mhurhangee/patent-ind-claim-en huggingface dataset:
A pneumatic tire comprising: a pair of beads each including a core extending in a circumferential direction; a carcass extending on and between one of the beads and the other of the beads ; and a pair of side reinforcing layers each located axially inward of the carcass , wherein the tire has an outer surface comprising a tread surface configured to be in contact with a road surface; seat contact surfaces each of which is configured to be in contact with a seat (S) of a rim (R) on which the tire is to be mounted; and side surfaces extending on and between the tread surface and the seat contact surfaces , each side surface includes a flange contact surface which is to be in contact with a flange (F) of the rim (R) when the tire is mounted on the rim (R), and a flange opposed surface which is located radially outward of the flange contact surface and is to be opposed to the flange (F), the flange opposed surface is formed to be a surface having a diameter increasing outward in an axial direction, and a shape of the flange opposed surface is represented by a circular arc in a cross-section of the tire as taken along a plane including a rotation axis of the tire , characterized in that a radius of the circular arc is not less than 12.0 mm and not greater than 18.0 mm. a pair of beads each including a core extending in a circumferential direction; a carcass extending on and between one of the beads and the other of the beads ; and a pair of side reinforcing layers each located axially inward of the carcass , wherein the tire has an outer surface comprising a tread surface configured to be in contact with a road surface; seat contact surfaces each of which is configured to be in contact with a seat (S) of a rim (R) on which the tire is to be mounted; and side surfaces extending on and between the tread surface and the seat contact surfaces , each side surface includes a flange contact surface which is to be in contact with a flange (F) of the rim (R) when the tire is mounted on the rim (R), and a flange opposed surface which is located radially outward of the flange contact surface and is to be opposed to the flange (F), the flange opposed surface is formed to be a surface having a diameter increasing outward in an axial direction, and a shape of the flange opposed surface is represented by a circular arc in a cross-section of the tire as taken along a plane including a rotation axis of the tire , characterized in that a radius of the circular arc is not less than 12.0 mm and not greater than 18.0 mm.
A rotor of an electric machine , which has: a rotor body , an axis of rotation (D) which extends in the axial direction (X) and around which the rotor body can be rotated, an outer lateral surface (AM) which delimits the rotor body , at least one pole arrangement , and a movement mechanism for the at least one pole arrangement , wherein the movement mechanism is designed in such a way that the at least one pole arrangement is movable about its axis of rotation (A), which is oriented substantially parallel to the axis of rotation (D) of the rotor , whereby the at least one pole arrangement can also be moved about its axis of rotation (A) in addition to rotating about the axis of rotation (D) of the rotor , the at least one pole arrangement has a symmetrically designed shape, the geometric centre of gravity and centre of mass of which coincide to allow rotation about its axis of rotation (A), characterized in that at least three pole arrangements (2-9) are provided, forming a V-shaped arrangement or a spoke arrangement, and the at least three pole arrangements (2-9) have different distances from the outer lateral surface (AM) of the rotor , and only the two pole arrangements with the smallest distance from the outer lateral surface (AM) can be moved about their axis of rotation (A). a rotor body , an axis of rotation (D) which extends in the axial direction (X) and around which the rotor body can be rotated, an outer lateral surface (AM) which delimits the rotor body , at least one pole arrangement , and a movement mechanism for the at least one pole arrangement , wherein the movement mechanism is designed in such a way that the at least one pole arrangement is movable about its axis of rotation (A), which is oriented substantially parallel to the axis of rotation (D) of the rotor , whereby the at least one pole arrangement can also be moved about its axis of rotation (A) in addition to rotating about the axis of rotation (D) of the rotor , the at least one pole arrangement has a symmetrically designed shape, the geometric centre of gravity and centre of mass of which coincide to allow rotation about its axis of rotation (A), characterized in that at least three pole arrangements (2-9) are provided, forming a V-shaped arrangement or a spoke arrangement, and the at least three pole arrangements (2-9) have different distances from the outer lateral surface (AM) of the rotor , and only the two pole arrangements with the smallest distance from the outer lateral surface (AM) can be moved about their axis of rotation (A).
