mhurhangee/ep-ind-claims huggingface dataset:
An Access Point, AP, apparatus, comprising: at least one antenna; and one or more processors containing program code configured to: cause the AP to broadcast a beacon containing a single Service Set Identification, SSID, identifying the AP; cause the AP to receive from a user device station, STA, an Internet Protocol Address Type Availability Query for at least one specific of multiple network operators accessible through the AP; and cause the AP to send to the STA, for the at least one network operator, an IP address type availability information element in response to the IP Address Type Availability Query, and before the STA is associated with one of said network operators. at least one antenna; and one or more processors containing program code configured to: cause the AP to broadcast a beacon containing a single Service Set Identification, SSID, identifying the AP; cause the AP to receive from a user device station, STA, an Internet Protocol Address Type Availability Query for at least one specific of multiple network operators accessible through the AP; and cause the AP to send to the STA, for the at least one network operator, an IP address type availability information element in response to the IP Address Type Availability Query, and before the STA is associated with one of said network operators. cause the AP to broadcast a beacon containing a single Service Set Identification, SSID, identifying the AP; cause the AP to receive from a user device station, STA, an Internet Protocol Address Type Availability Query for at least one specific of multiple network operators accessible through the AP; and cause the AP to send to the STA, for the at least one network operator, an IP address type availability information element in response to the IP Address Type Availability Query, and before the STA is associated with one of said network operators.
A system for preparing cells for transplant in an automated process, wherein the system is configured to produce a cellular suspension of living tissue suitable for application to a patient in an epithelium-related procedure, the system comprising: a disposable cartridge including: a tissue processing chamber configured to receive a tissue and a chemical reagent, wherein the chemical reagent chemically dissociates the tissue; a disintegrating member comprising a pestle in the tissue processing chamber, wherein the disintegrating member is actuatable to exert a force on the tissue, wherein the force mechanically dissociates the tissue; and a cell collection chamber configured to collect a cell suspension comprising the chemically and mechanically dissociated tissue from the tissue processing chamber; a disintegrator separating the tissue processing chamber from the cell collection chamber; and a programmable and reusable console, wherein the cartridge is insertable into the programmable and reusable console, wherein the programable and reusable console further comprises an actuating mechanism configured to actuate the disintegrating member. a tissue processing chamber configured to receive a tissue and a chemical reagent, wherein the chemical reagent chemically dissociates the tissue; a disintegrating member comprising a pestle in the tissue processing chamber, wherein the disintegrating member is actuatable to exert a force on the tissue, wherein the force mechanically dissociates the tissue; and a cell collection chamber configured to collect a cell suspension comprising the chemically and mechanically dissociated tissue from the tissue processing chamber; a disintegrator separating the tissue processing chamber from the cell collection chamber; and a programmable and reusable console, wherein the cartridge is insertable into the programmable and reusable console, wherein the programable and reusable console further comprises an actuating mechanism configured to actuate the disintegrating member.
Regulator having a regulation unit (422, 622), having an adjustment unit, having a drive unit (414, 620) which is configured for adjusting the adjustment unit, and having a lockable and unlockable force store (412, 610-616), wherein the regulation unit (422, 622) and the adjustment unit are in contact with one another via the force store (412, 610-616), and the regulation unit (422, 622) can, in the case of a locked and charged force store (412, 610-616), be displaced by means of the adjustment unit within an adjustment range so as to concomitantly drive the force store (412, 610-616), wherein, in the event of unlocking of the charged force store (412, 610-616), a discharge of the force store (412, 610-616) which at least partially occurs here causes the regulation unit (422, 622) to be automatically moved into a safety position independently of the adjustment unit.
