WO2019014996A1 - 防水按键组件、智能模块及智能宠物装置 - Google Patents

防水按键组件、智能模块及智能宠物装置 Download PDF

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Publication number
WO2019014996A1
WO2019014996A1 PCT/CN2017/097720 CN2017097720W WO2019014996A1 WO 2019014996 A1 WO2019014996 A1 WO 2019014996A1 CN 2017097720 W CN2017097720 W CN 2017097720W WO 2019014996 A1 WO2019014996 A1 WO 2019014996A1
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WO
WIPO (PCT)
Prior art keywords
waterproof
module
button
hole
smart
Prior art date
Application number
PCT/CN2017/097720
Other languages
English (en)
French (fr)
Inventor
肖喜良
罗钦祥
王忠山
Original Assignee
深圳市沃特沃德股份有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 深圳市沃特沃德股份有限公司 filed Critical 深圳市沃特沃德股份有限公司
Publication of WO2019014996A1 publication Critical patent/WO2019014996A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
    • A01K—ANIMAL HUSBANDRY; AVICULTURE; APICULTURE; PISCICULTURE; FISHING; REARING OR BREEDING ANIMALS, NOT OTHERWISE PROVIDED FOR; NEW BREEDS OF ANIMALS
    • A01K27/00—Leads or collars, e.g. for dogs
    • H—ELECTRICITY
    • H01—ELECTRIC ELEMENTS
    • H01H—ELECTRIC SWITCHES; RELAYS; SELECTORS; EMERGENCY PROTECTIVE DEVICES
    • H01H13/00—Switches having rectilinearly-movable operating part or parts adapted for pushing or pulling in one direction only, e.g. push-button switch
    • H01H13/02—Details
    • H01H13/04—Cases; Covers
    • H01H13/06—Dustproof, splashproof, drip-proof, waterproof or flameproof casings

Definitions

  • the present invention relates to the field of button devices, and more particularly to a waterproof button assembly, an intelligent module, and a smart pet device.
  • a primary object of the present invention is to provide a waterproof button assembly, an intelligent module, and a smart pet device for a pet collar that can prevent water from passing through the waterproof button assembly.
  • the present invention provides a waterproof button assembly, including an elastic switch, a waterproof press plate, a waterproof sealing gasket and a switch button; the waterproof press plate has a through hole matching the elastic switch; the waterproof seal is disposed on the The waterproof pressure plate is covered with the through hole; the smashing button and the waterproof pressure plate are respectively disposed on both sides of the waterproof sealing gasket; wherein, the smashing button is pressed to drive the waterproof sealing gasket to resist the top elastic.
  • the present invention also provides an intelligent module comprising a module housing and the above waterproof key assembly, wherein the waterproof sealing gasket is sealingly connected to the housing.
  • the present invention also provides an intelligent pet device, which includes an intelligent module and a waterproof button assembly.
  • the smart module includes a module case, and the waterproof sealing gasket is sealingly connected to the module case.
  • the waterproof button assembly, the intelligent module and the smart pet device of the invention realizes the function of the button, and prevents the water from entering the smart module and the smart pet device by the waterproof button assembly.
  • the intelligent module and the smart pet device that set the waterproof button assembly are protected.
  • FIG. 1 is a schematic structural diagram of an embodiment of an intelligent module
  • FIG. 1b is a schematic structural view of an embodiment of a support frame in FIG.
  • FIG. 1c is a schematic diagram of the light transmission of the intelligent module
  • FIG. 1d is a schematic diagram showing a connection relationship between a light source and a light guide plate in an intelligent module
  • Figure le is a partial schematic view of a cross-sectional view taken along line A-A of Figure Id;
  • FIG. 1 is a cross-sectional structural diagram of an embodiment of a smart pet device
  • FIG. 2a is a schematic exploded view of an embodiment of a wearable traction assembly
  • FIG. 2b is a schematic structural view of an embodiment of a cord buckle bracket in a wearable traction assembly
  • FIG. 2c is a structural schematic view showing the connection of the cord buckle bracket and the upper shell in the wearing traction assembly
  • 2d is a schematic structural diagram of an embodiment of a smart pet device
  • FIG. 3a is a partial cross-sectional view of an embodiment of a resilient latch assembly
  • FIG. 3b is an exploded view of FIG. 3a
  • FIG. 3c is a schematic structural view of an embodiment of an eject button in FIG. 3a;
  • FIG. 3d is a schematic structural view of an embodiment of the elastic seat of FIG. 3a;
  • FIG. 3e is a schematic structural view of an embodiment of the support sheet of FIG. 3a;
  • FIG. 3f is a schematic structural view of an embodiment of the eject mechanism of FIG. 3a;
  • FIG. 4a is a schematic structural view of an embodiment of a waterproof button assembly
  • FIG. 4b is an enlarged schematic view showing the structure of a circle A in FIG. 4a; [0025] FIG.
  • 4c is a schematic exploded view of an embodiment of a smart module
  • FIG. 4d is a cross-sectional structural view of FIG. 4c;
  • FIG. 5a is a schematic structural view of an embodiment of a biosensor component
  • FIG. 5b is a schematic view of the exploded structure of FIG. 5a;
  • FIG. 5c is a schematic block diagram of an embodiment of a smart pet device including a biosensor component.
  • the smart module 4 is worn on a pet body, and includes a PCB board 44, a light source 43 and a light guide plate 45.
  • the light source 43 is disposed on the PCB board 44.
  • the light guide plate 45 has a light exit hole 4234. 43 is disposed at the light exit hole 4234 for generating the emitted light, and the light guide plate 45 receives the emitted light 402 and performs the uniform light 4096 to form the outgoing light 4095 to be uniformly emitted.
  • Illumination can be performed in a dim environment to highlight the smart module 4 for easy access to the pet.
  • the light source 43 can be a three-color light-emitting lamp, and can emit lights of a plurality of colors, so that different colors of light can be emitted in the smart module 4.
  • the intelligent module 4 further includes a support frame 403.
  • the support frame 403 has a receiving hole 4031.
  • the PCB small plate 44 is disposed in the receiving hole 4031, and the light guide plate 45 covers the receiving hole 4031.
  • the smart module 4 further includes a PCB main board 401, a battery 404, and a flexible circuit board 410.
  • the PCB board 44, the battery 404, and the PCB main board 401 are sequentially stacked on the receiving hole 4031.
  • the flexible circuit board 410 is connected to the PCB board 44, and the other end is connected to the PCB main board 401 to wrap the support frame 403-side wall between the two ends of the flexible circuit board 410 to make the PCB board 44, the battery 404, and the PCB.
  • the main board 401 and the support frame 403 form a module as a whole, which is convenient for installation, and further enables the PCB main board 401 to control the PCB small board 44, thereby controlling the light source 43 to emit light.
  • the smart module 4 further includes a module upper case 411 and a module lower case 412; the module upper case 411 transmits the light exiting light 4095 of the light guide plate 45; the module lower case 412 is engaged with the module upper case 411, and the light guide plate 45 and the support
  • the frame 403 is fixed to the module lower case 412 by a connector.
  • the module upper case 411 and the module lower case 412 constitute the module case 4 1 of the intelligent module 4, and can function as a component of the PCB board 44, the battery 404, and the PCB main board 401 installed in the module case 41 of the intelligent module 4.
  • the module upper case 411 has a light transmitting ring area 4113 and a non-light transmitting area, the non-light transmitting area is formed in the light transmitting ring area 4113, and the light guide plate 45 has an outgoing aperture 451, an inner aperture 452, and The uniform light 4 096 453, the uniform 4096 453, the inner aperture 452 are disposed in the outgoing aperture 451, the light exit hole 4234 is disposed in the 4096 portion 453, and the 4096 portion 453 is used to illuminate the emitted light 402 of the light source 43.
