mhurhangee/patent-ind-claim-en huggingface dataset:
A stringer for a body of a mobile vehicle , the stringer comprising: a first web , elongate in a first direction and having a first side and a second side , opposite the first side; a first flange extending from the first side of the first web, parallel to a second direction perpendicular to the first direction, along an entire length of the first web; a first tab coupled to and extending, parallel to the second direction, from the first flange; and a second tab coupled to and extending, parallel to the second direction, from the second side of the first web, said second tab having a second width (W2), wherein the second width (W2) is a distance in the second direction between the outer edge of the second tab and the second side of the first web , wherein the second tab continuously tapers along the entire second width (W2) in a direction away from the first tab, such that a second thickness (t2) of the second tab decreases as the second tab extends away from the second side of the first web . a first web , elongate in a first direction and having a first side and a second side , opposite the first side; a first flange extending from the first side of the first web, parallel to a second direction perpendicular to the first direction, along an entire length of the first web; a first tab coupled to and extending, parallel to the second direction, from the first flange; and a second tab coupled to and extending, parallel to the second direction, from the second side of the first web, said second tab having a second width (W2), wherein the second width (W2) is a distance in the second direction between the outer edge of the second tab and the second side of the first web , wherein the second tab continuously tapers along the entire second width (W2) in a direction away from the first tab, such that a second thickness (t2) of the second tab decreases as the second tab extends away from the second side of the first web .
A gene delivery construct comprising a vector and a nucleic acid encoding aspartoacylase (ASPA) for use in the treatment of a neurodegenerative disorder associated with oxidative stress, wherein the disorder is Alzheimer's disease.
Transport device for at least one file having a back and two wings , comprising a frame with a base plate for supporting the back of the file , a cover plate and two lateral plates holding the base plate and the cover plate at a predetermined distance (A) from each other, and two flaps connected to the cover plate each for holding a free end of one of the wings , the flaps each being shorter than said distance (A) when seen in direction of said distance (A), and the flaps being pivotable with respect to the lateral plates , characterised in that in an operational state of the transport device for transporting the file the base, cover and lateral plates (6 - 9) are connected to form said frame , while the flaps are pivotable with respect to the lateral plates .
A method for producing a sugar carboxylic acid in which an aldehyde group on a reducing end of a starch decomposition product or starch transfer reaction product having a degree of polymerization of 2 or more and having a glucose residue at the reducing end is oxidized, the method comprising a step of treating a raw material substrate containing the starch decomposition product or starch transfer reaction product in the presence of a catalase formulation with a carbohydrate oxidase agent producing hydrogen peroxide as a by-product in carbohydrate oxidation, wherein a total volume of a reaction liquid in the treatment step is 1 L or more, and wherein a carbonate or a hydrogen carbonate as a basic compound is added in a predetermined amount only at a start of the treatment step, wherein the predetermined amount of the basic compound refers to an amount obtained by determining the total number of moles of the basic compound required for neutralizing the reducing sugar in the carbohydrate as the raw material substrate to be 100%. the method comprising a step of treating a raw material substrate containing the starch decomposition product or starch transfer reaction product in the presence of a catalase formulation with a carbohydrate oxidase agent producing hydrogen peroxide as a by-product in carbohydrate oxidation, wherein a total volume of a reaction liquid in the treatment step is 1 L or more, and wherein a carbonate or a hydrogen carbonate as a basic compound is added in a predetermined amount only at a start of the treatment step, wherein the predetermined amount of the basic compound refers to an amount obtained by determining the total number of moles of the basic compound required for neutralizing the reducing sugar in the carbohydrate as the raw material substrate to be 100%.
