TW200406568A - Umbrella dehydrating machine - Google Patents

Abstract

The present invention comprises a box (1) having an opening (3) at the top for insertion of an umbrella (2) therein, a dehydration space (25) disposed in an upper region of the interior of the box (1) for receiving the folded umbrella (2) inserted through the opening (3) and dehydrating the same, a blower (7) installed in the box (1) for blowing air introduced from the outside, and an air stream spouting means (23, 24) installed in the box (1) for spouting the air blown in from the blower (7) over the entire length of the umbrella (2) received in the dehydration space (25).

Description

200406568

V. Description of the invention (1) The technical field to which the invention belongs: The present invention relates to an umbrella dehydrator that dehydrates the moisture attached to the umbrella. Prior technology:

Conventional umbrella dehydrators, as shown in Patent Publication No. 2000-1 丨 丨 2 50, are provided with annular air supply nozzles on the edge and the deep side of the umbrella insertion opening provided in the main body casing, In the direction of the umbrella's insertion, a radial air flow is blown out from the mouth of the air supply nozzle. The wet umbrella only enters the umbrella's insertion opening when it is closed, and the air is sprayed from the edge of the mouth—the air blown out by the mouth. The stream bounces when it hits the umbrella, and collides with the blown air. It shakes the umbrella = 襞 part of the air flow will wipe the moisture attached to the umbrella cloth while shaking, and the depth of the umbrella will increase while the depth of the air supply will increase. The nozzles also remove the moisture from the umbrella cloth in this way. 'As explained above, the conventional umbrella dehydrator blows air from the edge of the umbrella insertion opening and the annular air supply nozzles on the deep side to the inserted, umbrella' to remove the moisture attached to the umbrella, so it must be slow The insertion or repeated insertion several times has the disadvantage of dehydration and time consuming.

In order to solve the above-mentioned shortcomings, Benmemin aims to provide an umbrella dehydrator that can remove the moisture attached to the umbrella in a short time and more easily treat the removed water droplets. Summary of the Invention: An umbrella dehydrator related to the present invention includes a box body provided with an upper part

V. Description of the invention (2) The opening part is used for dehydration of the upper part of the inner part; sending air to the air; Also, the condition of the aforementioned umbrella is along with the amount of air out of the air. : The umbrella is inserted, and the dehydration treatment space is installed in the box. The umbrella in the closed state inserted by the other openings is installed in the box with a fan two, and the air is taken in from the outside: air, spray device, It is installed in the box, and the front air is blown out over the entire length of the umbrella stored in the dehydration treatment. An umbrella cloth unwinding device is provided on the upper side of the body, and the airflow from the umbrella bone of the umbrella in the water treatment space and the umbrella cloth f between the umbrella bones is sprayed and split, and the rainy moon J is stored in the cabinet. The umbrella shaft of the umbrella is provided in plural. The muscle ejection device is blown from the lower part of the box to the upper part, and the blowing direction of the air flow is opposite to the air flow blowing device, and the blowing directions are staggered on the same straight line. In the above-mentioned umbrella cloth unwinding device, a plurality of pipes are arranged opposite to the outside of the dehydration processing space portion on the upper side of the box body.

Another umbrella dehydrator of the present invention includes a box body provided with an opening at the upper portion for inserting an umbrella; and a dehydration processing space portion provided at an upper side of the box body to accommodate the state where the bundle is inserted through the opening portion. An umbrella is used for dehydration; a blower is installed in the box to take in air from the outside to supply air; and a pipe fitting is provided with a plurality of holes in the box to spray the air sent by the blower throughout the storage. The full length of the umbrella in the dehydration processing space.

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200406568 V. Description of the invention and the 'Zheshu pipe' also serves as an umbrella cloth unwinding device, which rolls the crease of the umbrella bone of the umbrella stored in the dehydration processing space section and the umbrella cloth between the umbrella bones. When the umbrella is stored in the case, a plurality of holes are provided along the umbrella axis of the umbrella. In addition, the plurality of holes provided in each of the pipe fittings has a larger distance between the lower holes and a smaller distance between the upper holes. Further, among the plurality of pipe fittings, the heights of the holes provided in the two pipe fittings facing each other are staggered.

Moreover, among the plurality of pipe fittings, the directions of the holes of the two pipe fittings facing each other are staggered so that the flow direction of the airflow flowing out of the holes is not on the same horizontal plane. In addition, the directions of the holes provided in the plurality of pipes are shifted so that the flow direction of the air flow flowing out from the holes of the pipes is different on the horizontal plane. The blower is installed in a lower portion of the casing. In addition, the blower is arranged at a slightly diagonal position in the lower part of the casing according to the front-back, left-right direction of the casing. ….

In addition, it includes an exhaust space portion which is disposed in communication with the lower portion of the dehydration processing space portion on the lower side of the casing and discharges the air sprayed to the dehydration processing space portion to the outside. A control circuit is provided to control the blower of the box; and an object detection sensor is provided at least 丨 in the dehydration space; characterized in that the control circuit receives the object detection of the object detection sensor. The control signal energizes the aforementioned blower.

200406568 When the object detects the signal, it controls the drainage of an umbrella release sensor installed on the front and at least the lower part from the inside of the water tank above the upper part and the shape of the umbrella on the observable side. The central installation uses a water machine to control the full circuit of the tank to send electricity to one of the interior but removes the exhaust gas to remove the water into a card for checking the number of times when the convex buffer material is installed. In the detection of the aforementioned water, the aforementioned control circuit is set to send a letter 0 for the purpose of the invention. 5. Description of the invention (4) The power cannot be supplied until the object is reached. In addition, in the case of installing a drainage groove, the size of the front is slightly larger, and in the case of the use of the exhaust, the aforementioned blower is set, the blower is stopped, the blower is full of water, the sensor is detected, and the box is installed. If the above-mentioned box is used to store the drainage tank, the records of the above-mentioned row of the drainage tank and the above-mentioned box are written under the full water detection space to conduct power control to stop the power; Window where the blower stops. Drop below the space. Exhaust space section. The signal from the lower part of the device box is sent to the counter circuit to the front letter unit. This embodiment is as follows: Embodiment 1 The following describes the embodiment 1 of the present invention with reference to Figs. 1 to 4. In the figure, this embodiment The umbrella dehydrator of 1 is roughly divided into: the box 1 ′ is formed by the upper cylindrical body 18 and the lower quadrangular rectangular body lb; the opening 3 ′ is formed in the center of the top surface 4 of the cylindrical body 1 a. For inserting the umbrella 2 into a structure having, for example, a diameter of about 100 to 20 () legs; air flow

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V. Description of the invention (5) = The storage section 5 is formed in the cylinder_ It is used to spray out the umbrella 2: inserted through the opening 3: It will spray out the moisture attached to the surface of the umbrella 2 and the lice will flow out. Inside the corner cylinder 1b, 4 units = sockets 6 are arranged at the four corners, and the machine 7 is used to send the taken-in air to the air duct 23 of the air-flow ejection device. Convey the air from the accommodating storage unit 5 to form the airflow ejection device storage unit 5: install the upper part of the corner cylinder lb of the unit 6 through the screw. : And knot. In addition, the opening portion 3 was subjected to a water-repellent treatment on the inner side surface of Yinminggu, and also 1c. "In the month, the longitudinal section of the umbrella dehydrator's internal hibiscus and leather rain ^ water machine will be described in detail. 3Γ, 1 Use the air taken in from the air around the outside to draw in the last 1 wind. An inlet 9 is provided below the road 8 of the Lingzhi storage section 6, and the air intake opening i is provided at the air inlet section of the air-storage storage section Γ. The? The suction 12 in the intake path 8. The lower suction air chamber 14 is located in the suction air chamber 12. ^ "1 3 δ The lower part of the suction port of the air intake device and the ventilation device storage portion 6 is connected to the suction port 14 and is provided. The four storage blowers / to = the air intake of the four exhaust chambers 15 as shown in Figure 4: rolled to 15. The space of the part is surrounded by the inner wall surface 19 to form a 卍 shape, and the central part 21 cooperates with the aforementioned air supply pipe. The distance between 23 is. The distance of this exhaust space is reduced to about 70 mm to 90 mm.

