63results about How to "Suppress tremor" patented technology

A disc brake for a vehicle has a caliper bracket fixed to a vehicle body, a pair of caliper support arms striding an outer periphery of a disc rotor in a disc axial direction, pad guide grooves formed in the caliper support arms so as to be opposed to each other, friction pads disposed on both sides of the disc rotor, the friction pads having ears projected from both side portions of a back plate thereof, and pad retainers disposed on the pad guide grooves, the ears of the friction pads being movably supported by the pad guide grooves via the pad retainers, wherein pad retainers each has pad returning portions for urging the friction pads away from the disc rotor.

A multilayer printed wiring board of the present invention includes, e.g., an electrical insulating layer (103), a plurality of wiring layers (114) arranged alternately with the electrical insulating layer (103), and a plurality of conductors (115) passing through the electrical insulating layer (103) in its thickness direction for electrically connecting the wiring layers (114). A plating layer (107) is formed so as to cover the side of the electrical insulating layer (103) and electrically connected to ground wiring (106). The impedance of a signal transmission conductor (102a) arranged in the edge portion of the electrical insulating layer (103) is controlled by a ground conductor (105a) arranged opposite to the plating layer (107) with this signal transmission conductor (102a) sandwiched between them and the plating layer (107).

Disclosed is an inkjet recorder which ensures good print quality by minimizing flapping of a sheet which travels in parallel with the nozzle width region of an ink jet head while facing the nozzle width region. An inkjet recorder is equipped with an inkjet print section (4) having print units (7, 7') for printing on a sheet (2) traveling on an arcuate sheet passage formed of a plurality of guide rollers (12a-12h) by means of a plurality of inkjet heads (6a-6d, 6a'-6d'), wherein an on-demand inkjet head equipped with a plurality of nozzle arrays in the traveling direction of sheet as a nozzle width region is used as the inkjet head of the print unit, the sheet passage opposite to the nozzle surface of each inkjet head is constituted of two guide rollers (12a, 12b) disposed on the upstream side and downstream side in the traveling direction of sheet, and the end portions of a sheet in the nozzle width region (L) of each inkjet head on the upstream side and downstream side in the traveling direction of sheet are located as closely as possible to each contact point between the guide rollers on the upstream side and downstream side on the inside of each contact point where the sheet touches the guide rollers, respectively, and being wound therearound.

A carriage assembly capable of suppressing flutter of actuator arms and magnetic disk is to be provided. In one embodiment, the carriage assembly comprises a first actuator arm having a windward side face, a leeward side face, an outer surface and an inner surface, and a second actuator arm having a windward side face, a leeward side face, a first inner surface opposed to the inner surface of the first actuator arm and a second inner surface positioned on the side opposite to the first inner surface. The first actuator arm is formed with a slant face extending from the windward side face toward the inner surface and the second actuator arm is formed with a slant face extending from the windward side face toward the first inner surface and a slant face extending from the windward side face toward the second inner surface.

The invention relates to an anti-icing cable applicable to ice rain atrocious weather and matched auxiliary facilities with anti-icing property. The anti-icing cable of the invention is characterized in that the cable is sleeved with an anti-icing sleeve, a clearance is reserved between the inner surface of the anti-icing sleeve and the surface of the cable, and the anti-icing sleeve can rotate relative to the cable. An insulating bottle for field power transmission is characterized in that the easy-icing surface of the insulating bottle is provided with the anti-icing sleeve. An anti-icing field metal tower body is characterized in that the surface of an easy-icing part of the tower body is provided with an anti-icing element. A method for arranging the anti-icing sleeve or the anti-icing element on the easy-icing part of the cable, the insulating bottle or the tower body effectively prevents the surface from icing, greatly reduces the heat exchange with the outside, and effectively prevents the icing phenomenon caused by heat absorption after rainwater is directly contacted with the cable, the insulating bottle or the tower body.

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.

