mhurhangee/ep-ind-claims huggingface dataset:
A method at a server for enabling sharing of an asset by an authorised User Equipment device, UE, with other authorised UEs, the asset comprising at least one of content or functionality on a sharing UE, the method comprising: receiving, at the server, an indication of a location of the sharing UE and credentials from the sharing UE, wherein the credentials are for connection to the sharing UE over a peer to peer communication protocol; encrypting, at the server, the received credentials using an encryption key corresponding to a decryption key available to authorised UEs; and facilitating distribution of the encrypted credentials from the server to at least one other authorised UE, wherein facilitating the distribution of the encrypted credentials comprises at least sending an indication of the location of the sharing UE to the at least one other authorised UE. receiving, at the server, an indication of a location of the sharing UE and credentials from the sharing UE, wherein the credentials are for connection to the sharing UE over a peer to peer communication protocol; encrypting, at the server, the received credentials using an encryption key corresponding to a decryption key available to authorised UEs; and facilitating distribution of the encrypted credentials from the server to at least one other authorised UE, wherein facilitating the distribution of the encrypted credentials comprises at least sending an indication of the location of the sharing UE to the at least one other authorised UE.
A ram air turbine comprising: a turbine comprising a blade; a one-piece strut removably coupled to the turbine, wherein the one-piece strut comprises a gearbox section and a drive section and a generator adapter section that are all integral to each other; a turbine shaft comprising a bevel gear oriented perpendicularly to the turbine shaft and positioned within the gearbox section of the one-piece strut; a driveshaft positioned within the drive section and comprising a first end and a second end; and a pinion gear that engages with the bevel gear, wherein the pinion gear is coupled to the first end of the driveshaft; and a generator having a bearing and a generator shaft, wherein the second end of the driveshaft is received into an end of the generator shaft, the second end comprising a spline that is complimentary to the end of the generator shaft, wherein the second end is removably coupled to the generator. a turbine comprising a blade; a one-piece strut removably coupled to the turbine, wherein the one-piece strut comprises a gearbox section and a drive section and a generator adapter section that are all integral to each other; a turbine shaft comprising a bevel gear oriented perpendicularly to the turbine shaft and positioned within the gearbox section of the one-piece strut; a driveshaft positioned within the drive section and comprising a first end and a second end; and a pinion gear that engages with the bevel gear, wherein the pinion gear is coupled to the first end of the driveshaft; and a generator having a bearing and a generator shaft, wherein the second end of the driveshaft is received into an end of the generator shaft, the second end comprising a spline that is complimentary to the end of the generator shaft, wherein the second end is removably coupled to the generator.
A traction cable unit, comprising a traction cable, a traction sheath and a traction end cap, wherein the traction cable has a longitudinally elongated, flexible and longitudinally rigid design and is arranged, at least in sections, in the traction sheath, and is axially displaceable relative to the traction sheath, wherein the traction sheath is longitudinally elongated, flexible and longitudinally rigid and comprises a supporting sleeve, a jacket and a sliding tube, wherein the supporting sleeve is designed to receive and guide the traction cable, wherein the sliding tube is arranged concentrically in the supporting sleeve, is in sliding contact with the traction cable and has an axial sliding tube projection (23.1) towards one end of the supporting sleeve (21.1), characterized in that the sliding tube has an annular tulip-shaped portion, wherein the annular tulip-shaped portion is axially spaced from a sliding tube end (23.3) and has a proximal axial annular surface and a distal axial annular surface, and wherein the proximal axial annular surface is axially supported on a supporting sleeve counter annular surface (21.2), and wherein the traction end cap encases, at least in sections, the sliding tube projection (23.1) and has a traction end cap counter annular surface (30.1) on which the distal axial annular surface is axially supported. comprising a traction cable, a traction sheath and a traction end cap, wherein the traction cable has a longitudinally elongated, flexible and longitudinally rigid design and is arranged, at least in sections, in the traction sheath, and is axially displaceable relative to the traction sheath, wherein the traction sheath is longitudinally elongated, flexible and longitudinally rigid and comprises a supporting sleeve, a jacket and a sliding tube, wherein the supporting sleeve is designed to receive and guide the traction cable, wherein the sliding tube is arranged concentrically in the supporting sleeve, is in sliding contact with the traction cable and has an axial sliding tube projection (23.1) towards one end of the supporting sleeve (21.1), characterized in that the sliding tube has an annular tulip-shaped portion, wherein the annular tulip-shaped portion is axially spaced from a sliding tube end (23.3) and has a proximal axial annular surface and a distal axial annular surface, and wherein the proximal axial annular surface is axially supported on a supporting sleeve counter annular surface (21.2), and wherein the traction end cap encases, at least in sections, the sliding tube projection (23.1) and has a traction end cap counter annular surface (30.1) on which the distal axial annular surface is axially supported.