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The blower 7 stored in the exhaust chamber 15 is fixed by a rubber bushing 17 provided by the bottom sheet 18 stored in the upper part of the chamber 15 and the fan device 16 in the lower part of the exhaust chamber 15. status. In addition, a hole 20 is provided in the inner wall surface 19 of the exhaust chamber 15 to blow the air from the blower 7 to the space portion 21 formed in the center of the corner cylinder 11}. In addition, a blowout port 22 is provided in the upper part of the exhaust chamber 15 and connected to the lower end of the four air supply ports. Each air supply pipe 23 is provided in the cylinder body 1 & formed in the casing 1 and the airflow ejection device storage portion 5 is water-proofed on the surface. For example, it has a diameter of 30 legs and a thickness of 0.5 mm. Stainless steel products. The upper end of the air supply pipe 23 is sealed, and the lower end is connected to the air outlet 22. In addition, a plurality of holes 24 are provided in the air-supply pipe 23 approximately over the entire length to eject high-speed air with a high degree of motion energy to the center of the air-f ejection device storage portion 5 formed in the cylindrical body la. The dehydration processing space section 2 5. 'Again' This specialized hole 2 4 sprays air toward the center point of the quadrangle formed by the apexes of the 4 air ducts 2 3. It is set after laser processing to make the air approximately along the umbrella axis 26 of the umbrella 2. Composition of flowing touch umbrella cloth. b. Although the four air supply pipes 23 may be arranged in parallel with each other, the oblique members of the air supply pipes 23 connected to the outlet 22 of the exhaust chamber 15 are spaced from each other by about 70 mm to 90 legs. The opposing members of the air supply pipe 23 near the opening 3 are spaced from each other by about 100 mm to 200 legs, and from the bottom of the umbrella tip 2 7 of the umbrella 2 through the umbrella bone 2 8 to the umbrella edge 2 9 and the umbrella. The inclination of the shaft 26 or the inclination angle of the folded seam 30 of the folded umbrella cloth and the umbrella shaft 26 can increase the dewatering efficiency.

2148-5702-PF (Nl); Ahddub.ptd Page 11 200406568 V. Description of the invention (7), again, a plurality of holes 24 are placed between the end below the air supply pipe 23 and the other end above. 'The more the distance between the lower and the larger, the smaller the distance from the upper. In addition, the heights of the four air supply pipes 23 with respect to the holes 24 ′ provided in the two air supply pipes 23 are staggered by I〆? . Furthermore, an object detection sensor 33 for detecting the presence of the umbrella 2 inserted into the opening 3 from the opening 3 is provided on the upper portion of the airflow ejection device accommodating portion 5, and may be provided on the lower portion of the airflow ejection device accommodating portion 5. Detect the presence of the object detection sensor 34 from the opening = 3. When these sensing benefits 33 and 34 both sense the condition of the object, they are self-powered to the four blowers 7 to make the blowers 7 run and blow air, and start the dehydration operation of the rain bee 2 0 f times. 1 to 4 illustrate the operation of the umbrella dehydrator. Be w w 丄 H ’::-About the action of the umbrella 2 inserted into the umbrella dehydrator. As shown in Fig. 1, the opening of the upper part of the cylinder and the upper part of the casing 1 of the umbrella dehydrator is closed; 32: Set: The front end of the umbrella 2 will be inserted through the opening 3 adjacent to the rain drop. The skirt 32 provided directly below the slit 3 is directed downward to be stored in the air jet device to store Qiu Lili. The object detection sensor 33 detects the existence of the umbrella 2. At the time of the entrance, the umbrella 2 is installed in the presence of * U ΐ and the umbrella 2 is further inserted into the lower part of the rolling flow ejection device storage unit 5. The sensor 34 also detects the presence of the umbrella 2. Object detection of the next P In the case of the first and second object detection of the salt detector 33 and the umbrella 2, the four blowers 7 will be rained.

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ZUUH-UOJOO V. Description of the invention (8) Operation like wind: start dehydration of umbrella 2. ^ When the blower 7 starts to operate, the air passes through the air intake passage 8 and the air population 10 obtained from the air intake 9 from the machine 2 passes through the upper part of the lower part of the suction chamber 12 provided with the sound absorbing structure H air intake passage 8 above. The suction air chamber 12 in the next wall 丨 is drawn from the suction fan 7. ^ After the suction port 14 of the sighed air is sucked in, the air blown out by the suction blower 7 to the static pressure in the exhaust chamber 15 to the inside of the exhaust chamber 15 is blown out, so that the hole 20 on the wall surface is provided with . Therefore, it is placed in the exhaust chamber 15 in the air space section 21, and the other is to do =, the air flow at a rapid speed is blown toward the upper part of the exhaust chamber 15 = 23. ® The lower end of the one end of the air supply pipe flows to the air supply pipe 2 3-the end of the name _ and the other of the upper end; a plurality of holes 24, t provided below the air supply pipe 23 Deliver the same-speed industrial gas slaves to the dehydration processing space department 2 5 at a high speed. Therefore, the air holes 24 eject air substantially toward the center of the quadrangle of the apexes of the four air supply pipes 23, so that the air flows along the umbrella shaft 26 of the umbrella 2 and the umbrella cloth to perform dehydration. In addition, the water blown out by the rain + 2 flows from the dehydration processing space section 25 to the exhaust space, and flows 21, so that the removed water droplets can be easily processed. However, when the umbrella 2 is pulled out, when a high-speed air flow is ejected from the holes 24 provided in the two air supply pipes 23, an air flow is generated from the opening 3 to the outside of the umbrella dehydrator. This airflow also carries the water droplets blown out from the umbrella 2 ^ to make the user of the umbrella dehydrator or the surrounding area sprayed with water. Page 13 2148-5702-PF (Nl); Ahddub.ptd 200406568

V. Description of Invention (9) Concerns. Therefore, as described above, the holes 2 provided in the air-supplying pipes 23 are opposite to each other among the 4 air-supplying pipes 23, and the holes 24 are staggered by a 1/2 pitch. The high-speed air flows are staggered from each other in the up-down direction, and the air flow is suppressed from flowing toward the outside of the umbrella dehydrator. # ^ The fifth example of the first embodiment of the present invention will be described with reference to FIG. 5. The shape of the first modification of the first embodiment is different in order to prevent the collision of the high-speed air flow ejected from the holes 24 provided in the two air supply pipes 23 opposite to each other.

