mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus for magnetic treatment of fluids, comprising: - a housing , comprising a bottom wall , a top wall , and a sidewall running around the circumference of the bottom wall and of the top wall of the housing , wherein the housing having a centerline passing through the center of the bottom wall and the center of the top wall ; - at least one inlet opening and at least one outlet opening formed in at least one wall of the housing ; - at least one magnet connected to the housing , wherein the magnetic field of the magnet at least partially intrudes into the housing ; - one or more inlet tubes connected to the at least one inlet opening ; - at least one of the one or more inlet tubes is substantially tangential to the sidewall of the housing in the proximity of one of the at least one inlet opening , characterized in that the apparatus further comprises - a conical body with a broader end forming a base, the conical body being arranged inside the housing with the base in the proximity of or in contact with the bottom wall of the housing ; wherein at least one inlet opening is formed in the sidewall in the proximity of the bottom wall and at least one outlet opening is formed in the top wall ; wherein the conical body is formed by a permanent magnet, or the conical body is made of a magnetizable material and is placed on a base magnet comprising at least one magnet . - a housing , comprising a bottom wall , a top wall , and a sidewall running around the circumference of the bottom wall and of the top wall of the housing , wherein the housing having a centerline passing through the center of the bottom wall and the center of the top wall ; - at least one inlet opening and at least one outlet opening formed in at least one wall of the housing ; - at least one magnet connected to the housing , wherein the magnetic field of the magnet at least partially intrudes into the housing ; - one or more inlet tubes connected to the at least one inlet opening ; - at least one of the one or more inlet tubes is substantially tangential to the sidewall of the housing in the proximity of one of the at least one inlet opening , - a conical body with a broader end forming a base, the conical body being arranged inside the housing with the base in the proximity of or in contact with the bottom wall of the housing ; wherein at least one inlet opening is formed in the sidewall in the proximity of the bottom wall and at least one outlet opening is formed in the top wall ; wherein the conical body is formed by a permanent magnet, or the conical body is made of a magnetizable material and is placed on a base magnet comprising at least one magnet . wherein at least one inlet opening is formed in the sidewall in the proximity of the bottom wall and at least one outlet opening is formed in the top wall ; wherein the conical body is formed by a permanent magnet, or the conical body is made of a magnetizable material and is placed on a base magnet comprising at least one magnet .
Method for operating a liquid dispenser comprising at least one liquid container and at least one reciprocating pump comprising a pump chamber and a piston movable within the pump chamber, the pump being configured to withdraw liquid from the container during a suction stroke, the method comprising the following steps: - a suction stroke is carried out at a set pump speed; - after the suction stroke, the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed, characterized in that , if the pressure stroke is larger than a set value: - the pump chamber is emptied; - a second suction stroke is carried out using a lower pump speed and/or including a waiting time after completion of the suction stroke; - after the second suction stroke and the optional waiting time the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed off. - a suction stroke is carried out at a set pump speed; - after the suction stroke, the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed, characterized in that , if the pressure stroke is larger than a set value: - the pump chamber is emptied; - a second suction stroke is carried out using a lower pump speed and/or including a waiting time after completion of the suction stroke; - after the second suction stroke and the optional waiting time the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed off. - the pump chamber is emptied; - a second suction stroke is carried out using a lower pump speed and/or including a waiting time after completion of the suction stroke; - after the second suction stroke and the optional waiting time the pump chamber is closed off; - a pressure stroke is started while the pump chamber is closed off.
Protective clothing, in particular for firefighters, having a pair of trousers and a seat harness , wherein the seat harness is arranged inside the trousers , the seat harness comprises at least one hip strap and at least two leg loops connected in a force-transmitting manner to the hip strap , and wherein the protective clothing comprises a chest harness , the chest harness comprises at least one left and at least one right shoulder strap , characterised in that the chest harness comprises at least one left and at least one right underarm strap , wherein the shoulder straps and underarm straps are connected to one another, in that the chest harness is connected to the seat harness in a releasable or operationally non-releasable manner, and in that the chest harness is connected to the pair of trousers via at least one suspenders section .
