mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus , configured as a base station for a headset and for communication according to a Universal Serial Bus, USB, specification, comprising: - a first USB device for connecting operatively to a first USB host via a first USB device port ; wherein the first USB device has a first audio function unit with a first audio terminal ; - an audio interface stage configured to interface with an audio component; CHARACTERIZED in comprising: - a second USB device for connecting operatively to a second USB host via a second USB device port ; wherein the second USB device has a second audio function unit with a second audio terminal ; and - an audio controller configured with: a first channel , channelling audio signals between the first audio terminal and the audio interface stage , and a second channel , channelling audio signals between the second audio terminal and the audio interface stage ; wherein the first USB device and the second USB device comprise a respective audio signal buffer, respectively buffering audio signals to and/or from the first USB device or the second USB device, and the audio interface stage or the audio controller comprises at least one audio signal buffer for buffering signals received via the audio interface stage; - a first detector that raises an interrupt the moment the audio buffer begins to receive audio signals or the moment a fill level of the buffer exceeds a predefined threshold; and - a second detector that detects audio signal traffic through the audio buffer; wherein the audio controller automatically switches between the first channel and the second channel in accordance with shifting from the second channel to the first channel in case the first detector raises an interrupt on the first channel, and shifting from the first channel to the second channel in case the first detector raises an interrupt on the second channel, but forgo shifting from the first channel to the second channel in case the second detector detects audio signal traffic through the audio buffer on the first channel, thereby giving priority to audio signals on the first channel over audio signals on the second channel. - a first USB device for connecting operatively to a first USB host via a first USB device port ; wherein the first USB device has a first audio function unit with a first audio terminal ; - an audio interface stage configured to interface with an audio component; - a second USB device for connecting operatively to a second USB host via a second USB device port ; wherein the second USB device has a second audio function unit with a second audio terminal ; and - an audio controller configured with: a first channel , channelling audio signals between the first audio terminal and the audio interface stage , and a second channel , channelling audio signals between the second audio terminal and the audio interface stage ; - a first detector that raises an interrupt the moment the audio buffer begins to receive audio signals or the moment a fill level of the buffer exceeds a predefined threshold; and - a second detector that detects audio signal traffic through the audio buffer;
A method for wireless communication, comprising: identifying, by a base station, an association with a wireless network having a public land mobile network identification, PLMN ID; identifying, by the base station, an association with a portion of the wireless network, wherein the portion of the wireless network is a private wireless network, and wherein the private wireless network includes a radio access network and at least a portion of an evolved packet core network of the wireless network; identifying, by the base station, an indication of the portion of the wireless network; the indication informs a user equipment that the portion of the wireless network is accessible using a private wireless network credential; and transmitting, by the base station, the indication of the portion of the wireless network. identifying, by a base station, an association with a wireless network having a public land mobile network identification, PLMN ID; identifying, by the base station, an association with a portion of the wireless network, wherein the portion of the wireless network is a private wireless network, and wherein the private wireless network includes a radio access network and at least a portion of an evolved packet core network of the wireless network; identifying, by the base station, an indication of the portion of the wireless network; the indication informs a user equipment that the portion of the wireless network is accessible using a private wireless network credential; and transmitting, by the base station, the indication of the portion of the wireless network.
A blow moulding device for expanding a thermoplastic form into a hollow thermoplastic container the blow moulding device, comprising - at least one valve connectable to at least one blowing fluid source (P1) for injecting a blow fluid from the blowing fluid source (P1) into the thermoplastic form , - a flow rate controlling throttle connected in series to the at least one valve , wherein the flow rate controlling throttle reduces the flow rate of the blow fluid to a predefined flow rate (Q1), wherein the predefined flow rate (Q1) is controlled by a control pressure (p0) which is received at a control port of the flow rate controlling throttle . - at least one valve connectable to at least one blowing fluid source (P1) for injecting a blow fluid from the blowing fluid source (P1) into the thermoplastic form , - a flow rate controlling throttle connected in series to the at least one valve , wherein the flow rate controlling throttle reduces the flow rate of the blow fluid to a predefined flow rate (Q1), wherein the predefined flow rate (Q1) is controlled by a control pressure (p0) which is received at a control port of the flow rate controlling throttle .
