91results about How to "Suppress position offset" patented technology

This optical film with adhesive on both sides comprises: an optical film, further comprising a polarizing sheet; a first adhesive layer which is disposed on a face of the optical film which is a side which is pasted upon an image display cell; and a second adhesive layer which is disposed on a face of the optical film which is a side which is pasted upon a transparent plate or a touch panel. The first adhesive layer and the second adhesive layer respectively have detachable protective sheets adhered thereupon. It would be desirable for the second adhesive layer to have a thickness of 30µm or more. This optical film with adhesive on both sides would be usable, as an example, positioned between the transparent plate or the touch panel and the image display cell.

The invention provides a method for manufacturing electrolytic capacitors. Electrode lead terminals in a number not less than three are attached to a cathode foil and an anode foil. The electrode lead terminals include at least one cathode lead terminal attached to the cathode foil and at least one anode lead terminal attached to the anode foil. A winding core having an axis is prepared. The cathode foil and the anode foil are wound around the winding core, being overlapped each other. A cross section of the winding core perpendicular to the axis includes an outer edge having a portion along each side of a polygon with the above number of sides. Thereby, a method for manufacturing an electrolytic capacitor capable of suppressing displacement of a lead terminal can be provided.

The invention provides a strip-shaped sponge body pasting device and method, and a device for restraining the position deviation of the rear end part of the strip-shaped sponge body to the side surface side of the width direction at the end of pasting is inhibited (1) for attaching the belt-shaped sponge body (s) to the rotating tire in the circumferential direction of the tire. (T) on the inner surface (TS) of the tread; a guide member (5) is provided with a guide roller which is used for holding the container from the sponge (4), and the strip-shaped sponge body (s) pulled out of an outlet of the take-out opening (7A) faces the inner surface of the tread (Ts), and a third stopper which is at least disposed between the outlet opening and the guide roller (9), so that the strip-shaped sponge body (s) is prevented from shifting to the side of the other side surface of the width direction.

Provided is a bearing structure, which can be simply worked and lowered in its manufacturing cost. The bearing structure (1) comprises a housing including a first housing portion (13) having a recess of a substantially semicircular section and a second housing portion (14) having a recess of a substantially semicircular section and forming a supporting hole (16) of a substantially circular section together with the recess (13a) of the first housing portion (13). Further comprised are two halved roller bearings (2) having a shaft (12) fitted therein. The two halved roller bearings (2) include one set of two halved outer rings (3a and 3b) arranged closely in the supporting hole (16) of that housing, a plurality of rolling elements (4) arranged to roll on the individual inner sides faces of the two halved outer rings (3a and 3b), and one set of two halved retainers (5a and 5b) for retaining the individual rolling elements (4) arranged substantially equidistantly in the circumferential direction. The internal diameter of the supporting hole (16) in the direction of the mating faces of the housing portions is made larger than the internal diameter in the direction displaced by 90 degrees from that of the mating faces.

By layering a gas expansion layer, which has a first conductive layer comprising a specific conductive carbon material and a specific high molecular weight polymer, on a catalyst layer in such a way that the catalyst layer and the first conductive layer are in contact and the high molecular weight polymer in the first conductive layer is present with greater density at the surface in contact with the catalyst layer than at the surface not in contact with the catalyst layer, it is possible to provide a membrane-electrode assembly having strong adhesion between the catalyst layer and gas expansion layer. In addition, by further employing a gas expansion layer, which has a second conductive layer comprising a specific conductive carbon material and a specific high molecular weight polymer, on the first conductive layer and layering the gas expansion layer on the catalyst layer in such a way that the high molecular weight polymer in the first conductive layer is present with greater density at the surface in contact with the catalyst layer than at the surface in contact with the second conductive layer and the high molecular weight polymer in the second conductive layer is present with greater density at the surface in contact with the first conductive layer than at the surface not in contact with the first conductive layer, it is possible to provide a membrane-electrode assembly for a fuel cell that suppresses positional offset between the catalyst layer and a conductive porous layer and between the conductive porous layer and a conductive porous base material.

The purpose of the present invention is to provide: a sensor for detecting the deformation of a sealed secondary battery and capable of detecting the deformation of a sealed secondary battery caused by the swelling of a single cell with a high degree of sensitivity across a broad temperature range; a sealed secondary battery; and a method for detecting the deformation of a sealed secondary battery. A sensor for detecting the deformation of a sealed secondary battery and provided with a polymer matrix layer and a detection unit, wherein the polymer matrix layer contains a filler dispersed therein which imparts a change to an external field according to the deformation of the polymer matrix layer, the detection unit detects changes in the external field, and the glass transition temperature (Tg) of the polymer matrix layer is -30 DEG C or lower.

The inventive capacitor unit is characterized by comprising a capacitor part and an external container for accommodating the capacitor part, and forming by resin casting in the external container through a condition that the front end of a leadframe is exposed out of the outside of the external container. The external container is provided with an external cover and an external cup, the external cover is provided with protrusions extending to the side of the external cup on the inner side of the external container. The front end of the leadframe is led out to the outside of the external container from between the external cover and the external cup, and the leadframe is sandwiched by the inner wall side of the external cup and the protrusions.

