84 results about "Transverse dimension" patented technology

An inflatable bladder includes, but is not limited to, a bladder body having a wall, a longitudinal dimension, and a lateral dimension. The wall defines an interior volume enclosing a fluid. The wall further defines an opening in fluid communication with the interior volume. The bladder body is fluid tight when the opening is closed. The wall is configured to facilitate an expansion of the longitudinal dimension during an ingress of the fluid into the interior volume and a contraction of the longitudinal dimension during an egress of the fluid from the interior volume. The wall is further configured to maintain a constant lateral dimension during the ingress of the fluid into the interior volume and a constant lateral dimension during the egress of the fluid from the interior volume.

The utility model provides a cellular board and cellular board forming device, said cellular board comprises a template and a plurality of longitudinal protrusions arranged on said template, said plurality of longitudinal protrusions extend along the length direction of said template, said plurality of longitudinal protrusions are arranged along the width direction of said template at intervals, said longitudinal protrusions are arranged on said template, said longitudinal protrusions are arranged on said template, said longitudinal protrusions are arranged on said template. The cross section of each longitudinal protrusion comprises a waist portion located on the lower side and a head portion located on the upper side, the transverse size of each waist portion is smaller than that of each head portion, the top face of each head portion is a plane, the heads of the longitudinal protrusions define a first supporting face, the template defines a second supporting face, and the first supporting face and the second supporting face are perpendicular to each other. The first supporting face and the second supporting face are used for being connected with a supporting plate. By means of the technical scheme, face-to-face contact between the honeycomb plate and the supporting plate can be achieved, and the structural strength is high.

A valve prosthesis includes a self-expanding frame and a prosthetic valve coupled to an interior of the frame. The frame includes a plurality of endcrowns at a first end thereof, and a first paddle connected to a first endcrown by a first stem. The first end of the frame is collapsible to a collapsed configuration when a restraining force is applied to the first paddle and to the endcrowns, is configured to expand from the collapsed configuration to a partially deployed configuration when the restraining force is removed from the endcrowns but is still applied to the first paddle, and is configured to expand to a fully deployed configuration when the restraining force is removed from the endcrowns and from the first paddle. A first vale of a lateral dimension of the first end in the partially deployed configuration is at least 70 percent of a second value of the lateral dimension of the first end in the fully deployed configuration.

Disclosed is an absorbent article having a longitudinal direction, a transverse direction, a pair of side seams, and a pair of leg openings, comprising: a front elastic belt transversely extending between the pair of side seams; a back elastic belt transversely extending between the pair of side seams; a crotch region longitudinally extending between the front and back elastic belts; and an absorbent main body extending the entire longitudinal dimension of the crotch region and further extending partly into each of the front region and the back region, the absorbent main body comprising a liquid pervious topsheet, a liquid impervious backsheet, and an absorbent material region sandwiched therebetween, the absorbent main body having a maximum transverse dimension W2 which is from about 22%to about 50%of a transverse dimension of the front elastic belt W1; the front belt divided into a waist zone, a protective zone, and a buttock zone lined up from the distal edge to the proximal edge, each zone spanning in the transverse direction and defined by its location from the distal edge to the proximal edge relative to the percentage of a longitudinal dimension LS of the side seam, wherein elastic members are disposed on each of the waist zone, the protective zone, and the buttock zone, the protective zone comprising a main portion and a waist guard portion superposed with each other, the waist guard portion extending towards the crotch region from a transversely extending closed end line towards an open edge, wherein the waist guard portion is partially bonded to the main portion to define a pair of closed side lines, wherein a front pocket is formed by the closed end line, the pair of closed side lines, and the open edge, the front pocket having an area A2 of from about 1%to about 10%, preferably from about 2%to about 6%of the front elastic belt having an area A1; and the closed end line and the closed side lines superpose the backsheet.

The Y-block has a relatively enlarged body, a main leg, and a Y-leg with a Y-end flange removably mating directly to a valve body of a ball valve having a flow control element, a fixed valve seat, a spring-driven valve seat, and a first end closure connection, the first end closure connection has a valve seat recess that receives one of the valve seats. And the other valve seat is accommodated in a valve seat groove in the valve body or the second end closing connecting piece. The Y-leg has a central portion between the Y-end flange and the body, the central portion having an outer diameter that is smaller than a lateral dimension of the body.

