35 results about "Band shape" patented technology

The utility model provides a spherical tablet, and belongs to the field of pharmaceutical preparations. The spherical tablet comprises an upper hemisphere, a lower hemisphere and a middle belt, and the middle belt is located in the middle of the spherical tablet and is in a belt shape with the same thickness. The upper hemisphere and the lower hemisphere are located on the two end faces of the middle belt, and the two hemispheres are the same in size and shape. The diameter of the middle zone is larger than the diameter of the hemisphere, the diameter of the hemisphere of an upper stamping die and the diameter of the hemisphere of a lower stamping die of a tablet pressing die adopted when the spherical tablet is pressed ranges from 6.5 mm to 10 mm, and the ratio of the arc depth to the diameter of the hemisphere is (0.2-0.4): 1. The spherical tablet is small in size, easy to swallow, high in drug loading capacity and less in taking quantity; and the tablet has the advantages of good compressibility, good hardness, strong shock resistance and wear resistance, small tablet weight difference, facilitation of later coating and other operations, and good uniformity and reproducibility.

A finger brace for use in the treatment of finger tendovaginitis includes a tape component formed in a band shape of prescribed length and width, an elastically deformable pad provided at a prescribed position along a longitudinal axis of the tape component, and an adhesive part provided on the tape component so as to join the two layers of the tape component to each other when the tape component is wrapped around a intended finger. Owing to a first guideline provided along the longitudinal axis of the tape component offset from the lateral midpoint of the tape component by a prescribed distance, the patient can wear the finger brace at the appropriate position on the affected part.

The present invention provides a bead that suppresses squealing of a cylindrical portion and has high flexibility, and a method for manufacturing the same. [Solution] The device comprises a tubular portion, leg portions integrally formed in a band shape along the side surface of the tubular portion, and a core portion that is flexible and disposed inside the tubular portion in a state where it has sliding resistance against the inner wall surface without being bonded to the inner wall surface of the tubular portion. The core portion is disposed inside the tubular portion in a state where the outer surface of one or more braided cords is covered with a braided fabric made of a fibrous material including multiple heat-fusible yarns, which is preheated to melt the heat-fusible yarns and then cooled and solidified.

A tunable optical filter with a top-hat pass band shape. The proposed tunable optical filter is adapted to be installed over a top surface of a sensor, and comprises a set of at least three stacked dielectric mirrors parallelly adjacent to the plane of installation of the sensor, the at least three stacked dielectric mirrors comprise an upper mirror, an intermediate mirror and a lower mirror, wherein the set of at least three stacked mirrors is spaced within a variable distance to create at least two independent and adjacently equal volumetry cavities between the upper mirror and the intermediate mirror and between the intermediate mirror and the lower mirror.

This semiconductor device includes: a chip having a main surface; a first pillar region of a first conductivity type disposed in the chip and extending in a band shape along a first direction in plan view; and a second pillar region of a second conductivity type adjacent to the first pillar region in the chip and extending in a band shape along the first direction in plan view. The second pillar region includes a width-changing part where the width in a second direction crossing the first direction changes in plan view.

A rubber member molding method is a rubber member molding method of molding a rubber member in a band shape by adhering rubber discharged from a die to a molding surface while relatively moving the die and the molding surface in a direction along the molding surface, wherein, before molding is started, a position at which one of the die and the molding surface is moved in a direction in which the other is approached to abut against the other is set as an abutment position, and a position at which one is moved from the abutment position in a direction in which the other is separated by an amount corresponding to a thickness of the rubber member desired at the start of molding is set as a molding start position.

The application discloses a controllable filling method and system for a helium mixture of a dilution refrigerator, and relates to the technical field of image processing and intelligent control, and comprises the following steps: collecting an image of an outer wall of a target thin tube section to generate a frost band enhanced profile; extracting a half-height width and an edge gradient to calculate a frost band shape anomaly ratio, and generating a throttling influence coefficient according to the frost band shape anomaly ratio; collecting pressure and temperature of a metering cavity to calculate a metering release molar quantity, and correcting the metering release molar quantity by using the throttling influence coefficient to obtain an effective inlet molar quantity; and generating a valve control instruction based on the effective inlet molar quantity. The application can improve the metering accuracy and safety of the filling process.

