mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a connection of a user equipment, UE, to a network, the method comprising actions at an access node, AN, of: receiving a registration request from the UE comprising a mobile initiated connected only, MICO, mode preference; and transmitting the registration request to an access and mobility management function, AMF,; forwarding a response to the UE, wherein the response includes the AMF's determination indicating that the MICO mode is allowed for the UE, a value of a periodic registration update timer, and an indication for disabling the UE's reset of the periodic registration update timer before the periodic registration update timer expires. receiving a registration request from the UE comprising a mobile initiated connected only, MICO, mode preference; and transmitting the registration request to an access and mobility management function, AMF,; forwarding a response to the UE, wherein the response includes the AMF's determination indicating that the MICO mode is allowed for the UE, a value of a periodic registration update timer, and an indication for disabling the UE's reset of the periodic registration update timer before the periodic registration update timer expires.
A method of communicating information from an ambient electromagnetic power harvesting,AEPH, chip, comprising: receiving energy from a first ambient electromagnetic field by an AEPH chip, wherein the first ambient electromagnetic field provides a first level of power; based on energy received from the first ambient electromagnetic field, transmitting an identity by a radio transceiver of the AEPH chip; receiving energy from a second ambient electromagnetic field by the AEPH chip, wherein the second ambient electromagnetic field provides a second level of power that is greater than the first level of power and greater than a predefined level of power; the method being characterised in further comprising: based on energy received from the second ambient electromagnetic field, executing logic in a trusted security zone of a processor of the AEPH chip, wherein the trusted security zone of the processor was depowered when receiving energy only from the first ambient electromagnetic field; establishing a trusted wireless link by the trusted security zone of the AEPH chip processor with a scanner; reading information from a trusted security zone of a non-transitory memory of the AEPH chip by the trusted security zone of the AEPH chip processor; and transmitting the information read from the trusted security zone of the non-transitory memory of the AEPH chip via the trusted wireless link to the scanner. receiving energy from a first ambient electromagnetic field by an AEPH chip, wherein the first ambient electromagnetic field provides a first level of power; based on energy received from the first ambient electromagnetic field, transmitting an identity by a radio transceiver of the AEPH chip; receiving energy from a second ambient electromagnetic field by the AEPH chip, wherein the second ambient electromagnetic field provides a second level of power that is greater than the first level of power and greater than a predefined level of power; based on energy received from the second ambient electromagnetic field, executing logic in a trusted security zone of a processor of the AEPH chip, wherein the trusted security zone of the processor was depowered when receiving energy only from the first ambient electromagnetic field; establishing a trusted wireless link by the trusted security zone of the AEPH chip processor with a scanner; reading information from a trusted security zone of a non-transitory memory of the AEPH chip by the trusted security zone of the AEPH chip processor; and transmitting the information read from the trusted security zone of the non-transitory memory of the AEPH chip via the trusted wireless link to the scanner.
Use of pentylene glycol as solvent for hydrocortisone or derivatives thereof chosen amongst hydrocortisone 21-acetate, hydrocortisone 21-benzadac, hydrocortisone 21-cyclopentylpropionate, hydrocortisone 21-hemisuccinate, hydrocortisone 21-acetate 17-propionate, hydrocortisone 17-butyrate, hydrocortisone 17-valerate and hydrocortisone 17-butyrate 21-propionate, in a cosmetic or dermatological composition for topical use, wherein the composition comprises at least one solvent other than pentylene glycol.
A method of data processing in a communication system, comprising: pre-processing received data encoded with a polar code; performing a first decoding of the pre-processed data to obtain output bits; in response to decoding failure of the first decoding, bit-flipping a portion of information bits of the output bits to obtain a first additional frozen bit; and performing a second decoding based on the first additional frozen bit and the pre-processed data said method, further comprising: performing a cyclic redundancy check CRC of output information bits obtained through the second decoding, to verify correctness of the second decoding, wherein performing CRC of output information bits obtained through the second decoding comprises flipping again bit-flipped bits of information bits obtained through second decoding to obtain the output information bits, and performing the CRC of the output information bits. pre-processing received data encoded with a polar code; performing a first decoding of the pre-processed data to obtain output bits; in response to decoding failure of the first decoding, bit-flipping a portion of information bits of the output bits to obtain a first additional frozen bit; and performing a second decoding based on the first additional frozen bit and the pre-processed data said method, further comprising: performing a cyclic redundancy check CRC of output information bits obtained through the second decoding, to verify correctness of the second decoding, wherein performing CRC of output information bits obtained through the second decoding comprises flipping again bit-flipped bits of information bits obtained through second decoding to obtain the output information bits, and performing the CRC of the output information bits. performing a cyclic redundancy check CRC of output information bits obtained through the second decoding, to verify correctness of the second decoding, wherein performing CRC of output information bits obtained through the second decoding comprises flipping again bit-flipped bits of information bits obtained through second decoding to obtain the output information bits, and performing the CRC of the output information bits.
