TWM587034U - Shower head and hose connecting shower head - Google Patents

Abstract

In this work, the principle of the generator is used to divide the hollow area of the shower head and / or the hollow area of the hose connected to the shower head (hereinafter referred to as "hose") into three sections, namely the first section, using materials that are both waterproof and tough. The inner wall of the shower head and / or the inner wall of the hose is between the waterproof and ductile material, and a magnetic object and a conductive material are arranged therein, and the magnetic object and the conductive material are located on one side, and electricity is generated by changing the corresponding positions of the two; The second space is a space between the first and second waterproof tough materials, and the space is filled with a material that expands by heat. The third space is a second space between the second waterproof toughness material and the shower head and / or the other inner side wall of the hose. Provides space for water to flow. When the water flow changes in the third section, the expansion material in the second section expands, so that the corresponding positions of the magnetic material and the conductive material in the first section change closer to the power output for the use of the LED lights; the surplus electricity is stored in the power storage group.

Description

Shower head and hose connecting shower head

This creation relates to a shower head and / or a hose connected to the shower head (hereinafter referred to as "hose"), which can provide LED lighting without using batteries or commercial power, and can be changed by different LEDs to the user. Give feedback on the use time or water temperature.

Taiwan's new patent announcement No. M540425 "Electricity-free LED light-emitting shower head" This new creation is about a light-emitting LED light-emitting shower head, which is mainly based on the characteristics of the thermoelectric effect module. When cold or hot water flows through the shower head body, Make the thermoelectric effect module generate a temperature difference and then generate electric energy for the energy required when the LED emits light, so that the LED light-emitting shower head does not need to be additionally installed with a battery or connected to mains electricity during use. However, the electric energy used is generated by the temperature difference generated by the thermoelectric effect module when cold water or hot water flows inside the shower head body. Generally, shower people want the water temperature to be maintained at a constant temperature, instead of alternating cold and hot water, or the water temperature gap is too large. , And when the water temperature meets the requirement of maintaining constant temperature, it will affect the power of the LED.

Taiwan's new patent publication No. M564422 "light-emitting hose" uses water to rotate the impeller to drive the generator to generate electricity. And can provide lighting in the shower, can also use different luminous colors as a warning of water temperature. However, in order for the impeller to rotate to drive the generator to generate electricity, the water flow must pass through a narrow diversion channel, and then squeeze the water out of the shower head through the accommodation hole space with only a gap after the generator has been placed. A very large water pressure is required to achieve a comparable water output. Insufficient water output will affect the ignition and continuous combustion of the water heater.

Taiwan New Patent Bulletin No. M536432 "Wireless Powered LED Shower Head System" This creation proposes a wireless power supply LED shower head system, which mainly includes a wireless power supply device and a shower head device with a wireless power receiver, chip control and LED module. However, it still needs the main power to supply the initial power, and the conversion efficiency is low, the speed is slow, the power consumption is higher, the power consumption is higher, the cost is higher, and the maintenance consumption is large. However, after all, the shower head is a daily necessities that the general public will use, and more people will benefit from the price.

Taiwan Invention Patent Bulletin No. I346543 "A shower head structure with temperature sensing and micro-hydraulic power generation" However, the impeller structure takes up too much space, the generator is a miniature generator that generates limited water, which may not be necessary for bathroom lighting, and the generator is not suitable for immersion in water Some of the components did not explicitly isolate the effects of their effects over time.

