CN210492956U

CN210492956U - Solar touch sliding type adjusting sunshade

Info

Publication number: CN210492956U
Application number: CN201921439679.9U
Authority: CN
Inventors: 王斌
Original assignee: Linhai Dali Arts & Crafts Co ltd
Current assignee: Linhai Dali Arts & Crafts Co ltd
Priority date: 2019-09-02
Filing date: 2019-09-02
Publication date: 2020-05-12
Anticipated expiration: 2029-09-02

Abstract

The utility model discloses a sun shade is adjusted to solar energy touch slidingtype in sun shade technical field, including sun shade umbrella system and LED electrical apparatus circuit control system, through system touch inductive transducer, when dabbing the switch key with the finger, can realize that the mode of touch opens/closes the LED light on the sun shade, through the finger on the power appointed regional touch slip, realize the adjustting of the lighteness to LED lamp strip on the sun shade, easy operation, the practicality is strong, just the utility model discloses a power to the LED sun shade provides two kinds of charge modes: solar energy and 220V alternating current charge, under the suitable circumstances of outdoor solar energy condition, system's accessible solar energy charges for lithium cell power supply module B automatically, under the unsuitable circumstances of outdoor solar energy condition, can dismantle foretell power supply module B alone and remove to indoor suitable position, use USB charging wire and power adapter to charge under 220V alternating current environment, the functionality is stronger.

Description

Solar touch sliding type adjusting sunshade

Technical Field

The utility model belongs to the technical field of the sun shade, concretely relates to utilize solar energy or 220V alternating current to charge for power lithium cell, make the LED lamp strip on the sun shade open/close through finger touch switch, through the finger on the power appointed regional touch slip, realize the adjustting of the lighteness of LED lamp strip on the sun shade to can dismantle the sun shade power alone and remove the sun shade that charges.

Background

The power switches of the sunshade umbrellas with LED lights on the market at present are all fixed on the umbrella body of the sunshade umbrella or are suspended on the umbrella body through a spring wire, and the modes of opening/closing the LED lights on the sunshade umbrellas are all realized by pressing the traditional mechanical switch arranged on the power supply; the LED lamp on the sunshade can only be opened/closed in the mode, the brightness of the LED lamp on the sunshade cannot be adjusted, the use requirements of customers on the LED lamp on the sunshade in different environments cannot be met, meanwhile, the sunshade is a product used outdoors by the customers, the power supply of the sunshade with the LED needs to be moved indoors for charging under the condition that the outdoor solar energy condition is not suitable, and the mode that the traditional power supply is fixed on the sunshade body is very complicated and inconvenient when the power supply of the sunshade is charged. Under the market environment of continuously pursuing product innovation at present, the requirements of customers on exquisite appearance and function innovation are obviously not met. To the problem, the utility model aims to develop a sunshade LED light umbrella that the outward appearance is succinct exquisite, high durability and convenient use, the function innovation, traditional mechanical type switch has been abandoned on the sun shade power, open/close the LED light on the sun shade through the mode of finger touch, it slides to appoint regional touch on the power through the finger, the realization is to the adjustting of the lighteness of LED lamp strip on the sun shade, battery and control system integration in the power in the detachable casing, the realization can dismantle the structural style who exchanges alone and charge to the battery, better satisfy the user demand of customer to the sun shade.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide a sunshade LED light umbrella of succinct exquisite, convenient to use of outward appearance, function innovation to solve the current sun shade that proposes in the above-mentioned background art and constantly pursue under the market environment of product innovation at present, can not reach the requirement that satisfies the customer to the exquisite, the function innovation of outward appearance.