A refrigerator having a refrigerant circuit provided with a compressor including a motor, the refrigerator comprising: - detecting means (16,17) for detecting current and/or voltage of said motor; and - predicition means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17), - characterized in that said prediction means has identification means for identifying a parameter of a motor model from the detection values obtained by the detecting means (16, 17), and derivation means for deriving the internal condition of the compressor based on the parameter identified by the identification means, the motor being a brushless DC motor, and the prediction means predicting a motor temperature from the current and voltage of the motor and instrument constants. - detecting means (16,17) for detecting current and/or voltage of said motor; and - predicition means for predicting an internal condition of the compressor based on detection values obtained by said detecting means (16, 17), - characterized in that said prediction means has identification means for identifying a parameter of a motor model from the detection values obtained by the detecting means (16, 17), and derivation means for deriving the internal condition of the compressor based on the parameter identified by the identification means,
Method of transmitting data in a mobile radio communication cellular network, method of the type consisting in setting up, maintaining and terminating a data communication channel between a caller and a called party located in said cellular network, a caller and/or a called party each being located in a local zone of said cellular network, the setting up, the maintaining and the termination of said data communication channel implementing the exchanges of signalling messages, said method comprising: - a first detecting phase if the caller and the called party of said communication are located in the same local zone of said cellular network, according to a detection strategy including a step of analysing all or a portion of said signalling messages; - a second phase of triggering a local loopback operation of all or a portion of the data exchanged between the caller and the called party, in the case where said detecting phase confirms the local nature of said communication between the caller and the called party. And in that said step of analysing all or a portion of the signalling messages is implemented by a device located upstream of at least one base station of the cellular network and downstream of a base station controller et said local loopback operation is implemented by the device located upstream of said at least one base station of the cellular network and downstream of said base station controller, said method being characterized in that said detection strategy comprises: a step for injecting into said signalling flow of at least one piece of tracking data in the local zone of said caller party and/or said called party; and/or a prior step of detecting the time correlation between the emission and the reception of predetermined signalling messages. - a first detecting phase if the caller and the called party of said communication are located in the same local zone of said cellular network, according to a detection strategy including a step of analysing all or a portion of said signalling messages; - a second phase of triggering a local loopback operation of all or a portion of the data exchanged between the caller and the called party, in the case where said detecting phase confirms the local nature of said communication between the caller and the called party. a step for injecting into said signalling flow of at least one piece of tracking data in the local zone of said caller party and/or said called party; and/or a prior step of detecting the time correlation between the emission and the reception of predetermined signalling messages.
An RF detector circuit, comprising; an envelope detector having an output capacitor (Cm) on which an envelope detection signal is provided; a reference storage capacitor (Cref) for storing a reference voltage; a differential amplifier having a first input coupled to the output capacitor (Cm) and a second input coupled to the reference storage capacitor (Cref); a reset circuit; a charging circuit for charging the reference storage capacitor (Cref) at a first rate; and a discharge circuit for discharging the reference storage capacitor (Cref) at a second, different, rate; and a controller, for controlling the sequence of charging and discharging the reference storage capacitor (Cref) to store an amplifier offset voltage on the reference storage capacitor (Cref) when the amplifier output toggles during the charging or discharging operation which has the slower rate. an envelope detector having an output capacitor (Cm) on which an envelope detection signal is provided; a reference storage capacitor (Cref) for storing a reference voltage; a differential amplifier having a first input coupled to the output capacitor (Cm) and a second input coupled to the reference storage capacitor (Cref); a reset circuit; a charging circuit for charging the reference storage capacitor (Cref) at a first rate; and a discharge circuit for discharging the reference storage capacitor (Cref) at a second, different, rate; and a controller, for controlling the sequence of charging and discharging the reference storage capacitor (Cref) to store an amplifier offset voltage on the reference storage capacitor (Cref) when the amplifier output toggles during the charging or discharging operation which has the slower rate.