An extreme ultraviolet (EUV) light uniformity control apparatus includes a plurality of nano thin-films each having a band shape extending in a first direction that is a scanning direction of EUV exposure equipment and linearly arranged under a reticle of the EUV exposure equipment in a second direction that is perpendicular to the first direction. The apparatus further includes thin film mounts fixing the nano thin-films on both sides in the first direction, and a thin film control device connected to the thin film mounts and controlling the nano thin-films. EUV light from the EUV exposure equipment is projected onto a wafer that is an exposure target, after passing through the nano thin-films twice by being incident to and reflected from the reticle, and the EUV light projected on the wafer is uniformly adjusted by using the thin film control device.

A simulation device that is a modeling device for a braided shield electric wire includes a model creation unit that creates a braided shield electric wire model for reproducing a current flowing through a braided shield for the braided shield electric wire. The braided shield electric wire model includes a core line model corresponding to a core line, an insulator model corresponding to an insulator, and a braided shield model corresponding to the braided shield. The braided shield model includes a plurality of strand band models in which a strand bundle is modeled into a band shape. The strand band models are separated from each other.

To provide a hat improved in versatility by enabling various wearers having different head sizes in a wider range to wear the hat, and also improved in wearer's convenience by dispensing with size adjustment before wearing the hat.SOLUTION: The hat 100 includes a waist portion K which has a band shape having a width in a vertical direction and a length in a lateral direction and is disposed so as to surround the circumference of the head of a wearer in a state where the hat is worn by the wearer, the waist portion K having a first end portion and a second end portion in the lateral direction of the band shape, the first end portion and the second end portion being disposed so as to face each other at the rear, a cover portion H provided in front of the waist portion K, a ceiling portion T provided above the waist portion K, and an elastic member which has a ring shape having a width in the vertical direction, is disposed so as to surround and abut on the outer periphery of the waist portion K so as to cover the first end portion and the second end portion of the waist portion K from the outer peripheral side, and has elasticity.SELECTED DRAWING: Figure 1

The present application relates to a partition structure. Each plate is provided with: a rectangular plate main body portion; and a seal structure portion provided along an outer peripheral portion of the plate main body portion, projecting from the plate main body portion in a thickness direction of the plate main body portion, the seal structure portion having: a flat portion in a band shape, separated from the plate main body portion in the thickness direction, provided in parallel with the plate main body portion; a first connecting portion connecting the plate main body portion and one end of the flat portion in a width direction; and a second connecting portion connecting the plate main body portion and the other end of the flat portion in the width direction, a boundary between the plate main body portion and the first connecting portion and a boundary between the plate main body portion and the second connecting portion being formed in a linear shape in the thickness direction, and the other end being formed in a concave-convex shape in the thickness direction.

Provided is a track unit for a rough road carrying cart for carrying use, which is lightweight and turns freely, and which is suitable for use on a snowy road or a sandy field, a muddy field, or a disaster site. A track (1) is provided with a plurality of inner side attachments (3) inside a frame (9) and is configured in a band shape. A flange portion (70) that protrudes in the left-right direction of a guide rail (7) disposed on the outer periphery of the frame (9) and a flange portion (34) of the inner side attachment (3) that protrudes in the left-right direction are provided, and the flange portions (34, 70) of one side and the other side are set in a positional relationship in which the flange portion (70) of the other side enters a space (K) surrounded by the flange portions (34) of one side, and the flange portions (34, 70) of one side and the other side overlap each other in the up-down direction. The inner side attachment (3) is restricted along the guide rail (7), and the track (1) is circulated around a pulley (6, 60).

The purpose of the present invention is to improve the processing accuracy of a coil material in a small processing device. A processing device according to one embodiment of the present invention processes a belt-shaped coiled material being conveyed, and is provided with: a detection unit for detecting the inclination of the coiled material; a processing unit having a processing part capable of moving in a manner of transversely cutting the coiled material; and a control unit that controls the processing unit. The control unit controls the processing unit so that the processing unit moves in a width direction orthogonal to the longitudinal direction of the coil and the thickness direction of the coil in accordance with the amount of inclination of the coil.

