JP3030148U - A pillow case with a storage case that holds a battery, which is equipped with a flashlight and a portable radio. - Google Patents

Abstract

(57) [Summary] (Modified) [Problem] A pillow cover that can store a flashlight, a portable radio, and a battery. SOLUTION: A pillow cover 2 is provided with a storage device by constructing a bag piece 3 provided with a storage case 4 with a fastener 5 for engagement. A switch F for storing and holding a flashlight B and a portable radio C, which can short-circuit the current circuit without passing through a switch outside the flashlight main body, in one of the storage cases, and for turning on / off the flashlight from outside the bag, And a flashlight projecting opening or window H, an opening I for operating a portable radio, and a corresponding opening or window in the bag, so that the stored flashlight and portable radio are stored. In that state, it can be operated and used from outside the bag. Further, the battery can be stored and held in the storage case, and a pillow cover or a device that uses electric power is installed and connected to the pillow to configure a pillow that uses them.

Description

[Detailed description of the device]

[0001]

[Technical field to which the device belongs]

 The present invention relates to a pillow cover having a device as a storage device, which is equipped with equipment for disaster prevention, in addition to being used as bedding.

[0002]

[Prior art]

 2. Description of the Related Art Conventionally, as a pillow cover having a storage chamber, there are known ones provided with pockets for accommodating air bags and those having a bag for accommodating small items (for example, Japanese Utility Model Publication No. 63-3666 and Japanese Utility Model Publication No. 63-3636). (See Japanese Patent Publication No. 64-19369). Further, as a device equipped with a power source, a device in which an alarm device is installed in or on the side of the pillow body is known (for example, Japanese Utility Model Publication No. 64-4265 and Japanese Utility Model Publication No. 64-47265). (See the official gazette).

[0003]

[Problems to be solved by the device]

 In the case of a pillow cover that is provided with a conventional bag for storing articles, when the articles are attached to the pillow and the articles are stored, there are problems in comfort of use as bedding, problems in protection and preservation of stored items, There were problems such as inconvenience in function. Also, in the case of incorporating a light, a radio, etc., there were problems of difficulty in operability and complexity of the device. The present invention has been made in view of the above problems of the prior art. The purpose of the present invention is to provide the pillow cover with a robust storage chamber for protecting and protecting the stored items, and , And a device that can easily put in and take out stored items, and has a structure in which the entire pillow with the pillow cover of the present invention has the flexibility to bend at the time of sleeping and the usability is not bad. By providing a pillow cover and providing a robust storage room, a flashlight, portable radio, battery, etc. can be stored and held inside, and a switch and an opening for operating them from outside the storage room are provided. Moreover, various lights and the like are provided on the pillow cover or the pillow so that they can be used and the above-mentioned problems are solved.

[0004]

[Means for Solving the Problems]

 In order to achieve the above object, a thick sheet bag piece and an engaging tool are provided on the mattress contact surface of the pillow cover to form an openable and closable bag at the opposing portions. In order to organize and protect the stored items on the pillow cover inside the bag or on one side of the bag, four or more storage cases that allow the storage items to be taken in and out should be installed in rows and columns with a space between them. Furthermore, in one of the storage cases, a current drawing line or a flashlight provided with a drawing section is housed and held from both sides of the current circuit where a switch is interposed to the outside of the main body. When stopping, the flashlight is provided on the side body of the storage case where the current lead wire of the flashlight or the draw-out portion is contact-powered and the bipolar current wiring is operated from the outside of the bag from that location of the locking device. Switch to switch bypass. In addition, an opening hole or window will be provided in the storage case and bag to project light from the stored flashlight. In addition, the portable radio is also stored and held in the same room, and its power switch, volume dial, tuning dial, etc. are exposed outside the bag through the opening holes in the storage case and bag piece. By operating the flashlight exposed on the outside of the bag and the operation part of the portable radio, the convenience of using the above-mentioned stored items can be obtained. In addition, the electric power generated by holding the battery in one of these storage cases is provided to the outside of the storage case by a lead wire and an operation control device. Can be provided.

