mhurhangee/patent-ind-claim-en huggingface dataset:
A shock absorption mechanism of a steering motor, configured to be arranged inside the steering motor, and comprising: an upper cover buffering assembly , an oil distributor , and a cylinder assembly; the oil distributor being fitted with the upper cover buffering assembly to form a hermetical axial cavity ; the cylinder assembly comprising: a cylinder with openings defined at two ends thereof, and an elastic oil bag arranged in the cylinder and defining an opening at an upper end thereof; the upper end of the elastic oil bag being fixedly connected to an inner wall of the cylinder and communicating with the axial cavity ; the cylinder being further provided therein with a piston that is capable of sliding axially along the cylinder ; the piston being connected to a lower end of the elastic oil bag ; characterized in that the oil distributor is arranged under the upper cover buffering assembly ; the cylinder assembly is fixedly arranged under the oil distributor ; and the upper cover buffering assembly comprises an upper cover and a buffering assembly ; the buffering assembly comprises an elastomer , an elastic spacer and an elastic diaphragm which are laminated inside the axial cavity in sequence; an edge of the elastic diaphragm is embedded into a lower margin of the inner side of the upper cover and fixedly connected with an inner wall of the axial cavity and forms a seal; a bottom end of the oil distributor is provided with a damping hole ; the damping hole is arranged to be aligned with the top end of the elastic oil bag , and is in communication with the axial cavity and the elastic oil bag respectively; and an aperture of the damping hole is smaller than a caliber of the opening of the upper end of the elastic oil bag .
Device to feed a fluid to a household appliance, comprising: a main body provided with at least one inlet pipe for the fluid and at least one outlet pipe for the fluid; at least one electro valve to adjust the flow rate of fluid exiting from said outlet pipe ; at least one flow meter provided with a turbine containing one or more magnetic elements and positioned in said inlet pipe ; and at least one electronic circuit provided with at least one magnetic sensor positioned in proximity to said flow meter and able to detect the passage of said one or more magnetic elements when the turbine is made to rotate by the passage of the fluid in said inlet pipe , said feed device being characterized in that magnetic shielding elements , made of metal material or suchlike, are positioned between said electro valve and said electronic circuit provided with the magnetic sensor cooperating with said one or more magnetic elements of the flow meter . a main body provided with at least one inlet pipe for the fluid and at least one outlet pipe for the fluid; at least one electro valve to adjust the flow rate of fluid exiting from said outlet pipe ; at least one flow meter provided with a turbine containing one or more magnetic elements and positioned in said inlet pipe ; and at least one electronic circuit provided with at least one magnetic sensor positioned in proximity to said flow meter and able to detect the passage of said one or more magnetic elements when the turbine is made to rotate by the passage of the fluid in said inlet pipe , said feed device being characterized in that magnetic shielding elements , made of metal material or suchlike, are positioned between said electro valve and said electronic circuit provided with the magnetic sensor cooperating with said one or more magnetic elements of the flow meter .
A removable ruler for manual ceramic cutters, suitable to be rotatably mounted on a base of a manual ceramic cutter, comprising: a rotary platform permanently secured to the base of the cutter by means of a rotary shaft , and two removable segments extending laterally from said rotary platform, wherein the platform comprises securing means for the rapid coupling and uncoupling of the segments , the securing means comprises housings to receive in a tight-fitting way ends of the respective extensions ; and wherein each of the housings includes means for the rapid coupling and subsequent uncoupling of the segments by release of the securing means characterized in that the means for the rapid coupling and subsequent uncoupling of the segments comprise wedges that tighten the sides of the ends of the segments against the inner surface of the housings and screws for actuating the wedges . a rotary platform permanently secured to the base of the cutter by means of a rotary shaft , and two removable segments extending laterally from said rotary platform, wherein the platform comprises securing means for the rapid coupling and uncoupling of the segments , the securing means comprises housings to receive in a tight-fitting way ends of the respective extensions ; and wherein each of the housings includes means for the rapid coupling and subsequent uncoupling of the segments by release of the securing means characterized in that the means for the rapid coupling and subsequent uncoupling of the segments comprise wedges that tighten the sides of the ends of the segments against the inner surface of the housings and screws for actuating the wedges .
