mhurhangee/patent-ind-claim-en huggingface dataset:
A textile machine assembly comprising a delivery unit in the form of a card, with the aid of which a sliver is delivered during the operation of the delivery unit , a receiving unit in the form of a drafting frame, with the aid of which the sliver delivered by the delivery unit is received during the operation of the receiving unit , and at least one sliver storage unit which stores, at least intermittently, the excess sliver between the delivery unit and the receiving unit for the interim when a delivery speed of the sliver at the delivery unit is higher than a receiving speed of the sliver at the receiving unit , and releases the sliver which has been stored for the interim when a receiving speed of the sliver at the receiving unit is higher than the delivery speed of the sliver at the delivery unit , characterized in that the sliver storage unit comprises at least one diverting unit which can be moved with respect to the delivery unit and/or the receiving unit , with the aid of which the sliver can be diverted and with the aid of which a sliver path for the sliver from the delivery unit to the receiving unit can be changed when sliver is to be stored for the interim or is to be released again.
A method for producing a printed product comprising at least the following method steps a) to d) of a) providing a substrate to be printed, the substrate to be printed being a paper or a cardboard; b) applying a preparation for producing a first layer as a sealing layer onto at least one surface of the substrate , wherein said preparation for producing the first layer contains at least one monomer, oligomer or pre-polymer including at least one cross-linkable functional group, and wherein said preparation for producing the first layer comprises coating agents selected from the group consisting of isocyanate-crosslinking systems, polyurethanes, epoxy systems, acrylates, methacrylates, polyvinyl ethers, maleic acid-based and fumaric acid-based polyesters, styrene compounds and silicone acrylates; c) curing the layer applied in step b), wherein the cured first layer has a layer thickness ranging from 1 to 10 μm; and d) applying a second layer onto the surface of the first layer produced in step c), wherein the second layer applied in step d) has a closed surface in the printed areas. a) providing a substrate to be printed, the substrate to be printed being a paper or a cardboard; b) applying a preparation for producing a first layer as a sealing layer onto at least one surface of the substrate , wherein said preparation for producing the first layer contains at least one monomer, oligomer or pre-polymer including at least one cross-linkable functional group, and wherein said preparation for producing the first layer comprises coating agents selected from the group consisting of isocyanate-crosslinking systems, polyurethanes, epoxy systems, acrylates, methacrylates, polyvinyl ethers, maleic acid-based and fumaric acid-based polyesters, styrene compounds and silicone acrylates; c) curing the layer applied in step b), wherein the cured first layer has a layer thickness ranging from 1 to 10 μm; and d) applying a second layer onto the surface of the first layer produced in step c), wherein the second layer applied in step d) has a closed surface in the printed areas.
A device comprising - one or more moveable components and - either an automatically resetting apparatus configured to trap a target creature or an apparatus configured to automatically dispense a substance to a target creature and - an automatic test activation system configured to automatically initiate a periodic test activation of the device, wherein - the automatic test activation system comprises: - an electric power supply; and - and an electronic control system powered by the electric power supply, the device being characterized in that - the electronic control system is configured to automatically activate the device to test the operation of the one or more moveable components, by activating these moveable components and wherein the electronic control system is configured to automatically activate the device periodically based on output from a timer or programmed instructions or both. - one or more moveable components and - either an automatically resetting apparatus configured to trap a target creature or an apparatus configured to automatically dispense a substance to a target creature and - an automatic test activation system configured to automatically initiate a periodic test activation of the device, wherein - the automatic test activation system comprises: - an electric power supply; and - and an electronic control system powered by the electric power supply, the device being characterized in that - the electronic control system is configured to automatically activate the device to test the operation of the one or more moveable components, by activating these moveable components
A braking device for a motor vehicle, comprising a seal , characterized in that the seal comprises a first sealing part made of a first material and a second sealing part made of a second material different than the first material, in that the first material comprises PTFE and the second material comprises EPDM, and in that the first sealing part and the second sealing part are adhesively bonded together, wherein the first sealing part and the second sealing part are annular and arranged in a radial stack, wherein the first sealing part and the second sealing part each have a contacting surface , wherein the contacting surface occupies an external face of the first sealing part , and the contacting surface occupies an internal face of the second sealing part , one of these contacting surfaces having a concave portion and the other of these contacting surfaces having a convex portion with a shape complementary to the concave portion .