An intervertebral device comprising: i) an intervertebral spacer comprising: a) an anterior wall having an anterior surface [16; 803], b) a posterior wall, and c) first and second side walls connecting the anterior and posterior walls, ii) a screw adapted to be received in a hole [805; 829], wherein the hole [805; 829] extends from the anterior surface [16; 803] and characterized in that the intervertebral device further comprises: iii) a retaining plate [801; 830] slidably mounted to the anterior surface [16; 803] of the spacer in a first and a second slidable position, the plate [801; 830] having a hole [804; 827; 851], wherein, in the first slidable position, the hole [804; 827; 851] of the plate [801; 830] aligns with the hole [805; 829] of the spacer to allow passage of the screw therethrough, and wherein, in the second slidable position, the hole [804; 827; 851] of the plate [801; 830] mis-aligns with the hole [805; 829] of the spacer to prevent back out of the screw. i) an intervertebral spacer comprising: a) an anterior wall having an anterior surface [16; 803], b) a posterior wall, and c) first and second side walls connecting the anterior and posterior walls, a) an anterior wall having an anterior surface [16; 803], b) a posterior wall, and c) first and second side walls connecting the anterior and posterior walls, ii) a screw adapted to be received in a hole [805; 829], wherein
A gun handle system, which is used for a shock wave robot therapy system, comprising: a mechanical arm which is installed to a host of the shock wave robot therapy system, wherein the tail end of the mechanical arm is provided with an end-of-arm tooling connector which can adapt to various end-of-arm toolings; a gun handle which is detachably installed to the end-of-arm tooling connector and can move under the drive of the mechanical arm, wherein a shock wave generator is arranged in the gun handle, and the front end of the gun handle is provided with a gun head used for contact with a patient's body surface, characterized in that a recording device is arranged in the mechanical arm or the host and is configured to record a motion track of the mechanical arm, the mechanical arm is configured to repeatedly execute the recorded motion track. a mechanical arm which is installed to a host of the shock wave robot therapy system, wherein the tail end of the mechanical arm is provided with an end-of-arm tooling connector which can adapt to various end-of-arm toolings; a gun handle which is detachably installed to the end-of-arm tooling connector and can move under the drive of the mechanical arm, wherein a shock wave generator is arranged in the gun handle, and the front end of the gun handle is provided with a gun head used for contact with a patient's body surface, characterized in that a recording device is arranged in the mechanical arm or the host and is configured to record a motion track of the mechanical arm, the mechanical arm is configured to repeatedly execute the recorded motion track.
Method for selecting at least one gateway in a set of gateways (12A, 12B, 12C, 12D) for relaying data received from a server and intended for each endpoint in a group of endpoints (14A, 14B, 14C, 14D, 14E, 14F, 14G, 14H), each endpoint in said group communicating with the server via at least one gateway in the set of gateways, the group of endpoints and the set of gateways forming a long-range wireless network affording low energy consumption, each gateway receiving data intended for at least one endpoint retransmitting said data to each endpoint for which said data are intended in a frame in accordance with a communication protocol adapted to said network, characterised in that the method comprises a selection procedure comprising: - obtaining, for each pair formed by an endpoint in said group and a gateway in the possible set of gateways, information, referred to as quality information, representing a quality of communication between said endpoint and said gateway; - seeking at least one subset of gateways in the set of gateways which, in combination, enable the server to communicate with each endpoint in said group, each subset comprising a minimum number of gateways, referred to as the minimum number, necessary for the server to be able to communicate with each endpoint in said group; for each subset found, obtaining, from the quality information, a value of a metric representing a risk of the data sent by the server and relayed by each gateway in said subset being lost because of collisions between frames relaying said data sent by the gateways in said subset; and selecting a subset according to the values of metrics obtained. - obtaining, for each pair formed by an endpoint in said group and a gateway in the possible set of gateways, information, referred to as quality information, representing a quality of communication between said endpoint and said gateway; - seeking at least one subset of gateways in the set of gateways which, in combination, enable the server to communicate with each endpoint in said group, each subset comprising a minimum number of gateways, referred to as the minimum number, necessary for the server to be able to communicate with each endpoint in said group; for each subset found, obtaining, from the quality information, a value of a metric representing a risk of the data sent by the server and relayed by each gateway in said subset being lost because of collisions between frames relaying said data sent by the gateways in said subset; and selecting a subset according to the values of metrics obtained.
