JP2001299420A - Led flickering umbrella and its rib structure - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an LED light-emitting umbrella wherein the rib-structure strength is increased, the wiring work is easy, and at the same time of a ferrule and a tip synchronously emit light, and the light-emitting effect is always stable. SOLUTION: A main cord and a light-emitting switch are provided on the handle section of an umbrella, and an LED is provided in a transparent ferrule member. Then, a sub-cord is installed in a main rib, and also, a terminal is provided on the free ends of the main cord, sub-cords and the ferrule section. Above an upper pulley, a cord-connecting section is provided, and on the peripheral edge of the cord-connecting section, a receptacle section to be connected to the terminals is provided, and thus, the conductivity of the cords is stabilized. At the same time, the pivotally attaching structure for the main rib, connecting members and receiving ribs is changed. Also, a tube section on one end of the main rib is pivotally attached to an area above the upper pulley, and the attaching of the sub-cord is simplified.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an umbrella capable of blinking an LED and a bone structure of the umbrella, and more particularly to an umbrella having a light emitting device at a stone projection.

[0002]

2. Description of the Related Art An umbrella having a light emitting device has been disclosed and disclosed in Japanese Patent Publication No. 2321 invented by the present inventors.
No. 27, "Structure of safety umbrella having flashing effect". According to the proposal, a long slit in which a battery and a circuit board are arranged is mainly provided on one side of a handle portion, and a switch is provided by drawing two plus and minus main cords from a wiring board. A wiring pipe is provided at the upper end of the middle rod, and a plurality of wiring holes are formed in the periphery of the wiring pipe, and a main power supply line drawn along the middle rod from the handle portion is provided with a plurality of sub-codes by the wiring pipe. Then, the sub-codes are passed through the wiring holes, and the sub-codes are brought out from the tips of the ribs and connected to the LEDs. By pressing the switch, the LEDs at the tips of the ribs are turned on.

[0003]

Although the umbrella has a luminous effect, the following problems occur in actual implementation. 1. Since the connection between each sub cord and the main power supply line is a connection of a general cord, there is a problem that the connection lacks stability and is short-circuited during maintenance or difficult to maintain. 2. The wiring design at each rib is inappropriate. For example, as shown in FIG. 20, a connecting member (96) for pivotally connecting the receiving bone (95) is provided in a rib for connecting the receiving bone (95) and the umbrella cloth, and the receiving bone (95) is It is U-shaped in cross section, but is flattened at the tip to increase strength, and is pivotally connected to the connecting member (96). However, when the tip is flattened, it becomes difficult to pass the power line from the rib to the connecting member (96). 3. In the light emitting umbrella invented by the present inventor, the stone projection and the leading end of the rib cannot emit light synchronously.
For example, as in the umbrella disclosed in the official gazette of No. 344235, even if the stone projection is made to emit light, the entire stone cannot be made to emit light simply by giving the stone projection an independent light emitting function. 4. In the publication No. 344235 “Umbrella stone projection simple light emitting structure”, a stone projection is screwed to the tip of the umbrella, and the stone projection has a transparent front end screwed to the tip of the umbrella and a front end inside the front end. A light emitting unit main body including an LED, a switch, and a wiring board is disposed, and a transparent cap main body is covered from above on the opening at the front end. The LED is located at the forefront of the cap main body, the cap main body and the light emitting part main body are in a mounting relationship by insertion, the switch protrudes from one side of the front end, and controls the light emission of the LED by pressing, Light is emitted through the transparent front end and the cap body.

However, since the light spot of the LED is very small and the LED and the transparent front end are relatively far apart, the refraction effect is poor, and the light beam only reaches the cap body closest to the LED. However, there is a problem that the light emitting effect is not good.

The present invention has been made to solve the above-mentioned conventional problems, and a terminal is connected to a main cord at a handle portion, a sub cord at a tip portion of a rib, and an LED at a stone projection. By providing a cord connecting part on the potter's wheel, conducting to the switch of the handle part, and providing a plug-in part corresponding to each terminal of the cord connecting part,
LE with stable cord assembly and easy maintenance
D To provide a blinkable umbrella.

Another object of the present invention is to provide an umbrella which is different from the conventional umbrella in the structure of the rib, its connecting member and the receiving bone, since the subcode is easily drilled in the rib, and protects the subcode in the rib. In addition, the present invention provides an LED umbrella skeleton in which a reinforcing member is coupled to an end of the main rib on which the upper wheel is pivoted so as to improve the strength of the rib.