A composition comprising i) a styrenic block copolymer present in an amount of from 5 wt.% to 95 wt.% based on the total weight of the composition and ii) a polyolefin present in an amount of from 5 wt.% to 95 wt.% based on the total weight of the composition wherein the composition has an Isotropic Ratio of less than 1.4 as measured on extruded film with process temperature of less than 250°C; wherein prior to hydrogenation, the styrenic block copolymer has the configuration (AB) n X, (A 1 BA 2 )X, (A-B) n , and (A 1 -B-A 2 ) n ; where A, A 1 , and A 2 are polymer blocks of at least one monoalkenyl arene; and n is equal to or greater than 2; B is a polymer block of at least one conjugated diene, having a vinyl content from 60 mol percent to 85 mole percent on the basis of 1H NMR and having a molecular weight of 65 to 92 kg/mole determined by GPC in accordance with ASTM 3536; and X is a residue of a coupling agent. wherein prior to hydrogenation, the styrenic block copolymer has the configuration (AB) n X, (A 1 BA 2 )X, (A-B) n , and (A 1 -B-A 2 ) n ; where A, A 1 , and A 2 are polymer blocks of at least one monoalkenyl arene; and n is equal to or greater than 2; B is a polymer block of at least one conjugated diene, having a vinyl content from 60 mol percent to 85 mole percent on the basis of 1H NMR and having a molecular weight of 65 to 92 kg/mole determined by GPC in accordance with ASTM 3536; and X is a residue of a coupling agent.
A window assembly comprising: an electro-optic element operating between a transmissive condition and a dimmed condition; a dust cover assembly proximate the electro-optic element and including a light transmitting sheet , wherein the light transmitting sheet extends parallel with the electro-optic element, and a plurality of light sources disposed at edges of the light transmitting sheet to emit a diffuse light into at least one edge of the light transmitting sheet to illuminate the light transmitting sheet extending between the edges, with the diffuse light directed throughout the dust cover assembly , wherein the light transmitting sheet comprises light diffusers for dispersing the light directed into the at least one edge of the light transmitting sheet and for creating a uniform appearance according to one of: a predetermined color, a predetermined intensity, and a combined predetermined color and intensity; and a control system coupled with the light sources of the dust cover assembly to control the illumination of the light transmitting sheet , the control system comprising an electronic control unit operably coupled with the electro-optic element . an electro-optic element operating between a transmissive condition and a dimmed condition; a dust cover assembly proximate the electro-optic element and including a light transmitting sheet , wherein the light transmitting sheet extends parallel with the electro-optic element, and a plurality of light sources disposed at edges of the light transmitting sheet to emit a diffuse light into at least one edge of the light transmitting sheet to illuminate the light transmitting sheet extending between the edges, with the diffuse light directed throughout the dust cover assembly , wherein the light transmitting sheet comprises light diffusers for dispersing the light directed into the at least one edge of the light transmitting sheet and for creating a uniform appearance according to one of: a predetermined color, a predetermined intensity, and a combined predetermined color and intensity; and a control system coupled with the light sources of the dust cover assembly to control the illumination of the light transmitting sheet , the control system comprising an electronic control unit operably coupled with the electro-optic element .
A heat exchanger plate for a plate heat exchanger for treatment of a liquid feed, the heat exchanger plate defining a first vertical edge , an opposite second vertical edge extending parallel to the first vertical edge and a central vertical axis (C) extending substantially centrally between and in parallel with the first vertical edge and the second vertical edge , each heat exchanger plate further defining an evaporation section for vaporizing the feed, a condensation section for condensing the vaporized feed, and a separation section for separating vaporized feed and non-vaporized feed, the separation section being located between the evaporation section and the condensation section along the direction of the central vertical axis and forms alternating ridges and valleys , the separation section defines: a central part extending on both sides of the central vertical axis (C), the ridges and valleys in the central part extending at an oblique angle relative to the central vertical axis (C), a first part extending between the first vertical edge and the central part , the ridges and valleys in the first part extending horizontally and connect with respective ridges and valleys in the central part , and a second part extending between the second vertical edge and the central part , the ridges and valleys in the second part extending horizontally and connect with respective ridges and valleys in the central part , the ridges in the first part being horizontally level with the valleys in the second part and vice versa, characterized in that there is a transition at the central vertical axis (C), where ridges and valleys meet. a central part extending on both sides of the central vertical axis (C), the ridges and valleys in the central part extending at an oblique angle relative to the central vertical axis (C), a first part extending between the first vertical edge and the central part , the ridges and valleys in the first part extending horizontally and connect with respective ridges and valleys in the central part , and a second part extending between the second vertical edge and the central part , the ridges and valleys in the second part extending horizontally and connect with respective ridges and valleys in the central part , the ridges in the first part being horizontally level with the valleys in the second part and vice versa,
