WO2022198618A1 - 一种可更换瓶盖的红外感应自动出液头 - Google Patents

一种可更换瓶盖的红外感应自动出液头 Download PDF

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Publication number
WO2022198618A1
WO2022198618A1 PCT/CN2021/083168 CN2021083168W WO2022198618A1 WO 2022198618 A1 WO2022198618 A1 WO 2022198618A1 CN 2021083168 W CN2021083168 W CN 2021083168W WO 2022198618 A1 WO2022198618 A1 WO 2022198618A1
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WO
WIPO (PCT)
Prior art keywords
liquid
bottle cap
liquid outlet
main unit
battery
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Application number
PCT/CN2021/083168
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English (en)
French (fr)
Inventor
刘红伟
Original Assignee
刘红伟
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 刘红伟 filed Critical 刘红伟
Priority to PCT/CN2021/083168 priority Critical patent/WO2022198618A1/zh
Publication of WO2022198618A1 publication Critical patent/WO2022198618A1/zh

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    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
    • A47K5/00—Holders or dispensers for soap, toothpaste, or the like
    • A47K5/06—Dispensers for soap
    • A47K5/12—Dispensers for soap for liquid or pasty soap
    • A—HUMAN NECESSITIES
    • A47—FURNITURE; DOMESTIC ARTICLES OR APPLIANCES; COFFEE MILLS; SPICE MILLS; SUCTION CLEANERS IN GENERAL
    • A47K—SANITARY EQUIPMENT NOT OTHERWISE PROVIDED FOR; TOILET ACCESSORIES
    • A47K5/00—Holders or dispensers for soap, toothpaste, or the like
    • A47K5/14—Foam or lather making devices
    • A47K5/16—Foam or lather making devices with mechanical drive

Definitions

  • the invention relates to the technical field of daily necessities, in particular to an infrared induction automatic liquid outlet head with replaceable bottle caps.
  • the automatic liquid dispenser is more and more widely used in people's life because of its convenient and hygienic features.
  • the automatic liquid dispenser includes a casing, an electronic circuit board, an infrared module, a battery, etc.
  • the infrared sensor senses that the human hand enters the detection area, and sends a signal to the electronic circuit board.
  • the electronic circuit board drives the motor to work and squeeze out the liquid.
  • the purpose of the present invention is to aim at the defects and deficiencies of the prior art, to provide an infrared induction automatic liquid outlet head with a replaceable bottle cap, so as to solve the problems raised in the above-mentioned background technology. It can be used in all liquid products such as body wash, shampoo, hand sanitizer, etc. set up in all medical institutions or public places. It can replace the traditional hand-pressed bottle cap head, which can effectively quantify the amount of liquid and ensure the consistency of liquid output. Good, avoid the waste of more pressure and less pressure in the process of manual use. By setting up a foam generator and a liquid flow control valve, the ratio of foam and air is more reasonably controlled, and the generated foam is more refined and can be accumulated.
  • the design is very ingenious, the bottle cap can be replaced at any time and installed on liquid bottles of different sizes, or make a general bottle body for use together, its operation is simple, clean and hygienic, no contact is required, and the use effect is extremely effective. It can effectively avoid cross-infection and bacterial transmission, and at the same time improve the epidemic prevention effect.
  • the joint part of the bottle cap and the main machine cleverly uses a one-way valve to ensure the sealing of the bottle body, and at the same time, the liquid can be discharged normally, only need to inject the liquid into the bottle. It can be reused in the middle, the overall practicability is strong, the operation is convenient, the use effect is good, and it has a large market promotion value.
  • the present invention adopts the following technical solutions: it comprises an infrared sensor 1, a liquid outlet 2, a liquid outlet 3, a host battery cover 1-1, a battery compartment door 2-1, a No. 7 battery 3-1, Battery compartment sealing rubber ring 4-1, first battery compartment door lock 5-1, second battery compartment door lock 6-1, main unit upper shell 7-1, indicator mirror 8-1, foam generator upper cover 9-1.
  • Foam generator 10-1 foam generator lower cover 11-1, motor 12-1, sealing pad 13-1, button cap 14-1, infrared lamp cap 15-1, sealing ring 16-1 , infrared transparent mirror 17-1, electronic circuit board 18-1, lower shell of the main unit 19-1, replaceable bottle cap 20-1, cap lock 21-1, leak-proof pad 22-1, first liquid port 23 -1.
  • the lower part of 7-1 is provided with the lower shell 19-1 of the main machine
  • the lower part of the lower shell 19-1 of the main machine is provided with a replaceable bottle cap 20-1
  • the top side of the upper shell 7-1 of the main machine is extended to form a liquid outlet 3, which is
  • the liquid part 3 is integrally extended from the top of the upper shell 7-1 of the main machine to form a sharp cone.
  • the upper shell 7-1 of the main machine is provided with a 7th battery 3-1, and the 7th battery 3-1 is clamped in the battery compartment door 2-1.
  • a battery compartment sealing rubber ring 4-1 is arranged between the battery compartment door 2-1 and the main unit upper shell 7-1, and the battery compartment door 2-1 passes through the first battery compartment door lock 5- 1 and the second battery compartment door lock 6-1 is connected to the upper shell 7-1 of the main machine, the upper shell 7-1 of the main machine is buckled with the main battery cover 1-1, and the replaceable bottle cap 20-1 is provided with a suction cap.
  • the liquid pipe 27-1 one end of the suction pipe 27-1 is located in the liquid outlet 3, the other end extends to form a liquid taking end, and the outer end of the liquid outlet 3 away from the replaceable bottle cap 20-1 is provided with a liquid outlet 2,
  • the liquid outlet 2 is located at the end or bottom of the liquid outlet 3, the outlet of the suction pipe 27-1 is connected to the liquid outlet 2, the end of the liquid outlet 3 is provided with an indicator mirror 8-1, and the lower shell of the main machine 19- 1.
  • An infrared sensor 1 is provided on one side, a motor 12-1 is installed on the other side of the lower shell 19-1 of the main machine, and a foam generator 10-1 and liquid are installed in the lower shell 19-1 of the main machine above the motor 12-1.
  • the flow regulating valve 10-2 the two ends of the foam generator 10-1 are installed in the lower shell 19-1 of the main engine through the foam generator upper cover 9-1 and the foam generator lower cover 11-1, and the foam generator upper cover 9 -1 is provided with a first liquid port 23-1, the lower cover 11-1 of the foam generator is provided with a second liquid port 24-1, one end of the liquid flow regulating valve 10-2 is connected to the suction pipe 27-1 connected, the other end is connected to the second liquid port 24-1 and connected to the foam generator 10-1, the first liquid port 23-1 is connected to a suction pipe 27-1, and the foam generator 10-1 sucks liquid
  • the pipe 27-1 is communicated with the liquid outlet 2, two foam generators 10-1 are provided, and the bottom of the infrared sensor 1 is installed with an electronic circuit board 18-1 through a sealing gasket 13-1 and a sealing ring 16-1, Electricity
  • the bottom of the sub-circuit board 18-1 is provided with a button cap 14-1 and an infrared lamp cap 15-1, which are fastened
  • the bottom of the replaceable bottle cap 20-1 is provided with a cap lock 21-1.