[0007]

In order to achieve the above object, the present invention is provided with a middle rod (70) having a handle part (30) at one end, and receiving a bone (85) on the middle rod (70). A pivoting lower wheel (71) is provided so as to be slidable up and down, and a retaining ring (75) and a spring (7) are mounted on the lower wheel (71).
51) are arranged in order, an upper wheel (73) is fixed on the spring (751), and a plurality of ribs (80) are pivotally mounted on the periphery of the upper wheel (73).
0), the tip of each receiving bone (80) is pivotally supported at the middle stage, and the tip of each rib (80) is formed with an exposed portion (10).
A stone projection (500) is connected to the tip of the point (0), and an umbrella cloth (89) is formed on the periphery between the stone projection (500) and the center rod (70).
The umbrella cloth (89) is an umbrella capable of blinking an LED in which the tip of an umbrella cloth (89) is fixed to an exposure part (10), and comprises a transparent exposure cover (11), LED (12), socket (13) and rib (8)
0), an opening (111) is formed at one end of an exposure cover (11) for fixing an umbrella cloth (89), and a small ball portion (113) is formed at the other end. Socket (1
3) has a substantially columnar shape, an engaging member (131) having a D-shaped cross section extends at one end thereof, and two code grooves (132) are formed at one end surface thereof. 11
After inserting into the exposure cover (11) from 1), the socket (13) is inserted and fixed, and the engaging member (131) extending from the exposure cover (11) corresponds to the rib (80). The umbrella cloth (89) is fixed to the end of the umbrella, and the umbrella cloth (89) is joined to the rib cover (11) and the rib (80), so that the plus and minus sub-codes (14) can pass through the rib (80). The light-emitting switch (3)
4) and an open / close switch (32) are provided.
0) is inserted into an intermediate portion corresponding to the open / close switch (32), and a switch button (321) for controlling light emission is provided outside the light-emitting switch (34).
4) The main cord (15) connected to the center rod (70)
A handle portion (30) extending along the inside of the sub-cord, and a plurality of insertion portions (46) provided on the outer side of the center rod (70) corresponding to the upper side of the upper wheel (73) and having a plurality of insertion portions (46) on the periphery. (14) and a metal terminal (40) provided corresponding to the main code (15) and provided at the tip of the sub-code (14) and a metal terminal (40) provided at the tip of the main code (15) A cord connecting portion (45) for connecting the two by fitting the corresponding insertion portions (46);
A transparent cap portion (50), wherein the cap portion (50)
A receiving groove (52) for mounting the center rod (70) and the LED (56) is formed at one end of the receiving groove, and a conical reflection cone (521) is provided at a sealed end of the receiving groove (52). led
A cord connection part (45) to each of the two pins (12)
A terminal for fitting to the insertion portion (46) is connected, and the other end of the cap portion (50) is in a sealed state.
0) and a stone projection (500) that emits light in synchronization with the umbrella.

[0008]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.

FIG. 1 is a perspective view showing the whole of the present invention.
FIG. 2 is an exploded perspective view showing a groove portion of the present invention, FIG. 3 is a sectional view showing an assembled state of the groove portion of the present invention, and FIG. 4 is an exploded perspective view showing a rib and a reinforcing member of the present invention. FIG. 5 is a sectional view showing an assembled state of a rib and a reinforcing member for drilling a sub-cord according to the present invention, and FIG. 6 is an exploded view of a rib, a receiving bone and a connecting member according to the present invention. FIG. 7 is a sectional view showing the assembled state of the rib, the receiving bone and the connecting member in the present invention, and FIG. 8 is a side view showing the pivoted state of the rib, the receiving bone and the connecting member in the present invention, and FIG. FIG. 10 is a cross-sectional view showing an assembled state of the handle portion in the present invention, FIG. 10 is a cross-sectional view of a lighting switch in the present invention, FIG. 11 is a cross-sectional view of a switch for opening and closing an umbrella in the present invention, and FIG. Each of the handle portions in the present invention Is an exploded perspective view of the timber, FIG. 1
3 is a side view showing an assembled state of the spring member according to the present invention, FIG. 14 is a perspective view showing a part of a connected state of the upper wheel and respective main cords and sub coats according to the present invention, and FIG. FIG. 16 is a cross-sectional view showing a part of a connection state between the upper wheel and the respective main cords and the sub coat according to the present invention. FIG. 16 is a perspective view showing an assembled state of the upper wheel and the stone protrusion in the present invention. FIG. 18 is an exploded perspective view showing each member of the stone protrusion in the present invention, FIG. 18 is a cross-sectional view showing an assembled state of the stone protrusion and the upper wheel in the present invention, and FIG. 19 is a perspective view of a terminal in the present invention. .

