mhurhangee/patent-ind-claim-en huggingface dataset:
A system for skip coating or intermittently applying a coating to a web of material, travelling in a path, comprising: a nozzle to apply said coating, said nozzle having lips ; a supply valve in communication with said nozzle to allow the flow of coating to said nozzle ; a bypass valve to direct the flow of coating away from said nozzle ; a fluid displacement mechanism to draw coating away from said nozzle after said supply valve has been closed, wherein said fluid displacement mechanism comprises a chamber having a changeable volume; and an actuator positioned such that movement of said actuator causes a change in said volume; and a controller ; characterized by a web lifter movable to deflect said web, wherein the lifter can be actuated to move the web relative to the nozzle to a position off the lips of the nozzle and stop the application of coating to the web , thereby creating uncoated regions on the web surface, and said lifter can then be actuated to a position to move the web back into contact with the nozzle to start the application of coating to the web , thereby creating coated regions on the web surface; said controller being in communication with said supply valve , said bypass valve , said actuator , and said web lifter arranged to displace the web from the lips of the nozzle so as to control the application of said coating to said web of material. a nozzle to apply said coating, said nozzle having lips ; a supply valve in communication with said nozzle to allow the flow of coating to said nozzle ; a bypass valve to direct the flow of coating away from said nozzle ; a fluid displacement mechanism to draw coating away from said nozzle after said supply valve has been closed, wherein said fluid displacement mechanism comprises a chamber having a changeable volume; and an actuator positioned such that movement of said actuator causes a change in said volume; and a controller ; characterized by a web lifter movable to deflect said web, wherein the lifter can be actuated to move the web relative to the nozzle to a position off the lips of the nozzle and stop the application of coating to the web , thereby creating uncoated regions on the web surface, and said lifter can then be actuated to a position to move the web back into contact with the nozzle to start the application of coating to the web , thereby creating coated regions on the web surface; said controller being in communication with said supply valve , said bypass valve , said actuator , and said web lifter arranged to displace the web from the lips of the nozzle so as to control the application of said coating to said web of material.
A method for processing concurrent services, wherein the concurrent services comprise a first service and a second service; a service priority of the first service is higher than a service priority of the second service; and the method comprises: obtaining, by a terminal, channel quality information of a channel that carries the concurrent services; and blocking, by the terminal, the second service when the channel quality information meets a preset blocking condition; characterized in that the method further comprises: determining, by the terminal, whether a downlink receive power of the channel is less than a first threshold; determining whether a ratio of an uplink transmit power of the channel to a greatest transmit power of the terminal is greater than a second threshold when the downlink receive power of the channel is less than the first threshold; and confirming that the channel quality information meets a preset blocking condition when the downlink receive power of the channel is less than the first threshold and the ratio of the uplink transmit power of the channel to the greatest transmit power of the terminal is greater than the second threshold. obtaining, by a terminal, channel quality information of a channel that carries the concurrent services; and blocking, by the terminal, the second service when the channel quality information meets a preset blocking condition; characterized in that the method further comprises: determining, by the terminal, whether a downlink receive power of the channel is less than a first threshold; determining whether a ratio of an uplink transmit power of the channel to a greatest transmit power of the terminal is greater than a second threshold when the downlink receive power of the channel is less than the first threshold; and confirming that the channel quality information meets a preset blocking condition when the downlink receive power of the channel is less than the first threshold and the ratio of the uplink transmit power of the channel to the greatest transmit power of the terminal is greater than the second threshold. determining, by the terminal, whether a downlink receive power of the channel is less than a first threshold; determining whether a ratio of an uplink transmit power of the channel to a greatest transmit power of the terminal is greater than a second threshold when the downlink receive power of the channel is less than the first threshold; and confirming that the channel quality information meets a preset blocking condition when the downlink receive power of the channel is less than the first threshold and the ratio of the uplink transmit power of the channel to the greatest transmit power of the terminal is greater than the second threshold.
