mhurhangee/patent-ind-claim-en huggingface dataset:
A remote handle assembly (20; 20') for selectively unlocking a component in a seat assembly for an automotive vehicle, the remote handle assembly (20; 20') comprising: a handle bracket (26; 26') having a hole (70; 70') extending laterally through the handle bracket (26; 26'); a pulley having a pivot hole extending axially through the pulley ; a handle spline having a passageway extending axially through the handle spline ; and a pin (78; 78') extending through the passageway in the handle spline , the pivot hole in the pulley , and the hole (70; 70') in the handle bracket (26; 26'), wherein the pulley is pivotably coupled to the pin (78; 78') between an unactuated position and an actuated position and the handle spline is pivotably coupled to the pin (78; 78') between an unactuated position and an actuated position and the pin (78; 78') is fixedly coupled to the handle bracket (26; 26') and is configured to retain the handle bracket (26; 26'), the pulley and the handle spline together, wherein the passageway in the handle spline is butterfly-shaped in cross-section and a portion of the pin (78; 78') in the passageway has a double d-shape in cross section. a handle bracket (26; 26') having a hole (70; 70') extending laterally through the handle bracket (26; 26'); a pulley having a pivot hole extending axially through the pulley ; a handle spline having a passageway extending axially through the handle spline ; and a pin (78; 78') extending through the passageway in the handle spline , the pivot hole in the pulley , and the hole (70; 70') in the handle bracket (26; 26'), wherein the pulley is pivotably coupled to the pin (78; 78') between an unactuated position and an actuated position and the handle spline is pivotably coupled to the pin (78; 78') between an unactuated position and an actuated position and the pin (78; 78') is fixedly coupled to the handle bracket (26; 26') and is configured to retain the handle bracket (26; 26'), the pulley and the handle spline together, wherein the passageway in the handle spline is butterfly-shaped in cross-section and a portion of the pin (78; 78') in the passageway has a double d-shape in cross section.
Front end module for a motor vehicle comprising: - a protection element (BUB, BOL, SHRD), - an air intake control device (AGS) comprising: - shutters (SHT1, SHT2), - an actuator (ACT) arranged so as to control the shutters (SHT1, SHT2), and - a flexible connection (STR, ROD) connecting the actuator (ACT) to the shutters (SHT1, SHT2) and able to displace the actuator (ACT) in order to prevent the actuator (ACT) from causing damage to an entity (PED, OBS) in the event of a collision between the motor vehicle and said entity (PED, OBS), - wherein the actuator (ACT) is fixed to the protection element (BUB, BOL, SHRD), characterized in that said module comprises a radiator support (BOL) and a radiator (RAD), said radiator support (BOL) constituting said protection element. - a protection element (BUB, BOL, SHRD), - an air intake control device (AGS) comprising: - shutters (SHT1, SHT2), - an actuator (ACT) arranged so as to control the shutters (SHT1, SHT2), and - a flexible connection (STR, ROD) connecting the actuator (ACT) to the shutters (SHT1, SHT2) and able to displace the actuator (ACT) in order to prevent the actuator (ACT) from causing damage to an entity (PED, OBS) in the event of a collision between the motor vehicle and said entity (PED, OBS), - shutters (SHT1, SHT2), - an actuator (ACT) arranged so as to control the shutters (SHT1, SHT2), and - a flexible connection (STR, ROD) connecting the actuator (ACT) to the shutters (SHT1, SHT2) and able to displace the actuator (ACT) in order to prevent the actuator (ACT) from causing damage to an entity (PED, OBS) in the event of a collision between the motor vehicle and said entity (PED, OBS), - wherein the actuator (ACT) is fixed to the protection element (BUB, BOL, SHRD),
Method for producing a net-shape vane , consisting of a metallic sintered material, open-pore, for a rotary vane pump, wherein the term net-shape relates to such an embodiment of the vane for which machining of the vane to develop the tolerances of the vane is no longer necessary after the vane is removed from the furnace in which the last thermal treatment was effected, wherein the vane has a shape that is at least derived from a parallelepiped having six faces and has at least a first end face and a second end face , which is oriented in parallel to said first end face, as well as a first side face , and a second side face oriented in parallel thereto, and further, the vane has a first contour surface and a second contour surface ; wherein the common edges between the contour surfaces and the side faces are the longest contact edges of the vane and the shortest contact edges are the contact edges of the contour surfaces with the end faces , and wherein the method for producing the vane comprises at least the following steps: • pressing a powder mixture to form a green body using a powder press; • sintering the green body in a sintering furnace to form a sintered part with an austenitic structure; • quenching the sintered part within the sintering furnace down to a temperature below a martensite start temperature of the sintered part to harden the sintered part; • annealing the sintered part, preferably within the sintering furnace; • removing