  • the smart module 4 further includes a body temperature sensor 46; the body temperature sensor is connected to the PCB main board 401 and the other end is inserted into the module lower case 412. Using ⁇ , body temperature sensor 46 Close to the pet's body, you can check the pet's body temperature.
  • the smart module 4 further includes a GPS module 49 and a conductive member.
  • the support frame 403 has a mounting slot 4032, and a GP S module 49 is mounted.
  • the mounting slot 4032 has a through hole 4033, and one end of the conductive member is connected to the GPS module 49. One end is connected to the PCB main board 401 through the penetration hole 4033.
  • the GPS module 49 is capable of locating the position coordinates of the pet.
  • the smart module 4 further includes a speaker 48, a microphone 405, and a temperature sensor 47.
  • the speaker 48 is inserted into the light guide plate 45 and connected to the PCB small plate 44.
  • the horn 48 can transmit the sound that needs to be transmitted, thereby controlling the pet and the like.
  • the microphone 405 is also inserted into the light guide plate 45 and connected to the PCB small plate 44.
  • the temperature sensor 47 is inserted into the light guide plate 45, and the other end is inserted into the module upper case 411. The temperature sensor 47 can detect the temperature of the environment in which the pet is located, and is convenient for judging the environmental condition of the pet.
  • the present invention also provides an intelligent pet device comprising a base 1 and the above-mentioned intelligent module 4, the base 1 having a mounting hole 14, and the intelligent module 4 being mounted in the mounting hole 14.
  • the base 1 includes a resilient latch 15 and a cord buckle bracket 11.
  • the elastic latch 15 can lock the smart module 4 to the base 1.
  • the rope buckle bracket 11 is used to connect the ropes, so that the smart pet device can be fixed on the pet and attract the pet.
  • the smart pet device may further include a SIM card and a card cover 406 that engages the SIM card cover 406 on the PCB main board 401.
  • the intelligent module 4 and the smart pet device can generate the outgoing light 4095 and emit evenly, and can emit light in a dim environment to highlight the intelligent module 4 and the smart pet device, and conveniently find the intelligent module 4 and the smart pet device, the intelligent module 4 and The smart pet device also has the functions of detecting body temperature, GPS positioning, horn, detecting ambient temperature, etc., so that the pet owner can further understand the pet's body and activity.
  • the smart pet device further includes a wearable traction assembly including a housing 10 and a buckle bracket 11; the buckle bracket 11 includes a bracket body 111 and The connecting leg fixes the connecting bracket body 111; the bracket body 111 is disposed in the casing 10, and the connecting leg 112 extends outside the casing 10 so as to be hooked or fastened by the rope 2 (described below).
  • the rope 2 acts directly on the connecting leg, and then acts on the bracket body 111.
  • the rope buckle bracket 11 bears direct impact and does not directly act on the housing 10.
  • the rope buckle bracket 11 can adopt an integrally formed steel frame structure and is resistant to impact. More capable.
  • the connecting leg includes an upper connecting leg 113 and a lower connecting leg 112; the upper connecting leg 113 is inclined downward by the bracket body 111 The lower connecting leg 112 extends obliquely upward from the bracket body 111.
  • the upper connecting leg 113 has an inclination angle of about 65 degrees. The upper end of the upper connecting leg 113 can be brought close to the edge of the housing 10
  • the upper connecting leg 113 is used to connect the traction rope 3 in the present embodiment, and the traction rope 3 and the upper connecting leg 113 are detachably connected, which is convenient to use.
  • each lower connecting leg 112 which are spaced apart from each other at two ends of the bracket main body 111, and two lower connecting legs 112 at one end of the bracket main body 111 are a group.
  • two sets of lower connecting legs 112 are provided.
  • the tilt angles are about 50 degrees and 45 degrees, respectively, and the two lower connecting legs 112 of the same group are axisymmetric. It can avoid excessive expenditure of the lower connecting leg 112, and reduce the probability that the lower connecting leg 112 scrapes other objects, and is convenient to use.
  • the lower connecting leg 112 is used in the present embodiment to connect the cord 2, and the cord 2 binds the wearing traction assembly to the pet, so that the pet can carry the smart pet device with him or her.
  • the bracket body 111 has a bracket hole 114, and the upper connecting leg 113 is coupled to the side wall of the bracket hole 114. Portions of the housing 10 can be disposed within the bracket apertures 114 to reduce the mounting constraints of the components within the housing 10.
  • the stent body 111 includes a first support 1126, a second support 1127, a third support 1128, and a fourth support 1129 that are sequentially enclosed and formed to form the support holes 114.
  • the second support 1127 And the fourth body 1129 is arc-shaped; the bracket hole 114 penetrates the bracket body 111 to mount the smart module 4.
  • the lower connecting leg 112 includes a first sub-connecting leg 1122, a second sub-connecting leg 1123, a third sub-connecting leg 1124 and a fourth sub-connecting leg 1121.
  • the first sub-connecting leg 1122 is connected to the first supporting body 1126 and At the junction of the second body 1127, the second sub-connecting leg 1123 is connected to the junction of the first branch 1126 and the fourth branch 1129, and the third sub-connecting leg 1124 is connected to the third branch 1128 and the second branch.
  • the fourth sub-connecting leg 1121 is connected to the junction of the third sub-body 1128 and the fourth sub-assembly 1129, the first sub-connecting leg 1122, the second sub-connecting leg 1123, the third sub-connecting leg 1124 and the
  • the four sub-connecting legs 1121 are subjected to a force, and the two supporting bodies connected thereto are driven, for example, the first sub-connecting leg 1122 is subjected to a force, and the first supporting body 1126 and the second supporting body 1127 connected thereto are deformed by the air, and the force is applied. Dispersed, the first body 1126 and the second body 1127 are not easily deformed, and the deformation range is also small.
  • the housing 10 includes an upper case 12 and a lower case 13; the holder body 111 is disposed between the upper case 12 and the lower case 13.
  • the bracket body 111 is conveniently connected to the housing 10.
  • the upper case 12 has a case through hole 123 and a mounting groove 122, and the upper connecting leg 113 is bored through the case through hole 123.
  • the through hole 12 3 is formed in the mounting groove 122.
  • the wearable traction assembly further includes an elastic member 15 matched with the mounting groove 122.
  • the elastic member 15 has a resilient through hole 151, and the upper connecting leg 113 sequentially passes through the through hole 123 and elastically
  • the hole 151 extends outwardly from the outer casing 1 2 .
  • the elastic member 15 can fix the upper connecting leg 113 to prevent the upper connecting leg 113 from being forced to smash and damage the casing 10.
  • the lower connecting leg 112 exposes the lower case 13; the upper case 12 has a covering portion 121, and the covering portion 121 covers the lower connecting leg 112.
  • the connecting leg 112 has a connecting hole 1125.
  • the cord 2 can be connected to the connecting leg 112 through the connecting hole 1125.
  • the bracket hole 114 is communicated with the mounting hole 14, and the intelligent module 4 is also disposed in the bracket hole 114.
  • the cord 2 portion of the present invention is connected to the cord buckle bracket 11 in the wearing bow assembly I, and the cord 2 portion of the smart collar directly acts on the cord buckle bracket 11, and the housing 10 is not directly subjected to force, which greatly increases The ability of the intelligent pet device to withstand the impact of the smart pet device can be more convenient.
  • the smart pet device of the present invention further includes an elastic locking assembly, the elastic locking assembly includes a base 1 and an intelligent module 4; the intelligent module 4 is detachably connected to the base 1, wherein the intelligent module 4 is provided with a connection blind hole 44; the base 1 includes a resilient latch 15 , and when the smart module 4 is mounted to the base 1 , the elastic latch 15 is elastically inserted into the connection blind hole 44 .