A contact arrangement for a Pre-Insertion Resistor (PIR) comprising a control rod and a movable contact arranged to be moved along an axis, against the force of a biasing member , into temporary connection with a PIR , wherein the control rod is able to move the movable contact when mechanically coupled to it, and wherein the movable contact is arranged to decouple from the control rod , and return under the force of the biasing member , once the resistance to movement exceeds a predetermined value, characterised in that the control rod comprises a tulip with a plurality of resilient fingers , and the movable contact comprises a latching ring , the tulip having a first diameter where it is able to engage the latching ring to mechanically couple the control rod to the movable contact , the fingers arranged to be deflected inwards such that the tulip is deformed to a second diameter, wherein the latching ring is able to pass over the tulip to decouple the movable contact from the control rod .
A resource allocation method, comprising: determining , by a base station, a resource allocation mode used by n data information groups, wherein the resource allocation mode comprises a mode one and a mode two, the mode one is that radio resources used by the n data information groups are completely overlapped and the mode two is that the radio resources used by the n data information groups are completely non-overlapped, and n is an integer greater than 1; performing , by the base station, resource allocation by using the determined resource allocation mode; and sending, by the base station, a signaling message to a terminal, wherein the signaling message is used for indicating the resource allocation mode used by the base station and the signaling message comprises at least one of radio resource control, RRC, signaling or downlink control information, DCI, signaling, characterized in that when the base station performs the resource allocation by using the mode two, different data information groups have different scheduling groups and an offset relationship exists between different scheduling groups, the signaling message is further used for indicating at least one of: a start position of a first scheduling group and a length of radio resources continuously occupied by the first scheduling group, the offset relationship between different scheduling groups, or an index of the offset relationship between different scheduling groups. determining , by a base station, a resource allocation mode used by n data information groups, wherein the resource allocation mode comprises a mode one and a mode two, the mode one is that radio resources used by the n data information groups are completely overlapped and the mode two is that the radio resources used by the n data information groups are completely non-overlapped, and n is an integer greater than 1; performing , by the base station, resource allocation by using the determined resource allocation mode; and sending, by the base station, a signaling message to a terminal, wherein the signaling message is used for indicating the resource allocation mode used by the base station and the signaling message comprises at least one of radio resource control, RRC, signaling or downlink control information, DCI, signaling, characterized in that when the base station performs the resource allocation by using the mode two, different data information groups have different scheduling groups and an offset relationship exists between different scheduling groups, the signaling message is further used for indicating at least one of: a start position of a first scheduling group and a length of radio resources continuously occupied by the first scheduling group, the offset relationship between different scheduling groups, or an index of the offset relationship between different scheduling groups.
A shock strut for a landing gear assembly, the shock strut including a hollow cylinder having a first bearing surface and a piston having a second bearing surface , the piston being configured to move within the hollow cylinder such that the second bearing surface slides relative to the first bearing surface , characterised in that one of the first and second bearing surfaces includes a non-metallic material and the other of the first and second bearing surfaces includes cold worked titanium, wherein the cold worked titanium is burnished titanium.
A method performed by a user equipment of a set of user equipment, said method comprising: receiving from a communications node a second data packet over a communications control channel shared by the set of user equipment, the second data packet comprising a group identifier arranged to identify a subset of the set of user equipment; receiving from the communications node a first data packet over a communications data channel shared by the set of user equipment, the first data packet comprising a medium access control, MAC, header comprising a unique identifier arranged to identify one user equipment of the subset of user equipment, a value of the group identifier being different to a value of the unique identifier; determining whether the group identifier matches a group identifier assigned to said user equipment and whether the unique identifier matches a unique identifier assigned to said user equipment; and decoding the first data packet if the group identifier matches the assigned group identifier and the unique identifier matches the assigned unique identifier. receiving from a communications node a second data packet over a communications control channel shared by the set of user equipment, the second data packet comprising a group identifier arranged to identify a subset of the set of user equipment; receiving from the communications node a first data packet over a communications data channel shared by the set of user equipment, the first data packet comprising a medium access control, MAC, header comprising a unique identifier arranged to identify one user equipment of the subset of user equipment, a value of the group identifier being different to a value of the unique identifier; determining whether the group identifier matches a group identifier assigned to said user equipment and whether the unique identifier matches a unique identifier assigned to said user equipment; and decoding the first data packet if the group identifier matches the assigned group identifier and the unique identifier matches the assigned unique identifier.