A sensing device comprising: a housing ; a stator disposed in the housing ; and a rotor disposed in the stator , wherein the stator includes a body and a stator tooth coupled to the body , the housing includes a first surface that corresponds to a bottom surface (43 1a) of the stator tooth , characterized by the fact that the first surface includes a curved surface that protrudes toward the stator tooth adapted to reduce the amount of contact that occurs during contact between the first surface and the bottom surface of the stator tooth . a housing ; a stator disposed in the housing ; and a rotor disposed in the stator , wherein the stator includes a body and a stator tooth coupled to the body , the housing includes a first surface that corresponds to a bottom surface (43 1a) of the stator tooth , characterized by the fact that the first surface includes a curved surface that protrudes toward the stator tooth adapted to reduce the amount of contact that occurs during contact between the first surface and the bottom surface of the stator tooth .
A display device comprising: a display configured to display content; a user input interface configured to receive a signal from a remote control device; and a controller configured to: cause the display to display a video (610, 810, 910 1010, 1110) of first content on a first layer of a screen; cause the display to display a first on screen display (OSD) window having a predetermined first transparency in a first area of a second layer of the screen in response to a first OSD window output request received via the user input interface ; and change the displayed first OSD window from the first transparency to a predetermined second transparency when a pointer is detected at the first area of the second layer of the screen, the first transparency being higher than the second transparency, wherein the first OSD window includes a plurality of items and the controller is further configured to cause the display to highlight and display an item of the plurality of items when the pointer is positioned at the item. a display configured to display content; a user input interface configured to receive a signal from a remote control device; and a controller configured to: cause the display to display a video (610, 810, 910 1010, 1110) of first content on a first layer of a screen; cause the display to display a first on screen display (OSD) window having a predetermined first transparency in a first area of a second layer of the screen in response to a first OSD window output request received via the user input interface ; and change the displayed first OSD window from the first transparency to a predetermined second transparency when a pointer is detected at the first area of the second layer of the screen, the first transparency being higher than the second transparency, wherein the first OSD window includes a plurality of items and the controller is further configured to cause the display to highlight and display an item of the plurality of items when the pointer is positioned at the item. cause the display to display a video (610, 810, 910 1010, 1110) of first content on a first layer of a screen; cause the display to display a first on screen display (OSD) window having a predetermined first transparency in a first area of a second layer of the screen in response to a first OSD window output request received via the user input interface ; and change the displayed first OSD window from the first transparency to a predetermined second transparency when a pointer is detected at the first area of the second layer of the screen, the first transparency being higher than the second transparency, wherein the first OSD window includes a plurality of items and the controller is further configured to cause the display to highlight and display an item of the plurality of items when the pointer is positioned at the item.
A pharmaceutical composition comprising an antagonist of human CLEC-1 and a pharmaceutical acceptable excipient, for use in the treatment of a human subject suffering from cancer.
A deflectable catheter system comprising: a housing defining a passageway ; an orienting member attached to the housing and moveable relative to the housing between an orienting member first position and an orienting member second position; an actuator attached to the orienting member and moveable between an actuator first position and an actuator second position; a first elongate member attached to the orienting member and defining a lumen , the first elongate member moveable between a first, substantially straight configuration when the actuator is in the actuator first position and a second, curved configuration when the actuator is in the actuator second position; a second elongate member disposed within the passageway defined by the housing and extending through the lumen defined by the first elongate member, the second elongate member rotatable relative to the first elongate member; and a wire member having a first end attached to the actuator and a second end attached to the first elongate member. a housing defining a passageway ; an orienting member attached to the housing and moveable relative to the housing between an orienting member first position and an orienting member second position; an actuator attached to the orienting member and moveable between an actuator first position and an actuator second position; a first elongate member attached to the orienting member and defining a lumen , the first elongate member moveable between a first, substantially straight configuration when the actuator is in the actuator first position and a second, curved configuration when the actuator is in the actuator second position; a second elongate member disposed within the passageway defined by the housing and extending through the lumen defined by the first elongate member, the second elongate member rotatable relative to the first elongate member; and a wire member having a first end attached to the actuator and a second end attached to the first elongate member.
