mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting, by a user equipment , a narrowband physical random access channel, NPRACH, preamble in a narrowband-Internet of things, NB-IoT, system supporting time division duplexing, the method comprising: receiving, from a base station , configuration information for an uplink-downlink configuration based on frame structure type 2 related to the time division duplexing; and transmitting, to the base station , the NPRACH preamble based on two symbol group sets and the uplink-downlink configuration, wherein each symbol group set includes three time-contiguous symbol groups, wherein each symbol group includes a cyclic prefix and a sequence of one symbol, and wherein a length of a symbol group set is configured to be shorter than a length of a subframe that is based on the frame structure type 2. receiving, from a base station , configuration information for an uplink-downlink configuration based on frame structure type 2 related to the time division duplexing; and transmitting, to the base station , the NPRACH preamble based on two symbol group sets and the uplink-downlink configuration, wherein each symbol group set includes three time-contiguous symbol groups, wherein each symbol group includes a cyclic prefix and a sequence of one symbol, and wherein a length of a symbol group set is configured to be shorter than a length of a subframe that is based on the frame structure type 2.
A device for obtaining a blood sample, the device comprising: a holder for receiving a sample source, the holder having an actuation portion and a port , wherein the actuation portion is transitionable between a first position in which the holder defines a first ellipse and a second position in which the holder defines a second ellipse, wherein the second ellipse is different than the first ellipse characterized in that the actuation portion includes a pumping member for applying pressure to the sample source. a holder for receiving a sample source, the holder having an actuation portion and a port , wherein the actuation portion is transitionable between a first position in which the holder defines a first ellipse and a second position in which the holder defines a second ellipse, wherein the second ellipse is different than the first ellipse characterized in that the actuation portion includes a pumping member for applying pressure to the sample source.
A gas heater heating element manufacturing method, wherein said gas heater heating element comprises at least one electric heating element in a monolithic structure , a support and channel structure having a plurality of channels is formed within said monolithic structure , the electric heating element is carried in the channels of the support and channel structure , and heat can be transferred from the electric heating element within the channels to a gas flowing through the channels for heating said gas and/or for achieving high gas temperatures, characterized by the following steps: - forming the electrical heating element; - coating the electric heating element at least in sections or completely with at least one coating material ; - placing the coated electric heating element in a mold for producing a monolithic structure; - producing the monolithic structure surrounding the coated electrical heating element and - removing the coating material of the electric heating element. - forming the electrical heating element; - coating the electric heating element at least in sections or completely with at least one coating material ; - placing the coated electric heating element in a mold for producing a monolithic structure; - producing the monolithic structure surrounding the coated electrical heating element and - removing the coating material of the electric heating element.
A control system for a heated conduit for use in a respiratory apparatus, the control system comprising: a power supply to provide power to the heated conduit; a heating control circuit configured to control heating to obtain a predetermined temperature; a sensing circuit configured to indicate the temperature of a sensor positioned in the heated conduit; characterized by a bias generator circuit configured to provide a current to the sensor from a current source such that a voltage drop through the sensor may be recorded by the sensing circuit so that the temperature of the heated conduit is continuously monitored independent of whether the heating control circuit is on or off, wherein the sensing circuit is configured to compare a reference voltage with the voltage drop through the sensor plus the voltage provided to the sensor by the power supply when the heating control circuit is on, and wherein when the heating control circuit is off the voltage drop through the sensor is solely due to the current provided by the current source . a power supply to provide power to the heated conduit; a heating control circuit configured to control heating to obtain a predetermined temperature; a sensing circuit configured to indicate the temperature of a sensor positioned in the heated conduit; characterized by a bias generator circuit configured to provide a current to the sensor from a current source such that a voltage drop through the sensor may be recorded by the sensing circuit so that the temperature of the heated conduit is continuously monitored independent of whether the heating control circuit is on or off, wherein the sensing circuit is configured to compare a reference voltage with the voltage drop through the sensor plus the voltage provided to the sensor by the power supply when the heating control circuit is on, and wherein when the heating control circuit is off the voltage drop through the sensor is solely due to the current provided by the current source .
