing Infrared remote-controlled signal is penetrated, due to the launching technique started using pressing, therefore the infrared remote-controlled signal wave band launched and time Shorter, accordingly, remote signal receiver is configured to specially receive the signal of its corresponding wave band, the remote control transmitting terminal without Extra power supply power supply is needed, more facilitates environmental protection and energy saving.

4th, the utility model shower heronsbill, which is sprinkled with, is configured with remote signal receiver and uses hydroelectric generator as it Power supply；Remote-control signal transmitter is configured with Portable rose and uses pressing generator to be powered for it；Whole shower is without electricity Pond shower so that shower more adapts to the adverse circumstances in bathroom, improves the service life of shower, and energy-saving ring Protect；The switching push button pressed simultaneously on Portable rose realizes generating and transmission signal dual-use function so that the shower switches Operation is more convenient.

Brief description of the drawings

Accompanying drawing described herein is used for providing further understanding to of the present utility model, forms one of the present utility model Point, schematic description and description of the present utility model is used to explain the utility model, does not form to of the present utility model Improper restriction.In the accompanying drawings：

Fig. 1 is the structural representation that the utility model presses the sectional view of generator embodiment one；

Fig. 2 is the decomposition texture schematic diagram that the utility model presses generator embodiment one；

Fig. 3 is the structural representation that the utility model presses the sectional view of generator embodiment two；

Fig. 4 is the decomposition texture schematic diagram that the utility model presses generator embodiment two；

Fig. 5 is the structural representation that the utility model presses the sectional view of generator embodiment three；

Fig. 6 is the decomposition texture schematic diagram that the utility model presses generator embodiment three；

Fig. 7 is the schematic diagram of the structured flowchart of the utility model remote control；

Fig. 8 is the schematic diagram of the circuit diagram of the utility model remote-control signal transmitter；

Fig. 9 is the schematic diagram of the circuit diagram of the utility model remote signal receiver；

Figure 10 is the structural representation one of the utility model shower；

Figure 11 is the structural representation two of the utility model shower.

Embodiment

In order that technical problem to be solved in the utility model, technical scheme and beneficial effect are clearer, clear, with Under in conjunction with the accompanying drawings and embodiments, the utility model is further elaborated.It is it should be appreciated that described herein specific real Example is applied only to explain the utility model, is not used to limit the utility model.

Referring to figs. 1 to Fig. 6, one kind pressing generator, including engine block 1 and coupled driver element 2 are described Driver element 2 includes button 3 and the transmission parts 4 coordinated with the button 3, and the transmission parts 4 will press the button 3 Motion is converted to the motion of the internal cutting magnetic induction line of engine block 1.

Embodiment one：

Referring to Figures 1 and 2, the engine block 1 includes fixed mount 10, coil 11, magnetic conductive pole 12 and permanent magnet 13； The coil 11 is fixedly mounted in the fixed mount 10；The magnetic conductive pole 12 runs through the coil 11；The permanent magnet 13 wraps Include two groups and it is separately positioned on the both ends of the magnetic conductive pole 12, every group of upper magnetic sheet 130 for including be arrangeding in parallel and lower magnetic sheet 131, the magnetic conductive pole 12 is stretched between the upper magnetic sheet 130 and the lower magnetic sheet 131；

The transmission parts 4 include swing arm 40 and permanent magnet mounting bracket 41, the permanent magnet mounting bracket 41 include two and It is connected by the swing arm 40, and the permanent magnet 13 is fixed in the permanent magnet mounting bracket 41, and the button 3 is fixed on One end of one of them permanent magnet mounting bracket 41；The middle part of swing arm 40 offers axis hole 400, the both sides of fixed mount 10 Provided with protruding shaft 100, the protruding shaft 100, which is inserted, forms rotary shaft in the axis hole 400, the swing arm 40 is using the rotary shaft as axle The heart swings and then drives two up-down alternative motions of permanent magnet 13.