A gear device comprising: a case ; a shaft and an input shaft disposed in the case ; a gear mechanism transmitting rotation of the input shaft to the case or the shaft ; and a bearing disposed between the case and the shaft , the bearing supporting the shaft rotatably relative to the case , and a seal portion sealing between the case and the shaft therein; wherein the bearing includes: an inner race provided on the shaft ; an outer race provided on the case ; a plurality of rolling elements arranged between the inner race and the outer race , each of the rolling elements rotating about a central axis (R1, R2) as J a roller axis which is inclined with respect to the central axis (O) of the shaft ; and a retainer retaining the plurality of rolling elements , wherein the outer race has a flange portion that prevents the plurality of rolling elements from moving in a direction of the central axis (R1, R2), wherein the flange portion projects radially inward from an inner peripheral surface of the outer race and is disposed at a large-diameter end of the inner peripheral surface situated on the larger diameter side of the inner peripheral surface, wherein the seal portion is disposed on an outer side of the bearing in the direction of the central axis (O) of the shaft . a case ; a shaft and an input shaft disposed in the case ; a gear mechanism transmitting rotation of the input shaft to the case or the shaft ; and a bearing disposed between the case and the shaft , the bearing supporting the shaft rotatably relative to the case , and a seal portion sealing between the case and the shaft therein; wherein the bearing includes: an inner race provided on the shaft ; an outer race provided on the case ; a plurality of rolling elements arranged between the inner race and the outer race , each of the rolling elements rotating about a central axis (R1, R2) as J an inner race provided on the shaft ; an outer race provided on the case ; a plurality of rolling elements arranged between the inner race and the outer race , each of the rolling elements rotating about a central axis (R1, R2) as J a roller axis which is inclined with respect to the central axis (O) of the shaft ; and a retainer retaining the plurality of rolling elements , wherein the outer race has a flange portion that prevents the plurality of rolling elements from moving in a direction of the central axis (R1, R2), wherein the flange portion projects radially inward from an inner peripheral surface of the outer race and is disposed at a large-diameter end of the inner peripheral surface situated on the larger diameter side of the inner peripheral surface, wherein the seal portion is disposed on an outer side of the bearing in the direction of the central axis (O) of the shaft .
A composition for hair modification comprising: a carbodiimide-based compound represented by Chemical Formula 2 below; and a hair-modifying component, wherein the hair-modifying component is a component for antioxidation; conditioning; blocking ultraviolet rays; imparting fragrance; applying a dye; bioconjugation; inhibiting bacteria; stimulating hair growth; or stimulating hair regrowth, and has a carboxyl group, a hydroxyl group, a phosphate group, or an amine group in a molecule thereof: wherein A is derived from a monomer which is one or more selected from structures listed below and has an isocyanate group (*) at both termini of a repeat unit thereof, wherein the two As are derived from the same monomer with the same structure, n is an integer ranging from 1 to 1,000, and m is an integer ranging from 1 to 100. a carbodiimide-based compound represented by Chemical Formula 2 below; and a hair-modifying component, wherein the hair-modifying component is a component for antioxidation; conditioning; blocking ultraviolet rays; imparting fragrance; applying a dye; bioconjugation; inhibiting bacteria; stimulating hair growth; or stimulating hair regrowth, and has a carboxyl group, a hydroxyl group, a phosphate group, or an amine group in a molecule thereof: wherein A is derived from a monomer which is one or more selected from structures listed below and has an isocyanate group (*) at both termini of a repeat unit thereof, wherein the two As are derived from the same monomer with the same structure, n is an integer ranging from 1 to 1,000, and m is an integer ranging from 1 to 100.
A pneumatic tire having a tread portion and a belt layer, wherein the tread portion is arranged on the outer side of the belt layer in the tire radial direction, the reinforcing cord in the belt layer is composed of cords made of monofilaments in which 50/ 5 cm or more of the monofilaments are arranged in the tire width direction in the tire radial cross section of the belt layer, and the maximum load capacity of the tire WL (kg) and the weight of the tire WT (kg) satisfy the following formula 1, WT / WL ≤ 0.0140 wherein the maximum load capacity WL refers to a value calculated using the following two formulas based on tire cross-sectional width Wt (mm), the tire cross-sectional height Ht (mm), and the tire outer diameter Dt (mm) in a state where the tire is assembled to a regular rim, has an internal pressure of 250 kPa and is in no load state. V mm 3 = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt WL kg = 0.000011 × V + 100 the tread portion is arranged on the outer side of the belt layer in the tire radial direction, the reinforcing cord in the belt layer is composed of cords made of monofilaments in which 50/ 5 cm or more of the monofilaments are arranged in the tire width direction in the tire radial cross section of the belt layer, and the maximum load capacity of the tire WL (kg) and the weight of the tire WT (kg) satisfy the following formula 1, WT / WL ≤ 0.0140 wherein the maximum load capacity WL refers to a value calculated using the following two formulas based on tire cross-sectional width Wt (mm), the tire cross-sectional height Ht (mm), and the tire outer diameter Dt (mm) in a state where the tire is assembled to a regular rim, has an internal pressure of 250 kPa and is in no load state. V mm 3 = Dt / 2 2 − Dt / 2 − Ht 2 × π × Wt WL kg = 0.000011 × V + 100
A method of wireless communication comprising: determining a number of bits corresponding to a payload size of a control message that is to be transmitted during a special subframe, wherein the number of bits corresponding to the payload size is based at least in part on information to be transmitted in the control message; identifying uplink resources of the special subframe to use for the control message transmission; and transmitting the control message with the payload size using the identified uplink resources of the special subframe. determining a number of bits corresponding to a payload size of a control message that is to be transmitted during a special subframe, wherein the number of bits corresponding to the payload size is based at least in part on information to be transmitted in the control message; identifying uplink resources of the special subframe to use for the control message transmission; and transmitting the control message with the payload size using the identified uplink resources of the special subframe.