The utility model relates to the technical field of winding devices, and discloses a chinlon coated yarn winding device with a limiting structure, which comprises a support table and a winding reel, the transverse size of the middle of the winding reel is smaller than the transverse size of the upper and lower positions, and notch grooves are arranged on two sides of a mounting disc. According to the utility model, after the mounting disc is assembled, a silk thread is divided and guided through the position of the thread dividing cylinder, the two winding cylinders are respectively located at the side edge positions of the two thread dividing cylinders, the first motor is started to work to drive the transmission disc to rotate, the transmission disc and the winding cylinders are connected and fixed through the first bolts, and the winding work is carried out under the rotation of the transmission disc; the transverse size of the middle of the winding reel is smaller than the transverse size of the upper and lower positions of the winding reel, and the winding reel is I-shaped, so that the winding reel is wound from the middle position during winding, the upper and lower positions play a role in limiting, and after winding, the first bolt can be detached to complete the detaching work of the winding reel. Therefore, the overall limiting capacity is well improved in the working process.

This invention relates to the field of wardrobes, specifically to a wardrobe with adjustable internal space, comprising a cabinet body, vertical partitions b, a sliding plate, horizontal partitions b and c; horizontal partitions a and b are provided on the cabinet body; the sliding plate is slidably positioned in the hanging area, horizontal partition b is horizontally positioned to the right of the sliding plate, and horizontal partition c is horizontally positioned to the left of the vertical partition b; horizontal partition c has a slot for inserting horizontal partition b; retractable hanging rods are provided in the long garment area, short garment area, and shorts area; a limiting component is provided on the sliding plate to restrict the movement of the sliding plate and the relative movement between horizontal partitions b and c. In this invention, by sliding the sliding plate left and right, combined with the limiting component to fix the sliding plate in place, the space of the long garment area, short garment area, and shorts area can be adjusted, facilitating the adjustment of the lateral dimensions of each hanging area according to the amount of clothes to be hung, making it highly practical.

A mold can include two chucks and two or more central mold parts that are configured to be removably coupled to the chucks such that the central mold parts extend between the chucks. When the central mold parts are coupled to the chucks, the central mold parts and the chucks can define a mold cavity including a gauge-forming portion and two shoulder-forming portions. The gauge-forming portion can be defined by the central mold parts and can have a first transverse dimension. The shoulder-forming portions can each be defined by a respective one of the chucks and have a second transverse dimension that is at least 1.5 times the first transverse dimension.

Disclosed is a belt part for donning on the torso of a wearer for forming a pant absorbent article with a crotch part, the belt part having a longitudinal direction, a transverse direction, a distal edge, a proximal edge, a pair of side seams, and having elasticity in the transverse direction, the belt part formed by a front belt and a back belt, the belt part comprising a belt fastening means detachable with the crotch part, wherein at least one of the front belt or the back belt comprises a belt notch, the belt notch positioned on the proximal edge and having a longitudinal dimension of from about 20% to about 40% of the respective belt, the belt notch positioned on the transverse center and having a transverse dimension of from about 10% to about 30% of the respective belt.

A fluid connector and a connection end thereof. The connection end (100) of the fluid connector comprises a valve seat (1), a valve (2) and a locking pin (3), wherein the valve (2) rotates relative to the valve seat (1) to achieve opening and closing; the locking pin (3) comprises a pin portion (31) and an operating portion (32); when the pin portion (31) moves axially to a limiting state, the valve (2) can be prevented from moving relative to the valve seat (1), and the operating portion (32) is exposed and can drive the pin portion (31) to move out of the limiting state; and the operating portion (32) is exposed from a face-away surface (11) of the valve seat (1) facing away from a coupling surface (12) and is located in a radial outer contour (13) of the valve seat (1). The position design of the operating portion can effectively reduce the transverse dimension of the connection end.

The invention relates to a mulching device for protecting plant seeds or seedlings, the device comprising at least one peeled wood sheet (1) having a first, longitudinal dimension (h) parallel to a longitudinal direction (X-X) of extension of the wood fibres and a second, transverse dimension (L) perpendicular to the longitudinal direction (X-X), wherein the sheet (1) comprises a plurality of stitching lines (2) of textile thread extending transversely, perpendicular to the longitudinal direction (X-X), the wood sheet further comprising at least one growth hole (3) for a plant seed or seedling and / or at least one growth notch for a plant seed or seedling in at least one transverse edge (1b) and / or longitudinal edge (1c).

The invention relates to a method for manufacturing a two- or three-dimensional part having a composite architecture with at least two different micro-lattices connected to each other, comprising the following steps: • performing (100) a computer-implemented design step comprising the following steps: A) defining (100A) a domain representing said part to be manufactured, then defining a first sub-domain for a first micro-lattice and a second sub-domain, complementary to the first sub-domain, to delimit a second micro-lattice different from the first micro-lattice; B) defining (100B), over the entire domain, the coordinates of generating centers for the two micro-lattices, C) defining (100C) the first micro-lattice D) defining (100D) the second micro-lattice E) connecting (100E) the second micro-lattice to the first micro-lattice.the design stage also providing for defining a shape and associated transverse dimensions for each micro-beam, then: • manufacturing (200) the architecture thus designed.