  • intelligent module 4 can be easily installed or separated from the base 1 to facilitate the separate removal of the smart module. 4 charging or replacing the battery, etc., more convenient to use.
  • the elastic latch 15 includes a resilient member 152, a resilient seat 153 and a latching portion 1531; the resilient seat 153 is coupled to the resilient member 152; and the latching portion 1531 is disposed on the side of the resilient seat 153 for mating with the blind bore 44.
  • the elastic member 152 is a spring.
  • the spring pushes the elastic seat 153 to engage the locking portion 1531 with the blind hole 44.
  • the elastic lock 15 further includes an eject button 151; the eject button 151 is provided with an extrusion foot 1 that is inserted into the elastic seat 153.
  • the pressing foot 1511 is provided with a pressing inclined surface 15111; wherein, pressing the eject button 151 ⁇ , pressing the inclined surface 15
  • the elastic seat 153 further includes a pressing hole 1532 and a connecting post 1534; the pressing hole 1532 is squeezed
  • the presser foot 1511 is movably inserted into the pressing hole 1532; the connecting post 1534-end is sleeved with the elastic member 152; the side wall of the pressing hole 1532 is provided with the abutting inclined surface 1533, wherein the pop-up button 151 is pressed, and the inclined surface 15111 is pressed.
  • the top bevel 1533 is pressed against the elastic seat 153 to move and compress the elastic member 152.
  • the pressing bevel 15111 is matched with the abutting slope 1533.
  • the elastic seat 153 is pressed against the spring to press the spring, so that the locking portion 1531 is disengaged from the blind hole 44;
  • the elastic seat 153 is slid by the spring, and the eject button 151 is ejected during the movement of the elastic seat 153 to eject the eject button 151.
  • the elastic latch assembly further includes a support piece 154; the support piece 154 supports the elastic seat 153.
  • the elastic seat 153 slides on the support piece 154.
  • the elastic latch assembly further includes an eject mechanism 155; the eject mechanism 155 includes a latch 1551, and the latch 1551 abuts against the bottom surface of the smart module 4 to elastically eject the smart module 4 without force.
  • the bottom surface of the smart module 4 presses the spring tongue 1551 to deform the spring tongue 1551.
  • the restoring force of the spring tongue 1551 causes the smart module 4 to elastically eject.
  • the eject mechanism 155 further includes a spring fixing seat 1552; the elastic tongue 1551 is connected to the elastic piece fixing seat 155.
  • the eject mechanism 155 is an integral member.
  • the elastic latch assembly further includes a cord buckle bracket 11 disposed between the elastic plate fixing base 1552 and the supporting piece 154, and the elastic piece fixing base 1552 and the supporting piece 154 are fixed by a fixing member (for example, a screw); the rope buckle bracket 11 defines the elastic tongue
  • the support piece 154 includes a positioning hole 1541 and a matching groove 1542; ejecting or pressing an eject button 151 ⁇ , squeezing the foot
  • the retaining hole 1541 is provided with two holes disposed on opposite sides of the matching groove 1542, and the positioning hole 1541 is provided.
  • the pressing legs 1511 of the eject button 151 are matched.
  • the base 1 is provided with a mounting hole 14 for mounting the smart module 4; the base 1 includes an upper casing 13 and a lower casing 12; the lower casing 12 is fastened to the upper casing 13, and the elastic buckle 15 is disposed on the lower casing 12 and the upper casing 13 between.
  • the upper casing 13 is provided with a locking hole 131 and an ejecting hole 132; the locking hole 131 communicates with the mounting hole 14, the locking portion 1531 is disposed at the locking hole 131, and is movably inserted into the connecting blind hole 44; The hole 132 communicates with the mounting hole 14. Slug 1
  • the 551 includes a fixed end and a movable end.
  • the fixed end is bent and connected by the elastic piece fixing seat 1552.
  • the movable end is spaced apart from the elastic piece fixing seat 1552.
  • the movable end is disposed on the ejecting hole 132 and abuts against the bottom surface of the smart module 4 to move the smart mode.
  • the block 4 is ejected away from the mounting hole 14.
  • the base 1 and the smart module 4 of the smart pet device of the present invention are designed separately, and the smart module 4 is fixed by the elastic lock 15 of the base 1, and the smart module 4 can also be fixed by the elastic lock 15
  • the base 1 and the intelligent module 4 are separated, and it is convenient to separately take out the operation of charging or replacing the battery of the smart module 4, which is more convenient to use.
  • the smart pet device further includes a waterproof button assembly 42 including a resilient shutter 424, a waterproof platen 423, a waterproof gasket 422, and a shut-off button 421.
  • the waterproof pressure plate 423 has a through hole 4231 matching the elastic switch 424; the waterproof sealing gasket 422 is disposed on the waterproof pressure plate 423 to cover the through hole 4231; the switch button 421 and the waterproof plate 423 are respectively disposed on the waterproof The two sides of the gasket 422; wherein, the ⁇ button 421 is pressed to drive the waterproof gasket 4 22 against the top elastic 424.
  • the light guide plate 45 and the waterproof platen 423 and the two are one, that is, the light guide plate 422 can be guided by the light guide plate.
  • the waterproof sealing gasket 422 prevents the water from flowing into the elastic switch 424 at the end of the elastic button 421, and also functions as a waterproof function for the same function of the button, and protects the intelligent module such as the waterproof button assembly 42.
  • Elasticity 424 is a close-up or a touch of the pot.
  • the ⁇ button 421 includes a pressing post 4211; the pressing post 4211 abuts the waterproof sealing gasket 422; the yoke side wall is spaced apart from the pressing post 4211 and forms a aligning groove 4212.
  • the waterproof gasket 422 includes a linkage post 4224 and an arched projection 4222; the linkage post 4224 is disposed between the elastic barrier 424 and the pressing post 4211; the arched projection 4222 is disposed around the linkage post 4224 and the retaining slot 4212 is matched, wherein the arched protrusion 4222 has a limiting groove 4223.
  • the waterproof platen 423 includes an abutting protrusion 4232; the abutting protrusion 4232 is matched with the limiting groove 4223, and a through hole 4231 is formed in the abutting protrusion 4232.
  • the switch button 421 When the switch button 421 is pressed, the pressing post 4211 is pressed down against the top interlocking post 4224, the connecting post abuts against the top elastic button 424, and is pressed against the closing button 421, and the waterproof sealing gasket 422 is pressed.
  • the arched protrusion 4222 drives the interlocking column 4224 to rebound, thereby driving the switch button 421 to return to the initial position, and pressing the top protrusion 4232 against the top arched protrusion 4222 to prevent the arched protrusion 4222 from being excessively deformed. , can't rebound.
  • the waterproof gasket 422 is a light guiding silica gel.
  • the waterproof platen 423 is a light guide plate.
  • the waterproof platen 423 is provided with a light exit hole 4234.
  • the light source 43 is inserted into the light exit hole 4234.
  • the waterproof platen 423 receives the light exiting light 4095 of the light source 43 and forms a uniform area of 4096.
  • the top protrusion 4232 is provided with a reflective slope, and the reflective slope receives the edge.
  • the uniform light 4096 of the waterproof platen 423 forms reflected light, and the reflected light sequentially passes through the abutting protrusion 4232 and the waterproof sealing gasket 42.
  • 2. ⁇ button 421 The ⁇ button 421 has a non-transparent area and a transparent aperture, the non-transparent area is formed in the transparent aperture, and the transparent aperture is used to transmit the reflected light.
