JP2014099068A - Terminal device with stand, and stand for terminal device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a terminal device with a stand that can be fixed to a fixing object for a long term and cannot be removed easily.SOLUTION: A terminal device 10a with a stand comprises: terminal devices 101 and 102 with a stand attachment plate including a stand attachment plate 12g; and a stand 60 bonded to the stand attachment plate 12g. The stand 60 includes: a sucker holder 60a; a terminal attachment plate 60c that is fixed to the sucker holder 60a and is to be connected to the stand attachment plate 12g; a sucker 60g deformable inside the sucker holder 60a; and a lever 60m that pulls the sucker 60g into the sucker holder 60a and controls whether a vacuum space is formed between the sucker 60g and a fixing object 70.

Description

  The present invention relates to a terminal device with a stand and a terminal device stand.

  General industrial equipment has a man machine interface. The man-machine interface is a means for mediating information transmission when information is exchanged between a person and a device. Here, there are a case where the man-machine interface is integrated into the industrial device and a case where only the man-machine interface is provided separately from the main body of the industrial device. The man-machine interface separated from the main body of the industrial equipment is called a terminal device.

  By separating the terminal device from the main body of the industrial equipment, the terminal can be arranged at a position that is easy for humans to use. In addition, it is possible to evolve only the terminal device to be more familiar to humans according to technological progress without modifying the main body of the industrial equipment. In particular, recent advances in integrated circuit technology and microprocessors have also been applied to terminal devices, and the functions of the terminal devices can be enhanced year by year. Therefore, the tendency to separate the terminal devices from the main body is accelerating.

  As another technique, a technique related to a conversion lens device for a camera that enables wide or up shooting in a mobile phone with a camera or a digital camera has been disclosed (see Patent Document 1). The conversion lens device described in FIG. 10 of Patent Document 1 includes a conversion lens and a lens holding device, and describes that a plurality of small suction cups are provided on the camera side of the lens holding device.

Utility Model Registration No. 3099615

  Information is exchanged between the terminal device separated from the main body and the industrial equipment using a cable or radio. On the other hand, a physically separated terminal device is difficult to operate unless it is fixed to industrial equipment or a fixed object (hereinafter referred to as a fixed object). Therefore, there is a demand for a simple and reliable method for fixing the terminal device to the fixed object. Here, as described in Patent Document 1, it is conceivable to fix the terminal device to the fixed object using a plurality of small suction cups, but a large suction force cannot be obtained, and the terminal is fixed from the fixed object. The device may fall off and is inappropriate for long-term fixing. In addition, when the terminal device is used in a public place, the terminal device may be stripped from the fixed object and stolen.

  The present invention has been made in view of the above points, and provides a terminal device with a stand and a terminal device stand that can be fixed to a fixed object for a long period of time and cannot be easily peeled off.

  The terminal device with a stand of the present invention comprises a terminal device with a stand mounting plate having a stand mounting plate, and a stand coupled to the stand mounting plate, the stand being fixed to the suction cup holder and the suction cup holder, A terminal mounting plate for connecting to the stand mounting plate, a suction cup that is deformable inside the suction cup holder, and the suction cup is drawn into the suction cup holder, and a vacuum space is formed between the suction cup and the fixed object. And a lever for controlling whether or not to form.

  The stand for a terminal device according to the present invention includes a suction cup holder, a terminal mounting plate fixed to the suction cup holder and connected to the terminal device, a suction cup that is deformable inside the suction cup holder, and the suction cup. And a lever for controlling whether or not to form a vacuum space between the suction cup and the fixed object.

  According to the present invention, it is possible to provide a terminal device with a stand and a terminal device stand that can be fixed to a fixed object for a long period of time and cannot be easily peeled off.

It is an exploded view of the terminal device with a stand of a 1st embodiment. It is a perspective view before attaching the terminal device with a stand of a 1st embodiment to a fixed subject. It is a perspective view after attaching the terminal device with a stand of a 1st embodiment to a fixed subject. It is a perspective view before attaching the terminal device with a stand of a 2nd embodiment to a fixed subject. It is sectional drawing before attaching the terminal device with a stand of 2nd Embodiment to a fixed target object. It is a perspective view after attaching the terminal device with a stand of a 2nd embodiment to a fixed subject. It is sectional drawing after attaching the terminal device with a stand of 2nd Embodiment to a fixed target object. It is a figure which shows the serration of the stand attachment plate of a terminal device with a stand attachment plate, and the serration of the terminal attachment plate of a stand. It is sectional drawing after attaching the terminal device with a stand of 2nd Embodiment to a fixed target object downward. It is a block diagram of the circuit part distribute | arranged inside the terminal device with a stand.

