mhurhangee/patent-ind-claim-en huggingface dataset:
A composition for providing extended release of fragrance comprising: (a) a hydrophilically-modified cross-linked silicone elastomer; (b) an acrylic rheology modifier comprising a copolymer of an acrylate monomer and an acrylamide monomer; (c) a polyol; (d) an alcohol; and (e) a fragrance oil, wherein the composition is capable of releasing said fragrance oil over a longer period of time as compared to an otherwise identical composition lacking either said hydrophilically-modified cross-linked silicone elastomer or said acrylic rheology modifier. (a) a hydrophilically-modified cross-linked silicone elastomer; (b) an acrylic rheology modifier comprising a copolymer of an acrylate monomer and an acrylamide monomer; (c) a polyol; (d) an alcohol; and (e) a fragrance oil,
A method for destroying exosomes derived from cancer cells, comprising: a step of preparing an antimicrobial peptide; and a step of allowing the antimicrobial peptide to coexist with the exosome derived from a cancer cell to destroy the exosome derived from a cancer cell in a body fluid sample ex vivo. a step of preparing an antimicrobial peptide; and a step of allowing the antimicrobial peptide to coexist with the exosome derived from a cancer cell to destroy the exosome derived from a cancer cell in a body fluid sample ex vivo.
A cubicle comprising: a structural frame ; a door which is pivotably attached to the frame; a stop member which is movable between a normal use configuration in which the door is prevented from pivoting outwards from a closed position and an emergency use configuration in which the door is free to pivot outwards from the closed position; and a concealing member adapted to conceal a first line of sight between the door and the frame , wherein the concealing member is movable to a retained position in which it is clear of the door and thus does not interfere with pivoting of the door ; characterised in that the vertical edge of the door which is adjacent to the concealing member has a stepped profile which defines a recess ; and the concealing member extends into the recess . a structural frame ; a door which is pivotably attached to the frame; a stop member which is movable between a normal use configuration in which the door is prevented from pivoting outwards from a closed position and an emergency use configuration in which the door is free to pivot outwards from the closed position; and a concealing member adapted to conceal a first line of sight between the door and the frame , wherein the concealing member is movable to a retained position in which it is clear of the door and thus does not interfere with pivoting of the door ; characterised in that the vertical edge of the door which is adjacent to the concealing member has a stepped profile which defines a recess ; and the concealing member extends into the recess .
A power distribution system comprising: a first set of power converters arranged in series, each of the first set of power converters having a respective power input and a respective power output ; and at least one controller module communicatively connected with the first set of power converters and configured to controllably adjust the power conversion of the first set of power converters such that each of the first set of power converters is limited to a predetermined amount of power, wherein the power distribution system further comprises a set of power sources arranged in series connected with the power inputs . a first set of power converters arranged in series, each of the first set of power converters having a respective power input and a respective power output ; and at least one controller module communicatively connected with the first set of power converters and configured to controllably adjust the power conversion of the first set of power converters such that each of the first set of power converters is limited to a predetermined amount of power, wherein the power distribution system further comprises a set of power sources arranged in series connected with the power inputs .
Semiconductor device, comprising a substrate layer made of a semiconductor material of a first conductivity type with a first insulating region , and a plurality of vertical bipolar transistors, wherein the vertical bipolar transistors each comprise: - a first height section of a collector made of monocrystalline semiconductor material of a second conductivity type, said section being arranged in an opening of the first insulating region , - a second insulating region which rests partly on the first height section of the collector and partly on the first insulating region and which in the region of the collector has an opening in which a second height section of the collector made of monocrystalline material is arranged, comprising an inner region of the second conductivity type, - a base made of monocrystalline semiconductor material of the first conductivity type, - a base connection region on the second insulating region which surrounds the base in the lateral direction and which, apart from a seed layer or a metallisation layer, is either partially or completely monocrystalline on the second insulating region , - a T-shaped emitter made of semiconductor material of the second conductivity type, which overlaps the base connection region , wherein - a horizontal bar of the T-shaped emitter overlaps outwards with the respective base connection region, and wherein - the lateral extent of this overlap over the total number of bipolar transistors of the semiconductor device has a variation of a maximum of 10 nanometres. - a first height section of a collector made of monocrystalline semiconductor material of a second conductivity type, said section being arranged in an opening of the first insulating region , - a second insulating region which rests partly on the first height section of the collector and partly on the first insulating region and which in the region of the collector has an opening in which a second height section of the collector made of monocrystalline material is arranged, comprising an inner region of the second conductivity type, - a base made of monocrystalline semiconductor material of the first conductivity type, - a base connection region on the second insulating region which surrounds the base in the lateral direction and which, apart from a seed layer or a metallisation layer, is either partially or completely monocrystalline on the second insulating region , - a T-shaped emitter made of semiconductor material of the second conductivity type, which overlaps the base connection region , wherein - a horizontal bar of the T-shaped emitter overlaps outwards with the respective base connection region, and wherein - the lateral extent of this overlap over the total number of bipolar transistors of the semiconductor device has a variation of a maximum of 10 nanometres.