In Example 1 of f, the distance between the holes is shifted in the height direction, and the device is a device for changing the ejection direction of the high-speed air flow in the horizontal direction. —In the first modification, as shown in FIG. 5, the angle Θ formed by the line connecting the center of the two air supply = 23 and the high-speed air flow ejected from the hole 24a is set to 5 to 20 degrees. 々 In this case, the holes and nozzles 24 provided in the four air supply pipes 23 are arranged in the direction of the tilt of the machine, and the respective holes 24 are regarded as inclined to the left and the center of the two air supply officers 23 The angle formed by the line and the high-speed secondary rolling flow ejected from the hole 24 is 5 to 20 degrees. Tube of 23 cases. Home.

As a result, collisions of high-speed air flows ejected from the holes 2 4 provided on the two opposite air supply holes on the horizontal plane can be prevented. The second modification of the first embodiment of the present invention will be described with reference to FIG. 6. The second modification of the first modification of Example 1 is a modification of the first modification. For example, by the 4 set

200406568 V. Description of the Invention (ίο) The oblique direction of the air flow ejected from the holes 24 of the air pipe 23 is for all the air pipes 23, as seen by the respective holes 24 are facing left and forward, so due to high-speed airflow The spraying pressure will make the umbrella 2 turn in a certain direction. Therefore, as shown in the second modification shown in FIG. 6, in order to prevent the air flow sprayed to the umbrella 2 from being restricted to the same direction, the air flow sprayed from the holes 24 of the four air supply pipes 23 A part of the oblique direction is opposite to the other air / air flow, and the ejection direction of the air flow coming out of the hole 24b is seen from the center of the air supply pipe 23a to the right front. In this way, even if the high-pressure air flow sprays, the umbrella 2 will not turn in a certain direction. _ ___ ___, The umbrella dehydrator of the above-mentioned Embodiment 1 is stored in the crease 30 of the fabric of the umbrella, which is located between the two adjacent umbrella bones 28 of the internal umbrella 2, and is located outside the umbrella bone 28 and becomes a folding The state of the seam 30 is sandwiched between the air-supply tubes 2 and 3. Therefore, for example, in the configuration example of FIG. 6, when the air supply is started, the handle 3 丨 of the umbrella 2 is held by hand, and the air supply pipe 23b of the four air supply pipes 23 is taken as an example. In the order of the creases 30a, 30b, and 30c, the adjacent ribs of the 4 creases are the umbrella bones 28a, 28b, 28c, and 28d, with 3 sides 〇Y: \ 雨 / 2 朝When turning to the right, the crease 30a, the crease 30b, and the crease 30c are drawn into contact with the air supply pipe 23b. So 'crease 3oa and the remaining bone 28a $ — »ι The fabric between Jin Yueyue, the crease between 30b and Umbrella 28b, the crease 3oc and Umbrella The cloth in the middle is sequentially dewatered by the air current blown from the hole 24 of the feeding chaos 23b. The etiquette sprays and dehydrates. For rain. Next, when you face the umbrella 2 and return to the left, you can get from the crease 3 c.

200406568 V. Description of the invention (11) The seam 3 0b and the crease 30a are sequentially drawn into contact with the air supply pipe gbb. In this way, the cloth between the crease 30c and the umbrella bone 28d, the cloth between the crease 30b and the umbrella bone 28c, and the cloth between the crease 30a and the umbrella bone 28b are sequentially passed through the holes 24 of the air supply pipe 2 3b The blown air jets touched. All of the four aspiration officers 23 have such an effect, and the entire umbrella 2 is dehydrated. In the figure, the slope of the air flow is expressed in an exaggerated manner. It looks like cloth that is blown to only one side. In fact, it is inclined by about 5 to 20 degrees as described above, and the air ejected from the hole 24 After the distribution, the direction of the umbrella 2's rotation can be changed, so that the air stream can spray the entire cloth. In addition to the “dehydration 1” of the fabric part of the umbrella 2 described above, a part of the air from the air supply m is ejected from the hole 2G of the f provided in the exhaust chamber 15 to the exhaust space portion 21 with high kinetic energy. Speed of air flow. 121 When the umbrella is fully inserted into the umbrella dehydrator, the exhaust space is dehydrated. The n-speed air flow, the moisture near the umbrella tip 27 will be dehydrated like this ^ & ~ ι ~ ,,, ^ ^, due to the operation of 4 blowers 7, the operation day τ will be more Da fan 7 rattles. , _ ^ The blower 7 of the device is set at the noise generated by the air supply device as described above. The user can retreat because of mounting, and in the second picture in the name of the person-r〇k 11. In particular, it is best to set the sound absorption structure on the upper side of 2 and exhaust = dagger: the sound structure 11 is provided on the suction air chamber 12 and connected to the suction port 15 of the air extractor 4 Opposition

200406568 V. Description of Invention (12). In addition, when the dehydration is completed, the shape of the skirt 32 provided under the opening 3 in FIG. 2 can prevent the umbrella edge 29 and the like from being caught, and the umbrella 2 can be pulled out smoothly. The mouth of the cylindrical upper part and the opening 3 have approximately the same diameter, and the mouth of the lower part is larger than that of the funnel. It is also designed to be able to be detected along with the unrecognizable tube such as 33, or it can be held intact, such as tube 23, and the part connected to the opening 3 of the skirt 32 can be shorter. This part causes the part to get wet, and the air sprayed from the skirt 32 is dried quickly. When the umbrella 2 is pulled out, the object detection sensor 34 in FIG. 2 detects the existence of the object. When the umbrella 2 is pulled out, the object detection sensor cannot detect the existence of the object. Both the devices 33 and 34 are checked. When the umbrella 2 exists, the operation of the blower 7 is stopped. If the fan 7 continues to run for a certain period of time or more, the fan 7 is stopped for safety reasons. As mentioned above, the air supply with holes 24 is provided along the umbrella shaft 26 of the umbrella 2. The part of the umbrella 2 to be dehydrated is attached with a comprehensive air flow to obtain the dehydration performance. According to the above description ’, there are two places to pick up objects. # 口 砖 番 t h < Basket detection sensor, ah

7 ^ ^ No problem will occur in any place. You can use it to start and stop the operation of the fan. It is useful. In Example i of the present invention, the air duct is used to ventilate the air of the umbrella 2. The end 30 is used as the crease 30 and the crease 30 of the umbrella 2 in the south direction. Machine because you can make

