104results about How to "Will not be enlarged" patented technology

The present invention provides an automatic trade device which is capable of realizing the automatization to remove bank paper left in a transportation route once a bank paper blockage is detected out, without enlarging a real money automatic teller machine. A bank paper access machine (7) of the automatic teller machine (1) is provided with a bank paper receiving transportation route, a bank paper transportation route for refusing and a first returning bank paper transportation route. The automatic teller machine (1) is provided with a mechanism used for transporting the bank paper left in the bank paper receiving transportation route and the bank paper transportation route for refusing to a collecting part to remove the bank paper by rotating the transportation routes mentioned above towards the collecting part in no-load operation when a blockage occurrence in the bank paper receiving transportation route and the bank paper transportation route for refusing during a bank paper receiving treatment is detected; a first cleaning mechanism used for leading-out a bank paper from a separation part and transporting the bank paper to the collecting part through the transportation routes mentioned above after the bank paper left is removed; and a second cleaning mechanism used for leading-out a bank paper from a temporary reservation part and transporting the bank paper to the collecting part for collection through the first returning bank paper transportation route after the bank paper left is removed.

The invention relates to a drumble washing machine, which provides a reliable and inexpensive structure of a balance adjusting balancer which eliminates vibration caused by the uneven distribution of laundry in spin-drying. The balancer 20 is attached to the rear part of a rear board 6d of a drum 6, which has a plurality of water storing chambers that are respectively divided by radial partitioning walls in the circumference of a main shaft 7 and respectively provided with an opening for a water flow at an inner peripheral side. A nozzle 30 for pouring water into each storing chamber is arranged in the rear side surface part of an outer tub 3. After the whole water storing chambers are filled with water injected from the nozzle 30, a part of water is discharged by the temporary reduction of the rotary speed of the drum 6 in response to an eccentric load by the uneven distribution of the laundry so that balance is adjusted. The balancer 20 is made of a member obtained by joining two members by thermal melt-sticking, which are divided on a plane being orthogonally crossed with an axis. A double wall structure is adopted in the partitioning walls to be a joining part and an outer peripheral wall so as to prevent the fall of an abutment piece in the case of thermal melt-sticking and also to prevent a break owing to a force which is received from the stored water in the case of centrifugal dehydration.

The invention relates to a miniature headlight with low cost which uses lamp unit with minimum limited amount to compose the lamp unit of the headlight, in other aspect, realizes various light distribution pattern. The headlight comprises a line focusing type lamp unit LUH2, LUH3 taking LED as the light source and diffused light type lamp unit LUH1, LUL1, LUL2; wherein, the headlight comprises a light distribution control device PCNT for selecting at least a part of illume of the plurality of lamp units and controlling the light intensity of a part of the selected lamp unit; the headlight controls the light intensity of the selected lamp unit through illumine. Light intensity control part and forms the desired light distribution pattern through the synthetic light of the controlled lamp unit. The miniature headlight having lost and various light distribution pattern is obtained by not increasing the amount of the lamp unit.

A mixed vale comprises a valve body provided with a first guide-in opening, a second guide-in opening and a guide-out opening; and a cylindraceous valve core rotatably embedded in the valve body. The circumferential wall of the valve core is provided with a first opening part and a second opening part corresponding to the first and second guide-in openings, and is provided with a third opening part over the first and second opening parts. When the valve core rotates, the first guide-in opening is made to all close status from all open status, and the second guide-in opening is made to all open status from all close status, when the valve core further rotates and the first guide-in opening is kept at all close status, the third opening part makes the opening area of the second guide-in opening become minimum from maximum continuously. Adopting the invention, a mixed valve with easy assembly and compact structure can be provided which can quickly and correctly obtain the warm water with required mixing proportion after mixed the cold water and the hot water, and can regulate the flux of water of one side when the guide-in opening of another side is at all close status.

A battery electrode board figuration device, in the running direction (D) of the battery electrode board (10) which core is coated electrode active material, setting a decoiling machine (1), a tension endowing device (3), a four-high roller device (4), a thickness detecting device (5), a tension endowing device (6) and a winder (9) from upstream to downstream. Thus, under the state of pressing figuration to the battery electrode board with wide extent so as to improve the volume density of the electrode active material, to produce battery electrode board with high quality reliably and stably.