A bearing structure includes a housing including a first housing portion and a second housing portion forming together with the first housing portion, a cross-sectionally generally-circular support hole, and a rolling bearing including a pair of outer rings mounted within the support hole of the housing in closely-contacted relation thereto, a plurality of rolling elements mounted to be able to roll on inner side surfaces of the pair of outer rings, and a pair of cages holding the rolling elements. The first housing portion and the second housing portion are mounted in an offset relation to each other in a radial direction so that at mating surfaces of circumferential end portions of the pair of outer rings, the outer ring end portions disposed at an upstream side with respect to a direction of rotation of the shaft form radially inwardly-projecting steps, respectively.

Disclosed is a pelvic band (1) that includes compression members (2) disposed to the rear of the hip joints of a patient (A), and a compression member-securing band (3) formed in such a way as to wind around a region corresponding to the pelvis (100) of the patient (A). The compression members (2) are secured in such a way as to press against the hip joints. This inhibits dropping of the hip joints rearward when the patient is walking and encourages a walking posture that better approaches a normal walking posture.

An optical scanner for an image forming apparatus has a housing having a wall surface provided with a through-hole, and an optical scanning unit, which is provided within the housing, scans light on an object to be scanned in order to form an image on the object to be scanned, and includes: a polygon motor; a polygon mirror that reflects the light while being rotated by a driving force of the polygon motor; a mirror member that reflects the light reflected by the polygon mirror, toward a target object; and a mirror holding member that is attached to the wall surface of the housing and holds the mirror member. The mirror holding member has a heat radiation part that is exposed to the outside of the housing through the through-hole. Thereby, heat radiation of the mirror holding member is prevented, and position shift of the mirror holding member caused by the heat radiation is prevented, and then the optical scanner can proceed normal function.

The invention discloses a swirl board (100), which comprises the following parts: board-shaped main part (101) to cross multiple inlets of cylinder lid (14), multiple spaced parts to separate part of main part into multiple holes, lateral casting part (103) on two lateral edges of main part, inner casting part (104) among multiple spaced parts in the main part, accelerating part (110) to accelerate solidification of metal melt liquid on the part of inner casting part.

The material forming a sealing body (30) contains more Al element, Fe element, B element, Si element and free carbon than the material forming a honeycomb structure (23). Each sealing body (30) has a projected portion (31) in the central position corresponding to the central axis (X) of a related cell (28). By having the projected portion (31), thermal expansion of the sealing body (30) is concentrated in the central position, thereby reducing thermal expansion in the areas outside the projected portion (31).

An electronic equipment manufacturing method and electronic equipment are provided in the present invention. The electronic equipment has a device main body and a casing. The device main body comprises a circuit substrate, a first frame and a second frame, the casing comprises a first casing and a second casing. The first frame has a first pin and a second pin, the second frame and the circuit substrate have porous parts for the first pin, the first casing has an embedded hole for the second pin. The manufacturing method for the electronic equipment has: the substrate positioning working procedure (S02), for positioning the circuit substrate on the first frame by inserting the first pin into the porous part; the second frame positioning working procedure (S03), for positioning the second frame on the first frame by inserting the first pin into the porous part; the first frame positioning working procedure (S05, S06), for positioning the first frame on the first casing by embedding the second pin into the embedded hole; the second casing mounting working procedure (S12), for mounting the second casing on the first casing.

Provision of a biological information detecting device capable of stably detecting a biological signal in good condition. A device body, a pair of electrode portions 26A and 26B provided in the device body and respectively contacting a biological surface and a band-shaped fixing band 30 for covering the pair of electrode portions 26A and 26B and fixing the device body to a body are provided, and a guide portion 40A which allows relative movement between each of the electrode portions 26A / 26B and the fixing band 30 in an extending direction of the fixing band 30 and restricts movement in a width direction orthogonal to the extending direction is arranged between each of the electrode portions 26A / 26B and the fixing band 30.

Provided are: a workpiece unit (10) that makes it possible to attach a holding member (1) to a workpiece body (1) at a suitable position and that minimizes displacement of the holding member (2) after attachment thereof; and a method for producing the workpiece unit (10). The workpiece unit (10) is provided with a workpiece body (1) and a holding member (2) arranged on at least a part of the outer circumference (1c) of the workpiece body (1). The workpiece body (1) comprises at least one first positioning section (1d) on a part thereof that faces the holding member (2). The holding member (2) comprises a second positioning section (2d) that engages with at least a part of the first positioning section (1d).

A washer includes at least one differential gear back face part covering a back face of one differential gear, an output gear back face part covering a back face of one output gear, and at least one linking part connecting between the output gear back face part and the differential gear back face part, an abutment part being formed on an inner face of the differential gear back face part, the abutment part abutting against the back face of the differential gear via a flat face.