A base plate and a spindle motor having the same are provided. The base plate made of a metal die-cast member becomes a part of a housing of a disk drive device. The base plate includes a bottom wall portion that extends perpendicularly to a rotation axis of a disk extending in a vertical direction; and a peripheral wall portion that extends upward in an axial direction along the rotation axis from an outer peripheral edge of the bottom wall portion and surrounds the bottom wall portion. A parting line portion is configured to extend along a circumferential direction around an outer peripheral surface of the peripheral wall portion. A cutting mark is configured to extend in a band shape along the circumferential direction around the outer peripheral surface. When viewing the peripheral wall portion from outward the cutting mark has at least a portion overlapped with the parting line.

A simulation device (1), which is a modeling device for a braided-shield electrical wire (100), comprises a model generation unit (41) that creates a model (M1) of the braided-shield electrical wire to reproduce a current (ECW1) flowing through a braided shield (130) for the braided-shield electrical wire (100). The braided-shield electrical wire model (M1) comprises a conductor model (m1) corresponding to a conductor (110), an insulator model (m2) corresponding to an insulator (120), and a braided-shield model (m3) corresponding to the braided shield (130). The model (m3) of the braided shield comprises a multitude of strand models (m30) in which a strand bundle (136) is modeled into a band shape. The strand models (m30) are separate from each other.

The utility model discloses a steel-edged waterstop shaping and fixing device which comprises a fixing frame, a bottom frame and a steel-edged waterstop, the fixing frame and the bottom frame are both of a U-shaped structure and are made of square steel, the fixing frame is arranged on the inner side of the bottom frame, an installation groove of a U-shaped structure is formed between the fixing frame and the bottom frame, and the steel-edged waterstop is fixed in the installation groove. The fixing frame and the bottom frame which are of the U-shaped structure are made of square steel, the fixing frame can turn over at the upper end of the bottom frame, the steel-edged waterstop is clamped between the fixing frame and the bottom frame, after clamping is completed, the steel-edged waterstop is fixed through the fixing plate, the fixing bolts and other assemblies, the operation difficulty of fixing the steel-edged waterstop is lowered, and the steel-edged waterstop can be fixed conveniently. And the fixing device can be detached and used for multiple times, waste of secondary elements is reduced, the fixing stability of the steel-edged waterstop is improved, applicability is high, labor is saved, the concrete forming quality is improved, meanwhile, the material turnover rate is increased, material consumption is reduced, and the construction cost is reduced.

A raw material for a ceramic ball according to an embodiment includes a spherical portion and a band-shaped portion formed in a band shape. The raw material for ceramic balls is characterized in that when the roundness when viewed from the height direction of the band-shaped portion is set as C, the roundness C is in the range of more than 0% and 2.5% or less. The raw material for ceramic balls can improve the durability of a grindstone during grinding. In addition, any one or more of aluminum oxide, silicon nitride, boron nitride and zirconium oxide can be applied to the ceramic.

Provided are a method for manufacturing a connection structure, a connection structure, a film structure, and a method for manufacturing a film structure, wherein an electronic component having a plurality of terminal rows can be mounted on a mounting surface using conventional equipment. The method comprises the following steps: an attaching step of attaching a film structure which is provided with a belt-shaped base material (21) and a connecting film formed on the base material (21) to the base material (21); attaching connection films (22, 23) having unit regions having a predetermined length (21L) in the longitudinal direction of the base material (21) and a predetermined width (21W) in the width direction of the base material (21) to a first electronic component or a second electronic component having a plurality of terminal rows; and a connection step for connecting the terminal of the first electronic component and the terminal of the second electronic component via a connection film (22, 23), the film structure having a non-attachment part to which the connection film is not attached in the unit region other than the location corresponding to the plurality of terminal rows.

The present invention uses a blasting medium containing a first powder as a main component, which is a powder having a substance with a hardness equal to or less than that of a member to be refurbished. A mixture of the blasting medium and a gas is ejected in a band shape from a nozzle having a substantially rectangular ejection port while adjusting the flow rate. The ejected mixture functions as a lapping tool for removing dirt, and the refurbished surface of the lower layer or the periphery of the dirt on the surface of the member to be refurbished is exposed without being ground, and roughening processing is performed to form fine irregularities on the refurbished surface.