In order to achieve the above object, the utility model provides a following technical scheme: the utility model provides a sun shade is adjusted to solar energy touch slidingtype, includes sun shade umbrella system and LED electrical apparatus circuit control system, sun shade umbrella system comprises sun shade umbrella pole, long rib, short rib, rib support, goes up umbrella dish, iron wire circle, self tapping screw A, solar panel fixing base, battery case fixing base, self tapping screw B, battery case apron and battery case touch sticker, LED electrical apparatus circuit control system comprises solar panel, connection PCB circuit board, last annular PCB circuit board, long rib LED lamp strip, short rib LED lamp strip, lower annular PCB circuit board, connection thread, power cord, USB charging wire, power PCB circuit board, lithium cell, touch chip PCB board. The long umbrella ribs and the short umbrella ribs are connected into a whole through the umbrella rib support.

Preferably, the long umbrella rib is designed to be provided with a groove on the bottom surface, a round hole is drilled at the mounting position of the umbrella rib support, the LED lamp strip of the long umbrella rib is fixedly mounted in the groove on the bottom surface of the long umbrella rib, and a connecting wire on the long umbrella rib penetrates through the round hole reserved on the long umbrella rib, enters the inner cavity of the long umbrella rib pipe and penetrates out from the top end of the long umbrella rib.

Preferably, the short rib is the design of bottom surface fluting, short rib LED lamp strip installation is fixed in the recess of short rib bottom surface, short rib LED's connecting wire prolongs the recess of short rib and wears out from the bottom, long rib with short rib is eight, and the eight that assemble long rib and eight short ribs pass through respectively the iron wire circle is connected as an organic wholely, go up the built-in annular groove of umbrella disk, go up annular PCB circuit board installation and be fixed in go up in the built-in annular groove of umbrella disk, just it has eight electric wire plug to distribute on the annular PCB circuit board, correspond respectively and install in the electric wire plug of the long rib LED lamp strip on the long rib is to the plug-in connection, makes eight long rib LED lamp strip in the long rib forms the return circuit on the circuit.

Preferably, the annular groove is arranged in the lower umbrella disk, the lower annular PCB circuit board is installed and fixed in the annular groove arranged in the lower umbrella disk, eight electric wire plugs are distributed on the lower annular PCB circuit board and are respectively connected with the electric wire connectors of the short umbrella rib LED lamp strips on the short umbrella ribs in an inserting mode, so that the eight short umbrella rib LED lamp strips in the short umbrella ribs form a loop on a circuit, the annular groove is arranged in the lower umbrella disk, the lower annular PCB circuit board is installed and fixed in the annular groove arranged in the lower umbrella disk, eight electric wire plugs are distributed on the lower annular PCB circuit board and are respectively connected with the electric wire connectors of the short umbrella rib LED lamp strips on the short umbrella ribs in an inserting mode, and the eight short umbrella rib LED lamp strips in the short umbrella ribs form a loop on the circuit.

Preferably, the power line penetrates through the inner cavity of one of the long umbrella ribs, the upper end of the power line is connected with the electric wire socket reserved on the upper annular PCB, and the lower end of the power line penetrates through a wire passing square hole formed in the side face of the bottom of the long umbrella rib and is connected with the interface of the power PCB in an opposite plugging mode.

Preferably, the solar panel is connected with the PCB circuit board in series through a wire and fixedly mounted on the solar panel fixing seat, and the lower end of the solar panel is connected with the corresponding connecting plug left on the upper annular PCB circuit board in an opposite inserting mode through the wire.

Preferably, go up umbrella disk top and be provided with two types of cheque's type buckles, solar panel fixing base bottom is provided with two protruding screens piece, makes through rotatory extruded mode solar panel fixing base with go up umbrella disk fixed connection.

Preferably, the power PCB circuit board install in the bottom inner chamber of battery case fixing base, the battery case fixing base passes through self-tapping screw B threaded connection in the assigned position of long rib bottom, touch chip PCB board with lithium cell welded connection is whole, just touch chip PCB board disposes current-sensing sliding touch sensor, and its chip embeds there is predetermined touch-sensitive procedure, forms power and control system's integrated module from this to the joint in the battery case inner chamber.