A method for receiving a Multimedia Broadcast Multicast Service, MBMS, by a User Equipment, UE, in carrier aggregation, comprising: determining , by a UE with MBMS capability, all Component Carriers, CCs, that can be received by the UE at UE's geographic location; determining , by the UE, an MBMS-bearing CC in the all CCs; and receiving , by the UE, an MBMS on the MBMS-bearing CC; wherein the determining, by the UE, an MBMS-bearing CC in the all CCs comprises: receiving, by the UE, a Broadcast Control Channel, BCCH, sent in each of the all CCs that can be received according to a relation between a CC and the UE itself, and determining, by the UE, the MBMS-bearing CC according to the BCCH; or receiving, by the UE, information from a network side on the MBMS-bearing CC in all CCs via a Primary Cell, Pcell, of the UE; receiving, by the UE, the BCCH sent in each MBMS-bearing CC according to the relation between a CC and the UE itself. determining , by a UE with MBMS capability, all Component Carriers, CCs, that can be received by the UE at UE's geographic location; determining , by the UE, an MBMS-bearing CC in the all CCs; and receiving , by the UE, an MBMS on the MBMS-bearing CC; wherein the determining, by the UE, an MBMS-bearing CC in the all CCs comprises: receiving, by the UE, a Broadcast Control Channel, BCCH, sent in each of the all CCs that can be received according to a relation between a CC and the UE itself, and determining, by the UE, the MBMS-bearing CC according to the BCCH; or receiving, by the UE, information from a network side on the MBMS-bearing CC in all CCs via a Primary Cell, Pcell, of the UE; receiving, by the UE, the BCCH sent in each MBMS-bearing CC according to the relation between a CC and the UE itself. receiving, by the UE, a Broadcast Control Channel, BCCH, sent in each of the all CCs that can be received according to a relation between a CC and the UE itself, and determining, by the UE, the MBMS-bearing CC according to the BCCH; or receiving, by the UE, information from a network side on the MBMS-bearing CC in all CCs via a Primary Cell, Pcell, of the UE; receiving, by the UE, the BCCH sent in each MBMS-bearing CC according to the relation between a CC and the UE itself.
A tower crane, in particular a revolving tower crane, having a main boom arranged at the tower tip and a counterboom , wherein at least one main hoist rope is guided over the main boom to take-up the load and at least one counterboom hoist rope is guided over the counterboom to take-up a balance weight, wherein a hoist winch for the stowage and actuation of the main hoist rope , to which the lifting hook for taking up the load is lashed, is installed at the main boom and a hoist winch on which the further counterboom hoist rope for actuating the lifting hook is lashed, is installed at the counterboom , characterized in that the tower crane has a crane tower assembled from a plurality of tower pieces; in that the crane tower comprises at least one climb piece at which the counterboom and/or the main boom is/are luffably received; and in that one or more consoles are installed laterally at the climb piece , preferably a respective console at the front side and the rear side of the climb piece disposed in the luffing plane, at which consoles the main boom and/or the counterboom is/are luffably supported. a hoist winch for the stowage and actuation of the main hoist rope , to which the lifting hook for taking up the load is lashed, is installed at the main boom and a hoist winch on which the further counterboom hoist rope for actuating the lifting hook is lashed, is installed at the counterboom , characterized in that the tower crane has a crane tower assembled from a plurality of tower pieces; in that the crane tower comprises at least one climb piece at which the counterboom and/or the main boom is/are luffably received; and in that one or more consoles are installed laterally at the climb piece , preferably a respective console at the front side and the rear side of the climb piece disposed in the luffing plane, at which consoles the main boom and/or the counterboom is/are luffably supported.