A mixing distributor (154) for mixing intake air and EGR (exhaust gas recirculation) air in an engine system (118) is disclosed. The mixing distributor (154) comprises the following: a distributor chamber (202) in which the intake air and the EGR air are received; a neck region (204) having an upper end (242) at the distributor chamber (202) and extending along a longitudinal axis (251) to a lower end (246), the lower end (246) having a cross-section that is less than the cross-section of the upper end (242);and a collector (206) with a flat body having an upper wall (250) at the lower end (246) of the neck region (204) and a lower wall (254) spaced from the upper wall (250) by side walls (256) defining an internal volume leading from the neck region (204) to a front outlet opening (262), wherein the upper wall (250) is spaced from the lower wall (254) in a longitudinal dimension along the longitudinal axis (251) that is less than a transverse dimension (268) of the flat body between the side walls (256), and wherein the front outlet opening (262) is positioned at a lateral distance from the longitudinal axis (251).

The invention relates to a thread guide for an apparatus for manufacturing a filamentary stiffening structure of a tyre. The thread guide (10) comprises a base (32) and first and second fingers (34) which are supported by the base and are each provided with a guide portion (40) for the thread (14). The guide portions (40) together form a funnel capable of guiding the thread from mutually remote front edges (44) towards closer-together rear edges (46) of the guide portions (40). The closer-together rear edges (46) are curved and delimit between them a passage for the thread having a width greater than or equal to the diameter of the thread. The base (32) defines an opening (52) longitudinally extending the passage for the thread, the transverse dimension of the opening (52) increasing in the direction away from the passage for the thread (14).

The utility model discloses an aerial ladder frame integral assembly welding tool which comprises a welding platform, a transverse end face fixing clamp and a longitudinal end face positioning clamp are arranged on the welding platform, the transverse size of the welding platform is larger than the longitudinal size, and the transverse end face fixing clamp is used in cooperation with the longitudinal end face positioning clamp. The positioning and clamping device is used for positioning and clamping scaling ladder assembly workpieces so as to complete overall assembly welding of the scaling ladder assembly workpieces. The multiple transverse end face fixing clamps are detachably connected to the transverse side of the welding platform, and the multiple transverse end face fixing clamps and the end face of the transverse side of the scaling ladder assembly workpiece are clamped in a matched mode. The number of the longitudinal end face positioning clamps is one, one longitudinal end face positioning clamp is detachably connected to one longitudinal side of the welding platform, and the end face of one longitudinal side of the scaling ladder assembly workpiece abuts against the longitudinal end face positioning clamps. The device is high in universality, accurate in positioning and capable of being leveled, stable clamping of scaling ladder assembly workpieces is achieved, and welding deviation is avoided.

A shifter adjustment assembly is configured to be coupled to a shifter of a tufting apparatus, the shifter having a first shaft segment, a second shaft segment, a third shaft segment, and a fourth shaft segment. The shifter adjustment assembly includes a first body configured to be coupled to respective first ends of the first shaft segment and the third shaft segment. A second body is configured to be coupled to respective first ends of the second shaft segment and the fourth shaft segment. The assembly includes a coupling between the first body and the second body. The coupling is configured to releasably secure an axial position of the first body relative to the second body along a longitudinal dimension. The first body and the second body define respective complementary surfaces configured for sliding engagement such that movement between the first body and the second body is limited in a transverse dimension and allowed in the longitudinal dimension.

A tampon product including a tampon within an applicator assembly is disclosed. The applicator assembly includes a barrel portion joined to a gripping portion, imparted with features that improve utility and convenience for the user. In one example the gripping portion has a rearward edge defining differing first and second lengths. In another example the gripping portion has a lateral outer cross section profile that is substantially oval-shaped, ovoid-shaped, elliptical or stadium-shaped and has major and minor axes, each perpendicular to a longitudinal axis, along first and second lateral perpendicular directions, wherein following absorption of fluid the tampon will expand laterally to a first lateral dimension to a greatest extent along a first lateral direction, and to a lesser second lateral dimension along a second lateral direction 90 degrees from the first lateral direction, wherein the first lateral direction is substantially parallel to one of the major and minor axes.

