mhurhangee/patent-ind-claim-en huggingface dataset:
A contact device having at least - a connection contact (4.1, 4.2, 4,3, 4.4, 4.5, 4.6; 104.1, 104.2, 104.3, 104.4, 104.5, 104.6), - a contact clamping apparatus (7.1, ..., 7.n; 107.1, ..., 107.n), and - a contact reception apparatus (2, 3; 102, 103), characterized in that - the contact reception apparatus is designed as a substantially rectangular contact plate (2; 102) into which a contact recess (3; 103) is introduced, - there are arranged, on a narrow side of the contact plate (2; 102), a side plate (5; 105) having connection contacts (4.1, 4.2, 4,3; 104.1, 104.2, 104.3) and, on the opposing narrow side of the contact plate (2; 102), a further side plate (6; 106) having further connection contacts (4.1, 4.2, 4.3; 104.1, 104.2, 104.3), and - the contact clamping apparatus is designed as clamping contacts (7.1, ..., 7.n; 107.1, ..., 107.n), wherein the clamping contacts (7.1, ..., 7.n; 107.1, ..., 107.n) are arranged on the opposing longitudinal sides of the contact plate (2; 102). - a connection contact (4.1, 4.2, 4,3, 4.4, 4.5, 4.6; 104.1, 104.2, 104.3, 104.4, 104.5, 104.6), - a contact clamping apparatus (7.1, ..., 7.n; 107.1, ..., 107.n), and - a contact reception apparatus (2, 3; 102, 103), - the contact reception apparatus is designed as a substantially rectangular contact plate (2; 102) into which a contact recess (3; 103) is introduced, - there are arranged, on a narrow side of the contact plate (2; 102), a side plate (5; 105) having connection contacts (4.1, 4.2, 4,3; 104.1, 104.2, 104.3) and, on the opposing narrow side of the contact plate (2; 102), a further side plate (6; 106) having further connection contacts (4.1, 4.2, 4.3; 104.1, 104.2, 104.3), and - the contact clamping apparatus is designed as clamping contacts (7.1, ..., 7.n; 107.1, ..., 107.n), wherein the clamping contacts (7.1, ..., 7.n; 107.1, ..., 107.n) are arranged on the opposing longitudinal sides of the contact plate (2; 102).
A destacking conveyor comprising: a first conveyor having an exit end at a first elevation, the first conveyor conveying a mass flow of articles off the exit end at the first elevation; a roller transfer system having an upstream end disposed at the first elevation proximate the exit end of the first conveyor to convey articles received from the first conveyor at the first elevation, wherein the roller transfer system extends in a length direction from the upstream end to an opposite downstream end and includes a plurality of closely spaced rollers rotatable on axes arranged to transfer articles atop the rollers at the first elevation away from the exit end of the first conveyor ; a second conveyor disposed at a second elevation lower than the first elevation below the roller transfer system to receive articles dropping off the roller transfer system ; wherein the axial lengths of the rollers decrease monotonically from the upstream end to the downstream end of the roller transfer system . a first conveyor having an exit end at a first elevation, the first conveyor conveying a mass flow of articles off the exit end at the first elevation; a roller transfer system having an upstream end disposed at the first elevation proximate the exit end of the first conveyor to convey articles received from the first conveyor at the first elevation, wherein the roller transfer system extends in a length direction from the upstream end to an opposite downstream end and includes a plurality of closely spaced rollers rotatable on axes arranged to transfer articles atop the rollers at the first elevation away from the exit end of the first conveyor ; a second conveyor disposed at a second elevation lower than the first elevation below the roller transfer system to receive articles dropping off the roller transfer system ; wherein the axial lengths of the rollers decrease monotonically from the upstream end to the downstream end of the roller transfer system .
