mhurhangee/ep-ind-claims huggingface dataset:
A method for completing an emergency call in an all Internet Protocol, IP, network having GPRS access, the method comprising: implementing, in a node in the IP network, a pool of substitute Subscriber Identity Modules, SIMs, that are designated as an Emergency SIM Pool Function, ESPF; receiving a second emergency call request from a User Equipment with no SIM card or an invalid SIM card; providing or substituting a valid SIM from the ESPF for the missing or invalid SIM of the UE; forwarding the second call request with the valid SIM to the IMS network's HLR, wherein the substitute SIM is authenticated; and completing the emergency call by routing the authenticated emergency request message to a Public Safety Answering Point, wherein if the UE lacks the SIM card, the UE generates said second emergency call request that includes an emergency IMSI formed by concatenating the last twelve digits of the International Mobile Equipment Identity, IMEI, of the UE with the emergency call request, the method further comprising in advance to the step of receiving said second request presenting an initial emergency request message to the UE's home network HLR and upon rejection as invalid, the ESPF intercepting said second request message from the UE comprising the emergency IMSI, and part of the step of forwarding said second call request sending the second emergency request message with the valid SIM, including a new IMSI, to the HLR. implementing, in a node in the IP network, a pool of substitute Subscriber Identity Modules, SIMs, that are designated as an Emergency SIM Pool Function, ESPF; receiving a second emergency call request from a User Equipment with no SIM card or an invalid SIM card; providing or substituting a valid SIM from the ESPF for the missing or invalid SIM of the UE; forwarding the second call request with the valid SIM to the IMS network's HLR, wherein the substitute SIM is authenticated; and completing the emergency call by routing the authenticated emergency request message to a Public Safety Answering Point, wherein if the UE lacks the SIM card, the UE generates said second emergency call request that includes an emergency IMSI formed by concatenating the last twelve digits of the International Mobile Equipment Identity, IMEI, of the UE with the emergency call request, the method further comprising in advance to the step of receiving said second request presenting an initial emergency request message to the UE's home network HLR and upon rejection as invalid, the ESPF intercepting said second request message from the UE comprising the emergency IMSI, and part of the step of forwarding said second call request sending the second emergency request message with the valid SIM, including a new IMSI, to the HLR. in advance to the step of receiving said second request presenting an initial emergency request message to the UE's home network HLR and upon rejection as invalid, the ESPF intercepting said second request message from the UE comprising the emergency IMSI, and part of the step of forwarding said second call request sending the second emergency request message with the valid SIM, including a new IMSI, to the HLR.
A circuit element, comprising: a semiconductor chip; a wire for connecting between the semiconductor chip and an additional circuit element; and at least seven wire bond connections electrically connecting the wire and the semiconductor chip; wherein the wire is a helical shaped wire that electrically connects to the semiconductor chip through the plurality of wire bond connections arranged directly on a surface of the semiconductor chip, characterised in that the pitch length of the helical shaped wire is greater than a wire diameter of the helical shaped wire such that each of the wire bond connections are formed with dimensions of 150μm by 150μm. a semiconductor chip; a wire for connecting between the semiconductor chip and an additional circuit element; and at least seven wire bond connections electrically connecting the wire and the semiconductor chip; wherein the wire is a helical shaped wire that electrically connects to the semiconductor chip through the plurality of wire bond connections arranged directly on a surface of the semiconductor chip, characterised in that the pitch length of the helical shaped wire is greater than a wire diameter of the helical shaped wire such that each of the wire bond connections are formed with dimensions of 150μm by 150μm.
A method comprising: receiving, by a control unit, coherency probe messages and interrupts, the coherency probe messages being used to comply with a memory coherency protocol; generating, by the control unit, an interrupt message in a hybrid message format that is compatible with a format of coherency probe messages used by the coherency probe network, responsive to detecting the interrupt, wherein an embedded encoding of the hybrid message format distinguishes interrupt messages from coherency probe messages; sending, by the control unit via the coherency probe network, the interrupt message in the hybrid message format; and receiving, by a cache subsystem via the coherency probe network, the interrupt message in the hybrid message format; determining, by the cache subsystem, whether the received interrupt message in the hybrid message format is a coherency probe message or an interrupt message based on the embedded encoding; and conveying the interrupt message to a processor core, responsive to the interrupt message in the hybrid message format being determined to be an interrupt message. receiving, by a control unit, coherency probe messages and interrupts, the coherency probe messages being used to comply with a memory coherency protocol; generating, by the control unit, an interrupt message in a hybrid message format that is compatible with a format of coherency probe messages used by the coherency probe network, responsive to detecting the interrupt, wherein an embedded encoding of the hybrid message format distinguishes interrupt messages from coherency probe messages; sending, by the control unit via the coherency probe network, the interrupt message in the hybrid message format; and receiving, by a cache subsystem via the coherency probe network, the interrupt message in the hybrid message format; determining, by the cache subsystem, whether the received interrupt message in the hybrid message format is a coherency probe message or an interrupt message based on the embedded encoding; and conveying the interrupt message to a processor core, responsive to the interrupt message in the hybrid message format being determined to be an interrupt message.