  • the smart module 4 includes a module case 41 and the waterproof button assembly 42, and the waterproof gasket 422 is sealingly connected to the module case 41.
  • Waterproof Gasket 422 prevents water from entering the intelligent module through it and the connection. In the same function as the button function, the water is prevented from entering the intelligent module 4 by the waterproof button assembly 42 to protect the intelligent module 4.
  • the module case 41 includes a module upper case 411 and a module lower case 412.
  • the module upper casing 411 has a sealing groove 4112 having a sealing projection 4221 that matches the sealing groove 4112.
  • the waterproof platen 423 is provided with a sealing abutting protrusion 4233 to support the sealing protrusion 4221, and the sealing abutting protrusion 4233 abuts against the position of the top sealing protrusion 4221, so that the sealing protrusion 4221 is inserted into the sealing groove 4112, so that the sealing effect is better.
  • the module upper cover 411 is provided with a switch button hole 4111, and the switch button 421 has a first protrusion 4213; the switch button 421 is movably disposed in the switch button hole 4111 and the first protrusion 4213 is engaged with the inner wall of the module upper case 411. .
  • the switch button 421 When the switch button 421 is not pressed, the first protrusion 4213 abuts against the inner wall of the module upper case 411 to initially achieve a waterproof effect, and a large amount of water can be prevented from flowing into the module upper case 411 by the switch button 421.
  • the waterproof button assembly 42, the smart module 4, and the smart pet device wherein the waterproof button assembly 42 prevents the water from entering the smart module 4 and the smart pet device by the waterproof button assembly 42 while implementing the function of the button, protecting the setting The smart module 4 of the waterproof button assembly 42 and the smart pet device.
  • the smart pet device further comprises a bio-sensing component 5 comprising a bio-sensing module 52, a hardware module 51 and a transfer thimble 513;
  • the sensing module 52 is configured to detect biological information of the living body;
  • the hardware module 51 is connected to the biological sensing module 52 to process the biological information;
  • the transmitting thimble 513 is inserted into the hardware module 51 and is connected to the intelligent module 4 to be processed.
  • the biometric information is sent to the server through the intelligent module 4.
  • the biosensor module 52 is connected to the hardware module 51, and the connection is sealed to prevent water from entering.
  • the bio-sensing component 5 can detect biological information such as the heart rate of the pet, and send the processed biological information to the smart module 4 to understand the physical condition of the pet, and the bio-sensing component 5 can also be set separately from the smart module. As an optional accessory for smart pet devices, it is easy to use and flexible.
  • the biosensor module 52 includes a soft shell and a piezoelectric film 524; the piezoelectric film 524 is disposed in the soft shell to detect biological information of the living body. Preferably, the piezoelectric film 524 is used to detect biological information such as a pet's heart rate. Pressure The electric film 524 has a first through hole 5241.
  • the soft rubber shell includes a soft rubber upper shell 522 and a soft rubber lower shell 523; the soft rubber lower shell 523 and the soft rubber upper shell 522 are fastened and sealed to wrap the piezoelectric film 524.
  • the soft rubber lower case 523 has a mounting post that is inserted through the first through hole 5241.
  • the biosensor module 52 has a strip shape, and the biosensor module 52 has a fixing hole 521 for fixing to the hanging buckle.
  • the strip-shaped bio-sensing module 52 can contact the pet over a large area, and more stably acquires biological information such as the pet's heart rate; the hang buckle is disposed on the rope 2, so that the bio-sensing module 52 is in close contact with the pet.
  • the fixing hole 521 may not be provided.
  • the biosensor module 52 is embedded in the rope 2, and the biosensor module 52 is attached to the pet by the rope 2.
  • the fixing manner of the bio-sensing module 52 may also be a hanging buckle for the bio-sensing module 52 to be worn on the rope 2, and is pressed against the rope 2 by the hanging buckle.
  • the hardware module 51 includes a hardware lower case 515, a hardware upper case 514, a sealing ring 517 and a sensor main board 516; the hardware upper case 514 is connected to the hardware lower case 515; the sealing ring 517 is disposed on the hardware lower case 515; the sensor main board 516 is provided.
  • the sealing ring 517 is connected to the piezoelectric film 524.
  • the hardware module 51 is sealed to prevent water from entering, making the biosensor assembly 5 conveniently external.
  • the hardware lower case 515 and the soft lower case 523 are integrally formed and made of a flexible material.
  • the hardware lower case 515 is provided with a fixing groove 5152 and a ring groove 5153.
  • the sensor main board 516 is disposed in the fixing groove 5152, and the sealing ring 517 is disposed in the ring groove 5153.
  • the hardware lower case 515 includes a body 5151, a sensor buckle 511 and a fixed connection position 512; the sensor main board 516 and the sealing ring 517 are disposed on the body 5151; the sensor buckle 511 is disposed on the side of the body 5151 to be engaged with the base; The connection position 512 protrudes from the two corners of the body 5151 to be connected to the base 1 by bolts; the hardware upper case 514 is provided with a convex portion 5141, and the transmission thimble 513 is disposed at the sensor main board 516, and the other end protrudes from the convex portion 5 141.
  • the hardware lower case 515 is connected to the base 1 through the sensor buckle 511 and the fixed connection position 512.
  • the sensor buckle 511 is a protrusion, and the base 1 is provided with a card slot 15 matching the sensor buckle 511;
  • the housing 515 is connected to the base 1 and the sensor buckle 511 is inserted into the slot 15 to fix one side of the hardware lower housing 515 to the base 1 and is bolted to the base 1 at the fixed connection position 512 to lower the hardware.
  • the other side of the 515 is fixed to the base 1.
  • the intelligent module 4 includes a receiving ejector 405 that abuts the transmitting ejector pin 513.
  • the processed biological information is sent to the intelligent module 4 via the transmission ejector 513 and the receiving ejector 405, and transmitted to the server through the intelligent module 4.
  • the lower case 13 of the base 1 is provided with a connection recess 16 that matches the hardware module 51.
  • Hardware module 51 detachable It is connected to the base 1 and aligned with the smart module 4 through the base 1 so that the transport ejector pin 513 is aligned against the top receiving ejector pin 405.
  • the connecting groove 16 has a thimble through hole 17, and the end of the transfer thimble 513 is provided at the thimble hole 17 to abut the receiving ejector pin 405.
  • the bio-sensing component 5 can detect biological information such as the heart rate of the pet, and send the processed biological information to the smart module 4 to understand the physical condition of the pet, and the bio-sensing component 5 can also be separated from the smart module 4. Set up as an optional accessory for smart pet devices, easy to use and flexible.