A filter element comprising: a filter media having a first end; and a first endcap coupled to the first end of the filter media, the first endcap including a flexible first endcap body having: a first endcap rigid reinforcing member internally embedded therein; an inner sealing portion which extends along a portion of an inner circumferential surface of an inner annulus of the filter media in a longitudinal direction of the filter element; and an outer sealing portion which extends along a portion of an outer circumferential surface of the filter media; wherein the first endcap rigid reinforcing member comprises a wire mesh screen; and wherein an inner diameter of the first endcap rigid reinforcing member is substantially equal to an inner diameter of the inner sealing portion. a filter media having a first end; and a first endcap coupled to the first end of the filter media, the first endcap including a flexible first endcap body having: a first endcap rigid reinforcing member internally embedded therein; an inner sealing portion which extends along a portion of an inner circumferential surface of an inner annulus of the filter media in a longitudinal direction of the filter element; and an outer sealing portion which extends along a portion of an outer circumferential surface of the filter media; a first endcap rigid reinforcing member internally embedded therein; an inner sealing portion which extends along a portion of an inner circumferential surface of an inner annulus of the filter media in a longitudinal direction of the filter element; and an outer sealing portion which extends along a portion of an outer circumferential surface of the filter media; wherein the first endcap rigid reinforcing member comprises a wire mesh screen; and wherein an inner diameter of the first endcap rigid reinforcing member is substantially equal to an inner diameter of the inner sealing portion.
A nozzle for cold spray comprising: a tubular nozzle main body having heat conductivity, the nozzle main body spraying a raw material powder (P) supplied from a cold spray apparatus ; and a cooling jacket surrounding the nozzle main body to form a flow path for refrigerant (R) between the nozzle main body and the cooling jacket , the cooling jacket cooling the nozzle main body via the refrigerant (R) flowing through the flow path , characterized in that the cooling jacket has a seal retaining portion that retains a seal member for the flow path , the seal retaining portion being joined with the nozzle main body in a socket-and-spigot joint fashion. a tubular nozzle main body having heat conductivity, the nozzle main body spraying a raw material powder (P) supplied from a cold spray apparatus ; and a cooling jacket surrounding the nozzle main body to form a flow path for refrigerant (R) between the nozzle main body and the cooling jacket , the cooling jacket cooling the nozzle main body via the refrigerant (R) flowing through the flow path , characterized in that the cooling jacket has a seal retaining portion that retains a seal member for the flow path , the seal retaining portion being joined with the nozzle main body in a socket-and-spigot joint fashion.
A system for regulating pressure in a fluid supply pipe , comprising a hydraulic valve with mechanical means for actuation thereof and an exterior double acting piston cylinder , with first and second chambers and a rod connected to the mechanical actuation means of said valve, the system further comprising transmission means for transmitting the instantaneous hydraulic pressure of the pipe at a point downstream of the valve to the chamber of the cylinder , the pressure of which acts on the piston to move the rod in the direction for closing the valve , characterised in that - the chamber of the cylinder , the pressure of which acts on the piston to move the rod in the direction for opening the valve , is connected to an energy accumulator accumulating energy in the form of pressurized gas at a predetermined pressure P0, said energy accumulator being formed by a first chamber of a hydropneumatic tank containing the gas , a second chamber of said hydropneumatic tank being hydraulically connectable to the supply pipe at a point upstream of the valve ; - the system further comprising means for regulating said predetermined pressure P0; the cylinder being mounted in an articulated manner to the body of the valve and the rod being connected articulated to the mechanical means actuating the valve . - the chamber of the cylinder , the pressure of which acts on the piston to move the rod in the direction for opening the valve , is connected to an energy accumulator accumulating energy in the form of pressurized gas at a predetermined pressure P0, said energy accumulator being formed by a first chamber of a hydropneumatic tank containing the gas , a second chamber of said hydropneumatic tank being hydraulically connectable to the supply pipe at a point upstream of the valve ; - the system further comprising means for regulating said predetermined pressure P0;
A User Equipment, UE , managed by a core network, the UE comprising: means for receiving, from an Access Management Function, AMF , a first update message which contains Network Slice Selection Assistance Information, NSSAI, said NSSAI comprising a Slice/Service type, SST, and a Slice Differentiator, SD, that complements the SST, the first update message being triggered by reception, at the AMF , of a second update message from a Unified Data Management, UDM function; control means for updating configuration related to the Network Slice based on the received NSSAI; and means for sending, to the AMF, a message in response to the first update message. means for receiving, from an Access Management Function, AMF , a first update message which contains Network Slice Selection Assistance Information, NSSAI, said NSSAI comprising a Slice/Service type, SST, and a Slice Differentiator, SD, that complements the SST, the first update message being triggered by reception, at the AMF , of a second update message from a Unified Data Management, UDM function; control means for updating configuration related to the Network Slice based on the received NSSAI; and means for sending, to the AMF, a message in response to the first update message.