  • the bottom of the cover lock 21-1 is provided with a leak-proof pad 22-1, the cover lock 21-1 and the leak-proof pad 22-1 are of elastic design, and the bottom of the main body lower shell 19-1 is provided with four snap grooves 28- 1.
  • a check valve 25-1 is movably installed on the snap groove 28-1, the snap groove 28-1 is located on the outer circumference of the check valve 25-1, and a rubber ring 28-2 is arranged on the snap groove 28-1.
  • An upper magnetic ring 26-1 and a lower magnetic ring 26-2 are arranged between the lower shell 19-1 of the main unit and the replaceable bottle cap 20-1, the upper magnetic ring 26-1 is arranged on the upper part of the lower magnetic ring 26-2, and the upper magnetic The ring 26-1 is connected to the bottom of the lower shell 19-1 of the main unit, and the lower magnetic ring 26-2 is connected to the replaceable bottle cap 20-1.
  • a hidden air inlet 20-2 is provided at the connection between the lower shell 19-1 of the main engine and the replaceable bottle cap 20-1.
  • the main body of the replaceable bottle cap 20-1 is cylindrical, the replaceable bottle cap 20-1 is provided with a meshing thread, and the surface of the replaceable bottle cap 20-1 is provided with a first anti-skid pattern 20-3.
  • the cap 20-1 adopts a replaceable structure, which is clamped or knob or engaged on the existing bottle body.
  • the host battery cover 1-1 is provided with a second anti-skid pattern 1-2.
  • the AAA battery 3-1 is provided with two cells.
  • the replaceable bottle cap 20-1 is installed on the existing bottle body or the special bottle body or the general bottle body, or directly replaces the existing bottle cap, and the cap lock 21-1 is used for installation during installation.
  • the position is fixed, and the anti-leak pad 22-1 is used for waterproof and anti-leak protection, and the liquid-taking end of the pipette 27-1 extends into the liquid bottle (hand soap, shower gel, shampoo, cleaning liquid, gel, etc.
  • the hand when used in the actual process, the hand stretches to the area below the liquid outlet 2, and the infrared sensor 1 at the side of the liquid outlet 2 can recognize and sense the human hand, and the signal sensed by the infrared sensor 1 passes through the electronic circuit board 18 -1 is transmitted to the motor 12-1, so that its running action starts to suck liquid from the liquid bottle body through the liquid taking end of the liquid suction pipe 27-1, and the sucked liquid flows through the foam generator 10-1 to form a liquid flow foam, and the liquid The flowing foam flows to the liquid outlet 2 and flows to the user's hand to complete the automatic liquid extraction process.
  • you can directly purchase the same type of bagged liquid and pour it into the user's hand.
  • the hidden air inlet 20-2 is provided to ensure the smooth outflow of liquid, and the foam generator 10-1 and the liquid flow control valve 10-2 are provided to more reasonably control the flow of foam and air. Proportion, the foam that comes out is more refined and can be stacked to achieve the purpose of saving resources.
  • the one-way valve 25-1 Through the setting of the one-way valve 25-1, the air can flow in when the liquid outlet head and the bottle body are being placed. At this time, the infrared sensor 1 can be normal. Liquid discharge; if the liquid discharge head and the bottle body are inverted, the air and liquid in the bottle will press the one-way valve 25-1, and the one-way valve 25-1 will be tightly closed at this time.
  • the sealing effect of the bottle is excellent, and the liquid in the bottle will not leak out by placing it upside down.
  • Any replaceable bottle cap 20-1 can be stuck by the snap groove 28-1. 1, so as to achieve a more sealing effect, through the upper magnetic ring 26-1 and the lower magnetic ring 26-2 to make the connection process tighter, through the elastic design of the cover lock 21-1 and the leak-proof pad 22-1, It can fit most height bottles during installation, which is more practical.
  • the beneficial effects of the present invention are: through the setting of the infrared sensor, it can be widely applied to liquid products such as bath lotion, shampoo, hand sanitizer and the like set up in all medical institutions or public places, replacing traditional liquid products
  • the hand-pressed bottle cap head can effectively quantify the amount of liquid, and the consistency of the liquid output is good, avoiding the waste of multiple pressures and insufficient pressure during manual use. , the ratio of foam and air is more reasonably controlled, and the resulting foam is more refined and can be stacked to achieve the purpose of saving resources.
  • the design is very ingenious.
  • the bottle cap can be replaced at any time and installed on liquid bottles of different sizes.
  • the general bottle body is used in conjunction with it.
  • Fig. 1 is the structural representation of the present invention
  • Embodiment 1 of the present invention is a schematic structural diagram of Embodiment 1 of the present invention.
  • FIG. 3 is a schematic structural diagram of the liquid flow regulating valve 10-2 in Embodiment 1 of the present invention.
  • FIG. 4 is a schematic structural diagram of the one-way valve 25-1 in Embodiment 1 of the present invention.
  • Fig. 5 is the bottom view structure schematic diagram of removing the replaceable bottle cap 20-1 according to Embodiment 1 of the present invention.
  • Embodiment 2 of the present invention is a schematic structural diagram of Embodiment 2 of the present invention.
  • FIG. 7 is a schematic bottom view of the structure of Embodiment 2 of the present invention with the replaceable bottle cap 20-1 removed.
  • infrared sensor 1 liquid outlet 2, liquid outlet 3, host battery cover 1-1, second anti-skid pattern 1-2, battery compartment door 2-1, AAA battery 3-1, battery compartment Sealing rubber ring 4-1, first battery compartment door lock 5-1, second battery compartment door lock 6-1, main unit upper shell 7-1, indicator mirror 8-1, foam generator upper cover 9- 1.
  • Foam generator 10-1 liquid flow regulating valve 10-2, foam generator lower cover 11-1, motor 12-1, sealing pad 13-1, button cap 14-1, infrared lamp cap 15-1 , sealing ring 16-1, infrared transparent mirror 17-1, electronic circuit board 18-1, lower shell of the main unit 19-1, replaceable bottle cap 20-1, hidden air inlet 20-2, first anti-skid pattern 20 -3.
  • the technical solution it contains is: it includes an infrared sensor 1, a liquid outlet 2, a liquid outlet 3, a host battery cover 1-1, a battery compartment door 2-1, AA battery 3-1, and a battery compartment sealing rubber ring 4 -1.
  • the top of the shell 7-1 is integrally extended to form a tapered shape.
  • the upper shell 7-1 of the main machine is provided with a AAA battery 3-1. Inside, a battery compartment sealing rubber ring 4-1 is arranged between the battery compartment door 2-1 and the main unit upper shell 7-1.
