66results about How to "Increase opening width" patented technology

The invention relates to a packaging method of an electrochromic anti-dazzle device, and in particular relates to a packaging manufacturing method for edging and chamfering in a conduction region, where an electrode needs to be imported, of the conductive layer of the glass substrate of the electrochromic anti-dazzle device so as to increase the sectional area of a conductive silver adhesive; according to the requirements of reduce the package and the electrode leading-out region of the electrochromic anti-dazzle device and increasing the thermochromic device structure of a visible range, the packaging of the electrochromic anti-dazzle device is completed by use of the techniques of etching, vacuum electrochromic material pouring, sealant box hot pressing, silver adhesive pouring, heat treatment and the like. Compared with the traditional packaging of the electrochromic anti-dazzle device, the electrical conductivity of the silver adhesive after heat treatment is improved, the width of the conductive sealant is reduced and the production process and the equipment are simplified; the packaging method has obvious advantages; the height of the visual range of the electrochromic anti-dazzle device package is increased by 2-3mm.

The present invention aims at providing a structure, manufacturing method, and an intermediate manufactured product enabling the low-cost manufacture of a flat panel display with high fineness. In a flat panel display of the invention, by decentering the opening portions formed by a bank in red and green subpixels to the blue subpixel side, color conversion layers with higher fineness can be formed even when using conventional apparatuses and materials. Moreover, decentering of the opening portions of the bank enables reductions in manufacturing time and manufacturing cost.

A fluid control valve (10) comprising a valve housing (12), a valve body (30) having a peripheral surface (32) slidably supported for movement in an axial direction in the valve housing and a feedback circuit duct (38) in the valve body. The feedback circuit duct has a first end (40) communicating with a flow port (14) in the housing and a second end (42) opening at the peripheral surface (32). The second end is capable of exposing a variable opening area (A) to a control chamber (20) in the housing and thereby subjecting the valve body to said movement by a resulting difference between pressure dependent forces acting on opposite surfaces of the valve body. According to the invention, the second end comprises an aperture (42) having a peripheral width (w) that varies at least over a portion proximate to the control chamber of an axial length of the aperture exposable to the control chamber.

In a sliding door disposed in an opening of a cover surrounding a machine tool,

From among two adjacent door panels, at least one of sliding members of the door panel which is located closer to a door frame slides on a door frame guide track, whereas at least one of sliding members of the door panel which is located farther from the door frame slides on the door frame guide track, and at least one of the remaining sliding members slides on the door panel guide track. Thus, guide means can be prevented from projecting vertically.

A semiconductor device includes low concentration source/drain regions and high concentration source/drain regions each being formed in a semiconductor substrate, a gate insulation film formed on part of the semiconductor substrate located between the low concentration source/drain regions when viewed from the top and a gate electrode formed of metal silicide on the gate insulation film. A gate length of upper part of the gate electrode is larger than a gate length of other part of the gate electrode.

A machine tool system includes: a machine tool that includes an openable door configured to block an opening of a cover surrounding the machine tool, and a door driving unit configured to open and close the door; and a work exchange device configured to exchange a work disposed in the cover. Further, the machine tool system includes: a first opening width setting unit configured to set a door opening width of the door; a second opening width setting unit configured to set a turnback opening width; and a door control unit configured to control the door driving unit to move the door in an opening direction from a completely closed position of the door to a position of the turnback opening width of the door, then move the door in a closing direction and stop the door at a position of the door opening width.

Semiconductor devices and fabrication methods are disclosed. A mask layer having an opening is formed on a semiconductor substrate. The semiconductor substrate is etched along the opening of the mask layer to form a trench therein. The mask layer is laterally etched from the opening of the mask layer along a top surface of the semiconductor substrate to expose a surface portion of the semiconductor substrate on each side of the opening. A liner oxide layer is formed by a thermal oxidation process on interior surface of the trench and on the exposed surface portion of the semiconductor substrate. The thermal oxidation process is controlled such that an upper corner between the top surface of the semiconductor substrate and the trench is rounded after the liner oxide layer is formed. An insulation layer is formed on the liner oxide layer and fills the trench.