Table with a first and a second panel portion, capable of pivoting relative to one another from an operating position into a stowing position; with a first and a second prop for propping the table on a floor; with a first and a second bar; and with gearing and a gearing bearer; wherein the first panel portion is coupled pivotably to the first prop and the second panel portion is coupled pivotably to the second prop; wherein the first panel portion is coupled pivotably to the gearing bearer around a first axis and the second panel portion is coupled pivotably to the gearing bearer around a second axis, wherein the first bar is coupled pivotably to the first prop around a third axis and the second bar is coupled pivotably to the second prop around a fourth axis; wherein the first bar is coupled pivotably to the gearing bearer around a fifth axis and the second bar is coupled pivotably to the gearing bearer around a sixth axis; wherein by means of the gearing a pivoting of the first bar relative to the gearing bearer is coupled to a pivoting of the second bar relative to the gearing bearer, characterised in that the table has four gas pressure springs, two of the gas pressure springs being coupled pivotably at each of their upper ends to the first panel portion and the other two gas pressure springs at each of their upper ends being coupled pivotably to the second panel portion, and wherein the four gas pressure springs at their lower ends are each mounted pivotably on the gearing bearer.
A paving stone for forming a combination made of a plurality of such paving stones, having a walkable or trafficable upper side, a lower side facing away from said upper side, and an edge extending between said upper side and said lower side, wherein said upper side has a substantially H-shaped basic shape consisting of first and second substantially rectangular sections (18a, 18b) spaced apart from each other and extending substantially parallel to each other and being oriented in a first direction, and a third substantially rectangular section connecting said first and second sections substantially perpendicularly to each other and being oriented in a second direction substantially perpendicular to said first direction, wherein inner flanks of said first and second sections (18a, 18b) facing towards said third section enclose a predetermined angle with it, characterized in that at least one projection is provided in the region of each inner flank of said first and second sections (18a, 18b), said protrusion being formed on said edge of said paving stone substantially perpendicularly to said upper side, wherein a depth (d) of said projections parallel to said upper side of said paving stone is more than one half of a joint width (f) between two adjacent paving stones in the combination, and width dimensions (b) of said first and second sections (18a, 18b) in said second direction at the edge facing towards said third section, the depth (d) and positioning of said projections, and an angle between said inner flanks of said first and second sections (18a, 18b) and said third section are selected such that paving stones being adjacent in said first direction cannot be pushed together to the combination in said first direction.
An hydraulic pump system handling a slurry medium, the pump system comprising: - at least two reciprocating positive displacement pumps (100, 200), both pumps being arranged for alternating intake of slurry medium via a central suction inlet and discharge of slurry medium via a central discharge outlet; and the at least two reciprocating positive displacement pumps providing individual discharge outlets (15a, 15b) and the pump system further comprising - discharge valves (20a, 20b) for alternating closing and opening each individual discharge outlet (15a, 15b), wherein the individual discharge outlets communicate in a combined discharge chamber and further with the central discharge outlet, and wherein each discharge valve (20a, 20b) is driven by a piston and cylinder with each discharge valve being mounted to a piston rod (22a'-22b') and a piston element (22a-22b) respectively which are movable accommodated within a cylinder chamber (23a-23b) of a valve housing (20a'-20b') respectively characterized in that the hydraulic pump system comprises control means for controlling the alternate closing and opening of the discharge valves (20a, 20b), wherein the control means are configured to interconnect the discharge valves (20a; 20b), such that during operation of the hydraulic pump system the control means are arranged for simultaneous closing and opening of the discharge valves (20a; 20b), such that no volume difference occurs in the discharge of slurry medium. - at least two reciprocating positive displacement pumps (100, 200), both pumps being arranged for alternating intake of slurry medium via a central suction inlet and discharge of slurry medium via a central discharge outlet; and the at least two reciprocating positive displacement pumps providing individual discharge outlets (15a, 15b) and the pump system further comprising - discharge valves (20a, 20b) for alternating closing and opening each individual discharge outlet (15a, 15b), wherein the individual discharge outlets communicate in a combined discharge chamber and further with the central discharge outlet, and wherein each discharge valve (20a, 20b) is driven by a piston and cylinder with each discharge valve being mounted to a piston rod (22a'-22b') and a piston element (22a-22b) respectively which are movable accommodated within a cylinder chamber (23a-23b) of a valve housing (20a'-20b') respectively