  • the battery compartment door 2-1 is connected to the second battery compartment through the first battery compartment door lock 5-1.
  • the door lock buckle 6-1 is connected with the upper shell 7-1 of the main machine, the upper shell 7-1 of the main machine is fastened with the battery cover 1-1 of the main machine, and the replaceable bottle cap 20-1 is provided with a suction pipe 27-1, One end of the suction pipe 27-1 is located in the liquid outlet 3, and the other end extends to form a liquid taking end.
  • the outer end of the liquid outlet 3 away from the replaceable bottle cap 20-1 is provided with a liquid outlet 2, and the liquid outlet 2 is located at the outlet.
  • the outlet of the suction pipe 27-1 is connected with the liquid outlet 2
  • the end of the liquid outlet 3 is provided with an indicator light mirror 8-1
  • the lower shell 19-1 side of the main machine is provided with an indicator mirror 8-1.
  • Infrared sensor 1 a motor 12-1 is installed on the other side of the lower shell 19-1 of the main machine, and a foam generator 10-1 and a liquid flow regulating valve 10-2 are installed in the lower shell 19-1 of the main machine above the motor 12-1 , both ends of the foam generator 10-1 are installed in the lower shell 19-1 of the main engine through the foam generator upper cover 9-1 and the foam generator lower cover 11-1, and the foam generator upper cover 9-1 is provided with a first A liquid flow port 23-1, a second liquid flow port 24-1 is provided on the lower cover 11-1 of the foam generator, one end of the liquid flow regulating valve 10-2 is connected with the suction pipe 27-1, and the other end is connected with the suction pipe 27-1.
  • the second liquid inlet 24-1 is connected to the foam generator 10-1, the first liquid port 23-1 is connected to a suction pipe 27-1, and the foam generator 10-1 is connected to the outlet through the suction pipe 27-1.
  • the liquid port 2 is connected, two foam generators 10-1 are provided, and the bottom of the infrared sensor 1 is installed with an electronic circuit board 18-1 through a sealing rubber pad 13-1 and a sealing ring 16-1.
  • the electronic circuit board 18-1 bottom set There is a button cap 14-1 and an infrared lamp cap 15-1, which are fastened together by an infrared transparent mirror 17-1.
  • the bottom of the replaceable bottle cap 20-1 is provided with a cap lock 21-1, and the bottom of the cap lock 21-1 is provided with a cap lock 21-1.
  • a leak-proof pad 22-1 There is a leak-proof pad 22-1, the cover lock 21-1 and the leak-proof pad 22-1 are of elastic design, a check valve 25-1 is movably installed on the bottom of the lower shell 19-1 of the main machine, and the lower shell of the main machine 19-1
  • An upper magnetic ring 26-1 and a lower magnetic ring 26-2 are arranged between the replaceable bottle cap 20-1, the upper magnetic ring 26-1 is arranged on the upper part of the lower magnetic ring 26-2, and the upper magnetic ring 26-1 is connected to the host.
  • the bottom of the lower shell 19-1 is connected, and the lower magnetic ring 26-2 is connected with the replaceable bottle cap 20-1.
  • connection between the lower shell 19-1 of the main engine and the replaceable bottle cap 20-1 is provided with a hidden air inlet 20-2 to ensure smooth outflow of liquid.
  • the main body of the replaceable bottle cap 20-1 is cylindrical, the replaceable bottle cap 20-1 is provided with engaging threads, and the surface of the replaceable bottle cap 20-1 is provided with a first anti-skid pattern 20-3,
  • the replaceable bottle cap 20-1 adopts a replaceable structure, and can be replaced and installed on liquid bottles of different sizes at any time by being snapped or knobed or engaged with the existing bottle body.
  • the host battery cover 1-1 is provided with a second anti-skid pattern 1-2, which is convenient to increase the friction force between the fingertip and the host battery cover 1-1, and then remove the host battery cover 7.
  • the AA battery 3-1 is provided with two cells.
  • the replaceable bottle cap 20-1 is installed on the existing bottle body or the special bottle body or the general bottle body, or directly replaces the existing bottle cap, and the cap lock 21-1 is used for installation during installation.
  • the position is fixed, and the anti-leak pad 22-1 is used for waterproof and anti-leak protection, and the liquid-taking end of the pipette 27-1 extends into the liquid bottle (hand soap, shower gel, shampoo, cleaning liquid, gel, etc.
  • the hand when used in the actual process, the hand stretches to the area below the liquid outlet 2, and the infrared sensor 1 at the side of the liquid outlet 2 can recognize and sense the human hand, and the signal sensed by the infrared sensor 1 passes through the electronic circuit board 18 -1 is transmitted to the motor 12-1, so that its running action starts to suck liquid from the liquid bottle body through the liquid taking end of the liquid suction pipe 27-1, and the sucked liquid flows through the foam generator 10-1 to form a liquid flow foam, and the liquid The flowing foam flows to the liquid outlet 2 and flows to the user's hand to complete the automatic liquid extraction process.
  • you can directly purchase the same type of bagged liquid and pour it into the user's hand.
  • the hidden air inlet 20-2 is provided to ensure the smooth outflow of liquid, and the foam generator 10-1 and the liquid flow control valve 10-2 are provided to more reasonably control the flow of foam and air. Proportion, the foam that comes out is more refined and can be stacked to achieve the purpose of saving resources.
  • the one-way valve 25-1 Through the setting of the one-way valve 25-1, the air can flow in when the liquid outlet head and the bottle body are being placed. At this time, the infrared sensor 1 can be normal. Liquid discharge; If the liquid discharge head and the bottle body are upside down, the air and liquid in the bottle will press the one-way valve 25-1, and the one-way valve 25-1 will be tightly closed at this time. The sealing effect of the bottle is better, and the liquid in the bottle will not leak by placing it upside down.
  • the upper magnetic ring 26-1 and the lower magnetic ring 26-2 make the connection process tighter. Flexible design, suitable for most height bottles when installed, more practical.
  • the beneficial effects of the present invention are: through the setting of the infrared sensor, it can be widely applied to liquid products such as bath lotion, shampoo, hand sanitizer and the like set up in all medical institutions or public places, replacing traditional liquid products
  • the hand-pressed bottle cap head can effectively quantify the amount of liquid, and the consistency of the liquid output is good, avoiding the waste of multiple pressures and insufficient pressure during manual use. , the ratio of foam and air is more reasonably controlled, and the resulting foam is more refined and can be stacked to achieve the purpose of saving resources.
  • the design is very ingenious.
  • the bottle cap can be replaced at any time and installed on liquid bottles of different sizes.
  • the general bottle body is used in conjunction with it.
  • the technical solution it contains is: it includes an infrared sensor 1, a liquid outlet 2, a liquid outlet 3, a host battery cover 1-1, a battery compartment door 2-1, AA battery 3-1, and a battery compartment sealing rubber ring 4 -1.