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All the fabrics of the high-performance dehydration umbrella 2 are in contact with the air flow, and the force 0 is because the air supply pipe 23 is used for the ventilation path blowing to the empty surface of the umbrella 2. Therefore, the air supply pipe 23 and the air flow that are out of work are ejected. A sufficient space can be maintained between the outsides of the mouthpiece accommodating portion 5. Therefore, the existence of the space can prevent the moisture blown out by the umbrella 2 from rebounding from the outside of the airflow ejection device storage portion 5 and attaching to the umbrella 2 again, and it can be manufactured at low cost because it is a pipe. A third modification of the first embodiment of the present invention will be described with reference to Figs. 7 and 8. This third modification is different from the air supply pipe used in the first and second modifications, and has a structure using a ventilation path. In the umbrella dehydrator of the third modification, four convex portions 35 are respectively protruded from the cylindrical body la constituting the air flow ejection device storage portion 5 toward the inside, and the upper and lower sides of the convex portions 35 are formed to penetrate vertically. The ventilation path 36 of the air from the blower 7 is connected to the front end of each convex portion 35 and the ventilation path 36. A slit-shaped blowout path 37 is provided for the air in the ventilation path 36 to be ejected from the convex portion 35 to the outside. . With such a structure, as shown in FIG. 6, the distance 1 from the center of the umbrella 2 (corresponding to the umbrella shaft 26) to the air supply pipe 23 and the distance from the center of the umbrella 2 to the crease 30 may be shown in FIG. 6. As for the relationship of the distance m, if the distance η from the center of the umbrella 2 to the convex portion 35 is smaller than the above-mentioned m, it can be the same as in Example 1, and an air stream can be sprayed on all the cloth of the umbrella 2. Furthermore, in the umbrella dehydrator of Embodiment 1 of the present invention,

2148-5702-PF (Nl); Ahddub.ptd Page 18,200,406,568 5. Description of the invention (14) Among the functions' if divided into the function of air flow blowing to the umbrella 2 and the inside roll of the crease 30 entering the umbrella 2 The function of opening the fabric to easily feed air to between the creases 30 and folds 30, such as a device that exposes the air supply pipe 23 or a structure that has a ventilation path 36 in the convex portion 35 for ejecting air The flow holes 24 and the blow-out path 37, and the cloth is rolled up to enter the inside of the crease 30 of the umbrella 2. It is easy to send air between the crease 30 and the crease 30, even if the tube and the protrusion are not integrated. Anyway, these functions can also be achieved. That is to say, it comes into contact with the fabric of the umbrella 2 and rolls up the creases 30. The function of the umbilical fabric unwinding device (for example, a pipe-like stick) that guides air to the fabric between the umbrella bone 28 and the crease 30 The distance m from the center of the umbrella 2 to the crease is set to be shorter than the distance from the center of the umbrella 2 to the umbrella fabric unwinding device, and an air flow ejection device is provided near the umbrella fabric unwinding device. You can also get the umbrella dehydrator with high performance and dehydration ability. In the closed umbrella 2, the crease 30 is unfolded from the umbrella tip 27 to the rim 29, and the crease 30 is in contact with the umbrella fabric unwinding device, and i ^ is set based on the position of the crease 30 that is close to the crease 30. 9 In this case, due to the positional relationship between the wall surface of the air-supplying device accommodating portion 6 and the air flow ejection device, there are some concerns about low performance due to the bombarded milk ^ milk, but it is installed on the inside of the wall The material that is not easy to bounce moisture 戍 ^ set shoulders. The water droplets of 卩 6 can easily flow and drop shape &, :: can be formed with concave and convex surfaces, and the flow velocity of the air jet holes and umbrella 2 will be lower when the opening is too low. If blower 7 is set to 3 In the case of distance points, inadequate sports performance may be obtained. This situation; when the 5 settings are set, just increase the blower in the situation

200406568 V. Description of invention (15) 7 can be solved. Also, because the inner surface of the opening 3 and the air supply pipe 23 and the skirt 32 are waterproofed, after the first umbrella 2 is dehydrated, and then the second umbrella 2 is dehydrated, the first umbrella 2 is dewatered. Moisture will not adhere to the umbrella 2 of the last one, which achieves stable performance during continuous use. In addition, the interval of the four air supply pipes 23 is extended near the opening 3 and narrowed on the side of the exhaust chamber 15. The umbrella 2 is close to the side of the crease 30 in a closed state. The length from the crease 30 of the umbrella 2 to the umbrella bone 28 changes along the umbrella axis 26. When the distance from the crease 30 to the umbrella bone 28 becomes longer as it approaches the umbrella edge 29, the air flow can also be blown to the entire fabric. . Again and again, the plurality of holes 24 provided between the lower end of the four air supply pipes 23 and the other ends above them, the more the distance between the lower exhaust chamber and the 5 side holes, the more the upper The smaller the distance between the openings 3 is. Therefore, the length of the umbrella 2 from the crease 30 to the umbrella bone 28 is changed along the umbrella axis 26, and the closer the umbrella edge 29 is from the crease 30 to the umbrella bone 28, the longer the distance between the umbrella 2 and the large number of attachments. There is more air flow blowing near the umbrella edge 2 9 of moisture. 'There is less air flow blowing near the umbrella tip 2 7 with less moisture. It can be blown out efficiently without increasing the capacity of the blower 7. air. In addition, the heights of the holes 24 provided in the four air supply pipes 23 are staggered with respect to the two air supply pipes 23, so the blowing directions are not on the same straight line, and the conflicts between the air flows can be suppressed and the umbrella 2 is removed. The moisture is emitted toward the opening 3. In addition, among the four air-supplying pipes 23, the holes 24 provided opposite the two air-supplying pipes 23 are oriented so that the direction of the air flow is not on the same straight line on the horizontal plane,

200406568 V. Description of the invention (16) It is possible to suppress the moisture in the air flow from flying out toward the opening 3. The conflict caused the umbrella 2 to be removed, so that the holes 24 provided in the four holes 23 of the μ Λ tube 23 were arranged so that the orientation of the holes 24 of the official 23 was shifted from each air supply direction to the horizontal plane. The same-the square air flow is pushed and slewing. Different directions to prevent the umbrella 2 from being sent again from the opposite side so that it is not located on the same straight line, not only, the air flow spreading device and the air flow nozzle ejected from the hole 24 of the quotient = S == other The ring cloth spraying device provided with the umbrella cloth unwinding device of this embodiment 1 is also applicable to the umbrella removing machine without the umbrella and the air blowing device. The umbrella dewatering machine may be placed on the surface, and the blower 7 is arranged on the surface. The operating noise of the box miscellaneous \ 7 can reduce the blower exhaust i. The suction: the upper part of the air buckle is set at the opposite position of the suction port of the air compressor, which can also effectively Absorbs the operating noise of the blower 7, and below the opening 3, the diameter of Λ / 木木 is approximately the same. The lower tube and the upper tube and the opening 3 have # ^ 32 ^ inside the machine and are not easy to pull out. Prevent the umbrella edge 29 from hooking to the dehydration of the umbrella in the above description, box 俨] corner cylinder. In this case, == cylinder 1a, but it can also be quadrangular, but it is better to use a pyramid shape. The piece 39 is not a cone, and when both the upper and lower sensors sense the umbrella 2

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V. Description of the invention (π) The state of full insertion, which is caused by starting in the case of starting. In addition, it is possible to prevent the collision of the airflow which can be prevented when the umbrella 2 is at the end when the umbrella 2 is not inserted and the water is blown out from the opening 3, and the blower 7 is prevented. When the state of the umbrella 2 is not detected during the state transition, the operation of the blower 7 is stopped. 'At the same time, the sensors at the upper and lower places sense that the umbrella 2 has been completely pulled out, and dehydration can be performed during the pull-out operation. When the umbrella 2 is pulled out under the air flow, the rain cloth The friction with the upper opening of the opening 3 or the skirt 32 becomes smaller, so that

