JP2019014293A - Portable electronic apparatus retainer - Google Patents

Abstract

To provide a portable electronic apparatus retainer for a motorcycle, capable of preventing vibration of a motorcycle from being transmitted to a portable electronic apparatus even when a thin-type portable electronic apparatus such as a mobile phone with a camera or a smartphone is mounted on a motorcycle with a handlebar of an autobicycle or the like.SOLUTION: The retainer is constituted of a clamping member, a supporting member, and a retaining member comprised of an opening part 8 and a bottomed storage part 1, used for mounting a portable electronic apparatus 5 on a handlebar of a motorcycle. The bottomed storage part 1 is formed from a frame body and a laminated body 4 comprised of a foamed plastic layer 2 and a slip resistance rubber layer 3 and includes an opening part 7 corresponding to a photographic lens 6 of the portable electronic apparatus 5 and an opening part 8 corresponding to a liquid crystal display surface of the portable electronic apparatus 5 and is structured so that the foamed plastic layer 2 in the opening part 7 and the opening part 8 of the frame body is compressed at a rate of 1/2 or more as many as an original thickness.SELECTED DRAWING: Figure 1

Description

The present invention relates to a portable electronic device holder for a motorcycle, and more particularly to a portable electronic device holder suitable for photographing with a portable electronic device when a motorcycle is running.

Conventionally, there are various types of holders for attaching portable electronic devices to the handlebars of motorcycles such as sports cycling cars and motorcycles. In addition, commercially available instrument holders and lamp holders can be used instead. It has been considered to be used as an electronic device holder. For example, Japanese Patent Application Laid-Open No. 2-162176 (Patent Document 1 to be described later) claims (1) “a flexible mounting bracket to be mounted at an appropriate position on a bicycle handle and an outer surface of the mounting bracket. There is disclosed a light mounting apparatus that includes a sub bracket that is detachably attached at a position and a light that is attached to and detached from the sub bracket.

Further, in the claims of Japanese Patent Laid-Open No. 03-70641 (Patent Document 2 to be described later), “in the case where the headlamp is attached to and detached from the bracket provided on the handle, the bracket is attached to the upper surface of the main body case of the headlamp. A slide groove for sliding both sides is formed, and a holder for locking the edge of the bracket is disposed below the slide groove, and the energization to the bulb of the headlamp is controlled in the holder. There is disclosed a “headlamp mounting apparatus” characterized in that a board provided with electrical components is provided.

According to these prior art documents, there is an effect that “the user can easily attach the battery light to any position of the handle using a single member”, and “the holder can hold the substrate with the holder. Each has the effect of being able to hold the headlamps on the handle brackets. However, as shown in FIG. 1 of JP-A-2-162176 (Patent Document 1 described later) and FIG. 3 of JP-A-03-70641 (Patent Document 2 described later), these prior art documents are shown. Then, there is a problem that the vibration of the bicycle is directly transmitted to the light and headlight. For this reason, when a light and a headlamp are replaced with a portable electronic device, it is clear that a portable electronic device cannot take a photograph and a moving image well.

Further, claim 1 of Japanese Patent Application Laid-Open No. 2001-48078 (Patent Document 3 to be described later) states that “the front part of the vehicle body is covered with a cowling, a headlamp housing with a built-in headlamp and an instrument panel such as a speedometer” Each of the above-mentioned instruments on the upper bracket and the lower bracket which are integrally projected above the rear part of the headlamp housing supported by a cowling brace projecting forward from the head pipe of the motorcycle frame. A mounting device for mounting a panel, a hook piece integrally projecting from the back surface of the instrument panel corresponding to the upper bracket is fitted and locked to the upper bracket via cushion rubber, and the lower part projects downward. An instrument panel mounting device for a motorcycle, wherein the lower stay provided is screwed onto the lower bracket. "It is disclosed.

According to this prior art document, since the instrument panel can be easily attached and detached, the instrument panel can be replaced with a portable electronic device. However, since this instrument panel mounting device for a motorcycle is screwed to the instrument panel only by one screw at the rear (paragraph 0014), it is necessary to provide a screw for screwing and damage the thin portable electronic device. . Further, since only “the vibration of the vehicle body can be reduced (paragraph 0008 of the same publication)”, there is a problem that the photographing lens is shaken by the vibration of the vehicle body. For this reason, even with this method, it is not possible to take pictures and videos well with portable electronic devices.