[0005]

[Embodiment of device]

 A thick sheet is used for the bag piece provided on the pillow cover, and the storage case is placed and mounted and protected. Fasteners or other engaging tools are used to attach the bag pieces to the pillow cover, and these are opened, closed, and removed to put items in and out of the bag and storage cases.

[0006] A storage case having a lid that can be opened and closed is used to take out and put in a storage item and perform protection and maintenance.

[0007] The storage cases are arranged in rows and columns that intersect with each other directly below the center where the head rests on the pillow, and four or more pieces are arranged and mounted on the pillow cover or bag piece, respectively. This allows the storage case to move up and down independently, and prevents the user from feeling a sense of incongruity when the pillow is placed on a solid single plate when the head is rested or moved on the pillow.

[0008] A lead wire or lead portion for the current is provided from both sides of the energizing portion interposing the power switch of the stored flashlight to the outside of the main body. When you set the power switch of the flashlight to off by setting it so that contact current can be supplied to the lock device and wiring from this lock device to a separately provided switch, the power switch of the flashlight is short-circuited without concern. It is possible to turn on / off the switch provided by the switch. Open the lever or push button of this switch to the outside of the bag to operate from outside the bag. Also, an opening hole or window for projecting the flashlight in the set state will be provided in the storage case and the bag piece.

A portable radio stopper is provided inside the storage case so that the power switch, volume dial, tuning dial, etc. of the portable radio to be stored can be operated through the opening hole of the storage case and the bag piece.

For the electric power from the battery held in the storage case, a lead wire is provided outside the storage case, and a device that uses electric power such as a bimetal built-in light for the pillow cover and the pillow, together with its switch and control device. Pillows that can be used for disaster prevention and hobbies can be configured by arranging and connecting appropriately.

[0011]

【Example】

 An embodiment will be described below with reference to the accompanying drawings. Figure 1 shows a pillow case with a pillow case, and a bag piece is provided on the mattress contact surface of the pillow case. The bag is formed at the portion where the pillow cover and bag piece are opposite to each other, and the storage case is installed inside. FIG. 2 is a cross-sectional view showing such a state, and FIG. 2 is a perspective view showing a state in which the pillow is turned upside down from that state, the bag piece is released from the pillow cover by engaging the fasteners, and then separated and removed. In FIG. 1, the pillow 1 is an arbitrary one whose thickness is adjusted. In FIGS. 1 and 2, the pillow cover 2 has a bag-like shape and does not come loose according to the size of the pillow. As the bag piece 3, a thick sheet or the like is used to protect and hold the storage case. The fastener 5 is sewn around the periphery of the portion of the pillow cover that is in contact with the mattress and the periphery of the opposing bag piece so that the two are paired, and the two are engaged to form a bag. The storage case 4 is made of a suitable material such as plastic or vinyl chloride, and has four lids with open doors and no corners. The size should be such that even if four storage cases are arranged in the bag piece, it can be accommodated with some room, and the depth is 20 to 30 mm. The space between the storage cases should be about 15 mm in rows and columns, and this center point should be set just below the center of the head where the head rests on the pillow. Attach using tape. The storage case A is an example of installation for storing and holding the flashlight and the portable radio shown in FIG. In addition, in the above-mentioned embodiment, the pillow-shaped pillow cover is used and four storage cases are provided on one side of the bag, but this is an open pillow cover in which both sides are cut. You may provide a bag piece in. In addition, the storage case may be attached to the pillow cover side in the bag, and when four storage cases are installed, while keeping this arrangement, any one of the storage cases should be subdivided. When the number of uses is increased or a large pillow is used and a large pillow cover and bag piece are used, more storage cases can be provided and the storage cases can be arranged with different sizes.