A broken conductor detection method, comprising: measuring, at a node (120-1, 120-2, 120-3) of a distribution system comprising a plurality of distribution feeders (T, 110-1, 110-2, 110-3), a voltage value of each distribution feeder (110-1, 110-2, 110-3) of the distribution system ; checking whether the measured voltage value of each distribution feeder (T) of the distribution system is less than a voltage threshold used for the distribution feeder (T), the voltage threshold used for the distribution feeder (T) being calculated based on a mean value of measured voltage values of other distribution feeders in the distribution system; if a checking result indicates that a measured voltage value of a distribution feeder of the distribution system is less than the voltage threshold used for said distribution feeder, generating a signal indicating that said distribution feeder (T, 110-1, 110-2, 110-3) of the distribution system has a broken conductor; and sending off the generated signal. measuring, at a node (120-1, 120-2, 120-3) of a distribution system comprising a plurality of distribution feeders (T, 110-1, 110-2, 110-3), a voltage value of each distribution feeder (110-1, 110-2, 110-3) of the distribution system ; checking whether the measured voltage value of each distribution feeder (T) of the distribution system is less than a voltage threshold used for the distribution feeder (T), the voltage threshold used for the distribution feeder (T) being calculated based on a mean value of measured voltage values of other distribution feeders in the distribution system; if a checking result indicates that a measured voltage value of a distribution feeder of the distribution system is less than the voltage threshold used for said distribution feeder, generating a signal indicating that said distribution feeder (T, 110-1, 110-2, 110-3) of the distribution system has a broken conductor; and sending off the generated signal.
Refill for a dispenser , with a material web wound to form a roll and at least one substantially axially adjustable bearing journal , wherein the at least one substantially axially adjustable bearing journal is adjustable substantially axially outwards away from the roll starting from a defined inner end position (I) in which it protrudes axially beyond the roll , wherein stops (12a; 11a, 11c) define the inner and outer end position (I, A) of the axially adjustable bearing journal .
A method performed by a user equipment configured to operate in an RRC-IDLE state comprising: receiving (S403), while operating in RRC-IDLE state (S401), system information broadcasted from a base station, wherein the system information includes a request for reporting a mobility state of the user equipment; after the request is received and a change of the mobility state is detected, establishing (S407, S409) an RRC connection with the base station; and transmitting (S413), to the base station, the mobility state in an RRC Connection setup complete message. receiving (S403), while operating in RRC-IDLE state (S401), system information broadcasted from a base station, wherein the system information includes a request for reporting a mobility state of the user equipment; after the request is received and a change of the mobility state is detected, establishing (S407, S409) an RRC connection with the base station; and transmitting (S413), to the base station, the mobility state in an RRC Connection setup complete message.
A public transport vehicle , in particular a railway vehicle, comprising a structural body , the structural body comprising an equipment housing and a housing for the equipment housing , the equipment housing being movable in a pull-out direction (Y) between a retracted position in the housing, and a deployed position in which at least 50% of the length of the equipment housing in the pull-out direction (Y) is outside the housing , in which: - the housing has at least one lower guide surface extending in the pull-out direction (Y), and the equipment housing has at least one guide member resting on the lower guide surface , and - the housing has at least one upper stop surface , the equipment housing having stop means disposed below the upper stop surface in a vertical direction, the stop means being capable of cooperating at least in part with the upper stop surface , at least when the equipment housing is in the deployed position, characterised in that the housing extends in the pull-out direction (Y) between a first and a second end, the housing being accessible at both ends in the pull-out direction, the equipment housing being movable, in a first direction, between the retracted position and a first position extended beyond the first end , and in a second direction, between the retracted position and a second position extended beyond the second end . - the housing has at least one lower guide surface extending in the pull-out direction (Y), and the equipment housing has at least one guide member resting on the lower guide surface , and - the housing has at least one upper stop surface , the equipment housing having stop means disposed below the upper stop surface in a vertical direction, the stop means being capable of cooperating at least in part with the upper stop surface , at least when the equipment housing is in the deployed position, characterised in that the housing extends in the pull-out direction (Y) between a first and a second end, the housing being accessible at both ends in the pull-out direction, the equipment housing being movable, in a first direction, between the retracted position and a first position extended beyond the first end , and in a second direction, between the retracted position and a second position extended beyond the second end .
