mhurhangee/ep-ind-claims huggingface dataset:
A system for routing a message in a Controller area network, CAN, the system comprising a memory and at least one processor, the at least one processor being configured to: determine a bit length of an identifier field of a received CAN message; select a first lookup table when the bit length of the identifier field corresponds to a first bit length; select a second lookup table when the bit length of the identifier field corresponds to a second bit length greater than the first bit length; identify a CAN bus among plural CAN buses for the CAN message by searching the selected first lookup table or second lookup table for a value in the selected table matching an identifier in the identifier field; and forward the CAN message to the identified CAN bus according to the matching value in the selected tables. determine a bit length of an identifier field of a received CAN message; select a first lookup table when the bit length of the identifier field corresponds to a first bit length; select a second lookup table when the bit length of the identifier field corresponds to a second bit length greater than the first bit length; identify a CAN bus among plural CAN buses for the CAN message by searching the selected first lookup table or second lookup table for a value in the selected table matching an identifier in the identifier field; and forward the CAN message to the identified CAN bus according to the matching value in the selected tables.
An implantable communication system for an active implantable medical device comprising: an isolation transformer; a coil coupled to said isolation transformer; a first communication component coupled to said isolation transformer so as to process power and data received from a first external component over a closely coupled magnetic induction MI link operating at a first frequency and formed between the coil and the first external component; and a second communication component coupled to said isolation transformer so as to process data received from a second external component over a weakly coupled MI link formed between the coil and the second external component, wherein the weakly coupled MI link operates at a second frequency that is different from the first frequency of the closely coupled MI link. an isolation transformer; a coil coupled to said isolation transformer; a first communication component coupled to said isolation transformer so as to process power and data received from a first external component over a closely coupled magnetic induction MI link operating at a first frequency and formed between the coil and the first external component; and a second communication component coupled to said isolation transformer so as to process data received from a second external component over a weakly coupled MI link formed between the coil and the second external component, wherein the weakly coupled MI link operates at a second frequency that is different from the first frequency of the closely coupled MI link.
A process for producing a water-absorbing polymer having a low Drying Quality Index by polymerizing a monomer solution comprising at least one ethylenically unsaturated carboxylic acid and at least one crosslinker and drying the resulting hydrogel by means of a heated gas stream, which comprises - optionally effecting the drying in two or more temperature zones for which the gas inlet temperatures satisfy the condition T n unequal T n+a, where the indices n and a are each a whole number greater than 0, the indices indicate the chronological order of the temperature zones which the dryer feedstock traverses in ascending order in that temperature zones having higher indices are traversed later, and - optionally the gas stream is flowed against the hydrogel upwardly in the upstream sector of a belt dryer and downwardly in the downstream sector of the belt dryer, the direction of flow being reversed at a water content of 15% to 45% by weight for the hydrogel, and - the hydrogel layer is flowed against in a belt dryer upwardly to some extent at least, the gas velocity being 5% to 30% of the gas velocity required to lift the hydrogel off the belt, the hydrogel which is to be dried being flowed against by the gas stream upwardly in the upstream sector of the belt dryer and downwardly in the downstream sector of the belt dryer and the gas velocity being in an elevated state after the reversal of the direction of flow. - optionally effecting the drying in two or more temperature zones for which the gas inlet temperatures satisfy the condition T n unequal T n+a, where the indices n and a are each a whole number greater than 0, the indices indicate the chronological order of the temperature zones which the dryer feedstock traverses in ascending order in that temperature zones having higher indices are traversed later, and - optionally the gas stream is flowed against the hydrogel upwardly in the upstream sector of a belt dryer and downwardly in the downstream sector of the belt dryer, the direction of flow being reversed at a water content of 15% to 45% by weight for the hydrogel, and - the hydrogel layer is flowed against in a belt dryer upwardly to some extent at least, the gas velocity being 5% to 30% of the gas velocity required to lift the hydrogel off the belt, the hydrogel which is to be dried being flowed against by the gas stream upwardly in the upstream sector of the belt dryer and downwardly in the downstream sector of the belt dryer and the gas velocity being in an elevated state after the reversal of the direction of flow.