Also include shell 5 and button 6, load the shell 5 after engine block 1 and the driver element 2 assembling Interior, the engine block 1 is fixed in the shell 5 by the fixed mount 10, and the lower section of button 3 is provided with spring 7, institute State the top of button 3 and be provided with button 6, the top of the button 6 passes the shell 5.

The in use button 6 promotes that the button 3 moves downward and the spring 7 promotes the button 3 to transport upwards It is dynamic, and then drive two permanent magnets 13 alternately to move up and down, so that the magnetic pole moment of the magnetic conductive pole 12 changes, so as to realize The cutting magnetic induction line of magnetic induction coil 11 is come the purpose that generates electricity.

Embodiment two：

Reference picture 3 and Fig. 4, the engine block 1 include coil winding frame 14, coil 11, rotating shaft 15 and magnet ring 16；Institute Coil 11 is stated to be installed in the coil winding frame 14；The magnet ring 16 is installed in described one end of coil 11 and is placed in the coil 11 It is interior, and it is coaxially disposed with the coil 11；The rotating shaft 15 runs through the coil 11 and the magnet ring 16, the magnetic from axle center Ring 16 is fixedly connected with the rotating shaft 15 so that the magnet ring 16 rotates with the rotating shaft 15 in the coil 11；

The transmission parts 4 include button base 42, spring 7, rack 43, external gear 44, external tooth wheel carrier 45, ratchet 46 with And ratchet 47；The button 3 is installed in the button base 42, and the spring 7 is installed in the button base 42 and described Between button 3；The rack 43 is oppositely extending to its from the bottom of button 3, and its tooth engages with the tooth of the external gear 44；Institute The middle part that external gear 44 is fixed on the external tooth wheel carrier 45 is stated, there is the ratchet at the edge of the external tooth wheel carrier 45 with respect to loose joint 47, the ratchet 47 and the external tooth wheel carrier 45 load in the ratchet 46 jointly, and the ratchet 47 is interior with the ratchet 46 Tooth engages；The ratchet 46 is located at the other end of the coil 11, and the rotating shaft 15 is from center through the ratchet 46 and described External tooth wheel carrier 45, and the rotating shaft 15 is fixedly connected with the external tooth wheel carrier 45.

Also include base 50, coil bottom 51 and ball 52, the lid of coil bottom 51 is located at the one of the coil 11 End, the ball 52 are installed between the coil bottom 51 and the end of the rotating shaft 15；The engine block 1 and the biography Dynamic component 4 loads in the base 50 after combining.

In use, downward button press 3, rack 43 also move downward therewith, release button 3, in the presence of spring 7 The motion upwards therewith of rack 43；Whole motion process middle rack 43 drives the external gear 44 to rotate, and external gear 44 drives described External tooth wheel carrier 45 rotates, and when external tooth wheel carrier 45 rotates clockwise, ratchet 47 skids in ratchet 46, and now rotating shaft 15 is not Move, produced without electric energy；When external tooth wheel carrier 45 rotates counterclockwise, ratchet 47 is engaged in the ratchet 46, rotating shaft 15 with Rotation, and then drive magnet ring 16 to rotate in the coil 11, so as to realize the cutting magnetic induction line of magnetic induction coil 11 mesh that generates electricity 's.Ball 52 rotates with the bottom of rotating shaft 15 in the whole rotation process of rotating shaft 15, reduces rotating shaft 15 and the frictional force of base 50, The velocity of rotation of magnet ring 16 is improved, and then improves cutting magnetic induction line efficiency, improves the generating efficiency of generator.

Embodiment three：

Reference picture 5 and Fig. 6, the engine block 1 include coil 11, coil winding frame 14, magnet ring 16, magnet ring internal frame 17, Rotating shaft 15 and coil bottom 51；The coil winding frame 14 includes outrigger 140 and internal frame 141, and the outrigger 140 is arranged on described The both sides of the outer wall of internal frame 141 are simultaneously connected with the internal frame 141；The coil 11 is fixedly mounted on the outrigger 140 and described interior Between frame 141；The magnet ring 16 is set on the magnet ring internal frame 17 and loaded jointly in the internal frame 141, in the magnet ring The top of frame 17 passes from the top of the internal frame 141, and the bottom that the magnet ring internal frame 17 is inserted in described one end of rotating shaft 15 is another End is rotatablely connected with the coil bottom 51；

The transmission parts 4 include screw-driven component 48 and spring 7, and the screw-driven component 48 includes pressing from described The external thread rod 480 that the bottom of button 3 extends downwardly and the internal thread wall 481 for being opened in the inwall of internal frame 141, the external thread rod 480 middle part is hollow structure, and the top of the magnet ring internal frame 17 is inserted the hollow structure and consolidated with the external thread rod 480 Fixed connection.