  The terminal device with a stand according to the embodiment includes a terminal device with a stand mounting plate having a stand mounting plate and a stand coupled to the stand mounting plate. The stand is fixed to the suction cup holder and the suction cup holder. End attachment plate for connection, suction cup that can be deformed inside the suction cup holder, and drawing the suction cup into the suction cup holder and controlling whether or not a vacuum space is formed between the suction cup and the fixed object And a lever.

  The terminal device stand of the embodiment includes a suction cup holder, a terminal mounting plate fixed to the suction cup holder and coupled to the terminal device, a suction cup that can be deformed inside the suction cup holder, and a suction cup that is drawn into the suction cup holder. And a lever for controlling whether or not to form a vacuum space between the suction cup and the fixed object.

  Hereinafter, embodiments will be described in more detail with reference to the drawings.

(Terminal device with stand according to the first embodiment)
1 to 3 are diagrams showing a terminal device with a stand according to the first embodiment. A description will be given below with reference to FIGS.

  FIG. 1 is an exploded view of a terminal device 10a with a stand according to the first embodiment.

  A terminal device with a stand (terminal device having a stand) 10a which is the terminal device of the first embodiment shown in FIG. 1 includes a terminal device 101 with a stand mounting plate having a stand mounting plate 12g and a stand 60.

  A terminal device 101 with a stand mounting plate shown in FIG. 1 has a stand mounting plate 12g. The stand attachment plate 12g is a member for attaching the terminal device 101 with a stand attachment plate to the stand 60.

  A stand 60 shown in FIG. 1 includes a suction cup holder 60a, a pull bar storage 60b, a terminal mounting plate 60c, a lever mounting 60d, a pull bar 60e, a compression coil spring 60f, a suction cup 60g, a rotary shaft bolt 60i, a rotary shaft nut 60j, and a lever. A rotary shaft 60k, a lever 60m, and a lever screw 60n are provided. The compression coil spring 60f is a metal, and the others are plastic materials. The rotating shaft bolt 60i, the rotating shaft nut 60j, the lever rotating shaft 60k, and the lever screw 60n may be made of metal, and the selection of the material is not limited to this. Further, the suction cup holder 60a, the pull rod storage part 60b, the terminal attachment plate 60c, and the lever attachment part 60d may be integrally molded. The suction cup 60g is a deformable material and may be a rubber material.

  The suction cup holder 60a is a portion that serves as a base on which the pull rod storage portion 60b, the terminal attachment plate 60c, and the lever attachment portion 60d are attached. The pull rod storage 60b stores a pull rod 60e and a compression coil spring 60f. A suction cup 60g is attached to the tip of the pull bar 60e. By the action of the compression coil spring 60f disposed around the pulling bar 60e, the lever 60m is maintained in either the pushed-down state or the pushed-up state. That is, by the action of the compression coil spring 60f, either the bottom 60mt of the protrusion of the lever 60m is in contact with the suction cup holder 60a (pushing up state) or the tip 60ms of the protrusion of the lever 60m is in contact with the suction cup holder 60a (pressing down state). Is done.

  The terminal mounting plate 60c and the stand mounting plate 12g of the terminal device 101 with a stand mounting plate rotate in mutual contact with each other. The rotation axis of rotation between the terminal attachment plate 60c and the stand attachment plate 12g is formed by a rotation shaft bolt 60i and a rotation shaft nut 60j. Serrations that extend radially from the center of rotation are provided on the surface of the stand mounting plate 12g that contacts the terminal mounting plate 60c. Further, serrations that extend radially from the center of rotation are also provided on the surface of the terminal mounting plate 60c that contacts the stand mounting plate 12g. The serration of the stand mounting plate 12g and the serration of the terminal mounting plate 60c have the same pitch and are engaged with each other.

  By rotating the rotating shaft bolt 60i and the rotating shaft nut 60j and rotating them, and tightening the rotating shaft bolt 60i and the rotating shaft nut 60j at a desired position, the terminal device 101 with the stand mounting plate 101 and the stand 60 are mutually connected. Can be fixed. Here, by providing a hexagon bolt hole in the rotating shaft bolt 60i, a strong tightening force can be secured and theft can be prevented.