An aerial conveyor for the sequential movement of parts, comprising a guide, along which there is slidingly engaged a chain having hooks for hanging the parts, comprising means for differentiating the speed taken on by the chain in different sections of the guide, wherein said speed differentiating means are arranged and configured so as to vary the shape of said guide, the overall length of said guide being equal, said speed differentiating means comprise a driver operating in synchronism on a first and a second guide section (6, 7) of variable length so as to modify the value of the length thereof by an opposite entity so as to maintain the overall length of said guide unchanged, characterized in that, said first and second guide sections (6, 7) each comprise a fixed part (6a, 7a) and a respective movable part (6b, 7b) associated with the fixed part (6a, 7a) in a telescopically extendible manner, said first and second guide sections (6, 7) are extendible in the same direction and in the opposite direction, said driver comprises a carriage, upon which the movable part (6b, 7b) of said first and second guide sections (6, 7) is mounted, and said guide comprises a sheet metal box section inside which said chain slides.
A liquid dispenser for animals, comprising: a tank having an upper opening; a wireless power transmitter having a plurality of transmitting coils that at least partially overlap with each other in a vertical direction; a pump; a pipe connected to the pump to transfer liquid; a plate including a hole communicating with the pipe; and a wireless power receiver having a receiving coil that receives an induced current from the plurality of transmitting coils to power the pump. a tank having an upper opening; a wireless power transmitter having a plurality of transmitting coils that at least partially overlap with each other in a vertical direction; a pump; a pipe connected to the pump to transfer liquid; a plate including a hole communicating with the pipe; and a wireless power receiver having a receiving coil that receives an induced current from the plurality of transmitting coils to power the pump.
A discoverer Wireless Transmit/Receive Unit, WTRU,, comprising a processor, a memory (130, 132), communication circuitry (120, 122), and computer-executable instructions stored in the memory which, when executed by the processor, cause the discoverer WTRU to: send, via a sidelink communication logical channel, a discovery announcement using a logical channel identity of the sidelink communication logical channel, the discovery announcement further comprising one or more criteria for one or more services sought by the discoverer WTRU, wherein the sidelink communication logical channel is a separate logical channel, specific to the transmission of discovery announcements; configure the communications circuitry (120, 122) to monitor the sidelink communication logical channel for responses to the discovery announcement; receive, from a discoveree WTRU, a discovery response, the discovery response pertaining to the discovery announcement and using a logical channel identity of a sidelink communication logical channel, the discovery response further comprising one or more criteria for one or more services provided by the discoveree WTRU. send, via a sidelink communication logical channel, a discovery announcement using a logical channel identity of the sidelink communication logical channel, the discovery announcement further comprising one or more criteria for one or more services sought by the discoverer WTRU, wherein the sidelink communication logical channel is a separate logical channel, specific to the transmission of discovery announcements; configure the communications circuitry (120, 122) to monitor the sidelink communication logical channel for responses to the discovery announcement; receive, from a discoveree WTRU, a discovery response, the discovery response pertaining to the discovery announcement and using a logical channel identity of a sidelink communication logical channel, the discovery response further comprising one or more criteria for one or more services provided by the discoveree WTRU.
A foldable cot, the cot including: a base attached to a first end and a second end; first and second side-bars (20, 21) connected between the first and second ends above opposite sides of the base, wherein: the first side-bar is positioned further from the base than the second side-bar; the first and second side-bars are each hinged such that they may fold toward one another; the base is hinged so that it may fold towards the first and second side-bars; and the cot may be moved from a first configuration in which the base, first, and second side-bars are substantially un-folded into a second configuration in which the base is folded in the direction of the first and second side-bars, the first and second side-bars are folded such that the first side-bar folds above the second side-bar, and the first and second ends are brought together with the folded base and the folded first and second side-bars between them. a base attached to a first end and a second end; first and second side-bars (20, 21) connected between the first and second ends above opposite sides of the base, wherein: the first side-bar is positioned further from the base than the second side-bar; the first and second side-bars are each hinged such that they may fold toward one another; the base is hinged so that it may fold towards the first and second side-bars; and the cot may be moved from a first configuration in which the base, first, and second side-bars are substantially un-folded into a second configuration in which the base is folded in the direction of the first and second side-bars, the first and second side-bars are folded such that the first side-bar folds above the second side-bar, and the first and second ends are brought together with the folded base and the folded first and second side-bars between them. the first side-bar is positioned further from the base than the second side-bar; the first and second side-bars are each hinged such that they may fold toward one another; the base is hinged so that it may fold towards the first and second side-bars; and the cot may be moved from a first configuration in which the base, first, and second side-bars are substantially un-folded into a second configuration in which the base is folded in the direction of the first and second side-bars, the first and second side-bars are folded such that the first side-bar folds above the second side-bar, and the first and second ends are brought together with the folded base and the folded first and second side-bars between them.
