mhurhangee/ep-ind-claims huggingface dataset:
An optical security device comprising: an arrangement of image icon elements having a pattern of a first contrasting material and a pattern of a second contrasting material; a fixed arrangement of focusing elements disposed relative to the arrangement of image icon elements such that the image icon elements project at least one synthetic image when viewed through the focusing elements and having a first fixed lens pattern that is mismatched from the at least one of the patterns of the first and second contrasting materials; wherein the at least one synthetic image is a projection of both the first and second contrasting material when viewed from at least one angle; and wherein the at least one synthetic image produces a color-transition effect which corresponds to a shift in viewing angle; characterized in that the optical security device comprises a sacrificial arrangement of focusing elements integrated into the device as an optical spacer, wherein the sacrificial arrangement of focusing elements forms an interface with the fixed arrangement of focusing elements. an arrangement of image icon elements having a pattern of a first contrasting material and a pattern of a second contrasting material; a fixed arrangement of focusing elements disposed relative to the arrangement of image icon elements such that the image icon elements project at least one synthetic image when viewed through the focusing elements and having a first fixed lens pattern that is mismatched from the at least one of the patterns of the first and second contrasting materials; wherein the at least one synthetic image is a projection of both the first and second contrasting material when viewed from at least one angle; and wherein the at least one synthetic image produces a color-transition effect which corresponds to a shift in viewing angle; characterized in that the optical security device comprises a sacrificial arrangement of focusing elements integrated into the device as an optical spacer, wherein the sacrificial arrangement of focusing elements forms an interface with the fixed arrangement of focusing elements.
A user device apparatus comprising: means (402, 404) for choosing a modulation, coding and rank scheme; means (402, 404) for determining a channel quality indicator comprising information on the chosen modulation, coding and rank scheme, means (402, 404)for adding a detector class indicator to the channel quality indicator for informing user device's capability to receive high order modulation, when a high order modulation is chosen, and means (404, 406) for transmitting the channel quality indicator to a network element. means (402, 404) for choosing a modulation, coding and rank scheme; means (402, 404) for determining a channel quality indicator comprising information on the chosen modulation, coding and rank scheme, means (402, 404)for adding a detector class indicator to the channel quality indicator for informing user device's capability to receive high order modulation, when a high order modulation is chosen, and means (404, 406) for transmitting the channel quality indicator to a network element.
Circuit for a refrigerant fluid for a vehicle, the circuit comprising at least a main pipe, a first leg, a second leg and a third leg all three of them in series with the main pipe, the main pipe comprising at least a compression device for compressing the refrigerant fluid and a main heat exchanger designed to have passing through it a flow of exterior air external to an interior of the vehicle, the first leg comprising at least a first heat exchanger thermally coupled to a loop for heat transport liquid, the second leg comprising at least a second heat exchanger thermally coupled to the loop for heat transport liquid, the third leg comprising at least a third heat exchanger designed to have passing through it a flow of interior air sent into the vehicle interior, said first leg and the second leg being in parallel, the circuit being characterized in that said first leg comprises an accumulator device for accumulating refrigerant fluid, in that the first leg and the second leg meet at a point of convergence positioned between the accumulator device and the compression device, and in that the first leg and the third leg meet at a first junction point positioned between the first heat exchanger and the accumulator device.
An inner pipe for a liquid heating apparatus, comprising a hollow pipe body made of a metal or an alloy, wherein a pipe wall thickness of the pipe body is 0.3-1.0 mm; through a machining method of rolling or pressing, a spiral diversion structure is machined on an inner peripheral wall of the pipe body along an axial direction of the pipe body, so that the spiral diversion structure is formed to extend along the axial direction of the pipe body, protrude on an outer peripheral wall of the pipe body, and be sunken on the inner peripheral wall, wherein the inner pipe further comprises expanded ports disposed at two ends of the pipe body and integrated with the pipe body, on the inner peripheral wall of the pipe body, a first through hole penetrating a pipe wall of the pipe body is disposed at a start position of the spiral diversion structure, so that the first through hole communicates with the inner peripheral wall and the outer peripheral wall of the pipe body, and a flow path inlet is formed at a joint between the first through hole and the inner peripheral wall of the pipe body; and a second through hole penetrating the pipe wall of the pipe body is disposed at an end position of the spiral diversion structure, so that the second through hole communicates with the inner peripheral wall and the outer peripheral wall of the pipe body, and a flow path outlet is formed at a joint between the second through hole and the inner peripheral wall of the pipe body. the inner pipe further comprises expanded ports disposed at two ends of the pipe body and integrated with the pipe body, on the inner peripheral wall of the pipe body, a first through hole penetrating a pipe wall of the pipe body is disposed at a start position of the spiral diversion structure, so that the first through hole communicates with the inner peripheral wall and the outer peripheral wall of the pipe body, and a flow path inlet is formed at a joint between the first through hole and the inner peripheral wall of the pipe body; and a second through hole penetrating the pipe wall of the pipe body is disposed at an end position of the spiral diversion structure, so that the second through hole communicates with the inner peripheral wall and the outer peripheral wall of the pipe body, and a flow path outlet is formed at a joint between the second through hole and the inner peripheral wall of the pipe body.