A wooden spring formed of a strip of wood for forming wooden spring fabric, wherein the wooden spring has a homogeneous shape, the wooden springs are interlaceable side by side with at least two other wooden springs and the wooden spring comprises - a helix having a first end and a second end, wherein the first end has diameter (d2) and the second end has diameter (d3), and - plurality of coils between the first end and second end of the helix, wherein an average thickness (a) of the helix is 0.2-2.0 mm; an average width (b, b2) of the helix is 2-10 mm; an average diameter (d) of the coil is 6-60 mm; an average pitch (s) of the coil is 4-40 mm; and a stretched-out length (I) of the wooden spring is 10-5000 mm. - a helix having a first end and a second end, wherein the first end has diameter (d2) and the second end has diameter (d3), and - plurality of coils between the first end and second end of the helix, an average thickness (a) of the helix is 0.2-2.0 mm; an average width (b, b2) of the helix is 2-10 mm; an average diameter (d) of the coil is 6-60 mm; an average pitch (s) of the coil is 4-40 mm; and a stretched-out length (I) of the wooden spring is 10-5000 mm.
A method for manufacturing a hollow part made of composite material for an aircraft turbomachine, the method comprising the following steps: a) a preform is produced by three-dimensional weaving of threads; b) said woven preform is cut so as to provide an internal separation ; c) said cut preform is deformed so as to provide an orifice from the internal separation , the deformed preform then comprising a first open end and a second open end opposite the first end ; d) said deformed preform is placed in an injection mould; e) a binder comprising a resin is injected into said injection mould in order to impregnate the whole of the deformed preform ; f) the resin is polymerised; and g) a composite part is extracted from the mould; h) a flexible mandrel having a predetermined shape is positioned in the orifice provided in the deformed preform from one of the first and second open ends before the resin injection step e); i) the flexible mandrel is removed from one of the first and second open ends after the resin polymerisation step f) or after the demoulding step g), the composite part then having a hollow core . a) a preform is produced by three-dimensional weaving of threads; b) said woven preform is cut so as to provide an internal separation ; c) said cut preform is deformed so as to provide an orifice from the internal separation , the deformed preform then comprising a first open end and a second open end opposite the first end ; d) said deformed preform is placed in an injection mould; e) a binder comprising a resin is injected into said injection mould in order to impregnate the whole of the deformed preform ; f) the resin is polymerised; and g) a composite part is extracted from the mould; h) a flexible mandrel having a predetermined shape is positioned in the orifice provided in the deformed preform from one of the first and second open ends before the resin injection step e); i) the flexible mandrel is removed from one of the first and second open ends after the resin polymerisation step f) or after the demoulding step g), the composite part then having a hollow core .
A method at a first entity for managing access and mobility, comprising: receiving (S101) a mobility message from a second entity for managing access and mobility, wherein the mobility message carries a data network identifier for a Protocol Data Unit, PDU, session; determining (S103) that the data network identifier in the received mobility message is an emergency data network identifier, based on emergency data network identifiers contained in emergency configuration data with which the first entity for managing access and mobility is configured; and determining (S105) that the PDU session is established for an emergency service. receiving (S101) a mobility message from a second entity for managing access and mobility, wherein the mobility message carries a data network identifier for a Protocol Data Unit, PDU, session; determining (S103) that the data network identifier in the received mobility message is an emergency data network identifier, based on emergency data network identifiers contained in emergency configuration data with which the first entity for managing access and mobility is configured; and determining (S105) that the PDU session is established for an emergency service.
A method for manufacturing a carbon nanotube with multiple walls, comprising the steps of: - depositing a nanoplot made of a catalyst material onto a substrate ; - growing a nanotube from said nanoplot; characterised in that it comprises a step of growing at least one graphene plane at the apex of said nanotube by depositing carbon in the vapour phase. - depositing a nanoplot made of a catalyst material onto a substrate ; - growing a nanotube from said nanoplot;
An induction heating type cooktop, comprising: a case ; a cover plate coupled to an upper end of the case , the cover plate comprising an upper plate configured to seat an object (HO) on an upper surface of the upper plate; a working coil (WC1, WC2, WCG) disposed in the case and configured to heat the object (HO); a thin film (TL1, TL2) attached on the upper plate and having a resistance value to a degree in which it is heated by the working coil (WC1, WC2, WCG) by induction; and a thermal insulating member disposed vertically between the lower surface of the upper plate and the working coil (WC1, WC2, WCG), wherein the skin depth of the thin film (TL1, TL2) is greater than the thickness of the thin film (TL1, TL2). a case ; a cover plate coupled to an upper end of the case , the cover plate comprising an upper plate configured to seat an object (HO) on an upper surface of the upper plate; a working coil (WC1, WC2, WCG) disposed in the case and configured to heat the object (HO); a thin film (TL1, TL2) attached on the upper plate and having a resistance value to a degree in which it is heated by the working coil (WC1, WC2, WCG) by induction; and a thermal insulating member disposed vertically between the lower surface of the upper plate and the working coil (WC1, WC2, WCG), wherein the skin depth of the thin film (TL1, TL2) is greater than the thickness of the thin film (TL1, TL2).