  • the liquid port 24-1, the suction pipe 27-1, the lower part of the main main body upper shell 7-1 is provided with the main main body lower shell 19-1, the lower part of the main main body lower shell 19-1 is provided with a replaceable bottle cap 20-1,
  • a liquid outlet 3 is formed extending from one side of the top of the shell 7-1, and the liquid outlet 3 is integrally extended from the top of the upper shell 7-1 of the main machine to form a sharp cone.
  • the upper shell 7-1 of the main machine is provided with a No. 7 battery 3-1.
  • the replaceable bottle cap 20-1 is provided with a suction pipe 27-1, one end of the suction pipe 27-1 is located in the liquid outlet 3, and the other end extends to form a liquid taking end, away from the replaceable bottle cap 20
  • the outer end of the liquid outlet 3 of -1 is provided with a liquid outlet 2.
  • the liquid outlet 2 is located at the end or bottom of the liquid outlet 3.
  • the outlet of the suction pipe 27-1 is connected to the liquid outlet 2.
  • An indicator mirror 8-1 is arranged at the end, an infrared sensor 1 is arranged on one side of the lower shell 19-1 of the main engine, a motor 12-1 is installed on the other side of the lower shell 19-1 of the main engine, and the main engine above the motor 12-1 is installed
  • a foam generator 10-1 is installed in the lower shell 19-1, and both ends of the foam generator 10-1 are installed on the lower shell 19-1 of the host through the foam generator upper cover 9-1 and the foam generator lower cover 11-1
  • the upper cover 9-1 of the foam generator is provided with a first liquid port 23-1
  • the lower cover 11-1 of the foam generator is provided with a second liquid port 24-1, and the first liquid port 23-1
  • the second liquid port 24-1 is connected with the liquid suction pipe 27-1
  • the foam generator 10-1 is communicated with the liquid outlet 2 through the liquid suction pipe 27-1
  • the foam generator 10-1
  • connection between the lower shell 19-1 of the main engine and the replaceable bottle cap 20-1 is provided with a hidden air inlet 20-2 to ensure smooth outflow of liquid.
  • the main body of the replaceable bottle cap 20-1 is cylindrical, the replaceable bottle cap 20-1 is provided with engaging threads, and the surface of the replaceable bottle cap 20-1 is provided with a first anti-skid pattern 20-3,
  • the replaceable bottle cap 20-1 adopts a replaceable structure, and can be replaced and installed on liquid bottles of different sizes at any time by being snapped or knobed or engaged with the existing bottle body.
  • the host battery cover 1-1 is provided with a second anti-skid pattern 1-2, which is convenient to increase the friction force between the fingertip and the host battery cover 1-1, and then remove the host battery cover 7.
  • the AA battery 3-1 is provided with two cells.
  • the replaceable bottle cap 20-1 is installed on the existing bottle body or the special bottle body or the general bottle body, or directly replaces the existing bottle cap, and the cap lock 21-1 is used for installation during installation.
  • the position is fixed, and the anti-leak pad 22-1 is used for waterproof and anti-leak protection, and the liquid-taking end of the pipette 27-1 extends into the liquid bottle (hand soap, shower gel, shampoo, cleaning liquid, gel, etc.
  • the hand when used in the actual process, the hand stretches to the area below the liquid outlet 2, and the infrared sensor 1 at the side of the liquid outlet 2 can recognize and sense the human hand, and the signal sensed by the infrared sensor 1 passes through the electronic circuit board 18 -1 is transmitted to the motor 12-1, so that its running action starts to suck liquid from the liquid bottle body through the liquid taking end of the liquid suction pipe 27-1, and the sucked liquid flows through the foam generator 10-1 to form a liquid flow foam, and the liquid The flowing foam flows to the liquid outlet 2 and flows to the user's hand to complete the automatic liquid extraction process.
  • you can directly purchase the same type of bagged liquid and pour it into the user's hand.
  • the hidden air inlet 20-2 is provided to ensure the smooth outflow of the liquid. Any bottle cap can be stuck through the buckle groove 28-1, and multiple buckle grooves 28-1 can be set.
  • the rubber ring 28-2 of the groove 28-1 achieves a more sealing effect.
  • the beneficial effects of the present invention are: through the setting of the infrared sensor, it can be widely applied to liquid products such as bath lotion, shampoo, hand sanitizer and the like set up in all medical institutions or public places, replacing traditional liquid products
  • the hand-pressed bottle cap head can effectively quantify the amount of liquid, and the consistency of the liquid output is good, avoiding the situation of multi-pressure waste and insufficient pressure during manual use, and the bottle cap can be replaced and installed at any time. It is easy to operate, clean and hygienic, does not require contact, and has excellent use effect, effectively avoiding cross-infection and bacterial transmission, and improving the epidemic prevention effect at the same time.
  • the joint part cleverly uses the one-way valve to ensure the sealing of the bottle body, and at the same time, the liquid can be discharged normally. It can be reused only by injecting the liquid into the bottle.
  • the overall practicability is strong, the operation is convenient, and the use effect is good. Marketing value.

