mhurhangee/patent-ind-claim-en huggingface dataset:
A method of a user equipment, UE, in a communication system, the method comprising: receiving downlink control information, DCI, on a downlink control channel from a base station ; determining whether the UE is configured to decode the DCI with a cyclic redundancy check, CRC, scrambled by a cell radio network temporary identifier, C-RNTI ; determining, in case that the UE is configured to decode the DCI with the CRC scrambled by the C-RNTI, whether a first DCI of a first DCI format is detected within a UE specific search space of the downlink control channel; and receiving, in case that the UE is configured to decode the DCI with the CRC scrambled by the C-RNTI and the first DCI of the first DCI format is detected within the UE specific search space, downlink data on a downlink data channel using a dual layer transmission scheme or using a single-antenna port transmission scheme according to the first DCI of the first DCI format, wherein a dedicated reference signal, DRS, port used for the single-antenna port transmission scheme is indicated by a new data indicator, NDI, field for a disabled transport block in the first DCI. receiving downlink control information, DCI, on a downlink control channel from a base station ; determining whether the UE is configured to decode the DCI with a cyclic redundancy check, CRC, scrambled by a cell radio network temporary identifier, C-RNTI ; determining, in case that the UE is configured to decode the DCI with the CRC scrambled by the C-RNTI, whether a first DCI of a first DCI format is detected within a UE specific search space of the downlink control channel; and receiving, in case that the UE is configured to decode the DCI with the CRC scrambled by the C-RNTI and the first DCI of the first DCI format is detected within the UE specific search space, downlink data on a downlink data channel using a dual layer transmission scheme or using a single-antenna port transmission scheme according to the first DCI of the first DCI format, wherein a dedicated reference signal, DRS, port used for the single-antenna port transmission scheme is indicated by a new data indicator, NDI, field for a disabled transport block in the first DCI.
Bituminous tile with sealing engagement devices delimiting positioning areas of anchoring nails, which is made in such a way as to comprise a layered tile body comprising an upper face and a lower face , a series of flaps arranged in an aligned sequence, after one another, in correspondence of the lower longitudinal portion of the tile body , wherein each flap is separate from the adjacent one by means of a separation cut , wherein at least the upper face of the tile body is provided with at least one sealing engagement device comprising at least one nailing area that univocally identifies the insertion area of at least one anchoring nail, wherein the nailing area is circumscribed by a sealing engagement area , said sealing engagement area being made, alternatively or in combination, of adhesive, thermally adhesive or hot melt material, and wherein the sealing engagement area of the sealing engagement device is intended to enable the sealing of the nailing area in which in a laid condition at least one anchoring nail is inserted, while bondingly engaging at least one portion of the bituminous tile that in a laid condition at least partially overlaps the sealing engagement device and characterised in that the nailing area of at least one sealing engagement device is devoid of the material of which the sealing engagement area is made.
Apparatus for extracorporeal blood treatment, comprising a device for providing fresh dialysate and a drain for used dialysate, a balancing device for balancing fresh dialysate and used dialysate, a dialyser , which is divided into a blood chamber and a dialysate chamber by a semi-permeable membrane , a dialysate supply line for fresh dialysate, leading from the device for providing fresh dialysate to an inlet of the dialysate chamber via the balancing device , and a dialysate discharge line for used dialysate, leading from an outlet of the dialysate chamber to the drain via the balancing device , a first air separation device comprising a container having an inlet for supplying used dialysate and an outlet for discharging used dialysate, which are arranged such that a liquid level forms in the container , the dialysate discharge line comprising a first line portion that leads from the outlet of the dialysate chamber to the inlet of the first air separation device , and comprising a second line portion that leads from the outlet of the first air separation device to the drain via the balancing device , an ultrafiltration device for removing used dialysate from the container of the first air separation device and for supplying the used dialysate to the drain while bypassing the balancing device , the ultrafiltration device being designed such that, the ultrafiltration device is operated in an ultrafiltration mode to remove used dialysate from the container of the first air separation device , characterised in that in a ventilation mode the ultrafiltration device is operated in the opposite direction to supply used dialysate into the container of the first air separation device such that the liquid level rises in the container of the first air separation device.
