mhurhangee/ep-ind-claims huggingface dataset:
Pneumatic vehicle tyre with a profiled tread, having at least one circumferential groove, a breaker belt assembly, a radial carcass and an inner layer, forming the inner side of the tyre, wherein there is attached on the inner side of the tyre at least one sensor element, which detects bendings of the tyre taking place in the lateral direction and transmits signals correlating to the respective bending to evaluation electronics integrated in the tyre, wherein, depending on predetermined evaluation criteria, the evaluation electronics send signals to a display system in the vehicle or a safety system of the vehicle, characterized in that the sensor element is exclusively attached radially within the profile or the position of the circumferential groove and exclusively detects bendings in this region.
A method for processing Operation and support M2M platform services of Internet of Things comprising: receiving a service request sent by a terminal; selecting a corresponding application according to capacity required by the service request; and forwarding the service request to the corresponding application, and feeding back a response result of the application to the terminal, characterized in that selecting the corresponding application according to the capacity required by the service request comprises: analyzing the capacity required by the service request; and searching the corresponding application from a queue of the capacity, wherein, predefining a set of capacities of various applications, and respectively inserting each of the various applications into a queue of corresponding capacity according to the capacity supported by each of the various applications. receiving a service request sent by a terminal; selecting a corresponding application according to capacity required by the service request; and forwarding the service request to the corresponding application, and feeding back a response result of the application to the terminal, characterized in that selecting the corresponding application according to the capacity required by the service request comprises: analyzing the capacity required by the service request; and searching the corresponding application from a queue of the capacity, analyzing the capacity required by the service request; and searching the corresponding application from a queue of the capacity, wherein, predefining a set of capacities of various applications, and respectively inserting each of the various applications into a queue of corresponding capacity according to the capacity supported by each of the various applications.
Fixed-head internal combustion engine comprising at least one cylinder having a cylindrical chamber disposed in a casing, an applied lining inserted in the cylindrical chamber, and a bearing element fixed to the casing (4; 40; 400) on which the lining rests, characterized in that the engine also comprises elastic means (6; 420) forming a spring, placed between the lining and the bearing element fixed to the casing so that the lining rests on said bearing element fixed to the casing via the elastic means forming a spring and in that the engine has at least one crankshaft bearing fixed to the casing and forming the bearing element fixed to the casing.
Method of mounting the fuel and SCR agent chutes (5, 6) of a supply assembly of fuel tanks and SCR agent such that the supply assembly comprises pipes (2, 4) connecting the first fuel tank to a first filler neck and the second tank of SCR agent to a second filling chute, each chute (5, 6) being equipped with a fixing lug (30, 40) on an internal body wall of a motor vehicle, and a support part which integrates the fixing lug of the second chute and connects the second chute to the first chute by a clamp formed of two arms (32, 33) extending around the first chute in a perpendicular plane to this first chute, the fixing tab of the first chute being provided with an ear connected to an extension formed on an arm of the clamp by fixing means, the ear and the extension extending in the plane of the clamp, said method being such that it comprises the steps following: - the second SCR agent chute is fixed to the support part and the clamp of this support part is mounted by spacing its arms (32, 33) on a constriction the first fuel filler neck; - the extension of the arm of the clamp is positioned in alignment with an ear of the fixing lug of the first chute by rotation of the clamp so that the securing axes (X'X, Y'Y) of the extension and the ear come into coincidence, said method being characterized in that it comprises the following step: - the clamp is translated along the axis of the first chute until the extension of the arm of the clamp comes against the ear of the fixing lug of the first chute to be secured to this ear by fixing means along the securing axes (X'X, Y'Y). - the second SCR agent chute is fixed to the support part and the clamp of this support part is mounted by spacing its arms (32, 33) on a constriction the first fuel filler neck; - the extension of the arm of the clamp is positioned in alignment with an ear of the fixing lug of the first chute by rotation of the clamp so that the securing axes (X'X, Y'Y) of the extension and the ear come into coincidence, said method being characterized in that it comprises the following step: - the clamp is translated along the axis of the first chute until the extension of the arm of the clamp comes against the ear of the fixing lug of the first chute to be secured to this ear by fixing means along the securing axes (X'X, Y'Y).
