mhurhangee/patent-ind-claim-en huggingface dataset:
A blow-fill seal container , comprising: a squeezable vial having an interior cavity ("C") and a single aperture, said vial further having a neck on which the single aperture is located which defines an outlet port ("P") for dispensing fluid ; and a removable cap positioned about said neck and covering said outlet port ("P"), said cap having a top surface distal from said outlet port ("P"); the container characterised in further comprising a resilient guard having a first end, a second end and a mid-section having a bottom surface , both ends integral to said vial , said resilient guard having an initial position in which the bottom surface of said mid-section faces and is in close proximity to the top surface of said cap preventing the removal of said cap , and a second position in which the bottom surface of said mid-section is displaced away from being in close proximity to the top surface of said cap by application of a bending force upon said resilient guard whereby said cap can be removed to expose said outlet port ("P"); and, where said mid-section of the resilient guard returns to substantially its initial position when a bending force is removed. a squeezable vial having an interior cavity ("C") and a single aperture, said vial further having a neck on which the single aperture is located which defines an outlet port ("P") for dispensing fluid ; and a removable cap positioned about said neck and covering said outlet port ("P"), said cap having a top surface distal from said outlet port ("P"); the container characterised in further comprising a resilient guard having a first end, a second end and a mid-section having a bottom surface , both ends integral to said vial , said resilient guard having an initial position in which the bottom surface of said mid-section faces and is in close proximity to the top surface of said cap preventing the removal of said cap , and a second position in which the bottom surface of said mid-section is displaced away from being in close proximity to the top surface of said cap by application of a bending force upon said resilient guard whereby said cap can be removed to expose said outlet port ("P"); and, where said mid-section of the resilient guard returns to substantially its initial position when a bending force is removed.
Charging socket , which is installed or can be installed in an electric vehicle , for receiving a charging plug for charging a traction energy store of the electric vehicle with an electrical charging current, comprising: power contacts which are designed to make contact with corresponding power contacts of the charging plug in the state received in the charging socket for the purpose of electrically conducting the charging current; charging-technology-specific signal contacts which are designed to make contact with corresponding signal contacts of the charging plug in the state received in the charging socket for the purpose of controlling the charging current; a signal converter which is designed to transmit and/or receive control signals for controlling the charging current at the charging-technology-specific signal contacts of the charging socket ; the charging socket characterized by a bus node which comprises a connection to a data bus and is designed to communicate via the data bus with a vehicle controller of the electric vehicle and to control the signal converter - to transmit the control signals, wherein the transmitted control signals correspond to the communication via the data bus , and/or - to receive the control signals, wherein the communication via the data bus corresponds to the received control signals. power contacts which are designed to make contact with corresponding power contacts of the charging plug in the state received in the charging socket for the purpose of electrically conducting the charging current; charging-technology-specific signal contacts which are designed to make contact with corresponding signal contacts of the charging plug in the state received in the charging socket for the purpose of controlling the charging current; a signal converter which is designed to transmit and/or receive control signals for controlling the charging current at the charging-technology-specific signal contacts of the charging socket ; the charging socket characterized by a bus node which comprises a connection to a data bus and is designed to communicate via the data bus with a vehicle controller of the electric vehicle and to control the signal converter - to transmit the control signals, wherein the transmitted control signals correspond to the communication via the data bus , and/or - to receive the control signals, wherein the communication via the data bus corresponds to the received control signals. - to transmit the control signals, wherein the transmitted control signals correspond to the communication via the data bus , and/or - to receive the control signals, wherein the communication via the data bus corresponds to the received control signals.