A method for producing a battery electrode having a configuration in which a compound material layer containing an active material and a binder (54, 54a) is retained on a current collector, wherein the compound material layer is formed by applying a compound material paste containing the active material to the current collector followed by drying, and formation of the compound material layer is carried out by a method including the following steps: a step of forming a binder solution layer (50, 56) by applying a binder solution containing the binder to the current collector; a step of depositing the binder solution layer (50, 56) and a compound material paste layer on the current collector by applying the compound material paste over the binder solution layer (50, 56); and a step of obtaining the electrode in which the compound material layer is formed on the current collector by drying both the deposited binder solution layer (50, 56) and the compound material paste layer, and wherein the binder solution layer (50, 56) has a region where the binder solution is not coated and a surface of the current collector is exposed, and the drying is carried out in a state in which a portion of the compound material paste layer is deposited on the current collector in the region where the binder solution is not coated, characterized in that the binder solution is composed such that it is able to maintain a state in which it is separated from the compound material paste over at least a fixed period of time, so that mixing of the binder solution layer (50, 56) and the compound material paste layer is inhibited at least during the time from application of the compound material paste to the binder solution layer (50, 56) to the time it is dried. a step of forming a binder solution layer (50, 56) by applying a binder solution containing the binder to the current collector; a step of depositing the binder solution layer (50, 56) and a compound material paste layer on the current collector by applying the compound material paste over the binder solution layer (50, 56); and a step of obtaining the electrode in which the compound material layer is formed on the current collector by drying both the deposited binder solution layer (50, 56) and the compound material paste layer, and wherein the binder solution layer (50, 56) has a region where the binder solution is not coated and a surface of the current collector is exposed, and the drying is carried out in a state in which a portion of the compound material paste layer is deposited on the current collector in the region where the binder solution is not coated, characterized in that the binder solution is composed such that it is able to maintain a state in which it is separated from the compound material paste over at least a fixed period of time, so that mixing of the binder solution layer (50, 56) and the compound material paste layer is inhibited at least during the time from application of the compound material paste to the binder solution layer (50, 56) to the time it is dried.
A coated paper or coated paperboard comprising a fibrous substrate and a composition comprising kaolin having a shape factor of at least 70:1, or at least 80:1, or at least 90:1, or at least 100:1, and a binder, wherein the kaolin has a particle size distribution such that 50% to 85% by weight of the particles have an esd of 2 μm (microns) or less, and wherein the composition is a barrier coating composition for said paper or paperboard.
A walking aid with an integrated rising support, having a part adjustable in height in relation to the rest of the walking aid, wherein the walking aid has one or more traction devices, such as wires, bands, ropes or chains, to be fastened to a sling, whereby one end of each traction device is fastened to the sling, one end of each traction device is fastened to a fixed part of the walking aid, i.e. a part not influenced by any lifting movement, and each traction device goes via the part adjustable in height, that the part adjustable in height comprises an armrest platform placed on top of the part adjustable in height, that the walking aid has an actuator connected to the part adjustable in height, that the walking aid comprises motor and control unit and at least one knee support and that the integrated rising support rises when a person placed into the sling is moved from a sitting position into a standing position.
A compression-molding method, the method utilizing a female mold, the female mold including a least one major feature having a long axis, and at least one minor feature, the minor feature having a length less than 50 percent of a length of the major feature, the method comprising: disposing, in the female mold, at least one non-flowing continuous fiber bundle comprising first fibers and a first resin, wherein the at least one non-flowing continuous fiber bundle has a first length and aligns with the long axis, and has an aspect ratio of width to thickness in a range of about 0.25 to about 6; disposing, in the female mold, at least one flowing continuous fiber bundle at a first location that is proximal to the at least one minor feature, wherein the at least one flowing continuous fiber bundle comprises second fibers and a second resin, has a second length that is less than 50 percent of the first length, has an aspect ratio of width to thickness in a range of about 0.25 to about 6; and venting the minor feature to flow, from the first location to a second location that is at least partially within the at least one minor feature, the second fibers and the second resin in an amount sufficient to fill the one minor feature, and wherein the second fibers align with an expected direction of flow of the second resin. disposing, in the female mold, at least one non-flowing continuous fiber bundle comprising first fibers and a first resin, wherein the at least one non-flowing continuous fiber bundle has a first length and aligns with the long axis, and has an aspect ratio of width to thickness in a range of about 0.25 to about 6; disposing, in the female mold, at least one flowing continuous fiber bundle at a first location that is proximal to the at least one minor feature, wherein the at least one flowing continuous fiber bundle comprises second fibers and a second resin, has a second length that is less than 50 percent of the first length, has an aspect ratio of width to thickness in a range of about 0.25 to about 6; and venting the minor feature to flow, from the first location to a second location that is at least partially within the at least one minor feature, the second fibers and the second resin in an amount sufficient to fill the one minor feature, and wherein the second fibers align with an expected direction of flow of the second resin.