This utility model discloses a concrete specimen size measuring device, including a support platform with two support plates on it. A forward-backward propulsion mechanism is slidably connected to the two support plates, and a left-right propulsion mechanism is mounted on the forward-backward propulsion mechanism. A measuring component is mounted at the bottom of the left-right propulsion mechanism. Driven by the forward-backward and left-right propulsion mechanisms, the measuring component moves, enabling the measurement of dimensions at various points on the concrete specimen. This relates to the field of size measurement technology. By setting the forward-backward and left-right propulsion mechanisms, the measuring component can be driven to move arbitrarily, and the scale plate in the measuring component can rotate, thereby enabling the measurement of lateral dimensions at various points in the forward-backward direction and longitudinal dimensions at various points in the horizontal direction, thus achieving measurement of various points on the specimen and improving the measurement efficiency of concrete specimens.

The application discloses an adjustable mold for curing a self-leveling material, which comprises a support, a forming cavity, a vertical pressing device, a longitudinal pressing device and a transverse pressing device; the forming cavity is arranged in the support and is surrounded by a bottom plate, two pairs of longitudinal pressing plates and two pairs of transverse pressing plates; the two pairs of longitudinal pressing plates and the two pairs of transverse pressing plates are sequentially clamped and connected, so that the longitudinal size and the transverse size of the forming cavity can be adjusted; the support is a square frame structure surrounded by a bottom frame, a longitudinal frame and a transverse frame; the longitudinal frame has a space one for the transverse pressing plates to pass in and out of the support; the transverse frame has a space two for the longitudinal pressing plates to pass in and out of the support; the vertical pressing device is used for pressing the longitudinal pressing plates and the transverse pressing plates on the bottom plate; the longitudinal pressing device is used for pressing the longitudinal pressing plates; and the transverse pressing device is used for pressing the transverse pressing plates. The application avoids the liquid leakage phenomenon, can change the mold size according to the requirement, is simple in disassembly and assembly, and is convenient for studying the influence of different sizes and material proportions on the strength of an object.

The present application relates to a positioning member for fixing a plate in a jig of a semi-automatic printing machine and a vacuum hole machine. The positioning member comprises a needle body and a gasket, wherein the transverse dimension of the needle body corresponds to the transverse dimension of a positioning hole on the jig. The gasket is arranged at the bottom of the needle body, and the gasket is configured to make the needle body extend and protrude on the top of the positioning hole of the jig in the height direction.

Device (1) for packaging and applying a cosmetic product to the lips, comprising: a receptacle (2), with a wiping member (37) having a wiping lip (38) defining a wiping orifice (39); an applicator (3), comprising: a stem (4); an application member (5) carried by the stem (4), having an application surface (10) defining a main application face (8) having a generally curved shape about an axis of curvature (Y) perpendicular to the longitudinal axis (X) of the stem (4), the application member having a width (W), measured parallel to the axis of curvature, which is at a maximum (Lom) or close to the maximum at a proximal end (11) of the main application face, said width (Lom) being greater than said smallest transverse dimension of the wiping orifice, the cross section of the application member having a non-circular contour at the proximal end (11) of the main application face (8).

A brush comprises a bristle-retaining body (1) with a first bristle-retaining-body region (4), which has a first transverse dimension (D1) and retains a multiplicity of first bristles (9). The bristle-retaining body (1) also has a second bristle-retaining-body region (6), which has a second transverse dimension (D2), differing from the first transverse dimension (D1), and retains a multiplicity of second bristles (11). The bristle-retaining body is formed from an elongate retaining part which has a first transverse retaining-part extent, for forming the first transverse dimension (D1), and a different, second transverse retaining-part extent, for forming the second transverse dimension (D2).

The invention relates to an actuator device for use in a positioning system, wherein the actuator device is linearly movable within a plane with respect to a supporting structure of the positioning system as well as such a positioning system implementing such an actuator device.In an example of the actuator device according to the invention, it comprises a carrier having a longitudinal and a transversal dimension; and multiple groups of coil assemblies mounted in the carrier, each group of coil assemblies being structured to orientate the carrier in at least one degree of freedom.The single design actuator device according to the invention has limited constructional dimensions and allows high accuracy as to motion and position in multiple degrees of freedom.