To certainly automate the fitting of an inner box and an outer box by inserting the inner box in the outer box by one side. In a box fitting method, the outer box is held by an outer box holding mechanism and the side surface thereof is pressed by a side surface pressing mechanism to expand the opening part of the outer box. The inner box is grasped by an inner box fitting robot to insert the first side of the inner box in the opening part. Subsequently, the inner box is moved in the outer box to be put aside so that the first side is allowed to approach the first side surface of the outer box. The shift quantity of the second side of the inner box and the opening part of the outer box is measured by a shift quantity measuring part using imaging and image processing. The inner box is moved on the basis of the measuring result of the shift quantity and the second side thereof is inserted in the opening part. Thereafter, the inner box is pressed to be fitted in the outer box.

The invention discloses a safety pin which comprises a pin body, a pin sleeve and a syringe, wherein the pin sleeve is matched with the pin body; the syringe is connected with the pin body; the pin sleeve is axially provided with a chute; the chute comprises a longitudinal slot and a lateral slot which are mutually communicated; the lateral slot comprises a positioning slot and a clamping slot, wherein the positioning slot and the clamping slot are positioned on two sides of the bottom end of the longitudinal slot; one end of the pin body, which approaches to the syringe, is provided with a sliding block; the sliding block is suitable for sliding along the chute; one end of the sliding block, which faces to the clamping slot, is less than one end of the sliding block, which faces to the positioning slot; at least one of the upper side and the lower side of the opening end of the positioning slot, which faces to the longitudinal slot, is provided with a bulge; therefore, the sliding block can conveniently pass through the bulge to enter the longitudinal slot; once the sliding block slides out of the positioning slot, the sliding block can not pass through the bulge to go back to the positioning slot because one end of the sliding block, which faces to the positioning slot, is bigger; and therefore, the safety pin is not suitable to use again.

An n-type buffer layer composed of n-type GaN, an n-type cladding layer composed of n-type AlGaN, an n-type optical confinement layer composed of n-type GaN, a single quantum well active layer composed of undoped GaInN, a p-type optical confinement layer composed of p-type GaN, a p-type cladding layer composed of p-type AlGaN, and a p-type contact layer composed of p-type GaN are formed on a substrate composed of sapphire. A current blocking layer formed in an upper portion of the p-type cladding layer and on both sides of the p-type contact layer to define a ridge portion is composed of a dielectric material obtained by replacing some of nitrogen atoms composing a Group III–V nitride semiconductor with oxygen atoms.

A hanging structure comprises a hanging element and a hanging seat. Opposite sides of the hanging element and the hanging seat respectively comprise a hanging sleeve and a hanging hook configured to define a detachable hanging connection. The hanging sleeve comprises a receiving cavity, and a lower portion of the receiving cavity comprises an opening surface. A first side of the receiving cavity facing the hanging hook comprises a baffle board, and a lower end surface of the baffle board comprises an opening extending toward an upper end surface of the baffle board. The hanging hook comprises a first portion configured to be disposed in the receiving cavity and a second portion configured to be disposed in the opening.

The invention relates to a bond hook and relative bond band. Wherein, said hook comprises main body and hook base; the base has extending tube with holes; the wall of tube has several through holes with clampers; the lower end of clamper is connected to the lower side of through hole; the extending tube is sheathed by positioning sheath. The invention has reliable connection.

A vehicular storage unit that includes: an elongated shaped storage unit main body that is formed with an opening open toward a vehicle cabin inner side; and a lid that is provided at the vehicle cabin inner side of the opening, and that is supported by the storage unit main body so as to be capable of moving along a length direction of the storage unit main body. An opening width of the opening increases from a specific position on progression from one side toward another side of the storage unit main body in a length direction, and a width of the lid is increased so as to follow the opening width of the opening.

A door panel structure including a door panel and a door waist reinforcement connected to the door panel. The door waist reinforcement includes an inner reinforcement and an outer reinforcement. The door panel and the door waist reinforcement have respective upper end portions which form a waist flange to which a weather strip is fitted. The waist flange includes a plurality of connecting portions at which the upper end portion of the door panel and the upper end portion of the door waist reinforcement are connected to each other, and at least one spaced portion at which the upper end portion of the door panel and the upper end portion of the door waist reinforcement are spaced from each other.

