mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a base station, for a combined Single Radio Voice Call Continuity, SRVCC, and a Packed Switched Handover, PS HO, from a Long Term Evolution, LTE, to a Code Division Multiple Access, CDMA, based communication system, the base station being comprised in the LTE based communication system, the method comprising: sending , to an user equipment, a combined SRVCC and PS HO request; receiving , from the user equipment, an SRVCC request and a PS HO request; forwarding , to a Mobility Management Entity, MME, the received SRVCC request and PS HO request; receiving , from the MME, an SRVCC related message indicating a result regarding an establishment of the SRVCC request, wherein the SRVCC related message indicates whether the establishment of the SRVCC request was successful or unsuccessful; receiving , from the MME, a PS HO related message indicating a result regarding an establishment of the PS HO request, wherein the PS HO related message indicates whether the establishment of the PS HO request was successful or unsuccessful; and managing the combined SRVCC and PS HO based on the SRVCC related message and the PS HO related message, wherein if the SRVCC related message indicates that the establishment of the SRVCC request was successful and the PS HO related message indicates that the establishment of the PS HO request was successful, then the managing further comprises: sending , to the MME, an S1-MME release message indicating that the MME shall not deactivate and/or suspend bearers associated with the combined SRVCC and PS HO, said bearers being connected between the MME and a Packet Data Network Gateway; and sending , to the user equipment, a combined SRVCC and PS HO command. sending , to an user equipment, a combined SRVCC and PS HO request; receiving , from the user equipment, an SRVCC request and a PS HO request; forwarding , to a Mobility Management Entity, MME, the received SRVCC request and PS HO request; receiving , from the MME, an SRVCC related message indicating a result regarding an establishment of the SRVCC request, wherein the SRVCC related message indicates whether the establishment of the SRVCC request was successful or unsuccessful; receiving , from the MME, a PS HO related message indicating a result regarding an establishment of the PS HO request, wherein the PS HO related message indicates whether the establishment of the PS HO request was successful or unsuccessful; and managing the combined SRVCC and PS HO based on the SRVCC related message and the PS HO related message, sending , to the MME, an S1-MME release message indicating that the MME shall not deactivate and/or suspend bearers associated with the combined SRVCC and PS HO, said bearers being connected between the MME and a Packet Data Network Gateway; and sending , to the user equipment, a combined SRVCC and PS HO command.
A cutting tool, comprising: a. a substrate, wherein the substrate comprises a material selected from the set consisting of carbides, nitrides, carbonitrides, polycrystalline cubic boron nitride (PCBN), PCBN tip-brazed material, cermets, and steels; and b. a coating on the substrate, wherein the coating comprises a material selected from the set consisting of carbides, nitrides, oxides, and carbon, wherein the material is one of continuous and discontinuous, further wherein the coating is infiltrated with a material selected from the set consisting of titanium nitride, hafnium nitride, zirconia nitride, titanium carbide, hafnium carbide, titanium carbonitride, and hafnium carbonitride, further wherein the coating comprises at least one cutting edge, wherein the at least one cutting edge comprises an aperiodic plurality of serrations, the aperiodic plurality of serrations comprising a plurality of protrusions and a plurality of valleys, wherein at least a subset of the aperiodic plurality of serrations are aperiodic in at least a first linear dimension which is in the range of 1 to 3 microns, wherein the subset of the plurality of serrations are aperiodic in at least one aperiodic scale, and further wherein the serrations appear along the cutting edges and other surfaces of the coated substrate in a statistically random distribution. a. a substrate, wherein the substrate comprises a material selected from the set consisting of carbides, nitrides, carbonitrides, polycrystalline cubic boron nitride (PCBN), PCBN tip-brazed material, cermets, and steels; and b. a coating on the substrate, wherein the coating comprises a material selected from the set consisting of carbides, nitrides, oxides, and carbon, wherein the material is one of continuous and discontinuous, further wherein the coating is infiltrated with a material selected from the set consisting of titanium nitride, hafnium nitride, zirconia nitride, titanium carbide, hafnium carbide, titanium carbonitride, and hafnium carbonitride, further wherein the coating comprises at least one cutting edge, wherein the at least one cutting edge comprises an aperiodic plurality of serrations, the aperiodic plurality of serrations comprising a plurality of protrusions and a plurality of valleys, wherein at least a subset of the aperiodic plurality of serrations are aperiodic in at least a first linear dimension which is in the range of 1 to 3 microns, wherein the subset of the plurality of serrations are aperiodic in at least one aperiodic scale, and further wherein the serrations appear along the cutting edges and other surfaces of the coated substrate in a statistically random distribution.