A casting material suitable for use as a binder in electrode or separator coating materials, comprising the following components: a. a fluorinated homopolymer having an average molecular weight Mn of more than 50 x 10 4 g/mol and having a chain length such that this homopolymer cannot be transferred into a clear solution at room temperature in an aprotic solvent selected from acetone, THF and MEK and without agitation the system consisting of polymer and solvent over a 24-hour period, b. a copolymer of this homopolymer having a lower chain length such that this copolymer has dissolved completely at least in a concentration of 10 wt.-% after 24 hours at the latest in a solvent recited under d. below at room temperature and without stirring the system consisting of polymer and solvent, c. a first solvent selected from NMP, DMSO, DMF, DMAc and NEP and mixtures of two or more of these solvents, and d. a second solvent selected from acetone, THF and MEK and mixtures of two or more of these solvents, wherein the components a. to d. as such form a homogenous solution without phase separation, if component a. is brought into solution first, and additionally comprising a particulate material which is suitable for use as an electrode material or is a solid electrolyte or is inert in a battery or an accumulator, wherein the particulate electrochemically active material is selected from lithium iron phosphate, lithium titanate, lithium manganese spinel, lithium manganese phosphate, lithium nickel cobalt aluminum oxide, mixed oxide lithium intercalation materials, and lithium ion conductive materials, especially lithium aluminum titanate and lithium ion conductive ceramics. a. a fluorinated homopolymer having an average molecular weight Mn of more than 50 x 10 4 g/mol and having a chain length such that this homopolymer cannot be transferred into a clear solution at room temperature in an aprotic solvent selected from acetone, THF and MEK and without agitation the system consisting of polymer and solvent over a 24-hour period, b. a copolymer of this homopolymer having a lower chain length such that this copolymer has dissolved completely at least in a concentration of 10 wt.-% after 24 hours at the latest in a solvent recited under d. below at room temperature and without stirring the system consisting of polymer and solvent, c. a first solvent selected from NMP, DMSO, DMF, DMAc and NEP and mixtures of two or more of these solvents, and d. a second solvent selected from acetone, THF and MEK and mixtures of two or more of these solvents,
An operating method of a terminal, in which a smart secure platform, SSP, including a primary platform, PP, is embedded, in a wireless communication system, the operating method comprising: obtaining an activation code; detecting an SSP activation code delimiter in the activation code; detecting an SSP activation code in the activation code by using the SSP activation code delimiter; and downloading (704; 706) at least one of a secondary platform bundle, SPB, operating on the PP, or an applet running on an SPB by using the SSP activation code, wherein the SSP activation code delimiter is used to separate the SSP activation code from an embedded subscriber identity module, eSIM, activation code, and wherein the eSIM activation code is used by a local profile assistant, LPA, of the terminal in case that a profile is downloaded to an eSIM bundle. obtaining an activation code; detecting an SSP activation code delimiter in the activation code; detecting an SSP activation code in the activation code by using the SSP activation code delimiter; and downloading (704; 706) at least one of a secondary platform bundle, SPB, operating on the PP, or an applet running on an SPB by using the SSP activation code, wherein the SSP activation code delimiter is used to separate the SSP activation code from an embedded subscriber identity module, eSIM, activation code, and wherein the eSIM activation code is used by a local profile assistant, LPA, of the terminal in case that a profile is downloaded to an eSIM bundle.
A device for a web-fed rotary printing press for processing one or more printed webs (04; 06) comprising a former, a strand leaving said former, a cross-cutter device arranged downstream of the former in the strand course, as well as a strand path formed between the former and the cross-cutter device via at least one guiding element (46; 47; 48; 49), wherein on at least one longitudinal former section which extends in the transport direction, and in the region of both its right-hand and its left-hand former flanks, said former comprises blast-air openings which are fluidically connected to a fluid line that conducts a fluid which is at a higher pressure (P +) than the ambient pressure, wherein at least one suction opening, facing the web strand to be folded, is arranged on said former between a left-hand and a right-hand flank-side section which comprises blast-air openings, and upstream of blast-air openings that are provided in a projection region, and/or wherein a suction opening of a nozzle engaging in the folded strand is provided in the strand path downstream of said former and wherein the respective suction opening (38; 53) is fluidically connected to a fluid line (39; 56) that conducts a fluid which is at a lower pressure (P -) than the ambient pressure, so that during a production a higher pressure (P +) is applied in the region of the openings of the blast-air openings while at the same time a lower pressure (P -) is applied at the region of the openings of the at least one suction opening (38; 53).