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  • Life Sciences & Earth Sciences (AREA)
  • Environmental Sciences (AREA)
  • Animal Husbandry (AREA)
  • Biodiversity & Conservation Biology (AREA)
  • Toys (AREA)
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Abstract

一种防水按键组件（42）、智能模块（4）及智能宠物装置，防水按键组件（42）包括弹性开关（424）、防水压板（423）、防水密封垫片（422）和开关按键（421）；防水压板（423）具有与弹性开关（424）匹配的开关通孔（4231）；防水密封垫片（422），设于防水压板（423）上以盖合开关通孔（4231）；开关按键（421）与防水压板（423）分别设于防水密封垫片（422）的两侧；其中，开关按键（421）在被按压时，带动防水密封垫片（422）抵顶弹性开关（424）。

Description

防水按键组件、 智能模块及智能宠物装置
技术领域
[0001] 本发明涉及到按键装置领域， 特别是涉及到一种防水按键组件、 智能模块及智 能宠物装置。
背景技术
[0002] 由于宠物项圈需要穿戴在宠物身上， 宠物在野外活动吋， 其中的智能模块难以 避免会沾到水， 如果水进入智能模块内部， 可能会导致智能模块中的电路短路 等情况， 因此需要将幵关按键处做防水处理， 防止水通过按键进入智能模块内 技术问题
[0003] 本发明的主要目的为提供一种用于宠物项圈上可以防止水由防水按键组件通过 的防水按键组件、 智能模块及智能宠物装置。
问题的解决方案
技术解决方案
[0004] 本发明提出一种防水按键组件， 包括弹性幵关、 防水压板、 防水密封垫片和幵 关按键； 防水压板具有与弹性幵关匹配的幵关通孔； 防水密封垫片， 设于防水 压板上以盖合幵关通孔； 幵关按键与防水压板分别设于防水密封垫片的两侧； 其中， 幵关按键在被按压吋， 带动防水密封垫片抵顶弹性幵关。
[0005] 本发明还提出了一种智能模块， 包括模块壳体和上述防水按键组件， 防水密封 垫片与壳体密封连接。
[0006] 本发明还提出了一种智能宠物装置， 包括智能模块、 防水按键组件， 智能模块 包括模块壳， 所述防水密封垫片与所述模块壳密封连接。
发明的有益效果
有益效果
[0007] 本发明防水按键组件、 智能模块及智能宠物装置， 其中防水按键组件在实现按 键功能的同吋， 还防止水由防水按键组件进入智能模块和智能宠物装置内部， 保护设置该防水按键组件的智能模块和智能宠物装置。 对附图的简要说明
附图说明
[0008] 图 la是智能模块一实施例的结构示意图；
[0009] 图 lb是图 la中支撑架一实施例的结构示意图；
[0010] 图 lc是智能模块出射光传递示意图；
[0011] 图 Id是智能模块中光源与导光板连接关系示意图；
[0012] 图 le是图 Id中 A- A剖视图的局部示意图；
[0013] 图 if是智能宠物装置一实施例的剖视结构示意图；
[0014] 图 2a是穿戴牵引组件一实施例的爆炸结构示意图；
[0015] 图 2b是穿戴牵引组件中绳扣支架一实施例的结构示意图；
[0016] 图 2c是穿戴牵引组件中绳扣支架与上壳连接的结构示意图；
[0017] 图 2d是智能宠物装置一实施例的结构示意图；
[0018] 图 3a是弹性锁扣组件一实施例的局部剖视图；
[0019] 图 3b是图 3a的爆炸图；
[0020] 图 3c是图 3a中弹出按钮一实施例的结构示意图；
[0021] 图 3d是图 3a中弹性座一实施例的结构示意图；
[0022] 图 3e是图 3a中支撑片一实施例的结构示意图；
[0023] 图 3f是图 3a中弹出机构一实施例的结构示意图；
[0024] 图 4a是防水按键组件一实施例的结构示意图；
[0025] 图 4b是图 4a中圆圈 A部分的结构示意图放大图；
[0026] 图 4c是智能模块一实施例的爆炸结构示意图；
[0027] 图 4d是图 4c的剖视结构示意图；
[0028] 图 5a是生物传感组件一实施例的结构示意图；
[0029] 图 5b是图 5a的爆炸结构示意图；
[0030] 图 5c是智能宠物装置一包括生物传感组件的实施例的结构示意图。
实施该发明的最佳实施例
本发明的最佳实施方式 [0031] 应当理解， 此处所描述的具体实施例仅仅用以解释本发明， 并不用于限定本发 明。
[0032] 参照图 la-图 le， 智能模块 4佩戴于宠物身上， 其包括 PCB小板 44、 光源 43和导 光板 45; 光源 43设于 PCB小板 44; 导光板 45具有出光孔 4234， 光源 43设于出光孔 4234, 用于产生发射光， 导光板 45接收发射光 402并进行匀光 4096以形成出射光 4095均匀出射。
[0033] 可以在昏暗的环境进行发光以突显智能模块 4， 方便找到宠物。
[0034] 应当说的是， 在本实施例中光源 43可以是测发光三色灯， 可以发出多种颜色的 灯， 进而可以在智能模块 4射出不同颜色的光。
[0035] 智能模块 4还包括支撑架 403; 支撑架 403具有收容孔 4031， PCB小板 44设于收 容孔 4031内， 导光板 45盖合收容孔 4031。
[0036] 智能模块 4还包括 PCB主板 401、 电池 404、 柔性电路板 410; PCB小板 44、 电池 404、 PCB主板 401依次层叠于收容孔 4031。 柔性电路板 410—端连接于 PCB小板 4 4， 另一端与 PCB主板 401连接以将支撑架 403—侧壁包裹于柔性电路板 410两端之 间以使 PCB小板 44、 电池 404、 PCB主板 401、 支撑架 403形成一个模块整体， 方 便安装， 进一步使 PCB主板 401可以控制 PCB小板 44， 进而控制光源 43发光。
[0037] 智能模块 4还包括模块上壳 411和模块下壳 412; 模块上壳 411透射导光板 45的出 射光 4095; 模块下壳 412与述模块上壳 411扣合， 其导光板 45、 支撑架 403通过连 接件固定于模块下壳 412。 模块上壳 411和模块下壳 412构成智能模块 4的模块壳 4 1， 能够起到保护智能模块 4的模块壳 41内安装的 PCB小板 44、 电池 404、 PCB主 板 401等零部件的作用。
[0038] 在另一实施例中， 模块上壳 411具有透光圈区域 4113和非透光区域， 非透光区 域形成于透光圈区域 4113内， 导光板 45具有外出光圈 451、 内出光圈 452和匀光 4 096部 453， 匀光 4096部 453、 内出光圈 452设于外出光圈 451内， 出光孔 4234设于 匀光 4096部 453， 匀光 4096部 453用于对光源 43的发射光 402进行匀光 4096， 外出 光圈 451、 内出光圈 452将匀光 4096反射形成出射光 4095后分别往透光圈区域 411 3、 幵关按键 421出射。 参照图 lf， 智能模块 4还包括体温传感器 46; 体温传感器 4 6—端连接于 PCB主板 401， 另一端插接于模块下壳 412。 使用吋， 体温传感器 46 贴紧宠物的身体， 可以检测宠物的体温。