Sampling device for a liquid sample , comprising: a) a main case having a clamping portion , a sample reception section and an indicator section , said sample reception section being located within said clamping portion , wherein said main case further has a test strip mounting portion designed to have a test strip mounted therein so that said test strip extends into said sample reception section as well as said indicator section ; and b) a sample transfer member being connected to said main case and having a sample acquisition portion , wherein said sample transfer member and said main case are configurable in at least the following configurations: - a sample acquisition configuration , wherein said sample acquisition portion is located outside said main case and securable in said configuration by said clamping portion ; and - a sample transfer configuration , wherein said sample acquisition portion is located within said sample reception section and securable in said configuration by said clamping portion ; characterized in that said sample transfer member comprises a handling nipple designed to manipulate said sample transfer member , wherein said handling nipple is located on a side portion of said sample transfer member . a) a main case having a clamping portion , a sample reception section and an indicator section , said sample reception section being located within said clamping portion , wherein said main case further has a test strip mounting portion designed to have a test strip mounted therein so that said test strip extends into said sample reception section as well as said indicator section ; and b) a sample transfer member being connected to said main case and having a sample acquisition portion , wherein said sample transfer member and said main case are configurable in at least the following configurations: - a sample acquisition configuration , wherein said sample acquisition portion is located outside said main case and securable in said configuration by said clamping portion ; and - a sample transfer configuration , wherein said sample acquisition portion is located within said sample reception section and securable in said configuration by said clamping portion ; - a sample acquisition configuration , wherein said sample acquisition portion is located outside said main case and securable in said configuration by said clamping portion ; and - a sample transfer configuration , wherein said sample acquisition portion is located within said sample reception section and securable in said configuration by said clamping portion ;
A method performed by a wireless communication node, the method comprising: configuring a first set of bandwidth part, BWP, for a wireless communication device, wherein the first set of BWP includes a single BWP configured for either uplink or downlink transmission regarding the wireless communication device; and configuring at least one second set of BWPs for the wireless communication device, wherein each of the second set of BWPs includes a pair of BWPs configured respectively for uplink and downlink transmissions regarding the wireless communication device, wherein the first set of BWP is associated with the at least one second set of BWPs based on at least one predetermined relationship, in which when one of the pair of BWPs of at least one of the second set of BWPs is active, the first set of BWP is active, wherein among the at least one second set of BWPs, at most one of the pair of BWPs is active. configuring a first set of bandwidth part, BWP, for a wireless communication device, wherein the first set of BWP includes a single BWP configured for either uplink or downlink transmission regarding the wireless communication device; and configuring at least one second set of BWPs for the wireless communication device, wherein each of the second set of BWPs includes a pair of BWPs configured respectively for uplink and downlink transmissions regarding the wireless communication device, wherein the first set of BWP is associated with the at least one second set of BWPs based on at least one predetermined relationship, in which when one of the pair of BWPs of at least one of the second set of BWPs is active, the first set of BWP is active, wherein among the at least one second set of BWPs, at most one of the pair of BWPs is active.
Coupling device for the rotary coupling of a pivot shaft of a flap diaphragm of an exhaust gas flap with a drive member, comprising at least one coupling element adapted with a flat material with a first coupling area configured for coupling to the pivot shaft , with a second coupling area configured for coupling to the drive member and with at least one connection area connecting the first coupling area to the second coupling area , wherein, in the coupled state, the first coupling area and the second coupling area are prestressed in a direction towards one another or in a direction away from one another, wherein a first connection area is provided adjacent to a first end area of the first coupling area and a first end area of the second coupling area characterized in that a second connection area is provided adjacent to a second end area of the first coupling area and a second end area of the second coupling area , that the coupling element is adapted with a piece of flat material and that one coupling area out of first coupling area and second coupling area comprises end areas of the piece of flat material which are arranged overlapping one another or connected by a connection piece .