A multipass cell , comprising a body ; a cavity formed within the body ; at least a first channel configured to allow a beam to enter the cavity ; a first concave spherical or toroidal mirror at a first end of the cavity ; and a second concave spherical or toroidal mirror at the opposite end of the cavity; wherein the first mirror and the second mirror are configured to reflect a beam entering the cavity just outside an outer edge of the first or the second mirror through the first channel a predetermined number of times so that the beam propagates substantially in a single plane between the first and the second mirror forming a substantially linear reflection spot pattern on the first and the second mirrors; and wherein the first mirror and the second mirror are positioned at a distance corresponding to twice the radius of curvature of the first and the second mirrors in such a way that the beam is focused between the first and the second mirror; and wherein the cavity has a rectangular form. a body ; a cavity formed within the body ; at least a first channel configured to allow a beam to enter the cavity ; a first concave spherical or toroidal mirror at a first end of the cavity ; and a second concave spherical or toroidal mirror at the opposite end of the cavity; wherein the first mirror and the second mirror are configured to reflect a beam entering the cavity just outside an outer edge of the first or the second mirror through the first channel a predetermined number of times so that the beam propagates substantially in a single plane between the first and the second mirror forming a substantially linear reflection spot pattern on the first and the second mirrors; and wherein the first mirror and the second mirror are positioned at a distance corresponding to twice the radius of curvature of the first and the second mirrors in such a way that the beam is focused between the first and the second mirror; and wherein the cavity has a rectangular form.
A device for engagement with a bone of a patient, the device comprising: a body portion for penetration of and fixation to bone tissue, the body portion having a distal end and a proximal end ; and a deformable element portion , the deformable element portion being a separate tip component that extends from the distal end of the body portion , characterised in that the entire deformable element portion is a solid deformable element portion formed from an elastomeric material, such that, in use, upon adjacent bone tissue to the deformable element portion being urged against the deformable element portion , the deformable element portion deforms at least laterally in relation to the direction from which the adjacent bone tissue is urged against the deformable element portion ; and wherein deformation of the deformable element portion causes an increased contact area between the deformable element portion and the adjacent bone tissue and a reduction in stress in the adjacent bone tissue and opposes migration of the body portion into the adjacent bone tissue. a body portion for penetration of and fixation to bone tissue, the body portion having a distal end and a proximal end ; and a deformable element portion , the deformable element portion being a separate tip component that extends from the distal end of the body portion , characterised in that the entire deformable element portion is a solid deformable element portion formed from an elastomeric material, such that, in use, upon adjacent bone tissue to the deformable element portion being urged against the deformable element portion , the deformable element portion deforms at least laterally in relation to the direction from which the adjacent bone tissue is urged against the deformable element portion ; and wherein deformation of the deformable element portion causes an increased contact area between the deformable element portion and the adjacent bone tissue and a reduction in stress in the adjacent bone tissue and opposes migration of the body portion into the adjacent bone tissue.
A highly corrosion-resistant copper tube formed of a copper material consisting of 0.15-0.6% by weight of phosphorus and the balance being copper and impurities, characterized in that the tube includes a recrystallized structure and has electric conductivity measured by an eddy current conductivity meter (Y1: %IACS) which satisfies the following formula 50 − 75 X ≤ Y1 ≤ 60 − 75 X wherein X (% by weight) represents a content of phosphorus, wherein a content of a group of specific impurity elements consisting of Cr, Mn, Fe, Co, Zr and Mo among the impurities is not higher than 0.01% by weight in total, wherein a content of inevitable impurity elements other than the group of the specific impurity elements among said impurities is not higher than 0.005% by weight in total.
A method for performing an uplink transmission to a base station by a user equipment through an unlicensed cell in a wireless communication system, the method comprising: receiving an uplink grant that schedules an uplink transmission in at least one subframe from the base station; and performing the uplink transmission in the at least one subframe using at least one of a first type channel access or a second type channel access, wherein the first type channel access is a Listen Before Talk, LBT, with random back-off with a contention window, CW, of a variable size, wherein the second type channel access is based on an LBT without random back-off, characterized in that performing the uplink transmission comprises performing the uplink transmission using the second type channel access when all of one or more subframes corresponding to the uplink transmission are before a last subframe indicated by a common control channel regardless of a channel access type indicated for the one or more subframes corresponding to the uplink transmission by the uplink grant. receiving an uplink grant that schedules an uplink transmission in at least one subframe from the base station; and performing the uplink transmission in the at least one subframe using at least one of a first type channel access or a second type channel access, wherein the first type channel access is a Listen Before Talk, LBT, with random back-off with a contention window, CW, of a variable size, wherein the second type channel access is based on an LBT without random back-off, characterized in that performing the uplink transmission comprises performing the uplink transmission using the second type channel access when all of one or more subframes corresponding to the uplink transmission are before a last subframe indicated by a common control channel regardless of a channel access type indicated for the one or more subframes corresponding to the uplink transmission by the uplink grant.