As shown in FIG. 1, the umbrella having the LED light emitting device of the present invention is provided with a center rod (70) at the center of the umbrella.
A handle portion (30) is provided at one end thereof, and a middle rod (7) is provided.
On the lower wheel (71) of the inner rod (70), a stopper ring (75) and a spring are provided on the lower wheel (71) of the inner rod (70). (751) are provided in order, and an upper potter's wheel (73) is fixed above the spring (76) in the inner rod (70).
A plurality of ribs (80) are provided on the periphery of the upper potter's wheel (73), and the tip of each receiving bone (85) is pivotally attached to the middle stage of each rib (80). (10) is provided, a stone projection (500) is connected to the tip of the center rod (70), and an umbrella cloth (89) is sandwiched between the stone projection (500) and the center rod (70). Then, the tip of the umbrella cloth (89) is sewn to the tip portion (10).

As shown in FIGS. 2 and 3, in the light emitting device of the present invention, a transparent exposure cover (11) is provided on the exposure portion (10), and a transparent exposure cover is provided in the exposure cover (11). It has an LED (12), a socket (13) and a tip of a rib (80) which are attached in order. An opening (111) is formed at one end of the exposure cover (11), and an umbrella cloth ( 8
A perforation (112) for suturing 9) is formed. Furthermore, a small ball portion (1
13) is provided, and the inside of the small ball portion (113) is an LED
It has a conical tapered surface (114) for projecting the irradiation light of (12), and has a role of increasing the light emitting area. The socket (13) has a substantially cylindrical shape, and an engagement member (131) having a D-shaped cross section extends at one end thereof, and two code grooves (132) are formed at one end surface thereof. ) Is inserted into the opening cover (11) through the opening (111), and then the socket (111) is inserted and fixed. The reason why the engaging member (131) extends from the exposure cover (11) is to fix the corresponding end of the rib (12). And umbrella cloth (8
9) is sewn to the perforation (112),
1) and the rib (80) are combined, and then the rib (80)
The plus and minus sub-codes (14) are passed through and the terminal at the tip of the sub-coat (14) is connected to the LED (12) to make it conductive.

Also, as shown in FIGS. 1, 4 and 18, the present invention provides a convex portion having a fixed space at one end of the rib (80) at the position where the rib (80) and the upper potter's wheel (73) are joined. (8
1) is provided, and a tube portion (83) through which a cord for inserting one end into the insertion portion (84) in the rib (80) is pivotally provided inside the convex portion (81), and the tube portion (83) is provided. A cord groove (841) having an opening facing the main rib (80) is provided therein, and the cord groove (841) extends in the longitudinal direction so as to facilitate passage of the sub-cord of the rib (80) and protects the sub-cord. Further, a hole (831) is formed at the end of the tube portion (83) opposite to the insertion portion (84), and the rib (80) is formed.
So that it overlaps the hole in the projection (81) of the potter's wheel (80).
1), and a tube section (8) on both sides of the rib (80).
A recess (801) is formed to prevent slippage when 3) is fitted into the rib (80).

Next, as shown in FIGS. 6 to 8, the rib (80) is pivotally connected to the receiving bone (85) by a connecting member (86). U
Is fixed inside the rib (80) of the shape, and the connecting member (8)
A pivotal joint (862) extending in parallel from both side edges of (6) is provided, and two pivotal contact pieces (851) project from one end of the receiving bone (85) correspondingly. The two pivoting pieces (851) are pivotally connected so as to be sandwiched from outside of the connecting member (86). Also, the arc-shaped portion (861) of the connecting member (86)
Has a small arc degree, so that even if it overlaps inside the rib (80), it does not affect the sub cord (14) drilled in the rib (80), and the open side of the rib (80) has an arcuate portion. By pressing the (861), the connecting member (86) is fixed to the rib (80), and when compared with the conventional one shown in FIG. 20, the present invention provides that the space for installing the sub-cord is provided. Features.