= Strength can pull the umbrella 2 out. For example, when the mass of the umbrella 2 is about 400g, the force required to pull it out under the state of air flow is about the same as the weight of the umbrella 2. The same is 400g, but it is about 400g when the air flow is stopped]. 〇g strength. Embodiment 2 The second embodiment of the present invention will be described with reference to Fig. 9 and Fig. 10. Note that members having the same functions as those of the first embodiment are given the same reference numerals, and a description thereof will be omitted. As shown in Fig. 9, an inside window 38 is provided on the side of the airflow ejection device housing portion 5 so that the inside window 38 can be seen. This window 38 is made of acrylic resin. Since the removal condition of the moisture adhering to the umbrella 2 can be observed from this window 38, it is possible to easily confirm the occurrence of a failure. In addition, since the air supply pipe 23 and the like can be seen, it is possible to prevent a case where it is used as a garbage can because it is mistakenly recognized as a trash can. Also, as shown in FIG. 10, on the side of the airflow ejection device storage portion 5

200406568 V. Description of the invention (18) An umbrella tip guide 39 which can be freely opened and closed is provided on the surface. :: Dao Qiaoyou can easily clean the inside by opening the umbrella tip guide 39 ... When the umbrella tip guide 39 is closed, it can prevent misoperation due to misidentification of the trash can. Embodiment 3 The third embodiment of the present invention has the same function as that of the first embodiment. , Use Figure 11 to explain. In addition, the components are given the same number, and the advertisement table which can be displayed due to rain and rainy days is omitted. The advertisement table in the display section 40 when used is sufficient. In this case, the contents and advertisements will be explained in the fourth embodiment. The figure 11 shows the advertisement outside the umbrella dehydrator. If the display unit 40 is not waiting for the advertisement to be dried, this advertisement can be used. 'No part 40', and if the wide display part 40, a new letter transmission is set up; two air jet devices An advertisement display section 40 is provided on the side of the storage section 5. It may be used for rent, etc., and it is necessary to enhance the function during use. Therefore, if the side of the displayable ad is set, it can increase the function when it is not in use. At about 10 seconds, watching this ad is very easy to watch and the effect of publicity is great. For example, if an object such as a poster is provided with a face that can be affixed to such an advertisement on the display advertisement f, the notification display unit 40 is of a structure having the property of a display = a display capable of displaying an image of the advertisement. μ 褒 will repeatedly play the memorized image, and necessary advertisements will be updated. This example 4 'is shown in Figures 12 to 16 except that the same function is given to the same components in Example 1.

2148-5702-PF (Nl); Ahddub.ptd Page 23 200406568 V. Description of Invention (19) No. ’This description is omitted. The structure of this embodiment 4 is different from that of the air-storage housing section 6 of the embodiment 1. The box 1 of this embodiment 4 is composed of an upper cylindrical body 1a and a lower cylindrical body 1b. A blower accommodating portion 6 including two blowers 7 is formed in the corner cylinder 11}. The two blowers 7 in the blower housing section 6 are arranged on the left and right sides as shown in Fig. 16. Also, in this fourth embodiment, the inclined top surface 4 of the cylindrical body 1a is used as the skirt portion 32 of the first embodiment. Further, "this embodiment 4" is formed below the exhaust space portion 21 in the center of the rectangular cylinder 丨 b of the box 1, and a drainage groove 41 is built in to store the removed one drop. The size of the opening of the upper surface of the drainage groove 41 is slightly larger than that of the exhaust space of the exhaust space portion 21, and the convex portion 42 is provided around the entire periphery of the upper surface of the drainage groove. ^ A water-absorbing material is attached around the opening of the upper surface of the drainage tank 41. A buffer material 44 is provided at the center of the interior of the tank. The gates t 'the first and second object detection sensors 33 and 34 are connected. Come to the control circuit that controls the energization ", after these sensors 33, 34 the presence of the umbrella 2, the control circuit 45 that receives the detection signal 45 sends power to the two blowers 7 respectively, # 久 Detail 涵 德 7 * L Ann & ~ Electricity causes Guda fan 7 to run and supply air to start dehydration of umbrella 2. In the fourth embodiment, h ^ h ^ J formed in the center of the inner basket 1 b of the box 1 is arranged below the second middle portion 2 1, and is configured to be stored in the soil milk m ^ ^ ^ ^ _ Use 所 to store the drain tank 41 where the water droplets are removed. The removed water droplets can be stored in the drain tank 41 to prevent external pollution caused by water droplets removal. Μ

200406568

Also, the upper surface of the drainage groove 41 is p 胄 „„ ^, and the upper opening portion is slightly larger than the discharge opening portion of the exhaust space portion 21, so it is easy to spill water when taking out the water. When the drainage groove 41 is taken out for transportation, the water droplets dripped from the air space portion 21 other than the upper surface of the drainage groove 41 are not infiltrated, and they are scattered on the upper surface of the upper opening portion 41, and will not be scattered until it can be blown out. Made by molding, heavy body molding. Since the convex portion 42 is provided around the periphery, even if it is discharged from the upper opening of the drainage groove 41 into the surroundings, it will eventually reach the bottom surface of the drainage groove box 1. Drainage groove 41, for example, light and convex 4 2 can be combined with drainage groove 41

Moreover, since the water absorbing material 43 is pasted around the sound of the fen sound on the upper surface of the drainage groove 41, the water retention performance can be enhanced for the scattered water droplets. As shown in FIG. 14 for taking out the drainage tank 41, for example, the water tank cover 48 provided at the lower portion of the corner cylinder 113 of the casing 1 is opened, and it is easily removed by sliding it to the hand. Further, by providing a buffer material 44 in the center of the inside of the drainage groove 41, it is possible to prevent the umbrella tip 27 of the umbrella from directly hitting the bottom surface of the drainage groove 41 and causing damage.

In addition, in order to prevent the umbrella tip 27 and the surrounding umbrella cloth from being wetted by the accumulated water in the drainage groove 41 =, for example, using a thicker buffer material 44 can prevent the umbrella cavity 27 from being inserted too deeply. A member is provided in the upper opening of the drainage groove 4 丨 to limit the insertion depth of the umbrella tip 27 of the umbrella 2 into the drainage groove 41, and a cushioning material 44 may be provided on this member. Also, when water droplets enter the exhaust chamber 15 from the hole 24 during cleaning, if the exhaust chamber 15 is at a high pressure during the operation of the blower 7, the drainage hole 4 provided on the bottom surface 18 of the blower housing 6 can be removed. 7 is discharged.