Also include ball 52 and base 50, the ball 52 is installed between the rotating shaft 15 and the coil bottom 51； Load after engine block 1 and the transmission parts 4 combination in the base 50.

In use, downward button press 3, external thread rod 480 cause internal frame while being moved downward along internal thread wall 481 141 rotate therewith, and internal frame 141, which rotates, drives the concomitant rotation of magnet ring internal frame 17, and then drives magnet ring 16 to turn in coil 11 It is dynamic；Button press 3 is unclamped, button 3 resets under the effect of spring 7, and external thread rod 480 moves same upwards along internal thread wall 481 When internal frame 141 reversely rotate therewith again, internal frame 141 drives magnet ring internal frame 17 to rotate backward, and then drives magnet ring 16 in coil Rotate in 11, so as to realize the cutting magnetic induction line of magnetic induction coil 11 purpose that generates electricity.Ball in the whole rotation process of rotating shaft 15 52 rotate with the bottom of rotating shaft 15, reduce rotating shaft 15 and the frictional force of base 50, improve the velocity of rotation of magnet ring 16, Jin Erti High cutting magnetic induction line efficiency, improve the generating efficiency of generator.

Reference picture 7 is described to Fig. 9, a kind of remote control, including remote signal receiver 80 and remote-control signal transmitter 81 Remote-control signal transmitter 81 includes any pressing generator 812 as described above.

The remote-control signal transmitter 81 also includes AC-DC conversion unit 810 and remote-controlled launch unit 811, the remote control Transmitter unit 811 includes infrared transmitting tube LED, electric capacity C7, resistance R4 and chip U3, the 1st pin of the chip U3, described red Outer transmitting tube LED positive pole and the electric capacity C7 one end connect with an output end of the AC-DC conversion unit 810 Connect；The other end ground connection of the electric capacity C7；The negative pole of the infrared transmitting tube LED accesses the core after being connected with the resistance R4 Piece U3 the 7th pin；3rd pin of the chip connects with the 4th pin of the chip；The 8th pin ground connection of the chip.The chip U3 model HS95104S1C.

The AC-DC conversion unit 810 includes the first electric bridge, electric capacity C5 and polar capacitor CE2, the pressing and generated electricity The output end of machine 812 is connected with the input of first electric bridge, and an output end of first electric bridge is divided into two-way, all the way The positive pole of the 1st pin, the infrared transmitting tube LED and one end of the electric capacity C7 with the chip U3 are connected, the other end with One end connection of the electric capacity C5；Another output head grounding of first electric bridge；The other end ground connection of the electric capacity C5；Institute The positive pole for stating polar capacitor CE2 is connected with one end of the electric capacity C5, negative pole ground connection.

First electric bridge include diode D1, diode D2, diode D3 and diode D4, the diode D1 and The diode D2 series connection, the diode D3 and diode D4 series connection, the diode D1 and the diode D3's Another output end of first electric bridge is formed after positive pole connection, after the diode D2 connects with the negative pole of the diode D4 Form first electric bridge one goes out end；One output end of the pressing generator 812 accesses the diode D1 and institute Between stating diode D2, another output end is accessed between the diode D3 and diode D4.

In the utility model, the firing button 3 of remote-control signal transmitter 81 and the button 3 of pressing generator 812 are same Individual button 3, i.e., launch remote signal while pressing and generating electricity；In circuit, the output end of generator 812 will be pressed through alternating current-direct current Powered after changing into chip U3 and infrared transmitting tube LED, because chip U3 the 3rd pin and the 4th pin connect, so, when press by While the button 3 of pressure motor 812 is generated electricity, signal is also passed to infrared transmitter by chip U3, and infrared transmitter is same When be excited transmitting infrared signal to remote signal receiver 80.