The arrangement of the main cord (15) of the light emitting device in the handle portion (30) is shown in FIGS.
As shown in the figure, a tubular portion (31) having an outer diameter smaller than that of the handle portion (30) is provided at an end of the handle portion (30) which is not a curved portion.
The light emitting switch (34) is provided below the inside of the tubular portion (31), and an umbrella open / close switch (32) is provided above the tubular portion (31). Light emitting switch (34) and open / close switch (3
Holes (311) and (312) are formed at positions corresponding to (2), and the holes (311) outside the hand part (30) are formed.
11) Holes (see FIG. 9) are also formed at positions corresponding to (312). More specifically, first, the light emitting switch (34) and the open / close switch (32) are connected to the tubular portion (3).
1), and the light emitting switch (34) is connected to the wiring board (3).
51) to a terminal provided at one end of the main cord (15), and connect the tubular portion (31) to the handle portion (3).
0) before the small spring (353), the battery (352) and the wiring board (35) connected to the main cord.
1) The (wiring board (351) may be set to have a function of controlling LED blinking) is sequentially mounted at a position corresponding to the hole (311) in the tubular portion (31). The open / close switch (32) has a cylindrical shape, and after being inserted into the tubular portion (31) through the hole (312), a light emitting switch (34) facing the tubular portion (31) in the handle portion (30) is provided. One end of the tubular part (31) is inserted into the outside of the tubular part (31), and the hole on one side of the handle part (30) is aligned with the positions of the holes (311) and (312). Are fixed, and the switch button (321) is exposed so that it can be pressed. As a result, the hole outside the handle part (30) has a shape corresponding to the switch button (321), so that the switch button (321) does not move. Further, a button (341) made of a conductive rubber (35) is connected to the position of the switch button (321), and the button (341) is fitted into a hole on the outside of the handle portion (30) to position the light emitting switch (3).
4) is controlled. The button (341) has an arc shape,
In the normal state, it conforms to the outer shape of the handle (30),
Further, an annular cap (36) is attached to the tip of the tubular portion (31).
And engage with the tip of the handle part (30). Finally, the main cord (15) is removed from the cap (36), penetrated through the middle rod (70), and the middle rod (70) is inserted into the inside of the tubular portion (31).
2) through.

A hole (70) is formed in one side of the center rod (70).
1) is formed and a side hole (702) is formed on the opposite side.
Are formed, and the two holes secure the two main cords (15) and the arcuate member (33) in the middle rod (70). The arcuate member (33) is pivotally attached to the middle part of the center rod (70), and the pressing part (331) at one end is perforated (701).
, And is brought into contact with the inside of the switch button (321), and the hook part (332) on the other end side is provided with a side hole (702).
And is engaged with the slidable lower potter's wheel (71). The pressing part (331) and the hook part (33) of the bow-shaped member (33)
2) project in opposite directions to each other, and
The side opposite to the hook part (332) of 3) has a U
A bow-shaped member (33) is urged in a restoring direction by providing a torsion spring (333) in the shape of a letter and holding both sides of the torsion spring (333) between the inner walls of the center rod (70). In the present invention, as shown in FIG. 21, unlike the conventional spring member (90) in which the upper end is a pivot and the pressing part (901) and the hook part (902) are formed in the same direction, the pivot is provided in the middle part. This activates the bow-shaped member (33) and the torsion spring (333).
When the on / off switch (32) is pressed, the switch button (321) is pressed and comes into contact with the pressing portion (331), and the arcuate member (3) is quickly and accurately pivoted on the fulcrum.
The hook portion (332) of 3) is released from the state of being locked to the lower potter's wheel (71), and the distance between the pressing portion (331) and the hook portion (332) in the bow-shaped member (33) is
The handle (3
0), a light emitting switch (34) and an open / close switch (3).
2) is easier to insert.