200406568 V. Description of the invention (21) However, when the umbrella 2 is inserted through the opening 3, as shown in FIG. 13, the umbrella shaft 26 of the umbrella 2 is inserted obliquely, and the umbrella tip 27 will hit the cylinder la The inner side is guided downward, and a funnel-shaped umbrella-point guide 39 provided in the lower portion is guided to the exhaust space portion 21, enters the drainage groove 41, and the umbrella shown in FIG. 12 is inserted from directly above The situation is the same. The outer diameter of the funnel-shaped umbrella tip guide 39 can be inscribed with the inner side surface of the cylindrical body la so that the umbrella tip 27 does not fit into the gap between the inner side surface of the cylindrical body la and the outer diameter portion of the umbrella tip guide 39 & It is troublesome to effectively improve the insertability of the umbrella 2. The fifth embodiment and the fifth embodiment are described with reference to FIGS. 17 to 19. -: This; the same function members of Example 1 are given the same number, and the box of the umbrella-shaped dewatering water box of the rain-shaped umbrella corner of the embodiment 5 'and the air supply device storage section 6 having a difference from the embodiment 1 is omitted. The body 1 ′ is composed of an upper part and an air blower 8 having two units. The fan unit accommodating portion 6 of the fan unit accommodating portion is shaped inside the rectangular cylinder lb. However, the send mode is configured. The blower 7 of 〇 is shown at a slightly diagonal angle as shown in FIG. 19 and ′ is enclosed by the inner wall surface 19 of the blown fan seedling A / ^: 6 The inner part of the inner part t forms the exhaust chamber! 5 ； The structure is formed into a part 21 in the cylinder 1b. At the corner of the quadrangle like this: corner: set, and it is slightly quadrangular box type by 2 blowers 7 in d'C, n% with carcass lb to effectively increase the capacity 2148.5702.PF (Nl); Ahddub.

Ptd surface Page 26 V. Description of the invention (22) Storage unit 6 ϋ γαί The fan device formed by the corner tube Zhao 1b Dumping structure = The blower 7 constitutes a structure that is not easy to tilt to the left and right and back and forth. The space formed between :: L is divided into 2 spaces, and 50% of these spaces to prevent dust ^ ;: the access path 8, where the air filter is installed, and inside the drive motor-, For example, the inner side of the nt part 6 and the air dagger on the outside of the exhaust chamber 15 are divided into two spaces. Among these spaces—1 $ into the air access passage 8, the hot air sweetening method M, Inside the drive motor of these spaces = ϊ7. It is separated from the blowing path 37 and the blowing path 37 in the embodiment shown in FIG. 2, and the air of the moisture taken in by the air of the blower 7 is blown out of the path 3 by 9 persons. — The discharged horses; the brushes of the lowering f part are covered with water droplets or dust: r :, the life of the brushes is reduced. The control circuit 45 of the motor caused by the day guarding θ is formed as shown in FIG. 17 to form an empty weight; the control circuit 45 covers the outside; the control circuit 45 enables the maintenance cylinder 1 & On the evening above, the fork scales are easy to enter the lamp and the angled cylinder. Also, the inverse coercion: The body 1 is a cylindrical body la, but it can also be formed above θ to cover the outer portion of the H device storage portion 6 to extend to iir. Nabu 6-The whole body phase = shape, box! W and send: = design. If the column is' can be there ~ somatosensory Example 6 About this solid silk office | β

2148-5702-PF (Nl); Ahddub.ptd page 27 Example 6 is illustrated using Figure 20. Also, 1 person has 200406568

Components having the same functions as those in the first embodiment are given the same reference numerals, and the description is omitted. This sixth embodiment is an embodiment in which a number of point inspection devices 51 are installed outside the cylindrical body 1a of the casing 1. There are the following reasons for installing the number-of-use spot inspection device 51 on the outside of the cylindrical body 丨 a of the phase body 1 in the reverse manner. Although the umbrella dehydrators of the above-mentioned embodiments 5 to 5 can remove the moisture attached to the umbrella in a short time, it is natural if the user does not use it properly. In recent years, in order to reduce the use of plastic bags for shopping, such as supermarkets, those who do not ask for plastic bags can be stamped on the receipt at the checkout counter. After a certain amount of stamped receipts are accumulated, they can be exchanged, such as shopping vouchers. the way. If you use an umbrella dehydrator, it will be very helpful for the store because the floors in supermarkets can be easily cleaned. Here, it is necessary to count the number of uses by shoppers. Therefore, instead of embossing, issue an umbrella dehydrator use card to the user. If the user uses the umbrella dehydrator, if the umbrella dehydrator use card is inserted into the use point inspection device 51 installed in the umbrella dehydrator, it indicates that it is used. § Ji Lu will be memorized in the umbrella dehydrator use card, and the record will be displayed when the record exceeds a certain number of times. After receiving the display, you can exchange the shopping voucher. Although it will be used toil even when there are many people, Can increase the frequency of use. 9 Also, if you continue to provide services like this, you can reach customers even on rainy days. Also, if the dehydrated water droplets in the drainage tank 41 reach the state of full water, of course

200406568 V. Description of the invention (24) The operation of the blower 7 must be stopped, and the umbrella dehydrator cannot be used in this state. Therefore, a full water detection sensor is provided to detect the full water state of the drainage tank 41 of the umbrella dehydrator, and the detection signal of the full water detection sensor is sent to the control circuit 45, and the control circuit 45 stops the blower 7 And the control circuit 45 is provided with a sending unit that can send the detection signal of the full-water detection sensor to the outside, and the maintenance staff carries a small receiver to receive the sending signal from the sending unit of the control circuit 45. As long as the maintenance personnel carrying the small receiver can know that the drainage tank 41 is full of water, even when the maintenance personnel are performing other operations, they can instantly get a full water contact, which can shorten _ due to full water ^ User unavailable time. In addition, since there are multiple entrances and exits in department stores and other places, it is desirable to obtain, for example, the full water report of the umbrella dehydrator. In this case, as long as the transmission frequency of the transmission section of the control circuit 45 is multi-channelized, it can be known that the umbrella dehydrator is full of water. As described above, according to the present invention, the dehydration processing space is provided. The part is inserted through the opening by the opening and the side-entered air is installed in the box. The blower is taken from the blower by an external take-out device. L = f is placed in the dehydration processing space on the side of the air ejection part: Umbrella ::: Spray the air flow on the J box and spray the umbrella cloth in a short time :;

200406568 • 丨 -_ 5. Explanation of the invention (25) In the upper part of the box, an umbrella cloth unwinding device is provided to open the umbrella bone. The dehydration treatment space is opened. When the umbrella is rotating, the umbrella bone Contact with the umbrella roll-folding device of the umbrella crease and roll it up and unroll it, 1 to let ::: seam, the umbrella fabric is dehydrated by the umbrella, and the dehydration ability of the umbrella is improved. The cloth is in full contact with the air flow, and the air flow ejection device is in front of the umbrella axis of the umbrella. The phase of the umbrella ’s desired dehydration part is closed in front of the umbrella to blow the air flow to the umbrella. Dehydration performance of ρZΓ degree from air. A tamping operation near the tip of the umbrella with more water and less moisture attached. Efficient air blowing and the blowing direction of the air flow A phase β The blowing direction is staggered and not on the same straight line:%, work roll, L spray device, due to the conflict between the water removed k to suppress the air flow The leaves are separated from each other. The cloth is rolled up and placed on the upper side of the box ... The plurality of bats 2 and 4 sides are arranged on the outer side of the dehydration processing space part and are manufactured on the ground. According to another invention, the umbrella of the water treatment space is inserted into the closed two-state umbrella from the opening part: smartly set off: when the air supply device installed on the lower side starts to operate = the air supply of the box To the holes with multiple holes in the cabinet: the multiple holes of the external official parts will be high by the air sent by the blower ;: air: I side, page 30, 2148-57〇2-PF (Nl); Ahddub. ptd 200406568 5. Description of the invention (26) Remove all the umbrella from the umbrella in the dehydration space on the upper side of the box. Attach water two; for the umbrella cloth unwinding device, the crease of the umbrella cloth that is stored between the above-mentioned "worker" Mouyue and the umbrella bone is rolled up and two = :, because of the umbrella bone and umbrella bone of the umbrella The contact between the creases of the umbrella cloth and the official parts is rolled up, and the entire surface of the umbrella stream that touches the umbrella cloth is dewatered, and the dewatering ability of the umbrella becomes higher. Also, the aforementioned pipe fittings' The umbrella is stored in the box, and the umbrella wheel of the umbrella is provided with a burial hole. For the umbrella to be dehydrated: air is blown out in front of the umbrella to obtain a high degree of dehydration performance.复 The more sub-L of the pipe fittings, the larger the distance between the lower holes and the smaller the distance between the upper holes, which makes the amount of air blowing from the bottom of the box to the upper pipe increases, and more moisture is attached to the umbrella There is more air flow near the edge, and the air sacrifice of the umbrella tip part with less moisture is smaller, which can be corresponded without increasing the capacity of the blower, and it can perform effective air blowing operation. The height of the holes provided in the opposite two pipe fittings is staggered It can prevent the blowing direction from being on the same straight line, and can prevent the removed water from flying out of the opening caused by the conflict between the air flows. In addition, among the plurality of pipe fittings, two of the pipe fittings are arranged opposite to each other. The orientation of the holes allows the air flow blown from the holes to be staggered with each other and not on the same straight line on the horizontal plane, which can prevent the air flow from being removed by the conflict between the air flows.