In the present invention, a first female terminal fitting (19) comprises: a box part (19A) that has a rectangular tubular shape and that extends in a longitudinal direction; a lead (19B) that extends in a band shape rearward from one among a plurality of wall parts forming the box part (19A); and reinforcing walls (19L). The reinforcing walls (19L) extend upward, in a direction intersecting a plate surface of the lead (19B), from each of the two side edges of the lead (19B) in the width direction.

The utility model provides a full-chip built-in COB (Chip On Board) fantastic color lamp band, which comprises a band-shaped substrate, the substrate is provided with a first outer surface, a plurality of LED chips are arranged on the first outer surface at intervals along the linear direction, and a bare chip is arranged on one side of each LED chip; a packaging adhesive tape is arranged on the first outer surface in an extending mode in the linear direction, and the LED chip and the bare chip are both arranged in the packaging adhesive tape. The bare chip is directly mounted on the substrate, or the bare chip is indirectly mounted on the substrate through a chip bracket; according to the full-chip built-in COB fantasy color lamp band provided by the utility model, the defects that the chip of the existing COB fantasy color lamp band is externally arranged, so that the COB fantasy color lamp band is easy to oxidize and fall off are overcome.

A semiconductor device includes a chip formed by a wide bandgap semiconductor and having a principal surface on which a semiconductor region of a first conductivity type is formed, a base impurity region of a second conductivity type formed in a surface layer portion of the semiconductor region, a first impurity region formed in a surface layer portion of the base impurity region, and a second impurity region of a conductivity type opposite to that of the first impurity region formed in the surface layer portion of the base impurity region, the second impurity region being adjacent to the first impurity region in a first direction, wherein the second impurity region is formed in a band shape extending in a second direction orthogonal to the first direction, and includes a projection portion selectively protruding toward the first impurity region in the first direction.

To provide socks that can maintain the talus bone in its normal position. [Solution] The sock S comprises a sock body 1, an inner support portion 2 formed in a band shape from above the medial malleolus a downward through the medial malleolus a and less stretchable than the sock body 1, a sole support portion 3 formed in a band shape from the lower end of the inner support portion 2 across the sole of the foot and less stretchable than the sock body 1, a posterior support portion 5 that covers the heel and is formed upward from the heel along the Achilles tendon and less stretchable than the sock body 1, and an arch support portion 6 formed to cover the arch of the sole of the foot and less stretchable than the sock body 1, wherein the inner support portion 2 and the posterior support portion 5 are spaced apart in the circumferential direction at their upper ends.

The utility model discloses a low-resistance impact-resistant strip-shaped straight wire buccal tube, and belongs to the technical field of orthodontic instruments. The buccal tube comprises a buccal tube body provided with an arch wire channel, the inner side face of the buccal tube body is a bonding face without an outwards-protruding flange, the peripheral edge of the buccal tube body is flush with the side face of the tube body, and the attacking face is obviously reduced; the streamline arc-shaped surface which is in smooth transition from the top to the outer side is arranged on the outer side close to the tooth occlusal surface, so that food can be guided to slide down along the arc-shaped surface, and the impact force is reduced. The outer side surface and / or the lower side surface of the buccal tube body are / is a plane, so that tweezers or pliers can stably clamp the buccal tube body; and the main body of the traction hook is positioned in the outline projection range of the buccal tube, so that the resistance is prevented from being increased due to outward projection. Through the combination of the flange-free bonding surface, the streamline arc-shaped surface and the drainage channel, the problem that a traditional buccal tube is prone to falling off due to impact of food is solved, meanwhile, the operation efficiency and the comfort of a patient are improved due to the integrated design of the plane clamping structure and the traction hook, and the buccal tube is suitable for various orthodontic correction requirements.

This item is a watch winder box for storing and winding watches, featuring an extremely modern design with an irregular hexagonal shape with rounded edges and a slight forward tilt. Each side panel is composed of multiple elements and materials, with a perfect balance of matte and glossy finishes, soft colors, and metallic reflections. A border surrounding the irregular hexagonal shape gives it a sophisticated look. This border is a metallic silver with a light-reflecting glossy finish. The body of the side panel is slightly concave, with the hexagonal edge of the border expressed in relief in the center. The front shape forms an elongated rectangle with rounded edges, and the metallic edges of the side panels are visible from the front. The back shape is rectangular with rounded corners and slightly inwardly curved edges, creating a refined silhouette. A USB-C port is located at the bottom center, and a discreet indicator is located on the left side. The top and bottom shapes form a slightly curved rectangle, with the outer edge curving outwards. It is also divided into two parts by a horizontal line in the center. The elongated shape that intersects the circle and vertical line in the middle of this line is the activation button, allowing for intuitive operation of the item. The vertical band shape reflects the metallic edges of the side walls on both sides. When the lid is open, there is a circular opening at the top of the cover, and a stand for placing the watch is provided at the bottom.