A chip bonding device, comprising a first motion stage , a second motion stage , a chip pickup element , a transfer carrier , a chip adjustment system , a bonding stage and a control system , wherein: the first motion stage is configured to support a set of chips (140a-140n) and transport the set of chips (140a-140n) to the chip pickup element ; the transfer carrier is configured for temporary retention of the chips picked up by the chip pickup element from the first motion stage ; the chip adjustment system is configured to adjust positions of the chips (140a-140n) on the transfer carrier ; the bonding stage is configured to support a substrate ; the second motion stage is configured to transport the transfer carrier to the chip pickup element , and further transport the chip pickup element having the chips (140a-140n) temporarily retained thereon to the chip adjustment system , and further transport the chip pickup element having the position-adjusted chips retained thereon to the substrate , so as to finally bond the substrate to the chips (140a-140n) on the transfer carrier ; and wherein each of the first motion stage , the second motion stage , the chip adjustment system and the bonding stage is controlled by the control system and movable in multiple degrees of freedom. the first motion stage is configured to support a set of chips (140a-140n) and transport the set of chips (140a-140n) to the chip pickup element ; the transfer carrier is configured for temporary retention of the chips picked up by the chip pickup element from the first motion stage ; the chip adjustment system is configured to adjust positions of the chips (140a-140n) on the transfer carrier ; the bonding stage is configured to support a substrate ; the second motion stage is configured to transport the transfer carrier to the chip pickup element , and further transport the chip pickup element having the chips (140a-140n) temporarily retained thereon to the chip adjustment system , and further transport the chip pickup element having the position-adjusted chips retained thereon to the substrate , so as to finally bond the substrate to the chips (140a-140n) on the transfer carrier ; and wherein each of the first motion stage , the second motion stage , the chip adjustment system and the bonding stage is controlled by the control system and movable in multiple degrees of freedom.
An apparatus comprising: a processor ; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving, from a service layer , a packet containing a service layer session ID indicating that the packet is part of an end-to-end service layer session, wherein the service layer configures one or more underlying networks connecting a service layer apparatus and another service layer apparatus, wherein the service layer is a service supporting service capabilities through a set of application programming interfaces, APIs; identifying a set of end-to-end quality of service requirements for the packet based on the service layer session ID; controlling a latency, jitter and throughput of the packet through the one or more underlying networks based on the end-to-end quality of service requirements, and sending , to the service layer, a notification indicating if the end-to-end quality of service requirements were met. a processor ; and a memory coupled with the processor, the memory comprising executable instructions that when executed by the processor cause the processor to effectuate operations comprising: receiving, from a service layer , a packet containing a service layer session ID indicating that the packet is part of an end-to-end service layer session, wherein the service layer configures one or more underlying networks connecting a service layer apparatus and another service layer apparatus, wherein the service layer is a service supporting service capabilities through a set of application programming interfaces, APIs; identifying a set of end-to-end quality of service requirements for the packet based on the service layer session ID; controlling a latency, jitter and throughput of the packet through the one or more underlying networks based on the end-to-end quality of service requirements, and sending , to the service layer, a notification indicating if the end-to-end quality of service requirements were met. receiving, from a service layer , a packet containing a service layer session ID indicating that the packet is part of an end-to-end service layer session, wherein the service layer configures one or more underlying networks connecting a service layer apparatus and another service layer apparatus, wherein the service layer is a service supporting service capabilities through a set of application programming interfaces, APIs; identifying a set of end-to-end quality of service requirements for the packet based on the service layer session ID; controlling a latency, jitter and throughput of the packet through the one or more underlying networks based on the end-to-end quality of service requirements, and sending , to the service layer, a notification indicating if the end-to-end quality of service requirements were met.
An optical pickup device , suitable for supporting Ultra High-Density Blu-ray Disc (UHD BD), comprising: a semiconductor laser that emits a blue-violet laser beam; and an object lens that concentrates the laser beam on an optical disc , said optical disc comprising a triple -layer structure including a L2 layer, wherein the L2 layer is the layer closest to the surface of the optical disc facing the objective lens characterised in that, an optical axis (J) of the object lens is inclined with respect to an optical axis of the laser beam that is incident on the object lens, so as to generate a flare caused by coma aberration on an entrance side in a forward direction of pits of the optical disc , by intentional disposition of the object lens inclination such that the optical pickup device generates minus coma aberration, so as to improve the playback performance in the L2 layer at the time of playback of the triple-layer structure UHD BD. a semiconductor laser that emits a blue-violet laser beam; and an object lens that concentrates the laser beam on an optical disc , said optical disc comprising a triple -layer structure including a L2 layer, wherein the L2 layer is the layer closest to the surface of the optical disc facing the objective lens characterised in that, an optical axis (J) of the object lens is inclined with respect to an optical axis of the laser beam that is incident on the object lens, so as to generate a flare caused by coma aberration on an entrance side in a forward direction of pits of the optical disc , by intentional disposition of the object lens inclination such that the optical pickup device generates minus coma aberration, so as to improve the playback performance in the L2 layer at the time of playback of the triple-layer structure UHD BD.