Page 31 200406568 V. Description of the invention (27) The removed water splashes out from the opening. The orientation of the holes of the plurality of pipe fittings is sighed, so that the air flow blown from the holes of the pipes 4 is staggered in different directions at the horizontal plane, and the rotation of the umbrella f air flow can be prevented. ^ The blower is installed in the lower part of the box, which can prevent the blower fan from turning to the user to make a noise. ^, The blower is located on the lower side of the above-mentioned box with respect to the front of the box

Ui! Is arranged diagonally, making it difficult to tilt forward and backward and left and right. ^ 'Office', the lower part of the body is provided with a lower part which is connected to the above-mentioned 1 water-place 1 and can be ejected to the empty space of the dehydration space part i: 3: trow t space ', The water blown by the umbrella will be dehydrated from the dehydration ^ B. 彳 The exhaust space is dropped, so it is easy to handle the water droplets that are removed. The system is equipped with a controller that controls the above-mentioned blower. Shi Zhi has at least 1 object detection sensor before = the road obtains the object detection signal from the object detection sensor === energized. When the detection of the object detection sensor is not received, it is correct. Then the blower is controlled for power failure, the air flow conflicts when the umbrella is inserted, and the air supply is stopped from 2. drops, because the umbrella is completely pulled out: the "thorn ^ can also be carried out on the way Dehydration action. You can see at least the inside of the cabinet. Through this window you can watch the moisture attached to the umbrella

2148-5702-PF (Nl); Ahddub.ptd Page 32 ZUU4U0306

Check whether there is a malfunction. It is also provided in the lower part of the narrative phase to store the water droplets removed from the above-mentioned umbrellas. ^ The water droplets disposed under the air space part are prevented from being caused by the removed water droplets. The upper opening of the drainage groove is shaped like bismuth j. Slightly larger, and placed on the entire surface of the drainage tank, the water droplets dripped between the exhaust spaces did not pass through the drainage tank. Even if the exhaust air is around, it will fall from the drainage tank. The opening is scattered to the bottom surface of the box. The fruit can prevent spills and the number of times that the rain point is used because of the umbrella tip. Then it detects the number and sends it to the circuit for water detection. If it is carried, it can be washed directly. Even if the inspection device is above, even if the above drainage tank controls the sensor to the punching material after the notification is sent, it can prevent the record writer from hitting the outside number of the tank in the drainage tank. It will show a little trouble at the end, but you can also check the full water condition of the lower part of the box to detect the front blower stop. The maintenance personnel sent by the signal department will have a bottom surface inside the center and set the side. Recorded in the memory 'If you can increase the energization of the blower according to the full water detection of the exhaust gas mentioned above, the signal transmission tank for sending signals to the outside is full of damage. Use a few points to check the water machine to use the card machine to use the card body.' Record the frequency provided by the display. The sensor under the space part will control the energization and the control circuit is set to the sending part. The small water condition that is trusted, that is, the device is used for filming. When the plug-in use reaches a certain certain service setting, this can be detected by the messenger. Maintenance staff

200406568

200406568 Brief Description of the Drawings Figure 疋 Figure 疋 is a perspective view of an umbrella dehydrator according to Embodiment 1 of the present invention. Fig. 2 is a cross-sectional view taken along the line A-A in Fig. 1. Fig. 3 is a cross-sectional view taken along line B-B in Fig. 1. Fig. 4 is a cross-sectional view taken along the line c-c in Fig. 1. Fig. 5 shows a first modification of the same umbrella dehydrator, and has the same cross-sectional view as Fig. 3. Sakae β Gang said that the second variant of the same umbrella dehydrator is shown, and the same cross-sectional view is shown in FIG. 3. Fig. 9 Fig. 9 β < shows a third modified example of the same umbrella dehydrator, and has the same cross-sectional view as the third figure. , ^ ^ 疋 This is a perspective view of the important parts of the third variant of the umbrella dehydrator which is not the same. = Figures < A perspective view of an umbrella dehydrator of Embodiment 2 of the present invention. FIG. Is a perspective view of another umbrella dehydrator according to Embodiment 2 of the present invention. Ϊ ϋ 疋 A perspective view of an umbrella dehydrator according to Embodiment 3 of the present invention. The swollen party is a longitudinal sectional view of the umbrella dehydrator according to the fourth embodiment of the present invention with the umbrella inserted. = 3 Figure 的 A longitudinal section of the same umbrella dehydrator in the state of being inserted into the umbrella. Fig. 14 is a perspective view of the same umbrella dehydrator. Fig. 15 is a cross-sectional view taken along the line A-A of Fig. 14. Fig. 16 is a cross-sectional view taken along the line B-B in Fig. 14. Fig. 17 is an umbrella dehydration machine according to the fifth embodiment of the present invention.

1111

2148-5702-PF (Nl); Ahddub.ptd Page 35 200406568 A schematic longitudinal section view of the state of the drawing. Fig. 18 is a perspective view of the umbrella dehydrator. Fig. 19 is a cross-sectional view taken along the line C-C in Fig. 18; Fig. 20 is a perspective view of the umbrella dehydrator according to the sixth embodiment of the present invention: 1 ~ box; 1a ~ cylinder; lb · ~ angle cylinder; 2-umbrella; 3 ~ opening; 4 ^ v top surface; 5 ~, airflow ejection device storage section; β ^ a blower device storage section; 7 ~ blower; 8-< air intake passage; 12 ^ ~ intake air chamber; 15 ~ exhaust chamber; 21 ^ ~ Exhaust space section; 25 ~ Dehydration treatment space section 24 '~ Hole of air supply pipe (air flow ejection device); 23-~ Air supply pipe (air flow ejection device, umbrella cloth unwinding device).

