mhurhangee/patent-ind-claim-en huggingface dataset:
A method for moving between communications systems, wherein the method is performed by a user equipment, UE , and comprises: receiving , from a first core network entity by the UE, a first message, wherein the first message is used to set up or modify a first evolved packet system, EPS, bearer for the UE in a first communications system, and the first message comprises first quality of service, QoS, flow information that is of a second communications system and that is corresponding to the first EPS bearer, wherein the first EPS bearer is a default bearer, and the first QoS flow information includes one or more of the following information: a session aggregation maximum bit rate, an SSC mode, a PDU session identifier, and a QoS rule; storing , by the UE, the first QoS flow information; moving the UE from the first communications system to the second communications system by using a handover process, comprising receiving a handover command from a base station in the first communications system, wherein the handover command comprises a QoS flow identifier and a session identifier; and determining , by the UE based on a first condition, second QoS flow information used by the UE in the second communications system, wherein the first condition comprises the first QoS flow information, the QoS flow identifier and the session identifier. receiving , from a first core network entity by the UE, a first message, wherein the first message is used to set up or modify a first evolved packet system, EPS, bearer for the UE in a first communications system, and the first message comprises first quality of service, QoS, flow information that is of a second communications system and that is corresponding to the first EPS bearer, wherein the first EPS bearer is a default bearer, and the first QoS flow information includes one or more of the following information: a session aggregation maximum bit rate, an SSC mode, a PDU session identifier, and a QoS rule; storing , by the UE, the first QoS flow information; moving the UE from the first communications system to the second communications system by using a handover process, comprising receiving a handover command from a base station in the first communications system, wherein the handover command comprises a QoS flow identifier and a session identifier; and determining , by the UE based on a first condition, second QoS flow information used by the UE in the second communications system, wherein the first condition comprises the first QoS flow information, the QoS flow identifier and the session identifier.
A turbomachine with a housing and a rotor rotatably mounted around a rotary axis (x) in the housing , which comprises a turbo stage with a high-pressure side and a low-pressure side , with a dry gas seal arranged between the high-pressure side and a housing interior , which comprises a purge chamber with an inner seal facing the high-pressure side and an outer seal facing away from the high-pressure side , with an intermediate chamber arranged between the dry gas seal and the high-pressure side , which is separated from the high-pressure side by an intermediate seal , wherein the intermediate seal comprises a first sealing surface arranged in a first radius (r 1 ) around the axis of rotation (x), wherein the inner seal comprises a second sealing surface arranged in a second radius (r 2 ) around the axis of rotation (x), wherein the outer seal comprises a third sealing surface arranged in a third radius (r 3 ) around the axis of rotation (x), and wherein the first radius (r 1 ) is smaller than the second radius (r 2 ) and/or the third radius (r 3 ), characterized in that the outer seal is designed as a mechanical seal with a first sliding ring and a second sliding ring , wherein the first sliding ring is firmly connected to the shaft and wherein the second sliding ring in the direction of the axis of rotation (x) is longitudinally slidably held on the housing , that, between the second sliding ring and the housing , a seal element is provided for sealing, which is attached to an associated contact surface of the housing and a rear end of the second sliding ring , that the contact surface extends around the axis of rotation (x) in the third radius (r 3 ) in a cylindrically symmetric manner, and that the second radius (r 2 ) is greater than the third radius (r 3 ).
A microelectromechanical system comprising a fixed support , at least one partly mobile mass element which is suspended from the fixed support by one or more suspension units, and at least one drive transducer which is configured to set the partly mobile mass element in resonance oscillation at a resonance frequency, wherein each suspension unit comprises one or more first springs (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101) which extend from the fixed support to the partly mobile mass element, characterized in that each suspension unit also comprises one or more second springs (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102), and each second spring (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102) extends from the fixed support to the partly mobile mass element parallel and adjacent to one first spring (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101), and that the one or more first springs (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101) are electrically isolated from the one or more second springs (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102), and the microelectromechanical system further comprises a voltage source configured to apply a frequency tuning voltage between the one or more first springs (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101) and the one or more second springs (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102). characterized in that each suspension unit also comprises one or more second springs (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102), and each second spring (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102) extends from the fixed support to the partly mobile mass element parallel and adjacent to one first spring (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101), and that the one or more first springs (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101) are electrically isolated from the one or more second springs (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102), and the microelectromechanical system further comprises a voltage source configured to apply a frequency tuning voltage between the one or more first springs (111, 112, 311 - 314, 411 - 412, 511 - 512, 61, 71, 81, 91, 101) and the one or more second springs (121, 122, 321 - 324, 42, 521 - 522, 62, 72, 82, 92, 102).