As a method for attaching the bag piece 3 to the pillow cover 2 in FIGS. 1 and 2, a method other than the fastener 5 may be used.

FIG. 3 is a perspective explanatory view showing a case where a transparent storage case A is used and a flashlight B and a portable radio C are stored and locked therein. In the current circuit before the + and-electrode currents of the internal dry batteries are applied to the power switch, the flashlight B is provided with a current lead wire and a lead portion outside the main body, and a flashlight with a conductive member in the clamp portion. It is locked with the electric lamp locking tool D, and the + and-polarity side currents are contact-energized to the locking tool from the lead wire and the lead portion. Attach the lead wire E to that part of the locking tool, and connect the push button or lever provided on the side body of the storage case A to the switch F that is exposed to the outside of the storage case, and use this switch to flashlight from outside the storage case. Turn on and off. An opening hole or window H is provided on the side body of the storage case for projecting a flashlight. For a pen-type flashlight with a small body such as this example, an opening hole is provided and the projecting part is an opening hole. Set it further out of the storage case. Further, an opening hole I for exposing the power switch, volume dial, tuning dial, etc. of the portable radio C to the outside of the storage case is provided, and a locking tool for setting so that the portable radio can be operated from the outside of the storage case. Set G to lock the portable radio.

FIG. 4 is a cross-sectional structural view of a main part of the pen-type flashlight B set in the storage case A.-The electrode side has a brush for contact energization in the front circuit connected to the power switch J An insulator L is sandwiched outside the main body by the contact of the lead wire K, and a negative electrode current lead-out portion is provided. On the other hand, since the + electrode side current flows through the body side case as a conductor, the insulating film on the case side body at a position separated from the − electrode current lead wire is peeled off and the portion is used as a lead portion M. The lead-out positions of both electrodes are aligned with the respective installation positions of the locking tool D before and after the flashlight.

FIG. 5 shows a cross-sectional view of a main part of the flashlight locking tool D and the portable radio locking tool G. Left side view In the flashlight locking device D, a conductive member N is provided at a portion where the flashlight is clamped and locked, and the current is drawn when the + and-electrodes of the flashlight are respectively clamped. Connect the lead wire E from this conductive member N to the flashlight switch bypass switch. The attachment to the storage case A is performed by an appropriate method such as an adhesive method or rivet fixing. Right side view The portable radio locking device G is formed as a metal fitting or made of an appropriate material, and has an approximately "V" shape facing inward at the upper end of the rising part for attaching and detaching and locking the portable radio. The mounting method is the same as that of the flashlight locking tool D.

In FIG. 6, one of the storage cases 4 is provided with a battery case O for holding a battery, and a lead wire and a switch P are provided outside the storage case, and a pillow cover 2 or a pillow 1 is provided with a bimetal. It is a circuit explanatory view of a pillow cover provided with a device such as a built-in light Q that uses electric power.

[0017]

[Effect of device]

 Since the present invention is configured as described above, it has the following effects.

By using the bag provided with the fastener and the storage case with the door opening lid according to the first aspect, it is possible to take out and put in the storage item to the pillow cover and to protect and protect the storage item. When a transparent case is used, it is easy to identify the stored items. In addition, the number of storage cases and how to partition the storage cases makes it easy to organize the storage items.

The storage case is placed on the pillow by placing an empty space between columns and rows intersecting with each other directly below the center where the head is installed on the pillow, and by mounting four or more pieces on the bag pieces, the head is placed on the pillow. The entire pillow flexes when it is stationary, moved, or inverted, and it prevents a hard and uncomfortable feeling, so it can be used with a feeling similar to that of a normal pillow.

When the flashlight and the portable radio according to claim 2 are set in the storage case with the locking tool, those operations can be performed from the outside of the bag through the opening holes of the storage case and the bag piece. In addition, since the flashlight can also be projected to the outside through the opening or window, the stored item can be used as it is for everyday use, and it can also be removed from the locking tool and stored. When taken out of the case, they can be used as ordinary flashlights and portable radios, so they can be used alone as they were for special purposes after evacuation in the event of an emergency carry-out.

