mhurhangee/ep-ind-claims huggingface dataset:
A method for registering a Personal Network, PN, at a Personal Network Entity, PNE, which is provided with a service from a server in a Wide Area Network, WAN, through a Personal Network, PN, gateway, the method comprising: transmitting a PN connection request message to the server through the PN gateway; receiving an authentication request message from the server; determining whether a PN list including the PN gateway is included in the received authentication request message; and if the PN list is included, transmitting an authentication response message including information about joining a PN included in the PN list to the server through the PN gateway. transmitting a PN connection request message to the server through the PN gateway; receiving an authentication request message from the server; determining whether a PN list including the PN gateway is included in the received authentication request message; and if the PN list is included, transmitting an authentication response message including information about joining a PN included in the PN list to the server through the PN gateway.
An anti-bacterial fiber comprising: an ultra-high molecular weight polyethylene structure; and an anti-bacterial low-density polyethylene, LDPE,, wherein the anti-bacterial LDPE comprises polyhexamethylene guanidine, PHMG, grafted to a LDPE structure, wherein the ultra-high molecular weight polyethylene structure and the anti-bacterial LDPE are combined together to form the anti-bacterial fiber. an ultra-high molecular weight polyethylene structure; and an anti-bacterial low-density polyethylene, LDPE,, wherein the anti-bacterial LDPE comprises polyhexamethylene guanidine, PHMG, grafted to a LDPE structure, wherein the ultra-high molecular weight polyethylene structure and the anti-bacterial LDPE are combined together to form the anti-bacterial fiber.
An implant delivery system, comprising: a catheter having a delivery lumen; a pusher member slidably disposed in the catheter delivery lumen; an expandable implant carried on a distal end portion of the pusher member; and a plurality of retention members, each having a first end attached to the pusher member at a location distal to the implant, and a second end releasably engaging the implant to thereby retain the implant in a collapsed configuration on the pusher member for delivery of the implant through the catheter delivery lumen; characterized in that the system further comprises: an inflatable membrane attached to the pusher member and having an exterior surface affixed to the respective retention members, the pusher member comprising an inflation lumen in communication with an interior region defined by the membrane, wherein inflation of the membrane causes the retaining members to disengage the implant and thereby allow the implant to expand from the collapsed configuration; and a guidewire disposed within the inflation lumen of the pusher member. a catheter having a delivery lumen; a pusher member slidably disposed in the catheter delivery lumen; an expandable implant carried on a distal end portion of the pusher member; and a plurality of retention members, each having a first end attached to the pusher member at a location distal to the implant, and a second end releasably engaging the implant to thereby retain the implant in a collapsed configuration on the pusher member for delivery of the implant through the catheter delivery lumen; characterized in that the system further comprises: an inflatable membrane attached to the pusher member and having an exterior surface affixed to the respective retention members, the pusher member comprising an inflation lumen in communication with an interior region defined by the membrane, wherein inflation of the membrane causes the retaining members to disengage the implant and thereby allow the implant to expand from the collapsed configuration; and a guidewire disposed within the inflation lumen of the pusher member. an inflatable membrane attached to the pusher member and having an exterior surface affixed to the respective retention members, the pusher member comprising an inflation lumen in communication with an interior region defined by the membrane, wherein inflation of the membrane causes the retaining members to disengage the implant and thereby allow the implant to expand from the collapsed configuration; and a guidewire disposed within the inflation lumen of the pusher member.