Assembly (AR), in particular a turbomachine (TM), comprising - a shaft (SH), which extends along an axis (X), - a shaft seal device (SHS) for sealing an annular gap (GP) between the shaft (SH) and a stator (STT) in order to seal a process fluid chamber (PFC) in relation to the environment (AMB), - wherein the shaft seal device (SHS) has a ferrofluid shaft seal (FFS), - wherein, at the process fluid chamber, the shaft seal device (SHS) comprises an additional shaft seal (SHS1) in addition to the ferrofluid shaft seal (FFS), - wherein the ferrofluid shaft seal (FFS) is arranged at the annular gap (GP) axially between the first shaft seal (SHS1) and the environment (AMB), - wherein a pressure sink (SUC) is provided at the annular gap (GP) axially between the additional shaft seal (SHS1) and the ferrofluid shaft seal (FFS), characterized - in that the assembly (AR) comprises a ferrofluid storage container (MFT), in which ferrofluid (MFL) is stored, and wherein the ferrofluid storage container (MFT) is connected to the ferrofluid seal (FFS) by lines to the supply and/or discharge line of the ferrofluid (MFL), wherein the assembly (AR) has at least one bearing (RB) for supporting the shaft (SH), - wherein the assembly (AR) comprises a conditioning system which is designed, by means of supply lines to the ferrofluid seal (FFS), to supply the ferrofluid (MFL) at a first pressure to the ferrofluid seal (FFS) and to supply the ferrofluid (MFL) to the bearing (RB) as lubricant (OIL) at a second pressure, which is different from the first pressure. - a shaft (SH), which extends along an axis (X), - a shaft seal device (SHS) for sealing an annular gap (GP) between the shaft (SH) and a stator (STT) in order to seal a process fluid chamber (PFC) in relation to the environment (AMB), - wherein the shaft seal device (SHS) has a ferrofluid shaft seal (FFS), - wherein, at the process fluid chamber, the shaft seal device (SHS) comprises an additional shaft seal (SHS1) in addition to the ferrofluid shaft seal (FFS), - wherein the ferrofluid shaft seal (FFS) is arranged at the annular gap (GP) axially between the first shaft seal (SHS1) and the environment (AMB), - wherein a pressure sink (SUC) is provided at the annular gap (GP) axially between the additional shaft seal (SHS1) and the ferrofluid shaft seal (FFS), - in that the assembly (AR) comprises a ferrofluid storage container (MFT), in which ferrofluid (MFL) is stored, and wherein the ferrofluid storage container (MFT) is connected to the ferrofluid seal (FFS) by lines to the supply and/or discharge line of the ferrofluid (MFL), wherein the assembly (AR) has at least one bearing (RB) for supporting the shaft (SH), - wherein the assembly (AR) comprises a conditioning system which is designed, by means of supply lines to the ferrofluid seal (FFS), to supply the ferrofluid (MFL) at a first pressure to the ferrofluid seal (FFS) and to supply the ferrofluid (MFL) to the bearing (RB) as lubricant (OIL) at a second pressure, which is different from the first pressure.
A pharmaceutical composition for use in the prevention and/or treatment of atopic dermatitis comprising an anti-human IL-31RA neutralizing antibody as an active ingredient, wherein said anti-human IL-31RA neutralizing antibody is for subcutaneous administration according to any one of the following (a) to (c): (a) repeated administration in equal amounts at the same dosing interval to a subject with or potentially with atopic dermatitis, at 25 to 100 mg/body/4 weeks, 25 to 75 mg/body/4 weeks, 50 to 100 mg/body/4 weeks, or 50 to 75 mg/body/4 weeks; (b) repeated administration in equal amounts at the same dosing interval to a subject with or potentially with atopic dermatitis, at 0.5 mg/kg/4 weeks; and (c) an administration of an initial dose to a subject and subsequent continuous doses in equal amounts at the same dosing interval, at 25 to 100 mg/body/4 weeks, 25 to 75 mg/body/4 weeks, 50 to 100 mg/body/4 weeks, or 50 to 75 mg/body/4 weeks, wherein the initial dose differs from the continuous doses; and wherein said anti-human IL-31RA neutralizing antibody comprises an H chain as set forth in SEQ ID NO: 9 and an L chain as set forth in SEQ ID NO: 10. (a) repeated administration in equal amounts at the same dosing interval to a subject with or potentially with atopic dermatitis, at 25 to 100 mg/body/4 weeks, 25 to 75 mg/body/4 weeks, 50 to 100 mg/body/4 weeks, or 50 to 75 mg/body/4 weeks; (b) repeated administration in equal amounts at the same dosing interval to a subject with or potentially with atopic dermatitis, at 0.5 mg/kg/4 weeks; and (c) an administration of an initial dose to a subject and subsequent continuous doses in equal amounts at the same dosing interval, at 25 to 100 mg/body/4 weeks, 25 to 75 mg/body/4 weeks, 50 to 100 mg/body/4 weeks, or 50 to 75 mg/body/4 weeks, wherein the initial dose differs from the continuous doses;
A method in a network node , comprising: determining to page a plurality of user equipments, UEs, ; transmitting a paging indicator associated with the plurality of UEs; receiving , in response to the transmitted paging indicator, a predefined uplink signal from at least one of the plurality of UEs; and sending , in response to the received predefined uplink signal, a downlink message for initiating an exchange and verification of one or more paging identities, wherein each of the one or more paging identities is uniquely associated with one of the plurality of UEs, wherein the paging indicator comprises a set of bits that is the same as a subset of bits of each of the plurality of paging identities uniquely associated with one of the plurality of UEs, and wherein the length of the paging indicator is chosen to match the number of wireless devices to be paged and the maximum number of available bits. determining to page a plurality of user equipments, UEs, ; transmitting a paging indicator associated with the plurality of UEs; receiving , in response to the transmitted paging indicator, a predefined uplink signal from at least one of the plurality of UEs; and sending , in response to the received predefined uplink signal, a downlink message for initiating an exchange and verification of one or more paging identities, wherein each of the one or more paging identities is uniquely associated with one of the plurality of UEs, wherein the paging indicator comprises a set of bits that is the same as a subset of bits of each of the plurality of paging identities uniquely associated with one of the plurality of UEs, and wherein the length of the paging indicator is chosen to match the number of wireless devices to be paged and the maximum number of available bits.