the sintered part as a net-shape vane , preferably as a removal from the sintering furnace, wherein the pressing of the vane is effected, in that the pressure exerted by the forces acts on the contour surfaces or on the end faces , so that at least the first side face and the second side face are formed by at least one die of the powder press. • pressing a powder mixture to form a green body using a powder press; • sintering the green body in a sintering furnace to form a sintered part with an austenitic structure; • quenching the sintered part within the sintering furnace down to a temperature below a martensite start temperature of the sintered part to harden the sintered part; • annealing the sintered part, preferably within the sintering furnace; • removing the sintered part as a net-shape vane , preferably as a removal from the sintering furnace,
A seed positioning device comprising: an axially extending housing member having an upper portion and a lower portion ; and a seed positioning member extending axially through the housing member and configured to transfer a plurality of seeds between the upper portion of the housing member and the lower portion of the housing member and configured to position the plurality of seeds by centrifugal force, wherein the seed positioning member comprises a helical surface with at least one axially overlapping portion and with a pitch angle in a range of between 30 degrees and 60 degrees; wherein the housing member comprises a central axis and a radially outer portion , the seed positioning member extending radially from the central axis to the radially outer portion , and the seeds are accelerated only by gravity force radially outward toward a wall of the housing member , characterized in that the helical surface comprises one of including a groove , to gradually direct the seeds closer to the wall as each seed progresses downward in the seed positioning device , having a higher point at a radially outer location adjacent the wall , or having a higher point at a radially inner location adjacent the central axis . an axially extending housing member having an upper portion and a lower portion ; and a seed positioning member extending axially through the housing member and configured to transfer a plurality of seeds between the upper portion of the housing member and the lower portion of the housing member and configured to position the plurality of seeds by centrifugal force, wherein the seed positioning member comprises a helical surface with at least one axially overlapping portion and with a pitch angle in a range of between 30 degrees and 60 degrees; wherein the housing member comprises a central axis and a radially outer portion , the seed positioning member extending radially from the central axis to the radially outer portion , and the seeds are accelerated only by gravity force radially outward toward a wall of the housing member , characterized in that the helical surface comprises one of including a groove , to gradually direct the seeds closer to the wall as each seed progresses downward in the seed positioning device , having a higher point at a radially outer location adjacent the wall , or having a higher point at a radially inner location adjacent the central axis .
Mould for receiving food, in particular for baking or cooking, comprising several side walls and a base , wherein the mould is formed from a flat rectangular mat consisting of a high-temperature-resistant, elastic, flexible silicon rubber or another plastic, said mat comprising at least one base portion and four side wall portions arranged in parallel with the latter, wherein an in particular linear intended bending region is arranged between the base portion and, respectively, one side wall portion , along which the side wall portion can be bent relative to the base portion , and can be displaced from the flat resting position into an upright working position, wherein the mat has corner portions in its outer corners, which respectively connect two side wall portions to each other, wherein the corner portions have intended bending regions, wherein the intended bending regions are aligned along straight lines, which sub-divide the respective corner portion into two partial regions, which are approximately the same size and in particular substantially triangular, wherein shape retaining means are provided, using which a side wall portion can respectively be releasably arrested in its working position, wherein the mat has stiffening elements in the region of the side wall portions , characterised in that the stiffening elements are formed by strengthening inserts , that the shape retaining means respectively have a locking element having a locking extension , and respectively two receptacles in the form of receiving grooves , that the locking extension is respectively arranged on the respective corner portion , that the receiving grooves are arranged on the edge of the side wall portions , and that the receiving grooves are arranged on the edge of the corner portions, and that the corner portions and the side wall portions are designed such that they can be brought into a state in which the respective locking extension can be brought flush with the two associated receiving grooves , such that the locking extension can respectively be installed in a receiving groove of the side wall portion and in a receiving groove of the corner portion .