A spacer frame assembly comprising: a substantially linear channel comprising two lateral walls connected by a base wall , the channel having first and second ends that when assembled, includes at least three sides and corresponding corners between each of said sides; a connecting structure comprising a nose portion of the first end, a receiving portion of said second end and a channel for receiving the nose portion of said connecting structure, the channel comprising stiffening flanges extending inwardly from the lateral walls relative to the channel; and said connecting structure comprising a first through hole in the base wall of one of said nose portion and said receiving portion, and said connecting structure further comprising a second through hole in the base wall of the other of said nose portion and said receiving portion, characterized by a second projection bordering the second through hole , wherein the second projection tactilely interweaves with the first through hole when assembled. a substantially linear channel comprising two lateral walls connected by a base wall , the channel having first and second ends that when assembled, includes at least three sides and corresponding corners between each of said sides; a connecting structure comprising a nose portion of the first end, a receiving portion of said second end and a channel for receiving the nose portion of said connecting structure, the channel comprising stiffening flanges extending inwardly from the lateral walls relative to the channel; and said connecting structure comprising a first through hole in the base wall of one of said nose portion and said receiving portion, and said connecting structure further comprising a second through hole in the base wall of the other of said nose portion and said receiving portion, characterized by a second projection bordering the second through hole , wherein the second projection tactilely interweaves with the first through hole when assembled.
Jug made of injection-moulded plastics, especially for storing and for dispensing liquids and pourable solids, having a substantially circumferential wall , a jug base , wherein the wall and the jug base define an interior region of the jug ; a rim of the wall located opposite the jug base , a handle arranged on an outer side of the wall for holding the jug , and a one-part or multi-part lid which is mountable on the rim or insertable into the rim , characterised in that the jug further has a releasable fixing element , in the form of a handle cover, which in an in-use state of the jug releasably fixes and/or secures the lid in the region of the rim of the wall .
Method for generating (K1, K2, BC1, BC2, X) at least one data packet (DP1, DP2, DP3, DP4) to be transmitted in a bus system (BU), in particular of a motor vehicle (Kfz), wherein (S1) before transmitting the at least one data packet (DP1) containing the message (MSG) to be included in the data packet (DP1) a bus subscriber (SG7) transmitting the data packet (DP1) uses a first encryption apparatus (BC1) to generate a message authentication code (CMAC) that is likewise to be included in the data packet (DP1), the message authentication code (CMAC) being generated by - using a first encryption method (BC1) to generate an encrypted message code (CMAC1) from the message (MSG) by means of a first key (K1), characterized in that - a second encryption method (BC2) is used to generate an encrypted count (CYPH) from a count (Count++) by means of a second key (K2), and - a logic operation (X) is used to generate the message authentication code (CMAC) to be transmitted from the encrypted message code (CMAC1) and from the encrypted count (CYPH), wherein the message authentication code (CMAC) to be transmitted is generated from the encrypted message code (CMAC1) and from the encrypted count (CYPH) by way of a logic "Exclusive-Or" operation (X). wherein (S1) before transmitting the at least one data packet (DP1) containing the message (MSG) to be included in the data packet (DP1) a bus subscriber (SG7) transmitting the data packet (DP1) uses a first encryption apparatus (BC1) to generate a message authentication code (CMAC) that is likewise to be included in the data packet (DP1), the message authentication code (CMAC) being generated by - using a first encryption method (BC1) to generate an encrypted message code (CMAC1) from the message (MSG) by means of a first key (K1), characterized in that - a second encryption method (BC2) is used to generate an encrypted count (CYPH) from a count (Count++) by means of a second key (K2), and - a logic operation (X) is used to generate the message authentication code (CMAC) to be transmitted from the encrypted message code (CMAC1) and from the encrypted count (CYPH), - using a first encryption method (BC1) to generate an encrypted message code (CMAC1) from the message (MSG) by means of a first key (K1), characterized in that - a second encryption method (BC2) is used to generate an encrypted count (CYPH) from a count (Count++) by means of a second key (K2), and - a logic operation (X) is used to generate the message authentication code (CMAC) to be transmitted from the encrypted message code (CMAC1) and from the encrypted count (CYPH), wherein the message authentication code (CMAC) to be transmitted is generated from the encrypted message code (CMAC1) and from the encrypted count (CYPH) by way of a logic "Exclusive-Or" operation (X).