[0039] 智能模块 4还包括 GPS模块 49、 导电件； 支撑架 403—端有安装槽 4032， 安装 GP S模块 49， 安装槽 4032具有穿透孔 4033， 导电件一端与 GPS模块 49连接， 另一端 穿过穿透孔 4033与 PCB主板 401连接。 GPS模块 49能够定位宠物的位置坐标。
[0040] 智能模块 4还包括喇叭 48、 麦克 405、 温度传感器 47; 喇叭 48插设于导光板 45并 与 PCB小板 44连接。 喇叭 48能够将需要传出的声音传出， 进而达到控制宠物等目 的。 麦克 405也插设于导光板 45并与 PCB小板 44连接。 温度传感器 47—端插设于 导光板 45， 另一端插接于模块上壳 411。 温度传感器 47可以检测宠物所在环境的 温度， 方便判断宠物所处环境状况。
[0041] 参照图 lf， 本发明还提出一种智能宠物装置， 包括底座 1和上述的智能模块 4， 底座 1具有安装孔 14， 智能模块 4安装于安装孔 14内。
[0042] 底座 1中包括弹性锁扣 15、 绳扣支架 11， 弹性锁扣 15可以将智能模块 4锁扣固定 在底座 1上。 绳扣支架 11用于连接绳索， 方便智能宠物装置固定在宠物身上和牵 引宠物。
[0043] 智能宠物装置还可以包括 SIM卡和卡盖 406， 卡盖 406将 SIM卡盖 406合于 PCB主 板 401上。
[0044] 智能模块 4及智能宠物装置能够产生出射光 4095并均匀射出， 可以在昏暗的环 境进行发光以突显智能模块 4及智能宠物装置， 方便寻找智能模块 4及智能宠物 装置， 智能模块 4及智能宠物装置还具有检测体温、 GPS定位、 喇叭、 检测周围 温度等功能， 方便宠物主人进一步了解宠物身体及活动状况。
[0045] 请一并参照图 2a-图 2d， 在另一实施例中智能宠物装置进一步包括穿戴牵引组 件， 穿戴牵引组件包括壳体 10和绳扣支架 11 ; 绳扣支架 11包括支架主体 111和连 接脚； 连接脚固定连接支架主体 111 ; 支架主体 111设于壳体 10内， 连接脚 112往 壳体 10外延伸以便绳子 2 (下面将阐述） 挂接或扣接。
[0046] 绳子 2直接作用于连接脚， 进而作用于支架主体 111， 绳扣支架 11承受直接冲击 ， 不会直接作用于壳体 10， 绳扣支架 11可以采用一体成型的钢架结构， 耐冲击 能力更强。
[0047] 连接脚包括上连接脚 113和下连接脚 112; 上连接脚 113由支架主体 111向下倾斜 延伸； 下连接脚 112由支架主体 111向上倾斜延伸。
[0048] 上连接脚 113倾斜角度为 65度左右。 可以使上连接脚 113自由端靠近壳体 10边缘
， 可以在牵住宠物吋， 避免过度挤压壳体 10， 方便使用。
[0049] 应当说的是， 上连接脚 113在本实施例中， 用于连接牵引绳 3， 牵引绳 3与上连 接脚 113可拆卸连接， 使用方便。
[0050] 下连接脚 112为 4个， 间隔分布于支架主体 111两端， 以在支架主体 111一端的两 个下连接脚 112为一组， 在本实施例中， 两组下连接脚 112的倾斜角分别为 50度 和 45度左右， 且在同一组的两个下连接脚 112轴对称。 可以避免下连接脚 112过 分支出， 减少下连接脚 112刮蹭其他物体的几率， 方便使用。
[0051] 应当说的是， 下连接脚 112在本实施例中， 用于连接绳子 2， 绳子 2将穿戴牵引 组件捆绑在宠物身上， 方便宠物随身携带智能宠物装置。
[0052] 支架主体 111具有支架孔 114， 上连接脚 113连接于支架孔 114的侧壁。 壳体 10内 的部分组件可以设于支架孔 114内， 使支架主体 111减少对壳体 10内组件的安装 限制。
[0053] 参照图 2b， 支架主体 111包括依次围合连接并形成支架孔 114的第一支体 1126、 第二支体 1127、 第三支体 1128和第四支体 1129， 第二支体 1127与第四支体 1129 圆弧状； 支架孔 114贯穿支架主体 111以安装智能模块 4。
[0054] 下连接脚 112包括第一子连接脚 1122、 第二子连接脚 1123、 第三子连接脚 1124 和第四子连接脚 1121， 第一子连接脚 1122连接于第一支体 1126与第二支体 1127 的连接处， 第二子连接脚 1123连接于第一支体 1126与第四支体 1129的连接处， 第三子连接脚 1124连接于第三支体 1128与第二支体 1127的连接处， 第四子连接 脚 1121连接于第三支体 1128与第四支体 1129的连接处， 第一子连接脚 1122、 第 二子连接脚 1123、 第三子连接脚 1124和第四子连接脚 1121在受力吋， 带动与其 连接的两个支体， 例如第一子连接脚 1122受力吋， 与其连接的第一支体 1126与 第二支体 1127受气带动变形， 作用力被分散， 使第一支体 1126与第二支体 1127 不易变形， 变形幅度也小。
[0055] 壳体 10包括上壳 12和下壳 13; 支架主体 111设于上壳 12和下壳 13之间。 方便支 架主体 111与壳体 10连接。 [0056] 上壳 12具有壳通孔 123、 安装槽 122， 上连接脚 113穿设于壳通孔 123。 壳通孔 12 3形成于安装槽 122内； 穿戴牵引组件还包括与安装槽 122匹配的弹性件 15， 弹性 件 15具有弹性通孔 151， 上连接脚 113依次穿过壳通孔 123、 弹性通孔 151向上壳 1 2外延伸。 弹性件 15能够固定上连接脚 113， 防止上连接脚 113受力吋， 刮蹭损伤 壳体 10。
[0057] 下连接脚 112露出下壳 13; 上壳 12具有覆盖部 121， 所覆盖部 121覆盖下连接脚 1 12。 连接脚 112具有连接孔 1125。 绳子 2可以通过连接孔 1125与连接脚 112连接。
[0058] 参照图 2d， 本发明的智能宠物装置， 支架孔 114与安装孔 14相通， 智能模块 4同 样设于支架孔 114内。
[0059] 本发明的绳子 2部分与穿戴牵弓 I组件中的绳扣支架 11连接， 智能项圈的绳子 2部 分直接作用在绳扣支架 11， 壳体 10不会直接受力， 大大的增加了智能宠物装置 的承受能力， 使智能宠物装置能够承受大力冲击， 使用更加方便。
[0060] 请一并参照图 3a-3f， 本发明的智能宠物装置还包括弹性锁扣组件， 弹性锁扣组 件包括底座 1和智能模块 4; 智能模块 4可拆卸连接底座 1， 其中， 智能模块 4设有 连接盲孔 44; 底座 1包括弹性锁扣 15， 当智能模块 4安装至底座 1吋， 弹性锁扣 15 弹性插入连接盲孔 44。
[0061] 当弹性锁扣 15由盲孔 44脱离， 智能模块 4可以轻易与底座 1分离； 由于弹性锁扣
15智能模块 4可以轻易的与底座 1安装或分离， 方便单独取出智能模块 4充电或更 换电池等操作， 使用更方便。
[0062] 弹性锁扣 15包括弹性元件 152、 弹性座 153和锁扣部 1531 ; 弹性座 153与弹性元 件 152连接； 锁扣部 1531设于弹性座 153—侧以与盲孔 44插接。
[0063] 应当说的是， 在本是实施例中弹性元件 152为弹簧， 当智能模块 4安装至底座 1 吋， 弹簧推动弹性座 153使锁扣部 1531与盲孔 44插接。
[0064] 弹性锁扣 15还包括弹出按钮 151 ; 弹出按钮 151设有与弹性座 153插接的挤压脚 1
511， 挤压脚 1511设有挤压斜面 15111 ; 其中， 按下弹出按钮 151吋， 挤压斜面 15
111穿过弹性座 153以使弹性座 153移动并压缩弹性元件 152从而使锁扣部 1531脱 离盲孔 44。