A system of a steering tool and a handle comprising: an internal tube disposed inside an external tube, said internal and external tubes (12, 14) being arranged for longitudinal axial movement relative to one another, wherein a distal end of said internal tube is fixedly joined to a distal end of said external tube, and at least one of said internal and external tubes (12, 14) is formed with transverse slots near the distal end thereof, and wherein the longitudinal axial movement causes bending of the distal ends of said tubes; and wherein shapes of said slots change as a parameter of distance from the distal ends of said internal and external tubes (12, 14); a proximal end of said external tube is affixed or locked in an external tube holder at a distal end of the handle and said internal tube extends through said handle; and wherein said handle comprises a tube manipulator operative to cause relative axial movement of said internal and external tubes (12, 14); characterized in that a proximal portion of said internal tube being held by a proximal internal tube holder, and wherein said internal tube holder comprises a septum that seals the passage of said internal tube therethrough. an internal tube disposed inside an external tube, said internal and external tubes (12, 14) being arranged for longitudinal axial movement relative to one another, wherein a distal end of said internal tube is fixedly joined to a distal end of said external tube, and at least one of said internal and external tubes (12, 14) is formed with transverse slots near the distal end thereof, and wherein the longitudinal axial movement causes bending of the distal ends of said tubes; and wherein shapes of said slots change as a parameter of distance from the distal ends of said internal and external tubes (12, 14); a proximal end of said external tube is affixed or locked in an external tube holder at a distal end of the handle and said internal tube extends through said handle; and wherein said handle comprises a tube manipulator operative to cause relative axial movement of said internal and external tubes (12, 14); characterized in that a proximal portion of said internal tube being held by a proximal internal tube holder, and wherein said internal tube holder comprises a septum that seals the passage of said internal tube therethrough.
A liquid crystal display comprising: first and second substrates (20, 23); a liquid crystal layer sandwiched between the first and second substrates (20, 23) and comprising a polymer network liquid crystal (PNLC) or a polymer dispersed liquid crystal (PDLC); a common electrode provided on the first substrate; transistors provided on the second substrate for respective pixels; a reflective film provided above the transistors via a first insulating film; transparent electrodes provided above the reflective film via a second insulating film, and electrically connected to drain electrodes of the transistors, respectively; color filters provided on the transparent electrodes, respectively; and pixel electrodes provided on the color filters, and electrically connected to the transparent electrodes, respectively, wherein the reflective film overlaps all the transparent electrodes, and the transparent electrodes with the reflective film and the second insulating film function as storage capacitors included in the respective pixels. first and second substrates (20, 23); a liquid crystal layer sandwiched between the first and second substrates (20, 23) and comprising a polymer network liquid crystal (PNLC) or a polymer dispersed liquid crystal (PDLC); a common electrode provided on the first substrate; transistors provided on the second substrate for respective pixels; a reflective film provided above the transistors via a first insulating film; transparent electrodes provided above the reflective film via a second insulating film, and electrically connected to drain electrodes of the transistors, respectively; color filters provided on the transparent electrodes, respectively; and pixel electrodes provided on the color filters, and electrically connected to the transparent electrodes, respectively, wherein the reflective film overlaps all the transparent electrodes, and the transparent electrodes with the reflective film and the second insulating film function as storage capacitors included in the respective pixels.
A method of wireless communications for a donor node, comprising: determining, at a central unit, CU, of the donor node, a configuration of a resource pattern for a plurality of Integrated-Access and Backhaul, IAB-nodes of an IAB network, wherein the configuration of the resource pattern includes a base resource pattern configured with a base periodicity of one or more slots and a plurality of distributed unit, DU, slot format indices within the base periodicity, wherein the DU slot format indices correspond to a table of DU slot formats, the table of the DU slot formats includes a plurality of entries, each entry indicating a pattern of a DU resource type at each symbol within a slot, and wherein the DU resource type corresponds to at least one of a hard resource, soft resource, or not-available; and transmitting, by the CU of the donor node, the resource pattern to one or more of the plurality of IAB-nodes of the IAB network. determining, at a central unit, CU, of the donor node, a configuration of a resource pattern for a plurality of Integrated-Access and Backhaul, IAB-nodes of an IAB network, wherein the configuration of the resource pattern includes a base resource pattern configured with a base periodicity of one or more slots and a plurality of distributed unit, DU, slot format indices within the base periodicity, wherein the DU slot format indices correspond to a table of DU slot formats, the table of the DU slot formats includes a plurality of entries, each entry indicating a pattern of a DU resource type at each symbol within a slot, and wherein the DU resource type corresponds to at least one of a hard resource, soft resource, or not-available; and transmitting, by the CU of the donor node, the resource pattern to one or more of the plurality of IAB-nodes of the IAB network.