  The position of the lever rotation shaft 60k changes as the lever 60m is pushed up and down. The side on which the lever screw 60n of the lever 60m is disposed is pushed down and pushed up by a person, and a protrusion is provided on the side of the lever 60m that contacts the suction cup holder 60a. The lever rotation shaft 60k is rotatably connected to the end of the pulling bar 60e opposite to the suction cup 60g.

  The pulling bar 60e is urged against the suction cup holder 60a by the action of the compression coil spring 60f disposed around the pulling bar 60e. The lever 60m is configured to maintain either a state of being pushed down or pushed up. That is, by the action of the compression coil spring 60f, the bottom 60mt of the protrusion of the lever 60m is in contact with the suction cup holder 60a, or the tip 60ms of the protrusion of the lever 60m is in contact with the suction cup holder 60a.

  A long groove is formed in the pull rod storage portion 60b, and the lever rotation shaft 60k passes through the lever 60m and the long groove. By pushing down the lever 60m of the stand 60, the tip 60ms of the protrusion of the lever 60m comes into contact with the suction cup holder 60a, and the position of the lever rotating shaft 60k moves toward the inside of the pull rod storage portion 60b, and is connected to the pull rod 60e. The central portion of the suction cup 60g is pulled by the pulling rod 60e toward the pulling rod storage portion 60b, and a strong suction force is generated in the suction cup. Further, by pushing up the lever 60m of the stand 60, the bottom 60mt of the protrusion of the lever 60m comes into contact with the suction cup holder 60a, and the position of the lever rotation shaft 60k moves to the outside of the pull rod storage portion 60b and is connected to the pull rod 60e. The central portion of the suction cup 60g is pushed in the direction opposite to the pull bar storage portion 60b by the pull bar 60e, and no suction force is generated in the suction cup.

  FIG. 2 is a perspective view of the terminal device with a stand 10 a according to the first embodiment before being attached to the fixed object 70.

  The lever 60m of the stand 60 is pushed up. When the lever 60m of the stand 60 is pushed up, the bottom 60mt of the protrusion of the lever 60m comes into contact with the suction cup holder 60a and the pulling rod 60e is not pulled into the pulling rod storage 60b. Therefore, no suction force acts between the suction cup 60 g and the fixed object 70, and the stand 60 is not fixed to the fixed object 70. The fixed object 70 is an industrial device or a fixed object. Even when the stand 60 is fixed to the fixed object 70, the lever 60m can be pushed up to eliminate the vacuum space between the suction cup 60g and the fixed object 70 and release the fixation.

  FIG. 3 is a perspective view after the terminal device 10a with the stand according to the first embodiment is attached to the fixed object 70. FIG.

  In FIG. 3, the lever 60m of the stand 60 is pushed down. When the lever 60m of the stand 60 is pushed down, the tip 60ms of the protrusion of the lever 60m comes into contact with the suction cup holder 60a, and the pulling rod 60e is pulled into the pulling rod storage 60b. Therefore, a suction force acts between the suction cup 60 g and the fixed object 70, and the stand 60 is fixed to the fixed object 70. The fixed object 70 is an industrial device or a fixed object. Even when the stand 60 is not fixed to the fixed object 70, the lever 60m can be pushed down to form a vacuum space between the suction cup 60g and the fixed object 70 and be fixed.

  As shown in FIGS. 2 and 3, the stand 60 can be easily fixed to or released from the fixed object 70 by pushing up and down the lever 60 m of the stand 60. Here, if the groove shape of the lever screw 60n is different from the normal driver tip shape, for example, a hexagon bolt hole, the terminal device 10a with a stand can be prevented from being stolen. Furthermore, if the rotary shaft bolt 60i and the rotary shaft nut 60j are screw-locked, the anti-theft effect of the terminal device with a stand 10a is improved.

  In short, the terminal device 10a with a stand includes a terminal device 101 with a stand mounting plate having a stand mounting plate 12g and a stand 60 that can be attached to the stand mounting plate 12g. The stand 60 includes a suction cup holder 60a and a suction cup holder. A suction cup 60g that can be deformed inside 60a and a lever 60m that draws the suction cup 60g into the suction cup holder 60a are provided. Then, by pressing down the lever 60m, a vacuum space is formed between the suction cup and the fixed object 70, and the terminal device 10a with stand and the fixed object 70 are fixed. Further, by pushing up the lever 60m, the vacuum space between the suction cup 60g and the fixed object 70 can be eliminated and the fixation can be released.