A system for configuring a detector, such as a metal detector, including keys (131, 137) for controlling the functionalities of the detector, comprising such detector characterized in that the system further comprises: - a remote programming unit of the detector and including a human/machine interface for defining configuration data of the detector, which human/machine interface comprises virtual buttons representing the keys (131, 137), each key (131, 137) being associated with a corresponding virtual button on the human/machine interface, and graphic icons associated with the virtual buttons, each virtual button being represented by a graphic icon, - a communication link between the programming unit and the detector, the communication link allowing the transfer of configuration data from the programming to the detector, - a controller in the detector, the controller allowing the activation or deactivation of the keys controlling the functionalities of the detector from the configuration data such that: ∘ when said key is activated, its actuation by an operator incurs a modification of at least one functionality of the detector, ∘ when said key is deactivated, its actuation by an operator does not incur a modification of said at least one functionality of the detector. and such that the configuration of the set of virtual buttons representing the keys (131, 137) on the human/machine interface makes it possible to define the configuration of the corresponding keys (131, 137) controlling the functionalities of the detector. - a remote programming unit of the detector and including a human/machine interface for defining configuration data of the detector, which human/machine interface comprises virtual buttons representing the keys (131, 137), each key (131, 137) being associated with a corresponding virtual button on the human/machine interface, and graphic icons associated with the virtual buttons, each virtual button being represented by a graphic icon, - a communication link between the programming unit and the detector, the communication link allowing the transfer of configuration data from the programming to the detector, - a controller in the detector, the controller allowing the activation or deactivation of the keys controlling the functionalities of the detector from the configuration data such that: ∘ when said key is activated, its actuation by an operator incurs a modification of at least one functionality of the detector, ∘ when said key is deactivated, its actuation by an operator does not incur a modification of said at least one functionality of the detector. and such that the configuration of the set of virtual buttons representing the keys (131, 137) on the human/machine interface makes it possible to define the configuration of the corresponding keys (131, 137) controlling the functionalities of the detector. ∘ when said key is activated, its actuation by an operator incurs a modification of at least one functionality of the detector, ∘ when said key is deactivated, its actuation by an operator does not incur a modification of said at least one functionality of the detector.
A method of wireless communication at a user equipment, UE, in a distributed cellular-vehicle to everything, C-V2X, environment, comprising: configuring an ultra-reliable low-latency communication, URLLC, transmission unit; and transmitting the URLLC transmission unit within a regular subframe to a second UE, wherein the regular subframe comprises two slots, and each slot comprises seven OFDM symbols, characterized in that the configuring of the URLLC transmission unit comprises configuring a URLLC transmission indicator, a URLLC control channel, and a URLLC data portion, and wherein the URLLC transmission indicator comprises a one-bit channel to indicate whether or not there is a URLLC transmission in the regular subframe, and is located at the beginning of the regular subframe and the URLLC control channel comprises at least one or more fields for MIMO information and demodulation information for the URLLC data portion. configuring an ultra-reliable low-latency communication, URLLC, transmission unit; and transmitting the URLLC transmission unit within a regular subframe to a second UE, wherein the regular subframe comprises two slots, and each slot comprises seven OFDM symbols, characterized in that the configuring of the URLLC transmission unit comprises configuring a URLLC transmission indicator, a URLLC control channel, and a URLLC data portion, and wherein the URLLC transmission indicator comprises a one-bit channel to indicate whether or not there is a URLLC transmission in the regular subframe, and is located at the beginning of the regular subframe and the URLLC control channel comprises at least one or more fields for MIMO information and demodulation information for the URLLC data portion.
A transdermal reservoir-type delivery system comprising a plurality of patch units, wherein each patch unit comprises: (a) a backing layer having a top surface and a bottom surface and side walls that define a protected volume of a reservoir compartment; (b) a drug layer, separated from the skin by a semipermeable membrane, disposed on the top surface of the backing layer, and (c) an adhesive layer disposed on the drug layer; wherein - the backing layer is surrounded by borders being free of the drug layer, - an adhesive is disposed on the borders of the backing layer, - the plurality of patch units are connected to each other along one or more borders of the patch units; and each patch unit is defined by one or more lines of separation on the borders of the patch unit. (a) a backing layer having a top surface and a bottom surface and side walls that define a protected volume of a reservoir compartment; (b) a drug layer, separated from the skin by a semipermeable membrane, disposed on the top surface of the backing layer, and (c) an adhesive layer disposed on the drug layer; - the backing layer is surrounded by borders being free of the drug layer, - an adhesive is disposed on the borders of the backing layer, - the plurality of patch units are connected to each other along one or more borders of the patch units; and
A method of managing NAK responses in a wireless communication system including a transmitter and a receiver employing a Hybrid Automated Repeat reQuest, H-ARQ, protocol comprising: sending an identifier to the receiver for each channel of a plurality of channels assigned to the receiver together as a status identifier sequence, each identifier indicating whether a maximum number of sub-packet transmissions for a data packet being sent over a respective channel have taken place; and receiving a NAK response from the receiver if one of the identifiers indicates that the maximum number of sub-packet transmissions for the data packet being sent over the respective channel has taken place and the data packet has not been received by the receiver. sending an identifier to the receiver for each channel of a plurality of channels assigned to the receiver together as a status identifier sequence, each identifier indicating whether a maximum number of sub-packet transmissions for a data packet being sent over a respective channel have taken place; and receiving a NAK response from the receiver if one of the identifiers indicates that the maximum number of sub-packet transmissions for the data packet being sent over the respective channel has taken place and the data packet has not been received by the receiver.