Preferably, battery case touch sticker installs on battery box cover plate, be provided with four buckles on the battery box cover plate, through four the buckle with the battery case buckle is connected as whole, and power supply module A is constituteed with power PCB circuit board to foretell battery case fixing base from this, battery case, lithium cell, touch chip PCB board, battery box cover plate, battery case touch sticker are connected as whole constitution power supply module B, be provided with the protrusion card platform of four symmetries on the battery case fixing base bottom plane in power supply module A, power supply module A upper portion left side is provided with a contract type buckle, battery case bottom plane in power supply module B is provided with the stroke spout of four symmetries, battery case cover plate upper portion left side is provided with a location square hole.

Compared with the prior art, the beneficial effects of the utility model are that: through system touch-sensitive sensor, when dabbing the switch key with the finger, can realize that the mode of touch opens/closes the LED light on the sun shade, through the finger on the power appointed regional touch slip, realize the adjustting of the lighteness of LED lamp strip on the sun shade, easy operation, the practicality is strong, just the utility model discloses a provide two kinds of charge modes to the power of LED sun shade: solar energy and 220V alternating current charge, under the suitable circumstances of outdoor solar energy condition, system's accessible solar energy charges for lithium cell power supply module B automatically, under the unsuitable circumstances of outdoor solar energy condition, can dismantle foretell power supply module B alone and remove to indoor suitable position, use USB charging wire and power adapter to charge under 220V alternating current environment, the functionality is stronger.

Drawings

FIG. 1 is a state diagram of the utility model;

FIG. 2 is a schematic view of the charging mode of the present invention;

FIG. 3 is an exploded view of the assembly structure of the present invention;

FIG. 4 is a sectional view of the assembly structure of the present invention;

fig. 5 is a schematic view of the circuit connection of the assembly structure of the present invention.

In the figure: 100 sunshade umbrella body system, 101 sunshade umbrella pole, 102 long umbrella ribs, 103 short umbrella ribs, 104 umbrella rib support, 105 upper umbrella disc, 106 lower umbrella disc, 107 iron wire circle, 108 self-tapping screw A, 109 solar panel fixing base, 110 battery box fixing base, 111 self-tapping screw B, 112 battery box, 113 battery box cover plate, 114 battery box touch sticker, 200LED electrical apparatus circuit control system, 201 solar panel, 202 connection PCB circuit board, 203 upper annular PCB circuit board, 204 long umbrella rib LED lamp strip, 205 short umbrella rib LED lamp strip, 206 lower annular PCB circuit board, 207 connection main line, 208 power line, 209USB charging wire, 210 power supply PCB circuit board, 211 lithium battery, 212 touch chip PCB board.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

