mhurhangee/ep-ind-claims huggingface dataset:
A method for a communication system comprising a target node of a first network, a serving node of a second network and a user equipment, UE, to initiate an inter-system transfer of a communication session, comprising: listening for communications from a first network of a first communication technology and a second network of a second communication technology different from the first communication technology; establishing a circuit switched session with the first network; and establishing a packet switched session with the serving node of the second network; wherein, after establishing the circuit switched session and the packet switched session, the method further comprises: determining, by the UE, to transfer the packet switched session to the target node of the first network, wherein the target node comprises a session management entity of the first network; transmitting a message, by the UE, to the target node, the message to cause the target node to fetch information about the packet switched session from the serving node in order to effect the transfer, wherein transmitting the message to the target node causes the transfer of only the packet switched session; and maintaining the circuit switched session with the first network after the transfer of the packet switched session. listening for communications from a first network of a first communication technology and a second network of a second communication technology different from the first communication technology; establishing a circuit switched session with the first network; and establishing a packet switched session with the serving node of the second network; wherein, after establishing the circuit switched session and the packet switched session, the method further comprises: determining, by the UE, to transfer the packet switched session to the target node of the first network, wherein the target node comprises a session management entity of the first network; transmitting a message, by the UE, to the target node, the message to cause the target node to fetch information about the packet switched session from the serving node in order to effect the transfer, wherein transmitting the message to the target node causes the transfer of only the packet switched session; and maintaining the circuit switched session with the first network after the transfer of the packet switched session. determining, by the UE, to transfer the packet switched session to the target node of the first network, wherein the target node comprises a session management entity of the first network; transmitting a message, by the UE, to the target node, the message to cause the target node to fetch information about the packet switched session from the serving node in order to effect the transfer, wherein transmitting the message to the target node causes the transfer of only the packet switched session; and maintaining the circuit switched session with the first network after the transfer of the packet switched session.
A cleaning device for use on-board of a vehicle, the cleaning device being configured for cleaning a surface of the vehicle, said cleaning device comprising: • a tank configured for containing a gas and a washing liquid, the tank comprising a gas feed line, a washing liquid feed line, a washing liquid filling opening and a gas filling opening, a gas outlet port and a washing liquid outlet port, • a gas pressurizing means fluidly connected to the gas filling opening and configured to pressurize the tank, • a first nozzle configured to spray the washing liquid and/or to blow the gas, the first nozzle being fluidly connected to the gas feed line and/or the washing liquid feed line, • a first valve fluidly connected to the first nozzle, characterized in that the gas pressurizing means is located totally or partly in a gas volume of the tank. • a tank configured for containing a gas and a washing liquid, the tank comprising a gas feed line, a washing liquid feed line, a washing liquid filling opening and a gas filling opening, a gas outlet port and a washing liquid outlet port, • a gas pressurizing means fluidly connected to the gas filling opening and configured to pressurize the tank, • a first nozzle configured to spray the washing liquid and/or to blow the gas, the first nozzle being fluidly connected to the gas feed line and/or the washing liquid feed line, • a first valve fluidly connected to the first nozzle,
An osteosynthesis plate, comprising a first segment in form of a bone plate that has a plurality of passages for bone screws, and at least a second segment, which is U-shaped and which has at least one further passage for a bone screw, characterized in that the second segment is releasably connectable to the first segment, and wherein the angle in which the first and second segments are arranged relative to one another can be modified, wherein the first and the second segments can be snapped clip-like together, wherein the second segment has an upper half and a lower half and can be fastened on a web of the first segment with a force-locked connection by moving the upper and lower halves toward each other, and wherein the first and second segments (1,2) can be fixed to each other by introducing a screw into a passage of the second segment.