This aluminum alloy substrate for a magnetic recording medium has a metal structure made of an Al alloy having a composition including Si in a range of 18.0% by mass to 22.0% by mass, Fe in a range of 4.0% by mass to 6.0% by mass, Cu in a range of 2.5% by mass to 4.0% by mass, and Mg in a range of 0.8% by mass to 1.5% by mass with a remainder being Al, a primary-crystal Si precipitate having a maximum diameter of 0.5 μm or more and an average particle diameter of 2 μm or less is dispersed in the metal structure, a diameter is in a range of 53 mm to 97 mm, and a thickness is in a range of 0.2 mm to 0.9 mm.

A light adjusting device includes a base plate having an aperture; at least one light adjusting member configured to adjust the amount of light passing through the aperture; and at least one electromagnetic driving source configured to rotate the light adjusting member. The light adjusting member is provided with a rotating shaft member having magnetism. The light passing through the aperture is adjusted by rotating the rotating shaft member by using the electromagnetic driving source. The electromagnetic driving source includes a yoke and a winding coil wound on the yoke. The electromagnetic driving source is disposed on the base plate such that both front end sections of the yoke face toward the rotating shaft member in an area near and including a constraining point.

Provided is a display device with which it is possible to anchor a panel module in a front cabinet without using a screw, and with which it is possible moreover to easily remove the panel module from the front cabinet when carrying out maintenance. A display device comprises: a panel module (1) further comprising a display screen (11a) at the front side thereof; a front cabinet (2) which encases the periphery part of the panel module (1); and a back cabinet (3) which covers the rear side of the panel module (1). The display device further comprises: a flexible hook part (23c) which protrudes from the interior face of the front cabinet (2) toward the back cabinet (3); and an L-shaped anchoring part (4), having an L-shape, a latch plate (41) with a hole part (41c) whereon the flexible hook part (23c) latches, and a contact plate (42) which makes contact with the rear face of the panel module (1). The L-shaped anchoring part anchors the front cabinet (2) to the panel module (1).

The invention provides a metal ultra-thin strip four-roller rolling mill with selectable driving modes and a rolling method thereof. The rolling mill comprises a rolling mill mechanical part and a control system, wherein two main driving motors, two main reduction gears and a compound gear box are positioned on the same side of a mill housing; the compound gear box is provided with four output shafts which are connected with an upper support roller and a lower support roller through universal spindles or connected with an upper work roller and a lower work roller through the universal spindles; and the upper driving part and the lower driving part of the compound gear box are independently controlled by the first main driving motor and the second main driving motor respectively and are mutually independent, and the reduction ratio of the upper driving part to the lower driving part is adjustable. The rolling method has a support roller driving mode and a work roller driving mode. When the rolling mill is used for asymmetrical rolling of ultra-thin strips, as asymmetrical rolling can break through the restriction from the minimum rollable thickness of synchronous rolling, the sheet rolling capacity is higher, the on-line adjustment range of the different speed ratio is broad, and the range of rollable raw materials can be effectively expanded.

The present invention may be utilized in medical applications requiring the external delivery of electrical energy from outside the human body to a target site within the human body, such as electrical stimulation of muscles and power delivery to implanted devices. The present invention uses the volume conduction property of human tissue as a natural medium for energy delivery. A novel volume conduction antenna consists of an array of electrodes that are structured and arranged to receive voltage and work collaboratively to transmit electrical energy to the target site. A unique voltage is applied to each electrode to direct the electrical energy to the target site. The desired energy density near the target site is optimized, while the undesired energy density near the site of the antenna is minimized.

This substrate for a magnetic recording medium has a metal structure made of an Al alloy having a composition including Si in a range of 28.0% by mass to 32.0% by mass, Cu in a range of 2.5% by mass to 4.0% by mass, and Mg in a range of 0.8% by mass to 1.5% by mass with a remainder being Al, primary-crystal Si particles having a maximum diameter of 0.5 μm or more and an average particle diameter of 2 μm or less are dispersed in the metallic structure, a diameter of the substrate is in a range of 53 mm to 97 mm, and a thickness of the substrate is in a range of 0.2 mm to 0.9 mm.