  Further, the position of the stand mounting plate 12g in the terminal device with stand mounting plate 101 is not limited to the above-described position, and the center portion of the terminal device with stand mounting plate 101 and the center portion of the terminal device with stand mounting plate 101 are as shown in FIGS. May be any position in the opposite direction (the direction closer to the card 40).

  In addition, the serration can be modified as follows. Serrations may be provided on both surfaces of the stand mounting plate 12g in contact with the terminal mounting plate 60c. By doing so, the serration of the stand mounting plate 12g and the serration of the terminal mounting plate 60c are engaged with each other regardless of the direction of the display 13, so that the stand mounting plate 12g and the terminal mounting plate 60c are firmly connected. And can be fixed.

  Further, serrations may be provided on both surfaces of the terminal mounting plate 60c that are in contact with the stand mounting plate 12g. In this way, no matter which direction the display 13 is in, the stand mounting plate 12g The serration and the serration of the terminal mounting plate 60c mesh with each other, and the stand mounting plate 12g and the terminal mounting plate 60c can be firmly fixed.

(Terminal device of the second embodiment)
4 to 9 are diagrams illustrating a terminal device according to the second embodiment. A description will be given below with reference to FIGS. The same portions as those in the stand-equipped terminal device 10a of the first embodiment are denoted by the same reference numerals, and description thereof is omitted.

  A terminal device with a stand (terminal device having a stand) 10b as a terminal device according to the second embodiment shown in FIGS. 4 to 9 includes a terminal device 102 with a stand mounting plate having a stand mounting plate 12g and a stand 60. . The stand mounting plate 12g is integrally formed with the back cover 12b, and the back cover 12b is detachable from the back casing frame 12a. By detaching the back cover 12b from the back housing frame 12a, maintenance and inspection of the circuit portion of the terminal device 102 with a stand mounting plate can be performed.

  The difference between the terminal device 101 with a stand mounting plate of the first embodiment and the terminal device 102 with a stand mounting plate of the second embodiment is that the mounting direction of the stand mounting plate 12g is different. In the terminal device 101 with a stand attachment plate, the stand attachment plate 12g is attached so as to rotate in the longitudinal direction of the terminal device 101 with the stand attachment plate with the rotation shaft bolt 60i as a rotation center, whereas the terminal device with the stand attachment plate is attached. In the terminal device 102, a stand attachment plate 12g is attached so as to rotate in the short direction of the terminal device 101 with a stand attachment plate with the rotation shaft bolt 60i as a rotation center.

  In 2nd Embodiment, the stand 60 similar to 1st Embodiment is provided. The stand 60 includes a suction cup holder 60a, a pull bar storage 60b, a terminal mounting plate 60c, a lever mounting 60d, a pull bar 60e, a compression coil spring 60f, a suction cup 60g, a rotary shaft bolt 60i, a rotary shaft nut 60j, a lever rotary shaft 60k, It has a lever 60m and a lever screw 60n. Since the configuration of each unit described above in the second embodiment is the same as that in the first embodiment, description thereof is omitted. 4 to 9, all the parts constituting the stand 60 are not shown in the drawings, and some of the parts described in the first embodiment are not shown.

  FIG. 4 is a perspective view of the terminal device 10b with the stand according to the second embodiment before being attached to the fixed object 70. FIG.

  In FIG. 4, since the lever 60m of the stand 60 of the terminal device with stand 10b is pushed up, the bottom 60mt of the protrusion of the lever 60m is in contact with the suction cup holder 60a. The suction force does not act between the suction cup 60g and the fixed object 70, and the stand 60 is not fixed to the fixed object 70. When the stand 60 is fixed to the fixed object 70, the lever 60m can be pushed up as shown in FIG. 4 to release the suction cup 60g from the fixed object 70.

  FIG. 5 is a cross-sectional view of the terminal device with stand 10b according to the second embodiment before being attached to the fixed object 70. FIG.

