mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge for use in an aerosol-generating system , the cartridge comprising: a reservoir for liquid aerosol-forming substrate; a heating element for heating liquid aerosol-forming substrate from the reservoir; and a wall comprising a porous material, wherein: a first space adjacent to the heating element and between the wall and the heating element forms a hot zone , a second space adjacent to the heating element forms a feed zone , the reservoir is in fluid communication with the feed zone and the hot zone, at least a portion of the wall is positioned between the hot zone and the reservoir, the wall is in contact with the hot zone and the reservoir, and a portion of the wall in contact with the feed zone is thinner than a portion of the wall in contact with the hot zone. a reservoir for liquid aerosol-forming substrate; a heating element for heating liquid aerosol-forming substrate from the reservoir; and a wall comprising a porous material, wherein: a first space adjacent to the heating element and between the wall and the heating element forms a hot zone , a second space adjacent to the heating element forms a feed zone , the reservoir is in fluid communication with the feed zone and the hot zone, at least a portion of the wall is positioned between the hot zone and the reservoir, the wall is in contact with the hot zone and the reservoir, and a portion of the wall in contact with the feed zone is thinner than a portion of the wall in contact with the hot zone. a first space adjacent to the heating element and between the wall and the heating element forms a hot zone , a second space adjacent to the heating element forms a feed zone , the reservoir is in fluid communication with the feed zone and the hot zone, at least a portion of the wall is positioned between the hot zone and the reservoir, the wall is in contact with the hot zone and the reservoir, and a portion of the wall in contact with the feed zone is thinner than a portion of the wall in contact with the hot zone.
A roll to roll fabrication apparatus for the fabrication of devices including a metallic layer patterning process , comprising: a supplying roll and a collecting roll configured to transfer a film therebetween; an injection plate above a transfer path of the film , which is configured to inject a chemical treatment liquid on the film in a corresponding process region; liquid blocking rolls , blocking the flow of chemical treatment liquid , at downstream and upstream boundaries of the corresponding process region; and air curtains at the downstream and upstream boundaries of the corresponding process region, wherein the air curtains are arranged such that the air (A) provided from the air curtains is injected onto the liquid blocking rolls and wherein the liquid blocking rolls are arranged between the air curtains and the corresponding process region such that they prevent the air (A) provided from the air curtains from being directly injected onto the chemical treatment liquid inside the corresponding process region. a supplying roll and a collecting roll configured to transfer a film therebetween; an injection plate above a transfer path of the film , which is configured to inject a chemical treatment liquid on the film in a corresponding process region; liquid blocking rolls , blocking the flow of chemical treatment liquid , at downstream and upstream boundaries of the corresponding process region; and air curtains at the downstream and upstream boundaries of the corresponding process region, wherein the air curtains are arranged such that the air (A) provided from the air curtains is injected onto the liquid blocking rolls and wherein the liquid blocking rolls are arranged between the air curtains and the corresponding process region such that they prevent the air (A) provided from the air curtains from being directly injected onto the chemical treatment liquid inside the corresponding process region.
An apparatus for interacting with computing devices through speech comprising: one or more wires to couple the apparatus to an alternating-current, AC, power source located within a building and to at least one power load; a switch configured to move from at least a first position to a second position, when the switch is in the first position the AC power source is electrically coupled to the at least one power load and when the switch is in the second position the AC power source is decoupled from the at least one power load; a faceplate; a first microphone (112 ) located proximate the faceplate configured to generate a first audio signal; a second microphone (112 ) located on the faceplate configured to generate a second audio signal; one or more processors ; and one or more computer-readable media storing computer-executable instructions that, when executed, cause the one or more processors to perform acts comprising: determining that the switch is in the first position; and selecting at least one of the first audio signal and the second audio signal for at least one of processing or sending to a remote device at least partly based on the determination that the switch is in the first position. one or more wires to couple the apparatus to an alternating-current, AC, power source located within a building and to at least one power load; a switch configured to move from at least a first position to a second position, when the switch is in the first position the AC power source is electrically coupled to the at least one power load and when the switch is in the second position the AC power source is decoupled from the at least one power load; a faceplate; a first microphone (112 ) located proximate the faceplate configured to generate a first audio signal; a second microphone (112 ) located on the faceplate configured to generate a second audio signal; one or more processors ; and one or more computer-readable media storing computer-executable instructions that, when executed, cause the one or more processors to perform acts comprising: determining that the switch is in the first position; and selecting at least one of the first audio signal and the second audio signal for at least one of processing or sending to a remote device at least partly based on the determination that the switch is in the first position. determining that the switch is in the first position; and selecting at least one of the first audio signal and the second audio signal for at least one of processing or sending to a remote device at least partly based on the determination that the switch is in the first position.