FIGS. 14 to 16 show the upper wheel (7).
3) The wiring state of the main cord (15) and the sub cord (14) is shown, and a spring (751) having a damping action is provided below a position corresponding to the upper wheel (73) of the middle rod (70). And a stopper ring (75) for positioning the lower wheel (71), and as shown in FIG. 4, a tube portion (83) is provided in each of the plurality of wheel grooves (731) on the periphery of the upper wheel (73). And the rib (80) is pivotally connected, and the tube portion (83) and the cord groove (841) of the rib (80) serve to pass the sub cord (14), and as shown in FIG. ), A metal terminal (40) is fixed to the end of each sub cord provided along the rib (80), and this terminal (40)
Is provided with a fixing groove (41), and a guide portion (42) that is inclined inward is protrudingly provided on both sides of the fixing groove (41). In addition, a code hole (703) is formed in a direction opposite to the position corresponding to the upper potter's wheel (73) on both sides of the center rod (70), and each of the plus and minus main cords (15) is Each code hole (703)
Through. Further, a cord connecting portion (45) is provided outside the middle rod (70), and a cylindrical lower cap (452) and an upper cap (45) are provided above a position of the middle rod (70) corresponding to the upper wheel (73). 451) is provided, and an insertion portion (46) corresponding to each of the main code (15) and the sub-code (14) is integrally formed below the lower cap (452) and the upper cap (451), In addition, a positive area and a negative area are defined by the surfaces of the lower caps (451) and (452), and the positive sub code (1
4) and the terminal (40) of the main cord (15) are inserted into the insertion portion (46) facing the plus area, and the guide portion (42) of the terminal (40) is brought into contact with the insertion portion (46). Conduction is performed, and the negative sub-code (14) and the main code (15) are connected in the same manner. Lastly, the sub-cord (14) is positioned in the rib (80) so as not to fall off, and the heat-shrinkable film (16), which also serves as a waterproofing function, is used to form the outer groove (10), the rib (80) and the tube ( 83), and the outside of the connection part (45) is further covered with the heat shrinkable film (16).

FIGS. 16 to 18 show a light emitting device installed in the stone projection (500), and the cord connection part (45) having a heat-shrinkable film (16) on the stone projection (500). ) And the center rod (70) are inserted, and the stone projection (500) has a transparent cap (50);
A receiving groove (52) is provided at one end of the cap portion (50) for fitting the center rod (70), and the receiving groove (52) is provided.
A head portion (51) is screwed into the opening, and the head portion (51) is fitted into the connection portion (45), and at the same time, an umbrella cloth (89) is held at the bottom edge. The receiving groove (5)
2) A conical reflecting cone (521) is formed on the sealing surface of (2), and an LED (56) is fitted to the tip of a receiving groove (52) into which the center rod (70) is inserted, and the LED (56) is fitted. ) Are provided with a cord (not shown) and a terminal (40), respectively.
51) (452) and the handle (3)
0) controls the light emission of the stone protrusion (500). Further, an open groove (53) is formed at the other end of the cap portion (50) opposite to the receiving groove (52), and a decorative ring (54) and a decorative ring (54) are formed at the tip of the opening of the open groove (53). 5
The stop cap (5) penetrating and engaging the center inside of (4)
By installing 5), the tip of the stone protrusion (500) is sealed.

Accordingly, as shown in FIG. 1, the umbrella as a whole according to the present invention has no defect in the connection of the cord, and can achieve the effect that the stone projection and the groove can emit light synchronously.

When the umbrella emits light, the light emitting switch (34) of the handle portion (30) is pressed and the conductive rubber (3) is pressed.
5), the battery (352) is electrically connected to the wiring board (351) by the conductivity of the conductive rubber (35), and the main cord (15) is energized.
5) and the sub-cord (14) and the stone projection (500)
Since all the LEDs (56) are connected to the connection portion (45) above the upper wheel (73), the LEDs (12) and (56) of the dew nose portion (10) and the stone protrusion (500) are turned on,
Cloth umbrella (89) Small ball portion (113) and stone protrusion (50)
0) emits light and has a noticeable effect. To release the light emitting state, press the light emitting switch (34) again and the LED
(12) The lighting state of (56) can be canceled.

Also, an LED installed on the stone protrusion (500)
Although the light spot of (56) is relatively small, it has an excellent light-emitting effect. Therefore, when light is projected on the reflection cone (521), it is refracted by the refraction effect of the conical surface of the reflection cone (521),
By projecting the light on the transparent cap portion (50), the entire stone protrusion (500) can emit light.

[0021]

As described above, the present invention has the following effects. (1) The light emission effect of the stone projection is based on the angle of the “tapered surface” of the reflection cone provided in the transparent cap with respect to the LED. The disadvantage of the conventional umbrella emitting light at only one point at the tip can be eliminated. (2) In the umbrella framework, the ribs are improved,
The cord can be firmly positioned on the umbrella bone by protecting the sub-cord by aligning the tube part with the rib and the supporting structure of the rib with the pivotal structure between the connecting member and the receiving bone. Also, the work of mounting the light emitting device can be easily performed. (3) Upper and lower caps are provided above the upper potter's wheel.
In addition, since the insertion portion is provided on the peripheral edge of the upper cap, it is connected to the terminal of the sub, the main cord,
The conduction effect at the contact points of each cord is stabilized, and assembling, maintenance, and replacement of members are facilitated, so that a stable state can be always maintained, and the failure rate is reduced. (4) Since the stone protrusion and the dew point emit light synchronously by controlling the handle, the umbrella as a whole can have a light emitting effect.