A device for respiratory assistance which is tubular and forms a main channel (5; 44) to be connected via its distal portion (3; 49) to an airway of a patient such that said main channel (5; 44) connects the respiratory system of said patient to the outside, said device (1; 1.1) comprising: - at least one auxiliary channel (8; 51) connected to a source of breathable gas so as to be able to insufflate a jet of such breathable gas through at least one distal orifice (18; 51A) arranged before the distal end (7; 47) of said main channel (5; 44); and means of fluid communication which are arranged between said distal orifice (18; 51A) of said auxiliary channel (8; 51) and said distal end (7; 47) of said main channel (5; 44), characterized in that: - said device (1; 1.1) for respiratory assistance comprises: means of diversion for diverting a volume fraction of said breathable gas intended for said auxiliary channel (8; 51), before it enters the latter; and means of aspiration which aspirate ambient air and are driven by said diverted fraction of breathable gas; - and said means of aspiration are connected to said means of communication in such a way that the latter are able to convey the aspirated ambient air, mixed with said diverted fraction of breathable gas, into said main channel (5; 44). - at least one auxiliary channel (8; 51) connected to a source of breathable gas so as to be able to insufflate a jet of such breathable gas through at least one distal orifice (18; 51A) arranged before the distal end (7; 47) of said main channel (5; 44); and - said device (1; 1.1) for respiratory assistance comprises: means of diversion for diverting a volume fraction of said breathable gas intended for said auxiliary channel (8; 51), before it enters the latter; and means of aspiration which aspirate ambient air and are driven by said diverted fraction of breathable gas; means of diversion for diverting a volume fraction of said breathable gas intended for said auxiliary channel (8; 51), before it enters the latter; and means of aspiration which aspirate ambient air and are driven by said diverted fraction of breathable gas; - and said means of aspiration are connected to said means of communication in such a way that the latter are able to convey the aspirated ambient air, mixed with said diverted fraction of breathable gas, into said main channel (5; 44).
A method executed by one or more computing devices for masking data, the method comprising: applying, by at least one of the one or more computing devices, an irreversible function to a first data element to generate a derivative data element, the first data element being of a first data type and the derivative data element being of a second data type different than the first data type, wherein all elements of the first data type comprise a fixed number of element members, each having a corresponding position, and wherein the first data type is characterized by a syntactic definition mapping each of the element members to one of one or more alphabets based on position; selecting, by at least one of the one or more computing devices, a portion of the derivative data element to serve as a template, wherein the portion of the derivative data element selected to serve as the template comprises a fixed number of octets equal to the fixed number of element members of the first data type; and generating, by at least one of the one or more computing devices, a masked data element of the first data type by assigning each octet a position, selecting an alphabet in the one or more alphabets, and mapping each octet to a value in the selected alphabet based on the position assigned to the octet and the position map. applying, by at least one of the one or more computing devices, an irreversible function to a first data element to generate a derivative data element, the first data element being of a first data type and the derivative data element being of a second data type different than the first data type, wherein all elements of the first data type comprise a fixed number of element members, each having a corresponding position, and wherein the first data type is characterized by a syntactic definition mapping each of the element members to one of one or more alphabets based on position; selecting, by at least one of the one or more computing devices, a portion of the derivative data element to serve as a template, wherein the portion of the derivative data element selected to serve as the template comprises a fixed number of octets equal to the fixed number of element members of the first data type; and generating, by at least one of the one or more computing devices, a masked data element of the first data type by assigning each octet a position, selecting an alphabet in the one or more alphabets, and mapping each octet to a value in the selected alphabet based on the position assigned to the octet and the position map.
A method for screening cells, wherein the cells are non-small cell lung carcinoma cells that produce an allogeneic autophagosome enriched composition able to induce expression of a selective marker BDCA3 on a subpopulation of peripheral blood mononuclear cells, comprising: • contacting a cell with a proteasome inhibitor; • contacting the cell with a lysosome inhibitor; • harvesting the resulting autophagosomes; and selecting cells that incorporate one or more Toll-like receptor agonist and/or one or more molecular chaperones within the harvested autophagosomes, wherein the one or more Toll-like receptor agonists may include agonists for Toll-like receptor 2, Toll-like receptor 3, Toll-like receptor 4, Toll-like receptor 7, and/or Toll-like receptor 9, or a combination thereof, and wherein the chaperones are selected from the list containing HSP-90, HSP-70 and calreticulin. • contacting a cell with a proteasome inhibitor; • contacting the cell with a lysosome inhibitor; • harvesting the resulting autophagosomes; and
An absorbent article comprising a liquid permeable layer, a liquid-impermeable layer, and an absorbent core positioned between the liquid permeable layer and the liquid-impermeable layer, wherein the absorbent article contains a film having a thickness of 50 micrometers or less, the film containing a layer that is formed from a polymer composition, wherein the polymer composition contains a first ethylene polymer having a density of 0.94 g/cm 3 or less, a second ethylene polymer having a density of greater than 0.94 g/cm 3, and a nanoclay having an organic surface treatment, wherein the weight ratio of the first ethylene polymer to the second ethylene polymer is from 0.1 to 10.