An apparatus for monitoring and managing correct connection and operation of various hydraulic lines which establish the connection of the primary hydraulic circuit of an operating machine with the secondary hydraulic circuit of a utility, said apparatus further comprising a plurality of ports comprising a female coupling or cartridge on the machine side of said line, which are adapted to accommodate a male coupling provided on the utility side of said line for connection of each of said hydraulic lines, said apparatus further comprising means (50b, 50b') for uniquely identifying each of said male couplings, and means (40a, 40a') for identification of each of said ports comprising said female couplings or cartridges, and a data communication module provided on said operating machine for identifying said male couplings as they are being moved toward said ports and for indicating to the user the correct port for hydraulic coupling between said male couplings and said female couplings or cartridges, thereby guiding the user in the operations to connect lines, wherein said means (50b, 50b') for identifying each male coupling comprise at least one passive RFID TAG (50b, 50b') coupled to each of said male couplings of each line, and said means (40a, 40a') for identifying each of said ports comprising a female coupling or cartridge comprise at least one sensorized element (40a, 40a') coupled to each port and comprising at least one microswitch adapted to detect that correct connection of the male coupling into the female coupling has occurred, and at least one visual signaling means for indicating to the user which machine-side port has to be coupled to the male coupling of the utility, said data communication module being placed on board of said operating machine and comprising one or more RFID antennas adapted to actuate said at least one passive RFID TAG (50b, 50b') coupled to each of said male couplings and to read the unique return ID signal emitted by each of said RFID TAGs, and at least one microprocessor in signal communication with said at least one microswitch and with said at least one visual signaling means, said apparatus further comprising a remote platform and wherein an electronic device is in data communication via a network connection with said remote platform so that data concerning couplings and connections of the various hydraulic lines of the operating machines and of the various utilities sent by said data communication module to a management software for electronic devices may be used to monitor modes of use of an entire hydraulic system.
Vehicle electrical system having an inverter, an electrical energy store, an electrical machine and an AC transmission terminal, wherein - the inverter has a first side and a second side and is configured to transmit power between these sides, - the first side of the inverter is connected to the energy store via a positive and a negative input current terminal (EA1, EA2) of the inverter; - the second side of the inverter is connected to the electrical machine via at least two phase current terminals (PS1, PS2, PS3) of the inverter, and - the inverter has at least two H-bridges (HB1, HB2, HB3), each of the H-bridges (HB1, HB2, HB3) bypassing the two sides (S1, S2) of the inverter, the AC transmission terminal being connected to the second side of the inverter characterized in that - each H-bridge comprises two arms, a first of these arms connects the two input current terminals (EA1, EA2), a second of these arms connects an input current terminal and a phase current terminal (PA1 - 3) and each arm comprises two switching elements connected to one another via a connecting point. - the inverter has a first side and a second side and is configured to transmit power between these sides, - the first side of the inverter is connected to the energy store via a positive and a negative input current terminal (EA1, EA2) of the inverter; - the second side of the inverter is connected to the electrical machine via at least two phase current terminals (PS1, PS2, PS3) of the inverter, and - the inverter has at least two H-bridges (HB1, HB2, HB3), each of the H-bridges (HB1, HB2, HB3) bypassing the two sides (S1, S2) of the inverter, the AC transmission terminal being connected to the second side of the inverter characterized in that - each H-bridge comprises two arms, a first of these arms connects the two input current terminals (EA1, EA2), a second of these arms connects an input current terminal and a phase current terminal (PA1 - 3) and each arm comprises two switching elements connected to one another via a connecting point.
Rotor of an electric machine having a cooling device for cooling the rotor which is mounted so as to be rotatable about a rotation axis, wherein the rotor is supported by a central rotor shaft and comprises a cavity in the interior of the rotor shaft for receiving coolant, wherein the cooling device has a closed coolant circuit having: - at least one first coolant line extending radially outward from the cavity; - an annular first distribution line fluidically connected to the cavity via the first coolant line; - at least one second coolant line extending radially outward from the cavity; and - an annular second distribution line fluidically connected to the cavity via the second coolant line; wherein the rotor has a plurality of electric coils at different azimuthal positions; wherein each coil is thermally coupled to a coil cooling pipe which is in each case fluidically connected to the first annular distribution line via an outlet, and via an inlet is in each case fluidically connected to the second annular distribution line; wherein the first and the second annular distribution lines are in each case disposed concentrically and at mutually different radial spacings about the rotation axis. - at least one first coolant line extending radially outward from the cavity; - an annular first distribution line fluidically connected to the cavity via the first coolant line; - at least one second coolant line extending radially outward from the cavity; and - an annular second distribution line fluidically connected to the cavity via the second coolant line; wherein each coil is thermally coupled to a coil cooling pipe which is in each case fluidically connected to the first annular distribution line via an outlet, and via an inlet is in each case fluidically connected to the second annular distribution line; wherein the first and the second annular distribution lines are in each case disposed concentrically and at mutually different radial spacings about the rotation axis.