[Brief description of the drawings]

FIG. 1 is a perspective view showing the whole of the present invention.

FIG. 2 is an exploded perspective view showing a tip portion of the present invention.

FIG. 3 is a cross-sectional view showing an assembled state of a tip portion of the present invention.

FIG. 4 is an exploded perspective view showing a rib and a reinforcing member according to the present invention.

FIG. 5 is a cross-sectional view showing an assembled state of a rib and a reinforcing member for drilling a sub cord according to the present invention.

FIG. 6 is an exploded view of a rib, a receiving bone, and a connecting member according to the present invention.

FIG. 7 is a sectional view showing an assembled state of a rib, a receiving bone, and a connecting member according to the present invention.

FIG. 8 is a side view showing a pivoted state of a rib, a receiving bone, and a connecting member according to the present invention.

FIG. 9 is a cross-sectional view showing an assembled state of the handle portion according to the present invention.

FIG. 10 is a sectional view of a lighting switch according to the present invention.

FIG. 11 is a sectional view of a switch for opening and closing an umbrella in the present invention.

FIG. 12 is an exploded perspective view showing each member of a handle portion in the present invention.

FIG. 13 is a side view showing an assembled state of a spring member according to the present invention.

FIG. 14 is a perspective view showing a part of a connection state between the upper wheel and respective main cords and sub coats in the present invention.

FIG. 15 is a cross-sectional view showing a part of a connection state between the upper wheel and respective main cords and sub coats in the present invention.

FIG. 16 is a perspective view showing an assembled state of the upper wheel and the stone protrusion according to the present invention.

FIG. 17 is an exploded perspective view showing each member of the stone projection according to the present invention.

FIG. 18 is a cross-sectional view showing an assembled state of the stone protrusion and the upper wheel according to the present invention.

FIG. 19 is a perspective view of a terminal according to the present invention.

FIG. 20 is a cross-sectional view showing a combined state of a rib, a receiving bone, and a connecting member of a conventional umbrella.

FIG. 21 is a side view showing an assembled state of a conventional spring member.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 10 Exposure part 11 Exposure cover 111 Opening 112 Perforation 113 Small ball part 114 Tapered surface 12 LED 13 Socket 131 Engagement part 132 Code groove 14 Subcode 15 Main code 16 Heat shrink film 30 Handle part 31 Tubular part 32 Opening and closing of umbrella Switch 321 Switch button 33, 90 Bow-shaped member 331, 901 Pressing part 332, 902 Hook part 333 Torsion spring 34 Light emitting switch 341 Button 35 Conductive rubber 351 Wiring board 352 Battery 353 Small spring 36 Cap 40 Terminal 41 Fixing groove 42 Guide part 45 Code Connection part 451 Upper cap 452 Lower cap 46 Insertion part 500 Stone protrusion 50 Cap part 51 Head part 52 Receiving groove 521 Reflection cone part 53 Opening groove 54 Decoration ring 55 Stop cap 56 LED 70 Middle rod 701 Drill Hole 702 Side hole 703 Code hole 71 Lower wheel 73 Upper wheel 75 Stop ring 751 Spring 80 Rib 801 Depressed groove 81 Protrusion 83 Tube part 831 Hole 84 Insertion part 841 Cord groove 85, 95 Receiving bone 86, 96 Connecting member 861 Arc shape Member 862 Pivot part 851 Pivot piece 89 Umbrella cloth

──────────────────────────────────────────────────続 き Continued on the front page (51) Int.Cl. ⁷ Identification symbol FI Theme coat ゛ (Reference) A45B 25/02 A45B 25/02 A

Claims (15)