A method of wireless communication, comprising: receiving , by a base station from a user equipment, UE, an indication of UE capabilities regarding ability of the UE to monitor an integer M frequency band partitions; configuring , by the base station, the UE to monitor the M frequency band partitions for a predetermined signal according to a monitoring schedule configured by the base station for the UE based on at least the integer M frequency band partitions; performing , by the base station, one or more successful clear carrier assessments, CCAs, on an integer N frequency band partitions of the M frequency band partitions, wherein N<M; mapping , by the base station in response to the successful CCAs, one or more downlink transmissions to only the N frequency band partitions; transmitting , by the base station based on the mapping, the predetermined signal on only the N frequency band partitions at least during one or more monitoring occasions defined by the monitoring schedule; and transmitting , by the base station based on the mapping, a downlink signal to the UE on only the N frequency band partitions during a transmission opportunity, TXOP, having a starting point defined by the monitoring schedule. receiving , by a base station from a user equipment, UE, an indication of UE capabilities regarding ability of the UE to monitor an integer M frequency band partitions; configuring , by the base station, the UE to monitor the M frequency band partitions for a predetermined signal according to a monitoring schedule configured by the base station for the UE based on at least the integer M frequency band partitions; performing , by the base station, one or more successful clear carrier assessments, CCAs, on an integer N frequency band partitions of the M frequency band partitions, wherein N<M; mapping , by the base station in response to the successful CCAs, one or more downlink transmissions to only the N frequency band partitions; transmitting , by the base station based on the mapping, the predetermined signal on only the N frequency band partitions at least during one or more monitoring occasions defined by the monitoring schedule; and transmitting , by the base station based on the mapping, a downlink signal to the UE on only the N frequency band partitions during a transmission opportunity, TXOP, having a starting point defined by the monitoring schedule.
A method of priming an extracorporeal blood system , the extracorporeal blood system comprising an arterial blood line , a venous blood line , a pump segment for interaction with a peristaltic blood pump of an apparatus for extracorporeal blood treatment and comprising a blood treatment unit , wherein a port of the venous blood line is connected to a venous blood port of the blood treatment unit , a port of the arterial blood line is connected to an arterial blood port of the blood treatment unit and the extracorporeal blood system is connected to a reservoir containing priming liquid , and subsequently the non-occluded extracorporeal blood system is filled with priming liquid , characterized in that prior to filling with priming liquid , the pump segment is inserted into or positioned relative to the blood pump so that during filling of priming liquid into the blood system it is not occluded by the blood pump and, after complete filling of the extracorporeal blood system with priming liquid , is automatically placed and occluded in the delivery path of the blood pump by activating the latter. subsequently the non-occluded extracorporeal blood system is filled with priming liquid , characterized in that prior to filling with priming liquid , the pump segment is inserted into or positioned relative to the blood pump so that during filling of priming liquid into the blood system it is not occluded by the blood pump and, after complete filling of the extracorporeal blood system with priming liquid , is automatically placed and occluded in the delivery path of the blood pump by activating the latter.
A method of transmitting data between television receivers, comprising: receiving, in a first television receiver , media content from a media content provider ; and transmitting the media content from the first television receiver to a second television receiver via a wireless bridge circuit , the transmitting including: first television receiver transmitting a first data type from the wireless bridge circuit to the second television receiver over a first wireless network; first television receiver transmitting a second data type from the wireless bridge circuit to the second television receiver over a second wireless network, characterized in that the first wireless network has a first unique serial set identifier and the second wireless network has a second unique serial set identifier, different from the first unique serial set identifier; and in that the method further comprises in response to detecting data rate bandwidth is approaching the maximum capacity of the wireless bridge circuit, the television receivers automatically reducing the bandwidth of the second wireless network and increasing the bandwidth of the first wireless network. receiving, in a first television receiver , media content from a media content provider ; and transmitting the media content from the first television receiver to a second television receiver via a wireless bridge circuit , the transmitting including: first television receiver transmitting a first data type from the wireless bridge circuit to the second television receiver over a first wireless network; first television receiver transmitting a second data type from the wireless bridge circuit to the second television receiver over a second wireless network, characterized in that the first wireless network has a first unique serial set identifier and the second wireless network has a second unique serial set identifier, different from the first unique serial set identifier; and in that the method further comprises in response to detecting data rate bandwidth is approaching the maximum capacity of the wireless bridge circuit, the television receivers automatically reducing the bandwidth of the second wireless network and increasing the bandwidth of the first wireless network. first television receiver transmitting a first data type from the wireless bridge circuit to the second television receiver over a first wireless network; first television receiver transmitting a second data type from the wireless bridge circuit to the second television receiver over a second wireless network, characterized in that the first wireless network has a first unique serial set identifier and the second wireless network has a second unique serial set identifier, different from the first unique serial set identifier; and in that the method further comprises in response to detecting data rate bandwidth is approaching the maximum capacity of the wireless bridge circuit, the television receivers automatically reducing the bandwidth of the second wireless network and increasing the bandwidth of the first wireless network.