A transport conveyer, comprising: a driving roller disposed on one side in a direction of transport; a driven roller disposed on another side in the direction of transport; a conveyer frame to which the driving roller and the driven roller are mountable; and a conveyer belt wound around the driving roller and the driven roller, the conveyer frame comprising: a top plate that contacts an inner peripheral surface of the conveyer belt while the conveyer belt slides along the top plate, characterized in that the conveyer frame further comprises a pair of side plates that axially supports both ends of the driving roller, while both ends of the driven roller are, in a freely rotatable way, pivotally supported by bearing brackets which are coupled with bolts to both ends of a coupling shaft interposed between the side plates, and in that the top plate comprising a plurality of openings, and the pair of side plates and the top plate are integrally formed by bending. a driving roller disposed on one side in a direction of transport; a driven roller disposed on another side in the direction of transport; a conveyer frame to which the driving roller and the driven roller are mountable; and a conveyer belt wound around the driving roller and the driven roller, the conveyer frame comprising: a top plate that contacts an inner peripheral surface of the conveyer belt while the conveyer belt slides along the top plate, characterized in that the conveyer frame further comprises a pair of side plates that axially supports both ends of the driving roller, while both ends of the driven roller are, in a freely rotatable way, pivotally supported by bearing brackets which are coupled with bolts to both ends of a coupling shaft interposed between the side plates, and in that the top plate comprising a plurality of openings, and the pair of side plates and the top plate are integrally formed by bending. a top plate that contacts an inner peripheral surface of the conveyer belt while the conveyer belt slides along the top plate, characterized in that the conveyer frame further comprises a pair of side plates that axially supports both ends of the driving roller, while both ends of the driven roller are, in a freely rotatable way, pivotally supported by bearing brackets which are coupled with bolts to both ends of a coupling shaft interposed between the side plates, and in that the top plate comprising a plurality of openings, and the pair of side plates and the top plate are integrally formed by bending.
A method for use in a first station, STA, for antenna selection in wireless communications, the method characterized by: transmitting a measurement request packet (402; 506) from the first STA to a second STA, wherein the measurement request packet includes an indication of a requested number of measurement packets; receiving (408; 512 1, 512 2), at the first STA, the requested number of measurement packets from the second STA consecutively, wherein the first STA uses a different receive beam for each packet; measuring, at the first STA, each of the received measurement packets; and selecting, at the first STA, a beam based on the measuring of each of the received measurement packets. transmitting a measurement request packet (402; 506) from the first STA to a second STA, wherein the measurement request packet includes an indication of a requested number of measurement packets; receiving (408; 512 1, 512 2), at the first STA, the requested number of measurement packets from the second STA consecutively, wherein the first STA uses a different receive beam for each packet; measuring, at the first STA, each of the received measurement packets; and selecting, at the first STA, a beam based on the measuring of each of the received measurement packets.
A method for receiving a control channel, comprising: obtaining time-frequency resource information and location information of a search space; determining the search space of the control channel according to the time-frequency resource information and the location information; wherein, the search space occupies one or more RB pairs, and for one aggregation level and one antenna port number, each RB pair occupied by the search space includes at most one candidate control channel at the aggregation level, and at least one RB pair occupied by the search space includes one candidate control channel, and each candidate control channel is a candidate control channel corresponding to configuration information of one UE-specific Reference Signal, UERS; and receiving the control channel in the search space. obtaining time-frequency resource information and location information of a search space; determining the search space of the control channel according to the time-frequency resource information and the location information; wherein, the search space occupies one or more RB pairs, and for one aggregation level and one antenna port number, each RB pair occupied by the search space includes at most one candidate control channel at the aggregation level, and at least one RB pair occupied by the search space includes one candidate control channel, and each candidate control channel is a candidate control channel corresponding to configuration information of one UE-specific Reference Signal, UERS; and receiving the control channel in the search space.