A system including a continuous communication link with a symbol reading device for reading barcode symbols, the system comprising: the symbol reading device , having a controller module and a communications module integral with said symbol reading device and in communication with said controller module of said symbol reading device ; a host device in communication with said communications module via a first connection to a first interface of said communications module to provide a first continuous communication link between the symbol reading device and the host device ; and a server computer ; characterised in that : said server computer is in communication with said communications module via a second connection to a second interface of said communications module to provide a second continuous communication link between the symbol reading device and the server computer that is separate from the first continuous communication link, the first continuous communication link being configured to carry decoded barcode data transmissions and the second continuous communication link being configured to enable updating of symbol reading software of the symbol reading device without interruption of the first continuous communication link. the symbol reading device , having a controller module and a communications module integral with said symbol reading device and in communication with said controller module of said symbol reading device ; a host device in communication with said communications module via a first connection to a first interface of said communications module to provide a first continuous communication link between the symbol reading device and the host device ; and a server computer ; characterised in that : said server computer is in communication with said communications module via a second connection to a second interface of said communications module to provide a second continuous communication link between the symbol reading device and the server computer that is separate from the first continuous communication link, the first continuous communication link being configured to carry decoded barcode data transmissions and the second continuous communication link being configured to enable updating of symbol reading software of the symbol reading device without interruption of the first continuous communication link. said server computer is in communication with said communications module via a second connection to a second interface of said communications module to provide a second continuous communication link between the symbol reading device and the server computer that is separate from the first continuous communication link, the first continuous communication link being configured to carry decoded barcode data transmissions and the second continuous communication link being configured to enable updating of symbol reading software of the symbol reading device without interruption of the first continuous communication link.
A microscaffold comprising a porous particle, which particle: comprises a three dimensional network of electrospun fibres, which fibres comprise a biocompatible polymer, wherein the particle has the shape of a cylinder or a polygonal prism, wherein the diameter of the cylinder or polygonal prism is from 20 μm to 2000 μm, and wherein the height of the cylinder or polygonal prism is from 10 μm to 200 μm. comprises a three dimensional network of electrospun fibres, which fibres comprise a biocompatible polymer, wherein the particle has the shape of a cylinder or a polygonal prism, wherein the diameter of the cylinder or polygonal prism is from 20 μm to 2000 μm, and wherein the height of the cylinder or polygonal prism is from 10 μm to 200 μm.
A non-naturally occurring Wood-Ljungdahl microorganism capable of producing polyhydroxybutyrate comprising: a. a nucleic acid encoding a heterologous acetyl-CoA C-acetyltransferase (EC 2.3.1.9) enzyme that converts acetyl-CoA to acetoacetyl-CoA, b. a nucleic acid encoding a heterologous acetoacetyl-CoA reductase (EC 1.1.1.36) enzyme or a nucleic acid encoding a heterologous 3-hydroxybutyryl-CoA dehydrogenase (EC 1.1.1.157) enzyme that converts acetoacetyl-CoA to 3-hydroxybutyryl-CoA, and c. a nucleic acid encoding a heterologous polyhydroxyalkanoate synthase (EC 2.3.1.-) enzyme that converts 3-hydroxybutyryl-CoA to polyhydroxybutyrate. a. a nucleic acid encoding a heterologous acetyl-CoA C-acetyltransferase (EC 2.3.1.9) enzyme that converts acetyl-CoA to acetoacetyl-CoA, b. a nucleic acid encoding a heterologous acetoacetyl-CoA reductase (EC 1.1.1.36) enzyme or a nucleic acid encoding a heterologous 3-hydroxybutyryl-CoA dehydrogenase (EC 1.1.1.157) enzyme that converts acetoacetyl-CoA to 3-hydroxybutyryl-CoA, and c. a nucleic acid encoding a heterologous polyhydroxyalkanoate synthase (EC 2.3.1.-) enzyme that converts 3-hydroxybutyryl-CoA to polyhydroxybutyrate.