A heat pump, comprising: a compressor ; a compressor heater configured to warm the compressor ; a temperature sensor to measure the temperature of the compressor ; an alarm unit configured to notify an alarm; and a control device configured to control conduction and shutting-off of electric power to the compressor heater , and to control whether or not the alarm unit notifies the alarm, characterised in that the control device is configured to cause the alarm unit to notify the alarm when the control device determines that both (a) a degree of superheat related to the compressor heater , based on a temperature detected by the temperature sensor , is a predetermined value or lower; and (b) that the duration of electric conduction to the compressor heater is a predetermined period or longer; and further characterised in that the heat pump comprises an oil separator provided in an ejection path of the compressor ; and a separator heater configured to warm the oil separator , wherein the control device is configured to control conduction and shutting-off of electric power to the separator heater , and the control device is configured to cause the alarm unit to notify the alarm when the control device determines that duration of electric conduction to the separator heater is a predetermined period or longer. a compressor heater configured to warm the compressor ; a temperature sensor to measure the temperature of the compressor ; an alarm unit configured to notify an alarm; and a control device configured to control conduction and shutting-off of electric power to the compressor heater , and to control whether or not the alarm unit notifies the alarm, characterised in that the control device is configured to cause the alarm unit to notify the alarm when the control device determines that both (a) a degree of superheat related to the compressor heater , based on a temperature detected by the temperature sensor , is a predetermined value or lower; and (b) that the duration of electric conduction to the compressor heater is a predetermined period or longer; and further characterised in that the heat pump comprises an oil separator provided in an ejection path of the compressor ; and a separator heater configured to warm the oil separator , wherein the control device is configured to control conduction and shutting-off of electric power to the separator heater , and the control device is configured to cause the alarm unit to notify the alarm when the control device determines that duration of electric conduction to the separator heater is a predetermined period or longer.
A nuclear fuel rod with nuclear fuel rod cladding for use in a nuclear reactor having a coolant flowing therein, the nuclear fuel rod cladding comprising: a base ceramic composite structured to form a shape that has an interior surface , an exterior surface , and an inner cavity , the base ceramic composite comprising: a ceramic matrix; and a plurality of ceramic fibers; nuclear fuel positioned within the inner cavity of the base ceramic composite and in contact with the interior surface of the base ceramic composite; and a coating composition comprising a zirconium component composed of zirconium alloy deposited on the exterior surface of the base ceramic composite to form a coating thereon, which is , when in use in a nuclear reactor having a coolant flowing therein, in contact with the coolant. a base ceramic composite structured to form a shape that has an interior surface , an exterior surface , and an inner cavity , the base ceramic composite comprising: a ceramic matrix; and a plurality of ceramic fibers; a ceramic matrix; and a plurality of ceramic fibers; nuclear fuel positioned within the inner cavity of the base ceramic composite and in contact with the interior surface of the base ceramic composite; and a coating composition comprising a zirconium component composed of zirconium alloy deposited on the exterior surface of the base ceramic composite to form a coating thereon, which is , when in use in a nuclear reactor having a coolant flowing therein, in contact with the coolant.
A method to be executed by an apparatus for a vehicle for predicting a Quality of Service, QoS, in a mobile communication system, the method comprising estimating a future data demand for applications in an area of the mobile communication system; wherein the estimating of the future data demand comprises estimating a future demand for high density map updates provides to vehicles in the area; predicting the QoS for the area based on the data demand, wherein the predicting the QoS for the area comprises predicting a first lower QoS if an estimated future data demand is higher than a predetermined data demand threshold and predicting a second higher QoS if the estimated future data demand is lower than the predetermined data demand threshold; and adapt a control of the vehicle based on the predicted QoS. wherein the estimating of the future data demand comprises estimating a future demand for high density map updates provides to vehicles in the area; predicting the QoS for the area based on the data demand, wherein the predicting the QoS for the area comprises predicting a first lower QoS if an estimated future data demand is higher than a predetermined data demand threshold and predicting a second higher QoS if the estimated future data demand is lower than the predetermined data demand threshold; and adapt a control of the vehicle based on the predicted QoS.
