mhurhangee/patent-ind-claim-en huggingface dataset:
A hood hair dryer attachment comprising: a hood for covering at least a part of a head of a user, the hood having spaced apart inner and outer walls defining an air channel there between, wherein the inner wall comprises a plurality of holes for directing air from the air channel onto a head of a user; a hose connected at a first end to the outer wall of the hood and in communication with the air channel , said hose comprising a collar at a second end for mounting to an air delivery conduit of a hair dryer , said collar being resiliently circumferentially expandable, the hood hair dryer attachment characterized by further comprising a friction-enhancing material exposed on an inner surface of the collar for contacting a surface of the air delivery conduit of a hair dryer ; and wherein the friction-enhancing material comprises a ring, or strip, of silicone rubber stitched or glued into the inside surface of the collar of the hose . a hood for covering at least a part of a head of a user, the hood having spaced apart inner and outer walls defining an air channel there between, wherein the inner wall comprises a plurality of holes for directing air from the air channel onto a head of a user; a hose connected at a first end to the outer wall of the hood and in communication with the air channel , said hose comprising a collar at a second end for mounting to an air delivery conduit of a hair dryer , said collar being resiliently circumferentially expandable, the hood hair dryer attachment characterized by further comprising a friction-enhancing material exposed on an inner surface of the collar for contacting a surface of the air delivery conduit of a hair dryer ; and wherein the friction-enhancing material comprises a ring, or strip, of silicone rubber stitched or glued into the inside surface of the collar of the hose .
A method for controlling uplink power comprising: receiving (S110), by a terminal device, uplink power control information transmitted by a network device, wherein the uplink power control information comprises open-loop power control information, and the open-loop power control information comprises open-loop power control parameters corresponding to multiple uplink beams comprising a target uplink beam; determining (S120), by the terminal device, according to the uplink power control information, a target power control parameter corresponding to the target uplink beam; and determining (S130), by the terminal device, according to the target power control parameter, target transmitting power for transmitting a target uplink signal using the target uplink beam; wherein the determining (S120), by the terminal device, according to the uplink power control information, the target power control parameter corresponding to the target uplink beam comprises: determining, by the terminal device, according to the open-loop power control information, a target open-loop power control parameter corresponding to the target uplink beam from the open-loop power control parameters. receiving (S110), by a terminal device, uplink power control information transmitted by a network device, wherein the uplink power control information comprises open-loop power control information, and the open-loop power control information comprises open-loop power control parameters corresponding to multiple uplink beams comprising a target uplink beam; determining (S120), by the terminal device, according to the uplink power control information, a target power control parameter corresponding to the target uplink beam; and determining (S130), by the terminal device, according to the target power control parameter, target transmitting power for transmitting a target uplink signal using the target uplink beam; wherein the determining (S120), by the terminal device, according to the uplink power control information, the target power control parameter corresponding to the target uplink beam comprises: determining, by the terminal device, according to the open-loop power control information, a target open-loop power control parameter corresponding to the target uplink beam from the open-loop power control parameters.
Air conditioner (P) for a greenhouse which light is used in, comprising: air conditioning enclosure having inlet and outlet for air flow into air conditioning room (r) which is formed inside; air blow means causing air flow that the air comes through the inlet and then goes out through the outlet; photo-catalyst member installed in the air conditioning room and formed with photo-catalyst; moisture removing means installed in the air conditioning room for removing moisture from the air which comes through the inlet; light emitting means providing the photo-catalyst member with the light for photocatalytic reaction; and moisture discharge means installed to discharge the moisture from the air conditioning room (r), wherein the photo-catalyst member is comprised of planar surface member with photo-catalytic layer having photo-catalyst material, characterised in that the moisture removing means is comprised of hydrophobic coating layer which is stacked over the planar surface member, and the air conditioning enclosure has entirely or partially transparent upper part to permit the inflow of sun light. air conditioning enclosure having inlet and outlet for air flow into air conditioning room (r) which is formed inside; air blow means causing air flow that the air comes through the inlet and then goes out through the outlet; photo-catalyst member installed in the air conditioning room and formed with photo-catalyst; moisture removing means installed in the air conditioning room for removing moisture from the air which comes through the inlet; light emitting means providing the photo-catalyst member with the light for photocatalytic reaction; and moisture discharge means installed to discharge the moisture from the air conditioning room (r), wherein the photo-catalyst member is comprised of planar surface member with photo-catalytic layer having photo-catalyst material, characterised in that the moisture removing means is comprised of hydrophobic coating layer which is stacked over the planar surface member, and the air conditioning enclosure has entirely or partially transparent upper part to permit the inflow of sun light.