An article of footwear having a heel region , a forefoot region , and a peripheral region ; and comprising: a midsole assembly having: a fluid-filled bladder element having a substantially arc-shaped heel portion and having a lateral arm portion and a medial arm portion spaced from the lateral arm portion , each of the arm portions extending from the heel portion , and the bladder element configured to be positioned with the heel portion in the heel region and the arm portions extending from the heel region to the forefoot region along the peripheral region ; wherein the midsole assembly further includes a resilient midsole layer secured to and resting on the bladder element and having at least one protrusion descending into a cavity formed between the arm portions ; and wherein a first portion of the resilient midsole layer adjacent an inward-facing surface of the bladder element is secured to the bladder element ; and characterized in that a second portion of the resilient midsole layer adjacent the inward-facing surface of the bladder element is spaced from the bladder element in the absence of at least a threshold loading force (F) and is configured to be moved into contact with the inward-facing surface of the bladder element under compression by the threshold loading force (F) to attenuate the threshold loading force (F). a fluid-filled bladder element having a substantially arc-shaped heel portion and having a lateral arm portion and a medial arm portion spaced from the lateral arm portion , each of the arm portions extending from the heel portion , and the bladder element configured to be positioned with the heel portion in the heel region and the arm portions extending from the heel region to the forefoot region along the peripheral region ; wherein the midsole assembly further includes a resilient midsole layer secured to and resting on the bladder element and having at least one protrusion descending into a cavity formed between the arm portions ; and wherein a first portion of the resilient midsole layer adjacent an inward-facing surface of the bladder element is secured to the bladder element ; and characterized in that a second portion of the resilient midsole layer adjacent the inward-facing surface of the bladder element is spaced from the bladder element in the absence of at least a threshold loading force (F) and is configured to be moved into contact with the inward-facing surface of the bladder element under compression by the threshold loading force (F) to attenuate the threshold loading force (F).
A lower structure of a vehicle , comprising: a rear bumper cover ; an under cover that is provided at a lower side, in an up-and-down direction of the vehicle , than a floor panel of the vehicle , and at a front side of the vehicle relative to the rear bumper cover ; and a kick sensor that has a signal line which extends in a width direction of the vehicle , and a sensor part placed on the signal line , wherein the kick sensor is placed inside a closed cross-section space surrounded by a connected structure of the rear bumper cover and the under cover and formed on a side of the floor panel , isolated from an outside of the vehicle . a rear bumper cover ; an under cover that is provided at a lower side, in an up-and-down direction of the vehicle , than a floor panel of the vehicle , and at a front side of the vehicle relative to the rear bumper cover ; and a kick sensor that has a signal line which extends in a width direction of the vehicle , and a sensor part placed on the signal line , wherein the kick sensor is placed inside a closed cross-section space surrounded by a connected structure of the rear bumper cover and the under cover and formed on a side of the floor panel , isolated from an outside of the vehicle .
A method of identifying a compound that stimulates fat oxidization, comprising: measuring a first temperature of a region of a face of a subject with a thermography device before the subject ingests a test compound; measuring a second temperature of the region of the face of the subject with the thermography device after the test compound is ingested; and classifying the test compound as a compound that stimulates fat oxidation or a compound that does not stimulate fat oxidation based at least partially on a difference between the second temperature and the first temperature. measuring a first temperature of a region of a face of a subject with a thermography device before the subject ingests a test compound; measuring a second temperature of the region of the face of the subject with the thermography device after the test compound is ingested; and classifying the test compound as a compound that stimulates fat oxidation or a compound that does not stimulate fat oxidation based at least partially on a difference between the second temperature and the first temperature.