A method of determining resource usage information for a facility, the method comprising: receiving, by a battery-powered data collection device, resource usage data associated with a dispenser in the facility via a first communications channel from one sensor at predetermined intervals; applying, by said data collection device, criteria associated with at least two predetermined usage events to the resource usage sensor data to identify usage data associated with a predetermined usage event, wherein the predetermined resource usage event is associated with a change in a resource state of the dispenser and is selected from a depletion event and a refill event, and applying the criterion comprises determining the previously existing resource state of the dispenser, wherein a first criterion is set such that a predetermined number of sequentially received resource usage data points are below a first threshold (Y L) before said depletion event is identified, and a second criterion is set such that a predetermined number of sequentially received resource usage data points are above a second threshold (Y H) before said refill event is identified; and on the basis of the identification of the usage data associated to said event, transmitting, by said data collection device, data indicating the occurrence of the predetermined usage event via a second communications channel to a server. receiving, by a battery-powered data collection device, resource usage data associated with a dispenser in the facility via a first communications channel from one sensor at predetermined intervals; applying, by said data collection device, criteria associated with at least two predetermined usage events to the resource usage sensor data to identify usage data associated with a predetermined usage event, wherein the predetermined resource usage event is associated with a change in a resource state of the dispenser and is selected from a depletion event and a refill event, and applying the criterion comprises determining the previously existing resource state of the dispenser, wherein a first criterion is set such that a predetermined number of sequentially received resource usage data points are below a first threshold (Y L) before said depletion event is identified, and a second criterion is set such that a predetermined number of sequentially received resource usage data points are above a second threshold (Y H) before said refill event is identified; and on the basis of the identification of the usage data associated to said event, transmitting, by said data collection device, data indicating the occurrence of the predetermined usage event via a second communications channel to a server.
Process for preparing a laminated structure comprising at least successively a substrate, a phosphor first layer and an adhesive polymer material second layer, characterized in that it comprises the operations - of depositing on the substrate a phosphor solution, then - of depositing, on the phosphor first layer that results therefrom, an adhesive polymer material solution. - of depositing on the substrate a phosphor solution, then - of depositing, on the phosphor first layer that results therefrom, an adhesive polymer material solution.
A multilayer film comprising: a layer comprising an olefin-based polymer; a layer that is a tie layer comprising a sulfonamide derivative grafted olefin-based polymer (SD-g-PO) wherein the SD-g-PO has the Structure: wherein the nitrogen, N, is bound to a carbon, C, of the polyolefin; Y is selected from the group consisting of O, S, PH, PR, NH, and NR; and R is selected from the group consisting of an alkyl group and an aryl group; a layer comprising a polar component; and wherein the multilayer film has the structure A/B/C. a layer comprising an olefin-based polymer; a layer that is a tie layer comprising a sulfonamide derivative grafted olefin-based polymer (SD-g-PO) wherein the SD-g-PO has the Structure: wherein the nitrogen, N, is bound to a carbon, C, of the polyolefin; Y is selected from the group consisting of O, S, PH, PR, NH, and NR; and R is selected from the group consisting of an alkyl group and an aryl group; wherein the nitrogen, N, is bound to a carbon, C, of the polyolefin; Y is selected from the group consisting of O, S, PH, PR, NH, and NR; and R is selected from the group consisting of an alkyl group and an aryl group; a layer comprising a polar component; and wherein the multilayer film has the structure A/B/C.
A method of providing coverage to a User Equipment, UE, in a wireless communications network that includes a base station, the method comprising: transmitting, by the base station, a plurality of different acquisition channels; detecting, by the UE when in an idle mode, some of the plurality of different acquisition channels of the base station; transmitting, by the UE to the base station, a signal indicating the detection by the UE of some of the plurality of different acquisition channels of the base station; and utilizing, by the base station in response to receiving the signal, a downlink coverage enhancement technique with respect to at least one of the plurality of different acquisition channels, characterised in that the signal indicates which of the plurality of different acquisition channels has been detected by the UE. transmitting, by the base station, a plurality of different acquisition channels; detecting, by the UE when in an idle mode, some of the plurality of different acquisition channels of the base station; transmitting, by the UE to the base station, a signal indicating the detection by the UE of some of the plurality of different acquisition channels of the base station; and utilizing, by the base station in response to receiving the signal, a downlink coverage enhancement technique with respect to at least one of the plurality of different acquisition channels, characterised in that the signal indicates which of the plurality of different acquisition channels has been detected by the UE.