Automatic washing machine used for washing laundry, wherein the automatic washing machine has at least the following features: a drum for receiving the laundry, wherein the drum has at least one drum wall made of a ferromagnetic material; and at least one electrical coil disposed adjacent to the drum , said coil used for inducing eddy currents in the at least one drum wall in order to heat the drum , characterised in that the drum is disposed between the at least one electrical coil and a bottom of the automatic washing machine . a drum for receiving the laundry, wherein the drum has at least one drum wall made of a ferromagnetic material; and at least one electrical coil disposed adjacent to the drum , said coil used for inducing eddy currents in the at least one drum wall in order to heat the drum , characterised in that the drum is disposed between the at least one electrical coil and a bottom of the automatic washing machine .
An apparatus for measuring a plate-shaped workpiece (W), in particular of flat glas plate or isulation glas elements, comprising: a conveying device for conveying the plate-shaped workpiece (W) in a conveying direction (R) along a conveying path; first measuring device and second measuring device wherein each of the measuring devices has a driver which is konfigured such that it is selectively couplable to and decouplable from the plate-shaped workpiece (W), that, in a coupled state, the driver is moveable together with this workpiece in the conveying direction (R), and that, in a decoupled state, the driver is actively movable in a direction (R') opposite to the conveying direction (R), and which is assigned to a stationary/fixed measuring ruler , which extends in the conveying direction (R) such that a position and/or a movement distance of the driver in the conveying direction (R) can be detected, wherein the measuring rulers of the first and second measuring devices are arranged such that they detect different regions of the conveying path of the plate-shaped workpiece (W) in the conveying direction (R), characterised in that the drivers of the first and second measuring devices are configured such that they are couplable to a main surface (F) of the plate-shaped workpiece (W) and are decouplable from this. a conveying device for conveying the plate-shaped workpiece (W) in a conveying direction (R) along a conveying path; first measuring device and second measuring device wherein each of the measuring devices has a driver which is konfigured such that it is selectively couplable to and decouplable from the plate-shaped workpiece (W), that, in a coupled state, the driver is moveable together with this workpiece in the conveying direction (R), and that, in a decoupled state, the driver is actively movable in a direction (R') opposite to the conveying direction (R), and which is assigned to a stationary/fixed measuring ruler , which extends in the conveying direction (R) such that a position and/or a movement distance of the driver in the conveying direction (R) can be detected, wherein the measuring rulers of the first and second measuring devices are arranged such that they detect different regions of the conveying path of the plate-shaped workpiece (W) in the conveying direction (R), characterised in that the drivers of the first and second measuring devices are configured such that they are couplable to a main surface (F) of the plate-shaped workpiece (W) and are decouplable from this.
A rodent identification system comprising: a pigment mark imprinted in the substrate of the rodent tail, the pigment mark representing a second identification number, characterised in that it further comprises a microelectronic chip implanted in a substrate of a rodent tail, the microelectronic chip is configured to be passively activated by an RF energy source to generate an RF signal that represents a first identification number. a pigment mark imprinted in the substrate of the rodent tail, the pigment mark representing a second identification number, characterised in that it further comprises a microelectronic chip implanted in a substrate of a rodent tail, the microelectronic chip is configured to be passively activated by an RF energy source to generate an RF signal that represents a first identification number.