A communication device for use in a cellular communication network comprising an Evolved UMTS Terrestrial Radio Access Network, E-UTRAN, base station and for use in a wireless local area network, WLAN, having an associated access point , the communication device comprising: means for providing, to said E-UTRAN base station, an indication of whether the communication device is enabled to support traffic steering between said E-UTRAN base station and said WLAN access point; means for receiving, from said E-UTRAN base station, a steering command for steering between said E-UTRAN base station and said WLAN access point; and means for performing a traffic steering procedure between said E-UTRAN base station and said WLAN access point in accordance with said steering command, wherein when a connection to the WLAN is prevented, due to user preference, the communication device provides an indication for indicating to the E-UTRAN base station a related cause of non-compliance with the steering command.
A monoclonal anti-IL-13 antibody for use in treating atopic dermatitis in a patient, wherein at least one loading dose is to be administered and at least one subsequent maintenance dose is to be administered subcutaneously at a flat dose, wherein the anti-IL-13 antibody is lebrikizumab, and wherein (a) the loading dose is 250 mg and the maintenance dose is 125 mg, or (b) the loading dose is 500 mg and the maintenance dose is 250 mg.
A liquid nicotine formulation for use in an aerosol-generating system, the liquid nicotine formulation comprising: one or more water-miscible solvents; one or more water-immiscible solvents having a water solubility at 20°C of less than or equal to about 100 mg/ml; and one or more water-soluble organic acids, wherein the liquid nicotine formulation has a water-immiscible solvent content of greater than or equal to about 2 percent by weight. one or more water-miscible solvents; one or more water-immiscible solvents having a water solubility at 20°C of less than or equal to about 100 mg/ml; and one or more water-soluble organic acids, wherein the liquid nicotine formulation has a water-immiscible solvent content of greater than or equal to about 2 percent by weight.
A diamond polycrystalline body to which at least one of an element, a carbide of the element and an oxide of the element is added, the oxide having a melting point of less than or equal to 1000°C, the element being at least one element selected from the group consisting of chromium, manganese, boron, arsenic, phosphorus, molybdenum, and bismuth, in which crystal grains have an average grain size of less than or equal to 500 nm and are directly coupled to each other, and at least one of the element, the carbide of the element and the oxide of the element being precipitated at the grain boundaries of the crystal grains. in which crystal grains have an average grain size of less than or equal to 500 nm and are directly coupled to each other, and at least one of the element, the carbide of the element and the oxide of the element being precipitated at the grain boundaries of the crystal grains.
A multiple head draw frame, particularly a double head draw frame, having at least two drafting systems disposed adjacent to each other for drafting a fiber composite each, an outlet for the drafted fiber material and a storage device disposed in the region of the outlet, such as a coiler plate being associated with each drafting system for laying down the fiber material in a can , a filling point being associated with each storage device, in the region of which a can can each be placed during the changing procedure, and wherein a common rotatable can changer, by means of which the cans can be displaced in a common movement from the filling points thereof to corresponding removal points , is associated with at least two filling points characterized in that the can changer is implemented as a turnstile , having four rotary arms, interacting with a drive, by means of which, the cans can be displaced from the filling points thereof to corresponding removal points .
A bipolar plate for a fuel cell with an active region and an edge region surrounding the active region , with which a first media guide connected fluidically to a first passage and a second media guide connected fluidically to a second passage are associated, and with a media channel running through the active region and fluidically connecting first passage to the second passage , characterized in that at least one of the media guides comprises a first partial chamber and a second partial chamber having the passage , in that a flow cross-section of the media guide is tapered between the first partial chamber and the second partial chamber , and in that an orifice can be inserted or is inserted into the second partial chamber .