Further, in claim 1 of Japanese Patent Application Laid-Open No. 2017-67192 (Patent Document 4 described later), “a holding tool for holding a columnar object to be held on a columnar support using a binding band, A rectangular parallelepiped cushion member made of an elastic material, and a ring member coupled to the outer peripheral surface of the cushion member, the cushion member having the two planes when the two opposed planes are a front surface and a rear surface. Has a concave portion for the band to pass the binding band on the left and right side surfaces, and the ring member is formed of the binding band passing through the concave portion for the band. There is disclosed a “holding tool” that is in contact with an outer surface and restricts the expansion of the binding band.

According to this prior art document, “the ring member regulates the routing shape of the binding band to ensure the contact area of the binding band with a large support or object to be held, and the cushion member is elastically deformed to increase the contact surface. Therefore, it can be applied to various supports and objects to be held having different sizes (paragraph 0010 of the publication). However, as shown in FIG. 9 of the same publication, when a thin portable electronic device is used for the object to be held 92, there is a problem that the photographing lens is shaken with the handle due to vibration of the vehicle body. For this reason, it is not possible to photograph well with this method.

JP-A-2-162176 JP-A-3-70641 JP 2001-48078 A JP 2017-67192 A

The present invention has been made in view of the above problems. Even when a thin portable electronic device such as a mobile phone with a camera or a smartphone is attached to a two-wheeled vehicle such as a motorcycle handle, the vibration of the motorcycle body is applied to the portable electronic device. It is an object of the present invention to provide a portable electronic device holder for a motorcycle that is not transmitted.

A portable electronic device holder for a motorcycle according to the present invention includes a holding member for attaching the portable electronic device to a handlebar of the motorcycle, a support member, and a holding member including an opening and a bottomed housing portion. In the holder, the bottomed housing portion is formed of a frame body and a laminate of a foamed plastic layer and a non-slip rubber layer, and has an opening corresponding to a photographing lens of the portable electronic device and a liquid crystal display surface of the portable electronic device. And the foamed plastic layer in the opening and the opening of the frame is compressed at a ratio of 1/2 or more of the original thickness.

The preferred embodiments of the present invention are as follows.
It is preferable that the opening portion of the portable electronic device holder has two elastic bands, and the gap of the elastic band is narrower than the width of the portable electronic device. Moreover, it is preferable that a transparent film is placed in the photographing lens hole.

In the portable electronic device holder of the present invention, the surface of the bottomed housing portion is made of a non-slip rubber layer in order to bring a large area of the portable electronic device into surface contact with the non-slip rubber layer from both sides of the portable electronic device. . This is because, as will be described later, by making the surface contact while applying a pressing force, the portable electronic device is less likely to slip from the holder even when the motorcycle is running.

In the portable electronic device holder of the present invention, the anti-slip rubber layer is a laminate of the foamed plastic layer and the anti-slip rubber layer. The foamed plastic layer absorbs vibration during travel and does not transmit the vibration to the portable electronic device. This is because the portable electronic device is pressed by the elastic force of returning to the original foamed plastic layer. Even if the vibration of the vehicle body from the motorcycle is transmitted to the frame of the portable electronic device holder and the frame is vibrated, the foamed plastic layer absorbs this vibration and the vibration is not transmitted to the anti-slip rubber layer. Remains fixed. Even if a large vibration is transmitted from the front side to the portable electronic device, the foamed plastic layer on the back side interferes and absorbs the vibration wave because the portable electronic device is sandwiched between the anti-slip rubber layers from both sides. The laminated body is preferably divided in order to prevent vibration from propagating from the non-slip rubber layer to the portable electronic device. More preferably, there are cuts in four or more divisions. Note that in the configuration of only the anti-vibration rubber, it is inevitable that the vibration propagates from the anti-vibration rubber layer to the portable electronic device.