A press plate , which is mounted in a radiographic device comprising an imaging table, the press plate comprising - a press section , which is disposed facing towards the imaging face of the imaging table and adapted to be positioned at the chest wall side of the examinee, and which is elastically deformable; - a reaction force section , which is adapted to support the press section at the opposite side of the press section , which is not facing towards the imaging face of the imaging table, characterized in that the reaction force section being configured from a material that has a greater coefficient of elasticity than the coefficient of elasticity of the press section , the reaction force section being connected to a reaction force adjustment mechanism , such that the support force for biasing the press section can be varied to adjust the reaction force thus the amount of deformation of the press section . - a press section , which is disposed facing towards the imaging face of the imaging table and adapted to be positioned at the chest wall side of the examinee, and which is elastically deformable; - a reaction force section , which is adapted to support the press section at the opposite side of the press section , which is not facing towards the imaging face of the imaging table, characterized in that
A communication device for transmitting a physical layer protocol data unit, PPDU, to one or more receiving devices, wherein the communication device comprises: a processor configured to: receive a trigger frame in a first PPDU; obtain a sequence of disregard bits of a universal signal, U-SIG, field in the first PPDU, by obtaining one of the sequences in the set , wherein the sequence of disregard bits comprises at least one bit set to 0; and copy the sequence of disregard bits into the U-SIG field of a second PPDU; and a transmitter configured to transmit the second PPDU, wherein the second PPDU comprises the sequence of disregard bits. a processor configured to: receive a trigger frame in a first PPDU; obtain a sequence of disregard bits of a universal signal, U-SIG, field in the first PPDU, by obtaining one of the sequences in the set , wherein the sequence of disregard bits comprises at least one bit set to 0; and copy the sequence of disregard bits into the U-SIG field of a second PPDU; and receive a trigger frame in a first PPDU; obtain a sequence of disregard bits of a universal signal, U-SIG, field in the first PPDU, by obtaining one of the sequences in the set , wherein the sequence of disregard bits comprises at least one bit set to 0; and copy the sequence of disregard bits into the U-SIG field of a second PPDU; and a transmitter configured to transmit the second PPDU, wherein the second PPDU comprises the sequence of disregard bits.
A system for controlling conditions in an enclosed space, the system comprising: a scavenger plenum configured to direct scavenger air from a scavenger inlet to a scavenger outlet ; a process plenum configured to direct process air from a process inlet to a process outlet, the process inlet receiving heated air from the space and the process outlet supplying cooled air to the space; a first liquid-to-air membrane energy exchanger, LAMEE1, arranged inside the scavenger plenum, LAMEE1 configured to use a first fluid flowing through LAMEE1 to reduce a humidity of the scavenger air, a first concentration of water in the scavenger air at an air inlet of LAMEE1 being higher than a second concentration of water in the scavenger air at an air outlet of LAMEE1; an evaporative cooler arranged inside the scavenger plenum downstream of LAMEE1, the evaporative cooler configured to use the scavenger air to evaporatively cool a second fluid flowing there through, a temperature of the second fluid at a fluid outlet of the evaporative cooler being lower than a temperature of the second fluid at a fluid inlet of the evaporative cooler; a first liquid-to-air heat exchanger, LAHX1, arranged inside the process plenum, LAHX1 configured to directly and sensibly cool the process air being directed through the process plenum using a third fluid flowing through LAHX1; and a second LAHX, LAHX2, LAHX2 in fluid communication with LAMEE1 and configured to receive and cool the first fluid using outdoor air. a scavenger plenum configured to direct scavenger air from a scavenger inlet to a scavenger outlet ; a process plenum configured to direct process air from a process inlet to a process outlet, the process inlet receiving heated air from the space and the process outlet supplying cooled air to the space; a first liquid-to-air membrane energy exchanger, LAMEE1, arranged inside the scavenger plenum, LAMEE1 configured to use a first fluid flowing through LAMEE1 to reduce a humidity of the scavenger air, a first concentration of water in the scavenger air at an air inlet of LAMEE1 being higher than a second concentration of water in the scavenger air at an air outlet of LAMEE1; an evaporative cooler arranged inside the scavenger plenum downstream of LAMEE1, the evaporative cooler configured to use the scavenger air to evaporatively cool a second fluid flowing there through, a temperature of the second fluid at a fluid outlet of the evaporative cooler being lower than a temperature of the second fluid at a fluid inlet of the evaporative cooler; a first liquid-to-air heat exchanger, LAHX1, arranged inside the process plenum, LAHX1 configured to directly and sensibly cool the process air being directed through the process plenum using a third fluid flowing through LAHX1; and a second LAHX, LAHX2, LAHX2 in fluid communication with LAMEE1 and configured to receive and cool the first fluid using outdoor air.