A method of mitigating gas swelling of a battery of a portable electronic device comprising: receiving a "temperature" signal that is a function of a temperature of the battery; receiving a "state of charge" signal that is a function of a state of charge of the battery; determining whether the temperature is within an elevated operating-temperature range; determining whether the state of charge is within an elevated state-of-charge range; cycle-forming the battery a predetermined number of cycles; and terminating the "cycle-forming" operation of the battery when the pre-determined number of cycles is reached, wherein the predetermined number of cycles is between one and four "0.7C Charge" and "1 C Discharge", wherein the elevated operating-temperature is 40°C and higher, wherein the elevated state-of-charge range is ninety percent to one-hundred percent, and wherein the cycle-forming is performed before the temperature is within the elevated operating-temperature range and the state of charge is within the elevated state-of-charge range. receiving a "temperature" signal that is a function of a temperature of the battery; receiving a "state of charge" signal that is a function of a state of charge of the battery; determining whether the temperature is within an elevated operating-temperature range; determining whether the state of charge is within an elevated state-of-charge range; cycle-forming the battery a predetermined number of cycles; and terminating the "cycle-forming" operation of the battery when the pre-determined number of cycles is reached, wherein the predetermined number of cycles is between one and four "0.7C Charge" and "1 C Discharge", wherein the elevated operating-temperature is 40°C and higher, wherein the elevated state-of-charge range is ninety percent to one-hundred percent, and wherein the cycle-forming is performed before the temperature is within the elevated operating-temperature range and the state of charge is within the elevated state-of-charge range.
Composition for treating a material, wherein the composition comprises a chitosan having a degree of acetylation of 2 % or less, optionally, of 1.5% or less and a first fraction of the chitosan comprising more than 10% of the total content of chitosan in the composition and containing polymers having a molecular weight of 10 kD or more which is configured to form a deposit on a surface of the material and/or is insoluble in the material and a second fraction of the chitosan comprising more than 1% of the total content of chitosan in the composition and containing oligomers or low-molecular weight polymers having a molecular weight of less than 10 kD which is configured to penetrate into and/or is soluble in the material.
A server computing device system, comprising: an input/output interface configured to couple to a first mobile communication device; and one or more processors configured to: receive, from the first mobile communication device, an activity log of activity associated with a sequence of the first mobile communication device, wherein the activity log comprises communications between a SIM and a baseband processor of the first mobile communication device and wherein the sequence is at least one of a boot-up sequence or a network attach sequence; extract, from the activity log, subscriber identity module, SIM, profile contents; and translate the SIM profile contents into an encoded file. an input/output interface configured to couple to a first mobile communication device; and one or more processors configured to: receive, from the first mobile communication device, an activity log of activity associated with a sequence of the first mobile communication device, wherein the activity log comprises communications between a SIM and a baseband processor of the first mobile communication device and wherein the sequence is at least one of a boot-up sequence or a network attach sequence; extract, from the activity log, subscriber identity module, SIM, profile contents; and translate the SIM profile contents into an encoded file. receive, from the first mobile communication device, an activity log of activity associated with a sequence of the first mobile communication device, wherein the activity log comprises communications between a SIM and a baseband processor of the first mobile communication device and wherein the sequence is at least one of a boot-up sequence or a network attach sequence; extract, from the activity log, subscriber identity module, SIM, profile contents; and translate the SIM profile contents into an encoded file.
Skin applicator for volatile liquids with a storage container, a dosing device coupled to the storage container for conveying a predeterminable volume of liquid, as well as an applicator attachment with an application chamber, wherein the application chamber is connected on the one hand to the dosing device and on the other hand has an application opening confined by a circumferential edge for placing on the skin for use in the treatment of infections with viruses from the herpes group, characterized in that the storage container contains as volatile substance diethyl ether or chloroform or mixtures with diethyl ether and that the skin applicator is essentially closed except for the application opening.