mhurhangee/patent-ind-claim-en huggingface dataset:
A dual type drying machine comprising: a main drying unit comprising an opening/closing door provided at a front side thereof; an auxiliary drying unit disposed above the main drying unit and comprising an opening/closing door provided at a top surface of a laundry accommodation space; a stand provided inside the auxiliary drying unit ; a cabinet surrounding an exterior of the main drying unit and an exterior of the auxiliary drying unit ; and an operation panel disposed at the cabinet for operating the main drying unit and the auxiliary drying unit , wherein the opening/closing door of the auxiliary drying unit forms an exterior of a top surface of the auxiliary drying unit together with a top surface of the cabinet in a state in which the opening/closing door of the auxiliary drying unit is in a closed state, and wherein a rear side of the auxiliary drying unit protrudes backwards further than a rear side of the main drying unit . a main drying unit comprising an opening/closing door provided at a front side thereof; an auxiliary drying unit disposed above the main drying unit and comprising an opening/closing door provided at a top surface of a laundry accommodation space; a stand provided inside the auxiliary drying unit ; a cabinet surrounding an exterior of the main drying unit and an exterior of the auxiliary drying unit ; and an operation panel disposed at the cabinet for operating the main drying unit and the auxiliary drying unit , wherein the opening/closing door of the auxiliary drying unit forms an exterior of a top surface of the auxiliary drying unit together with a top surface of the cabinet in a state in which the opening/closing door of the auxiliary drying unit is in a closed state, and wherein a rear side of the auxiliary drying unit protrudes backwards further than a rear side of the main drying unit .
An illumination system for illuminating a defined illumination area , in particular an observation area or a camera field of view, comprising an elongated light source , wherein the light source is preferably composed of a plurality of point light sources, in particular light-emitting diodes , wherein at least one transverse reflector is provided for focusing the light of the light source transversely to the longitudinal direction of the light source for illuminating the illumination area , wherein the transverse reflector extends along the light source , wherein, for adjusting the light intensity in the longitudinal direction of the light source, a plurality of longitudinal reflectors distributed in the longitudinal direction is arranged so as to deflect the light in the longitudinal direction, characterized in that at least some of the longitudinal reflectors are arranged to be individually adjustable such that the light intensity can be changed in the longitudinal direction.
A wing of an aircraft , the wing comprising: a flap ; and a jam detection system comprising: a linkage coupled to the flap and a support of the wing ; and a sensor configured to detect a position of at least a portion of the linkage ; wherein: the sensor is further configured to compare the position of the at least a portion of the linkage to a jam threshold to determine if a jam condition exists; the linkage is further coupled to a carriage moveably coupled to the support ; the carriage is coupled to the flap through a link that allows slight relative motion and the sensor is configured to detect the slight relative motion by detecting the position of the at least a portion of the linkage. a flap ; and a jam detection system comprising: a linkage coupled to the flap and a support of the wing ; and a sensor configured to detect a position of at least a portion of the linkage ; a linkage coupled to the flap and a support of the wing ; and a sensor configured to detect a position of at least a portion of the linkage ; wherein: the sensor is further configured to compare the position of the at least a portion of the linkage to a jam threshold to determine if a jam condition exists; the linkage is further coupled to a carriage moveably coupled to the support ; the carriage is coupled to the flap through a link that allows slight relative motion and the sensor is configured to detect the slight relative motion by detecting the position of the at least a portion of the linkage. the sensor is further configured to compare the position of the at least a portion of the linkage to a jam threshold to determine if a jam condition exists; the linkage is further coupled to a carriage moveably coupled to the support ; the carriage is coupled to the flap through a link that allows slight relative motion and the sensor is configured to detect the slight relative motion by detecting the position of the at least a portion of the linkage.
An applicator , especially for dental applications, comprising a shaft and an application element having a soft, external surface , the soft, external surface of the application element comprising a coating especially consisting of a flock and/or bristles, which are at least partially coated onto the application element , the application element being detachably arranged on a receiving region of the shaft and is formed by an elastic shaft attachment which is frictionally and force-fittingly attachable to the receiving region , the shaft , at its free end, being formed as a pin, which is overlapped by the shank attachment in the form of a sleeve and wherein the shank attachment has an inner contour corresponding to the receiving region of the shank , the receiving region being oversized by especially 10 to 20% with respect to the inner contour.