An injection molding machine comprising: a mold clamping unit configured to clamp a mold unit ; an injection unit configured to fill the mold unit clamped by the mold clamping unit with a molding material; an ejector unit configured to eject a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified; and a control device configured to control the mold clamping unit , the injection unit , and the ejector unit , characterized in that the control device is configured to conditionally continue a running operation of the injection molding machine even when an abnormality regarding the control device occurs, wherein, when an abnormality occurs in the control device , whether to continue or stop a running operation of the injection molding machine is different for each type of the abnormality. a mold clamping unit configured to clamp a mold unit ; an injection unit configured to fill the mold unit clamped by the mold clamping unit with a molding material; an ejector unit configured to eject a molding product from the mold unit after the molding material filled by the injection unit is cooled and solidified; and a control device configured to control the mold clamping unit , the injection unit , and the ejector unit , characterized in that the control device is configured to conditionally continue a running operation of the injection molding machine even when an abnormality regarding the control device occurs, wherein, when an abnormality occurs in the control device , whether to continue or stop a running operation of the injection molding machine is different for each type of the abnormality.
A method for reducing the magnitude of a uniformity parameter in a cured tire , comprising: determining an ablation order for a plurality of tracks along a bead of a tire based on sensitivity data so that the most sensitive tracks are calculated first for the plurality of tracks, the ablation order specifying the order in which ablation patterns for the plurality of tracks are to be calculated; progressively determining, with a computing device, one or more ablation patterns according to the ablation order to reduce the magnitude of the uniformity parameter for the tire ; and selectively removing material from the bead of the tire in accordance with the one or more ablation patterns. determining an ablation order for a plurality of tracks along a bead of a tire based on sensitivity data so that the most sensitive tracks are calculated first for the plurality of tracks, the ablation order specifying the order in which ablation patterns for the plurality of tracks are to be calculated; progressively determining, with a computing device, one or more ablation patterns according to the ablation order to reduce the magnitude of the uniformity parameter for the tire ; and selectively removing material from the bead of the tire in accordance with the one or more ablation patterns.
A faceplate configured to be heated for a sensor of an aircraft, the faceplate comprising: an interior surface , the interior surface facing toward an interior of the aircraft; an exterior surface opposite the interior surface ; and a wall connected to the exterior surface of the faceplate at an upstream portion of the faceplate, the upstream portion of the faceplate being upstream with respect to oncoming airflow when the faceplate is installed on the aircraft, and positioned on the faceplate to prevent water from running onto the faceplate and accumulating onto the faceplate as a large ice formation that would obstruct airflow when the faceplate is installed on the aircraft, the wall comprising: a base connected to the exterior surface of the faceplate at the upstream portion ; and tines protruding from a top of the base away from the exterior surface , the tines being shaped and spaced from each other to accumulate ice in unstable shapes and having a height, the height of each tine being a distance between the exterior surface of the faceplate and a top of the tine, and the height of each tine being large enough to capture water and small enough that water can be frozen and shedded before ice forms down to the exterior surface of the faceplate. an interior surface , the interior surface facing toward an interior of the aircraft; an exterior surface opposite the interior surface ; and a wall connected to the exterior surface of the faceplate at an upstream portion of the faceplate, the upstream portion of the faceplate being upstream with respect to oncoming airflow when the faceplate is installed on the aircraft, and positioned on the faceplate to prevent water from running onto the faceplate and accumulating onto the faceplate as a large ice formation that would obstruct airflow when the faceplate is installed on the aircraft, the wall comprising: a base connected to the exterior surface of the faceplate at the upstream portion ; and tines protruding from a top of the base away from the exterior surface , the tines being shaped and spaced from each other to accumulate ice in unstable shapes and having a height, the height of each tine being a distance between the exterior surface of the faceplate and a top of the tine, and the height of each tine being large enough to capture water and small enough that water can be frozen and shedded before ice forms down to the exterior surface of the faceplate. a base connected to the exterior surface of the faceplate at the upstream portion ; and tines protruding from a top of the base away from the exterior surface , the tines being shaped and spaced from each other to accumulate ice in unstable shapes and having a height, the height of each tine being a distance between the exterior surface of the faceplate and a top of the tine, and the height of each tine being large enough to capture water and small enough that water can be frozen and shedded before ice forms down to the exterior surface of the faceplate.