A positive/negative pressure gasket configured to be mounted in a gasket mounting groove provided in a mounting member that opens in a radial direction toward a hydraulic passage provided on the inner or the outer side of the mounting member and includes a gap on the groove bottom surface as a back-side hydraulic passage communicating with the hydraulic passage at a portion closer to one side in an axial direction of the hydraulic passage , the positive/negative pressure gasket being configured to be placed in two environments, one when a positive pressure acts from the hydraulic passage and the other when the positive pressure acts from the back-side hydraulic passage , comprising: an annular gasket body with a reinforcement ring integrally provided with an annular flat portion extending from one axial end of a tubular portion toward the back-side hydraulic passage , the tubular portion being buried in the gasket body ; a flange that is provided to extend from one axial end of the gasket body toward the back-side hydraulic passage , the flat portion being buried in the flange or being disposed along an axial end surface of the flange ; a one-end-side seal lip that is provided to extend from the one axial end of the gasket body toward one side in the axial direction and the hydraulic passage , and is configured to come in contact with one axial side surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove ; and an other-end-side seal lip that is provided to extend integrally from another axial end of the gasket body toward another side in the axial direction and the direction radially opposite to the hydraulic passage , and is configured to come in contact with another axial side surface and a bottom surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove , wherein the other-end-side seal lip extends obliquely. an annular gasket body with a reinforcement ring integrally provided with an annular flat portion extending from one axial end of a tubular portion toward the back-side hydraulic passage , the tubular portion being buried in the gasket body ; a flange that is provided to extend from one axial end of the gasket body toward the back-side hydraulic passage , the flat portion being buried in the flange or being disposed along an axial end surface of the flange ; a one-end-side seal lip that is provided to extend from the one axial end of the gasket body toward one side in the axial direction and the hydraulic passage , and is configured to come in contact with one axial side surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove ; and an other-end-side seal lip that is provided to extend integrally from another axial end of the gasket body toward another side in the axial direction and the direction radially opposite to the hydraulic passage , and is configured to come in contact with another axial side surface and a bottom surface of the gasket mounting groove when the gasket body is mounted in the gasket mounting groove , wherein the other-end-side seal lip extends obliquely.
A method of delivering data streams in a local area network comprising devices connected to the local area network via adapters , wherein the local area network is a power line network and the adapters are power line adapters, wherein the data streams are destined to respective destination addresses within the local area network and wherein at least some of the devices are programmed to indicate priority of a data stream and to insert priority parameter values of respective priority parameter types, comprising the steps of - the devices rerouting data streams through a single device in the local area network, chosen to operate as a controller for the local area network, and - the controller performing ingress of the rerouted data streams via a controller adapter for delivery to the respective destination addresses into the local area network according to the priority parameter values carried in the data streams. - the devices rerouting data streams through a single device in the local area network, chosen to operate as a controller for the local area network, and - the controller performing ingress of the rerouted data streams via a controller adapter for delivery to the respective destination addresses into the local area network according to the priority parameter values carried in the data streams.
A solid-state battery, particularly lithium-ion solid-state battery, composed of one or more battery cells, which comprise an ion-conducting solid matrix for forming a solid electrolyte, which matrix is arranged between two electrodes , characterized in that the solid matrix is formed from camphor or 2-adamantanone or from a mixture of camphor or 2-adamantanone with one or more other substances.
A monolithic loudspeaker comprising: a first pair of speakers for a first channel, including a first front speaker and a first rear speaker , wherein the first front speaker and the first rear speaker are arranged along a first axis in a first cross-section of the monolithic loudspeaker, and are arranged towards opposite directions; and a second pair of speakers for a second channel, including a second front speaker and a second rear speaker , wherein the second front speaker and the second rear speaker are arranged along a second axis in a second cross-section of the monolithic loudspeaker, and are arranged towards opposite directions; wherein the first axis and the second axis are deflected by an angle; a signal applied to the first rear speaker is delayed from that applied to the first front speaker to form a radiation pattern for the first channel, and a signal applied to the second rear speaker is delayed from that applied to the second front speaker to form a radiation pattern for the second channel. a first pair of speakers for a first channel, including a first front speaker and a first rear speaker , wherein the first front speaker and the first rear speaker are arranged along a first axis in a first cross-section of the monolithic loudspeaker, and are arranged towards opposite directions; and a second pair of speakers for a second channel, including a second front speaker and a second rear speaker , wherein the second front speaker and the second rear speaker are arranged along a second axis in a second cross-section of the monolithic loudspeaker, and are arranged towards opposite directions; wherein the first axis and the second axis are deflected by an angle; a signal applied to the first rear speaker is delayed from that applied to the first front speaker to form a radiation pattern for the first channel, and a signal applied to the second rear speaker is delayed from that applied to the second front speaker to form a radiation pattern for the second channel.