Setting tool for driving fastening elements into a substrate, in particular a hand-held setting tool, comprising a holder, which is provided for holding a fastening element, a drive-in element, which is provided for transferring a fastening element held in the holder into the substrate along a setting axis by a setting energy E kin , and a drive, which is provided for driving the drive-in element toward the fastening element along the setting axis, wherein the drive comprises an electrical capacitor, a squirrel-cage rotor arranged on the drive-in element and an excitation coil, through which current flows during discharge of the capacitor and which generates a magnetic field that accelerates the drive-in element towards the fastening element, characterized in that a current intensity A Coil of the current flowing through the excitation coil during the discharge of the capacitor has a time profile with a rising edge, a maximum current intensity A max and a falling edge, wherein the current intensity A Coil rises during a current rise time Δt rise from 0.1 times to 0.8 times the maximum current intensity A max and during an impact time Δt impact is more than 0.5 times the maximum current intensity A max , and wherein the current rise time Δt rise is at least 0.020 ms and at most 0.275 ms and/or the impact time Δt impact is at least 0.15 ms and at most 2.0 ms.
A method for compensating for power amplifier circuit non-linearity in a beam-forming communication transmitter having two or more power amplifier circuits (116A...116M) configured to be coupled to respective antennas (118A...118M) of an antenna array, the method comprising: digitally applying a non-linear pre-distortion signal to a signal (w) to be transmitted to provide a digitally pre-distorted transmission signal (x); and applying respective beam-forming weighting factors (Am, ∅ m) to the digitally pre-distorted transmission signal to provide input transmission signals (x 1 , x M ) for respective ones of the two or more power amplifier circuits, the beam-forming weighting factors corresponding to respective ones of the two or more power amplifier circuits; characterized in that the pre-distortion signal is established at least in part using an estimated representation of a transmitted beam formed by spatially aggregating transmitted outputs from the two or more power amplifier circuits. digitally applying a non-linear pre-distortion signal to a signal (w) to be transmitted to provide a digitally pre-distorted transmission signal (x); and applying respective beam-forming weighting factors (Am, ∅ m) to the digitally pre-distorted transmission signal to provide input transmission signals (x 1 , x M ) for respective ones of the two or more power amplifier circuits, the beam-forming weighting factors corresponding to respective ones of the two or more power amplifier circuits; characterized in that the pre-distortion signal is established at least in part using an estimated representation of a transmitted beam formed by spatially aggregating transmitted outputs from the two or more power amplifier circuits.
A signal interface unit for a distributed antenna system , comprising: an external device interface configured to communicate a first uplink signal to an external device ; an antenna side interface configured to receive a second uplink signal from an antenna unit communicatively coupled to the antenna side interface ; a signal conversion module communicatively coupled between the external device interface and the antenna side interface and configured to convert from the second uplink signal to the first uplink signal at least in part by digitally adjusting at least one uplink attribute of the second uplink signal received from the antenna side interface to comply with requirements of the external device to cause the distributed antenna system to appear as a remote radio head to the external device . an external device interface configured to communicate a first uplink signal to an external device ; an antenna side interface configured to receive a second uplink signal from an antenna unit communicatively coupled to the antenna side interface ; a signal conversion module communicatively coupled between the external device interface and the antenna side interface and configured to convert from the second uplink signal to the first uplink signal at least in part by digitally adjusting at least one uplink attribute of the second uplink signal received from the antenna side interface to comply with requirements of the external device to cause the distributed antenna system to appear as a remote radio head to the external device .
A method for managing a wireless connection of an Unmanned Aerial Vehicle, UAV, , the method comprising: receiving flight information describing a flight path for the UAV; determining a set of network resources for the UAV based on the flight information; and reserving , for the UAV, the set of network resources by a first network cell and a second network cell of a wireless network based on the flight information for an at least partially overlapping time period. receiving flight information describing a flight path for the UAV; determining a set of network resources for the UAV based on the flight information; and reserving , for the UAV, the set of network resources by a first network cell and a second network cell of a wireless network based on the flight information for an at least partially overlapping time period.