In order to have the above pressing force, the opening portion of the frame and the foamed plastic layer in the opening are compressed at a ratio of 1/2 or more of the original thickness, that is, the foamed plastic layer is in a compressed state, The mobile electronic device was pressed using the repulsive force. The foamed plastic layer needs elasticity. Examples of the foamed plastic include flexible polyurethane foam, sponge elastomer, and silicon foam. Sponge rubber is preferred from the viewpoint of ease of processing and price. Moreover, it is preferable that the foamed plastic layer is compressed at a ratio of 1/3 or more of the original thickness, more preferably at a ratio of 1/4 or more.

In the portable electronic device holder of the present invention, having the opening corresponding to the photographing lens of the portable electronic device and the opening corresponding to the liquid crystal display surface of the portable electronic device determines the angle and position of the photographing lens to be photographed. This is for confirmation on the liquid crystal display surface of the opening. In addition, the holding device is composed of a clamping member, a supporting member, and an opening and a bottomed housing for attaching a portable electronic device to the handlebar of a motorcycle. This is because the technique is used as it is for the portable electronic device holder of the present invention.

In the portable electronic device holder of the present invention, it is preferable that the opening has two elastic bands because the two-wheeled vehicle gets stuck in a hole or passes through a step. It is a measure when receiving. If a sudden shock is received while the motorcycle is running, the portable electronic device may jump out of the portable electronic device holder of the present invention. In view of this, the opening portion is simply provided with two elastic bands, and the elastic band gap is narrower than the width of the portable electronic device so that the portable electronic device does not jump out of sudden impact. An openable / closable door structure or a fitting structure can also be used.

Further, the opening and the bottomed housing part may be stepped. That is, even when the mobile electronic device receives a sudden impact, the mobile electronic device does not pop out from the vertical direction on the opening side and the opening side of the frame. Although the portable electronic device holder of the present invention becomes long, the portable electronic device is protected from a sudden impact by a frame on both sides of the bottomed housing portion with the opening and the bottomed housing portion being stepped to prevent horizontal jumping. Can be prevented from jumping out.

Further, in the portable electronic device holder of the present invention, it is preferable that a transparent film is placed in the opening portion. During traveling, small insects such as gnats, mosquitoes and moths, or sand This is because the photographing lens hits the surface of the photographing lens and soils the photographing lens. As the transparent film placed on the photographing lens surface, an inexpensive film such as a commercially available wrap film or a transparent vinyl sheet can be used. This is because such a transparent film is thin, and the presence or absence of the transparent film cannot be determined from a photographed electronic image.

According to the portable electronic device holder of the present invention, the vibration during the traveling of the two-wheeled vehicle is absorbed by the cushioning action of the foamed plastic layer having elasticity, so that the photos and videos that are not shaken by the anti-shake function built into the portable electronic device. There is an effect that can be taken. In addition, there is an effect that the portable electronic device does not jump out of the holder even if the motorcycle receives a sudden impact during traveling. In addition, even if the portable electronic device is inserted into the portable electronic device holder of the present invention and used for a long time, vibration during traveling is not transmitted to the portable electronic device, so that there is an effect that the internal wiring of the portable electronic device is not disconnected. Furthermore, if an inexpensive transparent film is placed in the aperture portion of the present invention, the photographing lens surface is not soiled, so that the photographing lens surface is not damaged.

It is the schematic of the bottomed accommodating part of the portable electronic device holder of the motorcycle which concerns on embodiment of this invention. It is one Embodiment of this invention which attached the holder to the handlebar of the two-wheeled vehicle which concerns on embodiment of this invention. It is the schematic of the portable electronic device holder which concerns on other embodiment of this invention.