A hard-coated tool having a hard coating formed on a substrate, the hard coating comprising a lower layer and an upper layer, characterized in that said lower layer is formed by an fcc-based titanium aluminum nitride coating, and said upper layer is formed by an aluminum nitride coating having an hcp crystal system; said upper layer has a columnar crystal structure, said columnar crystals having an average transverse cross section diameter of 0.05-0.6 μm, said lower layer has a columnar crystal structure, and a ratio of an X-ray diffraction peak value Ia of planes to an X-ray diffraction peak value Ia of planes in said upper layer meets the relation of Ia /Ia ≥ 6. said lower layer is formed by an fcc-based titanium aluminum nitride coating, and said upper layer is formed by an aluminum nitride coating having an hcp crystal system; said upper layer has a columnar crystal structure, said columnar crystals having an average transverse cross section diameter of 0.05-0.6 μm, said lower layer has a columnar crystal structure, and a ratio of an X-ray diffraction peak value Ia of planes to an X-ray diffraction peak value Ia of planes in said upper layer meets the relation of Ia /Ia ≥ 6.
A method performed by a wireless communications device for measurement reporting, which measurement reporting comprises reporting measurements associated with a first wireless communications network to a network node operating in a second wireless communications network , wherein the first wireless communications network operates according to a first Radio Access Technology, RAT, and the second wireless communications network operates according to a second RAT, the method comprising: obtaining , from the network node , an identifier of one or more radio access network nodes operating in the first wireless communications network , which obtained identifier restricts a mobility of the wireless communications device in the first wireless communications network to the one or more radio access network nodes identified by the identifier , the method characterized by comprising: identifying or determining a radio access node blacklisting, wherein the blacklisting comprises at least one of the identified radio access network nodes to which the mobility of the wireless communications device in the first wireless communications network is restricted to; and applying the blacklisting in a measurement reporting mechanism by excluding from measurement reporting to the network node any radio access node comprised in the blacklisting, wherein excluding form measurement reporting comprises at least one of: not triggering a measurement report when a radio access node comprised in the blacklisting fulfils a reporting event; and excluding measurement results from a radio access node comprised in the blacklisting from being included in a measurement report even when the measurement results should have been included in accordance with a reporting criterion. identifying or determining a radio access node blacklisting, wherein the blacklisting comprises at least one of the identified radio access network nodes to which the mobility of the wireless communications device in the first wireless communications network is restricted to; and applying the blacklisting in a measurement reporting mechanism by excluding from measurement reporting to the network node any radio access node comprised in the blacklisting, wherein excluding form measurement reporting comprises at least one of: not triggering a measurement report when a radio access node comprised in the blacklisting fulfils a reporting event; and excluding measurement results from a radio access node comprised in the blacklisting from being included in a measurement report even when the measurement results should have been included in accordance with a reporting criterion. not triggering a measurement report when a radio access node comprised in the blacklisting fulfils a reporting event; and excluding measurement results from a radio access node comprised in the blacklisting from being included in a measurement report even when the measurement results should have been included in accordance with a reporting criterion.
A method of wireless communication on a user equipment having a first radio and a second radio, the method being executed by the user equipment and comprising: communicating using the first radio based on a first radio technology; receiving a command from a serving cell to perform measuring a quality indicator of a signal received at the second radio, the command received using the first radio; and configuring the second radio based on a second radio technology different from the first radio technology to receive signals transmitted based on a radio technology different from the second radio technology; and requesting the second radio to perform the measuring ; measuring said quality indicator, by the second radio, of said signal received at the second radio, said signal transmitted based on the radio technology different from the second radio technology. communicating using the first radio based on a first radio technology; receiving a command from a serving cell to perform measuring a quality indicator of a signal received at the second radio, the command received using the first radio; and configuring the second radio based on a second radio technology different from the first radio technology to receive signals transmitted based on a radio technology different from the second radio technology; and requesting the second radio to perform the measuring ; measuring said quality indicator, by the second radio, of said signal received at the second radio, said signal transmitted based on the radio technology different from the second radio technology.