A braze alloy consisting of: 4.5 - 15.0% of weight Cr; 7.0 - 16.5% of weight Ti; 10.0 - 16.0% of weight Zr; balance Ni. 4.5 - 15.0% of weight Cr; 7.0 - 16.5% of weight Ti; 10.0 - 16.0% of weight Zr; balance Ni.
Dimethylamino micheliolide for use in a method of treating pulmonary fibrosis, wherein dimethylamino micheliolide has a molecular structural formula of:
A radio frequency identification device tag or reader or writer comprising a reconfigurable radio-frequency front-end , the reconfigurable radio-frequency front-end comprising: an antenna , - a resonant circuit within a plurality of matching networks , - each matching network comprising a plurality of different electrically tunable passive solid-state dielectric components on a carrier substrate , a first switch within each matching network for switching between different electrically tunable passive solid-state dielectric components , a second switch for selecting a desired matching network among the plurality of matching networks to be connected to the antenna , a voltage controller or generator for controlling the relative permittivity of the dielectric components by providing a control voltage, the voltage controller being arranged for providing a continuous or switched change of the control voltage for altering the permittivity, wherein at least two frequency bands are selectable by the voltage controller by switching between different tunable passive solid-state dielectric components within the same matching network or between different matching networks . an antenna , - a resonant circuit within a plurality of matching networks , - each matching network comprising a plurality of different electrically tunable passive solid-state dielectric components on a carrier substrate ,
An exposure device comprising: at least one light emitter that includes: a substrate ; and a light-emitting device disposed on the substrate ; and a position adjuster for adjusting a distance between the at least one light emitter and a photoconductor drum, including: a contact member having an outer periphery in contact with the substrate ; a support member that rotatably supports the contact member ; and at least one mover that is in contact with the support member to move the support member in a light emission direction of the light emitter , wherein the substrate extends in a first direction, the at least one light-emitting device includes a plurality of light-emitting devices disposed at a plurality of positions in the first direction, the support member is a shaft, characterized in that the position adjuster includes at least one receiving portion that receives the shaft while allowing the shaft to rotate about an axis extending in a direction perpendicular to the first direction and allowing the shaft to move in the light emission direction. at least one light emitter that includes: a substrate ; and a light-emitting device disposed on the substrate ; and a substrate ; and a light-emitting device disposed on the substrate ; and a position adjuster for adjusting a distance between the at least one light emitter and a photoconductor drum, including: a contact member having an outer periphery in contact with the substrate ; a support member that rotatably supports the contact member ; and at least one mover that is in contact with the support member to move the support member in a light emission direction of the light emitter , wherein a contact member having an outer periphery in contact with the substrate ; a support member that rotatably supports the contact member ; and at least one mover that is in contact with the support member to move the support member in a light emission direction of the light emitter , wherein the substrate extends in a first direction, the at least one light-emitting device includes a plurality of light-emitting devices disposed at a plurality of positions in the first direction, the support member is a shaft, characterized in that the position adjuster includes at least one receiving portion that receives the shaft while allowing the shaft to rotate about an axis extending in a direction perpendicular to the first direction and allowing the shaft to move in the light emission direction.
A method of wireless communication at a user equipment, UE , comprising: receiving first scheduling information with first resources for transmissions with a first beam based on a half-duplex mode; characterized by receiving second scheduling information for second resources associated with a second beam that is incompatible with the first beam for full duplex communication including downlink reception and uplink transmission that overlap in time; and adjusting communication in response to the first beam being incompatible with the second beam for the full duplex communication. receiving first scheduling information with first resources for transmissions with a first beam based on a half-duplex mode; characterized by receiving second scheduling information for second resources associated with a second beam that is incompatible with the first beam for full duplex communication including downlink reception and uplink transmission that overlap in time; and adjusting communication in response to the first beam being incompatible with the second beam for the full duplex communication.