A compound having a structure of formula (II), or a pharmaceutically acceptable salt thereof wherein R A is H or F; R C is H, Cl, or F; Het is piperidinyl, and the ring nitrogen is substituted with R B ; R B is C1-C6alkyl, Cl-C6hydroxyalkyl, or C1-C3alkylene-C3-C6cycloalkyl,. R A is H or F; R C is H, Cl, or F; Het is piperidinyl, and the ring nitrogen is substituted with R B ; R B is C1-C6alkyl, Cl-C6hydroxyalkyl, or C1-C3alkylene-C3-C6cycloalkyl,.
A receiving apparatus comprising: - a receiver for receiving one or more transmission streams, - a deconverter for deconverting the received one or more transmission streams into constellation values, and - a demodulation and decoding apparatus for demodulating constellation values of a constellation into cell words and for decoding cell words into output data words, wherein sixteen constellation points of the constellation are used, the sixteen constellation points defining position on a Cartesian coordinate system representing complex numbers with real components on a first axis and imaginary components on a second axis, the constellation points being: 0.5061+0.2474i 0.2474+0.5061i 1.2007+0.4909i 0.4909+1.2007i 0.5061-0.2474i 0.2474-0.5061i 1.2007-0.4909i 0.4909-1.2007i - 0.5061-0.2474i - 0.2474-0.5061i - 1.2007-0.4909i - 0.4909-1.2007i - 0.5061+0.2474i - 0.2474+0.5061i - 1.2007+0.4909i - 0.4909+1.2007i and each constellation point being assigned to a bit label representing a forward corrected data word. - a receiver for receiving one or more transmission streams, - a deconverter for deconverting the received one or more transmission streams into constellation values, and - a demodulation and decoding apparatus for demodulating constellation values of a constellation into cell words and for decoding cell words into output data words, wherein sixteen constellation points of the constellation are used, the sixteen constellation points defining position on a Cartesian coordinate system representing complex numbers with real components on a first axis and imaginary components on a second axis, the constellation points being: 0.5061+0.2474i 0.2474+0.5061i 1.2007+0.4909i 0.4909+1.2007i 0.5061-0.2474i 0.2474-0.5061i 1.2007-0.4909i 0.4909-1.2007i 0.5061+0.2474i 0.2474+0.5061i 1.2007+0.4909i 0.4909+1.2007i 0.5061-0.2474i 0.2474-0.5061i 1.2007-0.4909i 0.4909-1.2007i - 0.5061-0.2474i - 0.2474-0.5061i - 1.2007-0.4909i - 0.4909-1.2007i - 0.5061+0.2474i - 0.2474+0.5061i - 1.2007+0.4909i - 0.4909+1.2007i
A nozzle for a fluid purification device including a container , the nozzle including a spout which is used to drink from the container and a filter holder for carrying a removable filter element , wherein the filter holder has a first portion, which is in use its upper portion , and a second portion, which is in use its lower portion carrying the filter element , the nozzle defines a first fluid flow path along which fluid flows when, in use, filling the container and a second fluid flow path along which fluid flows when, in use, dispensing fluid from the container , wherein the fluid flow paths (54, 140, 240; 56, 142, 242) are arranged such that, when located in the nozzle , the removable filter element is positioned in the first fluid flow path so that the fluid is filtered when filling the container and positioned outside the second fluid flow path so that the flow of fluid is unobstructed by it when dispensing fluid from the container thereby allowing a natural drinking action, in use, characterised in that the first portion of the filter holder is funnel shaped and is at least partially deformable so as to create a fluid tight seal between it and an outlet of a fluid source when pressed against the outlet while filling the container .
A load carrying vehicle comprising: a chassis ; a load carrying container connected to the chassis; a plurality of wheels (106a-d); a suspension arrangement coupling the wheels to the chassis; characterized in that the suspension arrangement is configured to controllably lower the container such that the container makes contact with at least two wheels. a chassis ; a load carrying container connected to the chassis; a plurality of wheels (106a-d); a suspension arrangement coupling the wheels to the chassis; characterized in that the suspension arrangement is configured to controllably lower the container such that the container makes contact with at least two wheels.