2148-5702-PF (Nl); Ahddub.ptd p. 36

Claims (1)

200406568 6. Scope of patent application 1. An umbrella dehydrator, the box body (1), less L # withered;) inserted; #has an opening (3) to let the umbrella (2 parts off; space section (25 ), Installed in the box ("Inside the upper", "', the umbrella (2) inserted into the bundled state by the opening (3) is used for dehydration; the blower (7) is installed in the box (1), the air is taken in from the outside to supply air; and the industrial air ejection device (23, 24) is installed in the box (1) and sends the air to the fan ~ (7_) ~ The air is blown out over the entire length of the umbrella (2) stored in the aforementioned dehydration processing space section (25). 2. The umbrella dehydrator according to item i of the patent application scope, wherein the umbrella cloth unwinding device (23) The upper side set in the box (1) will be stored in the above: Dispose of the air :: the top 22, rain = 3. The umbrella dehydrator described in the application, where the air stream is sprayed with (23 I), the case where the aforementioned umbrella (2) is stored in the aforementioned box: upper " is along the umbrella axis of the aforementioned umbrella (2) ( 26) It is plurally set. 、, ⑻ 4. If the umbrella of the patent application scope β family is described in the umbrella = machine ', where the air flow ejection device 2 24 ", the amount of air blown out from the box (1 ... the lower part to the upper part) ； 2; ^ The direction of the blowing air flow is opposite to the empty milk 々 2148-5702-PF (Nl); Ahddub.ptd No. 30 200406568 6. Scope of patent application The blowing direction is staggered from the same straight line. 6. The umbrella dehydrator according to item 2 of the scope of patent application, wherein the umbrella cloth unwinding device (23) is outside the dewatering processing space part (25) on the upper side in the box (1), It is a plurality of fittings arranged in an opposite direction. 7. An umbrella dehydrator, comprising: a box body (1) having an opening portion (3) at the upper portion for inserting the umbrella (2); and a dehydration processing space portion (2 5) disposed in the box body (1) The upper side of 'receives the umbrella (2) inserted in the bundled state inserted by the aforementioned opening (3) for dehydration; the blower (7) is installed in the box (1) and takes in air from the outside to supply air; And the official piece (23), a plurality of holes (24) are provided in the box (1), and the air sent by the aforementioned blower (?) Is sprayed out throughout the dewatering processing space section (2 5 ) The full length of the aforementioned umbrella (2) is 0, -8. The umbrella dehydrator according to item 7 of the scope of patent application, wherein the pipe fitting (23), which also serves as an umbrella cloth unwinding device, will be stored in the aforementioned dehydration treatment. The crease (30) of the umbrella cloth (28) between the umbrella (2) and the umbrella bone (28) of the space section (25) is unrolled. … —9. The umbrella dehydrator according to item 7 of the scope of patent application, wherein the aforementioned pipe fitting (+23) accommodates the aforementioned umbrella (2) in the aforementioned case (1) along the path of the aforementioned umbrella (2) The umbrella shaft (26) is provided with a plurality of holes (24 200406568 10. According to item 7 of the scope of the patent application, the umbrella is provided in the plurality of holes (24) of the aforementioned pipe fittings (23), the greater the distance between 2 and $ =, the more the distance between the upper holes is smaller. . ~, 11 · According to the umbrella dehydration described in item 7 of the scope of the patent application, among the plurality of pipe fittings (23), the heights of the holes (2 4) provided at the two opposite pipe fittings are staggered. … 12. According to the umbrella dehydrator described in item 7 of the scope of patent application, among the plurality of pipe fittings (23), the two pipe fittings (^ 3) which are opposite to each other are just The directions of 3 (2 4) are staggered so that the air flowing out of the hole (2 4. > flows out of the horizontal plane are not on the same straight line. W 1 3 · Umbrella dehydrator according to item 7 in the scope of patent application, where & amp The direction of the holes (24) provided in the plurality of pipe fittings (23) is wrong ^, then the direction of the air flow flowing from the holes (2 4) of each pipe fitting (23) is to make L 士 口 w # 7 八Qianmen 14 4. The umbrella dehydrator according to item 1, 2, 3, 4, 5, 6, 7, 8, g 10, Π, 12 or 13 of the scope of patent application, wherein the aforementioned blower (7), It is set in the lower part of the above-mentioned box (1). 15. Dehydration of the umbrella as described in the scope of patent applications 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, Π, 12 or 13. Machine, wherein the above-mentioned blower (7) is arranged at a slightly diagonal angle in the front-back, left-right direction of the box (j,) in the lower side in the box (1). ≫ Umbrella dehydrators as described in 2, 3, 4, 5, 6, 7, 8, 9, 11, 12, or 13 with exhaust air 200406568 6. The scope of patent application (21) is configured to exhaust the air from the aforementioned physical space section (25) on the lower side of the lower part of the front dehydration processing space section (25) of the front fan box. It will be sprayed to the dewatering place. 17. The dehydration of the umbrella as described in the scope of patent application No. 1, 2 10, 11, 12, or 13 '5' m 9, road (45), to the box (1). Leaf 1 π is also set with control power; the escape fan (7) is used for thunder control; an object detection sensor (M, w ('the order is energized V Wd 4), and at least one is set in the aforementioned dehydration process Department of Space (25) • Yu Chong's secret heart ^ J: 1 iu ^), month, J control circuit (45) receives the object detection letter from the object detection sensor (33, 34) and reports the air supply: 7 ) Follow the power-on control. When the object detection signal of the object detection sensor (33, 34) is not received, the power supply to the fan is stopped. 0 18 · If the scope of patent application is i, 2, 3, 4, 5 , 6, 7, 8, 9, 10, 11, 12, or 13 of the umbrella dehydrator, the aforementioned box in A (" set at least a part of the window to observe the interior, (in 38 in) "phase body 19 · Umbrella dehydrator according to item 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, or 13 of the scope of patent application, wherein the lower part in the aforementioned box (1) Set on the side A drainage groove (41) is arranged below the exhaust space section (2 丨) to store the water droplets removed from the aforementioned umbrella (2). 20. The umbrella dehydrator according to item 丨 9 of the patent application scope, wherein The upper opening of the drainage groove (41) is formed to be slightly larger than the size of the exhaust space portion (2 1), and a convex portion (4 2) is provided on the entire periphery of the upper surface of the drainage groove (4 1). 200406568 6. Scope of patent application 21. The umbrella dehydrator according to item 19 of the scope of patent application, wherein a buffer material (44) is provided in the inner center of the aforementioned drainage tank (41). 22. The umbrella dehydrator according to item j, 2, 3, 4, 5, 6, 7, 8, 9, 10, Π, 12 or 13 of the scope of patent application, wherein the above-mentioned box (1) An external use point inspection device (5 丨) is provided on the outside to write the record indicating the use into the umbrella dehydrator use card. 23. Umbrella dehydrator as described in item 19 of Shen Qing's patent scope, in which the 3 detection sensors will be arranged in the row below the aforementioned box (" lower part of the two = H = between the section (21)) The detection of the full water in the water tank (41) energizes the control circuit of the aforementioned 5: machine for energization control; and the detection signal for the stop feeling J s of the front fan fan at the 0 (45): to the outside Send a letter. ° 'Check the full water Page 41