[Claims] An inner rod (70) having a handle part (30) at one end is provided, and a lower pottery wheel (71) for pivotally mounting a receiving bone (85) is provided on the inner rod (70) so as to be slidable up and down. And a retaining ring (75) and a spring (7) on the lower potter's wheel (71).
51) are arranged in order, an upper wheel (73) is fixed on the spring (751), and a plurality of ribs (80) are pivotally mounted on the periphery of the upper wheel (73).
0), the tip of each receiving bone (80) is pivotally supported at the middle stage, and the tip of each rib (80) is formed with an exposed portion (10).
A stone projection (500) is connected to the tip of the point (0), and an umbrella cloth (89) is formed on the periphery between the stone projection (500) and the center rod (70).
The umbrella cloth (89) is an umbrella capable of blinking an LED in which the tip of an umbrella cloth (89) is fixed to an exposure part (10), and comprises a transparent exposure cover (11), LED (12), socket (13) and rib (8)
0), an opening (111) is formed at one end of an exposure cover (11) for fixing an umbrella cloth (89), and a small ball portion (113) is formed at the other end. Socket (1
3) has a substantially columnar shape, an engaging member (131) having a D-shaped cross section extends at one end thereof, and two code grooves (132) are formed at one end surface thereof. 11
After inserting into the exposure cover (11) from 1), the socket (13) is inserted and fixed, and the engaging member (131) extending from the exposure cover (11) corresponds to the rib (80). The umbrella cloth (89) is fixed to the end of the umbrella, and the umbrella cloth (89) is joined to the rib cover (11) and the rib (80), so that the plus and minus sub-codes (14) can pass through the rib (80). The light-emitting switch (3)
4) and an open / close switch (32) are provided.
0) is inserted into an intermediate portion corresponding to the open / close switch (32), and a switch button (321) for controlling light emission is provided outside the light-emitting switch (34).
4) The main cord (15) connected to the center rod (70)
A handle portion (30) extending along the inside of the sub-cord, and a plurality of insertion portions (46) provided on the outer side of the center rod (70) corresponding to the upper side of the upper wheel (73) and having a plurality of insertion portions (46) on the periphery. (14) and a metal terminal (40) provided corresponding to the main code (15) and provided at the tip of the sub-code (14) and a metal terminal (40) provided at the tip of the main code (15) A cord connecting portion (45) for connecting the two by fitting the corresponding insertion portions (46);
A transparent cap portion (50), wherein the cap portion (50)
A receiving groove (52) for mounting the center rod (70) and the LED (56) is formed at one end of the receiving groove, and a conical reflection cone (521) is provided at a sealed end of the receiving groove (52). led
A cord connection part (45) to each of the two pins (12)
A terminal for fitting to the insertion portion (46) is connected, and the other end of the cap portion (50) is in a sealed state.
An umbrella capable of blinking an LED, comprising: a stone projection (500) that emits light in synchronization with 0). 2. A center rod (70) and a cord connecting part (4) are provided in the opening of the receiving groove (52) in the stone projection (500).
The umbrella capable of blinking an LED according to claim 1, wherein the head portion (51) for holding the umbrella cloth (89) is screwed together with the bottom edge portion while mounting the umbrella (5). 3. The umbrella according to claim 2, wherein the LED (56) of the stone projection (500) is provided at one end of the center rod (70). 4. A cap portion (5) of said stone projection (500).
An opening groove is formed at the other end facing the receiving groove (52) of (0), and a decorative ring (54) is provided at the tip of the opening of the opening groove.
4. A flashing LED according to claim 3, characterized in that a stop cap (55) is provided which penetrates and engages the central interior of the decorative ring (54), thereby sealing the tip of the stone projection (500). Possible umbrella. 5. An exposure cover (11) for said exposure part (10).
Has an opening (111) at one end thereof, and an umbrella cloth (8) on one side.
A perforation (112) for suturing 9) is formed, a conical reflection cone (521) is provided on the inner sealing surface of the small ball portion (113) at the tip, and an engaging member of the socket (13) is provided. (131) has a D-shaped cross section, and the engaging member (131)
2. The LE of claim 1, wherein said end cross section of the rib (80) coupled to said rib has a shape corresponding to the cross section D.
D A flashable umbrella. 6. A tubular portion (31) is fixed to one end of the handle portion (30) at a position corresponding to the center rod (70), and a light emitting switch (3) is provided below the tubular portion (31).
4) An umbrella opening / closing switch (32) is provided on the upper side, and a hole is formed in one side of the tubular portion (31) at a position corresponding to the light emitting switch (34) and the opening / closing switch (32). At the same time, the middle rod (70) is inserted inside the position corresponding to the upper side of the light emitting switch (34) in the tubular portion (31), and at that time, the middle rod (70) is slightly separated from the light emitting switch (34). Is fixed inside the open / close switch (32) as shown in FIG.