The invention relates to a method (200, 300) for characterizing a structure (104) etched in a first surface (140) of a substrate (102), such as a wafer, the structure (104) extending into the substrate (102) in a longitudinal direction z, the method (200, 300) being implemented by a characterization system (100) comprising a light source (130, 131) configured to emit an illumination beam having a wavelength suitable for transmission through the substrate (102), the invention relates to a method (200, 300) for imaging a substrate (102), comprising a first surface (140) of the substrate (102), and an imaging device positioned facing a second surface (147) of the substrate (102) opposite the first surface (140), the method (200, 300) comprising the steps of:-illuminating (202) at least one structure (104) with an illumination beam,-subsequently positioning (204) an object plane of the imaging device at at least two different longitudinal positions; -acquiring (206) at each of said longitudinal positions at least one image of the structure (104), said image being acquired through the substrate (102); -measuring (210) at least one transverse data relating to a transverse dimension of the structure (104) from at least one image acquired at each of the longitudinal positions; and determining (212) at least one piece of longitudinal data relating to the longitudinal shape of the structure from the transverse data of the at least two longitudinal positions. The invention also relates to a system for implementing such a method.

A substrate is provided, including: a first layer based on a semiconductive material; a second layer surmounting the first layer; and a plurality of buried vias extending from the second layer over a portion of the first layer, each via of the plurality of buried vias being delimited by a side wall, a bottom wall, and an upper wall opposite the bottom wall, each via having at least one transverse dimension less than or equal to 30 μm. A method for manufacturing the substrate is also provided. A method for manufacturing a microelectronic device is also provided.

Disclosed are menstrual cup applicators and methods of their use. Some applicators include a holder having a proximal end defining a first opening and a distal end defining a second opening, wherein the holder defines a channel extending between the first and second openings, the channel having a longitudinal axis and being configured to receive a menstrual cup, and a plunger having a shaft that is receivable by the first opening such that the shaft is movable within the channel along the longitudinal axis. In some applicators, the channel is bounded at the distal end by points on the holder that are positioned to facilitate containment of a menstrual cup within the channel. In some applicators, a maximum transverse dimension of the second opening is at least 1.5 times a maximum transverse dimension of the first opening.

The utility model discloses a kind of loading platform stacking supports with anti-toppling support structure, it is related to loading platform technical field, including loading platform main body, the top surface of loading platform main body is fixedly installed with fixed base, the front and rear sides of fixed base are provided with main support frame, the outside of main support frame is fixedly installed with oblique support frame, longitudinal spacing adjusting mechanism is connected between main support frame and oblique support frame and fixed base, the left and right sides of fixed base are provided with auxiliary support frame, transverse spacing adjusting mechanism is connected between auxiliary support frame and fixed base, the design of longitudinal spacing adjusting mechanism and transverse spacing adjusting mechanism in this loading platform stacking supports with anti-toppling support structure, the flexible adjustment of main support frame, oblique support frame and auxiliary support frame position is realized, wherein longitudinal adjustment can adapt to the longitudinal width of goods, and transverse adjustment can meet the transverse dimension demand of goods.

The invention relates to a method for producing, without the aid of a substrate, a plurality of rooted cuttings from a plurality of unrooted cuttings, comprising the steps of: - inserting at least one unrooted cutting (26) into each empty cavity (12, 12') of a plurality of empty cavities (12, 12') of a strip element (10, 10', 10''), the strip element (10, 10', 10'') having a longitudinal dimension (L) and a transverse dimension (D) and being formed at least partly of biodegradable material, the strip element (10, 10', 10'') forming the plurality of empty cavities (12, 12') arranged successively one after the other in a longitudinal direction (l) of the strip element, wherein the strip element (10, 10',10'') has a first wall-forming element (20) and a second wall-forming element (22) arranged to at least partially overlap the first wall-forming element (20) in the longitudinal direction (l) and not to completely overlap the first wall-forming element (20) in a transverse direction (d) of the strip element (10, 10', 10''), wherein the first wall-forming element (20) and the second wall-forming element (22) are fixed to each other in a spacer area (14, 14') of the strip element (10, 10', 10'') longitudinally adjacent to each cavity (12, 12') to delimit the plurality of cavities (12, 12'), wherein each cavity (12, 12') has a width (W, W') along the longitudinal direction (l) of the strip element (10, 10', 10''), a depth (T) along the transverse direction (d) of the strip element (10, 10', 10''),an opening (16) on an upper side (17) facing the transverse direction (d) of the strip element (10, 10', 10'') and through which at least one unrooted cutting (26) is inserted, and a lower side (18) opposite the upper side, wherein the lower side (18) is at least partially closed and the first wall-forming element (20) extends beyond the second wall-forming element (22) in the transverse direction (d) of the strip element on the upper side (17) of each cavity (12, 12'), and wherein the biodegradable material has a liquid retention capacity of at least approximately 100 g of liquid per 100 g dry weight of biodegradable material. Fig. 4 (See Figure (4)).