The invention relates to an anti-icing cable applicable to ice rain atrocious weather and matched auxiliary facilities with anti-icing property. An anti-icing field metal tower body is characterized in that the surface of an easy-icing part of the tower body is provided with an anti-icing element; and the anti-icing element is arranged on rod and column surfaces consisting of the tower body by means of clamping, covering, coating or adhering. A method for arranging the anti-icing sleeve or the anti-icing element on the easy-icing part of the tower body effectively prevents the surface of the easy-icing part from icing, greatly reduces the heat exchange with the outside, and effectively prevents the icing phenomenon caused by heat absorption after rainwater is directly contacted with the tower body.

This aluminum alloy substrate for a magnetic recording medium has a metal structure made of an Al alloy having a composition including Si in a range of 18.0% by mass to 22.0% by mass, Ni in a range of 5.0% by mass to 8.5% by mass, Cu in a range of 2.5% by mass to 4.0% by mass, and Mg in a range of 0.8% by mass to 1.5% by mass with a remainder being Al, a primary-crystal Si precipitate having a maximum diameter of 0.5 μm or more and an average particle diameter of 2 μm or less is dispersed in the metal structure, a diameter is in a range of 53 mm to 97 mm, and a thickness is in a range of 0.2 mm to 0.9 mm.

What is provided is an aluminum alloy substrate for a magnetic recording medium which has high rigidity and an excellent plating properties. The aluminum alloy substrate for a magnetic recording medium has a constitution in which coarse grains whose average grain size is within a range that exceeds 2 μm and is less than or equal to 20 μm are dispersed, the average number of coarse grains per area of 0.042 mm2 is 100 or more, and a surface roughness Ra is less than or equal to 0.2 μm.

Provided is a centrifugal clutch for limiting sudden driven-side initiation while being capable of rapidly establishing an engaged state. The centrifugal clutch 200 is provided with a first drive plate 210 that is directly rotated and driven by the driving force of the engine and a second drive plate 220 that frictionally contacts the first drive plate 210. The first drive plate 210 is provided with overhanging pieces 215 on supports 214 that overhang the second drive plate 220. The second drive plate 220 rotates and is driven integrally with the first drive plate 210 while allowing relative rotational displacement and is provided with clutch weights 230. The overhanging pieces 215 are configured from cylindrical rollers. On the clutch weights 230, follower parts 232, which have a pressingbody 232a that extends at a slant outward and towards the back in the direction in which the first drive plate 210 rotates and is driven and that contacts an overhanging piece 215, are formed.

A concave groove 38 is formed all the way around the circumference on a part of an installation surface 14 having its center at the central axis of a hub 8, such that it is concave inward from the installation surface. Also, installation holes 15 for press fitting studs 9 thereto are opened on a substantially middle section in the width direction of a bottom section of the concave groove 38. When W is taken to be the width of the concave groove in the radial direction and d is taken to be the inner diameter of the installation holes, then W=d+(5 to 25 mm). By this configuration, it is possible to inhibit the deformation of the installation surface 14 by the press insertion of the studs 9, so the above problems can be solved. Thereby, judder is prevented from occurring during braking by inhibiting runout of the rotor 2 fixed to the installation surface 14 of the installation flange 13.

Embodiments in accordance with the present invention allow a resin member accommodating therein a trace, to have a small thickness. An HDD according to an embodiment of the present invention includes a resin accommodation member fixed to a side surface of arms. Part of a trace is accommodated in a slit formed in the accommodation member. Accommodating part of the trace in the slit helps suppress fluttering of the trace and improve head positioning accuracy. A corrugated surface structure is formed on each of surfaces of the arms and the accommodation member in abutment with each other. The corrugated surface structure is used to position the accommodation member in a pivot direction. The accommodation member, having the corrugated surface structure for positioning on the surface being fixed, can be made to have a thin wall.

The present invention relates to a suspension device for a magnetic disk drive incorporated in an information processing device such as a personal computer, for example. This device has support plate devices 3, 7 that also serve as bracket arms, has a rigid body portion 13 and a spring portion 15 and loads a load on a contact 49 at the front end of the load plate, and is characterized in that, in this device, the support plate The board device 3, 7 is formed by at least two layers of boards 3, 7, the board thickness t2 of at least one side 7 of the boards 3, 7 can be etched to form a high-precision hole, and the pivot hole is formed on the board 7 having the board thickness t2 31. On the other side of the plate 3, a rotation fitting hole that is approximately concentric with the pivot hole 31 and has a larger diameter than the pivot hole 31 is formed. In this way, the flatness of the long floor portion and the accuracy of the pivot hole can be improved.