The utility model provides a following technical scheme: a solar touch sliding type adjusting sunshade is used for building decoration, please refer to fig. 1-5, and comprises a sunshade body system, wherein the sunshade body system 100 is composed of a sunshade rod 101, a long umbrella rib 102, a short umbrella rib 103, an umbrella rib support 104, an upper umbrella plate 105, a lower umbrella plate 106, an iron wire ring 107, a self-tapping screw A108, a solar panel fixing seat 109, a battery box fixing seat 110, a self-tapping screw B111, a battery box 112, a battery box cover plate 113 and a battery box touch sticker 114, the long umbrella rib 102 is designed to be a bottom surface slot, a round hole is drilled at the installation position of the umbrella rib support 104, the long umbrella rib 102 is used for arranging a long umbrella rib LED lamp bar 204, the long umbrella rib LED lamp bar 204 is arranged in a groove at the bottom surface of the long umbrella rib 102, a connecting wire on the long umbrella rib 102 passes through the round hole reserved on the long umbrella rib 102 to enter a cavity in a long, the short umbrella ribs 205 are used for arranging the short umbrella rib LED lamp strips 205, the short umbrella rib LED lamp strips 205 are clamped in grooves on the bottom surfaces of the short umbrella ribs 103, connecting wires on the short umbrella ribs penetrate out of the grooves of the short umbrella ribs 103 from the bottom ends, the long umbrella ribs 102 and the short umbrella ribs 103 are all eight, the assembled eight long umbrella ribs 102 and the eight short umbrella ribs 103 are respectively connected into a whole through wire loops 107, an annular groove is arranged in the upper umbrella disc 105, the upper umbrella disc 105 is used for arranging an upper annular PCB circuit board 203, the upper annular PCB circuit board 203 is clamped in the annular groove arranged in the upper umbrella disc 105, eight wire plug connectors are distributed on the upper annular PCB circuit board 203 and are respectively and correspondingly connected with wire connectors of the long umbrella rib LED lamp strips 204 arranged on the long umbrella ribs 102 in an inserting mode, the long umbrella rib LED lamp strips 204 in the eight long umbrella ribs 102 form a circuit on the circuit, an annular groove is arranged in the lower umbrella disc 106, and the lower umbrella, the lower annular PCB 206 is clamped in the annular groove built in the lower umbrella disk 106, and eight electrical wire plugs are distributed on the lower annular PCB 206 and are respectively connected with the electrical wire connectors of the short umbrella rib LED light bars 205 mounted on the short umbrella ribs 103 in an inserting manner, so that the short umbrella rib LED light bars 205 in the eight short umbrella ribs 103 form a loop on the circuit, please refer to fig. 1-5 continuously, the LED electrical appliance circuit control system 200 is composed of a solar panel 201, a connecting PCB (202), an upper annular PCB 203, a long umbrella rib LED light bar 204, a short umbrella rib LED light bar 205, a lower annular PCB 206, a connecting main line 207, a power line 208, a USB charging wire 209, a power PCB 210, a lithium battery 211, and a touch chip PCB 212, the power line 208 passes through the inner cavity of one of the long umbrella ribs 102, the upper end of the power line 208 is connected with the electrical wire plug socket retained by the upper annular PCB 203, the lower end of a power line 208 passes through a wire passing square hole formed on the side surface of the bottom of the long umbrella rib 102 and is connected with an interface of a power supply PCB circuit board 210 in an opposite insertion way so as to realize power supply connection of the whole circuit system loop, a solar panel 201 is connected with a connecting PCB circuit board 202 in series through a wire and is clamped on a solar panel fixing seat 109 through an insulating gasket, the lower end of the solar panel 201 is connected with a corresponding connecting plug reserved on an upper annular PCB circuit board 203 in an opposite insertion way through a wire, thereby realizing solar power supply of the whole circuit loop, the top of an upper umbrella disk 105 is integrally formed with two wedge-shaped buckles (not marked in the figure), the bottom of the solar panel fixing seat 109 is bonded with two convex clamping sheets, the solar panel fixing seat 109 is clamped with the upper umbrella disk 105 through a rotary extrusion way, the power supply PCB circuit board 210 is connected with the bottom of the inner side wall of a battery box fixing seat 110, the battery box fixing seat 110 is used for fixing the battery box 112, the touch chip PCB 212 is connected with the lithium battery 211 in a welding mode into a whole, the touch chip PCB 212 is provided with a current induction sliding touch sensor, a preset touch induction program is arranged in the chip, an integrated module of a power supply and control system is formed by the integrated module and is clamped in an inner cavity of the battery box 112, the battery box touch paster 114 is adhered to the battery box cover plate 113, four buckles (not shown) are integrally formed on the battery box cover plate 113 and are connected with the battery box 112 into a whole through the four buckles, therefore, the battery box fixing seat 110 and the power supply PCB 210 form a power supply assembly A, the battery box 112, the lithium battery 211, the touch chip PCB 212, the battery box cover plate 113 and the battery box touch paster 114 are connected into a whole to form a power supply assembly B, four symmetrical protruding clamping platforms (not shown) are adhered on the bottom plane of the battery box fixing seat, battery case fixing base 110 lateral wall top left side integrated into one piece has a contract type buckle, the stroke spout of four symmetries is seted up on battery case 112 bottom plane in the power supply module B, a location square hole has been seted up on the left of 113 lateral wall tops of battery case apron, power supply module B accessible utilizes protrusion card platform and stroke spout to realize directional sliding displacement in power supply module A in the use, and realize power supply module A and power supply module B's rigid coupling through contract type buckle and location square hole.