A method of transmitting a data stream in a wireless data streaming system and adaptively controlling parameters of the wireless data streaming system when transmitting the data stream, the method comprising: determining that a previous transmission has not been acknowledged; controlling a first parameter of a transmission of a packet in a data stream, the first parameter being controllable in units of individual packets; transmitting a number of packets using each of a plurality of values of the first parameter, determining the number of packets transmitted at each of the plurality of values of the first parameter and obtaining statistical information regarding use of the first parameter in the transmission of the packets based on the determined number of packets transmitted at each value of the first parameter; calculating a reference value indicating a current channel state based on the statistical information; judging the current channel state by comparing the reference value with a threshold value corresponding to a desired quality of service (QoS); controlling a second parameter of a transmission of a packet in a data stream, comprising increasing or decreasing current values of the second parameter according to the current channel state, the second parameter being controllable in units of packet groups comprising a predefined number of packets; and transmitting further packets using the second parameters. determining that a previous transmission has not been acknowledged; controlling a first parameter of a transmission of a packet in a data stream, the first parameter being controllable in units of individual packets; transmitting a number of packets using each of a plurality of values of the first parameter, determining the number of packets transmitted at each of the plurality of values of the first parameter and obtaining statistical information regarding use of the first parameter in the transmission of the packets based on the determined number of packets transmitted at each value of the first parameter; calculating a reference value indicating a current channel state based on the statistical information; judging the current channel state by comparing the reference value with a threshold value corresponding to a desired quality of service (QoS); controlling a second parameter of a transmission of a packet in a data stream, comprising increasing or decreasing current values of the second parameter according to the current channel state, the second parameter being controllable in units of packet groups comprising a predefined number of packets; and transmitting further packets using the second parameters.
A channel switching device for an image forming apparatus, comprising: an accommodation portion in which a unit is detachably accommodated; a first channel; a second channel (215, 233) passing through the accommodation portion; and a switch separating the first channel and the second channel (215, 233), the switch including: a first communication portion communicating with the first channel and the second channel (215, 233); and a second communication portion disposed at a different position with the first communication portion, the second communication portion communicating with the first channel and the second channel (215, 233), characterized in that the switch is configured to switch to one of the first communication portion or the second communication portion in response to an attachment or detachment of the unit to the accommodation portion. an accommodation portion in which a unit is detachably accommodated; a first channel; a second channel (215, 233) passing through the accommodation portion; and a switch separating the first channel and the second channel (215, 233), the switch including: a first communication portion communicating with the first channel and the second channel (215, 233); and a second communication portion disposed at a different position with the first communication portion, the second communication portion communicating with the first channel and the second channel (215, 233), characterized in that the switch is configured to switch to one of the first communication portion or the second communication portion in response to an attachment or detachment of the unit to the accommodation portion. a first communication portion communicating with the first channel and the second channel (215, 233); and a second communication portion disposed at a different position with the first communication portion, the second communication portion communicating with the first channel and the second channel (215, 233), characterized in that the switch is configured to switch to one of the first communication portion or the second communication portion in response to an attachment or detachment of the unit to the accommodation portion.
Extracorporeal blood treatment apparatus, comprising: a blood treatment device comprising a blood chamber and a fluid chamber separated from one another by a semipermeable membrane; an extracorporeal blood circuit comprising a blood withdrawal line connected to an inlet port of the blood chamber and a blood return line connected to an outlet port of the blood chamber; a blood pump configured to be coupled to the blood withdrawal line; a closed fluid line connected to an inlet port of the fluid chamber and to an outlet port of the fluid chamber, wherein the closed fluid line together with the fluid chamber forms a recirculation loop; an evacuation line departing from the closed fluid line; a warming device coupled or configured to be coupled to the closed fluid line; a recirculation pump coupled or configured to be coupled to the closed fluid line; at least one temperature sensor operative on the extracorporeal blood circuit and configured to sense a blood temperature (Tb); a control unit connected to the warming device, to the recirculation pump and to said at least one temperature sensor; wherein the control unit is configured to execute the following procedure: ▪ receiving from the temperature sensor at least a signal correlated to the blood temperature (Tb); ▪ adjusting said blood temperature (Tb); characterized in that the control unit is configured to adjust said blood temperature (Tb) by controlling at least the recirculation pump. a blood treatment device comprising a blood chamber and a fluid chamber separated from one another by a semipermeable membrane; an extracorporeal blood circuit comprising a blood withdrawal line connected to an inlet port of the blood chamber and a blood return line connected to an outlet port of the blood chamber; a blood pump configured to be coupled to the blood withdrawal line; a closed fluid line connected to an inlet port of the fluid chamber and to an outlet port of the fluid chamber, wherein the closed fluid line together with the fluid chamber forms a recirculation loop; an evacuation line departing from the closed fluid line; a warming device coupled or configured to be coupled to the closed fluid line; a recirculation pump coupled or configured to be coupled to the closed fluid line; at least one temperature sensor operative on the extracorporeal blood circuit and configured to sense a blood temperature (Tb); a control unit connected to the warming device, to the recirculation pump and to said at least one temperature sensor; wherein the control unit is configured to execute the following procedure: ▪ receiving from the temperature sensor at least a signal correlated to the blood temperature (Tb); ▪ adjusting said blood temperature (Tb); ▪ receiving from the temperature sensor at least a signal correlated to the blood temperature (Tb); ▪ adjusting said blood temperature (Tb); characterized in that the control unit is configured to adjust said blood temperature (Tb) by controlling at least the recirculation pump.