The invention relates to an anti-ice condensation cable which is suitable for frozen and rainy rough weather and an auxiliary facility which is matched with the anti-ice condensation cable and has an anti-ice condensation property. According to an anti-ice condensation field metal tower body, anti-condensation elements are arranged on the surface of a part with high ice condensation possibility on the tower body, and are arranged on the surfaces of a rod and a post which form the tower body in a buckled, sleeved, coated or adhered mode. By a method for arranging anti-condensation sleeves or the anti-condensation elements on the part with high ice condensation possibility on the tower body, ice condensation on the surface of the cable is effectively prevented, heat exchange between the cable and an external environment is greatly reduced, and the phenomenon of ice condensation caused by heat absorption due to direct contact between rainwater and the tower body is effectively prevented.

The invention provides a wearable tremor inhibition mechanical arm, which is robot equipment used for restraining the arm tremor motion of a Parkinson patient in real time. The wearable tremor inhibition mechanical arm comprises an upper-arm arm lever, an elbow joint mechanism, a forearm arm lever, an elbow joint mechanism and a hand part mechanism, wherein the upper-arm arm lever, the forearm armlever and the hand part mechanism are connected with the arm of the human body through sticking tapes. The wearable tremor inhibition mechanical arm is favorable for solving the problem that the daily activities, including eating, writing and the like, of a pathological tremor patient are inconvenient, and the living quality of a patient is improved.

An equalizer device for a parking brake, in which paired engagement portions, with which paired output members coupled to brake devices of right and left wheels are respectively engaged, are formed so as to be symmetric with respect to an input portion, and which actuates the brake devices by pulling the paired output members, comprises: an equalizer body that is formed by connecting paired side plates, which extend parallel to each other from a back plate so as to form a U-shape; and a synthetic resin member that is fixedly arranged inside the equalizer body, wherein the equalizer body has paired engagement holes that are formed in the back plate, and that allow coupling members that couples the output members to the brake devices to extend outside the equalizer body and prevent the output members from passing through the engagement holes, paired insertion holes which are formed in a first side plate, and paired slits which are formed to connect each of the insertion holes to each of the engagement holes respectively, portions of the back plate, at which the engagement holes are formed, serving as the engagement portions, the synthetic resin member having a substantially flat plate shape that is arranged so as to face a portion of an inner face of the first side plate and comprising paired gate portions that are formed so as to partially block the respective paired insertion holes, that are elastically deformed to allow insertion of the output members into the equalizer body, and that return to their original form to prevent the output members from coming out of the equalizer body through the insertion holes, and an engagement lug that extends on an outer side of an outer edge of the first side plate and extends beyond an outer face of the first side plate, and is engaged with the outer face, and the synthetic resin member is fitted to the equalizer body by the engagement lug.

The invention provides a clockwise and counterclockwise rotation switching device of a power tool capable of effectively suppressing chattering or fusing of an elastic end to improve contact durability. An end part of a fixed contact 4 is formed to be an elastic end 14 deformed by contacting to a movable contact 11. A unit base 2a includes a regulation projection 14 which is abutted with the elastic end 4a, which is deformed in contact with the movable contact 11, so as to regulate the deformation quantity.

A web drying apparatus, comprises: a blow-drying part which has two blower units arranged on both sides of web which is transferred in a transfer direction, and injects gas onto the web passing through a dry path between the two blower units; a housing which has a sidewall provided with an opening facing the dry path from the transfer direction, through which the web passes in the transfer direction through the opening, and houses the blow-drying part; an exhaust part which is disposed between the sidewall and the blow-drying part in the housing and exhausts gas from the inside of the housing to the outside of the housing; and a rectifying member which is disposed between the blow-drying part and the exhaust part in the housing and faces the web being transferred in the transfer direction.