A drain mast , comprising: a first header panel ; a second header panel ; at least one enclosure wall ; and a plurality of tubes ; wherein the first header panel , the second header panel , the plurality of tubes , and the at least one enclosure wall are integrally formed as a unitary structure, and the first header panel is separated from the second header panel , and the first header panel , the second header panel , and the at least one enclosure wall collectively define an enclosed interior compartment , and the plurality of tubes extend between the first header panel and the second header panel within the interior compartment , and the drain mast is configured to provide a plurality of fluid paths through the drain mast , each fluid path extending through the first header panel , one of the plurality of tubes , and the second header panel . a first header panel ; a second header panel ; at least one enclosure wall ; and a plurality of tubes ;
A method for joining at least two components by means of at least one resistance welding element , comprising the following method steps: - providing a first component , a second component and a resistance welding element , wherein the resistance welding element has a shaft section and a head section ; - connecting the resistance welding element to the second component by positive and/or non-positive fastening of the shaft section to the second component , so that after the connection the head section protrudes and the shaft section does not protrude from the second component ; and - connecting the first component to the second component , for which purpose the first component is positioned with respect to the second component , in such a manner that the protruding head section of the resistance welding element fastened to the second component is facing the first component , and subsequently the first component is connected by resistance welding to the head section of the resistance welding element , wherein during the resistance welding an invisible weld nugget is formed between the components . - providing a first component , a second component and a resistance welding element , wherein the resistance welding element has a shaft section and a head section ; - connecting the resistance welding element to the second component by positive and/or non-positive fastening of the shaft section to the second component , so that after the connection the head section protrudes and the shaft section does not protrude from the second component ; and - connecting the first component to the second component , for which purpose the first component is positioned with respect to the second component , in such a manner that the protruding head section of the resistance welding element fastened to the second component is facing the first component , and subsequently the first component is connected by resistance welding to the head section of the resistance welding element , wherein during the resistance welding an invisible weld nugget is formed between the components .
Cleaning device for cleaning surfaces, in particular textile or angular surfaces, in which at least one gaseous, pressurised pressure medium and at least one active cleaning medium are provided for vortexing in a nozzle assembly of the cleaning device by means of a rotating nozzle arrangement , characterised in that the pressure medium is steam.
A method of determining whether a subject is at increased risk of manifesting progressive prostate cancer comprising: determining whether a prostate cancer cell obtained from the subject contains a MAN2A1-FER fusion gene, where the presence of the fusion gene indicates that the subject is at increased risk of manifesting progressive prostate cancer.
Elastic joint , in particular for a wheel suspension of a motor vehicle, comprising: an inner armature , an outer armature surrounding the inner armature , wherein the armatures define an axial direction (Z) and two radial directions perpendicular to the axial direction (Z) as well as perpendicular to each other and disposed in a circumferential plane, and an elastomeric body for the mutual elastic support of the armatures , wherein the elastomeric body consists of at least four connecting columns respectively extending from the inner armature to the outer armature extending in radial direction in order to establish a stiffness in this direction, wherein the connecting columns are made from one piece of elastomeric material, characterised in that the connecting columns are structurally separated from each other such that the mere deformation of a connecting column does not affect the deformation behaviour of the other connecting columns.
A smoking article for use with apparatus for heating smokable material to volatilise at least one component of the smokable material, the article comprising: a body of smokable material ; and an assembly comprising: a cooling segment of between 20mm and 30mm in length for cooling the volatilised at least one component of the smokable material ; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material , and a mouth end segment for being received in a mouth of a user through which the user can inhale the volatilised at least one component of the smokable material after cooling by the cooling segment , wherein the mouth end segment is adjacent to the filter segment , wherein the cooling segment comprises a hollow tube made of paper, wherein a ventilation region is provided in the cooling segment to enable air to pass into the cooling segment , wherein the cooling segment is adjacent to the body of smokable material and wherein the cooling segment is located between the body of smokable material and the filter segment . a body of smokable material ; and an assembly comprising: a cooling segment of between 20mm and 30mm in length for cooling the volatilised at least one component of the smokable material ; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material , and a mouth end segment for being received in a mouth of a user through which the user can inhale the volatilised at least one component of the smokable material after cooling by the cooling segment , a cooling segment of between 20mm and 30mm in length for cooling the volatilised at least one component of the smokable material ; a filter segment adjacent to the cooling segment for filtering the volatilised at least one component of the smokable material , and a mouth end segment for being received in a mouth of a user through which the user can inhale the volatilised at least one component of the smokable material after cooling by the cooling segment , wherein the mouth end segment is adjacent to the filter segment , wherein the cooling segment comprises a hollow tube made of paper, wherein a ventilation region is provided in the cooling segment to enable air to pass into the cooling segment , wherein the cooling segment is adjacent to the body of smokable material and wherein the cooling segment is located between the body of smokable material and the filter segment .