The hollow cap (3)
6. The umbrella according to claim 1, wherein 6) is fitted. 7. A light emitting switch (34) of the handle portion (30) includes a small spring (353) placed in a tubular portion (31), a battery (352) and a main cord (1).
5) has a wiring board (351), and the main code (15) has two codes, plus and minus, and a terminal is provided at each end to blink the LEDs (12) and (56). The arc-shaped button (341) connected to the wiring board (351) to be controlled and connected to the conductive rubber (35) is connected to the tubular part (31) and the handle part (30), and then is connected to the tubular part (3).
7. The method according to claim 6, wherein the fitting is performed in a hole corresponding to 1).
LED blinkable umbrella. 8. An on / off switch (32) of the handle portion (30) is a hollow cylindrical shape, a switch button (321) is provided on the outside, and a hole on the outside of the handle portion (30) is provided by an on / off switch (32). 7. The umbrella according to claim 6, wherein the umbrella is formed corresponding to the shape of the switch button (321) in order to prevent the rotation of (1). 9. A middle rod (7) in the handle portion (30).
0), an arc-shaped member (33) is provided, and a pressing portion (331) is provided at one end of the bow-shaped member (33), and a hook portion (332) is engaged with the lower wheel (71) on the opposite side of the other end. A hole (701) corresponding to the pressing portion (331) is formed on one side of the center rod (70), and a hook portion (3) is formed above the other side.
A side hole (702) corresponding to (32) is formed,
The middle part of the bow-shaped member (33) is pivotally mounted in the center rod (70), the pressing part (331) is penetrated through the perforation (701) and abuts the inside of the switch button (321), and the hook part (3) is formed.
32) protruding from the side hole (702) and lower potter's wheel (71)
And hook portions (33) of the bow-shaped member (33).
A torsion spring (333) is pivotally provided at the end opposite to 2), and both ends of the torsion spring (333) are connected to the center rod (7).
0), and the torsion spring (33)
3) is a U-shaped spring that is curved into a U shape.
9. The flashing umbrella according to claim 8, wherein the center point of the letter is pivotally connected to the bow. 10. The metal terminal (40) has a guide portion (42) projecting inward on both sides and a fixing groove (41) into which the insertion portion (46) can be inserted. The umbrella capable of blinking an LED according to claim 1, wherein the umbrella is provided. 11. A cord hole (703) is formed on both sides in a center rod (70) corresponding to above the upper wheel (73),
The umbrella capable of blinking an LED according to claim 1, wherein each of the plus and minus main cords (15) is passed through a separate cord hole (703). 12. A middle rod (7) is connected to the cord connecting portion (45).
0) A cylindrical lower cap (452) and an upper cap (451) are provided above the position corresponding to the outer upper potter's wheel (73), and below the lower cap (452) and the upper cap (451). 2. An umbrella capable of blinking an LED according to claim 1, wherein an insertion portion (46) corresponding to each main code (15) and sub-code (14) is provided. 13. The rib portion (10) and the rib (80) are:
The LED blinkable umbrella according to claim 1, wherein the sub-cord (14) is positioned within the rib (80) so as to prevent the sub-cord (14) from falling off by being entirely covered with the heat-shrinkable film (16). 14. An umbrella capable of blinking an LED according to claim 1, wherein the outside of said cord connection portion is covered with a heat-shrinkable film. 15. A center rod (70) having a handle portion (30) at one end is provided at the center, and a center rod (8) is attached to the center rod (70).
A lower pottery wheel (71) for pivoting 5) is provided so as to be vertically slidable, and an upper pottery wheel (73) is fixed at the upper end, and a plurality of ribs (80) are pivoted around the periphery of the upper pottery wheel (73). And the tip of each receiving bone (85) is pivotally supported in the center of each rib (80).
An umbrella skeleton capable of blinking an LED, wherein the rib (80) is provided.
At one end of the position in contact with the upper potter's wheel (73), two convex portions (81) having a space are provided.
A tube portion (83), one end of which is inserted into the rib (80), is pivotally provided inside 1), and extends through the tube portion (83) in the axial direction and has an opening toward the rib (80). 841), a pivot hole (831) is formed at one end of the tube portion (83) opposite to the open end, and the tube portion (83) connects the pivot hole (831) with the convex portion (80) of the rib (80). Upper potter's wheel (73) so as to overlap with the hole in (81)
A long arcuate connecting member (86) is fixedly mounted inside the rib (80) having a U-shaped cross section, and the two connecting members (86) extend outward and parallel to the connecting member (86). Part (86
2), two pivoting pieces (851) extend in parallel from one end of the receiving bone (85), and the two pivoting pieces (851) are connected to the connecting member (86). And the open side of the rib (80) presses the arc-shaped portion (861) to fix the connecting member (86) to the rib (80). The framing configuration of the LED light emitting umbrella characterized by the following.