An electrical junction box comprising a bus bar circuit unit (12, 50) in which a plurality of bus bars (28a to 28g) are arranged on an insulated board (26a, 26b), the plurality of bus bars (28a to 28g) including a power source-side bus bar to be connected to a power source line and a ground-side bus bar to be connected to a ground line, wherein the power source-side bus bar and the ground-side bus bar are arranged adjacent to each other, and characterized in that an oxide deposition inhibiting structure (42, 54) is provided in an exposed portion (44a to 44c) of the insulated board (26a, 26b) that is exposed through a gap between the power source-side bus bar and the ground-side bus bar.
A method of forming mono-crystalline gem grade diamond by microwave plasma chemical vapour deposition, the method comprising the steps of: (a) providing at least one diamond seed; (b) exposing the seed to conditions for growing diamond by microwave plasma chemical vapour deposition, including supplying reaction gases that include a carbon-containing gas for growing diamond and include a nitrogen-containing gas; and (c) controlling the quantity of nitrogen-containing gas relative to other gases in the reaction gases such that diamond is caused to grow by step-growth without defects and graphitic inclusions; wherein the quantity of nitrogen-containing gas in the reaction gases is in the range of 0.001 to 0.0016 vol% and further wherein diborane is present in the reaction gases in the range of from 0.00002 to 0.002 vol%. (a) providing at least one diamond seed; (b) exposing the seed to conditions for growing diamond by microwave plasma chemical vapour deposition, including supplying reaction gases that include a carbon-containing gas for growing diamond and include a nitrogen-containing gas; and (c) controlling the quantity of nitrogen-containing gas relative to other gases in the reaction gases such that diamond is caused to grow by step-growth without defects and graphitic inclusions;
A transdermal preparation of a layered structure for a hydrophobic drug comprising: a backing layer located at the highest part of the layered structure and having a flexibility; a hydrophobic adhesive layer placed below the backing layer and containing a hydrophobic adhesive to prevent water absorbed from skin from being lost and the drug from being reverse-transferred; and a drug adhesive layer placed below the hydrophobic adhesive layer and containing the hydrophobic drug, an acrylic adhesives for adhering the transdermal preparation to the skin and a hydrophilic polymer resin for promoting the water absorption from the skin. a backing layer located at the highest part of the layered structure and having a flexibility; a hydrophobic adhesive layer placed below the backing layer and containing a hydrophobic adhesive to prevent water absorbed from skin from being lost and the drug from being reverse-transferred; and a drug adhesive layer placed below the hydrophobic adhesive layer and containing the hydrophobic drug, an acrylic adhesives for adhering the transdermal preparation to the skin and a hydrophilic polymer resin for promoting the water absorption from the skin.
An intranasal administration device (900, 1000) for a veterinary subject, comprising: a first support member portion (980, 981) including a septum interface portion (990, 991) sized for insertion into a nasal passage of the veterinary subject; an actuation mechanism connected to the first support member portion (980, 981); and a fluid conduit (918, 919) having a distal end opposite a supported end, the distal end sized for insertion into the nasal passage of the veterinary subject, the fluid conduit (918, 919) being flexible and sized and configured to receive fluid from a fluid source and discharge the fluid through the distal end into the nasal passage, the distal end of the fluid conduit (918, 919) being unsupported and movable relative to the septum interface portion (990, 991). a first support member portion (980, 981) including a septum interface portion (990, 991) sized for insertion into a nasal passage of the veterinary subject; an actuation mechanism connected to the first support member portion (980, 981); and a fluid conduit (918, 919) having a distal end opposite a supported end, the distal end sized for insertion into the nasal passage of the veterinary subject, the fluid conduit (918, 919) being flexible and sized and configured to receive fluid from a fluid source and discharge the fluid through the distal end into the nasal passage, the distal end of the fluid conduit (918, 919) being unsupported and movable relative to the septum interface portion (990, 991).