Tyre made of rubbery material, comprising a tread and two sidewalls delimiting said tread , each sidewall comprising a zone of maximum width, the tyre comprising at least one texture on at least one sidewall, said texture contrasting with the rest of the sidewall, said texture comprising a plurality of protruding or recessed elements formed integrally with said sidewall, characterized in that the texture is disposed on the sidewall of the tyre above the zone of maximum width of the tyre, said texture covering at least 20% of the surface of the sidewall above the zone of maximum width, and in that the texture forms a generally annular texture surface, and in that the mean spacing of the texture elements is between 0.05 and 0.35 mm.
A media-guiding system for guiding a media travelling from upstream to downstream along a transport path in an in-track direction, the media having a first side and an opposing second side, comprising: a media-guiding roller having a roller axis and an exterior surface having one or more grooves formed around the exterior surface, wherein the media travels along the transport path past the media-guiding roller with the first side of the media facing the exterior surface of the web-guiding roller, and wherein the media-guiding roller has a width in the direction of the roller axis which is less than 20% of a cross-track width of the web of media; and an air source for providing an air flow into one or more of the grooves, the air flow being directed between the first side of the media and the exterior surface of the media-guiding roller thereby producing a Bernoulli force to draw the media toward the exterior surface of the media-guiding roller and providing an increased traction between the media and the media-guiding roller. a media-guiding roller having a roller axis and an exterior surface having one or more grooves formed around the exterior surface, wherein the media travels along the transport path past the media-guiding roller with the first side of the media facing the exterior surface of the web-guiding roller, and wherein the media-guiding roller has a width in the direction of the roller axis which is less than 20% of a cross-track width of the web of media; and an air source for providing an air flow into one or more of the grooves, the air flow being directed between the first side of the media and the exterior surface of the media-guiding roller thereby producing a Bernoulli force to draw the media toward the exterior surface of the media-guiding roller and providing an increased traction between the media and the media-guiding roller.
A glass-ceramic article comprising: a composition, in mole%, comprising: SiO 2 in the range from 62 to 75; Al 2 O 3 in the range from 10.5 to 17; Li 2 O in the range from 5 to 13; ZnO in the range from 0 to 4; MgO in the range from 0 to 8; TiO 2 in the range from 2 to 5; B 2 O 3 in the range from 0 to 4; Na 2 O in the range from 0 to 5; K 2 O in the range from 0 to 4; ZrO 2 in the range from 0 to 2; P 2 O 5 in the range from 0 to 7; Fe 2 O 3 in the range from 0 to 0.3; MnOx in the range from 0 to 2; SnO 2 in the range from 0.05 to 0.2; a ratio [ Li 2 O+Na 2 O+K 2 O+MgO+ZnO ] [Al 2 O 3 +B 2 O 3 ] in the range from 0.7 to 1.5; a ratio: [ TiO 2 +SnO 2 ] [Sio 2 +B 2 O 3 ] greater than 0.04; and a Vickers crack initiation threshold of at least 15 kgf. SiO 2 in the range from 62 to 75; Al 2 O 3 in the range from 10.5 to 17; Li 2 O in the range from 5 to 13; ZnO in the range from 0 to 4; MgO in the range from 0 to 8; TiO 2 in the range from 2 to 5; B 2 O 3 in the range from 0 to 4; Na 2 O in the range from 0 to 5; K 2 O in the range from 0 to 4; ZrO 2 in the range from 0 to 2; P 2 O 5 in the range from 0 to 7; Fe 2 O 3 in the range from 0 to 0.3; MnOx in the range from 0 to 2; SnO 2 in the range from 0.05 to 0.2; a ratio [ Li 2 O+Na 2 O+K 2 O+MgO+ZnO ] [Al 2 O 3 +B 2 O 3 ] in the range from 0.7 to 1.5; a ratio: [ TiO 2 +SnO 2 ] [Sio 2 +B 2 O 3 ] greater than 0.04; and