A refrigerant cycle system comprising: a refrigerant cycle including a heat source unit , a first utilization unit group , and a second utilization unit group ; a first power feed unit that differs from the heat source unit , and that is configured to, when a power source of each utilization unit of the first utilization unit group has been interrupted, feed auxiliary power to the utilization unit of which the power source has been interrupted; a second power feed unit that differs from the heat source unit , and that is configured to, when a power source of each utilization unit of the second utilization unit group has been interrupted, feed auxiliary power to the utilization unit of which the power source has been interrupted; a first transmission line that connects the heat source unit and the first power feed unit to each other; and a second transmission line that connects the first power feed unit and the second power feed unit to each other, wherein the heat source unit , the first power feed unit , and the second power feed unit are connected in series by the first transmission line and the second transmission line such that the second power feed unit is connected to the heat source unit via the first power feed unit , characterized in that the second transmission line includes a plurality of transmission lines such that the first power feed unit , the utilization unit included in the first utilization unit group , and the second power feed unit are connected in sequential order. a refrigerant cycle including a heat source unit , a first utilization unit group , and a second utilization unit group ; a first power feed unit that differs from the heat source unit , and that is configured to, when a power source of each utilization unit of the first utilization unit group has been interrupted, feed auxiliary power to the utilization unit of which the power source has been interrupted; a second power feed unit that differs from the heat source unit , and that is configured to, when a power source of each utilization unit of the second utilization unit group has been interrupted, feed auxiliary power to the utilization unit of which the power source has been interrupted; a first transmission line that connects the heat source unit and the first power feed unit to each other; and a second transmission line that connects the first power feed unit and the second power feed unit to each other, wherein the heat source unit , the first power feed unit , and the second power feed unit are connected in series by the first transmission line and the second transmission line such that the second power feed unit is connected to the heat source unit via the first power feed unit , characterized in that the second transmission line includes a plurality of transmission lines such that the first power feed unit , the utilization unit included in the first utilization unit group , and the second power feed unit are connected in sequential order.
A method of obtaining a doped semiconductor layer, comprising the successive steps of: a) performing, in a first single-crystal layer made of a semiconductor alloy of at least a first element A1 and a second element A2, an ion implantation of a first element B which is a dopant for said alloy and of a second element C which is not a dopant for said alloy, to make an upper portion of the first layer amorphous and to preserve the crystal structure of a lower portion of the first layer ; and b) performing a solid phase recrystallization anneal of the upper portion of the first layer , resulting in transforming the upper portion of the first layer into a doped single-crystal layer of said alloy, wherein the dopant and non-dopant elements B and C substitute to atoms of element A1. a) performing, in a first single-crystal layer made of a semiconductor alloy of at least a first element A1 and a second element A2, an ion implantation of a first element B which is a dopant for said alloy and of a second element C which is not a dopant for said alloy, to make an upper portion of the first layer amorphous and to preserve the crystal structure of a lower portion of the first layer ; and b) performing a solid phase recrystallization anneal of the upper portion of the first layer , resulting in transforming the upper portion of the first layer into a doped single-crystal layer of said alloy,
Compound according to the formula (6-hydroxy-2,5,7, 8-tetramethylchroman-2-yl)(piperazin-1-yl)methanone or N,6-dihydroxy-2,5,7,8-tetramethylchroman-2-carboxamide or a pharmaceutically acceptable salt or base thereof for use in the treatment of chronic obstructive airway diseases, preferably chronic obstructive pulmonary disease (COPD) or asthma or bronchiectasis.
An electric handheld working machine comprising: a housing including: a motor as a drive source of a working unit; an operating handle ; and attaching members provided on an outer surface of the housing and configured to attach a battery to supply electric power to the motor, the attaching members including: a connecting terminal connected to the battery ; characterized in that the attaching members further include: a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, wherein the openings communicate with a cooling air flow path configured to allow cooing air to flow through a gap between a back surface of the battery attached to the attaching members and the outer surface between the attaching members . a housing including: a motor as a drive source of a working unit; an operating handle ; and attaching members provided on an outer surface of the housing and configured to attach a battery to supply electric power to the motor, a motor as a drive source of a working unit; an operating handle ; and attaching members provided on an outer surface of the housing and configured to attach a battery to supply electric power to the motor, the attaching members including: a connecting terminal connected to the battery ; characterized in that the attaching members further include: a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, a connecting terminal connected to the battery ; characterized in that the attaching members further include: a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, a step provided above the connecting terminal and configured to function as a drainage path to drain drops of water to sides; and openings formed in the sides of the attaching members to communicate with the drainage path, wherein the openings communicate with a cooling air flow path configured to allow cooing air to flow through a gap between a back surface of the battery attached to the attaching members and the outer surface between the attaching members .