The invention relates to an interlocking device of a grounding switch and a front lower door in a switch cabinet and the switch cabinet. The interlocking device comprises a limiting rod ejector rod and a clamping plate pushing piece; the limiting rod ejector rod has an upward movement trend under the action of a corresponding elastic structure; the limiting rod ejector rod is provided with a blocking position and a receding position in the moving stroke, and the blocking position corresponds to the upper end of the moving stroke of the limiting rod ejector rod and is used for blocking the vertical limiting rod on the switch cabinet from moving downwards; a limiting groove is formed in the outer circumferential face of the limiting rod ejector rod, an ejector rod bayonet is formed in the side, close to the limiting rod ejector rod, of an ejector rod clamping plate, and the ejector rod bayonet is used for being clamped into the limiting groove to limit downward movement of the limiting rod ejector rod when the limiting rod ejector rod is located at the blocking position; and the clamping plate pushing piece is used for pushing the ejector rod clamping plate under the driving of the front lower door when the front lower door is closed, so that the limitation of the ejector rod bayonet in the ejector rod clamping plate on the limiting rod ejector rod is relieved. According to the scheme, the problem that in the prior art, when the front lower door of the switch cabinet is not closed, the grounding switch can still be switched off is solved.

A cold rolling pipe manufacturing method for improving the roughness quality of the inner wall of a stainless steel seamless pipe for a power station boiler adopts a two-pass cold rolling deformationprocess to roll to obtain finished pipes for delivery, that is, an LG-80 or LG-110H cold rolling mill is adopted for cogging rolling and an SKW-75 high-speed cold rolling mill is adopted for rolling to obtain the finished products. Meanwhile, by optimizing parameters such as a roller device, a hole pattern and a core rod related to cold rolling deformation and taking measures such as increasing the diameter of the core rod, widening a hole pattern opening and reducing a movement gap, the cold rolling pipe making quality and efficiency of the stainless steel seamless pipe for the power stationboiler are improved. On the basis of meeting the technical requirements for cold rolling of the boiler pipe of the power station, the quality loss of the roughness of the inner wall caused by abnormalworking conditions such as "top punching" and "insufficient rotation" of a pipe blank is reduced, the yield is increased, and the production cost is reduced.

Provided are a display device and a method of manufacturing same, whereby deterioration in image display quality due to display unevenness or shadowing is avoided. An open region is disposed in a source driver mounting region in a position thereof that corresponds to a remaining output region 15 of a source driver 4. Next, a common signal line 30, which connects an FPC connecting region 19 to a common transfer electrode 20a, is formed passing through the open region. It is thus possible to shorten the length of the common signal line 30, and to position the common transfer electrode 20a in a desired location. Consequently, variation in the common signal rounding for each position on a common electrode is mitigated, making it possible to minimize image display unevenness. The width of the open region is also increased, allowing the width of the common signal line 30 to also be increased. Consequently, the load on the common signal line 30 can be reduced.

The present invention provides a wet type friction plate having a friction surface formed by fixing a friction material to a substantially annular core plate in an annular arrangement, in which a plurality of grooves extending through from an inner diameter portion to an outer diameter portion is formed in the friction surface and at least one of both side portions of the friction material defining the groove is formed as an arc configuration and the groove has a radial intermediate portion having a width greater than those of the inner diameter portion and the outer diameter portion.

An extended range sliding door hinge may include a track bracket assembly and an intermediate bracket. The track bracket assembly is sized to be operatively received by a vehicle door track assembly. A first end of the intermediate bracket is movably mounted to the track bracket assembly so that the intermediate bracket may be moved with respect to the track bracket assembly between a retracted position and an extended position. A second end of the intermediate bracket is sized to operatively engage a vehicle sliding door. The extended range sliding door hinge allows the vehicle sliding door to be moved between a standard position when the intermediate bracket is in the retracted position and an extended position when the intermediate bracket is in the extended position.