A device for cooling a component of a gas turbine/turbomachine having a hot gas-impinged external surface and an integrated cooling channel , wherein within the cooling channel an impingement cooling element having at least one impingement cooling bore is arranged, wherein the impingement cooling element is spaced apart from a target surface of the component to be cooled and for cooling the component a cooling fluid as impingement cooling jet can be directed onto the target surface , wherein on the target surface a surface structure is formed, on which the impingement cooling jet impinges, wherein the surface structure is formed by means of fins arranged star-like, which project from the target surface , characterised in that the fins have a linear, bar-like shape and that the distance of the start of each fin located radially inside to the central point (Z) located opposite the impingement cooling bore corresponds to approximately 75%-150% of the length of the fin . wherein the surface structure is formed by means of fins arranged star-like, which project from the target surface , characterised in that the fins have a linear, bar-like shape and that the distance of the start of each fin located radially inside to the central point (Z) located opposite the impingement cooling bore corresponds to approximately 75%-150% of the length of the fin .
Plug-in connector for a plug-in connection, having an outer housing and a contact carrier which is inserted in the outer housing and has at least one contact chamber which receives a contact partner, wherein the contact partner is inserted in its contact chamber in a primarily locked manner, wherein a locking tab , by way of its fastening end , is pivotably arranged on the contact carrier and forms a secondary locking for the at least one contact partner when the contact partner is inserted in its contact chamber in a primarily locked manner, wherein the locking tab , at its end facing away from the fastening end , has a transverse web which, together with the contact carrier , forms the secondary locking, wherein the transverse web has two projections which extend beyond one of the two opposite side edges of the locking tab in each case and each form a clearance in combination with the corresponding side edge , it being possible for a test pin , the test path of which can be influenced by the corresponding projection , to be introduced into the clearance.
A composite fiber stator ring for a gas turbine engine compressor , comprising a plurality of composite fiber vane structures , each of said composite fiber vane structures comprising a plurality of fiber plies , all of said fiber plies flowing in a single direction at each joint of the corresponding composite fiber vane structure , and said plurality of composite fiber vane structures being arranged circumferentially in a ring, wherein each of the composite fiber vane structures is a composite fiber vane singlet , characterised by : a plurality of outer diameter spacer platforms and a plurality of inner diameter spacer platforms , wherein each of said composite fiber vane structures is circumferentially adjacent to two outer diameter spacer platforms and two inner diameter spacer platforms . a plurality of outer diameter spacer platforms and a plurality of inner diameter spacer platforms , wherein each of said composite fiber vane structures is circumferentially adjacent to two outer diameter spacer platforms and two inner diameter spacer platforms .
A method performed by a user equipment of a long term evolution, LTE, system, the method comprising: receiving a resource grant from an access node , wherein the resource grant includes a field identifying a first carrier index indicating a first carrier (f1) or a second carrier index indicating a second carrier (f2) included in the resource grant; and monitoring, on the first carrier (f1), a first carrier search space including a first group of physical downlink control channel, PDCCH, candidates, and a second carrier search space including a second group of PDCCH candidates, wherein the first group of PDCCH candidates is used to transmit resource grants for the first carrier (f1) and the second group of PDCCH candidates is used to transmit resource grants for the second carrier (f2); characterized by : determining, when the first and second groups of PDCCH candidates have an overlapping PDCCH candidate, that the overlapping PDCCH candidate is used to transmit resource grants for the first or second carrier based on priorities of the first (f1) or second carrier (f2). receiving a resource grant from an access node , wherein the resource grant includes a field identifying a first carrier index indicating a first carrier (f1) or a second carrier index indicating a second carrier (f2) included in the resource grant; and monitoring, on the first carrier (f1), a first carrier search space including a first group of physical downlink control channel, PDCCH, candidates, and a second carrier search space including a second group of PDCCH candidates, wherein the first group of PDCCH candidates is used to transmit resource grants for the first carrier (f1) and the second group of PDCCH candidates is used to transmit resource grants for the second carrier (f2); characterized by : determining, when the first and second groups of PDCCH candidates have an overlapping PDCCH candidate, that the overlapping PDCCH candidate is used to transmit resource grants for the first or second carrier based on priorities of the first (f1) or second carrier (f2).