Intraosseous infusion device comprising, - a driver body comprising an internal driver motor, - a cannula which is installed on the drive body, comprising a cutter cannula tip through which an internal trocar passes, - a driver shaft directly connected to the driver motor, characterized in that said internal trocar is manufactured to be integral with the driver shaft. - a driver body comprising an internal driver motor, - a cannula which is installed on the drive body, comprising a cutter cannula tip through which an internal trocar passes, - a driver shaft directly connected to the driver motor, characterized in that said internal trocar is manufactured to be integral with the driver shaft.
A compound represented by formula, in formula, A - is a chlorine ion, X represents a halogeno group, an unsubstituted or substituted C1-C8 alkyl group, an unsubstituted or substituted C1-C8 alkylsulfonyl group, a nitro group, a cyano group, an unsubstituted or substituted C1-C6 alkoxycarbonyl group, or an unsubstituted or substituted phenyl group, a is an integer of 0 to 4, when a is 2 or more, X may be the same or different, Y is a group represented by NR 1 R 2 substituting at the 4-position, and R 1 and R 2 are methyl groups, and b is 1. in formula, A - is a chlorine ion, X represents a halogeno group, an unsubstituted or substituted C1-C8 alkyl group, an unsubstituted or substituted C1-C8 alkylsulfonyl group, a nitro group, a cyano group, an unsubstituted or substituted C1-C6 alkoxycarbonyl group, or an unsubstituted or substituted phenyl group, a is an integer of 0 to 4, when a is 2 or more, X may be the same or different, Y is a group represented by NR 1 R 2 substituting at the 4-position, and R 1 and R 2 are methyl groups, and b is 1.
A method comprising: causing a service request for a network function server to be transmitted via at least one of a service communication proxy, SCP, and a security edge protection proxy, SEPP; receiving a service response comprising at least an error message, wherein the service response comprises a hypertext transfer protocol, HTTP, server header including a type of an originator of the error message or an HTTP via header including a type of the SCP or, respectively, the SEPP relaying the service response; and determining, from the service response, an originator of the error message, the originator of the error message being the network function server or the SCP or the SEPP; and: when it is determined that the originator of the error message is the SCP or the SEPP, causing the service request to be transmitted to the network function server via a different SCP or, respectively, a different SEPP; and when it is determined that the originator of the error message is the network function server, causing the service request to be transmitted to a different network function server using the same or a different SCP and/or the same or a different SEPP. causing a service request for a network function server to be transmitted via at least one of a service communication proxy, SCP, and a security edge protection proxy, SEPP; receiving a service response comprising at least an error message, wherein the service response comprises a hypertext transfer protocol, HTTP, server header including a type of an originator of the error message or an HTTP via header including a type of the SCP or, respectively, the SEPP relaying the service response; and determining, from the service response, an originator of the error message, the originator of the error message being the network function server or the SCP or the SEPP; and: when it is determined that the originator of the error message is the SCP or the SEPP, causing the service request to be transmitted to the network function server via a different SCP or, respectively, a different SEPP; and when it is determined that the originator of the error message is the network function server, causing the service request to be transmitted to a different network function server using the same or a different SCP and/or the same or a different SEPP. when it is determined that the originator of the error message is the SCP or the SEPP, causing the service request to be transmitted to the network function server via a different SCP or, respectively, a different SEPP; and when it is determined that the originator of the error message is the network function server, causing the service request to be transmitted to a different network function server using the same or a different SCP and/or the same or a different SEPP.
Pigment dispersion comprising: - silane-modified colloidal silica particles; - an organic and/or inorganic pigment; - a water-soluble thickening polymer in an amount of 0.1 wt.% or more, based on the weight of the pigment dispersion, and - water. - silane-modified colloidal silica particles; - an organic and/or inorganic pigment; - a water-soluble thickening polymer in an amount of 0.1 wt.% or more, based on the weight of the pigment dispersion, and - water.