  In the pushed-up state of the lever 60m shown in FIG. 5, the bottom 60mt (see FIG. 4) of the protrusion of the lever 60m is in contact with the suction cup holder 60a, and the tip 60ms (see FIG. 4) of the protrusion of the lever 60m is The lever rotation shaft 60k is not in contact with the suction cup holder 60a and is in a position close to the fixed object 70. The position of the central portion of the suction cup 60g that changes via the pulling rod 60e according to the change of the position of the lever rotation shaft 60k is substantially in contact with the fixed object 70, and there is no vacuum space between the suction cup 60g and the fixed object 70. Absent. Therefore, a suction force does not work between the suction cup 60 g and the fixed object 70, and the stand 60 is not fixed to the fixed object 70. Further, when the stand 60 is fixed to the fixed object 70, the lever 60m is pushed up so that the vacuum space between the suction cup 60g and the fixed object 70 can be eliminated and the fixing can be released.

  FIG. 6 is a perspective view after the terminal device 10 b with the stand according to the second embodiment is attached to the fixed object 70.

  In FIG. 6, since the lever 60m of the stand 60 of the terminal device with stand 10b is pushed down, the tip 60ms of the protrusion of the lever 60m is in contact with the suction cup holder 60a. A suction force acts between the suction cup 60 g and the fixed object 70, and the stand 60 is fixed to the fixed object 70. In addition, when the stand 60 is not fixed to the fixed object 70, the lever 60m can be pushed down to fix the suction cup 60g and the fixed object 70 together.

  FIG. 7 is a cross-sectional view after the terminal device 10 b with the stand according to the second embodiment is attached to the fixed object 70.

  FIG. 7 is a diagram illustrating a state in which a suction force acts between the suction cup 60 g and the fixed object 70. In the state where the lever 60m is pushed down as shown in FIG. 7, the tip 60ms (see FIG. 6) of the protrusion of the lever 60m is in contact with the suction cup holder 60a, and the bottom 60mt of the protrusion of the lever 60m (see FIG. 6) is the suction cup. The lever rotation shaft 60k is not in contact with the holder 60a and is far from the fixed object 70. The position of the central portion of the suction cup 60g that changes via the pull rod 60e according to the change of the position of the lever rotation shaft 60k is away from the fixed object 70, and a vacuum space is formed between the suction cup 60g and the fixed object 70. 60q is formed. Therefore, a suction force acts between the suction cup 60 g and the fixed object 70, and the stand 60 is fixed to the fixed object 70. If the stand 60 is not fixed to the fixed object 70, the lever 60m can be pushed down to form a vacuum space 60q between the suction cup 60g and the fixed object 70 to be fixed.

  FIG. 8 is a diagram illustrating the serration of the stand mounting plate 12g of the terminal device 102 with a stand mounting plate and the serration of the terminal mounting plate 60c of the stand 60.

  The serration of the stand mounting plate 12g of the terminal device 102 with the stand mounting plate and the serration of the terminal mounting plate 60c of the stand 60 have already been described above, and will be described in detail with reference to FIG.

  FIG. 8A is a diagram showing serrations of the stand mounting plate 12g. As the surface where the stand mounting plate 12g is in contact with the terminal mounting plate 60c, two surfaces of the stand mounting plate contact surface 12gsa and the stand mounting plate contact surface 12gsb are provided. The stand attachment plate contact surface 12gsa and the stand attachment plate contact surface 12gsb are surfaces on which serrations are formed.

  8B and 8C are diagrams showing serrations of the terminal mounting plate 60c of the stand 60. FIG. As the surface where the terminal mounting plate 60c is in contact with the stand mounting plate 12g, two surfaces of the terminal mounting plate contact surface 60cs and the terminal mounting plate contact surface 60cn are provided. A terminal mounting plate contact surface 60cs shown in FIG. 8B is a surface on which serrations are molded. The terminal attachment plate contact surface 60cn shown in FIG. 8C is a plane on which no serration is formed.