The working principle is as follows: through touch chip PCB board 212 and lithium cell 211 welded connection as whole, the system touch-sensitive sensor of its inside setting, and touch chip PCB board 212 disposes current induction sliding touch sensor, its chip embeds there is predetermined touch-sensitive procedure, form power and control system's integrated module from this, when dabbing the switch key with the finger, can realize that the mode of touch opens/closes the LED light on the sun shade, through the finger on the power appointed regional touch slide, the realization is to long rib 102, the luminance of the LED lamp strip that sets up on the short rib 103 is adjusted, and the operation is simple, therefore, the clothes hanger is strong in practicability, and the utility model discloses provide two kinds of charging methods to the power of LED sun shade: solar energy and 220V alternating current charge, under the suitable circumstances of outdoor solar energy condition, system accessible solar panel 201 is automatic to be connected as the power supply module B of whole constitution for by battery case 112, lithium cell 211, touch chip PCB board 212, battery case apron 113, battery case touch sticker 114 charges, under the unsuitable condition of outdoor solar energy condition, can dismantle foretell power supply module B alone and remove to indoor suitable position, use USB charging wire 209 and power adapter to charge under 220V alternating current environment, the functionality is stronger.

Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.

Claims

1. The utility model provides a sun shade is adjusted to solar energy touch slidingtype which characterized in that: including sun shade umbrella body system (100) and LED electrical apparatus circuit control system (200), sun shade umbrella body system (100) comprises sun shade umbrella pole (101), long rib (102), short rib (103), rib support (104), go up umbrella dish (105), umbrella dish (106) down, iron wire circle (107), self tapping screw A (108), solar panel fixing base (109), battery case fixing base (110), self tapping screw B (111), battery case (112), battery case apron (113) and battery case touch sticker (114), LED electrical apparatus circuit control system (200) is by solar panel (201), connect PCB circuit board (202), go up annular PCB circuit board (203), long rib LED lamp strip (204), short rib LED lamp strip (205), annular PCB circuit board (206) down, connect mainline (207), power cord (208), USB charging wire (209), Power PCB circuit board (210), lithium cell (211), touch chip PCB board (212) constitute, long rib (102) with short rib (103) pass through rib support (104) are connected as an organic whole.

2. The solar touch sliding type adjusting sunshade according to claim 1, wherein: the long umbrella rib (102) is designed to be provided with a groove on the bottom surface, a round hole is drilled at the mounting position of the umbrella rib support (104), the long umbrella rib LED lamp strip (204) is fixedly mounted in a groove on the bottom surface of the long umbrella rib (102), and a connecting wire on the long umbrella rib (102) penetrates through the reserved round hole on the long umbrella rib to enter the inner cavity of the long umbrella rib pipe and penetrate out from the top end of the long umbrella rib (102).

3. The solar touch sliding type adjusting sunshade according to claim 1, wherein: the short umbrella rib (103) is designed to be provided with a groove on the bottom surface, the short umbrella rib LED lamp strip (205) is fixedly arranged in the groove on the bottom surface of the short umbrella rib (103), the connecting wires of the short umbrella rib LED lamp strip (205) extend out of the groove of the short umbrella rib (103) along the bottom end, the long umbrella ribs (102) and the short umbrella ribs (103) are eight, the assembled eight long umbrella ribs (102) and eight short umbrella ribs (103) are respectively connected into a whole through the wire rings (107), the upper umbrella disk (105) is internally provided with an annular groove, the upper annular PCB circuit board (203) is installed and fixed in the annular groove which is internally arranged in the upper umbrella disk (105), eight electric wire plugs are distributed on the upper annular PCB (203) and are respectively in plug-in connection with electric wire connectors of long umbrella rib LED lamp strips (204) arranged on the long umbrella ribs (102) correspondingly, so that the long umbrella rib LED lamp strips (204) in the eight long umbrella ribs (102) form a loop on a circuit.