The present invention provides a light irradiation device that circulates cooling air and cools a light source part. The heated portion of the cooling air due to temperature rise is not exposed to the outside, and the size of the device is not increased, and the space occupied by the device can be reduced. UV irradiation unit for the floor area. Inside the housing (6) with a light transmission window are: a light source unit (1) with a lamp (1a) and a reflector (1b); a blower (3); and a refrigerator (2) for cooling the cooling air. The cooling air sent from the blower (3) is introduced into the light source unit (1) through the ventilation passage formed between the light source unit (1) and the housing (6) to cool the lamp (1a) and The reflection mirror (1b) is introduced into the refrigerator (2) through the cooling air ventilation hole (1c) provided in the reflection mirror (1b). The cooling air cooled by the refrigerator (2) is returned to the blower (3).

A rotation angle detector for detecting a rotation angle of a detectable rotation body, comprises: a primary rotation body to be attached to the detectable rotation body and to rotate as integral with the detectable rotation body; a secondary rotation body to rotate as a predetermined rotation ratio for the primary rotation body; a primary rotation detection mechanism to output a signal to be varied periodically as corresponding to a rotation of the primary rotation body; a secondary rotation detection mechanism to output a signal to be varied periodically as corresponding to a rotation of the secondary rotation body; a signal processing unit to calculate the rotation angles of the primary and the secondary rotation bodies using the signals that the primary and the secondary rotation detection mechanisms output; and an operation processing unit to calculate the rotation angle of the detectable rotation body, based on the calculated rotation angle of the primary or of the secondary rotation body, and on a relative rotation angle between the primary and the secondary rotation body, wherein at least any one of the following signals (A) to (D) is designed to have a cycle as different from one cycle for one rotation of the primary rotation body or of the secondary rotation body; (A) an output signal of the primary rotation detection mechanism; (B) an output signal of the secondary rotation detection mechanism; (C) an input signal from the primary rotation detection mechanism to be processed at the signal processing unit; and (D) an input signal from the secondary rotation detection mechanism to be processed at the signal processing unit.

To provide a chain tensioner and a relief valve unit that enable a reduction in the number of parts to be machined and the number of assembling steps, reduce the amount of oil flowing out to the outside, and prevent damage on a check valve, without having to increase the size of the chain tensioner. The chain tensioner includes a check valve unit(150) that suppresses reverse flow of oil flowing into an oil pressure chamber(101), and a relief valve unit(160) that releases the oil when the pressure inside the oil pressure chamber(101) reaches or exceeds a predetermined high pressure. The check valve unit(150) is disposed as a valve element of the relief valve unit(160), and the relief valve unit and the check valve unit are formed integral with each other.

The present invention provides a two-surface friction stir welding method and device, and a tool set for two-surface friction stir welding. In order to economically perform two-surface friction stir welding resulting in high joint strength, a first and second rotation tool (3, 4) each has a tool body (3a, 4a) forming a shoulder section (3c, 4c) on the tip portion. The first rotation tool (3) further has a protrusion (3d) formed so as to protrude from the tip portion of the tool body, and the second rotation tool (4) further has a concavity (4d) which is formed in the tip portion of the tool body and which accommodates the tip of the protrusion (3d) during welding of two metal plates (1, 2). The first and second rotation tools are positioned oppositely on the front and back faces of the joining area (J) of the metal plates, and are moved towards each other. The tip of the protrusion of the first rotation tool is inserted into the concavity of the second rotation tool, the shoulder surfaces (3b, 4b) of the shoulder sections of the first and second rotation tool are pressed onto the front and back sides of the joining area, and in that state, the first and second rotation tools are moved along the joining area, friction stirring the entire joining area in the thickness direction of the plates with the first and the second rotation tools.

An air purifier avoids the maximization of the main body and the increasing of the cast, causes an excellent air flowing in the room and can thoroughly purify the whole room. The air purifier is provided with a dividing board (3a) which divides the fan casing (16) of the supply blower (6) arranged with a Sirocco fan (8) at the axis direction of the supply blower (6) forward and backward, and two discharging openings (17, 17) are arranged at the front fan casing (16a) and at the two parts of left and right sides, and the purified air is discharged from the left and right sides of the main body casing (1), besides a discharging opening (20) is arranged at the rear fan casing (16b) and at the upper side, and the purified air is discharged from the upper side of the main body casing (1). The air purifier has the advantages of discharging purified air in three directions with one supply blower, cheap and no maximization to the main body, excellent air flowing in the room and thoroughly purifying the whole room with high efficiency.