  The stand 60 has serrations on only one side. As a result, the terminal device 102 with the stand attachment plate can be attached to the stand by inverting the vertical direction. That is, when the stand mounting plate contact surface 12gsa and the terminal mounting plate contact surface 60cs mesh (see FIG. 8B), when the stand mounting plate contact surface 12gsb and the terminal mounting plate contact surface 60cs mesh (FIG. 8). (See (c)), and the terminal device 102 with a stand mounting plate can be mounted upside down. In this way, when the rotary shaft bolt 60i and the rotary shaft nut 60j are tightened, the serration meshes with only one of the surfaces where the stand mounting plate 12g contacts the terminal mounting plate 60c. The serration irregularities mesh with each other as desired, and the convex portions of the serrations can be prevented from being crushed. On the other hand, when the rotary shaft bolt 60i and the rotary shaft nut 60j are tightened, if the stand mounting plate 12g has serrations on both surfaces in contact with the terminal mounting plate 60c, the serration irregularities mesh as desired. Instead, the convex portions of the serrations can collide and the serrations can be crushed.

  Also, a convex flat that protrudes about 0.3 mm (millimeters) from the serration at the center of the radially extending serration of the two surfaces of the stand mounting plate contact surface 12gsa and the stand mounting plate contact surface 12gsb A portion (receiving surface) is provided. On the other hand, a concave flat portion (receiving surface) recessed by about 0.3 mm from the serration is provided at the center portion of the serration radiation extending radially on the terminal mounting plate contact surface 60cs, and at the center portion of the terminal mounting plate contact surface 60cn. A concave flat portion (receiving surface) is provided which is recessed by about 0.3 mm from the surroundings. By fitting the convex flat portion (receiving surface) and the concave flat portion (receiving surface), the center positions of the two serrations that face each other can be easily aligned.

  FIG. 9 is a cross-sectional view after the terminal device with stand 10b of the second embodiment is attached to the fixed object 70 downward.

  FIG. 9 is a cross-sectional view in which FIG. 7 is mounted upward while it is mounted downward. If the connection between the terminal device with a stand mounting plate 102 and the stand 60 in the arrangement shown in FIG. 7 is left as it is, the screen displayed on the display 13 is reversed. Therefore, one surface of the terminal mounting plate 60c in contact with one surface of the stand mounting plate 12g is replaced, and the one surface of the stand mounting plate 12g is displayed on the display 13 so as to be in contact with the other surface of the terminal mounting plate 60c. Can be oriented correctly.

  As described above, serrations may be provided on both surfaces of the stand mounting plate 12g in contact with the terminal mounting plate 60c, and serrations may be provided only on one surface of the terminal mounting plate 60c in contact with the stand mounting plate 12g. However, serrations may be provided on both surfaces of the terminal mounting plate 60c in contact with the stand mounting plate 12g, and serrations may be provided only on one surface of the stand mounting plate 12g in contact with the terminal mounting plate 60c.

(Circuit structure of the terminal device with a stand of embodiment)
The circuit configurations of the terminal device with stand 10a and the terminal device with stand 10b of the embodiment will be briefly described.

  FIG. 10 is a block diagram of a circuit unit arranged inside the terminal device with stand 10a and the terminal device with stand 10b. The circuit unit will be described below with reference to FIG.

  As a microprocessor (MPU: Micro-Processing Unit) 21, an ARM11 processor family is used. The MPU 21 is installed with an Android operating system, middleware, and various applications. The MPU 21 is a central part of the terminal device with stand 10a and the terminal device with stand 10b.

  The MPU 21 includes a display 13, a speaker 14, a camera 15, a microphone 15, a wireless phone (WLAN) 22, a motion sensor 23, and an NFC recording / playback unit (NFC R). / W: Near Field Communication R / W) 24 and a 3rd. Generation chip 25 are connected. Each of these is controlled by android.

  The display 13 uses a combination of a 4.3 inch liquid crystal (LCD / 4.3 inch) 13a and a touch screen 13b. The operator of the terminal device with stand 10a and the terminal device with stand 10b touches the touch screen 13b while viewing the display on the liquid crystal 13a, and the MPU 21 determines which position the MPU 21 has touched.

  The motion sensor 23 includes an acceleration sensor and GPS (Global Positioning System). The sleezy chip 25 is a semiconductor chip corresponding to a mobile phone line called a third generation.

  The NFC recording / reproducing unit 24 performs data communication with the card 40 at a short distance of several centimeters. As the card 40, Felica (registered trademark) or Myfare (registered trademark) is used. In a state where the card 40 is attached to the terminal device with stand 10 a and the terminal device with stand 10 b, a semiconductor chip (not shown) disposed on the card 40 comes close to the NFC recording / reproducing unit 24. In this way, the MPU 21 can record information on the semiconductor chip of the card 40 and reproduce and acquire information from the semiconductor chip. That is, in a state where the card 40 is inserted into the card insertion hole 27 (see FIG. 1) of the terminal device with stand 10a and the terminal device with stand 10b (see FIG. 1), the semiconductor chip of the card 40 is viewed while viewing the image displayed on the display 13. On the other hand, reading / writing is possible through the NFC recording / reproducing unit 24.