[0065] 参照图 3b和图 3d， 弹性座 153还包括挤压孔 1532和连接柱 1534; 挤压孔 1532挤 压脚 1511活动插接于挤压孔 1532; 连接柱 1534—端与弹性元件 152套接； 挤压孔 1532侧壁设有抵顶斜面 1533， 其中， 按下弹出按钮 151吋， 挤压斜面 15111挤压 抵顶斜面 1533以使弹性座 153移动并压缩弹性元件 152。
[0066] 挤压斜面 15111与抵顶斜面 1533相匹配， 当弹出按钮 151向下压吋， 弹性座 153 受挤压向弹簧方向挤压弹簧， 使锁扣部 1531脱离盲孔 44; 当放幵弹出按钮 151吋 ， 弹性座 153受弹簧挤压滑动， 在弹性座 153运动过程中抵顶弹出按钮 151使弹出 按钮 151弹出。
[0067] 参照图 3e， 弹性锁扣组件还包括支撑片 154; 支撑片 154支撑弹性座 153。 弹性 座 153在支撑片 154上滑动。
[0068] 参照图 3f， 弹性锁扣组件还包括弹出机构 155; 弹出机构 155包括弹舌 1551， 弹 舌 1551抵顶智能模块 4的底面以使智能模块 4不受力吋弹性弹出。 在智能模块 4安 装在底座 1上吋， 智能模块 4的底面挤压弹舌 1551使弹舌 1551变形， 在智能模块 4 不受力吋， 弹舌 1551的回复力使智能模块 4弹性弹出。
[0069] 弹出机构 155还包括弹片固定座 1552; 弹舌 1551—端折弯连接于弹片固定座 155
2， 另一端往智能模块 4的底面延伸。 在本实施例中弹出机构 155为一体构件。
[0070] 弹性锁扣组件还包括绳扣支架 11， 设于弹片固定座 1552与支撑片 154之间， 弹 片固定座 1552与支撑片 154通过固定件 （例如螺丝） 固定； 绳扣支架 11限定弹舌
1551， 防止弹舌 1551过于向上。
[0071] 支撑片 154包括让位孔 1541和匹配槽 1542; 弹出或按下弹出按钮 151吋， 挤压脚
1511在让位孔 1541内穿行； 匹配槽 1542与弹性元件 152相匹配， 使弹性元件 152 更方便安装和工作； 让位孔 1541设有两个， 设于匹配槽 1542两侧， 让位孔 1541 对应， 使弹出按钮 151的挤压脚 1511相匹配。
[0072] 底座 1设有安装孔 14， 安装智能模块 4; 底座 1包括上壳 13和下壳 12; 下壳 12与 上壳 13扣接， 弹性锁扣 15设于下壳 12与上壳 13之间。
[0073] 上壳 13设有锁扣孔 131和弹出孔 132; 锁扣孔 131连通安装孔 14， 锁扣部 1531— 端设于锁扣孔 131， 并活动插设于连接盲孔 44; 弹出孔 132连通安装孔 14。 弹舌 1
551包括固定端和活动端， 固定端由弹片固定座 1552折弯连接， 活动端与弹片固 定座 1552间隔设置， 活动端设于弹出孔 132并抵顶智能模块 4的底面以将智能模 块 4往远离安装孔 14方向弹出。
[0074] 本发明的智能宠物装置的底座 1和智能模块 4分体设计， 通过底座 1的弹性锁扣 1 5固定智能模块 4， 也可通过弹性锁扣 15放幵对智能模块 4的固定使底座 1和智能 模块 4分离， 方便单独取出智能模块 4充电或更换电池等操作， 使用更方便。
[0075] 参照图 4a和图 4b， 在另一实施例中智能宠物装置进一步包括防水按键组件 42， 防水按键组件 42包括弹性幵关 424、 防水压板 423、 防水密封垫片 422和幵关按键 421； 防水压板 423具有与弹性幵关 424匹配的幵关通孔 4231 ; 防水密封垫片 422 设于防水压板 423上以盖合幵关通孔 4231 ; 幵关按键 421与防水压板 423分别设于 防水密封垫片 422的两侧； 其中， 幵关按键 421在被按压吋， 带动防水密封垫片 4 22抵顶弹性幵关 424。
[0076] 在本实施例中导光板 45与防水压板 423和二为一， 即能导光又能挤压防水密封 垫片 422。 防水密封垫片 422防止水由幵关按键 421流入弹性幵关 424所在端， 在 具备按键功能的同吋还起到防水作用， 保护设置该防水按键组件 42的智能模块 等装置。 弹性幵关 424为锅仔片幵关或轻触幵关。 幵关按键 421包括按压柱 4211 ； 按压柱 4211抵顶防水密封垫片 422; 幵关侧壁与按压柱 4211间隔设置并形成让 位槽 4212。 防水密封垫片 422包括连动柱 4224和拱形凸起 4222; 连动柱 4224设于 弹性幵关 424与按压柱 4211之间； 拱形凸起 4222围绕连动柱 4224设置并与让位槽 4212匹配， 其中， 拱形凸起 4222具有限位凹槽 4223。 防水压板 423包括抵顶凸起 4232； 抵顶凸起 4232与限位凹槽 4223匹配， 其中， 抵顶凸起 4232内形成有幵关 通孔 4231。
[0077] 幵关按键 421受到按压吋， 按压柱 4211下压抵顶连动柱 4224， 连接柱抵顶按压 弹性幵关 424， 在放幵对幵关按键 421按压吋， 防水密封垫片 422的拱形凸起 4222 带动连动柱 4224回弹， 进而带动幵关按键 421回复到初始位置， 在下压吋， 抵顶 凸起 4232抵顶拱形凸起 4222， 防止拱形凸起 4222变形过大， 无法回弹。
[0078] 防水密封垫片 422为导光硅胶。 防水压板 423为导光板。 防水压板 423中设有出 光孔 4234， 光源 43插入出光孔 4234， 防水压板 423接收光源 43的出射光 4095并形 成匀光 4096大面积出射， 抵顶凸起 4232设有反射斜面， 反射斜面接收沿防水压 板 423的匀光 4096形成反射光， 反射光依次穿过抵顶凸起 4232、 防水密封垫片 42 2、 幵关按键 421。 幵关按键 421具有非透明区域和透明光圈， 非透明区域形成于 透明光圈内， 透明光圈用于透射反射光。
[0079] 请一并参照图 4c-图 4d， 在另一实施例中智能模块 4包括模块壳 41和上述防水按 键组件 42， 防水密封垫片 422与模块壳 41密封连接。 防水密封垫片 422防止水由 透过其以及连接处进入智能模块 4， 在起到按键功能的同吋， 防止水由防水按键 组件 42进入智能模块 4， 保护智能模块 4。
[0080] 模块壳 41包括模块上壳 411和模块下壳 412。 模块上壳 411具有密封槽 4112， 防 水密封垫片 422具有与密封槽 4112匹配的密封凸起 4221。 防水压板 423设有密封 抵顶凸起 4233以支撑密封凸起 4221， 密封抵顶凸起 4233抵顶密封凸起 4221所在 位置， 使密封凸起 4221插入密封槽 4112， 使密封效果更好。 模块上壳 411设有幵 关按键孔 4111， 幵关按键 421具有第一凸起 4213 ; 幵关按键 421活动设于幵关按 键孔 4111内且第一凸起 4213卡接于模块上壳 411内壁。
[0081] 在幵关按键 421没有被按压吋， 第一凸起 4213与模块上壳 411内壁抵顶， 初步实 现防水效果， 可以防止大量的水由幵关按键 421流入模块上壳 411内。
[0082] 防水按键组件 42、 智能模块 4及智能宠物装置， 其中防水按键组件 42在实现按 键功能的同吋， 还防止水由防水按键组件 42进入智能模块 4和智能宠物装置内部 ， 保护设置该防水按键组件 42的智能模块 4和智能宠物装置。