An identification system for an infusion set when the infusion set is installed in a pump, the identification system comprising: a pump having at least one sensor disposed thereon, the at least one sensor being in communication with an alarm; a catheter having a distal end and a proximal end, the distal end of the catheter adapted for insertion into a body; and a tube having a first end that is removeably attached to the proximal end of the catheter, and a second end proximate to the at least one sensor; the at least one sensor being operatively configured i) to receive a signal generated at the first end or along a length of the tube, and ii) to trigger the alarm upon receiving the signal. a pump having at least one sensor disposed thereon, the at least one sensor being in communication with an alarm; a catheter having a distal end and a proximal end, the distal end of the catheter adapted for insertion into a body; and a tube having a first end that is removeably attached to the proximal end of the catheter, and a second end proximate to the at least one sensor; the at least one sensor being operatively configured i) to receive a signal generated at the first end or along a length of the tube, and ii) to trigger the alarm upon receiving the signal.
System having a single control device for a commercial vehicle, the control device comprising: - a data connection for receiving an acceleration request signal which indicates a request for an acceleration change (23, 25) of at least one driven axle of the commercial vehicle, - a controller for generating a) drive control signals for an electric drive of the driven axle as a function of the acceleration request signal and b) brake control signals for a friction brake system of the driven axle as a function of the acceleration request signal and - characterized in that the control device also comprises at least one output stage of an inverter, the output stage being controllable via the drive control signals in order to provide energy from an energy store for supplying at least one electric motor (54, 56) of the electric drive. - a data connection for receiving an acceleration request signal which indicates a request for an acceleration change (23, 25) of at least one driven axle of the commercial vehicle, - a controller for generating a) drive control signals for an electric drive of the driven axle as a function of the acceleration request signal and b) brake control signals for a friction brake system of the driven axle as a function of the acceleration request signal and a) drive control signals for an electric drive of the driven axle as a function of the acceleration request signal and b) brake control signals for a friction brake system of the driven axle as a function of the acceleration request signal and - characterized in that the control device also comprises at least one output stage of an inverter, the output stage being controllable via the drive control signals in order to provide energy from an energy store for supplying at least one electric motor (54, 56) of the electric drive.
A next generation node B, gNB, for providing access to 5G Core Network, 5GC, comprising: a distributed unit, DU (306, 404, 406), configured to communicate with a user equipment, UE (601, 602, 1402), and route a set of messages through a user plane and a control plane, the set of messages comprising control plane messages and user plane messages; a central unit control plane, CU-CP (102, 104, 106, 302, 402, 406), configured to process the control plane messages from the DU (306, 404, 406) and wherein the CU-CP (102,104,106, 302, 402, 406) has a control plane interface with the DU (306,404,406); and a central unit user plane, CU-UP (104,108, 304, 404, 408), configured to process the user plane messages from the DU (306, 404, 406) and wherein the CU-UP (104, 108, 304, 404, 408) has a user plane interface with the DU (306, 404, 406), wherein the CU-CP (102, 104, 106, 302, 402, 406) is configured to: perform RRC functions for the UE (601, 602,1402) wherein RRC messages from the DU meant for the CU-CP are first sent to, processed, and forwarded by the CU-UP, and RRC messages from the CU-CP meant for the DU first sent to, processed, and forwarded by the CU-UP; perform air interface control for the UE (601, 602,1402); perform RRM for the UE (601, 602,1402); and support EPS mobility management, EMM, and EPS session management, ESM. a distributed unit, DU (306, 404, 406), configured to communicate with a user equipment, UE (601, 602, 1402), and route a set of messages through a user plane and a control plane, the set of messages comprising control plane messages and user plane messages; a central unit control plane, CU-CP (102, 104, 106, 302, 402, 406), configured to process the control plane messages from the DU (306, 404, 406) and wherein the CU-CP (102,104,106, 302, 402, 406) has a control plane interface with the DU (306,404,406); and a central unit user plane, CU-UP (104,108, 304, 404, 408), configured to process the user plane messages from the DU (306, 404, 406) and wherein the CU-UP (104, 108, 304, 404, 408) has a user plane interface with the DU (306, 404, 406), wherein the CU-CP (102, 104, 106, 302, 402, 406) is configured to: perform RRC functions for the UE (601, 602,1402) wherein RRC messages from the DU meant for the CU-CP are first sent to, processed, and forwarded by the CU-UP, and RRC messages from the CU-CP meant for the DU first sent to, processed, and forwarded by the CU-UP; perform air interface control for the UE (601, 602,1402); perform RRM for the UE (601, 602,1402); and support EPS mobility management, EMM, and EPS session management, ESM. perform RRC functions for the UE (601, 602,1402) wherein RRC messages from the DU meant for the CU-CP are first sent to, processed, and forwarded by the CU-UP, and RRC messages from the CU-CP meant for the DU first sent to, processed, and forwarded by the CU-UP; perform air interface control for the UE (601, 602,1402); perform RRM for the UE (601, 602,1402); and support EPS mobility management, EMM, and EPS session management, ESM.