An atomizer for an electronic vaporizer, comprising: a first heating element for heating a fluid to produce a vapor, the first heating element having a first controllable power output to generate a correspondingly controllable quantity of the vapor; a wicking material, for conveying the fluid from a container to the first heating element; a second heating element for heating the vapor, not associated with a further wicking material but delivered via an airstream from the first heating element, to generate an output vapor, the second heating element having a second controllable power output to generate a correspondingly controllable temperature of the output vapor. a first heating element for heating a fluid to produce a vapor, the first heating element having a first controllable power output to generate a correspondingly controllable quantity of the vapor; a wicking material, for conveying the fluid from a container to the first heating element; a second heating element for heating the vapor, not associated with a further wicking material but delivered via an airstream from the first heating element, to generate an output vapor, the second heating element having a second controllable power output to generate a correspondingly controllable temperature of the output vapor.
A therapeutic combination for use in a method for the treatment of a cancer expressing ErbB2, wherein the method comprises administering a therapeutic combination as a combined formulation or by alternation to a mammal, wherein the therapeutic combination comprises a therapeutically effective amount of trastuzumab-MCC-DM1, and a therapeutically effective amount of pertuzumab, wherein administration of the therapeutic combination results in a synergistic effect.
A saw blade attachment for pruning shears having a cutter head with cutters (11, 12) interconnected in an articulated manner via a pivot screw and being pivotable between an open position and a cutting position, wherein the saw blade attachment has a fastening part for fastening a saw blade to a part of the cutter head of the pruning shears, characterized in that the fastening part is formed by a flat, pocket-shaped fastening part that can be attached the two cutters (11, 12) in their open position, and has slots for receiving the cutters (11, 12) at a first one of its narrow sides, that on the narrow side opposite the first narrow side, fastening slots for the end of the saw blade facing the cutter head are provided, and that latching devices (19, 20, 51, 56) are provided for the detachable latching fastening of the fastening part to the cutter head.
Use of a film in a method for manufacturing a semiconductor component, wherein the film comprises: a base layer; and an adhesive layer provided on one surface side of the base layer, wherein the arithmetic average roughness (Ra) of the surface of one side of the base layer on which the adhesive layer is not provided is 0.1 μm or more and 2.0 μm or less and the maximum height (Rz) is 1.0 μm or more and 15 μm or less, the arithmetic average roughness (Ra) and the maximum height (Rz) being measured with a small surface roughness tester in accordance with ISO 4287-1997 using a reference length of 4.0 mm, a speed of 0.5 mm/s, and a cutoff of 0.8 mm, and wherein the method for manufacturing a semiconductor component includes: a segmenting step of separating a semiconductor wafer into segments in a state in which the adhesive layer is bonded to a back surface of the semiconductor wafer having circuits formed thereon to obtain semiconductor components; a pickup step of separating the semiconductor components from the adhesive layer; and an evaluation step of evaluating the semiconductor wafer or the semiconductor components in a temperature region of 25°C or lower, or 75°C or higher prior to the pickup step. a base layer; and an adhesive layer provided on one surface side of the base layer, wherein the arithmetic average roughness (Ra) of the surface of one side of the base layer on which the adhesive layer is not provided is 0.1 μm or more and 2.0 μm or less and the maximum height (Rz) is 1.0 μm or more and 15 μm or less, the arithmetic average roughness (Ra) and the maximum height (Rz) being measured with a small surface roughness tester in accordance with ISO 4287-1997 using a reference length of 4.0 mm, a speed of 0.5 mm/s, and a cutoff of 0.8 mm, and wherein the method for manufacturing a semiconductor component includes: a segmenting step of separating a semiconductor wafer into segments in a state in which the adhesive layer is bonded to a back surface of the semiconductor wafer having circuits formed thereon to obtain semiconductor components; a pickup step of separating the semiconductor components from the adhesive layer; and an evaluation step of evaluating the semiconductor wafer or the semiconductor components in a temperature region of 25°C or lower, or 75°C or higher prior to the pickup step. a segmenting step of separating a semiconductor wafer into segments in a state in which the adhesive layer is bonded to a back surface of the semiconductor wafer having circuits formed thereon to obtain semiconductor components; a pickup step of separating the semiconductor components from the adhesive layer; and an evaluation step of evaluating the semiconductor wafer or the semiconductor components in a temperature region of 25°C or lower, or 75°C or higher prior to the pickup step.