A hybrid pulsation dampener , comprising: a flow-through reactive dampener including: an inlet configured to receive a fluid; an outer tube forming a chamber surrounding an inner tube to form an annulus therebetween; and an outlet configured to discharge fluid from the chamber ; wherein the flow-through reactive dampener is configured to dampen pressure pulsations within the received fluid; and a gas charged pulsation dampener mounted to the flow-through reactive dampener at an end of the chamber , the gas charged pulsation dampener including: a pressure chamber charged with a pressurized gas; a fluid chamber , the fluid chamber having an opening receiving fluid from the annulus and discharging fluid into the annulus ; and a flexible diaphragm separating the pressure chamber and the fluid chamber ; wherein the gas charged pulsation dampener is configured to also dampen the pressure pulsations within the received fluid; and wherein an inner diameter of the inner tube is smaller than an inner diameter of the outlet . a flow-through reactive dampener including: an inlet configured to receive a fluid; an outer tube forming a chamber surrounding an inner tube to form an annulus therebetween; and an outlet configured to discharge fluid from the chamber ; an inlet configured to receive a fluid; an outer tube forming a chamber surrounding an inner tube to form an annulus therebetween; and an outlet configured to discharge fluid from the chamber ; wherein the flow-through reactive dampener is configured to dampen pressure pulsations within the received fluid; and a gas charged pulsation dampener mounted to the flow-through reactive dampener at an end of the chamber , the gas charged pulsation dampener including: a pressure chamber charged with a pressurized gas; a fluid chamber , the fluid chamber having an opening receiving fluid from the annulus and discharging fluid into the annulus ; and a flexible diaphragm separating the pressure chamber and the fluid chamber ; wherein a pressure chamber charged with a pressurized gas; a fluid chamber , the fluid chamber having an opening receiving fluid from the annulus and discharging fluid into the annulus ; and a flexible diaphragm separating the pressure chamber and the fluid chamber ; wherein the gas charged pulsation dampener is configured to also dampen the pressure pulsations within the received fluid; and wherein an inner diameter of the inner tube is smaller than an inner diameter of the outlet .
A system comprising: a hydrodynamic bearing including a rotational component coupled to an anode ; a stationary component including: a bearing surface having a plurality of grooves configured to generate pressure in a fluid interface during rotation of the rotational component; where the bearing surface includes at least one recessed section ; characterised in that the at least one recessed section is asymmetric around a circumference of the stationary component. a hydrodynamic bearing including a rotational component coupled to an anode ; a stationary component including: a bearing surface having a plurality of grooves configured to generate pressure in a fluid interface during rotation of the rotational component; where the bearing surface includes at least one recessed section ; characterised in that the at least one recessed section is asymmetric around a circumference of the stationary component.
Composition, especially a cosmetic composition, for making up and/or caring for keratin materials, in particular the skin and/or the lips, and keratin fibres, especially the eyebrows, comprising: - at least one aqueous phase gelled with at least one synthetic polymeric hydrophilic gelling agent chosen from 2-acrylamido-2-methylpropanesulfonic acid polymers and copolymers; and - at least one oily phase gelled with at least one lipophilic gelling agent chosen from organopolysiloxane elastomers; said phases forming therein a macroscopically homogeneous mixture; said composition also comprising at least one hydrophobic film-forming polymer chosen from block ethylenic polymers, vinyl polymers comprising at least one carbosiloxane dendrimer derivative and silicone resins (T resin, MQ resin). - at least one aqueous phase gelled with at least one synthetic polymeric hydrophilic gelling agent chosen from 2-acrylamido-2-methylpropanesulfonic acid polymers and copolymers; and - at least one oily phase gelled with at least one lipophilic gelling agent chosen from organopolysiloxane elastomers;