The remote signal receiver 80 includes IR signal reception module 800, signal processing module 801, magnetic valve and cut It is the signal processing module 801 and the electromagnetism Vavle switching to change the mold block 802 and power module 803, the power module 803 Module 802 is powered；The IR signal reception module 800 receives the signal that the infrared transmitting tube LED is sent and send signal Enter the signal processing module 801, the signal processing module 801 electrically connects with the magnetic valve handover module 802, and it is by institute The signal that IR signal reception module 800 receives is stated to be converted into control the signal of the magnetic valve handover module 802；Institute State after magnetic valve handover module 802 receives the instruction of the signal processing module 801 and control the magnetic valve handover module 802 The switching of middle magnetic valve.

The IR signal reception module 800 includes infrared signal receiver U4, electric capacity C3, electric capacity C8, polar capacitor CE3, resistance R1, resistance R2, resistance R34 and resistance R45, the infrared signal receiver U4 signal output pin and the electricity Be divided into two-way after resistance R45 series connection, access the signal processing module 801 all the way, another way connected with the resistance R34 after again with It is grounded after the electric capacity C8 series connection；The grounding leg ground connection of the infrared signal receiver U4；The infrared signal receiver U4's Power input pin accesses the signal processing module 801 after being connected with the resistance R2；Described in one end access of the electric capacity C3 Infrared signal receiver U4 power input pin, other end ground connection；The infrared signal is accessed in one end of the polar capacitor CE3 Receiver U4 power input pin, other end ground connection；The electricity of the infrared signal receiver U4 is accessed in one end of the resistance R1 Source input pin, the other end access the power module 803.

The magnetic valve handover module 802 includes magnetic valve JP6, chip U2, resistance R31, resistance R32, electric capacity C21, electricity Hold C22, electric capacity C23, diode D11, diode D12 and diode D13；The 1st pin of the chip U2 and the resistance R31 The signal processing module 801 is accessed after series connection；The 8th pin of the chip U2 accesses the letter after being connected with the resistance R32 Number processing module 801；The 2nd pin of the chip U2 is connected with output end of the 7th pin with the diode D13, two pole Pipe D13 input is connected with the power module 803；The electric capacity C21, the electric capacity C22 and the electric capacity C33 are in parallel Latter end ground connection, the other end are connected with the 2nd pin of the chip U2 and the 7th pin；The 3rd pin of the chip U2 and the magnetic valve JP6 the 2nd pin connection；The 6th pin of the chip U2 is connected with the 1st pin of the magnetic valve JP6；The 4th pin of the chip U2 It is grounded with the 5th pin；The input of the diode D12 is connected with the 4th pin of the chip U2, and output end is with the chip U2's 3rd pin connects；The input of the diode D11 is connected with the 5th pin of the chip U2, and the of output end and the chip U2 6 pin connect.The model 2501 of the chip U2.

The signal processing module 801 includes chip U1, electric capacity C4, electric capacity C6, electric capacity C28, resistance R3 and touches IC KEY；The 5th pin of the chip U1 is connected with the resistance R2；6th pin is connected with the touch IC KEY；7th pin and the electricity It is grounded after holding C28 series connection；8th pin is connected with the resistance R45；9th pin is connected with the resistance R31；10th pin and the electricity Hinder R32 connections；13rd pin accesses the power module 803；15th pin is grounded；14th pin connected with the electric capacity C4 after again with institute It is grounded after stating resistance R3 series connection；Described resistance C6 one end is connected with the power module 803, other end ground connection.