A high temperature control rod for a nuclear fuel assembly comprising: a cladding material having a melting point greater than 1500 °C; an anti-oxidation coating ; a neutron absorbing material having a melting point greater than 1500 °C; wherein the cladding and absorbing materials do not form a eutectic that has a melting point less than 1500 °C; characterised by an intermediate layer positioned between the anti-oxidant coating and the cladding material , the intermediate layer selected from the group consisting of niobium, molybdenum, and tantalum. a cladding material having a melting point greater than 1500 °C; an anti-oxidation coating ; a neutron absorbing material having a melting point greater than 1500 °C; wherein the cladding and absorbing materials do not form a eutectic that has a melting point less than 1500 °C; characterised by an intermediate layer positioned between the anti-oxidant coating and the cladding material , the intermediate layer selected from the group consisting of niobium, molybdenum, and tantalum.
Radiator having at least one cladding part and at least one associated holding device , wherein the holding device is provided for the cladding part arranged on the radiator , and wherein the radiator has at least two panels (10.1, 10.2) with ducts (10.1.a, 10.1.b; 10.2.a, 10.2.b) conducting the heating medium, and the cladding part has, on its inner sides directed towards the radiator, means (11.1) for releasably connecting the cladding part to the holding device , and the holding device has a coupling portion assigned to the cladding part of the radiator and a fastening portion , assigned to the panel inner sides of the radiator , with two resilient legs , wherein the leg of the fastening portion comprises a cantilever arm and a guide shoe supporting the cantilever arm , and the second leg , located opposite this leg , has a web , directed towards the cantilever arm and the guide shoe , having a toothing , characterized in that the cantilever arm of the leg is able to engage in the toothing .
A hoist cable overload detection system, comprising: a first plate ; a spring mechanically coupled to the first plate; a second plate mechanically coupled to the spring and oriented with the spring between the first plate and the second plate; and characterised by a pin disposed in an opening formed in the first plate with the pin having an untriggered position and a triggered position, wherein the pin is configured to translate from the untriggered position into the triggered position in response to a displacement of the first plate relative to the second plate; and further characterised by further comprising: a pin retention spring disposed in a cavity defined by the first plate; and a pin retention head coupled to the pin retention spring and configured to rest in a first groove formed in the pin in response to the pin being in the untriggered position. a first plate ; a spring mechanically coupled to the first plate; a second plate mechanically coupled to the spring and oriented with the spring between the first plate and the second plate; and characterised by a pin disposed in an opening formed in the first plate with the pin having an untriggered position and a triggered position, wherein the pin is configured to translate from the untriggered position into the triggered position in response to a displacement of the first plate relative to the second plate; and further characterised by further comprising: a pin retention spring disposed in a cavity defined by the first plate; and a pin retention head coupled to the pin retention spring and configured to rest in a first groove formed in the pin in response to the pin being in the untriggered position. a pin retention spring disposed in a cavity defined by the first plate; and a pin retention head coupled to the pin retention spring and configured to rest in a first groove formed in the pin in response to the pin being in the untriggered position.
A filter for filtering liquid fuels, the filter comprising: filter media configured and arranged for placement in a liquid fuel stream, the filter media comprising an upstream layer and a downstream layer, wherein the upstream layer comprises a mixture of: a) media fiber; and b) binder fiber having an average diameter greater than the media fiber, wherein the upstream layer has a mean flow pore size smaller than the downstream layer, and wherein the mode pore size of the upstream layer is at least 40 percent greater than the mode pore size of the downstream layer. filter media configured and arranged for placement in a liquid fuel stream, the filter media comprising an upstream layer and a downstream layer, wherein the upstream layer comprises a mixture of: a) media fiber; and b) binder fiber having an average diameter greater than the media fiber, a) media fiber; and b) binder fiber having an average diameter greater than the media fiber, wherein the upstream layer has a mean flow pore size smaller than the downstream layer, and wherein the mode pore size of the upstream layer is at least 40 percent greater than the mode pore size of the downstream layer.