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Abstract

一种可更换瓶盖的红外感应自动出液头，涉及生活用品技术领域。主机上壳（7-1）的下部设置有主机下壳（19-1）,主机下壳（19-1）的下部设置有可更换瓶盖（20-1），主机上壳（7-1）顶部一侧延伸形成有出液部（3），出液部（3）由主机上壳（7-1）顶部一体延伸形成尖锥状，主机上壳（7-1）内设有7号电池（3-1），7号电池（3-1）通过电池仓门（2-1）卡装在主机上壳（7-1）内，电池仓门（2-1）与主机上壳（7-1）之间设有电池仓密封胶圈（4-1），电池仓门（2-1）通过第一电池仓门锁扣（5-1）与第二电池仓门锁扣（6-1）与主机上壳（7-1）连接，主机上壳（7-1）内顶部扣装有主机电池盖（1-1），可更换瓶盖（20-1）内设有吸液管（27-1），吸液管（27-1）一端位于出液部（3）内，瓶盖（20-1）和主机结合部巧妙利用单向阀（25-1）来保证瓶体的密封性，同时又能正常出液，只需将液体注入瓶中即可重复使用，整体实用性强，操作方便。

Description

一种可更换瓶盖的红外感应自动出液头 技术领域
本发明涉及生活用品技术领域，具体涉及一种可更换瓶盖的红外感应自动出液头。
背景技术
自动出液器以其方便、卫生的特点在人们生活种得到越来越广泛的使用。自动出液器包括外壳、电子线路板、红外模块、电池等，红外线感应器感应到人手进入检测区域，将信号发送至电子线路板，电子线路板驱动电机工作，将液体挤出。
传统的洗手液、沐浴露、洗发水、消毒水、凝胶、洗洁液等均是一瓶一盖，其使用时需要一只手按压，另一只手接液，这种方式操作麻烦，用户体验效果不佳，特别是在公共场所，人流量大，容易引起交叉感染，同时现有的自动出液器往往需要专门的、带有进气孔的储液箱，不能使用洗手液、洗发水、植物油等功能液体的原包装容器，使得自动出液器的使用范围受限，且给用户带来不便。
发明内容
本发明的目的在于针对现有技术的缺陷和不足，提供一种可更换瓶盖的红外感应自动出液头，以解决上述背景技术中提出的问题，本发明通过红外感应器的设置，可广泛应用在所有的医疗机构或公共场所环境中设立的沐浴液，洗发水，洗手液等液体产品上，替换传统的手压式瓶盖头，能有效对液体量进行固定量化，出液量一致性好，避免在人工使用过程中的多压浪费少压不够的情况，通过设置有泡沫发生器与液体流量调节阀，更合理的控制了泡沫和空气的比例，出来的泡沫更细化，可以堆积，实现节省资源的目的，设计非常巧妙，瓶盖可以随时进行更换安装在不同尺寸的液体瓶上使用，或 制作通用瓶体进行配合使用，其操作简单，清洁卫生，不需接触，使用效果极佳，有效的避免交叉感染以及细菌传播，同时提高了防疫效果，该瓶盖和主机结合部巧妙利用单向阀来保证瓶体的密封性，同时又能正常出液，只需将液体注入瓶中即可重复使用，整体实用性强，操作方便，使用效果佳，具有较大的市场推广价值。
为实现上述目的，本发明采用以下技术方案是：它包含红外传感器1、出液口2、出液部3、主机电池盖1-1、电池仓门2-1、7号电池3-1、电池仓密封胶圈4-1、第一电池仓门锁扣5-1、第二电池仓门锁扣6-1、主机上壳7-1、指示灯镜8-1、泡沫发生器上盖9-1、泡沫发生器10-1、泡沫发生器下盖11-1、电机12-1、密封胶垫13-1、按钮帽14-1、红外灯帽15-1、密封圈16-1、红外透明镜17-1、电子线路板18-1、主机下壳19-1、可更换瓶盖20-1、盖锁扣21-1、防漏垫22-1、第一通液口23-1、第二通液口24-1、单向阀25-1、上磁环26-1、下磁环26-2、吸液管27-1、卡扣槽28-1，主机上壳7-1的下部设置有主机下壳19-1，主机下壳19-1的下部设置有可更换瓶盖20-1，主机上壳7-1顶部一侧延伸形成有出液部3，出液部3由主机上壳7-1顶部一体延伸形成尖锥状，主机上壳7-1内设有7号电池3-1，7号电池3-1通过电池仓门2-1卡装在主机上壳7-1内，电池仓门2-1与主机上壳7-1之间设有电池仓密封胶圈4-1，电池仓门2-1通过第一电池仓门锁扣5-1与第二电池仓门锁扣6-1与主机上壳7-1连接，主机上壳7-1内顶部扣装有主机电池盖1-1，可更换瓶盖20-1内设有吸液管27-1，吸液管27-1一端位于出液部3内，另一端延伸形成取液端，远离可更换瓶盖20-1的出液部3外端设有出液口2，出液口2位于出液部3端部或底部，吸液管27-1出口与出液口2相连接，出液部3的端部设有指示灯镜8-1，主机下壳19-1一侧上设有红外感应器1，主机下壳19-1另一侧安装有电机12-1，电机12-1上方的主机下壳19-1内安装有泡沫发生器10-1与液体流量调节阀10-2，泡沫发生器10-1的两端通过泡沫发生器上盖9-1与泡沫发生器下盖11-1安装在主机下壳19-1内，泡沫 发生器上盖9-1上设置有第一通液口23-1，泡沫发生器下盖11-1上设置有第二通液口24-1，液体流量调节阀10-2的一端与吸液管27-1相连接，另一端接入第二通液口24-1与泡沫发生器10-1相连接，第一通液口23-1外接吸液管27-1，泡沫发生器10-1通过吸液管27-1与出液口2相连通，泡沫发生器10-1设置有两个，红外感应器1底部通过密封胶垫13-1、密封圈16-1安装有电子线路板18-1，电子线路板18-1底部设有按钮帽14-1与红外灯帽15-1，并通过红外透明镜17-1扣合，可更换瓶盖20-1底部设有盖锁扣21-1，盖锁扣21-1底部设有防漏垫22-1，盖锁扣21-1与防漏垫22-1为弹性设计，主机下壳19-1的底部设置有四个卡扣槽28-1，卡扣槽28-1上活动安装有单向阀25-1，卡扣槽28-1位于单向阀25-1的外周，卡扣槽28-1上设有胶圈28-2，主机下壳19-1与可更换瓶盖20-1之间设置有上磁环26-1与下磁环26-2，上磁环26-1设置在下磁环26-2的上部，上磁环26-1与主机下壳19-1的底部相连接，下磁环26-2与可更换瓶盖20-1相连接。
所述的主机下壳19-1与可更换瓶盖20-1的连接处设有隐藏式进气口20-2。
所述的可更换瓶盖20-1主体呈圆筒形，可更换瓶盖20-1内设有啮合螺纹，可更换瓶盖20-1表面设有第一防滑纹20-3，可更换瓶盖20-1采用可更换式结构，通过卡装或旋钮或啮合在现有瓶体上。
所述的主机电池盖1-1上设置有第二防滑纹1-2。
所述的7号电池3-1设置有两节。