A controller for a breathing assistance system, wherein the controller is configured to estimate a leak flow by: accessing data of a flow waveform indicating a flow of gas between the ventilation device and the patient; identifying a steady phase portion of the flow waveform, wherein identifying the steady phase portion of the flow waveform comprises: determining a first representative flow rate for a first period of the flow waveform; determining a second representative flow rate for at least a second period of the flow waveform, and defining a duration of the steady phase portion of the flow waveform to include the first period and the second period when the second representative flow rate varies from the first representative flow rate by less than a predetermined amount; and performing a linear regression on the identified steady phase portion of the flow waveform to determine an estimated leak flow. accessing data of a flow waveform indicating a flow of gas between the ventilation device and the patient; identifying a steady phase portion of the flow waveform, wherein identifying the steady phase portion of the flow waveform comprises: determining a first representative flow rate for a first period of the flow waveform; determining a second representative flow rate for at least a second period of the flow waveform, and defining a duration of the steady phase portion of the flow waveform to include the first period and the second period when the second representative flow rate varies from the first representative flow rate by less than a predetermined amount; and determining a first representative flow rate for a first period of the flow waveform; determining a second representative flow rate for at least a second period of the flow waveform, and defining a duration of the steady phase portion of the flow waveform to include the first period and the second period when the second representative flow rate varies from the first representative flow rate by less than a predetermined amount; and performing a linear regression on the identified steady phase portion of the flow waveform to determine an estimated leak flow.
A test system suitable for performing a test of a moving body such as a vehicle, a ship, or an airplane, or a device of the moving body, the test system comprising: one or more testing devices used for the test; and a device management apparatus that is communicably connected to the testing devices to manage the testing devices, the communicable connection being performed by a connecting button, wherein the device management apparatus comprises: an operation sensing part that senses that a disconnecting/connecting operation for connecting or disconnecting any of the testing devices has been performed; and a device state information obtaining part that, with detection of a connecting operation as a start, obtains device state information indicating a present or past state of a corresponding testing device, the detection being performed by the operation sensing part, characterized by a management main body part that recognizably displays a chronological change in value of the device state information on a screen, as well as in a case where the value of the device state information exceeds or falls below a predetermined threshold value, notifies of this, and the device state information is pump pressure information indicating suction pressure by a pump or sensitivity information indicating sensitivity of a sensor. one or more testing devices used for the test; and a device management apparatus that is communicably connected to the testing devices to manage the testing devices, the communicable connection being performed by a connecting button, wherein the device management apparatus comprises: an operation sensing part that senses that a disconnecting/connecting operation for connecting or disconnecting any of the testing devices has been performed; and a device state information obtaining part that, with detection of a connecting operation as a start, obtains device state information indicating a present or past state of a corresponding testing device, the detection being performed by the operation sensing part, an operation sensing part that senses that a disconnecting/connecting operation for connecting or disconnecting any of the testing devices has been performed; and a device state information obtaining part that, with detection of a connecting operation as a start, obtains device state information indicating a present or past state of a corresponding testing device, the detection being performed by the operation sensing part, characterized by a management main body part that recognizably displays a chronological change in value of the device state information on a screen, as well as in a case where the value of the device state information exceeds or falls below a predetermined threshold value, notifies of this, and the device state information is pump pressure information indicating suction pressure by a pump or sensitivity information indicating sensitivity of a sensor.
Encoder that can be mounted on the axle of a rail vehicle, with a sensor unit for the generation of raw signals representing the rotation of the axle, whereby sine and cosine signals are provided by the encoder as raw signals and from which a high-resolution position and a high-resolution rotational speed can be obtained, whereby a data processing unit is provided for in the encoder in which the raw signals can be converted into digitized raw signals, whereby incremental signals can be generated from the digitized raw signals, whereby said incremental signals can be output via an output interface, characterized in that an interrupter is provided for, whereby in the interrupter with the high-resolution position and with the high-resolution speed, which can be calculated from the raw signals, torsional vibration signals can be separated from the digitized raw signals and an output interface is integrated for the separate output of the torsional vibration signals and of the incremental signals.