The power module 803 includes the second electric bridge, electric capacity C1, electric capacity C2, polar capacitor CE1, diode D9, diode D10, resistance R55, resistance R56 and voltage-regulator diode ZD1；The ac input end of second electric bridge is connected with AC power； First output head grounding, the second output end are connected after being connected with the diode D10 with the 13rd pin of the chip U1；The electricity The resistance R1 other end is connected with the input of the diode D10；The polar capacitor CE1, the electric capacity C1 and the electricity One end is connected with the second output end of second electric bridge after holding C2 parallel connections, other end ground connection；The positive pole of the voltage-regulator diode Ground connection, input again with the diode D13 is connected after negative pole is connected with the second output end of second electric bridge；Described two Pole pipe D9 input is connected with an ac input end of second electric bridge, the other end successively with the resistance R55, described It is grounded after resistance R56 series connection, one end of the electric capacity C28 is accessed between the resistance R55 and resistance R56.The chip U1 is 6911.

Second electric bridge include diode D5, diode D6, diode D7 and diode D8, the diode D5 and The diode D7 series connection, the diode D6 and diode D8 series connection, the diode D5 and the diode D6's The first output end of second electric bridge is formed after positive pole connection, after the diode D7 connects with the negative pole of the diode D8 Form second electric bridge second goes out end；The input of the diode D9 accesses the diode D6 and diode D8 Between, polar capacitor CE1 positive pole is accessed between the diode D7 and diode D8.

The AC power is hydroelectric generator.

Be in the utility model remote signal receiver 80 power for hydroelectric generator, the output current of hydroelectric generator It is solenoid valve module, signal processing module 801 and IR signal reception module after power module 803 carries out alternating current-direct current processing 800 are powered, and the infrared signal receiver U4 reception infrared signal transmitting tubes in IR signal reception module 800 send red External signal, it will be transmitted to the chip U1 of signal processing module 801 the 8th pin, signal and be sent into after chip U1 Treatment Analysis Solenoid valve module, the 1st pin or/and the 8th pin of the chip U2 in solenoid valve module are converted after receiving chip U1 signal And control the real-time status of magnetic valve.

The infrared signal wave band that original remote signal receiver 80 receives is all-wave segment signal；Pass through in the utility model Chip U1 control and processing so that remote signal receiver 80 receives pressing generator 812 and presses moment infrared transmitting tube The infrared signal that LED is sent, this infrared signal are the part in infrared signal all band, and its time is less than 1 millisecond, thus real The purpose that can launch remote signal while pressing generates electricity and be used to the remote signal control magnetic valve is showed.

Reference picture 10, a kind of shower, including sun gondola water faucet 90 and Portable rose 91, the interior installation of the shower are had the right It is required that the remote control 8 described in 8-18, the sun gondola water faucet 90 is interior to be provided with switching control unit 900, the remote control signal receiver Device 80 is installed in the sun gondola water faucet 90 and is connected with the switching control unit 900；The remote-control signal transmitter 81 is put In in mounting box and being detachably arranged in the handle upper portion of the Portable rose 91, equipped with the remote-control signal transmitter 81 The mounting box can be independent as one remote control.

The sun gondola water faucet 90 also includes touching switch unit, touching end and the sun gondola water faucet of the touch IC KEY The electrodeposited coating electrical connection on 90 surfaces.

Sun gondola water faucet 90 needs to switch it after unlatching goes out water state, need to only press the button 3 on Portable rose 91, Simultaneously because the electrodeposited coating on sun gondola water faucet 90 connects with touching IC, so can also be by touching the plating on sun gondola water faucet 90 Layer carries out out the switching of water state.

Preferred embodiment of the present utility model has shown and described in described above, as previously described, it should be understood that this practicality is new Type is not limited to form disclosed herein, is not to be taken as the exclusion to other embodiment, and available for various other groups Conjunction, modification and environment, and above-mentioned teaching or the technology of association area can be passed through in utility model contemplated scope described herein Or knowledge is modified.And the change and change that those skilled in the art are carried out do not depart from spirit and scope of the present utility model, then All should be in the protection domain of the appended claims for the utility model.

Claims (20)

1. one kind pressing generator, it is characterised in that：Including engine block and coupled driver element, the driving is single Member includes button and the transmission parts with the snap fit, and the motion for pressing the button is converted to institute by the transmission parts State the motion of engine block internal cutting magnetic induction line.