本发明的工作原理：将可更换瓶盖20-1与现有的瓶体或专用瓶体或通用瓶体，或直接替换现有的瓶盖上进行安装，安装时通过盖锁扣21-1进行位置固定，通过防漏垫22-1进行防水、防漏保护，吸液管27-1的取液端伸入至液体瓶身(洗手液、沐浴露、洗发水、清洁液、凝胶等)内，实际过程中使用时，手伸至出液口2的下方区域，此时出液口2侧边处的红外传感器1可识别感应到人手，红外传感器1感应的信号通过电子线路板18-1传输至电机 12-1，使其运转动作通过吸液管27-1的取液端开始从液体瓶身内进行吸液，吸取的液体流经泡沫发生器10-1形成液体流泡沫，液体流泡沫流至出液口2上流至用户手上，完成自动取液过程，当液体瓶身内的液体使用完后，直接购买同类的袋装液体倒入即可，不需要更换瓶身，大大降低了用户的使用成本，通过设置有隐藏式进气口20-2，保障液体顺畅流出，通过设置有泡沫发生器10-1与液体流量调节阀10-2，更合理的控制了泡沫和空气的比例，出来的泡沫更细化，可以堆积，实现节省资源的目的，通过单向阀25-1的设置，当出液头与瓶身正放时空气可以流入，此时通过红外传感器1可正常出液；如果出液头与瓶身倒立时，此时瓶内的空气和液体就压住了这个单向阀25-1，此时单向阀25-1就紧闭了，可以实现很好的密封效果，通过倒立安放就不会漏出瓶内液体了，通过卡扣槽28-1能够卡住任意可更换瓶盖20-1，也可以设置多个卡扣槽，通过卡扣槽28-1上的胶圈，这样达到更密封的效果，通过上磁环26-1与下磁环26-2使得连接过程更加紧密，通过盖锁扣21-1与防漏垫22-1弹性设计，在安装时可适合大部分高度的瓶子，实用性更强。
采用上述技术方案后，本发明有益效果为：通过红外感应器的设置，可广泛应用在所有的医疗机构或公共场所环境中设立的沐浴液，洗发水，洗手液等液体产品上，替换传统的手压式瓶盖头，能有效对液体量进行固定量化，出液量一致性好，避免在人工使用过程中的多压浪费少压不够的情况，通过设置有泡沫发生器与液体流量调节阀，更合理的控制了泡沫和空气的比例，出来的泡沫更细化，可以堆积，实现节省资源的目的，设计非常巧妙，瓶盖可以随时进行更换安装在不同尺寸的液体瓶上使用，或制作通用瓶体进行配合使用，其操作简单，清洁卫生，不需接触，使用效果极佳，有效的避免交叉感染以及细菌传播，同时提高了防疫效果，该瓶盖和主机结合部巧妙利用单向阀来保证瓶体的密封性，同时又能正常出液，只需将液体注入瓶中即可重复使用，整体实用性强，操作方便，使用效果佳，具有较大的市场推广价值。
附图说明
为了更清楚地说明本发明实施例或现有技术中的技术方案，下面将对实施例或现有技术描述中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本发明的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动性的前提下，还可以根据这些附图获得其他的附图。
图1是本发明的结构示意图；
图2是本发明实施例1的结构示意图；
图3是本发明实施例1液体流量调节阀10-2的结构示意图；
图4是本发明实施例1单向阀25-1的结构示意图；
图5是本发明实施例1去掉可更换瓶盖20-1的仰视结构示意图；
图6是本发明实施例2的结构示意图；
图7是本发明实施例2去掉可更换瓶盖20-1的仰视结构示意图。
附图标记说明：红外传感器1、出液口2、出液部3、主机电池盖1-1、第二防滑纹1-2、电池仓门2-1、7号电池3-1、电池仓密封胶圈4-1、第一电池仓门锁扣5-1、第二电池仓门锁扣6-1、主机上壳7-1、指示灯镜8-1、泡沫发生器上盖9-1、泡沫发生器10-1、液体流量调节阀10-2、泡沫发生器下盖11-1、电机12-1、密封胶垫13-1、按钮帽14-1、红外灯帽15-1、密封圈16-1、红外透明镜17-1、电子线路板18-1、主机下壳19-1、可更换瓶盖20-1、隐藏式进气口20-2、第一防滑纹20-3、盖锁扣21-1、防漏垫22-1、第一通液口23-1、第二通液口24-1、单向阀25-1、上磁环26-1、下磁环26-2、吸液管27-1、卡扣槽28-1、胶圈28-2。
具体实施方式
实施例1
它包含的技术方案是：它包含红外传感器1、出液口2、出液部3、主机电池盖1-1、电池仓门2-1、7号电池3-1、电池仓密封胶圈4-1、第一电池仓门锁扣5-1、第二电池仓门锁扣6-1、主机上壳7-1、指示灯镜8-1、泡沫发 生器上盖9-1、泡沫发生器10-1、泡沫发生器下盖11-1、电机12-1、密封胶垫13-1、按钮帽14-1、红外灯帽15-1、密封圈16-1、红外透明镜17-1、电子线路板18-1、主机下壳19-1、可更换瓶盖20-1、盖锁扣21-1、防漏垫22-1、第一通液口23-1、第二通液口24-1、单向阀25-1、上磁环26-1、下磁环26-2、吸液管27-1、卡扣槽28-1，主机上壳7-1的下部设置有主机下壳19-1，主机下壳19-1的下部设置有可更换瓶盖20-1，主机上壳7-1顶部一侧延伸形成有出液部3，出液部3由主机上壳7-1顶部一体延伸形成尖锥状，主机上壳7-1内设有7号电池3-1，7号电池3-1通过电池仓门2-1卡装在主机上壳7-1内，电池仓门2-1与主机上壳7-1之间设有电池仓密封胶圈4-1，电池仓门2-1通过第一电池仓门锁扣5-1与第二电池仓门锁扣6-1与主机上壳7-1连接，主机上壳7-1内顶部扣装有主机电池盖1-1，可更换瓶盖20-1内设有吸液管27-1，吸液管27-1一端位于出液部3内，另一端延伸形成取液端，远离可更换瓶盖20-1的出液部3外端设有出液口2，出液口2位于出液部3端部或底部，吸液管27-1出口与出液口2相连接，出液部3的端部设有指示灯镜8-1，主机下壳19-1一侧上设有红外感应器1，主机下壳19-1另一侧安装有电机12-1，电机12-1上方的主机下壳19-1内安装有泡沫发生器10-1与液体流量调节阀10-2，泡沫发生器10-1的两端通过泡沫发生器上盖9-1与泡沫发生器下盖11-1安装在主机下壳19-1内，泡沫发生器上盖9-1上设置有第一通液口23-1，泡沫发生器下盖11-1上设置有第二通液口24-1，液体流量调节阀10-2的一端与吸液管27-1相连接，另一端接入第二通液口24-1与泡沫发生器10-1相连接，第一通液口23-1外接吸液管27-1，泡沫发生器10-1通过吸液管27-1与出液口2相连通，泡沫发生器10-1设置有两个，红外感应器1底部通过密封胶垫13-1、密封圈16-1安装有电子线路板18-1，电子线路板18-1底部设有按钮帽14-1与红外灯帽15-1，并通过红外透明镜17-1扣合，可更换瓶盖20-1底部设有盖锁扣21-1，盖锁扣21-1底部设有防漏垫22-1，盖锁扣21-1与防漏垫22-1为弹性设计，主机下壳19-1的底部上活动安装有 单向阀25-1，主机下壳19-1与可更换瓶盖20-1之间设置有上磁环26-1与下磁环26-2，上磁环26-1设置在下磁环26-2的上部，上磁环26-1与主机下壳19-1的底部相连接，下磁环26-2与可更换瓶盖20-1相连接。