This creation is to solve the need for the shower head and / or the hose connected to the shower head (hereinafter referred to as "hose") to be equipped with LED lights to provide functions such as lighting and safe temperature control display, which can be obtained without excessive investment. Generally, if the power supply is a "battery", it is expensive and must be tightly waterproof; if it is a "mains power", it must be converted to wireless power, with high power consumption and expensive equipment. The penetration rate is not high; if it is self-generating, such as using a generator, Because the water flow requires generator components to shorten the life of the generator, the traditional use of impellers to drive the generator takes up too much space. If the generator is squeezed in the water pipe, the water flow cannot pass smoothly, which may affect the ignition of the water heater, and it cannot be displayed with LED lights. Warning if the temperature is too high or the use time is too long; using the difference in temperature and heat of the water, it is easy to generate insufficient electricity or make the water temperature unstable. This creation uses the principle of a generator to generate a stable and sufficient power supply. The method is: on the shower head and / Or the hollow area of the hose, which is divided into three sections by waterproof and tough materials that have both water resistance and toughness. That is, the first section is between the shower head and / or the inner wall of the hose and the first waterproof tough material. Conductive materials, with magnetic objects and conductive materials on one side in a manner that includes "attachment", use the two to change the corresponding position when water flows to generate electricity, and export it to provide a shower head and / or soft It is used for more than one LED lamp; the second section adjacent to the first section is a waterproof toughness material, and a section is filled with the thermally expanded material; the third section adjacent to the second section is a second waterproof toughness material Form an interval with the shower head and / or the other inner side wall of the hose to provide a space for water to flow. When the water in the third section passes through the second waterproof toughness material that is directly pressurized to the adjacent second zone and indirectly pressurized to the first waterproof toughness material, the corresponding position of the magnetic object and the conductive material in the first zone will be changed and further Generate electric current; the heat of the water will cause the expansion material in the adjacent second section to expand, so that the corresponding position of the magnetic material and the conductive material in the first section is closer to the power output, which can provide more LEDs and further away from the power supply. Use of lights; unused electricity leads to the power storage unit.

11‧‧‧ shower head

111‧‧‧ the first interval

1111‧‧‧ Magnetic

1112‧‧‧ conductive material

1113‧‧‧Inner wall of shower head

112‧‧‧Second Interval

1121‧‧‧The first waterproof and tough material

1122‧‧‧Second waterproof toughness material

1123‧‧‧ Thermally expanded material

113‧‧‧ third interval

1131‧‧‧The other inner side of the shower head

12‧‧‧ hose

121‧‧‧ the first interval

1211‧‧‧ Magnetic

1212‧‧‧Conductive material

1213‧‧‧ inside wall of hose

122‧‧‧Second Interval

1221‧‧‧The first waterproof toughness material

1222‧‧‧Second waterproof toughness material

1223‧‧‧ Thermally Expanded Material

123‧‧‧Third Interval

1231‧‧‧The other inner side of the hose

115‧‧‧LED light

116‧‧‧Current transmission

117‧‧‧ Power Storage Unit

21‧‧‧hose

211‧‧‧first interval

2111‧‧‧ Magnetic

2112‧‧‧Conductive materials

2113‧‧‧ inside wall of hose

212‧‧‧Second Interval

2121‧‧‧The first waterproof and tough material

2122‧‧‧Second waterproof and tough material

2123‧‧‧ Thermally expanded material

213‧‧‧Third Interval

2131‧‧‧ the other inner side of the hose

215‧‧‧LED Light

216‧‧‧Current transmission material

217‧‧‧Power Storage Unit

91, 92, 93, 94‧‧‧‧ LED lights with different light colors

125‧‧‧LED Light

126‧‧‧Current transmission object

127‧‧‧ Power Storage Unit

22‧‧‧ shower head

221‧‧‧The first interval

2211‧‧‧Magnetic

2212‧‧‧Conductive materials

2213‧‧‧Inner wall of shower head

222‧‧‧Second Interval

2221‧‧‧The first waterproof toughness material

2222‧‧‧Second waterproof toughness material

2223‧‧‧ Thermally Expanded Material

223‧‧‧Third Interval

2231‧‧‧The other inner side of the shower head

225‧‧‧LED Light

226‧‧‧Current transmission object

227‧‧‧Power Storage Unit

The first picture shows the appearance of the shower head of the first embodiment

The second figure is an internal view of the shower head of the first embodiment

The third picture is the inner view of the hose of the first embodiment (without LED lights)

The fourth picture is the inner view of the hose of the first embodiment (with LED lights)

The fifth figure is the appearance of the hose of the second embodiment

The sixth figure is the inner view of the hose of the second embodiment

The seventh picture shows the appearance of the shower head of the second embodiment (without LED lights)

The eighth picture is the appearance of the shower head of the second embodiment (with LED lights)

The ninth, tenth, eleventh, and twelfth figures are all specific embodiments.