A network entity comprising processing circuitry to: define a downlink control channel structure comprising: a synchronization signal; a physical broadcast channel, PBCH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; broadcast the downlink control channel structure from a plurality of remote radio heads, RRH ; receive an initial access request from a user equipment, UE , via an uplink control channel structure comprising: a sounding signal; a physical random access channel, PRACH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; assign a unique identifier to the UE; and select a RRH to provide a transmission point, TP, to the UE. define a downlink control channel structure comprising: a synchronization signal; a physical broadcast channel, PBCH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; a synchronization signal; a physical broadcast channel, PBCH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; broadcast the downlink control channel structure from a plurality of remote radio heads, RRH ; receive an initial access request from a user equipment, UE , via an uplink control channel structure comprising: a sounding signal; a physical random access channel, PRACH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; a sounding signal; a physical random access channel, PRACH; and at least one slot for contention resolution, or device-to-device, D2D, discovery and link setup; assign a unique identifier to the UE; and select a RRH to provide a transmission point, TP, to the UE.
An electrosurgical system , comprising: an electrosurgical device having an ablation probe including an antenna assembly configured to direct microwave energy to tissue, the probe including a shaft; a coolant chamber configured to circulate coolant fluid around at least a portion of the antenna assembly; and bending detection circuitry having at least one tube-shaped bending detection member positioned on the probe for detecting bending of the probe, wherein the at least one bending detection member includes at least one actuator, wherein the at least one actuator is a piezoelectric bending actuator , wherein the piezoelectric bending actuator comprises at least two piezoelectric sensor layers including an inner layer and an outer layer , and wherein the detection circuitry is configured to receive an output from the bending detection member and process the output to determine if a degree of bending exceeds a predetermined bending threshold representing excessive bending approaching a bending load on the shaft which may cause a sudden failure to occur. an electrosurgical device having an ablation probe including an antenna assembly configured to direct microwave energy to tissue, the probe including a shaft; a coolant chamber configured to circulate coolant fluid around at least a portion of the antenna assembly; and bending detection circuitry having at least one tube-shaped bending detection member positioned on the probe for detecting bending of the probe, wherein the at least one bending detection member includes at least one actuator, wherein the at least one actuator is a piezoelectric bending actuator , wherein the piezoelectric bending actuator comprises at least two piezoelectric sensor layers including an inner layer and an outer layer , and wherein the detection circuitry is configured to receive an output from the bending detection member and process the output to determine if a degree of bending exceeds a predetermined bending threshold representing excessive bending approaching a bending load on the shaft which may cause a sudden failure to occur.
A rotary evaporator having a rotary drive, having an evaporator flask rotatable about an axis of rotation (R) by the rotary drive, having a vapor tube , and having a glass structure adjoining the vapor tube in the direction of the vapor flow, wherein a filter connected upstream of the glass structure, in particular upstream of the vapor tube , is provided for filtering solids from a vapor flow, characterized in that the filter is at least partly arranged within the evaporator flask . wherein a filter connected upstream of the glass structure, in particular upstream of the vapor tube , is provided for filtering solids from a vapor flow, characterized in that the filter is at least partly arranged within the evaporator flask .