进一步的，所述的主机下壳19-1与可更换瓶盖20-1的连接处设有隐藏式进气口20-2，保障液体顺畅流出。
进一步的，所述的可更换瓶盖20-1主体呈圆筒形，可更换瓶盖20-1内设有啮合螺纹，可更换瓶盖20-1表面设有第一防滑纹20-3，可更换瓶盖20-1采用可更换式结构，通过卡装或旋钮或啮合在现有瓶体上，可以随时进行更换安装在不同尺寸的液体瓶上使用。
进一步的，所述的主机电池盖1-1上设置有第二防滑纹1-2，方便增大指尖与主机电池盖1-1之间的摩擦力，进而将主机电池盖7取下。
进一步的，所述的7号电池3-1设置有两节。
本发明的工作原理：将可更换瓶盖20-1与现有的瓶体或专用瓶体或通用瓶体，或直接替换现有的瓶盖上进行安装，安装时通过盖锁扣21-1进行位置固定，通过防漏垫22-1进行防水、防漏保护，吸液管27-1的取液端伸入至液体瓶身(洗手液、沐浴露、洗发水、清洁液、凝胶等)内，实际过程中使用时，手伸至出液口2的下方区域，此时出液口2侧边处的红外传感器1可识别感应到人手，红外传感器1感应的信号通过电子线路板18-1传输至电机12-1，使其运转动作通过吸液管27-1的取液端开始从液体瓶身内进行吸液，吸取的液体流经泡沫发生器10-1形成液体流泡沫，液体流泡沫流至出液口2上流至用户手上，完成自动取液过程，当液体瓶身内的液体使用完后，直接购买同类的袋装液体倒入即可，不需要更换瓶身，大大降低了用户的使用成本，通过设置有隐藏式进气口20-2，保障液体顺畅流出，通过设置有泡沫发生器10-1与液体流量调节阀10-2，更合理的控制了泡沫和空气的比例，出来的泡沫更细化，可以堆积，实现节省资源的目的，通过单向阀25-1的设置，当出液头与瓶身正放时空气可以流入，此时通过红外传感器1可正常出液； 如果出液头与瓶身倒立时，此时瓶内的空气和液体就压住了这个单向阀25-1，此时单向阀25-1就紧闭了，可以实现很好的密封效果，通过倒立安放就不会漏出瓶内液体了，通过上磁环26-1与下磁环26-2使得连接过程更加紧密，通过盖锁扣21-1与防漏垫22-1弹性设计，在安装时可适合大部分高度的瓶子，实用性更强。
采用上述技术方案后，本发明有益效果为：通过红外感应器的设置，可广泛应用在所有的医疗机构或公共场所环境中设立的沐浴液，洗发水，洗手液等液体产品上，替换传统的手压式瓶盖头，能有效对液体量进行固定量化，出液量一致性好，避免在人工使用过程中的多压浪费少压不够的情况，通过设置有泡沫发生器与液体流量调节阀，更合理的控制了泡沫和空气的比例，出来的泡沫更细化，可以堆积，实现节省资源的目的，设计非常巧妙，瓶盖可以随时进行更换安装在不同尺寸的液体瓶上使用，或制作通用瓶体进行配合使用，其操作简单，清洁卫生，不需接触，使用效果极佳，有效的避免交叉感染以及细菌传播，同时提高了防疫效果，该瓶盖和主机结合部巧妙利用单向阀来保证瓶体的密封性，同时又能正常出液，只需将液体注入瓶中即可重复使用，整体实用性强，操作方便，使用效果佳，具有较大的市场推广价值。
实施例2
它包含的技术方案是：它包含红外传感器1、出液口2、出液部3、主机电池盖1-1、电池仓门2-1、7号电池3-1、电池仓密封胶圈4-1、第一电池仓门锁扣5-1、第二电池仓门锁扣6-1、主机上壳7-1、指示灯镜8-1、泡沫发生器上盖9-1、泡沫发生器10-1、泡沫发生器下盖11-1、电机12-1、密封胶垫13-1、按钮帽14-1、红外灯帽15-1、密封圈16-1、红外透明镜17-1、电子线路板18-1、主机下壳19-1、可更换瓶盖20-1、盖锁扣21-1、防漏垫22-1、第一通液口23-1、第二通液口24-1、吸液管27-1，主机上壳7-1的下部设置有主机下壳19-1，主机下壳19-1的下部设置有可更换瓶盖20-1，主机上壳 7-1顶部一侧延伸形成有出液部3，出液部3由主机上壳7-1顶部一体延伸形成尖锥状，主机上壳7-1内设有7号电池3-1，7号电池3-1通过电池仓门2-1卡装在主机上壳7-1内，电池仓门2-1与主机上壳7-1之间设有电池仓密封胶圈4-1，电池仓门2-1通过第一电池仓门锁扣5-1与第二电池仓门锁扣6-1与主机上壳7-1连接，主机上壳7-1内顶部扣装有主机电池盖1-1，可更换瓶盖20-1内设有吸液管27-1，吸液管27-1一端位于出液部3内，另一端延伸形成取液端，远离可更换瓶盖20-1的出液部3外端设有出液口2，出液口2位于出液部3端部或底部，吸液管27-1出口与出液口2相连接，出液部3的端部设有指示灯镜8-1，主机下壳19-1一侧上设有红外感应器1，主机下壳19-1另一侧安装有电机12-1，电机12-1上方的主机下壳19-1内安装有泡沫发生器10-1，泡沫发生器10-1的两端通过泡沫发生器上盖9-1与泡沫发生器下盖11-1安装在主机下壳19-1内，泡沫发生器上盖9-1上设置有第一通液口23-1，泡沫发生器下盖11-1上设置有第二通液口24-1，第一通液口23-1与第二通液口24-1均与吸液管27-1相连接，泡沫发生器10-1通过吸液管27-1与出液口2相连通，泡沫发生器10-1设置有一个，红外感应器1底部通过密封胶垫13-1、密封圈16-1安装有电子线路板18-1，电子线路板18-1底部设有按钮帽14-1与红外灯帽15-1，并通过红外透明镜17-1扣合，可更换瓶盖20-1底部设有盖锁扣21-1，盖锁扣21-1底部设有防漏垫22-1，盖锁扣21-1与防漏垫22-1为弹性设计，主机下壳19-1的底部上设置有四个阵列分布的卡扣槽28-1，卡扣槽28-1上设有胶圈28-2，达到更密封的效果，胶圈28-2可旋转。
进一步的，所述的主机下壳19-1与可更换瓶盖20-1的连接处设有隐藏式进气口20-2，保障液体顺畅流出。
进一步的，所述的可更换瓶盖20-1主体呈圆筒形，可更换瓶盖20-1内设有啮合螺纹，可更换瓶盖20-1表面设有第一防滑纹20-3，可更换瓶盖20-1采用可更换式结构，通过卡装或旋钮或啮合在现有瓶体上，可以随时进行更 换安装在不同尺寸的液体瓶上使用。
进一步的，所述的主机电池盖1-1上设置有第二防滑纹1-2，方便增大指尖与主机电池盖1-1之间的摩擦力，进而将主机电池盖7取下。
进一步的，所述的7号电池3-1设置有两节。