4. The solar touch sliding type adjusting sunshade according to claim 1, wherein: an annular groove is arranged in the lower umbrella disc (106), the lower annular PCB circuit board (206) is fixedly arranged in the annular groove arranged in the lower umbrella disc (106), eight electric wire plugs are distributed on the lower annular PCB circuit board (206) and are respectively connected with electric wire connectors of short umbrella rib LED lamp strips (205) arranged on the short umbrella ribs (103) in an inserting mode in a corresponding mode, the short umbrella rib LED lamp strips (205) in the eight short umbrella ribs (103) form a loop on a circuit, the connecting main line (207) penetrates through inner cavities of the long umbrella ribs (102) and the short umbrella ribs (103), two ends of the connecting main line are respectively connected with the upper annular PCB circuit board (203) and corresponding connecting plugs reserved on the lower annular PCB circuit board (206) in an inserting mode in a corresponding mode, the loops of the eight long umbrella rib LED lamp strips (204) are communicated with the loops of the eight short umbrella rib LED lamp strips (205), forming a loop connection.

5. The solar touch sliding type adjusting sunshade according to claim 1, wherein: the power cord (208) passes through the inner cavity of one long umbrella rib (102), the upper end of the power cord (208) is connected with the electric wire socket reserved on the upper annular PCB circuit board (203), and the lower end of the power cord (208) passes through the wire passing square hole formed in the side face of the bottom of the long umbrella rib (102) and is connected with the interface of the power PCB circuit board (210) in an opposite plugging mode.

6. The solar touch sliding type adjusting sunshade according to claim 1, wherein: solar panel (201) through the electric wire with connect PCB circuit board (202) series connection and fixed mounting in on solar panel fixing base (109), solar panel (201) lower extreme through the electric wire with go up the corresponding connecting plug that keeps somewhere on annular PCB circuit board (203) and link to each other inserting.

7. The solar touch sliding type adjusting sunshade according to claim 1, wherein: go up umbrella dish (105) top and be provided with two types of contract buckles, solar panel fixing base (109) bottom is provided with two protruding screens, makes through rotatory extruded mode solar panel fixing base (109) with go up umbrella dish (105) fixed connection.

8. The solar touch sliding type adjusting sunshade according to claim 1, wherein: power PCB circuit board (210) install in the bottom inner chamber of battery case fixing base (110), battery case fixing base (110) pass through self-tapping screw B (111) threaded connection in the assigned position of long rib (102) bottom, touch chip PCB board (212) with lithium cell (211) welded connection is whole, just touch chip PCB board (212) dispose current induction slip touch sensor, and its chip embeds there is predetermined touch-sensitive procedure, forms power and control system's integrated module from this to the joint in battery case (112) inner chamber.

9. The solar touch sliding type adjusting sunshade according to claim 1, wherein: the battery box touch paster (114) is arranged on a battery box cover plate (113), the battery box cover plate (113) is provided with four buckles, the four buckles are connected with the battery box (112) into a whole, therefore, the battery box fixing seat (110) and the power supply PCB (210) form a power supply component A, the battery box (112), the lithium battery (211), the touch chip PCB (212), the battery box cover plate (113) and the battery box touch paster (114) are connected into a whole to form a power supply component B, four symmetrical protruding clamping platforms are arranged on the bottom plane of a battery box fixing seat (110) in the power supply component A, the left side of the upper part of the power supply assembly A is provided with a wedge-shaped buckle, the bottom plane of a battery box (112) in the power supply assembly B is provided with four symmetrical stroke sliding grooves, and the left side of the upper part of a battery box cover plate (113) is provided with a positioning square hole.