A facility for processing harvested products, such as grapes, comprising at least: - a destemmer equipped with at least one inlet, a first outlet and a second outlet, - a conveying device, and - a collection system comprising at least one collection container, a calibration device comprising at least one inlet and at least two outlets (13, 14), characterized in that said outlets (13, 14) of the calibration device communicate, one with the inlet of the destemmer to allow the inlet of the destemmer to be supplied from the calibration device, the other or another with the collection system for collection by gravity of the products coming from said outlet of the calibration device by the collection system, and in that the conveying device delimits at least one path for transporting products between the first outlet of the destemmer and the inlet or one of the inlets of the calibration device in order to supply the calibration device with products from the destemmer. - a destemmer equipped with at least one inlet, a first outlet and a second outlet, - a conveying device, and - a collection system comprising at least one collection container, a calibration device comprising at least one inlet and at least two outlets (13, 14),
A hand-operated drill comprising: a drill motor; a drill chuck; and a thrust-indicator assembly attachable between the drill motor and the drill chuck for indicating a drilling thrust of the hand-operated drill, wherein the thrust-indicator assembly comprises an indicator which indicates whether the drilling thrust is within an acceptable range. wherein the thrust-indicator assembly further comprises a driver member moveably attached to the indicator, characterised in that the indicator is configured to indicate that the drilling thrust is within the acceptable range when a segment of the indicator is disposed along an acceptable portion of the driver member and is configured to indicate that the drilling thrust is outside the acceptable range when the segment of the indicator is disposed outside of the acceptable portion of the driver member. a drill motor; a drill chuck; and a thrust-indicator assembly attachable between the drill motor and the drill chuck for indicating a drilling thrust of the hand-operated drill, wherein the thrust-indicator assembly comprises an indicator which indicates whether the drilling thrust is within an acceptable range. wherein the thrust-indicator assembly further comprises a driver member moveably attached to the indicator, characterised in that the indicator is configured to indicate that the drilling thrust is within the acceptable range when a segment of the indicator is disposed along an acceptable portion of the driver member and is configured to indicate that the drilling thrust is outside the acceptable range when the segment of the indicator is disposed outside of the acceptable portion of the driver member.
A method of determining the angular position of a roll, comprising: (a) detecting signals generated by an accelerometer attached to an end of a rotating roll; (b) determining whether a signal generated in step (a) has reached a pre-trigger threshold, and repeating step (a) if the signal has not reached the pre-trigger threshold; (c) if the signal is determined in step (b) to have reached the pre-trigger threshold, detecting a subsequent signal generated by the accelerometer; (d) determining whether the signal detected in step (c) has reached a trigger threshold, and repeating step (c) if the signal has not reached the trigger threshold; (e) if the signal has reached the trigger threshold, establishing the angular position of the roll based on the signal that has reached the trigger threshold. (a) detecting signals generated by an accelerometer attached to an end of a rotating roll; (b) determining whether a signal generated in step (a) has reached a pre-trigger threshold, and repeating step (a) if the signal has not reached the pre-trigger threshold; (c) if the signal is determined in step (b) to have reached the pre-trigger threshold, detecting a subsequent signal generated by the accelerometer; (d) determining whether the signal detected in step (c) has reached a trigger threshold, and repeating step (c) if the signal has not reached the trigger threshold; (e) if the signal has reached the trigger threshold, establishing the angular position of the roll based on the signal that has reached the trigger threshold.