A surgical access assembly for positioning within an opening in tissue, the surgical access assembly comprising: a flexible body portion positionable within a patient and having an opening and at least one reinforcing member (18, 20, 22, 24, 26, 28), the body portion deformable to a first position for insertion; and a flexible member coupled to the flexible body portion and extending proximally therefrom; wherein the at least one reinforcing member includes first and second reinforcing panels (18, 20, 22, 24, 26, 28) separated by a web portion (30, 32, 34, 36, 38, 40), the web portion being more flexible than the first and second reinforcing panels; and characterized in that the at least one reinforcing member includes at least one reinforcing panel tapering from a greater thickness adjacent a periphery of the flexible body portion to a lesser thickness adjacent the opening. a flexible body portion positionable within a patient and having an opening and at least one reinforcing member (18, 20, 22, 24, 26, 28), the body portion deformable to a first position for insertion; and a flexible member coupled to the flexible body portion and extending proximally therefrom; wherein the at least one reinforcing member includes first and second reinforcing panels (18, 20, 22, 24, 26, 28) separated by a web portion (30, 32, 34, 36, 38, 40), the web portion being more flexible than the first and second reinforcing panels; and characterized in that the at least one reinforcing member includes at least one reinforcing panel tapering from a greater thickness adjacent a periphery of the flexible body portion to a lesser thickness adjacent the opening.
A map rendering method, comprising: transmitting, in a case that a three-dimensional display engine on a terminal receives a mesh update instruction, a block request to a native map module of a terminal system through the three-dimensional display engine, the block request carrying a block identifier corresponding to a target field of view area; obtaining, by the terminal, a block data address based on the block identifier through the native map module, and transmitting the block data address to the three-dimensional display engine; obtaining, by the terminal, block data in the target field of view area based on the block data address through the three-dimensional display engine; invoking, by the terminal, a target map interface through the native map module, to parse the block data, and generating map mesh data based on data obtained through parsing, the map mesh data comprising road data and building data; and performing, by the terminal, map rendering based on the road data and the building data in the map mesh data, characterized in that a target script is added to a main scene camera, when the target script is run, in a case where an OnPreRender event occurs in the main scene camera, rendering is performed by invoking a road rendering interface on a native side, and in a case where an OnPostRender event occurs in the main scene camera, rendering is performed by invoking a building rendering interface on the native side. transmitting, in a case that a three-dimensional display engine on a terminal receives a mesh update instruction, a block request to a native map module of a terminal system through the three-dimensional display engine, the block request carrying a block identifier corresponding to a target field of view area; obtaining, by the terminal, a block data address based on the block identifier through the native map module, and transmitting the block data address to the three-dimensional display engine; obtaining, by the terminal, block data in the target field of view area based on the block data address through the three-dimensional display engine; invoking, by the terminal, a target map interface through the native map module, to parse the block data, and generating map mesh data based on data obtained through parsing, the map mesh data comprising road data and building data; and performing, by the terminal, map rendering based on the road data and the building data in the map mesh data, characterized in that a target script is added to a main scene camera, when the target script is run, in a case where an OnPreRender event occurs in the main scene camera, rendering is performed by invoking a road rendering interface on a native side, and in a case where an OnPostRender event occurs in the main scene camera, rendering is performed by invoking a building rendering interface on the native side.
A water resistant patch preparation having a central part and a peripheral part, comprising: a support (11, 110); and an adhesive layer (12, 120) containing a drug, the adhesive layer (12, 120) being formed on one surface of the support (11, 110), wherein: the peripheral part of the patch preparation has a part free of an adhesive layer, where the adhesive layer (12, 120) is not overlapped on the surface of the support (11, 110), a thickness (d 2) of the adhesive layer (12c, 122) in the peripheral part is smaller than that (d 1) of the adhesive layer (12, 120) in the central part; the adhesive layer (12c, 122) in the peripheral part is a band with a width (d 4) of 0.5 - 5 mm; the thickness (d 2) of the adhesive layer (12c, 122) in the peripheral part is 1.5 - 150 μm; and the distance (d 3) from a lateral end of the support (11, 110) to the most internal part of a lateral end of the adhesive layer (12c, 122) in the peripheral part is 0.5 - 5 mm. the peripheral part of the patch preparation has a part free of an adhesive layer, where the adhesive layer (12, 120) is not overlapped on the surface of the support (11, 110), a thickness (d 2) of the adhesive layer (12c, 122) in the peripheral part is smaller than that (d 1) of the adhesive layer (12, 120) in the central part; the adhesive layer (12c, 122) in the peripheral part is a band with a width (d 4) of 0.5 - 5 mm; the thickness (d 2) of the adhesive layer (12c, 122) in the peripheral part is 1.5 - 150 μm; and the distance (d 3) from a lateral end of the support (11, 110) to the most internal part of a lateral end of the adhesive layer (12c, 122) in the peripheral part is 0.5 - 5 mm.