The utility model belongs to the technical field of fabric sewing, and particularly relates to fabric wrapping sewing. The utility model provides a looped pile belt coating auxiliary tool. The looped pile belt coating auxiliary tool comprises a bottom plate; the looped pile belt conveying structure is fixed on the bottom plate and comprises a flat cylinder, a bundle penetrating channel is formed in the flat cylinder, one end of the bundle penetrating channel is a feeding port, the other end of the bundle penetrating channel is a discharging port, and the discharging port is bent into a U shape so as to guide a looped pile belt to penetrate out in a U shape; the looped pile belt flattening structure is arranged at the position of the feeding port through an extension plate; the flat cylinder is arranged, the bundle penetrating channel is formed in the flat cylinder, the looped pile belt flattening structure is arranged in front of the feeding port to vertically flatten the looped pile belt, the looped pile belt pulled out of the discharging port in a U shape wraps the edge of the fabric, the looped pile belt is gradually pulled out along with sewing of the fabric, and the step that an operator additionally bends the looped pile belt is omitted; and the uniformity of the shape of the bent looped pile belt is kept, so that the problem that the looped pile belt is unevenly wrapped is effectively solved.

The operation device includes a lever, a first resistor body in a band shape, a first actuator that rotates in conjunction with tilting operation of the lever, and a first holder that holds a first slider that moves in a first direction via a first drive transmission portion in conjunction with rotation of the first actuator, thereby causing the first slider to slide on a surface of the first resistor body, the first drive transmission portion includes a first protrusion in a cylindrical shape that is integrally provided to the first holder and protrudes in a second direction orthogonal to the first direction, and a first engagement portion that is integrally provided to the first actuator and has a pair of holding pieces that hold the first protrusion from both sides in the first direction, and in the first engagement portion, a holding piece of the pair of holding pieces that is more elastic than the other holding piece of the pair of holding pieces.

An SiC semiconductor device includes an SiC semiconductor layer including an SiC monocrystal and having a first main surface as an element forming surface, a second main surface at a side opposite to the first main surface, and a plurality of side surfaces connecting the first main surface and the second main surface, and a plurality of modified lines formed one layer each at the respective side surfaces of the SiC semiconductor layer and each extending in a band shape along a tangential direction to the first main surface of the SiC semiconductor layer and modified to be of a property differing from the SiC monocrystal.

A semiconductor device comprises a chip formed by a wide-bandgap semiconductor and having a main surface on which a semiconductor region of a first conductivity type is formed, a base defect region of a second conductivity type formed in a surface layer section of the semiconductor region, a first defect region formed in a surface layer section of the base defect region, and a second defect region of a conductivity type opposite to that of the first defect region formed in the surface layer section of the base defect region, wherein the second defect region is adjacent to the first defect region in a first direction, wherein the second defect region is formed in a band shape extending orthogonally to the first direction in a second direction, and has a projection section.which selectively protrudes in the first direction towards the first defect area.

A safe guard zipper bag according to the present invention is composed of male and female coupling members. The male coupling member includes: a first support portion having a band shape extending in one direction; a protrusion portion protruding vertically from the first support portion; and a head portion made of first and second locking portions that extend in both directions from the tip of the protrusion portion. The female coupling member includes: a second support portion having a band shape extending in one direction; first and second side walls protruding in both directions from the second support portion; and first and second hook portions bent inward from the first and second side walls, respectively. The first locking portion of the male coupling member is located in the opening direction above the zipper, and the first locking portion protrudes toward the first side wall and is bent toward the first hook portion. The second locking portion of the male coupling member is located in the inward direction below the zipper, and the second locking portion protrudes toward the second side wall. An opening member in which the coupling force of the male and female coupling members is lost may be formed on one side of the zipper.