An electronic smoking device comprising: - a liquid reservoir ; - a battery ; - a heating element adapted to atomize liquid of the liquid reservoir ; wherein the heating element has a modified surface which comprises a plurality of structures adapted to provide a capillary force on liquid of the liquid reservoir when applied onto the heating element , characterized in that at least some of the structures of the modified surface of the heating element have been generated via a mechanical treatment of the heating element , wherein the mechanical treatment comprised a grinding treatment and/or a sand-blasting treatment and/or a polishing, brushing, milling, scouring, tumbling, drifting, shot-blasting, especially shot-blasting with steel balls and/or peening of the heating element . - a liquid reservoir ; - a battery ; - a heating element adapted to atomize liquid of the liquid reservoir ;
A carburettor comprising a throttle bore ; a fuel chamber ; an idle fuel circuit extending between the fuel chamber and the throttle bore and controllable by an idle adjustment needle; a high speed fuel circuit extending between the fuel chamber and the throttle bore and controllable by a high speed adjustment needle; and an enrichment fuel circuit extending between the fuel chamber and the throttle bore for supplying fuel to the throttle bore independently of the idle and high speed fuel circuits; wherein the idle fuel circuit comprises a first nozzle operable to deliver fuel to the throttle bore, the high speed fuel circuit comprises a second nozzle operable to deliver fuel to the throttle bore, the enrichment fuel circuit comprises a third nozzle operable to deliver fuel to the throttle bore and each nozzle defines an airflow path arranged to combine air with fuel flowing through the nozzle.
Piston for an oscillating armature pump, which is configured for conveying a fluid under the impact of a counter-pressure, with a pressure piston element (11a; 11b) and with an armature element (12a; 12b) which is implemented separately from the pressure piston element (11a; 11b), which is fixedly coupled with the pressure piston element (11a; 11b) for at least one force direction, and which is implemented in the shape of a sleeve that is at least partially made of a magnetisable material, characterised in that the armature element (12a; 12b) is embodied as a flexural component, wherein the pressure piston element (11a; 11b) penetrates the armature element (12a; 12b) completely, wherein the armature element (12a; 12b) is plugged onto the pressure piston element (11a; 11b), and is, in an axial direction, fixated just by a form-fit that delimits a plug-on depth.
System with a dishwasher , preferably a household dishwasher, comprising a control device for carrying out a washing program for washing washware arranged in a washing chamber of the dishwasher , a sensor unit for detecting a time curve (R1, R2, R3) of at least one sensor signal (SS) of a washing liquor and for outputting the detected time curve (R1, R2, R3) of the at least one sensor signal (SS), a memory unit for storing the time curve (R1, R2, R3) of the at least one sensor signal (SS) and an ascertaining unit for ascertaining a temporal functional value (RES, RES1, RES2) on the basis of the time curve (R1, R2, R3) of the at least one sensor signal (SS), wherein the control device is designed to carry out a specified action as a function of the temporal functional value (RES, RES1, RES2), wherein the ascertaining unit is designed to ascertain a washing program functional value (SF) as a function of the stored time curve (R1, R2, R3) of the at least one sensor signal (SS) for a washing program cycle, to store the washing program functional value (SF) and to ascertain a curve of the washing program functional value (SIG1, SIG2) on the basis of the washing program functional value (SF) over a plurality of washing program cycles, wherein the control device is designed to carry out the specified action as a function of the ascertained curve of the washing program functional value (SIG1, SIG2), characterised in that the sensor unit has at least two of a turbidity sensor, a conductivity sensor, a temperature sensor and a filter soiling sensor, wherein the ascertaining unit is designed to ascertain the respective washing program functional value (SF) as a function of the stored time curve (R1, R2, R3) of the respective signal of the at least two sensor signals (SS) for a washing program cycle, to store the respective value of the at least two washing program functional values (SF) and to ascertain a statistic on the basis of the respective curve of the at least two washing program functional values (SF) over a plurality of washing program cycles, wherein the control device is designed to carry out the specified action as a function of the ascertained statistic.