An objective of the present invention is to efficiently remove dispensing liquid existing at front end of discharge nozzle by a simple equipment without using a large amount of washing liquid. A rotation roller 11 for holding dispensing liquid discharged from a slit-shaped discharge port 21 provided at a front end of a discharge nozzle 20 is such provided as not to contact the discharge nozzle. A blade 12 for removing the dispensing liquid held on a peripheral surface of the rotation roller is such provided as to be able to reciprocate in an axis direction of the rotation roller, while a washing brush 12b is such provided at a position in a downstream side of the rotation direction of the rotation roller with respect to the blade as to be able to reciprocate in the axis direction of the rotation roller while contacting the peripheral surface of the rotation roller together with the blade. A washing liquid-supplying apparatus 15 for supplying washing liquid 14 to the peripheral surface of the rotation roller is provided in the downstream side of the rotation direction of the rotation roller with respect to the washing brush. In a stage of removing the dispensing liquid from the rotation roller by the blade, the washing liquid is not supplied to the rotation roller, while on the other hand, at least in a stage of supplying the washing liquid to the peripheral surface of the rotation roller, the blade and the washing brush are made to reciprocate in the axis direction of the rotation roller.

A connector (10) comprises: a female-side housing (20) that houses a female terminal (24); and a retainer (40) that has a pair of lock pieces (46), the lock pieces being provided on the respective ends of the retainer in the width direction and being elastically deformable toward the outside in the width direction. The connector (10) is characterized in that: the female-side housing (20) has lock-piece housing sections (29) formed on the inner side of the respective side walls (20A) of the female-side housing (20), the lock-piece housing sections (29) housing the respective lock pieces (46); on the inner surface of each lock-piece housing section (29) on the inner side in the width direction are formed a temporary latching projection (30) and a permanent latching projection (31) over which the lock piece (46) moves by deforming elastically and onto which the lock piece latches by elastically returning to the original state thereof; and a through hole (32) is formed so as to penetrate each side wall (20A) of the female-side housing (20), the through holes (32) allowing the elastic deformation of the respective lock pieces (46).

A liquid crystal display panel (2) is provided with a first substrate (4) having a light blocking film (45), a plurality of color filters (46R, 46G, 46B, 46) and a display electrode (48) formed on a first transparent substrate (44); a second substrate (5) having a display electrode (51) formed on a second transparent substrate (50); a plurality of spacers (20, 21) for maintaining a distance between the first substrate (4) and the second substrate (5); and a sealing member (6) for sealing a liquid crystal between the first substrate (4) and the second substrate (5). At least the first substrate (4) or the second substrate (5) is provided with a protruding section (43) formed to surround a display area (40) in a peripheral region (42) between a display area (40) including a plurality of display pixels and a sealing area (41) sealed by the sealing member (6). The spacers (20, 21) include the first spacer (20) positioned in the display area (40) and the second spacer (21) positioned at the protruding section.

To prevent the occurrence of noise due to step-out without upsizing a stepping motor by limiting a load. In a motor safety valve 1 for opening a valve port 13 by pulling up a valve element 6 by a stepping motor 2 in a state that a movable iron piece 5 is attracted by a movable electromagnet 3 mounted in a holder 31, a center part 62 abutting to the lower end of a rod 51 is surrounded by an annular deformation part 61. If the movable iron piece 5 is pressed down further when the valve element 6 is opened. The center part 62 moves toward a lower place to limit the load acting on the stepping motor 2.

An illuminating device includes: a lamp device that includes a lamp body, which is a light source, and a concave reflector for reflecting light emitted from the lamp body; and a lens member that has a planar optical surface and a nonplanar optical surface opposite to the planar optical surface and is provided on an emission side of the lamp device. In the illuminating device, the lens member is arranged such that a normal line of the planar optical surface is slightly inclined at a predetermined angle with respect to an optical axis of the lamp device. The lens member is arranged such that light beams substantially parallel to the optical axis are incident on the planar optical surface, and a filter that reflects at least one of an ultraviolet ray and an infrared ray is provided on the planar optical surface.

An exhaust gas recirculation system comprises an exhaust line (4) connected with an exhaust manifold (41) of an engine (1), an intake line (3) connected with an intake manifold (31) of the engine (1), and an EGR line (7) short-circuiting the exhaust line (4) and the intake line (3). The exhaust gas recirculation system supplies a portion of the exhaust gas discharged from the exhaust line (4) to the intake line (3) through the EGR line (7) and recirculates the exhaust gas to the engine (1). A liquid-cooling type cooling means (8) equipped with a heat exchanger (82) composed of a corrosion-resistant member is provided on the downstream side of the connecting position of the EGR line (7) in the intake line (3).