A system on a chip using partially high-voltage CMOS technology being able to drive a device requiring high voltages with an upper range between 30 and 60 Volts, wherein said device requiring high voltages is a DC-motor driven by a H-bridge configuration and wherein the system is fully integrated on a single chip , is comprising: - a means of data processing ; - a means of memory, attached to said means of data processing; - a means of power management ; - several output ports, attached to said means of data processing and to said means of power management ; - a circuitry to manage feedback from said devices to be driven by the system; - several input ports attached to said circuitry to manage feedback; - means of clock sources attached to said means of data processing ; - a circuitry to drive devices - a core and peripheral bus coupled to said means of data processing , to said circuitry to drive devices and to said circuitry to manage feedback; - said means of power management and said circuitry to drive devices using partially high-voltage CMOS technology, being able to drive a device requiring high voltage with an upper range between 30 and 60 Volts wherein the partially high-voltage CMOS technology is characterised by using extended drains and CMOS transistor gate oxides, made by silicon dioxide SIO2 layers, having a thickness of about 20 nm. - a means of data processing ; - a means of memory, attached to said means of data processing; - a means of power management ; - several output ports, attached to said means of data processing and to said means of power management ; - a circuitry to manage feedback from said devices to be driven by the system; - several input ports attached to said circuitry to manage feedback; - means of clock sources attached to said means of data processing ; - a circuitry to drive devices - a core and peripheral bus coupled to said means of data processing , to said circuitry to drive devices and to said circuitry to manage feedback; - said means of power management and said circuitry to drive devices using partially high-voltage CMOS technology, being able to drive a device requiring high voltage with an upper range between 30 and 60 Volts wherein the partially high-voltage CMOS technology is characterised by using extended drains and CMOS transistor gate oxides, made by silicon dioxide SIO2 layers, having a thickness of about 20 nm.
Process of preparing a hydrocracking catalyst having high selectivity for gas oil containing a carrier comprising amorphous binder and zeolite Y, which process comprises subjecting a mix of amorphous binder and zeolite Y having a silica to alumina molar ratio of at least 12, a unit cell size in the range of from 24.10 Å to 24.40 Å and surface area as measured by the BET method according to ASTM D4365-95 of at least 850 m 2 /g to calcination at a temperature of from 700 to 950°C during of from 50 minutes to 4 hours, which process further comprises impregnating the carrier with a Group VIII metal and a Group VIB metal.
A water purifying apparatus comprising: a plurality of heads for detachably mounting a plurality of filters , respectively, the plurality of heads each having an inlet part for introducing water and an outlet part for discharging water; a mounting member to which the plurality of heads are mounted in parallel, the mounting member including a plurality of rotation supporting parts rotatably supporting the heads and accommodating the inlet parts and the outlet parts of the heads therein; characterised in further comprising: a connecting cap mounted on the rotation supporting part to connect the inlet part of one head and the outlet part of another head with each other, wherein the connecting cap includes: a flow path part connected between the inlet part and the outlet part ; and a cover part extending from the flow path part , the cover part having a shielding plate covering the inlet part and the outlet part of each of the heads in a state in which the connecting cap is fixed to the rotation supporting part , and a supporter that connects the shielding plate to the flow path part . a plurality of heads for detachably mounting a plurality of filters , respectively, the plurality of heads each having an inlet part for introducing water and an outlet part for discharging water; a mounting member to which the plurality of heads are mounted in parallel, the mounting member including a plurality of rotation supporting parts rotatably supporting the heads and accommodating the inlet parts and the outlet parts of the heads therein; characterised in further comprising: a connecting cap mounted on the rotation supporting part to connect the inlet part of one head and the outlet part of another head with each other, wherein the connecting cap includes: a flow path part connected between the inlet part and the outlet part ; and a cover part extending from the flow path part , the cover part having a shielding plate covering the inlet part and the outlet part of each of the heads in a state in which the connecting cap is fixed to the rotation supporting part , and a supporter that connects the shielding plate to the flow path part . a connecting cap mounted on the rotation supporting part to connect the inlet part of one head and the outlet part of another head with each other, wherein the connecting cap includes: a flow path part connected between the inlet part and the outlet part ; and a cover part extending from the flow path part , the cover part having a shielding plate covering the inlet part and the outlet part of each of the heads in a state in which the connecting cap is fixed to the rotation supporting part , and a supporter that connects the shielding plate to the flow path part . a flow path part connected between the inlet part and the outlet part ; and a cover part extending from the flow path part , the cover part having a shielding plate covering the inlet part and the outlet part of each of the heads in a state in which the connecting cap is fixed to the rotation supporting part , and a supporter that connects the shielding plate to the flow path part .