Reactor for the catalytic conversion of a gas mixture, in particular for the catalytic ammonia synthesis from a gas mixture comprising substantially nitrogen and hydrogen, - having a pressure vessel which has an inlet for the gas mixture and an outlet for the reaction product, - having a first catalyst bed , a second catalyst bed and a third catalyst bed which are arranged in such a way that the gas mixture which is introduced through the inlet is guided first of all through the first catalyst bed , then through the second catalyst bed and finally through the third catalyst bed to the outlet , - having a first heat exchanger for cooling the gas mixture which flows out of the first catalyst bed , and - having a second heat exchanger for cooling the gas mixture which flows out of the second catalyst bed , characterized in that the reactor has a third heat exchanger for cooling the gas mixture which flows out of the third catalyst bed in the direction of the outlet , and in that the first catalyst bed , the second catalyst bed and the third catalyst bed are arranged in a cylindrical reaction region (2.1) of the pressure vessel , the pressure vessel having a central tube which runs along a cylinder axis (Z) of the reaction region (2.1) and via which the inlet of the pressure vessel is connected to the third heat exchanger . - having a pressure vessel which has an inlet for the gas mixture and an outlet for the reaction product, - having a first catalyst bed , a second catalyst bed and a third catalyst bed which are arranged in such a way that the gas mixture which is introduced through the inlet is guided first of all through the first catalyst bed , then through the second catalyst bed and finally through the third catalyst bed to the outlet , - having a first heat exchanger for cooling the gas mixture which flows out of the first catalyst bed , and - having a second heat exchanger for cooling the gas mixture which flows out of the second catalyst bed ,
A method for producing a compound represented by the formula wherein R 1 is a phenyl group optionally substituted by 1 to 5 substituents selected from (i) a halogen atom and (ii) C 1-6 alkyl optionally substituted by 1 to 5 halogens, and R 2 is a hydrogen atom or a fluorine atom, or a salt thereof, comprising subjecting a compound represented by the formula wherein each symbol is as defined above, or a salt thereof to a reduction reaction, wherein the reduction reaction is a continuous hydrogenation in a fixed bed reactor filled with a supported metal catalyst, the supported metal catalyst is a palladium alumina catalyst, and the supported metal catalyst has a metal content of 0.1 - 15wt% relative to the whole weight of the supported metal catalyst. wherein R 1 is a phenyl group optionally substituted by 1 to 5 substituents selected from (i) a halogen atom and (ii) C 1-6 alkyl optionally substituted by 1 to 5 halogens, and R 2 is a hydrogen atom or a fluorine atom, or a salt thereof, comprising subjecting a compound represented by the formula wherein each symbol is as defined above, or a salt thereof to a reduction reaction, wherein the reduction reaction is a continuous hydrogenation in a fixed bed reactor filled with a supported metal catalyst, the supported metal catalyst is a palladium alumina catalyst, and the supported metal catalyst has a metal content of 0.1 - 15wt% relative to the whole weight of the supported metal catalyst.
A device for measuring fluid pressure on a wind turbine rotor blade , comprising: a flexible layer having a first surface adapted for fixing the flexible layer to the wind turbine rotor blade , and having a second surface opposite the first surface , the second surface having a plurality of recesses ; a plurality of pressure sensors , provided in respective recesses , said pressure sensors being offset with respect to each other; and at least two wires connected to each respective pressure sensor for connecting the respective pressure sensor to a signal receiving unit , wherein channels are provided in the first surface ; and wherein the at least two wires are provided in the channels . a flexible layer having a first surface adapted for fixing the flexible layer to the wind turbine rotor blade , and having a second surface opposite the first surface , the second surface having a plurality of recesses ; a plurality of pressure sensors , provided in respective recesses , said pressure sensors being offset with respect to each other; and at least two wires connected to each respective pressure sensor for connecting the respective pressure sensor to a signal receiving unit , wherein channels are provided in the first surface ; and wherein the at least two wires are provided in the channels .
A metal piercing terminal which comprises a bottom plate , a first vertical plate and a second vertical plate connected with the bottom plate ; the first vertical plate and the bottom plate are arranged at a first preset angle, the second vertical plate and the bottom plate are arranged at a second preset angle, the first vertical plate and the second vertical plate are arranged to be opposite and spaced apart from each other; the first vertical plate is provided with a first retention slot , a bottom of the first retention slot is provided with a first piercing tip , the second vertical plate is provided with a second retention slot that faces the first retention slot , and a bottom of the second retention slot is provided with a second piercing tip ; the bottom plate is provided with a first reflow pad ; characterized in that , the metal piercing terminal further comprises a top plate connected with one end of the second vertical plate away from the bottom plate , and one end of the top plate away from the second vertical plate abuts against the first vertical plate .
A method for controlling a driveline of a vehicle , wherein the driveline at least comprises a clutch and a transmission , where the clutch is adapted to connect and disconnect the transmission to a propulsion unit , the method is characterised in that it comprises the steps of; - estimating an upcoming clutch temperature at least dependent on an imminent drive route, and if the estimated upcoming clutch temperature is above a threshold value (T); - controlling the driveline in a critical heat mode, wherein in the critical heat mode the transmission is controlled such that a clutch temperature increase is lower in comparison to a normal driveline control mode. the method is characterised in that it comprises the steps of; - estimating an upcoming clutch temperature at least dependent on an imminent drive route, - estimating an upcoming clutch temperature at least dependent on an imminent drive route, and if the estimated upcoming clutch temperature is above a threshold value (T); - controlling the driveline in a critical heat mode, wherein in the critical heat mode the transmission is controlled such that a clutch temperature increase is lower in comparison to a normal driveline control mode. - controlling the driveline in a critical heat mode, wherein in the critical heat mode the transmission is controlled such that a clutch temperature increase is lower in comparison to a normal driveline control mode.