A temperature-controlled process liquid delivery system, for testing a biological liquid comprising: a feed tank containing a process liquid; a metering apparatus fluidly coupled to the feed tank, the metering apparatus adapted to meter the process liquid; and a probe fluidly coupled to the metering apparatus by a metering line, the probe being adapted to aspirate and dispense a biological liquid specimen and/or the process fluid; characterized in that the system further comprises a pre-flux member positioned between the feed tank and the metering apparatus and adapted to control a temperature of the process liquid received at the metering apparatus; and a line flux member directly thermally coupled to the metering line and positioned directly adjacent to the probe and adapted to control a temperature of the process liquid contained in the metering line by heating and/or cooling the metering line. a feed tank containing a process liquid; a metering apparatus fluidly coupled to the feed tank, the metering apparatus adapted to meter the process liquid; and a probe fluidly coupled to the metering apparatus by a metering line, the probe being adapted to aspirate and dispense a biological liquid specimen and/or the process fluid; characterized in that the system further comprises a pre-flux member positioned between the feed tank and the metering apparatus and adapted to control a temperature of the process liquid received at the metering apparatus; and a line flux member directly thermally coupled to the metering line and positioned directly adjacent to the probe and adapted to control a temperature of the process liquid contained in the metering line by heating and/or cooling the metering line.
Angle sensor for the purpose of recording the rotational position of a rotatable shaft which has a torque-transmitting driving toothed wheel that is connected to the shaft and has at least one measuring cogwheel (2, 3) that is directly driven by the same, whereby the driving toothed wheel and the at least one measuring cogwheel (2, 3) are supported in a sensor housing and whereby the angular position of the shaft can be determined from the angular position of the measuring cogwheel(s) (2, 3), characterised in that the driving toothed wheel is pressed by at least one resiliently acting element (13, 14) into a defined radial position within its bearing support in a force-actuated manner.
Method for storing at least one frame zone of a reconstructed frame, wherein a frame zone represents a frame block and the reconstructed frame is generated by means of a frame encoding device or by means of a frame decoding device, and for providing the at least one frame zone as a reference frame for the frame encoding device or frame decoding device, the method comprising the following steps of: a) compressing the at least one frame zone into compressed data (KDAT) on the basis of a first rule; b) storing the compressed data (KDAT); c) decompressing the compressed data (KDAT) into the at least one frame zone on the basis of a second rule; d) wherein the first rule is formed on the basis of a third rule, wherein the third rule defines a coding mode of the frame encoding device, e) wherein the second rule is formed in that the second rule is chosen as an inverse third rule (V3I) to the third rule, which defines the decoding of a frame block encoded with the third rule, characterised in that the first rule is generated on the basis of the third rule by means of the following step: - if the third rule for the frame block uses an inter coding mode with associated motion vectors, then the first rule for compressing said frame block in the reconstructed frame in step a) is chosen identically to the third rule, wherein a motion vector for the inter coding mode is chosen identically to the third rule and to the first rule. a) compressing the at least one frame zone into compressed data (KDAT) on the basis of a first rule; b) storing the compressed data (KDAT); c) decompressing the compressed data (KDAT) into the at least one frame zone on the basis of a second rule; d) wherein the first rule is formed on the basis of a third rule, wherein the third rule defines a coding mode of the frame encoding device, e) wherein the second rule is formed in that the second rule is chosen as an inverse third rule (V3I) to the third rule, which defines the decoding of a frame block encoded with the third rule, - if the third rule for the frame block uses an inter coding mode with associated motion vectors, then the first rule for compressing said frame block in the reconstructed frame in step a) is chosen identically to the third rule, wherein a motion vector for the inter coding mode is chosen identically to the third rule and to the first rule.