The first to fourth figures are the first embodiment. The first figure shows the appearance of the shower head of the first embodiment. The second figure shows the internal structure of the shower head 11 of the first embodiment of the creation. In the hollow area of the shower head, it is divided into three sections by a material having waterproof toughness, that is, the first section 111 is an impervious section formed by the inner wall 1113 of the shower head and the first waterproof tough material 1121. One or more magnetic objects 1111 and One or more conductive materials 1112, and the magnetic object 1111 and the conductive material 1112 are "attached" to the inner side of the shower head and the first waterproof and tough material on one side, using the shower head to make the corresponding positions when the water flows The change of electricity generates electricity, and the electricity is transmitted to the LED light 115 provided on the shower head 11 by using the current transmitting material 116. The second zone 112 adjacent to the first zone 111 is the first waterproof toughness material 1121 and the second waterproof toughness material. 1122 divides a section, and fills the thermally expanded material 1123 in the section, and maintains the thermally expanded material 1123 in a "closed" manner to not escape from the second section; the third section 113 adjacent to the second section 112 The second waterproof toughness material 1122 forms an interval with the other inner side wall 1131 of the shower head to provide a space for water to flow. When the water in the third section 113 flows through the second waterproof toughness material 1122 directly pressurized to the adjacent second section and indirectly pressurizes the first waterproof toughness material 1121, the first section 111 magnetic substance 1111 and the conductive material 1112 will be caused. The corresponding position of the element changes and electric current is generated; the heat of the water flow expands the expansion material 1123 in the adjacent second section, so that the corresponding position of the magnetic object 1111 and the conductive material 1112 in the first section is closer to the power output, which can provide more power. Multiple and far-distance LED lights can be used, and the remote LED lights 92 can use different lights; the unused power is directed to the power storage group 117. In addition to the shower head, the first embodiment of the present invention can also be connected with a hose 12 having a special structure. In the hollow area of the hose 12, a first water-repellent toughness material 1221 and a second water-repellent toughness which have both water resistance and toughness are used. The material 1222 is divided into three sections, that is, the first section 121 is an impervious section formed by the inner wall 1213 of the hose 12 and the first waterproof tough material 1221. One or more magnetic materials 1211 and one or more conductive materials 1212 are arranged therein. And make the magnetic object 1211 and the conductive material 1212 “attach” to the inner side wall of the hose and the waterproof and tough material on one side, generate electricity by utilizing the change of the corresponding positions of the two when the water flows, and use the current to transmit the object 126 derives its power and finally provides LED lights 115 and / or LED lights 125 for use; the second section 122 adjacent to the first section 121 is a section between the first waterproof toughness material 1221 and the second waterproof toughness material 1222, and in this section The thermally expanded material 1223 is filled in the middle, and the thermally expanded material 1223 is maintained in a "closed" manner to prevent the thermally expanded material 1223 from escaping from the second section. The third section 123 adjacent to the second section 122 is a second waterproof toughness material 1222 and soft The other inner side wall 1231 of the tube forms a section to provide a space for water to flow. When the water in the third section 123 passes through the second waterproof toughness material 1222 directly pressurized to the adjacent second section, and indirectly pressurizes to the first waterproof toughness material 1221, the first section 121 magnetic object 1211 and the conductive material 1212 will be caused. The corresponding position of the sensor changes and electric current is generated; the heat of the water flow will cause the expansion material 1223 in the adjacent second section to expand, so that the corresponding position of the magnetic object 1211 and the conductive material 1212 in the first section is closer to the power output, which can provide more power. The LED lights 115 and / or LED lights 125 that are more and farther away from the power supply can be used, and the remote LED lights 91 can use different lights; the unused power is directed to the power storage group 117 and / or the power storage group 127.