A credential manufacturing device comprising at least: a first hopper configured to contain a plurality of card substrates, the first hopper including an output port through which individual card substrates are discharged; a first processing path; a first processing device in the first processing path configured to perform a first process on individual card substrates in the first processing path; a substrate shuttle positioned between the first hopper and the first processing path and configured to move relative to the first hopper and the first processing path along a horizontal shuttle path that is transverse to the first processing path, the shuttle configured to receive individual card substrates from the output port of the first hopper, to transport received card substrates along the shuttle path, and to deliver received card substrates to the first processing path; and a shuttle drive configured to drive movement of the substrate shuttle along the shuttle path, characterized by a shuttle rotator comprising: a support member configured to rotate about a shuttle rotation axis that is parallel to the shuttle path; and a shuttle rotator motor configured to drive the rotation of the support member about the shuttle rotation axis; wherein the substrate shuttle rotates about the shuttle rotation axis responsive to rotation of the support member. a first hopper configured to contain a plurality of card substrates, the first hopper including an output port through which individual card substrates are discharged; a first processing path; a first processing device in the first processing path configured to perform a first process on individual card substrates in the first processing path; a substrate shuttle positioned between the first hopper and the first processing path and configured to move relative to the first hopper and the first processing path along a horizontal shuttle path that is transverse to the first processing path, the shuttle configured to receive individual card substrates from the output port of the first hopper, to transport received card substrates along the shuttle path, and to deliver received card substrates to the first processing path; and a shuttle drive configured to drive movement of the substrate shuttle along the shuttle path, characterized by a shuttle rotator comprising: a support member configured to rotate about a shuttle rotation axis that is parallel to the shuttle path; and a support member configured to rotate about a shuttle rotation axis that is parallel to the shuttle path; and a shuttle rotator motor configured to drive the rotation of the support member about the shuttle rotation axis; wherein the substrate shuttle rotates about the shuttle rotation axis responsive to rotation of the support member.
A coordinate measuring device, comprising a carrier which can be rotated about at least two axes (61, 62) relative to a base, the carrier being automatically alignable with a spatially mobile measuring aid by means of a closed loop control arrangement by rotation about these at least two axes (61, 62), wherein at least one exit and/or entry optics of the following units is respectively arranged so that said optics can be moved together on the carrier, • at least one optical distance measuring apparatus having a measurement light source for measuring the distance to a spatially mobile measuring aid; • at least one first light source for emitting light, this light being detectable as a first target point when reflected by the measuring aid; • at least one fine target detection unit for determining a fine position as the position of the image of the first target point on a position detection sensor; • wherein the closed loop control arrangement being adapted to align the carrier with the measuring aid by rotation about the at least two axes (61, 62) of the carrier according to the fine position and the coarse position; • a second light source, which emits light, this light being detectable as a second target point when reflected by the measuring aid; • a coarse target detection unit for determining a coarse position as the position of the image of the second target point on a second position detection sensor; wherein the first light source is a superluminescent diode (SLED). • at least one optical distance measuring apparatus having a measurement light source for measuring the distance to a spatially mobile measuring aid; • at least one first light source for emitting light, this light being detectable as a first target point when reflected by the measuring aid; • at least one fine target detection unit for determining a fine position as the position of the image of the first target point on a position detection sensor; • wherein the closed loop control arrangement being adapted to align the carrier with the measuring aid by rotation about the at least two axes (61, 62) of the carrier according to the fine position and the coarse position; • a second light source, which emits light, this light being detectable as a second target point when reflected by the measuring aid; • a coarse target detection unit for determining a coarse position as the position of the image of the second target point on a second position detection sensor;