A power management system comprising: a plurality of power monitors ; and a management device that is connected to the respective power monitors for communication, characterized in that the respective power monitors include a first mode in which at least the power value is transmitted under individual communication conditions, wherein the communication conditions at least include a communication rate, and a second mode in which the management device is made to recognize the respective power monitors , and the management device includes a control unit adapted to transmit commands for causing the respective power monitors to transition from the first mode to the second mode by using all combinations of possible communication conditions of the respective power monitors , wherein a manufacturing management identifier is an identifier that is applied to the power monitor when the power monitor is manufactured, and the identifier is inputted in the management device by a user in order to select the desired power monitor, wherein the second mode is a communication mode wherein the communication is performed under common communication conditions, that is, under fixed communication conditions for the plurality of power monitors , so as to omit to individually communicate with the plurality of power monitors by using the individual communication conditions. a plurality of power monitors ; and a management device that is connected to the respective power monitors for communication, characterized in that the respective power monitors include a first mode in which at least the power value is transmitted under individual communication conditions, wherein the communication conditions at least include a communication rate, and a second mode in which the management device is made to recognize the respective power monitors , and the management device includes a control unit adapted to transmit commands for causing the respective power monitors to transition from the first mode to the second mode by using all combinations of possible communication conditions of the respective power monitors , wherein a manufacturing management identifier is an identifier that is applied to the power monitor when the power monitor is manufactured, and the identifier is inputted in the management device by a user in order to select the desired power monitor, wherein the second mode is a communication mode wherein the communication is performed under common communication conditions, that is, under fixed communication conditions for the plurality of power monitors , so as to omit to individually communicate with the plurality of power monitors by using the individual communication conditions.
A display substrate , comprising a display region and a peripheral region surrounding the display region , wherein the display region comprises an opening, and the peripheral region comprises an opening peripheral region at least partially in the opening; the display substrate comprises a base substrate , a semiconductor pattern , a first conductive pattern , and a second conductive pattern , the semiconductor pattern , the first conductive pattern , and the second conductive pattern being in the opening peripheral region ; the semiconductor pattern is on the base substrate , the first conductive pattern is on a side of the semiconductor pattern away from the base substrate , and the second conductive pattern is on a side of the first conductive pattern away from the semiconductor pattern ; the first conductive pattern is configured to transmit an electrical signal for the display region ; the first conductive pattern comprises a plurality of first wire groups arranged side by side in a first direction (R1), and each of the first wire groups comprises at least two first wires arranged side by side in the first direction (R1); in a direction perpendicular to the base substrate , each of the at least two first wires is spaced and insulated from the semiconductor pattern and the second conductive pattern , respectively, so as to be able to form a capacitor; and the semiconductor pattern is electrically connected to the second conductive pattern through a plurality of via holes in the opening peripheral region , and the plurality of via holes are between adjacent first wire groups in the first direction (R1). wherein the display region comprises an opening, and the peripheral region comprises an opening peripheral region at least partially in the opening; the display substrate comprises a base substrate , a semiconductor pattern , a first conductive pattern , and a second conductive pattern , the semiconductor pattern , the first conductive pattern , and the second conductive pattern being in the opening peripheral region ; the semiconductor pattern is on the base substrate , the first conductive pattern is on a side of the semiconductor pattern away from the base substrate , and the second conductive pattern is on a side of the first conductive pattern away from the semiconductor pattern ; the first conductive pattern is configured to transmit an electrical signal for the display region ; the first conductive pattern comprises a plurality of first wire groups arranged side by side in a first direction (R1), and each of the first wire groups comprises at least two first wires arranged side by side in the first direction (R1); in a direction perpendicular to the base substrate , each of the at least two first wires is spaced and insulated from the semiconductor pattern and the second conductive pattern , respectively, so as to be able to form a capacitor; and the semiconductor pattern is electrically connected to the second conductive pattern through a plurality of via holes in the opening peripheral region , and the plurality of via holes are between adjacent first wire groups in the first direction (R1).