Pack for cigarettes or other aroma-sensitive smoking-related articles, comprising an outer pack , preferably designed in the form of a hinge-lid box, and an inner pack , preferably designed in the form of a sealed block with an aroma- and moisture-tight sheet material enclosing the pack contents and with a repeated-use closing aid comprising an opening label , which overlaps a removal opening of the inner pack and is releasably connected to the inner pack via a repeated-action, peripheral glue connection, wherein the opening label is assigned a printing carrier designed in the form of a coupon , and wherein at least sub-regions of the coupon butt against the free outer side of the opening label , characterized in that the sub-regions of the coupon are releasably connected to the opening label .
An electrical apparatus comprising: a first receiver configured to receive a command signal indicating a control command for the electrical apparatus from a remote controller ; a second receiver configured to receive the command signal indicating the control command for the electrical apparatus from an operation terminal for transmitting, in addition to from within a transmission area of the remote controller , from outside the transmission area; and an operation controller configured to control a main operator according to the command signal received from the first receiver, or according to the command signal received from the second receiver, characterised in that the operation controller is configured to: when a first commanding signal is received from the remote controller , during a first time interval, not perform control based on the command signal transmitted from the operation terminal , and when a second commanding signal different from the first commanding signal is received by from the remote controller , during a second time interval different from the first time interval, not perform control based on the command signal transmitted from the operation terminal ; and the second time interval has a different length than the first time interval. a first receiver configured to receive a command signal indicating a control command for the electrical apparatus from a remote controller ; a second receiver configured to receive the command signal indicating the control command for the electrical apparatus from an operation terminal for transmitting, in addition to from within a transmission area of the remote controller , from outside the transmission area; and an operation controller configured to control a main operator according to the command signal received from the first receiver, or according to the command signal received from the second receiver, characterised in that the operation controller is configured to: when a first commanding signal is received from the remote controller , during a first time interval, not perform control based on the command signal transmitted from the operation terminal , and when a second commanding signal different from the first commanding signal is received by from the remote controller , during a second time interval different from the first time interval, not perform control based on the command signal transmitted from the operation terminal ; and when a first commanding signal is received from the remote controller , during a first time interval, not perform control based on the command signal transmitted from the operation terminal , and when a second commanding signal different from the first commanding signal is received by from the remote controller , during a second time interval different from the first time interval, not perform control based on the command signal transmitted from the operation terminal ; and the second time interval has a different length than the first time interval.
A drum washing machine comprising: a cabinet forming an outer appearance of the drum washing machine , and having an opening into which laundry is put; a door configured to open and close the opening of the cabinet ; a hinge assembly including a hinge shaft to support the door such that the door is rotatable with respect to the cabinet ; and a reinforcement member configured to support the cabinet and the hinge assembly , and rotatably connected to the hinge shaft , wherein the reinforcement member comprises a body , and a hinge shaft coupling hole formed in one end of the body and configured to pass the hinge shaft therethrough, characterized in that the reinforcement member further comprises a fixing part formed at the other end of the body , and configured to fix the reinforcement member at the cabinet , wherein the body further comprises a support rib formed on an outer circumference surface of the body , and configured to contact and support the cabinet . a cabinet forming an outer appearance of the drum washing machine , and having an opening into which laundry is put; a door configured to open and close the opening of the cabinet ; a hinge assembly including a hinge shaft to support the door such that the door is rotatable with respect to the cabinet ; and a reinforcement member configured to support the cabinet and the hinge assembly , and rotatably connected to the hinge shaft , wherein the reinforcement member comprises a body , and a hinge shaft coupling hole formed in one end of the body and configured to pass the hinge shaft therethrough, characterized in that the reinforcement member further comprises a fixing part formed at the other end of the body , and configured to fix the reinforcement member at the cabinet , wherein the body further comprises a support rib formed on an outer circumference surface of the body , and configured to contact and support the cabinet .