A sealing mechanism (40A, 40B) for a rotor shaft system of a steam turbine comprising a bellows-joint for surrounding a to-be-sealed shaft body which is connected to a pair of support members arrangeable around the to-be-sealed shaft body on both ends thereof, the sealing mechanism (40A, 40B) being suitable to hermetically seal an area around the to-be-sealed shaft body while absorbing relative displacement between the pair of support members, wherein: the bellows-joint includes an outer bellows-joint and an inner bellows-joint nested in the outer bellows-joint so that the inner and outer bellows-joints are arrangeable concentrically with respect to the to-be-sealed shaft body; wherein each of the outer and inner bellows-joints is manufactured by corrugating a metal plate; and the outermost radius of the inner bellows-joint is closer to the to-be-sealed shaft body than the innermost radius of the outer bellows-joint so that the outer and inner bellows-joints are arranged so as always not to come in contact with each other; wherein the sealing mechanism further comprises a pair of space forming rings (42, 44) respectively arranged on end surfaces of the support members facing with each other for surrounding the to-be-sealed shaft body, characterized in that the outer bellows-joint is connected to outer periphery of each of the pair of space forming rings (42, 44), the inner bellows-joint being connected to inner periphery of each of the pair of space forming rings (42, 44). the bellows-joint includes an outer bellows-joint and an inner bellows-joint nested in the outer bellows-joint so that the inner and outer bellows-joints are arrangeable concentrically with respect to the to-be-sealed shaft body; wherein each of the outer and inner bellows-joints is manufactured by corrugating a metal plate; and
A wireless communication method, comprising: sending, by a radio resource control, RRC, layer of a terminal device, indication information to a non-access stratum, NAS, of the terminal device, wherein the indication information comprises first state indication that is used for indicating a first RRC state; and transferring, by the NAS of the terminal device according to the first state indication, the NAS of the terminal device to a first NAS state, the method characterized in that: when the first RRC state is an RRC idle state with suspend indication, the first NAS state is an idle state with suspend indication; and when the first RRC state is an RRC inactive state, the first NAS state is a connected state with inactive indication. sending, by a radio resource control, RRC, layer of a terminal device, indication information to a non-access stratum, NAS, of the terminal device, wherein the indication information comprises first state indication that is used for indicating a first RRC state; and transferring, by the NAS of the terminal device according to the first state indication, the NAS of the terminal device to a first NAS state, the method characterized in that: when the first RRC state is an RRC idle state with suspend indication, the first NAS state is an idle state with suspend indication; and when the first RRC state is an RRC inactive state, the first NAS state is a connected state with inactive indication. when the first RRC state is an RRC idle state with suspend indication, the first NAS state is an idle state with suspend indication; and when the first RRC state is an RRC inactive state, the first NAS state is a connected state with inactive indication.
A device for recognizing a fingerprint, the device comprising: a fingerprint sensor, at least two moisture detection electrodes and a processing module, wherein: the fingerprint sensor is coupled to the processing module, the at least two moisture detection electrodes are coupled to the processing module, and the at least two moisture detection electrodes are disposed within a preset range of the fingerprint sensor; the fingerprint sensor is configured to output a fingerprint signal to the processing module when a user touches the fingerprint sensor and the at least two moisture detection electrodes with a finger; the processing module is configured to acquire a characteristic value when the user touches the fingerprint sensor and the at least two moisture detection electrodes with a finger, the characteristic value correlating to an impedance between the at least two moisture detection electrodes; the processing module is further configured to determine a fingerprint recognition parameter which matches with the characteristic value, using an Analog to Digital Converter, generate a fingerprint image according to the fingerprint recognition parameter and the fingerprint signal, extract features from the fingerprint image to obtain feature information, and compare the feature information with previously stored feature information; and the fingerprint recognition parameter comprises at least one of a gain, an operation range and a driving voltage of the ADC. the fingerprint sensor is coupled to the processing module, the at least two moisture detection electrodes are coupled to the processing module, and the at least two moisture detection electrodes are disposed within a preset range of the fingerprint sensor; the fingerprint sensor is configured to output a fingerprint signal to the processing module when a user touches the fingerprint sensor and the at least two moisture detection electrodes with a finger; the processing module is configured to acquire a characteristic value when the user touches the fingerprint sensor and the at least two moisture detection electrodes with a finger, the characteristic value correlating to an impedance between the at least two moisture detection electrodes; the processing module is further configured to determine a fingerprint recognition parameter which matches with the characteristic value, using an Analog to Digital Converter, generate a fingerprint image according to the fingerprint recognition parameter and the fingerprint signal, extract features from the fingerprint image to obtain feature information, and compare the feature information with previously stored feature information; and the fingerprint recognition parameter comprises at least one of a gain, an operation range and a driving voltage of the ADC.