The fifth to eighth figures are the second embodiment. The fifth figure is the appearance of the hose of the second embodiment. The sixth figure shows the internal structure of the hose 21 according to the second embodiment of the present invention. The hollow area of the hose is divided into three sections by using a waterproof and tough material that is both waterproof and tough. That is, the first section 211 is the inner wall 2113 of the hose and the first waterproof tough material 2121 forms an impervious section. The above magnetic object 2111 and the more than one conductive material 2112, and the magnetic object 2111 and the conductive material 2112 are included in " The method of “adhering” to the inner wall of the hose and the first water-repellent ductile material side by side uses electricity to change the corresponding position of the two to generate electricity when the water flows through it, and uses a current-transmitting material 216 to export and provide electricity to the soft The LED lamp 215 on the tube 21 is used; the second section 212 adjacent to the first section 211 is a section between the first waterproof toughness material 2121 and the second waterproof toughness material_2122, and a thermally expanded material 2123 is filled in the section. And in a "closed" manner to maintain the thermally expanded material 2123 not to escape from the second section; the third section 213 adjacent to the second section 212 is a second waterproof toughness material 2122 and another inner side wall 2131 of the hose forms a Section to provide water flow space. When the third section 213 flows through the second waterproof toughness material 2122 directly pressurized to the adjacent second section and indirectly pressurizes to the first waterproof toughness material 2121, the first section 211 will be made. The corresponding positions of the magnetic object 2111 and the conductive material 2112 are changed to generate an electric current; the heat of the water flow expands the expansion material 2123 in the adjacent second section to expand the magnetic section 2111 and the conductive section in the first section. Corresponding to position 2112 of the material closer to strengthen the power output, and to provide more power for the farther from the LED lamp using the LED lamp 93 using different remote light; endless power usage electricity storage pack 217 is introduced.

In addition to the hose, the second embodiment of the present invention can also be connected to a shower head 22 having a special structure. In the hollow area of the shower head 22, the first waterproof toughness material 2221 and the second waterproof toughness material 2222 are divided into three sections, that is, the first section 221 is the inner wall 2213 of the shower head 22 and the first waterproof toughness material 2221 forms an impervious section. One or more magnetic objects 2211 and one or more conductive materials 2212 are arranged therein, and the magnetic objects 2211 and the conductive materials 2212 are “attached” to the inner wall of the shower head and the waterproof and tough material on one side, using the shower head. When the current flows, the corresponding positions of the two are changed to generate electricity, and the current transmission object 226 is used to transfer it to the LED light 215 and / or the LED light 225. The second interval 222 adjacent to the first interval 221 is the first The water-repellent toughness material 2221 and the second water-repellent toughness material 2222 are separated by a section, and the section is filled with thermal expansion. The swollen material 2223 includes a "closed" way to maintain that the thermally expanded material 2223 does not escape from the second section; the third section 223 adjacent to the second section 222 is the second waterproof toughness material 2222 and the other inner side wall of the shower head 2231 forms a section to provide space for water to flow. When the water in the third section 223 flows through the second waterproof toughness material 2222 directly pressurized to the adjacent second section and indirectly pressurizes the first waterproof toughness material 2221, the magnetic material 2211 and the conductive material 2212 in the first section 221 will be caused. The corresponding position of the element will change and generate current; the heat of the water flow will expand the expansion material 2223 in the adjacent second section, so that the corresponding position of the magnetic material 2211 and the conductive material 2212 in the first section is closer to the power output, which can provide more power. The LED lights 215 and / or LED lights 225 that are more and farther away from the power supply are used, and the remote LED lights 94 can use different lights; the unused power is directed to the power storage group 217 and / or the power storage group 227.