A spinning machine, comprising a plurality of rows of spinning stations arranged side by side, each of the spinning stations comprising a bobbin holder for supporting a bobbin and a winding device for winding a yarn around the bobbin to form a yarn package , wherein the spinning machine further comprises an automatic doffing device which is mounted on a frame of each of the spinning stations and capable of pushing a package full of yarn to a package transport channel, wherein the automatic doffing device comprises a pushing mechanism that is mounted on the frame of the spinning machine, and a driving mechanism that can be controlled by a control system to drive the pushing mechanism to rotate, wherein when the yarn is wound around the bobbin to achieve a full yarn state, the bobbin holder can be opened by hands or automatically, and the package full of yarn will fall off from the bobbin holder , and drop onto the pushing mechanism , the pushing mechanism being capable of catching the dropped off yarn package and being driven by the driving mechanism to rotate to move the yarn package, wherein the pushing mechanism is an arc-shaped supporting plate formed by a sheet-like plate, wherein a front end of the arc-shaped supporting plate is located below the bobbin and a protrusion is provided at the front end of the arc-shaped supporting plate to prevent the yarn package from dropping off the supporting plate. a plurality of rows of spinning stations arranged side by side, each of the spinning stations comprising a bobbin holder for supporting a bobbin and a winding device for winding a yarn around the bobbin to form a yarn package , wherein the spinning machine further comprises an automatic doffing device which is mounted on a frame of each of the spinning stations and capable of pushing a package full of yarn to a package transport channel, wherein the automatic doffing device comprises a pushing mechanism that is mounted on the frame of the spinning machine, and a driving mechanism that can be controlled by a control system to drive the pushing mechanism to rotate, wherein when the yarn is wound around the bobbin to achieve a full yarn state, the bobbin holder can be opened by hands or automatically, and the package full of yarn will fall off from the bobbin holder , and drop onto the pushing mechanism , the pushing mechanism being capable of catching the dropped off yarn package and being driven by the driving mechanism to rotate to move the yarn package, wherein the pushing mechanism is an arc-shaped supporting plate formed by a sheet-like plate, wherein a front end of the arc-shaped supporting plate is located below the bobbin and a protrusion is provided at the front end of the arc-shaped supporting plate to prevent the yarn package from dropping off the supporting plate.
Connecting device for pipelines with a connecting body with a receiving opening for a pipeline with a line end to be inserted in an insertion direction (Y) and a retaining element seated inside the receiving opening for securing of the inserted line end against its withdrawal, wherein inside of the connecting body there is a sleeve-shaped release element seated in an axially displaceable manner such that due to an action on the retaining element , the securing of the inserted pipeline is terminated, wherein the release element consists of a perimeter-sealed ring part on which snap-in arms separated from each other by longitudinal slots are formed, wherein the ring part can be sealed at its outer perimeter by a perimeter gasket against an interior perimeter wall of the connecting body and can be sealed at its interior perimeter in the region of its ring opening by a perimeter gasket against the inserted pipeline , characterized in that in the assembled state of the connecting device , in the interior perimeter region of the ring part of the release element , the outer perimeter gasket can be deformed from its sealing position such that between the outer perimeter gasket and the opposing, interior perimeter wall of the connecting body , at least one leakage gap is formed in the interior of the connecting device by an interior pressure of the pressurized medium flowing in the pipeline , and the release element is a materially bonded two-component part composed of the ring part and the perimeter gaskets , wherein the perimeter gaskets consist of a more elastic material than the ring part .
An implantable device comprising a conduit composed of a plastically deformable fluoropolymer material having a yield strength of 0.1 MPa to 4 MPa and an ultimate tensile strength greater than 4 MPa and an internode distance of 10 microns to 60 microns.
Electrolysis cell comprising a gas diffusion electrode comprising a metal M selected from Ag, Au, Cu, Pd and mixtures and/or alloys and/or salts thereof, and at least one binder, as cathode, wherein the gas diffusion electrode comprises hydrophilic and hydrophobic pores and/or channels, wherein an ion exchange material is present at least to some degree in the pores and/or channels of the gas diffusion electrode, wherein the ion exchange material is an anion exchange material, wherein the anion exchange material does not have any imidazolium-, pyridinium- and β-hydrogen-containing groups.