A method of carbon dioxide sequestration by in situ mineralization characterized in that: an amount of carbon dioxide is dissolved into water to form a carbon dioxide and water mixture; an amount of said carbon dioxide and water mixture is injected into a rock formation comprising peridotite via an injection well , wherein the carbon dioxide and water mixture is flowed through said injection well having a non-corrosive well casing and a non-corrosive injection well tubing disposed in the rock formation, and at least one packer creating a packed off interval, said injection well tubing having a plurality of longitudinal perforations at a depth of 0.4 to 4 km in said rock formation; a high-pressure zone is created within said injection well below said packed off interval, water from said rock formation is recycled via an observation well creating a low-pressure zone during said recycling through the observation well . ; carbon dioxide in said carbon dioxide and water mixture is reacted with said rock formation to form calcites and magnesites, and all steps of the process are powered by a renewable energy source. an amount of carbon dioxide is dissolved into water to form a carbon dioxide and water mixture; an amount of said carbon dioxide and water mixture is injected into a rock formation comprising peridotite via an injection well , wherein the carbon dioxide and water mixture is flowed through said injection well having a non-corrosive well casing and a non-corrosive injection well tubing disposed in the rock formation, and at least one packer creating a packed off interval, said injection well tubing having a plurality of longitudinal perforations at a depth of 0.4 to 4 km in said rock formation; a high-pressure zone is created within said injection well below said packed off interval, water from said rock formation is recycled via an observation well creating a low-pressure zone during said recycling through the observation well . ; carbon dioxide in said carbon dioxide and water mixture is reacted with said rock formation to form calcites and magnesites, and all steps of the process are powered by a renewable energy source.
Gas-insulated electrical installation having an inner conductor and an outer tube engaging around the inner conductor , and having a particle trap system which is arranged in the outer tube and comprises a first particle trap and a second particle trap , wherein the first particle trap is fastened to an outer tube of the installation and the second particle trap is arranged on a bottom side of the inner conductor and is connected to the said inner conductor, wherein the first particle trap comprises at least a first and a second shielding element , wherein a slot which extends from the outer tube into an interior space in the installation and is open in the direction of the interior space so as to form a first particle inlet opening can be delimited by means of the first and the second shielding element , wherein the ratio of a depth (T) of the slot to a width (B) of the slot at the first particle inlet opening is between 1 and 8, characterized in that the second particle trap comprises a third, umbrella-shaped shielding element by means of which a gap in the interior space in the installation , which gap extends between the inner conductor and a shield of the umbrella-shaped shielding element and is open in the direction of the interior space so as to form a second particle inlet opening , can be delimited, wherein the ratio of a height (H1) of the gap to a shield thickness (H2) of the umbrella-shaped shielding element is between 1 and 5, wherein the second particle trap is located in an angular range of between a -45-degree angle (W1) and a +45-degree angle (W2) with respect to a vertical axis (S) through a centre point (M) of the inner conductor .