本发明的工作原理：将可更换瓶盖20-1与现有的瓶体或专用瓶体或通用瓶体，或直接替换现有的瓶盖上进行安装，安装时通过盖锁扣21-1进行位置固定，通过防漏垫22-1进行防水、防漏保护，吸液管27-1的取液端伸入至液体瓶身(洗手液、沐浴露、洗发水、清洁液、凝胶等)内，实际过程中使用时，手伸至出液口2的下方区域，此时出液口2侧边处的红外传感器1可识别感应到人手，红外传感器1感应的信号通过电子线路板18-1传输至电机12-1，使其运转动作通过吸液管27-1的取液端开始从液体瓶身内进行吸液，吸取的液体流经泡沫发生器10-1形成液体流泡沫，液体流泡沫流至出液口2上流至用户手上，完成自动取液过程，当液体瓶身内的液体使用完后，直接购买同类的袋装液体倒入即可，不需要更换瓶身，大大降低了用户的使用成本，通过设置有隐藏式进气口20-2，保障液体顺畅流出，通过卡扣槽28-1可卡住任意瓶盖，扣槽28-1可以设置多个，通过卡扣槽28-1的胶圈28-2达到更密封的效果。
采用上述技术方案后，本发明有益效果为：通过红外感应器的设置，可广泛应用在所有的医疗机构或公共场所环境中设立的沐浴液，洗发水，洗手液等液体产品上，替换传统的手压式瓶盖头，能有效对液体量进行固定量化，出液量一致性好，避免在人工使用过程中的多压浪费少压不够的情况，瓶盖可以随时进行更换安装在不同尺寸的液体瓶上使用，或制作通用瓶体进行配合使用，其操作简单，清洁卫生，不需接触，使用效果极佳，有效的避免交叉感染以及细菌传播，同时提高了防疫效果，该瓶盖和主机结合部巧妙利用单向阀来保证瓶体的密封性，同时又能正常出液，只需将液体注入瓶中即可重复使用，整体实用性强，操作方便，使用效果佳，具有较大的市场推广价 值。
以上所述，仅用以说明本发明的技术方案而非限制，本领域普通技术人员对本发明的技术方案所做的其它修改或者等同替换，只要不脱离本发明技术方案的精神和范围，均应涵盖在本发明的权利要求范围当中。

Claims (5)

  1. 一种可更换瓶盖的红外感应自动出液头，其特征在于：它包含红外传感器(1)、出液口(2)、出液部(3)、主机电池盖(1-1)、电池仓门(2-1)、7号电池(3-1)、电池仓密封胶圈(4-1)、第一电池仓门锁扣(5-1)、第二电池仓门锁扣(6-1)、主机上壳(7-1)、指示灯镜(8-1)、泡沫发生器上盖(9-1)、泡沫发生器(10-1)、泡沫发生器下盖(11-1)、电机(12-1)、密封胶垫(13-1)、按钮帽(14-1)、红外灯帽(15-1)、密封圈(16-1)、红外透明镜(17-1)、电子线路板(18-1)、主机下壳(19-1)、可更换瓶盖(20-1)、盖锁扣(21-1)、防漏垫(22-1)、第一通液口(23-1)、第二通液口(24-1)、单向阀(25-1)、上磁环(26-1)、下磁环(26-2)、吸液管(27-1)，主机上壳(7-1)的下部设置有主机下壳(19-1)，主机下壳(19-1)的下部设置有可更换瓶盖(20-1)，主机上壳(7-1)顶部一侧延伸形成有出液部(3)，出液部(3)由主机上壳(7-1)顶部一体延伸形成尖锥状，主机上壳(7-1)内设有7号电池(3-1)，7号电池(3-1)通过电池仓门(2-1)卡装在主机上壳(7-1)内，电池仓门(2-1)与主机上壳(7-1)之间设有电池仓密封胶圈(4-1)，电池仓门(2-1)通过第一电池仓门锁扣(5-1)与第二电池仓门锁扣(6-1)与主机上壳(7-1)连接，主机上壳(7-1)内顶部扣装有主机电池盖(1-1)，可更换瓶盖(20-1)内设有吸液管(27-1)，吸液管(27-1)一端位于出液部(3)内，另一端延伸形成取液端，远离可更换瓶盖(20-1)的出液部(3)外端设有出液口(2)，出液口(2)位于出液部(3)端部或底部，吸液管(27-1)出口与出液口(2)相连接，出液部(3)的端部设有指示灯镜(8-1)，主机下壳(19-1)一侧上设有红外感应器(1)，主机下壳(19-1)另一侧安装有电机(12-1)，电机(12-1)上方的主机下壳(19-1)内安装有泡沫发生器(10-1)与液体流量调节阀(10-2)，泡沫发生器(10-1)的两端通过泡沫发生器上盖(9-1)与泡沫发生器下盖(11-1)安装在主机下壳(19-1)内，泡沫发生器上盖(9-1)上设置有第一通液口(23-1)，泡沫发生器下盖(11-1)上设置有第二通液口(24-1)，液体流量调 节阀(10-2)的一端与吸液管(27-1)相连接，另一端接入第二通液口(24-1)与泡沫发生器(10-1)相连接，第一通液口(23-1)外接吸液管(27-1)，泡沫发生器(10-1)通过吸液管(27-1)与出液口(2)相连通，泡沫发生器(10-1)设置有两个，红外感应器(1)底部通过密封胶垫(13-1)、密封圈(16-1)安装有电子线路板(18-1)，电子线路板(18-1)底部设有按钮帽(14-1)与红外灯帽(15-1)，并通过红外透明镜(17-1)扣合，可更换瓶盖(20-1)底部设有盖锁扣(21-1)，盖锁扣(21-1)底部设有防漏垫(22-1)，盖锁扣(21-1)与防漏垫(22-1)为弹性设计，主机下壳(19-1)的底部设置有四个卡扣槽(28-1)，卡扣槽(28-1)上活动安装有单向阀(25-1)，卡扣槽(28-1)位于单向阀(25-1)的外周，卡扣槽(28-1)上设有胶圈(28-2)，主机下壳(19-1)与可更换瓶盖(20-1)之间设置有上磁环(26-1)与下磁环(26-2)，上磁环(26-1)设置在下磁环(26-2)的上部，上磁环(26-1)与主机下壳(19-1)的底部相连接，下磁环(26-2)与可更换瓶盖(20-1)相连接。
  2. 根据权利要求1所述的一种可更换瓶盖的红外感应自动出液头，其特征在于：所述的主机下壳(19-1)与可更换瓶盖(20-1)的连接处设有隐藏式进气口(20-2)。
  3. 根据权利要求1所述的一种可更换瓶盖的红外感应自动出液头，其特征在于：所述的可更换瓶盖(20-1)主体呈圆筒形，可更换瓶盖(20-1)内设有啮合螺纹，可更换瓶盖(20-1)表面设有第一防滑纹(20-3)，可更换瓶盖(20-1)采用可更换式结构，通过卡装或旋钮或啮合在现有瓶体上。
  4. 根据权利要求1所述的一种可更换瓶盖的红外感应自动出液头，其特征在于：所述的主机电池盖(1-1)上设置有第二防滑纹(1-2)。
  5. 根据权利要求1所述的一种可更换瓶盖的红外感应自动出液头，其特征在于：所述的7号电池((3-1)设置有两节。
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