A method for detecting a rollover based on a signal of an acceleration sensor in the vertical axis direction of the vehicle using the duration during which the acceleration lies within a predetermined range, characterized in that a counter and an impulse generator are provided, the counter is increased per impulse as long as the acceleration lies within a predetermined range, and the counter is decreased to a maximum value of zero as long as the acceleration lies outside of a predetermined range.
A method for transmitting a reference signal in device-to-device, D2D, communication, wherein the method comprises: determining (S110), by a first user equipment, in a communication resource for D2D communication, a target resource used to bear a reference signal, RS, wherein the target resource is determined according to a modulus value of user equipment identity, wherein the user equipment identity is an identity of the first user equipment or a second user equipment; wherein the target resource is orthogonal cover code, OCC, of the RS or cyclic shift, CS, of the RS; and transmitting (S 120), by the first user equipment, the RS to the second user equipment by using the target resource. determining (S110), by a first user equipment, in a communication resource for D2D communication, a target resource used to bear a reference signal, RS, wherein the target resource is determined according to a modulus value of user equipment identity, wherein the user equipment identity is an identity of the first user equipment or a second user equipment; wherein the target resource is orthogonal cover code, OCC, of the RS or cyclic shift, CS, of the RS; and transmitting (S 120), by the first user equipment, the RS to the second user equipment by using the target resource.
A semiconductor package comprising: a substrate having an upper surface and a lower surface ; a housing cover having a sidewall portion attached to the substrate and an outer wall portion extending over the upper surface of the substrate , the substrate and the housing cover forming a housing that surrounds and defines an interior volume ; a pressure sensor device mounted onto the substrate within the interior volume , the pressure sensor having a light sensitive side including a flexible membrane , the light sensitive side facing away from the substrate; a humidity sensor device mounted onto the substrate within the interior volume with the pressure sensor and including a moisture-sensitive material ; an evaluation circuit device mounted onto the substrate within the interior volume with the pressure sensor and the humidity sensor and electrically connected to the pressure sensor and the humidity sensor ; a media opening in the housing that enables gas exchange between the interior volume and an exterior of the housing in order to allow the interior volume to exhibit ambient pressure and humidity conditions; wherein the media opening is positioned closer to the moisture-sensitive material of the humidity sensor than the flexible membrane of the pressure sensor , and wherein the media opening is positioned in the housing at a location that is offset laterally from the pressure sensor device and below the light sensitive side of the pressure sensor device with respect to vertical. a substrate having an upper surface and a lower surface ; a housing cover having a sidewall portion attached to the substrate and an outer wall portion extending over the upper surface of the substrate , the substrate and the housing cover forming a housing that surrounds and defines an interior volume ; a pressure sensor device mounted onto the substrate within the interior volume , the pressure sensor having a light sensitive side including a flexible membrane , the light sensitive side facing away from the substrate; a humidity sensor device mounted onto the substrate within the interior volume with the pressure sensor and including a moisture-sensitive material ; an evaluation circuit device mounted onto the substrate within the interior volume with the pressure sensor and the humidity sensor and electrically connected to the pressure sensor and the humidity sensor ; a media opening in the housing that enables gas exchange between the interior volume and an exterior of the housing in order to allow the interior volume to exhibit ambient pressure and humidity conditions; wherein the media opening is positioned closer to the moisture-sensitive material of the humidity sensor than the flexible membrane of the pressure sensor , and wherein the media opening is positioned in the housing at a location that is offset laterally from the pressure sensor device and below the light sensitive side of the pressure sensor device with respect to vertical.