Method for the production of hot drinks with a drinks machine, which is configured for the preparation of a plurality of different types of hot drinks, comprising the steps: - providing control parameter values for a number of liquid volumes, wherein each control parameter value is linked to one liquid volume, - providing a number of compensation values for changing the liquid volumes, wherein each compensation value is linked to a type of hot drink, - selecting a type of hot drink, - preparing a hot drink of the type of hot drink selected, wherein a liquid volume is conveyed, which results from the control parameter value for the liquid volume changed by the compensation value for the type of hot drink. - providing control parameter values for a number of liquid volumes, wherein each control parameter value is linked to one liquid volume, - providing a number of compensation values for changing the liquid volumes, wherein each compensation value is linked to a type of hot drink, - selecting a type of hot drink, - preparing a hot drink of the type of hot drink selected, wherein a liquid volume is conveyed, which results from the control parameter value for the liquid volume changed by the compensation value for the type of hot drink.
Device for cleaning a sensor of a motor vehicle, including means for simultaneous or sequential distribution via a distribution orifice in a distribution nozzle of a first fluid and a second fluid and also including means for moving said distribution nozzle between a rest position and a deployed position, characterized in that the first fluid and the second fluid are separately routed to said distribution nozzle via a first admission channel and via a second admission channel, respectively, characterized in that said means for moving the distribution nozzle include means shared with the means for feeding the first admission channel with the first fluid.
Method for open loop controlling and/or closed loop controlling of an electric motor of a fan of a lighting device of a motor vehicle in a motor vehicle by means of an electronic control unit, wherein, via a first connection of the electric motor or of the control circuit of the electric motor, an electric energy is supplied to the electric motor or to the control circuit, and a second connection of the electric motor or of the control circuit is connected to ground, and wherein a control signal comprising information concerning a desired speed of the electric motor is transmitted from the electronic control unit to the electric motor or to the control circuit and a functional state signal comprising information concerning a function of the electric motor is transmitted from the electric motor or the control circuit to the control unit, wherein the control signal (22; 23) and the functional state signal (22; 23) are transmitted via the same connection of the electric motor or of the control circuit, characterized in that the control signal is realized as an analog signal, wherein the information concerning the desired speed of the electric motor is encoded in the signal by varying a level of the signal, wherein the information concerning the function of the electric motor is coded by realizing a pulse width modulation of the signal, wherein for coding the information concerning the function of the electric motor a frequency of the signal or an on-time and an off-time of the signal is varied.
An information providing system for providing a passenger with information, the information providing system comprising: an in-vehicle device installed in an electric vehicle, wherein the passenger is provided with the information via the in-vehicle device, the in-vehicle device including: a notifier for notifying the passenger of a congested state of a charge station candidate, wherein the notifying is implemented by estimating of the congested state of the charge station candidate at a time point when an own electric vehicle reaches the charge station candidate which is a charge station reachable with a state-of-charge of the own electric vehicle, characterized in that the estimation of the congested state is implemented by: searching the charge station candidate based on position information and the state-of-charge of the own electric vehicle, and estimating, based on position information and a state-of-charge of another electric vehicle which is present around the charge station candidate, a stop possibility that the other electric vehicle stops at the charge station candidate, a possible charge of the other electric vehicle to implement a charging at the charge station candidate, and a charge time zone of the other electric vehicle to implement the charging at the charge station candidate. an in-vehicle device installed in an electric vehicle, wherein the passenger is provided with the information via the in-vehicle device, the in-vehicle device including: a notifier for notifying the passenger of a congested state of a charge station candidate, wherein the notifying is implemented by estimating of the congested state of the charge station candidate at a time point when an own electric vehicle reaches the charge station candidate which is a charge station reachable with a state-of-charge of the own electric vehicle, characterized in that the estimation of the congested state is implemented by: searching the charge station candidate based on position information and the state-of-charge of the own electric vehicle, and estimating, based on position information and a state-of-charge of another electric vehicle which is present around the charge station candidate, a stop possibility that the other electric vehicle stops at the charge station candidate, a possible charge of the other electric vehicle to implement a charging at the charge station candidate, and a charge time zone of the other electric vehicle to implement the charging at the charge station candidate. searching the charge station candidate based on position information and the state-of-charge of the own electric vehicle, and estimating, based on position information and a state-of-charge of another electric vehicle which is present around the charge station candidate, a stop possibility that the other electric vehicle stops at the charge station candidate, a possible charge of the other electric vehicle to implement a charging at the charge station candidate, and a charge time zone of the other electric vehicle to implement the charging at the charge station candidate.