A binder comprising a polymer A and particles of a thermoset formaldehyde condensation resin (particles B), where a) the polymer A has a glass transition temperature in the range ≥ -60 and ≤ 70°C, and b) the particles B have a volume-average particle diameter D 90 ≥ 1 and ≤ 100 μm, determined by the method of Fraunhofer diffraction. a) the polymer A has a glass transition temperature in the range ≥ -60 and ≤ 70°C, and b) the particles B have a volume-average particle diameter D 90 ≥ 1 and ≤ 100 μm, determined by the method of Fraunhofer diffraction.
A license plate light attaching structure with a license plate light attached to a rear fender of a motorcycle, wherein: the license plate light has a light main body including a light source, a light holder provided with the light main body, and a housing holding the light holder; the housing is floatingly supported on the rear fender through a first elastic body and fixedly positioned on the rear fender by a first screw member (82L, 82R) passing through the first elastic body, wherein the axis of the first screw member (82L, 82R) extends in a front-rear direction of a vehicle body of the motorcycle, when the licence plate light is attached to the vehicle body; and the light holder is floatingly supported on the housing through a second elastic body (96L, 96R), characterized in that the light holder is fixedly positioned on the housing by a second screw member (120L, 120R) passing through the second elastic body (96L, 96R); and an axis of the second screw member (120L, 120R) extends in an upward-downward direction of the vehicle body of the motorcycle, when the licence plate light is attached to the vehicle body. the license plate light has a light main body including a light source, a light holder provided with the light main body, and a housing holding the light holder; the housing is floatingly supported on the rear fender through a first elastic body and fixedly positioned on the rear fender by a first screw member (82L, 82R) passing through the first elastic body, wherein the axis of the first screw member (82L, 82R) extends in a front-rear direction of a vehicle body of the motorcycle, when the licence plate light is attached to the vehicle body; and the light holder is floatingly supported on the housing through a second elastic body (96L, 96R), characterized in that the light holder is fixedly positioned on the housing by a second screw member (120L, 120R) passing through the second elastic body (96L, 96R); and an axis of the second screw member (120L, 120R) extends in an upward-downward direction of the vehicle body of the motorcycle, when the licence plate light is attached to the vehicle body.
A hearing device comprising a housing configured to be positioned behind the ear of a person, and an in-the-ear part configured to be positioned at least partly in the ear canal of the person, and a connection member configured to provide a mechanical connection extending between the in-the-ear housing and the behind-the-ear housing, an antenna comprising an external antenna part and an internal antenna part, the internal antenna part includes a first antenna element, a second antenna element where a first end of the second antenna element is arranged at one end of the first antenna element and is connected thereto, and where a second end of the second antenna element is connected to a ground plane, and a third antenna element which is spaced at a distance from the second antenna element and connected to the first antenna element, a feeding unit configured to supply a current to the antenna via the third antenna element, a wireless interface for receiving and/or sending data by means of the antenna, and wherein the connection member comprises the external antenna part, and where the external antenna part is connected to the internal antenna part, and wherein the connection member comprises a plurality of electrical conductors coupled to the wireless interface, and wherein the plurality of electrical conductors are at least a part of the external antenna part, at least a multitude of the plurality of electrical conductors being connected to a corresponding multitude of connection point on a substrate arranged in the in-the-ear housing, one decoupling element arranged between a first connection point of the multitude of connection points and a second of the multitude of connection points, and wherein the internal antenna part is part of existing components of the hearing device, and wherein the internal antenna part is an inverted F antenna.