  Table 1 summarizes the specifications of the circuit units of the terminal device with stand 10a and the terminal device with stand 10b according to the embodiment.

  Here, Android is a platform developed mainly for mobile information terminals such as smartphones (high performance mobile phones) and tablets (multifunction mobile terminals), and is an open source based on Linux (registered trademark). A software set package consisting of an operating system, middleware, and various applications. Android is used in many smartphones. The terminal device 10a with stand and the terminal device 10b with stand enable early development by making effective use of the Android open source operating system, middleware, and various applications that have already been developed, and the spread of smartphones The manufacturing cost can be reduced by using hardware such as a microprocessor that executes android that has been mass-produced and inexpensive, and various ICs that are connected to the microprocessor.

(Characteristics of terminal device with stand of embodiment)
The characteristics of the terminal device according to the embodiment are summarized as follows.

  The terminal device with a stand according to the embodiment includes terminal devices 101 and 102 with a stand mounting plate having a stand mounting plate 12g, and a stand 60 coupled to the stand mounting plate 12g. The stand 60 includes a suction cup holder 60a and a suction cup holder. A terminal mounting plate 60c fixed to the stand 60a and connected to the stand mounting plate 12g, a suction cup 60g deformable inside the suction cup holder 60a, and the suction cup 60g are pulled into the suction cup holder 60a. And a lever 60m for controlling whether or not to form a vacuum space between the object 70 and the object 70.

  Further, the terminal device with a stand connects the protrusion including the bottom 60mt and the tip 60ms disposed on the lever 60m, the lever rotation shaft 60k that allows the protrusion to rotate, and the lever rotation shaft 60k and the central portion of the suction cup 60g. A suction rod 60e, and when the tip 60ms of the lever 60m and the suction cup holder 60a come into contact with each other, the central portion of the suction cup 60g is moved away from the fixed object 70 and between the suction cup 60g and the fixed object 70. A vacuum space is formed, and when the bottom portion 60mt of the lever 60m and the suction cup holder 60a come into contact with each other, the central portion of the suction cup 60g is brought close to the fixed object 70 and a vacuum is formed between the suction cup 60g and the fixed object 70. The space may not be formed.

  Moreover, the terminal device with a stand may be provided between the pulling bar 60e and the suction cup holder 60a, and may have a compression coil spring 60f that biases the pulling bar.

  In the terminal device with a stand, the terminal mounting plate 60c has two surfaces that come into contact with each of the two surfaces of the stand mounting plate 12g, and serrations are formed on each of the two surfaces of the terminal mounting plate 60c. You may make it do.

  In the terminal device with a stand, the lever 60m may be fixed to the suction cup holder 60a with a screw.

  The terminal device with a stand includes a microprocessor 21 that executes android, a display 13 connected to the microprocessor 21, and a microprocessor 21, and displays the display so that an image display surface of the display is visible. You may make it have the housing | casings 11 and 12 to hold | maintain, and the input / output signal lines 30 and 31 connected to the microprocessor 21 and pulled out of the housing | casing.

  Further, the terminal device stand of the embodiment includes a suction cup holder 60a, a terminal mounting plate 60c fixed to the suction cup holder 60a and connected to the terminal apparatus, a suction cup 60g that can be deformed inside the suction cup holder 60a, and a suction cup. A lever 60m is provided for pulling 60 g into the suction cup holder 60a and controlling whether or not a vacuum space is formed between the suction cup 60g and the fixed object 70.

  In addition, the terminal device stand according to the embodiment includes a protrusion including a bottom 60mt and a tip 60ms disposed on the lever 60m, a lever rotation shaft 60k that allows the protrusion to rotate, and a central portion of the lever rotation shaft 60k and the suction cup 60g. A suction rod 60e that connects the tip 60ms of the lever 60m and the suction cup holder 60a, the center of the suction cup 60g is moved away from the fixed object 70, and the suction cup 60g and the fixed object 70 A vacuum space is formed between the suction cup 60g and the suction cup holder 60a when the bottom 60mt of the lever 60m comes into contact with the suction cup holder 60a. Alternatively, a vacuum space may not be formed.