Travel tube section for a roller coaster arrangement , comprising - a travel tube , and - a travel tube coupling body which is rigidly connected to the travel tube at a travel tube end laterally in the tangential direction (T) of the travel tube by means of a connecting surface between the travel tube coupling body and the travel tube , characterized in that the travel tube coupling body has a through-hole extending through the travel tube coupling body in the tangential direction (T) of the travel tube for receiving a connecting element , by means of which the travel tube can be releasably connected to a further travel tube in a connection region at the abutting end via a clamp connection, the extent (A) of the connecting surface in the tangential direction (T) of the travel tube being greater than the extent (B) of the through-hole in the tangential direction (T) of the travel tube , and the tangential direction (T) of the travel tube being a direction in which, in the connection region , the travel tube end of the travel tube points. - a travel tube , and - a travel tube coupling body which is rigidly connected to the travel tube at a travel tube end laterally in the tangential direction (T) of the travel tube by means of a connecting surface between the travel tube coupling body and the travel tube , characterized in that the travel tube coupling body has a through-hole extending through the travel tube coupling body in the tangential direction (T) of the travel tube for receiving a connecting element , by means of which the travel tube can be releasably connected to a further travel tube in a connection region at the abutting end via a clamp connection, the extent (A) of the connecting surface in the tangential direction (T) of the travel tube being greater than the extent (B) of the through-hole in the tangential direction (T) of the travel tube , and the tangential direction (T) of the travel tube being a direction in which, in the connection region , the travel tube end of the travel tube points.
A thrust gas bearing , comprising: a collar portion fixed to a shaft portion ; a first base part facing one axial end surface of the collar portion ; a first gas film forming part formed between the collar portion and the first base part ; a second base part facing another axial end surface of the collar portion ; a second gas film forming part formed between the collar portion and the second base part ; and a cooling flow path through which a fluid flows, the cooling flow path including: a first flow path formed on one end side, in an axial direction, of the first base part and extending from an axial center toward an outer periphery of the first base part ; and a second flow path , characterized in that the second flow path is formed on the other end side, in the axial direction, of the second base part and and extends from an outer periphery toward an axial center of the second base part , and in that the second flow path being located downstream of the first flow path . a collar portion fixed to a shaft portion ; a first base part facing one axial end surface of the collar portion ; a first gas film forming part formed between the collar portion and the first base part ; a second base part facing another axial end surface of the collar portion ; a second gas film forming part formed between the collar portion and the second base part ; and a cooling flow path through which a fluid flows, the cooling flow path including: a first flow path formed on one end side, in an axial direction, of the first base part and extending from an axial center toward an outer periphery of the first base part ; and a second flow path , characterized in that the second flow path is formed on the other end side, in the axial direction, of the second base part and and extends from an outer periphery toward an axial center of the second base part , and in that the second flow path being located downstream of the first flow path . a first flow path formed on one end side, in an axial direction, of the first base part and extending from an axial center toward an outer periphery of the first base part ; and a second flow path , characterized in that the second flow path is formed on the other end side, in the axial direction, of the second base part and and extends from an outer periphery toward an axial center of the second base part , and in that the second flow path being located downstream of the first flow path .
A sheet for optical fingerprint recognition or optical fingerprint input comprising a lower base layer ; a light control layer positioned on the lower base layer and having a first light control part and a second light control part ; and a transparent base layer sequentially, wherein the first light control part is provided so as to emit light incident on the lower surface of the first light control part at a first angle (θ 0 ) through the lower base layer as light with a second angle (θ A ) different from the first angle (θ 0 ) toward the transparent base layer, and wherein the second light control part is provided so as to emit light incident on the upper surface of the second light control part at the second angle (θ A ) through the transparent base layer as light with the second angle (θ A ) and the light with a third angle (θ B ) different from the second angle (θ A ) toward the transparent base layer, wherein the transparent base layer has a refractive index larger than the refractive index of the light control layer , and wherein a difference between the refractive index of the transparent base layer and the refractive index of the light control layer is 0.05 or less.
A porous expanded polyparaxylylene (PPX) membrane comprising a microstructure of nodes interconnected by fibrils, wherein said fibrils comprise polymer chains and said polymer chains are oriented along a fibril axis.
Plasma device for treating surfaces of fabrics , wherein the plasma device has an elongate housing which can be operated with one hand, in which a plasma source is arranged, which has a plateau surface running in the longitudinal direction of the housing with at least one electrode , by way of which the plasma can be produced and can be applied to the surface to be treated, wherein a centre of gravity M of the plasma device and a geometrical centre G of the plasma device has a distance A of less than 20 mm.
