35results about How to "Make sure to set the space" patented technology

A portable information device is provided. The portable information device includes a first chassis and a second chassis, a back part, a display and a supporting base. The back part pivotally connectsthe first and second chassis. The display, which can be folded in half, is disposed over inner faces of the first and second chassis. The supporting base is located on the inner face of at least oneof the first and second chassis and at a position between the back part and an open end that is opposite to the back part. The supporting base supports a rear face of the display.

The present invention provides a cooling device of a vehicle, which includes a fan shroud comprising an opening portion for an electric fan and openings with doors, to properly prevent the doors from interfering with any other parts in an engine room. At a fan shroud 23 constituting a cooling unit 7 are provided a fan opening portion 23a with an electric fan 24 and a door opening portion 23b that includes a plurality of door openings 23c, 23c, ... that are formed substantially vertically in line. A slant portion 23g is formed on the door opening portion 23b in such a manner that positions of the door openings 23c, 23c which are located at a relatively upper level of the door opening portion 23b and the doors 25, 25 provided at these door openings 23c, 23c are located respectively forward relative to those of the other door openings 23c, 23c, ..., and the other doors 25, 25.

A humidity control device has a casing in which a holding member is placed. The holding member holds both an adsorption member for adsorbing moisture and a heat medium circuit for heating or cooling an adsorption agent of the adsorption member. The holding member is adapted such that it can integrally hold both the adsorption member and the heat medium circuit and can be led outside of a casing.

The invention provides a saddle riding type fuel cell vehicle capable of: reducing pressure loss by shortening a cooling water pipe; and improving the cooling effect of a fuel cell. The saddle riding type fuel cell vehicle includes: a fuel cell that generates power by a chemical reaction between a fuel gas and a reactive gas; radiators that cool cooling water of the fuel cell; and a seat on which a driver sits. In the saddle riding type fuel cell vehicle, the radiators are adjacently arranged in right and left sides of the fuel cell in a vehicle width direction. The radiators, each outer end surface outside in a vehicle width direction is positioned closer to the front side of a vehicle body than each inner end surface inside in the vehicle width direction; Thus, each plane portion, which receives traveling wind, is inclined to the inner side of the vehicle body, and air courses, which allow traveling wind to be passed to the rear side of the vehicle body, are each formed between the inner end surface of each of the radiators and each side surface of the fuel cell. Moreover, a rear end portion of the lower surface of each of the radiators is placed more backwardly than the fuel cell in a vehicle body side view.

The present invention provides a coin-roll storing machine which can reduce the dimension in the width direction and facilitate to ensure the installation space, as compared with those of a type including a plurality of coin-roll storing portions each adapted to put the coin-roll on the bottom face such that the axis of each coin-roll package extends in the horizontal width direction. In one aspect, a coin-roll storing machine 1 includes a storing main body 1 a, and three coin-roll drawers 11, 12, 13 , respectively provided such that they can be drawn out relative to the storing main body 1 a. In the respective coin-roll drawers 11, 12, 13 , a plurality of coin-roll storing portion 14 are provided, each for storing coin-roll B, with each axis of the coin-roll B being oriented in the vertical direction.

The two lateral edge sections of a console body (4) are provided with a pair of left and right padded sections (40) extending in the front-rear direction. When seen from a planar view, each of the padded sections (40) is formed in a manner such that the rear section thereof is wider than the front section thereof, and the upper surface of the rear end of the padded sections (40) is formed so as to continue in a substantially identical plane as the upper surface of the front end of an arm rest (8). The section between the pair of left and right padded sections (40) on the upper surface of the console body (4) forms a concave surface (41), and a dial switch (20) is positioned on the concave surface (41). A stepped section (7) having an upper surface which is higher than the concave surface (41) and lower than the upper surface of the padded sections (40) is formed to the rear of the dial switch (20) and to the front of the arm rest (8).

A working space for works and an equipment space for equipment required for working are ensured by saving a space required for pallet transfer equipment. Pallet transfer equipment (1) is provided with two delivery lines (4) for delivering a pallet (3) whereupon a vehicle (2) is mounted as a work; and a returning line (5) for returning the empty pallet (3) from the end to the start of the deliverylines (4). On the delivery lines (4) arranged in parallel, right and left separated pallets (9, 10) are arranged, respectively. The returning line (5) is arranged between a pair of delivery lines (4,4). The pair of separated pallets (9, 10) are delivered over the corresponding delivery lines (4, 4), and the separated pallets (9, 10) are returned over the returning line (5) in a combined state.

A casing includes a holding member for holding an adsorption member for adsorbing moisture, and a heating medium circuit for heating or cooling an adsorbent of the adsorption member. The holding member is configured to be drawn out of the casing, while holding the adsorption member and the heating medium circuit together.

The invention provides a ventilator. Occurrence of dew condensation is effectively avoided in the interior and exterior of a device; ventilation quantity required by indoor persons is fully met; energy efficiency is maximized; and especially, positive pressure is always kept indoors and pollution from the outside is avoided. The ventilator is characterized in that one side of a first air exhausting chamber, one side of a second air exhausting chamber, one side of a first air supplying chamber, one side of a second air supplying chamber and one side of a full heat exchanger are separated from each other through separation plates so that bypass channels are formed. The bypass channels provide flow passages through which indoor air flowing into the first air exhausting chamber flows to the second air exhausting chamber without passing through the full heat exchanger under a bypass mode, provide flow passages through which all indoor air flowing into the first air exhausting chamber flows towards the side of the first air supplying chamber under an air purifying mode, and provide paths for flowing towards the first air supplying chamber under a dew condensation control model so as to allow all of or one part of indoor air flowing into the first air exhausting chamber to be mixed with the indoor air flowing to the first air supplying chamber.