Scenting device for a vehicle comprising - a housing , - a scent container arranged in the housing , - a holding device for attaching the scenting device to a ventilation system in the interior of the vehicle, wherein the holding device has a holding element with an opening and the opening is designed in the form of an aperture or a recess and has a depth , characterised in that projections are arranged on the edge or on the walls of the opening , wherein the projections extend into the interior of the opening to different extents along the depth , in particular tapering along the depth . - a housing , - a scent container arranged in the housing , - a holding device for attaching the scenting device to a ventilation system in the interior of the vehicle, wherein the holding device has a holding element with an opening and the opening is designed in the form of an aperture or a recess and has a depth , characterised in that projections are arranged on the edge or on the walls of the opening , wherein the projections extend into the interior of the opening to different extents along the depth , in particular tapering along the depth .
A yarn winding apparatus forming at least one package (P) by winding at least one yarn (Y) onto at least one bobbin (B), comprising: a rotating body configured to rotate while being in contact with an outer circumferential surface of the at least one package (P); and an antistatic unit configured to remove static electricity from the rotating body , characterized in that the antistatic unit is separated from the rotating body , the antistatic unit includes a static electricity removing member in which conductive fibers are exposed at plural parts of the surface, the static electricity removing member is a string-shaped static electricity removing string in which conductive fibers are exposed at plural parts of the surface, the static electricity removing string is attached along a mounting member which is higher in rigidity than the static electricity removing string , and the static electricity removing string includes a protrusion which protrudes from the mounting member toward an outer circumferential surface of the rotating body , wherein the protrusion is provided to cause only the static electricity removing string to protrude toward the outer circumferential surface of the rotating body . a rotating body configured to rotate while being in contact with an outer circumferential surface of the at least one package (P); and an antistatic unit configured to remove static electricity from the rotating body , characterized in that the antistatic unit is separated from the rotating body , the antistatic unit includes a static electricity removing member in which conductive fibers are exposed at plural parts of the surface, the static electricity removing member is a string-shaped static electricity removing string in which conductive fibers are exposed at plural parts of the surface, the static electricity removing string is attached along a mounting member which is higher in rigidity than the static electricity removing string , and the static electricity removing string includes a protrusion which protrudes from the mounting member toward an outer circumferential surface of the rotating body , wherein the protrusion is provided to cause only the static electricity removing string to protrude toward the outer circumferential surface of the rotating body .
An apparatus for monitoring uterine contractions of a subject, the apparatus comprising: a sensor unit for placement against an abdomen of the subject; a belt component arranged for holding a contact surface of the sensor unit in place against the abdomen; a contact sensing means adapted to detect an engagement between the contact surface of the sensor unit and the abdomen of the subject; a force or pressure sensing means adapted to detect a force or pressure between the abdomen and the sensor unit; and a controller , adapted to perform a procedure comprising: detecting engagement between the contact surface of the sensor unit and the abdomen by the contact sensing means , responsive to said detection, acquiring a measure of a starting pressure or force between the abdomen and the sensor unit using the force or pressure sensing means, and determining whether a tension or application force of the belt component is in an optimum range by comparing said starting pressure with at least one pre-defined reference range. a sensor unit for placement against an abdomen of the subject; a belt component arranged for holding a contact surface of the sensor unit in place against the abdomen; a contact sensing means adapted to detect an engagement between the contact surface of the sensor unit and the abdomen of the subject; a force or pressure sensing means adapted to detect a force or pressure between the abdomen and the sensor unit; and a controller , adapted to perform a procedure comprising: detecting engagement between the contact surface of the sensor unit and the abdomen by the contact sensing means , responsive to said detection, acquiring a measure of a starting pressure or force between the abdomen and the sensor unit using the force or pressure sensing means, and determining whether a tension or application force of the belt component is in an optimum range by comparing said starting pressure with at least one pre-defined reference range. detecting engagement between the contact surface of the sensor unit and the abdomen by the contact sensing means , responsive to said detection, acquiring a measure of a starting pressure or force between the abdomen and the sensor unit using the force or pressure sensing means, and determining whether a tension or application force of the belt component is in an optimum range by comparing said starting pressure with at least one pre-defined reference range.