A kind of 2. pressing generator as claimed in claim 1, it is characterised in that：The engine block includes fixed mount, line Circle, magnetic conductive pole and permanent magnet；The coil is fixedly mounted in the fixed mount；The magnetic conductive pole runs through the coil；Institute Permanent magnet is stated including two groups and it is separately positioned on the both ends of the magnetic conductive pole, every group of upper magnetic sheet for including be arrangeding in parallel is with Magnetic sheet, the magnetic conductive pole are stretched between the upper magnetic sheet and the lower magnetic sheet；

The transmission parts include swing arm and permanent magnet mounting bracket, and the permanent magnet mounting bracket is including two and it is by the swing arm Connection, the permanent magnet are fixed in the permanent magnet mounting bracket, and the button is fixed therein a permanent magnet One end of mounting bracket；The middle part of swing arm offers axis hole, and the fixed mount both sides are provided with protruding shaft, and the protruding shaft inserts the axle Rotary shaft is formed in hole, the swing arm as axis swing and then drives two permanent magnets to transport alternatively up and down using the rotary shaft It is dynamic.

A kind of 3. pressing generator as claimed in claim 2, it is characterised in that：Also include shell and button, the generator Load after body and driver element assembling in the shell, the engine block is fixed on described outer by the fixed mount In shell, spring is provided with below the button, button is provided with above the button, passed at the top of the button described outer Shell.

A kind of 4. pressing generator as claimed in claim 1, it is characterised in that：The engine block include coil winding frame, Coil, rotating shaft and magnet ring；The coil is installed in the coil winding frame；The magnet ring is installed in described coil one end juxtaposition In in the coil, and it is coaxially disposed with the coil；The rotating shaft runs through the coil and the magnet ring from axle center, described Magnet ring is fixedly connected with the rotating shaft so that the magnet ring rotates with the rotating shaft in the coil；

The transmission parts include button base, spring, rack, external gear, external tooth wheel carrier, ratchet and ratchet；The button It is installed in the button base, the spring is installed between the button base and the button；The rack is from described Button bottom is oppositely extending to its, and its tooth engages with the tooth of the external gear；The external gear is fixed on the external tooth wheel carrier There is the ratchet at middle part, the edge of the external tooth wheel carrier with respect to loose joint, described in the ratchet and the external tooth wheel carrier load jointly In ratchet, the ratchet engages with the internal tooth of the ratchet；The ratchet is located at the other end of the coil, and the rotating shaft is therefrom The heart runs through the ratchet and the external tooth wheel carrier, and the rotating shaft is fixedly connected with the external tooth wheel carrier.

A kind of 5. pressing generator as claimed in claim 4, it is characterised in that：Also include base, coil bottom and ball, The coil bottom lid is located at one end of the coil, the ball be installed in the coil bottom and the roller end it Between；Load after the engine block and transmission parts combination in the base.

A kind of 6. pressing generator as claimed in claim 1, it is characterised in that：The engine block includes coil, coil Around frame, magnet ring, magnet ring internal frame, rotating shaft and coil bottom；The coil winding frame includes outrigger and internal frame, and the outrigger is arranged on The both sides of the internal frame outer wall are simultaneously connected with the internal frame；The coil is fixedly mounted between the outrigger and the internal frame； The magnet ring is set on the magnet ring internal frame and loaded jointly in the internal frame, and the top of the magnet ring internal frame is from the internal frame Top pass, the bottom other end of the magnet ring internal frame is inserted in described rotating shaft one end and the coil bottom is rotatablely connected；

The transmission parts include screw-driven component and spring, and the screw-driven component includes downward from the button bottom The external thread rod of extension and the internal thread wall for being opened in the internal frame inwall, the middle part of the external thread rod are hollow structure, institute The top for stating magnet ring internal frame is inserted the hollow structure and is fixedly connected with the external thread rod.

A kind of 7. pressing generator as claimed in claim 6, it is characterised in that：Also include ball and base, the ball peace Loaded between the rotating shaft and the coil bottom；Load the base after the engine block and transmission parts combination It is interior.