FIG. 1 is a schematic view of a bottomed housing portion (1) of a portable electronic device holder for a motorcycle according to an embodiment of the present invention. In the bottomed housing part (1), the inner periphery of the frame is covered with a laminate (4) of a foamed plastic layer (2) and a non-slip rubber layer (3). And when a portable electronic device (5) is inserted in this bottomed accommodating part (1), an opening part (7) is provided corresponding to the imaging lens (6) of a portable electronic device (5), and An opening (8) is provided corresponding to the liquid crystal display surface of the portable electronic device. This laminate (4) has a plurality of cuts of 4 squares or more on the opening (8) side (vertical 6 squares, horizontal 8 squares), and a plurality of cuts of 4 squares or more on the opening (7) side ( Vertical 4 squares, horizontal 5 squares). Vibrations are dispersed by these cuts. Moreover, the thickness of the foamed plastic layer (2) of this laminated body (4) is compressed about 80% from the original thickness. If the surface is compressed by 50% or more, it comes into surface contact, which is sufficient to stop the slip of the portable electronic device (5).

There are two elastic bands (9) at one end of the bottomed housing part (1), and the portable electronic device (5) is guided into the inside of the bottomed container part (1) using the elongation of the elastic band. be able to. Further, since the gap between the two inner elastic bands (9) is narrower than the width of the portable electronic device (5), the portable electronic device (5) can be used even when a large horizontal impact is applied to the motorcycle body. It does not jump out of the bottom housing part (1).

Moreover, although not shown in figure, a transparent film can be provided in the aperture part (7) provided in the bottomed accommodating part (1). Since the opening (7) is located in the photographing lens (6) of the portable electronic device (5), a transparent film is placed on the photographing lens (6). With this transparent film, it is possible to prevent the photographing lens (6) from being damaged or soiled by dust or insects when the motorcycle is running. Further, the image quality of the image is not deteriorated by the transparent film. The transparent film can be a food wrap film or a plastic bag.

FIG. 2 shows an embodiment in which a holder (11) is attached to a handlebar (10) of a motorcycle according to the present invention, as illustrated in the drawings of Japanese Utility Model Publication No. 59-92075. The holder (11) includes a clamping member (12), a support member (13), and a holding member (14). The clamping member (12) is a C-shaped substantially cylindrical body, and is clamped to the handlebar (10) at an arbitrary position by tightening the open end with a screw (15). Moreover, as shown to the figure of Unexamined-Japanese-Patent No. 2014-97796, the holder (11) of a portable electronic device (5) can also be comprised rotatably from a holding member (14).

FIG. 3 is another schematic diagram of the holder (11) of the portable electronic device (5) of the motorcycle according to the embodiment of the present invention. As shown in the diagram of Utility Model Registration No. 3185369, the holder (11) has an opening portion of the holder (11) covered with a metal fitting (15), so that the portable electronic device (5 ) Does not jump out of the bottomed container (1).

As is apparent from the above description of the embodiment, the portable electronic device holder for a motorcycle according to the present invention can be fixed to the handle portion of the motorcycle at an arbitrary position and angle, and shoots and stores a moving image or a still image. be able to. Further, even if the vibration of the motorcycle body during traveling is transmitted to the frame of the portable electronic device holder, it is not directly transmitted to the portable electronic device unlike the conventional holder. Moreover, even if there is a large vibration, the portable electronic device is held from vibration by the laminate of the foamed plastic layer and the non-slip rubber layer, and the portable electronic device is not deteriorated by vibration during traveling.

Industrial application fields

The portable electronic device holder for a motorcycle according to the present invention can be used not only for motorcycles such as motorcycles, motorcycles, and scooters, but also for applications such as sports motorcycles, cycling vehicles, and electric bicycles.

1: Bottomed storage part 2: Foamed plastic layer 3: Anti-slip rubber layer 7: Opening part 8: Opening part

Claims (3)

In a holding tool including a holding member for attaching a portable electronic device to a handlebar of a two-wheeled vehicle, a support member, and a holding member including an opening and a bottomed housing portion, the bottomed housing portion is a frame body. And a laminated body of a foamed plastic layer and a non-slip rubber layer, having an opening corresponding to the photographing lens of the portable electronic device and an opening corresponding to the liquid crystal display surface of the portable electronic device, A portable electronic device holder, wherein the opening portion and the foamed plastic layer in the opening portion are compressed at a ratio of ½ or more of the original thickness. 2. The portable electronic device holder according to claim 1, wherein the aperture has two elastic bands, and a gap between the elastic bands is narrower than a width of the portable electronic device. The portable electronic device holder according to claim 1, wherein a transparent film is placed on the opening.

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