Control device with indexing comprising: - a manual control knob; - an indexing means defining a plurality of indexed positions of said control knob and exerting a resistance to the displacement that is perceptible to a user of said manual control knob when said knob is in an indexed position; said device being characterized in that said indexing means comprises: - a first main indexing subdevice producing a first resistance to the displacement, - a second indexing adjustment subdevice producing a second resistance to the adjustment displacement, in that at least one indexing subdevice (11, 12) produces the resistance to the displacement by magnetic forces to form a magnetic indexing device, in that the first indexing subdevice is magnetic and comprises a first plurality of ferromagnetic teeth (31, 32) cooperating with a first permanent magnet and in that the second indexing subdevice is magnetic and comprises a second plurality of ferromagnetic teeth cooperating with a second permanent magnet and in that the indexing devices are arranged such that the resistances to the main and adjustment displacements are on the one hand added together and on the other hand phase shifted from one another such that the resistance to the displacement that is perceptible to a user of the control device is perceived dissymetrically on either side of the indexing point. - a manual control knob; - an indexing means defining a plurality of indexed positions of said control knob and exerting a resistance to the displacement that is perceptible to a user of said manual control knob when said knob is in an indexed position; - a first main indexing subdevice producing a first resistance to the displacement, - a second indexing adjustment subdevice producing a second resistance to the adjustment displacement,
A method of generating low latency virtual bass, comprising: receiving an input audio signal; performing harmonic transposition on low frequency components of the input audio signal to generate transposed data indicative of harmonics of the input audio signal; generating a virtual bass signal in response to the transposed data; and generating an enhanced audio signal by combining the virtual bass signal with a delayed version of the input audio signal, wherein the harmonic transposition employs combined transposition using a base transposition order B higher than 2 such that the harmonics include a second order harmonic and at least one higher order harmonic of each of the low frequency components, and characterized in that all of the harmonics are generated in response to frequency-domain values determined by a common time-to-frequency domain transform stage using an asymmetric analysis window, and a subsequent inverse transform determined by a common frequency-to-time domain transform stage using an asymmetric synthesis window. receiving an input audio signal; performing harmonic transposition on low frequency components of the input audio signal to generate transposed data indicative of harmonics of the input audio signal; generating a virtual bass signal in response to the transposed data; and generating an enhanced audio signal by combining the virtual bass signal with a delayed version of the input audio signal, wherein the harmonic transposition employs combined transposition using a base transposition order B higher than 2 such that the harmonics include a second order harmonic and at least one higher order harmonic of each of the low frequency components, and characterized in that all of the harmonics are generated in response to frequency-domain values determined by a common time-to-frequency domain transform stage using an asymmetric analysis window, and a subsequent inverse transform determined by a common frequency-to-time domain transform stage using an asymmetric synthesis window.
Use of ammonium sulfate precipitation with an ammonium sulfate concentration of approximately 45 to 65% to prepare a composition of purified IgA extracted from a quantity of non-pasteurized human breastmilk, the composition having stability at 25°C for at least 14 days.
A charged particle detection system, comprising: a first detector having an array of plural detection elements for detecting charged particles; a first aperture plate having a first array of plural apertures to be traversed by charged particles and disposed at a first distance from the first detector; a second aperture plate having a second array of plural apertures to be traversed by charged particles and disposed at a second distance from the first detector, the second distance being greater than the first distance; and a voltage supply for supplying electric potentials to the first detector, the first aperture plate and the second aperture plate; wherein the apertures of the first aperture plate, the apertures of the second aperture plate and the detection elements of the first detector are substantially aligned relative to each other such that plural beamlets of charged particles can each traverse an aperture of the first aperture plate and an aperture of the second aperture plate to be incident on a detection element of the first detector; characterized in that the electric potentials are supplied to the first detector and the first aperture plate such that charged particles of the beamlets having a kinetic energy below a threshold energy cannot traverse the first array of plural apertures of the first aperture plate and are prevented from being incident on the detection elements. a first detector having an array of plural detection elements for detecting charged particles; a first aperture plate having a first array of plural apertures to be traversed by charged particles and disposed at a first distance from the first detector; a second aperture plate having a second array of plural apertures to be traversed by charged particles and disposed at a second distance from the first detector, the second distance being greater than the first distance; and a voltage supply for supplying electric potentials to the first detector, the first aperture plate and the second aperture plate; wherein the apertures of the first aperture plate, the apertures of the second aperture plate and the detection elements of the first detector are substantially aligned relative to each other such that plural beamlets of charged particles can each traverse an aperture of the first aperture plate and an aperture of the second aperture plate to be incident on a detection element of the first detector; the electric potentials are supplied to the first detector and the first aperture plate such that charged particles of the beamlets having a kinetic energy below a threshold energy cannot traverse the first array of plural apertures of the first aperture plate and are prevented from being incident on the detection elements.