The provision of a device requiring a power source to the pillow or the pillow cover according to claim 3 is such that the present storage case group can store and set a considerable amount of batteries, and can be provided with an operation control device thereof. Therefore, it is possible to provide a device that uses various main power sources.

When the pillow cover of the present invention is used by accommodating necessary items by attaching it to the pillow, it becomes a disaster prevention pillow which is closest to the body at bedtime and can be easily taken out in an emergency without causing confusion. . In addition, since the flashlight and portable radio can be used at all times while they are housed, it is possible to use them both before evacuation and during evacuation activities for safe action.

[Brief description of drawings]

FIG. 1 is a cross-sectional view showing an embodiment of the present invention in which a pillow case type pillow cover is provided with a bag and a storage case is built in and attached to the pillow.

FIG. 2 shows the pillow case type pillow cover of FIG. 1 provided with a bag, and the pillow case upside down and the pillow cover and the bag piece separated from each other when the bag having the built-in storage case is attached to the pillow. FIG.

FIG. 3 is a perspective view of essential parts showing a state in which a flashlight and a portable radio are set in one of the storage cases of FIG. 2 and formed so as to be operable from outside the storage case.

FIG. 4 is a cross-sectional view of essential parts showing the structure of a flashlight set in the storage case of FIG.

5 is a cross-sectional view of essential parts showing a flashlight provided in the storage case of FIG. 3 and a locking tool of a portable radio.

FIG. 6 is a circuit diagram of a pillow cover or a bimetal built-in light provided on a pillow, which utilizes a battery held in one of the storage cases of FIG. 2;

[Explanation of symbols]

1 Pillow 2 Pillow cover 3 Bag piece 4 Storage case 5 Fastener A Storage case for storing and locking flashlight and portable radio B Flashlight C Portable radio D Flashlight locking device E Lead wire F Flashlight switch bypass switch G Portable Radio locking tool H Opening hole or window of flashlight projection part I Opening hole for operating power switch, bolium dial and tuning dial of portable radio J Flashlight power switch K-electrode side current draw-out part and contact energization Current lead wire with a brush L Insulator M + Electrode side current lead portion N Conductive member O Battery holding case P Battery power switch Q Bimetal built-in light

Claims (3)

[Scope of utility model registration request] 1. A bag piece is provided on the mattress contact surface of the pillow cover,
A bag is formed on both the pillow cover and the bag piece,
Pillow cover inside the bag or on one side of the bag, four or more storage cases are arranged and installed with vacant spaces in vertical rows and horizontal rows intersecting centering directly under the center where the head rests on the pillow. cover. 2. A flashlight switch, wherein one of the storage cases provided on the pillow cover according to claim 1 is brought into contact with a flashlight switch bypass circuit provided outside the flashlight body, with a part of the current circuit being in contact with the flashlight switch bypass circuit. A flashlight that can be turned on and off without using a portable radio, and a portable radio that is stored and held, and the side body of the storage case has a projection opening hole or a window and a flash of the projection portion of the flashlight. A switch for electric light switch bypass is provided, and an opening hole for operating the power switch, volume dial and tuning dial of the portable radio from the outside of the storage case is provided.
Further, an opening hole or a window is provided at the corresponding position of the bag piece to allow the flashlight and the operation part of the portable radio to go out or to be exposed, and the corresponding operation part or the like can be moved out or out of the bag piece. By doing so, a pillow cover that can be used to operate the flashlight and portable radio stored in the storage case from the outside of the bag. 3. A battery case is stored and held in one of the storage cases provided in the pillow cover according to claim 1, and the electric power thereof is used. Pillow cover that is formed by equipping a device that uses electricity.