A centrifugal compressor assembly , the assembly comprising: a first stage compressor ; a motor operatively connected to the first stage compressor, the motor configured to actuate the first stage compressor, the motor comprising a rotor configured to be displaced both rotatably and axially, a radial aerostatic pressure bearing configured to help stabilize the rotational displacement of the rotor; an axial static pressure bearing to help stabilize the axial displacement of the rotor; a low-viscous gas-liquid two-phase fluid configured to at least partially lubricate the radial static pressure bearing and the axial static pressure bearing; and wherein the axial static pressure bearing comprises two thrust bearings , an adjustment ring , and a thrust disc , wherein each of the thrust bearings comprises a disc seat and a porous ring , wherein each of the disc seats comprises an accommodation groove, and the corresponding porous ring is disposed in the accommodation groove, wherein each of the porous rings comprises a fluid channel, wherein each of the disc seats comprises a gas channel, wherein the gas channel is in communication with the corresponding fluid channel, wherein the porous rings of the two thrust bearings are oppositely disposed, wherein the adjustment ring is located between the disc seats of the two thrust bearings, and wherein the thrust disc is fastened to the rotor and is located between the porous material rings of the two thrust bearings. a first stage compressor ; a motor operatively connected to the first stage compressor, the motor configured to actuate the first stage compressor, the motor comprising a rotor configured to be displaced both rotatably and axially, a radial aerostatic pressure bearing configured to help stabilize the rotational displacement of the rotor; an axial static pressure bearing to help stabilize the axial displacement of the rotor; a low-viscous gas-liquid two-phase fluid configured to at least partially lubricate the radial static pressure bearing and the axial static pressure bearing; and wherein the axial static pressure bearing comprises two thrust bearings , an adjustment ring , and a thrust disc , wherein each of the thrust bearings comprises a disc seat and a porous ring , wherein each of the disc seats comprises an accommodation groove, and the corresponding porous ring is disposed in the accommodation groove, wherein each of the porous rings comprises a fluid channel, wherein each of the disc seats comprises a gas channel, wherein the gas channel is in communication with the corresponding fluid channel, wherein the porous rings of the two thrust bearings are oppositely disposed, wherein the adjustment ring is located between the disc seats of the two thrust bearings, and wherein the thrust disc is fastened to the rotor and is located between the porous material rings of the two thrust bearings.
A refrigeration appliance having a sectional shelf assembly in a refrigeration cabin thereof, the shelf assembly comprising a front and a rear shelf units respectively neighboring in the depthwise direction of the refrigeration cabin, the front shelf unit being displaceable relative to first and second frames to which it is attached, wherein the front shelf unit - is a shelf section hingedly rotatable so as to be positioned under the first and second frames , - is sequentially movable away from the rear shelf unit and rotatable to take a rotated position relative to the shelf assembly plane, - is guidably movable through the first and second frames by means of first and second brackets , wherein the first and second brackets - are fixedly attached to the front shelf unit , - are movably attached to the first and second frames by insertion of hinge portions into slideways of the first and second frames , wherein - the rear shelf unit is supported on frame flanges in association with first and second frames , - the front shelf unit is supported on bracket flanges of first and second brackets , - the hinge portions are formed as longitudinal extensions extending parallel with the longitudinal axis of the slideways to ensure that the front shelf unit is maintained in a horizontal position independent of the place of the brackets in the slideways , - the slideways of the first and second frames comprise an outer distal end portion in the form of a rotation port , the rotation port allowing a 180-degree rotation of the hinge portions therein such that the hinge portions of the first and second brackets can return back to the slideway , with the front shelf unit extending underneath the rear shelf unit . - is a shelf section hingedly rotatable so as to be positioned under the first and second frames , - is sequentially movable away from the rear shelf unit and rotatable to take a rotated position relative to the shelf assembly plane, - is guidably movable through the first and second frames by means of first and second brackets , - are fixedly attached to the front shelf unit , - are movably attached to the first and second frames by insertion of hinge portions into slideways of the first and second frames , wherein - the rear shelf unit is supported on frame flanges in association with first and second frames , - the front shelf unit is supported on bracket flanges of first and second brackets , - the hinge portions are formed as longitudinal extensions extending parallel with the longitudinal axis of the slideways to ensure that the front shelf unit is maintained in a horizontal position independent of the place of the brackets in the slideways , - the slideways of the first and second frames comprise an outer distal end portion in the form of a rotation port , the rotation port allowing a 180-degree rotation of the hinge portions therein such that the hinge portions of the first and second brackets can return back to the slideway , with the front shelf unit extending underneath the rear shelf unit .