  Alternatively, serrations may be formed on both surfaces of the stand mounting plate 12g in contact with the terminal mounting plate 60c, and serrations may be formed only on one surface of the terminal mounting plate 60c in contact with the stand mounting plate 12g. Alternatively, serrations may be formed on both surfaces of the terminal mounting plate 60c in contact with the stand mounting plate 12g, and serrations may be formed only on one surface of the stand mounting plate 12g in contact with the terminal mounting plate 60c.

  10a, 10b Terminal device with stand, 12a Back housing frame, 12b Back cover, 12g Stand mounting plate, 12gsa, 12gsb Stand mounting plate contact surface, 13 Display, 13a Liquid crystal, 13b Touch screen, 21 Microprocessor, 23 Motion sensor, 24 NFC recording / reproducing unit, 25 sleezy chip, 27 card insertion hole, 40 card, 60 stand, 60a suction cup holder, 60b rod storage unit, 60c terminal mounting plate, 60cn, 60cs terminal mounting plate contact surface, 60d lever mounting unit, 60e Pull rod, 60f compression coil spring, 60g sucker, 60i rotating shaft bolt, 60j rotating shaft nut, 60k lever rotating shaft, 60m lever, 60ms (lever) tip, 60mt ) The bottom of the chromatography, 60n Rebabisu, space 60q vacuum, 70 fixed object 101 stand mounting plate terminal device 102 stand mounting plate terminal

Claims (8)

A terminal device with a stand mounting plate having a stand mounting plate; and a stand coupled to the stand mounting plate.
The stand is
A suction cup holder,
A terminal mounting plate fixed to the suction cup holder and connected to the stand mounting plate;
A suction cup that is deformable inside the suction cup holder;
A lever for pulling the suction cup into the suction cup holder and controlling whether or not a vacuum space is formed between the suction cup and the fixed object;
A terminal device with a stand. A protrusion including a bottom and a tip disposed on the lever;
A lever rotation shaft that allows the protrusion to rotate;
A pulling rod connecting the lever rotation shaft and the central portion of the suction cup;
When the tip of the lever and the suction cup holder come into contact with each other, the central portion of the suction cup is moved away from the fixed object to form a vacuum space between the suction cup and the fixed object,
The stand according to claim 1, wherein when the bottom portion of the lever and the suction cup holder come into contact with each other, a central portion of the suction cup is brought close to a fixed object so that a vacuum space is not formed between the suction cup and the fixed object. Attached terminal device.   The terminal device with a stand according to claim 2, further comprising a compression coil spring disposed between the pull bar and the suction cup holder and biasing the pull bar. The terminal mounting plate has two surfaces that contact each of the two surfaces of the stand mounting plate,
Serrations are formed on each of the two surfaces of the terminal mounting plate,
The terminal device with a stand according to any one of claims 1 to 3, wherein serrations are formed only on one surface of the stand mounting plate in contact with the stand mounting plate.   The terminal device with a stand according to any one of claims 1 to 4, wherein the lever is fixed to the suction cup holder with a screw. The terminal device with a stand mounting plate is:
With a microprocessor running Android,
A display connected to the microprocessor;
A housing containing the microprocessor and holding the display so that an image display surface of the display is visible;
The terminal device with a stand according to any one of claims 1 to 5, further comprising an input / output signal line connected to the microprocessor and drawn out of the housing. A suction cup holder,
A terminal mounting plate fixed to the suction cup holder and connected to the terminal device;
A suction cup that is deformable inside the suction cup holder;
A terminal stand comprising a lever for pulling the suction cup into the suction cup holder and controlling whether or not a vacuum space is formed between the suction cup and a fixed object. A protrusion including a bottom and a tip disposed on the lever;
A lever rotation shaft that allows the protrusion to rotate;
A pulling rod connecting the lever rotation shaft and the central portion of the suction cup;
When the tip of the lever and the suction cup holder come into contact with each other, the central portion of the suction cup is moved away from the fixed object to form a vacuum space between the suction cup and the fixed object,
The terminal according to claim 7, wherein when the bottom portion of the lever and the suction cup holder are in contact with each other, a central portion of the suction cup is brought close to a fixed object so that a vacuum space is not formed between the suction cup and the fixed object. Stand for equipment.

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