A camera device for acquiring depth information of an object comprising: a printed circuit board ; a sensor disposed on the printed circuit board ; a cover comprising an upper plate , a lateral plate extending from an outer periphery of the upper plate , and an inner yoke extending from an inner periphery of the upper plate ; a base coupled to the lateral plate of the cover ; a holder spaced apart from the base ; a coil disposed on the base ; a magnet disposed on the holder and facing the coil ; a lateral elastic member movably connecting the holder to the base ; a lens having an optical axis, coupled to the holder ; and a filter coupled to the holder and disposed between the lens and the sensor, characterized in that the holder comprises a groove formed on an upper surface of the holder , wherein at least a portion of the inner yoke of the cover is inserted into the groove of the holder so that the holder is hung on the inner yoke when the holder rotates, and wherein the lens and the filter are tilted together with respect to the sensor when a current is applied to the coil . a printed circuit board ; a sensor disposed on the printed circuit board ; a cover comprising an upper plate , a lateral plate extending from an outer periphery of the upper plate , and an inner yoke extending from an inner periphery of the upper plate ; a base coupled to the lateral plate of the cover ; a holder spaced apart from the base ; a coil disposed on the base ; a magnet disposed on the holder and facing the coil ; a lateral elastic member movably connecting the holder to the base ; a lens having an optical axis, coupled to the holder ; and a filter coupled to the holder and disposed between the lens and the sensor, characterized in that the holder comprises a groove formed on an upper surface of the holder , wherein at least a portion of the inner yoke of the cover is inserted into the groove of the holder so that the holder is hung on the inner yoke when the holder rotates, and wherein the lens and the filter are tilted together with respect to the sensor when a current is applied to the coil .
A primary wind coil for use in forming a vasooclusive coil with a secondary shape , the primary wind coil having a longitudinal axis and comprising: a flexible metal wire coiled about the longitudinal axis of the primary wind coil , said primary wind coil being elongated along said longitudinal axis , characterised in that the primary wind coil has a non-circular cross-sectional shape elongated along at least one transverse axis that is at an angle to said longitudinal axis , the transverse axis of said non-circular cross-sectional shape precessing along said longitudinal axis to form a repeating twisted coil pattern.
An air-conditioning device for at least one carriage of a railway vehicle, the air-conditioning device comprising means for emitting a flow of conditioned air and a circulation network for the conditioned air, said circulation network including a first air circulation circuit , comprising: - a guide module for conditioned air, comprising an air intake opening coming from the emission means, - at least a first air circulation duct , extending in a longitudinal direction (X) downstream from the guide module, - lateral elements for distributing air, intended to distribute air toward a room of the carriage , extending parallel to the first air circulation duct , arranged on either side of the first air circulation duct in a transverse direction (Y) perpendicular to the longitudinal direction (X), and communicating with this first air circulation duct , characterized in that the guide module includes distribution means able to separate a flow of air from the air intake opening , on the one hand toward the first air circulation duct , and on the other hand toward each lateral distribution element . - a guide module for conditioned air, comprising an air intake opening coming from the emission means, - at least a first air circulation duct , extending in a longitudinal direction (X) downstream from the guide module, - lateral elements for distributing air, intended to distribute air toward a room of the carriage , extending parallel to the first air circulation duct , arranged on either side of the first air circulation duct in a transverse direction (Y) perpendicular to the longitudinal direction (X), and communicating with this first air circulation duct ,
An attenuated influenza virus, comprising: a genetically modified viral genome comprising: a deletion in a non-structural (NS1) coding segment, wherein the deletion results in a knockout of the encoded NS1 protein; and a) a base substitution in a 3' non-coding region of a matrix membrane protein coding segment wherein the attenuated influenza virus is attenuated influenza virus strain H1N1, and the coding segment comprising said substitution comprises a sequence of AGCAAAAGCAGGUUGAUAUUGAAAGAUGAGUCUUCUAACCGAGGUCGAAACG UAC; or b) a base substitution in a matrix membrane protein coding segment, wherein the attenuated influenza virus is attenuated influenza A virus strain H7N9, and the coding segment comprising said substitution comprises a sequence of GGGCCUUCUACGGAAGGAAUACCUGAGUCUAUGAGGGAAGAAUAUCGGC. a) a base substitution in a 3' non-coding region of a matrix membrane protein coding segment wherein the attenuated influenza virus is attenuated influenza virus strain H1N1, and the coding segment comprising said substitution comprises a sequence of AGCAAAAGCAGGUUGAUAUUGAAAGAUGAGUCUUCUAACCGAGGUCGAAACG UAC; or b) a base substitution in a matrix membrane protein coding segment, wherein the attenuated influenza virus is attenuated influenza A virus strain H7N9, and the coding segment comprising said substitution comprises a sequence of GGGCCUUCUACGGAAGGAAUACCUGAGUCUAUGAGGGAAGAAUAUCGGC.