A vehicle, in particular a motor vehicle, with at least one receiving means for at least one device for exchanging heat with at least one heating device and/or cooling device, a fan and a housing with at least one ventilation inlet and at least one ventilation outlet for an air flow to be conditioned, wherein the device is arranged in the receiving means which is substantially spatially determined by at least one first separating element to the engine compartment and by a second separating element to the passenger compartment, and the air to be conditioned is guided, at least in sections, in parallel to at least one plane which is spanned by at least one separating element of the receiving means, wherein the device has flow paths for the introduction and discharge of the air and control means which influence the flow rate, the amount of air and/or the flow direction at least in part are arranged in the flow paths for the introduction and discharge of the air, characterised in that a part of the flow paths serves to discharge the conditioned air into the vehicle interior in at least a first position of the control means and to introduce the air from the vehicle interior into the device for exchanging heat in at least a second position of the control means .
A tip element preferably for a dental treatment device, in particular a scaler, wherein the tip element performs an ultrasonic vibration during its utilization, comprising - a first end section for reversibly attaching the tip element to a hand piece, - a second end section , forming a dental tool, and - a motion transformation section arranged between the first end section and the second end section , wherein, for transforming an ultrasonic vibration having a first vibration direction (V1) to an ultrasonic vibration having a second vibration direction (V2), the motion transformation section has a first bended subsection and a second bended subsection , wherein the tip element has a pointed tip and wherein a course of the tip element is bended - about a first angle (α1) in the first bended subsection and - about a second angle (α2) in the second bended subsection wherein in the second end section the course of the tip element is bended in a tilted direction (T) about a third angle (α3) relative to a main plane (M) including the first bended subsection and the second bended subsection , wherein the third angle (α3) is between -75° and +75°, preferable between -35° and 35°, characterized in that the tip element comprises a titanium amount of less than 80 weight - %. - a first end section for reversibly attaching the tip element to a hand piece, - a second end section , forming a dental tool, and - a motion transformation section arranged between the first end section and the second end section , wherein, for transforming an ultrasonic vibration having a first vibration direction (V1) to an ultrasonic vibration having a second vibration direction (V2), the motion transformation section has a first bended subsection and a second bended subsection , wherein the tip element has a pointed tip and wherein a course of the tip element is bended - about a first angle (α1) in the first bended subsection and - about a second angle (α2) in the second bended subsection wherein in the second end section the course of the tip element is bended in a tilted direction (T) about a third angle (α3) relative to a main plane (M) including the first bended subsection and the second bended subsection , wherein the third angle (α3) is between -75° and +75°, preferable between -35° and 35°, characterized in that the tip element comprises a titanium amount of less than 80 weight - %.
A brake shoe of a cam-actuated vehicle drum brake, comprising a lining sheet , which is curved in the shape of a partial circle and at one outer face (1.1) it carries a brake shoe lining comprising a bar sheet that is arranged on an inner side (1.2) of the lining sheet and joint with it, wherein in a main section the lining sheet and the bar sheet form a T-shaped cross section, wherein the brake shoe has a bearing-side end section by means of which the brake shoe is supported at a bearing bolt, and wherein the brake shoe has a cam-side end section to which a compressive force can be transmitted by a brake cam, and wherein the bar sheet has a recess shaped as a partial circle at the cam-side end section for receiving the brake cam, characterized in that at the cam-side end section the bar sheet is provided with a bulge which overlaps a cam-side front face (1.3) of the lining sheet at least in sections on an overlapping surface and is supported on the overlapping surface at the cam-side front face (1.3) of the lining sheet , and that the bulge is arranged radially above the recess shaped as a partial circle.
A method for wireless communications, comprising: identifying a plurality of offsets to be used for piggy-backing uplink control information, UCI, with a physical uplink shared channel, PUSCH, message, the plurality of offsets including at least a first set of offsets associated with a first wireless service associated with a first latency and a second set of offsets associated with a second wireless service associated with a second latency, the first wireless service comprising a high reliability, low latency communication, HRLLC, service type; and transmitting the UCI piggy-backed with the PUSCH message in accordance with one of the first set of offsets or the second set of offsets.