Claims (10)

A shower head, which mainly includes three sections, LED lights located above the shower head, and more than one LED lamp and a current transmitting object. The first section is an impervious section formed by the inner wall of the shower head and the first waterproof and tough material, and more than one is set in the section. The magnetic object and one or more conductive materials, and the magnetic object and the conductive material are "attached" to the inner side of the shower head and the waterproof and tough material on one side, so as to mutually stand at a variable corresponding position; the second section Adjacent to the first section, it is a section formed by the first and second waterproof tough materials. The second section mainly includes materials that are thermally expanded, and in a manner that includes "closedness", maintains that the thermally expanded materials do not escape from the second section; The third section is adjacent to the second section. The second waterproof and tough material forms a section with the other inner side wall of the shower head, which is the main water supply channel. The current transmission material mainly includes the conductive material and the current transmission material. The current generated by the object and the conductive material is transmitted to the LED lamp for use; the LED lamp is attached to the shower head and connected in a manner including "embedding". Current supply transporter, time later receives the power LED lamp is displayed in different colors including light manner. The shower head according to claim 1, which is connected to a hose for transmitting water, and the hose mainly includes three sections and current transmission objects: the first section is the inner wall of the hose and the first waterproof tough material to form an impervious section, In this section, more than one magnetic object and more than one conductive material are arranged, and the magnetic object and the conductive material are mutually adhered to each other in such a manner as to "attach" to the inner side wall of the hose and the waterproof and tough material on each side. Corresponding position of the change; the second section is adjacent to the first section and is a section formed by the first and second waterproof and tough materials. The second section mainly includes materials that are thermally expanded, and maintains the thermal expansion in a "closed" manner. The material does not escape from the second section; the third section is adjacent to the second section, and the second waterproof and ductile material forms a section with the other inner side wall of the hose, which is the main water supply flow channel; the current-transmitting materials mainly include connecting conductive materials and current transmission The method is to provide the current generated by the magnetic object and the conductive material in the first zone to the LED lamp. The shower head according to claim 2, wherein more than one LED lamp on the outside of the hose is attached to the hose in a "embedded" manner and receives power from a current transmission object, and the LED lights that receive power at a later time are included Displayed in different color lights. The shower head according to claim 1, provided with more than one power storage group. The shower head according to claim 2 or 3, wherein the hose is provided with more than one power storage group. A hose connected to a shower head, which mainly includes three sections, one or more LED lights located on the outer side of the hose, and a current transmitting object. The first section is an inner wall of the hose and a first waterproof and tough material forming an impervious section. In the section, more than one magnetic object and more than one conductive material are provided, and the magnetic object and the conductive material are mutually attached to each other in such a manner as to "attach" to the inner side wall of the hose and the waterproof and tough material on each side. Corresponding position; the second section is adjacent to the first section and is the section formed by the first and second waterproof and tough materials. The second section mainly includes materials that are thermally expanded and maintains the thermally expanded materials in a "closed" manner. The second section is dissipated; the third section is adjacent to the second section, and the second waterproof and tough material forms a section with the other inner side wall of the hose, which is the main water supply flow channel; the current transmission material includes a method of connecting the conductive material and the current transmission material. To transmit the current generated by the magnetic and conductive materials in the first zone to the LED lamp; the LED lamp is attached to the hose and receives the current by including an "embedding" method Power was lost, the more time after receiving the power supply of the LED lamp is displayed in different colors including light manner. The hose according to claim 6, which is connected to the shower head that sends out water. The shower head mainly includes three sections and current transmission objects: the first section is the inner wall of the shower head and the first waterproof tough material forms an impervious section. In the section, more than one magnetic object and more than one conductive material are provided, and the magnetic object and the conductive material are "attached" to the inner side of the shower head and waterproof and tough material on one side, so as to be mutually compatible with each other. Position; the second section is adjacent to the first section, and is a section formed by the first and second waterproof and tough materials. The second section mainly includes materials that are thermally expanded, and maintains the thermally expanded materials in a "closed" manner. The second section is adjacent to the second section, and the second waterproof and ductile material forms a section with the other inner side wall of the shower head. The main water supply flow channel; the current transmission material includes a method of connecting the conductive material and the current transmission material. The current generated by the magnetic material and the conductive material in the first zone is provided to the LED lamp for use. The hose as described in claim 7, wherein more than one LED lamp on the outside of the shower head is attached to the shower head in a "embedded" manner and receives power from a current transmitting object, and the LED lights that receive power at a later time can be included in Color lights display. The hose according to claim 6, provided with more than one power storage group. The hose according to claim 7 or claim 8, wherein the shower head is provided with more than one power storage group.