Nanoparticle having a pre-functionalized metal surface using a self-assembled protective monolayer formed by a matrix of M molecules of the formula : HS(CH 2 )n (OCH 2 CH 2 )m OH where: n represents the number of CH 2 with 3≤n≤11 m represents the number of ethylene glycol with 1≤m≤12, said molecule bearing a thiol function at one of its ends, the other end being inert, characterized in that the coverage rate of said monolayer W is between 1.5% and 99%. n represents the number of CH 2 with 3≤n≤11 m represents the number of ethylene glycol with 1≤m≤12, said molecule bearing a thiol function at one of its ends, the other end being inert,
A mechanical reduction gear of a turbomachine , in particular of an aircraft, this reduction gear comprising: - a sun gear having an axis (X) of rotation and comprising an external toothing , - a ring gear which extends around the sun gear and which comprises an internal toothing , the ring gear being surrounded by a ring gear carrier which is intended to be immobile in rotation about the axis (X) in use, - planet gears which are in mesh with the sun gear and the ring gear and which each comprise a first toothing of mean diameter D2 meshed with the toothing of the sun gear , and a second toothing of mean diameter D1, different from D2, meshed with the internal toothing of the ring gear , the planet gears being held by a planet carrier which is intended to be movable in rotation about the axis (X) in use, the ring gear carrier comprising an annular axial abutment on which the ring gear is configured to bear, and the ring gear comprising external splines which are engaged in complementary internal splines of the ring gear carrier , characterized in that said external splines are helical and configured to co-operate by sliding with these internal splines so as to force the ring gear to be held against the abutment during operation. - a sun gear having an axis (X) of rotation and comprising an external toothing , - a ring gear which extends around the sun gear and which comprises an internal toothing , the ring gear being surrounded by a ring gear carrier which is intended to be immobile in rotation about the axis (X) in use, - planet gears which are in mesh with the sun gear and the ring gear and which each comprise a first toothing of mean diameter D2 meshed with the toothing of the sun gear , and a second toothing of mean diameter D1, different from D2, meshed with the internal toothing of the ring gear , the planet gears being held by a planet carrier which is intended to be movable in rotation about the axis (X) in use,
A radar apparatus transmitting pulse signals at predetermined repetition cycles (T1-Tn) and receiving and analyzing the pulse signals reflected by a target object to thereby detect the target object, the radar apparatus comprising: a transmission antenna (TX) for transmitting pulse signals at repetition cycles T1 to Tn, n>1; n reception antennas (RX1 - RX4) for receiving the reflected pulse signals in the respective repetition cycles T1 to Tn; a setting means setting so that at least a part of the repetition cycles T1 to Tn is different and for setting a time obtained by totaling the repetition cycles T1 to Tn to a fixed sampling cycle; a selection means for selecting one of the reception antennas (T1 - T4) according to each repetition cycle (T1 - Tn); a detection means detecting a distance to the target object specified by the pulse signal; and a removal means removing the target object as an interference wave from another radar apparatus or clutter when the distance to the target object detected in the different repetition cycle or in a period subsequent to the different repetition cycle by the detection means and the distance to the target object detected in the period other than that by the detection means are different. a transmission antenna (TX) for transmitting pulse signals at repetition cycles T1 to Tn, n>1; n reception antennas (RX1 - RX4) for receiving the reflected pulse signals in the respective repetition cycles T1 to Tn; a setting means setting so that at least a part of the repetition cycles T1 to Tn is different and for setting a time obtained by totaling the repetition cycles T1 to Tn to a fixed sampling cycle; a selection means for selecting one of the reception antennas (T1 - T4) according to each repetition cycle (T1 - Tn); a detection means detecting a distance to the target object specified by the pulse signal; and a removal means removing the target object as an interference wave from another radar apparatus or clutter when the distance to the target object detected in the different repetition cycle or in a period subsequent to the different repetition cycle by the detection means and the distance to the target object detected in the period other than that by the detection means are different.
An electronic device comprising: communication circuitries; and a processor configured to: control at least one of the communication circuitries to receive cellular data from at least one cellular base station, generate first information regarding a position of the electronic device based on the received cellular data, identify that the electronic device enters a predetermined area based on the first information, in response to identifying that the electronic device enters the predetermined area, identify whether wireless LAN-based geo-fencing is required, in response to identifying that the wireless LAN-based geo-fencing is required, control at least one of the communication circuitries to receive information about at least one wireless LAN base station, obtain second information regarding the position of the electronic device based on the received information, and identify that the electronic device enters the predetermined area based on the second information. communication circuitries; and a processor configured to: control at least one of the communication circuitries to receive cellular data from at least one cellular base station, generate first information regarding a position of the electronic device based on the received cellular data, identify that the electronic device enters a predetermined area based on the first information, in response to identifying that the electronic device enters the predetermined area, identify whether wireless LAN-based geo-fencing is required, in response to identifying that the wireless LAN-based geo-fencing is required, control at least one of the communication circuitries to receive information about at least one wireless LAN base station, obtain second information regarding the position of the electronic device based on the received information, and identify that the electronic device enters the predetermined area based on the second information. control at least one of the communication circuitries to receive cellular data from at least one cellular base station, generate first information regarding a position of the electronic device based on the received cellular data, identify that the electronic device enters a predetermined area based on the first information, in response to identifying that the electronic device enters the predetermined area, identify whether wireless LAN-based geo-fencing is required, in response to identifying that the wireless LAN-based geo-fencing is required, control at least one of the communication circuitries to receive information about at least one wireless LAN base station, obtain second information regarding the position of the electronic device based on the received information, and identify that the electronic device enters the predetermined area based on the second information.