The utility model provides a sewing machine. According to the sewing machine provided by the utility model, moving components doing reciprocating motion along fixing tracks can be enabled to move stably, and the fixing tracks stretch along a mutual orthogonal direction of the fixing tracks. An X-axis fixing shaft is arranged under a lower shaft; an X-axis moving component has a convex shape through which a fixing platform can be supported above the lower shaft by utilizing the leg part; one side of the X-axis moving component is away from the lower shaft, and the other side of the X-axis moving component moves along the X-axis fixing shaft; a Y-axis fixing track is supported on the upper surface of the X-axis moving component; and a Y-axis moving component moves along a Y-axis fixing shaft. Therefore, according to the sewing machine provided by the utility model, the X-axis moving component can move ideally along the X-axis moving shaft, and the Y-axis moving component can be easily enabled to move stably.

The invention provides a portable information device that can make the shell lightly and effectively use space even if the structure of a foldable display is used.Portable information device (10) has a pair of shells (12A, 12B) that can be folded through the spine (14) and a display on the inner surface of a pair of shells (12A, 12B) and(16).There is a supporting platform (80) in the inner surface of at least one shell (12A).The position of the open end (12AA) side supports the back of the monitor (16).

The invention provides a wave front measuring interferometer unit provided with a compact optical system of simple constitution, and capable of regulating easily the optical system, and a light beam measuring instrument and method capable of measuring a wave front of a light beam and measuring a characteristic of a light beam spot. This light beam measuring instrument 10A is provided with a beam splitter 13 for splitting the light beam emitted from a light source part 11 into two beams, a semi-transparent reflection face 15a for reflecting one portion of the separated one light beam as a inspected light beam to a direction reverse to an incident direction, and a reflection type reference light generating means 23 for converting one portion of the transmitted light beam transmitted through the semi-transparent reflection face 15a into a wave front-faired reference light beam to be output. The wave front of the light beam, and the characteristic of the light beam spot are measured by such a manner.

The present invention provides a heat exchange type ventilator having a bypass and a recirculation function capable of preventing the generation of condensation in the entire area inside the ventilator and realizing a recirculation mode of the indoor air to provide a pleasant indoor environment. In order to achieve the above object, heat exchange type ventilator comprises a first exhaust chamber into which indoor air flows; a second exhaust chamber through which indoor air passing through the first exhaust chamber is discharged outdoors; a first air supply chamber into which outdoor air flows; a second air supply chamber through which outdoor air passing through the first air supply chamber is supplied outdoors; and a total heat exchanger for achieving heat exchange between indoor air flowing from the first air exhaust chamber to the second air exhaust chamber (20) and outdoor air flowing from the first air supply chamber to the second air supply chamber, wherein lower sides of the first air exhaust chamber, the second air exhaust chamber, the first air supply chamber, the second air supply chamber and the total heat exchanger are separated by separation plates, thereby forming channels with bypasses.

The heating cooker has a heating chamber, a door, a support, a spring, and a door arm. The heating chamber is provided in the main body and is configured to house the object to be heated. The door is configured to openably and closably cover the front opening of the heating chamber. The supporting part is arranged on the main body. The spring has one end connected to the main body. The door arm has one end rotatably connected to the door and the other end connected to the other end of the spring, and is configured to move in conjunction with the operation of the door when the door is opened and closed. The door arm abuts against the support portion from below at the abutting portion. At a predetermined opening angle of the door, the contact portion has an inclination angle inclined downward with respect to the front direction. The spring is configured to pull the door arm rearward and upward at a predetermined opening angle of the door. According to this aspect, the door opening and closing mechanism can be downsized while maintaining the performance.

The electric pump provided by the present invention can fully ensure the installation space of the electrical structure, and can achieve the generalization of the motor part; the electric pump (10) has a motor part (20), a pump part (30) and a pump cover (40), and the The part (20) is provided with a power conductor bar (27) integrally provided with the end cover (22) installed on the opening side of the motor casing (21), and the pump part (30) is provided with: a vane with accommodating vane (33) The rotor (32) of the groove (322) and the pump plate (31) that are integrally provided with the outer wall portion (311) and the stator (313), the pump cover (40) covers the pump portion (30) and is provided with a plug-in wire The junction box (45) surrounded by the recess (45a) is provided with a through hole (317) capable of inserting the power supply conductive strip (27) on the pump plate (31), and the power supply conductive strip inserted in the through hole (317) Wiring (28) is inserted into (27), the wiring (28) protrudes from the front end side of the through hole (317), and the wiring (28) and the connection part (46) provided in the wire insertion recess (45a) electrical connection.

The present invention relates to a switch device able to press a plurality of switch element and facility a thin figure and a stearing switch device using the same. A housing 19 for a steering switch device 1 incorporates a circuit board 6 with a fixed contact 7 inside the housing 19. A rubber sheet 8 has a swelling portion 8a, and is mounted on the circuit board 6. An actuator 9 is supported to be able to swing. A rotary knob 13 is supported to be able to rotate. A part of the rotary knob 13 is exposed to the window 11a. This rotary knob 13 is provided with a protruding driver 13b which is engaged with the actuator 9 while sliding. When the rotary knob 13 is rotated, the driver 13b swings and rotates the actuator 9. In turn, a swing end 9b on the actuator 9 performs pushing drive of the swelling portion 8a on the lower side.