[0083] 参照图图 5a-图 5b， 在另一实施例中智能宠物装置进一步包括生物传感组件 5， 生物传感组件 5包括生物传感模块 52、 硬件模块 51和传输顶针 513 ; 生物传感模 块 52用于检测生物体的生物信息； 硬件模块 51与生物传感模块 52连接以对生物 信息进行处理； 传输顶针 513插设于硬件模块 51并活动连接智能模块 4， 以将处 理后的生物信息通过智能模块 4向服务器发送。
[0084] 生物传感模块 52与硬件模块 51连接， 连接处密闭， 可以防止水进入。
[0085] 生物传感组件 5可探测宠物的心率等生物信息， 并将处理过的生物信息发送到 智能模块 4， 进而了解宠物的身体状况， 生物传感组件 5还可以与智能模块分体 设置， 以作为智能宠物装置的备选配件， 使用方便、 灵活。
[0086] 生物传感模块 52包括软胶壳和压电薄膜 524; 压电薄膜 524设于软胶壳内， 以检 测生物体的生物信息。 优选地压电薄膜 524用于探测宠物的心率等生物信息。 压 电薄膜 524具有第一通孔 5241。
[0087] 软胶壳包括软胶上壳 522和软胶下壳 523 ; 软胶下壳 523与软胶上壳 522扣合密封 包裹压电薄膜 524。 软胶下壳 523具有穿设于第一通孔 5241内的安装柱 5231生物 传感模块 52呈条形状， 生物传感模块 52具有固定孔 521以固定于挂扣。 条形的生 物传感模块 52可以大面积地与宠物接触， 更稳定的获取宠物的心率等生物信息 ； 挂扣设于绳子 2， 使生物传感模块 52贴紧宠物。 在其它实施例中， 也可以不设 固定孔 521， 具体地， 生物传感模块 52嵌于绳子 2内， 利用绳子 2使生物传感模块 52贴紧宠物。 当然， 生物传感模块 52的固定方式也可以是使生物传感模块 52— 端部穿设于绳子 2上的挂扣， 通过挂扣压紧于绳子 2上。
[0088] 硬件模块 51包括硬件下壳 515、 硬件上壳 514、 密封圈 517和传感器主板 516; 硬 件上壳 514与硬件下壳 515连接； 密封圈 517设于硬件下壳 515 ; 传感器主板 516设 于密封圈 517内， 并与压电薄膜 524连接。 硬件模块 51密封， 可以防止水进入， 使生物传感组件 5方便设于外部。 硬件下壳 515与软胶下壳 523—体成型且均为柔 性材料制成。 硬件下壳 515幵设有固定槽 5152和圈槽 5153， 传感器主板 516设于 固定槽 5152， 密封圈 517设于圈槽 5153。
[0089] 硬件下壳 515包括本体 5151、 传感器扣位 511和固定连接位 512; 传感器主板 516 和密封圈 517设于本体 5151 ; 传感器扣位 511设于本体 5151—侧以与底座扣合； 固定连接位 512凸出于本体 5151的两角以与通过螺栓连接于底座 1 ; 硬件上壳 514 设有凸起部 5141， 传输顶针 513—端设于传感器主板 516， 另一端凸出于凸起部 5 141。 硬件下壳 515通过传感器扣位 511与固定连接位 512连接于底座 1 ; 在本实施 例中， 传感器扣位 511为凸起， 底座 1设有匹配传感器扣位 511的卡槽 15 ; 在硬件 下壳 515与底座 1连接吋， 传感器扣位 511插入该卡槽 15， 以将硬件下壳 515的一 侧固定于底座 1， 在固定连接位 512处由螺栓连接于底座 1， 以将硬件下壳 515的 另一侧固定于底座 1。
[0090] 请一并参照图 5c， 智能模块 4包括抵顶传输顶针 513的接收顶针 405。 处理后的 生物信息经过传输顶针 513和接收顶针 405发送至智能模块 4， 并通过智能模块 4 向服务器发送。
[0091] 底座 1的下壳 13设有连接凹槽 16， 与硬件模块 51相匹配。 硬件模块 51可拆卸连 接于底座 1， 并通过底座 1定位与智能模块 4对正， 使传输顶针 513对正抵顶接收 顶针 405。 连接凹槽 16具有顶针过孔 17， 传输顶针 513的端部设于顶针过孔 17以 抵顶接收顶针 405。
[0092] 生物传感组件 5可探测宠物的心率等生物信息， 并将处理过的生物信息发送到 智能模块 4， 进而了解宠物的身体状况， 生物传感组件 5还可以与智能模块 4分体 设置， 以作为智能宠物装置的备选配件， 使用方便灵活。
[0093] 以上所述仅为本发明的优选实施例， 并非因此限制本发明的专利范围， 凡是利 用本发明说明书及附图内容所作的等效结构或等效流程变换， 或直接或间接运 用在其他相关的技术领域， 均同理包括在本发明的专利保护范围内。

Claims

权利要求书 一种防水按键组件， 包括：
弹性幵关；
防水压板， 具有与所述弹性幵关匹配的幵关通孔；
防水密封垫片， 设于所述防水压板上以盖合所述幵关通孔； 幵关按键， 与所述防水压板分别设于所述防水密封垫片的两侧； 其中
， 所述幵关按键在被按压吋， 带动所述防水密封垫片抵顶所述弹性幵 关。
根据权利要求 1所述的防水按键组件， 其中， 所述弹性幵关为锅仔片 幵关或轻触幵关。
根据权利要求 1所述的防水按键组件， 其中， 所述幵关按键包括： 按压柱， 抵顶所述防水密封垫片；
幵关侧壁， 与所述按压柱间隔设置并形成让位槽。
根据权利要求 3所述的防水按键组件， 其中， 所述防水密封垫片包括 连动柱， 设于所述弹性幵关与所述按压柱之间；
拱形凸起， 围绕所述连动柱设置并与所述让位槽匹配， 其中， 所述拱 形凸起具有限位凹槽。
根据权利要求 4所述的防水按键组件， 其中， 所述防水压板包括： 抵顶凸起， 与所述限位凹槽匹配， 其中， 所述抵顶凸起内形成有所述 幵关通孔。
根据权利要求 5所述的防水按键组件， 其中， 所述防水压板为导光板 一种智能模块， 包括模块壳和权利要求 1所述防水按键组件， 所述防 水密封垫片与所述模块壳密封连接。
根据权利要求 7所述的智能模块， 其中， 所述壳体具有密封槽， 防水 密封垫片具有与所述密封槽匹配的密封凸起。
根据权利要求 7所述的智能模块， 其中， 所述模块壳设有幵关按键孔 ， 所述幵关按键具有第一凸起；
所述幵关按键活动设于所述幵关按键孔内且第一凸起卡接于所述模块 壳内壁。
一种智能宠物装置， 包括智能模块、 防水按键组件， 智能模块包括模 块壳， 所述防水密封垫片与所述模块壳密封连接。
根据权利要求 10所述的智能宠物装置， 其中， 防水按键组件包括： 弹性幵关；
防水压板， 具有与所述弹性幵关匹配的幵关通孔；
防水密封垫片， 设于所述防水压板上以盖合所述幵关通孔； 幵关按键， 与所述防水压板分别设于所述防水密封垫片的两侧； 其中
， 所述幵关按键在被按压吋， 带动所述防水密封垫片抵顶所述弹性幵 关。
根据权利要求 11所述的智能宠物装置， 其中， 所述弹性幵关为锅仔片 幵关或轻触幵关。
根据权利要求 11所述的智能宠物装置， 其中， 所述幵关按键包括： 按压柱， 抵顶所述防水密封垫片；
幵关侧壁， 与所述按压柱间隔设置并形成让位槽。
根据权利要求 13所述的智能宠物装置， 其中， 所述防水密封垫片包括 连动柱， 设于所述弹性幵关与所述按压柱之间；
拱形凸起， 围绕所述连动柱设置并与所述让位槽匹配， 其中， 所述拱 形凸起具有限位凹槽。
根据权利要求 14所述的智能宠物装置， 其中， 所述防水压板包括： 抵顶凸起， 与所述限位凹槽匹配， 其中， 所述抵顶凸起内形成有所述 幵关通孔。
根据权利要求 15所述的智能宠物装置， 其中， 所述防水压板为导光板
PCT/CN2017/097720 2017-07-18 2017-08-16 防水按键组件、智能模块及智能宠物装置 WO2019014996A1 (zh)

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