A method for increasing the content of coumestrol of germinated and fermented beans using light emitting diodes, the method comprising a fermentation step of germinating a bean and fermenting the bean by an inoculation with Aspergillus oryzae to prepare a germinated and fermented bean; and an irradiation step of irradiating light emitting diodes to the germinated and fermented bean, wherein the irradiation step is carried out by irradiating light emitting diodes at a wavelength of 620 nm to 670 nm.
A method performed by a service gateway, S1GW, for resolving security issues using next hop, NH, and next hop changing counter, NCC, pairs, the method comprising: transmitting , to a mobility management entity, MME, an S1 access protocol, S1AP, message initial user equipment, UE, message, wherein the S1AP message initial UE message is used for transmitting a non-access stratum, NAS, message received from a UE via a base station to the MME; receiving (601; 704) from the MME, in response to the S1AP message initial UE message, an initial context setup request message which includes a sequence including multiple NH and NCC pairs used for the UE; determining a next unused NH and NCC pair from the sequence received from the MME, after receiving a handover required message for the UE from the base station; and, transmitting (602; 1002) a handover request message including the next unused NH and NCC pair to a target base station. transmitting , to a mobility management entity, MME, an S1 access protocol, S1AP, message initial user equipment, UE, message, wherein the S1AP message initial UE message is used for transmitting a non-access stratum, NAS, message received from a UE via a base station to the MME; receiving (601; 704) from the MME, in response to the S1AP message initial UE message, an initial context setup request message which includes a sequence including multiple NH and NCC pairs used for the UE; determining a next unused NH and NCC pair from the sequence received from the MME, after receiving a handover required message for the UE from the base station; and, transmitting (602; 1002) a handover request message including the next unused NH and NCC pair to a target base station.
Studded tyre comprising a tread band , on which there are formed respective pluralities of grooves and blocks , and a plurality of studs which are provided on at least some of said blocks, wherein on at least one of said blocks on which a stud is provided, there is provided a first recess which is intended to receive powdered ice and which is separated from said stud and which extends on said block so as to at least partially surround said stud, and wherein said first recess comprises: - a first portion having a first width, - a second portion having a second width, and - a connection portion which is interposed between said first portion and said second portion and which has a width less than said first width and said second width; wherein said first portion has a first volume and said second portion has a second volume which is greater than said first volume. - a first portion having a first width, - a second portion having a second width, and - a connection portion which is interposed between said first portion and said second portion and which has a width less than said first width and said second width;
An apparatus for use with an electrically, hydraulically and/or pneumatically driven torque tool for tightening, loosening or both tightening and loosening of threaded assembly fasteners including: - a drive extension assembly ; - a reaction assembly ; and - a socket assembly ; characterised in that : - the drive extension assembly having a drive extension formed between a drive connector and a drive extension hex ball ; - the reaction assembly having a reaction tube and a reaction plate ; and - the socket assembly having a drive socket which accepts the fastener and the drive extension hex ball ; - the drive extension assembly having a drive guide bushing and a shroud support sleeve to support and keep concentric the drive connector and the drive extension within the reaction tube ; - the reaction plate having a plurality of reaction engagements for a plurality of nearby fasteners; and - the socket assembly having a fastener engagement means , a ball flex means and a ball engagement means . - a drive extension assembly ; - a reaction assembly ; and - a socket assembly ; - the drive extension assembly having a drive extension formed between a drive connector and a drive extension hex ball ; - the reaction assembly having a reaction tube and a reaction plate ; and - the socket assembly having a drive socket which accepts the fastener and the drive extension hex ball ; - the drive extension assembly having a drive guide bushing and a shroud support sleeve to support and keep concentric the drive connector and the drive extension within the reaction tube ; - the reaction plate having a plurality of reaction engagements for a plurality of nearby fasteners; and - the socket assembly having a fastener engagement means , a ball flex means and a ball engagement means .
A method for preparing acrylic acid from allyl alcohol by an oxidation reaction using a heterogeneous catalyst for preparing acrylic acid, which is a bimetallic alloy catalyst represented by AuX, wherein X is Pd, Ru, Rh, Os, Ir or Pt, deposited on a support, wherein a molar ratio of Au and X is from 20:1 to 30:1.