Acoustically-effective component , comprising: a) a pouch formed from at least a first cover layer , which forms a first chamber , wherein the first cover layer consists of a flexible material with an extended surface area, b) a first filling , which is arranged in the first chamber , wherein the first filling comprises foam particles, c) characterised in that the first cover layer has a specific flow resistance of between 10 and 1,500 rayls, where 1 rayl = 1 Pa·s·m -1 , and is a non-woven material, or comprises such a material, wherein the materials of the first cover layer and/or the first filling , can be moulded thermoplastically. a) a pouch formed from at least a first cover layer , which forms a first chamber , wherein the first cover layer consists of a flexible material with an extended surface area, b) a first filling , which is arranged in the first chamber , wherein the first filling comprises foam particles, c) characterised in that the first cover layer has a specific flow resistance of between 10 and 1,500 rayls, where 1 rayl = 1 Pa·s·m -1 , and is a non-woven material, or comprises such a material, wherein the materials of the first cover layer and/or the first filling , can be moulded thermoplastically.
An image forming device of an electrophotographic type comprising: a fuser configured to thermally fuse a toner image on a sheet; a body containing the fuser ; a suction unit configured to suck air from the inside of the body; and an electric charge provider (211 -214, 215, 216) configured to emit electric charges in air to cause ultrafine particles floating in the air to clump together, the electric charge provider (211 - 214, 215, 216) being mounted in either or both of first and second locations inside the body, the first location being at least one region out of a path of an air flow to the suction unit caused by the action of the suction unit , the second location being at least one region through which external air flows into the body due to the action of the suction unit ; and wherein at least the electric charge provider (211 - 216) mounted in the second location are configured to operate during suspension of the suction unit . a fuser configured to thermally fuse a toner image on a sheet; a body containing the fuser ; a suction unit configured to suck air from the inside of the body; and an electric charge provider (211 -214, 215, 216) configured to emit electric charges in air to cause ultrafine particles floating in the air to clump together, the electric charge provider (211 - 214, 215, 216) being mounted in either or both of first and second locations inside the body, the first location being at least one region out of a path of an air flow to the suction unit caused by the action of the suction unit , the second location being at least one region through which external air flows into the body due to the action of the suction unit ; and wherein at least the electric charge provider (211 - 216) mounted in the second location are configured to operate during suspension of the suction unit .
A fire resistant, decorative panel for interior fitting, this decorative panel comprising a central core having a front face covered with a first veneer of wood, the central core and the first veneer of wood being integral with each other, the central core consisting of a non-combustible solid material having a first thickness (α), this non-combustible solid material consisting of a solid plate made of plaster, the first veneer of wood having a second thickness (β) distinct from the first thickness (α), characterized in that this second thickness (β) is between 0,2 mm and 0,4 mm.
A method for use with an aerosol-generating apparatus comprising: allowing a user to initiate diagnostics of an aerosol-generating apparatus ; performing a self-diagnostic procedure of the aerosol-generating apparatus in response to initiation of diagnostics of aerosol-generating apparatus by the user; and providing a diagnostic indication to the user based on at least the self-diagnostic procedure. allowing a user to initiate diagnostics of an aerosol-generating apparatus ; performing a self-diagnostic procedure of the aerosol-generating apparatus in response to initiation of diagnostics of aerosol-generating apparatus by the user; and providing a diagnostic indication to the user based on at least the self-diagnostic procedure.
A rubber composition comprising a rubber component comprising 20 to 90% by mass of the rubber component of a rubber component A and 10 to 80% by mass of the rubber component of a rubber component B, wherein an SP value of the rubber component A is not less than 17.8 (J/cm 3 ) 1/2 and an SP value of the rubber component B is lower than the SP value of the rubber component A by not less than 0.6 (J/cm 3 ) 1/2 , wherein the SP value as used herein is a parameter of solubility and a value calculated in accordance with Rubber Chemistry and Technology 69, 769 and wherein a weight-average molecular weight of the rubber component A is not more than 800,000.