8. a kind of remote control, including remote signal receiver and remote-control signal transmitter, it is characterised in that the remote signal Transmitter includes the pressing generator described in any one of claim 3,5,7.

A kind of 9. remote control as claimed in claim 8, it is characterised in that：The remote-control signal transmitter also includes alternating current-direct current Converting unit and remote-controlled launch unit, the remote-controlled launch unit include infrared transmitting tube LED, electric capacity C7, resistance R4 and core Piece U3, one end of the 1st pin of the chip U3, the positive pole of the infrared transmitting tube LED and the electric capacity C7 with the friendship The output end connection of DC conversion unit；The other end ground connection of the electric capacity C7；The negative pole of the infrared transmitting tube LED with The 7th pin of the chip U3 is accessed after the resistance R4 series connection；3rd pin of the chip connects with the 4th pin of the chip；Institute State the 8th pin ground connection of chip.

A kind of 10. remote control as claimed in claim 9, it is characterised in that：The AC-DC conversion unit includes the first electricity Bridge, electric capacity C5 and polar capacitor CE2, the output end of the pressing generator are connected with the input of first electric bridge, institute An output end for stating the first electric bridge is divided into two-way, and the 1st pin with the chip U3, the infrared transmitting tube LED be just all the way Pole and the connection of one end of the electric capacity C7, the other end are connected with one end of the electric capacity C5；First electric bridge another Output head grounding；The other end ground connection of the electric capacity C5；One end of the positive pole of the polar capacitor CE2 and the electric capacity C5 connects Connect, negative pole ground connection.

A kind of 11. remote control as claimed in claim 10, it is characterised in that：First electric bridge includes diode D1, two Pole pipe D2, diode D3 and diode D4, the diode D1 and the diode D2 series connection, the diode D3 and described Diode D4 connects, and the diode D1 forms another output of first electric bridge after being connected with the positive pole of the diode D3 End, the diode D2 form one of first electric bridge and go out to hold after connect with the negative pole of the diode D4；The pressing One output end of generator is accessed between the diode D1 and diode D2, and another output end accesses the diode Between D3 and the diode D4.

A kind of 12. remote control as claimed in claim 8, it is characterised in that：The remote signal receiver includes infrared letter Number receiving module, signal processing module, magnetic valve handover module and power module, the power module is the signal transacting Module and magnetic valve handover module power supply；The IR signal reception module receives what the infrared transmitting tube LED was sent Signal is simultaneously sent into the signal processing module by signal, and the signal processing module electrically connects with the magnetic valve handover module, The signal that the IR signal reception module receives is converted into control the signal of the magnetic valve handover module by it；Institute State after magnetic valve handover module receives the instruction of the signal processing module and control magnetic valve in the magnetic valve handover module Switching.

A kind of 13. remote control as claimed in claim 12, it is characterised in that：The IR signal reception module includes infrared Signal receiver U4, electric capacity C3, electric capacity C8, polar capacitor CE3, resistance R1, resistance R2, resistance R34 and resistance R45, it is described Infrared signal receiver U4 signal output pin is divided into two-way after being connected with the resistance R45, accesses the signal transacting all the way Module, another way are grounded after being connected again with the electric capacity C8 after being connected with the resistance R34；The infrared signal receiver U4's Grounding leg is grounded；The power input pin of the infrared signal receiver U4 accesses the signal transacting after being connected with the resistance R2 Module；The power input pin of the infrared signal receiver U4, other end ground connection are accessed in one end of the electric capacity C3；The polarity The power input pin of the infrared signal receiver U4, other end ground connection are accessed in electric capacity CE3 one end；One end of the resistance R1 The power input pin of the infrared signal receiver U4 is accessed, the other end accesses the power module.