A method for detecting filter clogging in a filter system comprising at least one air filter arranged in an air duct and a fan electrically controlled by means of a PWM control for generating an air flow in the air duct , wherein a motor control and an evaluation device are provided, comprising the following steps: a. Determining an actual rotational speed (ni) of the fan and b. Determining an actual degree of modulation (T i ) of the motor current in order to achieve the actual rotational speed (n i ), and c. Comparing the actual value pairs (n i , T i ) with stored setpoint value pairs (n Soll , T Soll ) and d. Determining whether a deviation of the actual value pairs (n i , T i ) from the setpoint value pairs (n Soll , T Soll ) exceeds a maximum predetermined deviation and e. Detection of a DC link voltage and a DC link current f. Evaluation of the deviation of the actual value pairs (n i , T i ) from the setpoint value pairs (n Soll , T Soll ) and of the DC link voltage and the DC link current to determine a degree of filter clogging. a. Determining an actual rotational speed (ni) of the fan and b. Determining an actual degree of modulation (T i ) of the motor current in order to achieve the actual rotational speed (n i ), and c. Comparing the actual value pairs (n i , T i ) with stored setpoint value pairs (n Soll , T Soll ) and d. Determining whether a deviation of the actual value pairs (n i , T i ) from the setpoint value pairs (n Soll , T Soll ) exceeds a maximum predetermined deviation and e. Detection of a DC link voltage and a DC link current f. Evaluation of the deviation of the actual value pairs (n i , T i ) from the setpoint value pairs (n Soll , T Soll ) and of the DC link voltage and the DC link current to determine a degree of filter clogging.
Pump module for an infusion pump , which has a separate piston-cylinder unit adapted for selective/changeable coupling with the infusion pump for delivering fluid from a fluid feed line into a fluid drain line to a patient, wherein the piston-cylinder unit comprises a delivery chamber fluidically connected/connectable to the fluid feed line and the fluid drain line and which is delimited by a cylinder , a piston arranged therein so as to be movable translationally/forwards and backwards in the axial direction L, and by a piston seal which slidably seals the piston with respect to the cylinder , wherein the piston seal comprises a sleeve portion extending along and surrounding the piston , the sleeve portion being formed to be movable relative to the piston and being loosely held between a circumferential/wall portion of the cylinder and the piston and being sealingly fixed to an end or end region of the cylinder facing away from the delivery chamber , such that the peripheral circumferential/wall portion of the cylinder passed by the piston seal during the forwards/backwards movement of the piston is sealed in a sterile manner with respect to the environment, characterized in that the piston-cylinder unit comprises a proximal piston seal and a distal piston seal which both seal between the piston and the cylinder and ensure the sterility of the delivery chamber , and that the cylinder is provided on its inner surface facing the piston with a circumferential annular groove for receiving the piston seal in a storing position/rest position therein, in particular with a proximal circumferential annular groove and a distal circumferential annular groove , the distance of which in the longitudinal direction L from each other is equal to the distance of the proximal piston seal and the distal piston seal from each other in the longitudinal direction L. the peripheral circumferential/wall portion of the cylinder passed by the piston seal during the forwards/backwards movement of the piston is sealed in a sterile manner with respect to the environment, characterized in that the piston-cylinder unit comprises a proximal piston seal and a distal piston seal which both seal between the piston and the cylinder and ensure the sterility of the delivery chamber , and that the cylinder is provided on its inner surface facing the piston with a circumferential annular groove for receiving the piston seal in a storing position/rest position therein, in particular with a proximal circumferential annular groove and a distal circumferential annular groove , the distance of which in the longitudinal direction L from each other is equal to the distance of the proximal piston seal and the distal piston seal from each other in the longitudinal direction L.
A method of assembling together a first core and a second core in order to make a non-permanent model configured for use in lost wax molding to form a part having a first cavity and a second cavity corresponding respectively to the first core and to the second core, wherein the first and second cores are assembled together with a first spacer , the first spacer being arranged between the first and second cores, wherein the first and second cores are separated by a first distance (d1) and wherein the first spacer presents a thickness (e1) less than the first distance (d1), so as to define first gap (j1) between the first spacer and one of the first and second cores, wherein the first gap (j1) is dimensioned in such a manner as to prevent wax from penetrating into the space formed between the first and second cores while wax is being injected.
A dishwasher comprising a washing chamber , a rack adapted to accommodate items to be washed by washing liquid within said washing chamber , an arm , and an arm moving arrangement arranged to move said arm within said washing chamber , characterized in that said arm comprises at least one washing liquid removing element arranged to touch at least one of said rack and washing liquid at said rack upon movement of said arm to remove said washing liquid from said rack .