A method for manufacturing a solar cell, comprising: (a) preparing a silicon semiconductor substrate doped with a first conductive impurity; (b) forming an emitter layer on the substrate by doping an upper portion of the substrate with a second conductive impurity having the opposite polarity to the first conductive impurity; (c) forming an etching mask pattern at a front electrode connection area on the emitter layer using a paste comprising inorganic powder having a tap density of 0.01 to 20 g/cm 3 , an organic solvent and a binder, wherein the inorganic powder includes any one metal or metal oxide powder selected from the group consisting of Si, Ti, ITO, SiO2, TiO2, Bi2O3 and PbO, or mixtures thereof; (d) etching back the emitter layer by using the etching mask pattern as a mask, wherein the emitter layer is etched back using a selective wet etchant in which HNO3, HF, CH3COOH and H2O are mixed at a volume ratio of 10:0.1∼0.01:1∼3:5∼10; (e) removing the etching mask pattern remaining after the etch-back; (f) forming an anti-reflection film over a front surface of the substrate ; (g) establishing a connection between a front electrode and the front electrode connection area by penetrating through the anti-reflection film ; and (h) establishing a connection between a rear electrode and a rear surface of the substrate. (a) preparing a silicon semiconductor substrate doped with a first conductive impurity; (b) forming an emitter layer on the substrate by doping an upper portion of the substrate with a second conductive impurity having the opposite polarity to the first conductive impurity; (c) forming an etching mask pattern at a front electrode connection area on the emitter layer using a paste comprising inorganic powder having a tap density of 0.01 to 20 g/cm 3 , an organic solvent and a binder, wherein the inorganic powder includes any one metal or metal oxide powder selected from the group consisting of Si, Ti, ITO, SiO2, TiO2, Bi2O3 and PbO, or mixtures thereof; (d) etching back the emitter layer by using the etching mask pattern as a mask, wherein the emitter layer is etched back using a selective wet etchant in which HNO3, HF, CH3COOH and H2O are mixed at a volume ratio of 10:0.1∼0.01:1∼3:5∼10; (e) removing the etching mask pattern remaining after the etch-back; (f) forming an anti-reflection film over a front surface of the substrate ; (g) establishing a connection between a front electrode and the front electrode connection area by penetrating through the anti-reflection film ; and (h) establishing a connection between a rear electrode and a rear surface of the substrate.
A grommet assembly for a gas turbine engine, the grommet asssembly comprising: a grommet removably mounted to a component defining a pass-through opening , the grommet having a body extending between a first end and a second end and defining a hole , a flange projecting from the body at or proximate the first end and extending circumferentially around at least a portion of the hole ; and a locking member removably mounted to the body ; wherein when the grommet is mounted to the component and the locking member is mounted to the body , the body of the grommet is received within the pass-through opening of the component and the locking member is mounted to the body such that the locking member and the flange clamp the grommet to the component ; characterised in that the flange extends circumferentially less than three hundred sixty degrees around the hole . a grommet removably mounted to a component defining a pass-through opening , the grommet having a body extending between a first end and a second end and defining a hole , a flange projecting from the body at or proximate the first end and extending circumferentially around at least a portion of the hole ; and a locking member removably mounted to the body ; wherein when the grommet is mounted to the component and the locking member is mounted to the body , the body of the grommet is received within the pass-through opening of the component and the locking member is mounted to the body such that the locking member and the flange clamp the grommet to the component ; characterised in that the flange extends circumferentially less than three hundred sixty degrees around the hole .
Plastic container product, particularly manufactured using the blow-fill-seal method, with a container wall which can be pierced in pre-definable regions by a cannula to gain access to the container contents, wherein, to avoid punched parts, which arise when piercing the container wall with the cannula, the mathematical product of the container wall thickness in the piercing region and the tensile modulus of the plastics material according to ISO 527 is less than 400 MPa.mm, more preferably less than 300 MPa.mm, and wherein the container product comprises a top part , characterised in that the piercing region , which lies on the upper side of the top part, covers 1 to 70 mm 2 and the wall thickness of the container region to be pierced is at least 0.3 mm.