A kind of 14. remote control as claimed in claim 13, it is characterised in that：The magnetic valve handover module includes magnetic valve JP6, chip U2, resistance R31, resistance R32, electric capacity C21, electric capacity C22, electric capacity C23, diode D11, diode D12 and two Pole pipe D13；The 1st pin of the chip U2 accesses the signal processing module after being connected with the resistance R31；The chip U2's 8th pin accesses the signal processing module after being connected with the resistance R32；The 2nd pin of the chip U2 and the 7th pin with it is described Diode D13 output end connection, the input of the diode D13 are connected with the power module；The electric capacity C21, institute The electric capacity C22 and electric capacity C33 latter end ground connection in parallel is stated, the other end is connected with the 2nd pin of the chip U2 and the 7th pin； The 3rd pin of the chip U2 is connected with the 2nd pin of the magnetic valve JP6；The 6th pin of the chip U2 and the magnetic valve JP6 The 1st pin connection；The 4th pin of the chip U2 and the 5th pin ground connection；The input of the diode D12 is with the chip U2's 4th pin is connected, and output end is connected with the 3rd pin of the chip U2；The of the input of the diode D11 and the chip U2 5 pin are connected, and output end is connected with the 6th pin of the chip U2.

A kind of 15. remote control as claimed in claim 14, it is characterised in that：The signal processing module include chip U1, Electric capacity C4, electric capacity C6, electric capacity C28, resistance R3 and touch IC KEY；The 5th pin of the chip U1 is connected with the resistance R2； 6th pin is connected with the touch IC KEY；7th pin is grounded after being connected with the electric capacity C28；8th pin connects with the resistance R45 Connect；9th pin is connected with the resistance R31；10th pin is connected with the resistance R32；13rd pin accesses the power module；15th Pin is grounded；14th pin is grounded after being connected again with the resistance R3 after being connected with the electric capacity C4；Described resistance C6 one end with it is described Power module connects, other end ground connection.

A kind of 16. remote control as claimed in claim 15, it is characterised in that：The power module includes the second electric bridge, electricity Hold C1, electric capacity C2, polar capacitor CE1, diode D9, diode D10, resistance R55, resistance R56 and voltage-regulator diode ZD1； The ac input end of second electric bridge is connected with AC power；First output head grounding, the second output end and the diode It is connected after D10 series connection with the 13rd pin of the chip U1；The input of the other end of the resistance R1 and the diode D10 connects Connect；One end and the second output of second electric bridge after the polar capacitor CE1, the electric capacity C1 and the electric capacity C2 parallel connections End connection, other end ground connection；The plus earth of the voltage-regulator diode, negative pole are connected with the second output end of second electric bridge The input again with the diode D13 is connected afterwards；One of the input of the diode D9 and second electric bridge exchanges Input is connected, and the other end is grounded after being connected successively with the resistance R55, the resistance R56, a termination of the electric capacity C28 Enter between the resistance R55 and the resistance R56.

A kind of 17. remote control as claimed in claim 16, it is characterised in that：Second electric bridge includes diode D5, two Pole pipe D6, diode D7 and diode D8, the diode D5 and the diode D7 series connection, the diode D6 and described Diode D8 connects, and the diode D5 forms the first output of second electric bridge after being connected with the positive pole of the diode D6 End, what the diode D7 formed second electric bridge after connect with the negative pole of the diode D8 second goes out to hold；Two pole Pipe D9 input is accessed between the diode D6 and diode D8, and polar capacitor CE1 positive pole accesses two pole Between pipe D7 and the diode D8.

A kind of 18. remote control as claimed in claim 17, it is characterised in that：The AC power is hydroelectric generator.

19. a kind of shower, including sun gondola water faucet and Portable rose, it is characterised in that：Installation has the right to want in the shower The remote control described in 8-18 is sought, is provided with switching control unit in the sun gondola water faucet, the remote signal receiver is installed on It is connected in the sun gondola water faucet and with the switching control unit；The remote-control signal transmitter is placed in mounting box and detachable The handle upper portion installed in the Portable rose, the mounting box equipped with the remote-control signal transmitter can be used as one independent Remote control.

A kind of 20. shower as claimed in claim 19, it is characterised in that：The sun gondola water faucet also includes touching switching list Member, the touching end of the touch IC KEY electrically connect with the electrodeposited coating on the sun gondola water faucet surface.