Provided is a power unit for a motor-cycle and a tricycle provided with a belt type continuously variable transmission, a transmission gear row between a part close to one end of a crank shaft and a drive pulley shaft, and a cam chain wound around a driving sprocket fixed to the other end side of the crank shaft to shorten the fore-and-aft length of the power unit and shorten a wheel base. A power generator 30 is mounted in one end part of the crank shaft 12, and an intermediate part of the drive pulley shaft 62 arranged at a position where a part of the drive pulley 64 is overlapped on the power generator 30 in side view is rotatably supported by an intermediate shaft receive part 68 provided in a crank case 14. A pulley driving means 86 for driving a drive side movable pulley 85 mounted slidably on the drive pulley shaft 62 in the axial direction is arranged at a position where it corresponds to the driving sprockets 44F, 44R along the axial direction of the crank shaft 12.

The object of the invention is to provide a component installation method and a component installation device, capable of preventing increasing the size of an installation head with a nozzle and pressing components requiring higher pressure into a substrate. After a component (3) is attached to one of absorption nozzles (17), namely a first absorption nozzle (17a), of an installation head (15), and a plurality of insertion pins (3a) of the component (3) are situated above a plurality of insertion holes (2a) of a substrate (2), the component (3) is pressed into the substrate (2) in such a manner that the first absorption nozzle (17a) cooperates with a second absorption nozzle (17b) different from the first absorption nozzle (17a) among the absorption nozzles (17) to lower the first absorption nozzle (17a) and the second absorption nozzle (17b) and to press the insertion pins (3a) of the component (3) into the insertion holes (2a) of the substrate (2).

A self-propelled cleaner is provided with: a flat disk-shaped housing; and a dust collection section and an electric blower, which are provided within the housing. The housing has: a suction opening provided in the bottom of the housing; a first air discharge opening; and a second air discharge opening provided in the outer peripheral section of the housing. Within the housing, there are formed: a second air discharge duct located between the second air discharge opening and the electric blower and extending along the inner surface of the outer peripheral section of the housing; and a first air discharge duct located between the first air discharge opening and the electric blower. The self-propelled cleaner is characterized by being configured such that the second air discharge opening is formed in the left side section and / or the right side section of the outer peripheral section of the housing, is open forward, and discharges forward an air flow coming from the second air discharge duct.

A motorcycle 10 in which the clutch on-off operation and the gear-shift operation of the transmission are automated that can be driven when the actuator fails without complication of the structure and upsizing of the power unit 28. A crankcase 35 of a power unit 28 accommodates a transmission including a plurality of gears, a gear-shift clutch that is engaged or disengaged at gear-shift operation, and a shift shaft that engages or disengages the clutch and provides gear change of the transmission. Part of the shift shaft projects from the crankcase 35. A projecting portion 70a of the shift shaft and an output shaft 81 of an actuator 35 are connected together on the outside of the crankcase with a connecting device 61. The connecting device 61 is detachably connected to the projecting portion 70a of the shift shaft or the output shaft 81 of the actuator 75.

The purpose of the present invention is to obtain a power conversion device capable of performing a regenerative power consumption operation for consuming the regenerative power from a motor and a boosting operation for boosting the DC power supplied to an inverter, without increasing the size of the device and the cost thereof in a configuration using a main circuit in which a rectifier circuit and the inverter are formed. A main circuit (100) is formed including a diode (5), the cathode of which is connected to the positive side power supply path of a rectifier circuit (3) and an inverter (4) and a switching element (6) connected between the anode of the diode (5) and the negative side power supply path of the rectifier circuit (3) and the inverter (4). In the main circuit (100), the line between a first terminal (P) and a second terminal (P1), which are provided on the positive side power supply path, is opened and a reactor (13) is provided between the second terminal (P1) and a third terminal (PR) provided at the connection point between the diode (5) and the switching element (6), thereby forming a boost chopper circuit.

The invention provides a permanent-magnet type electric rotating machine which is not large in size and has good assembly performance. According to one embodiment, a permanent-magnet type electric rotating machine has a stator, a magnetizing coil, a rotor and a case. The stator has an armature coil configured to form a magnetic circuit for driving. The magnetizing coil is configured to form a magnetic circuit for magnetizing. The rotor has a constant magnetized magnet, a rotor core and a variable magnetized magnet. The rotor core holds the constant magnetized magnet. The constant magnetized magnet is arranged closer to the magnetic circuit for driving than the variable magnetized magnet. The variable magnetized magnet is arranged closer to the magnetic circuit for magnetizing than the constant magnetized magnet. The case accepts the rotator and the stator.