Aid for eating or drinking comprising vegetable starch and vegetable thickening or gelling agent, wherein the aid is compostable, and wherein the aid comprises 40-50% vegetable starch, 35-50% thickening or gelling agent 0-10% cellulose and/or wood pulp 0-10% wax, preferably carnauba wax or soy wax 0-3% nut oil or sunflower oil 0-2% glycerol and optionally an outer coating. vegetable starch and vegetable thickening or gelling agent, wherein the aid is compostable, and wherein the aid comprises 40-50% vegetable starch, 35-50% thickening or gelling agent 0-10% cellulose and/or wood pulp 0-10% wax, preferably carnauba wax or soy wax 0-3% nut oil or sunflower oil 0-2% glycerol and 40-50% vegetable starch, 35-50% thickening or gelling agent 0-10% cellulose and/or wood pulp 0-10% wax, preferably carnauba wax or soy wax 0-3% nut oil or sunflower oil 0-2% glycerol and optionally an outer coating.
A heavy duty tire comprising: a recess portion formed at a buttress portion , opening toward an outside of the tire , and including a bottom portion ; and an air entry/exit promotion portion configured to promote entry and exit of air into and from the bottom portion , the air entry/exit promotion portion including a slope that extends from the bottom portion toward a tire surface such that a depth of the slope from the tire surface gradually decreases, characterized in that : the air entry/exit promotion portion comprises a first air entry/exit promotion portion that is formed at a front side in a tire rotation direction of the recess portion , and a second air entry/exit promotion portion that is formed at an outer side in a tire radial direction of the recess portion ; an incline angle of the slope of the first air entry/exit promotion portion and of the second air entry/exit promotion portion with respect to the tire surface is from 5° to 30°; and a width dimension (W3) of the first air entry/exit promotion portion at a recess portion side is smaller than a width dimension (W1) of the first air entry/exit promotion portion at the tire rotation direction front side of the recess portion . a recess portion formed at a buttress portion , opening toward an outside of the tire , and including a bottom portion ; and an air entry/exit promotion portion configured to promote entry and exit of air into and from the bottom portion , the air entry/exit promotion portion including a slope that extends from the bottom portion toward a tire surface such that a depth of the slope from the tire surface gradually decreases, characterized in that : the air entry/exit promotion portion comprises a first air entry/exit promotion portion that is formed at a front side in a tire rotation direction of the recess portion , and a second air entry/exit promotion portion that is formed at an outer side in a tire radial direction of the recess portion ; an incline angle of the slope of the first air entry/exit promotion portion and of the second air entry/exit promotion portion with respect to the tire surface is from 5° to 30°; and a width dimension (W3) of the first air entry/exit promotion portion at a recess portion side is smaller than a width dimension (W1) of the first air entry/exit promotion portion at the tire rotation direction front side of the recess portion . the air entry/exit promotion portion comprises a first air entry/exit promotion portion that is formed at a front side in a tire rotation direction of the recess portion , and a second air entry/exit promotion portion that is formed at an outer side in a tire radial direction of the recess portion ; an incline angle of the slope of the first air entry/exit promotion portion and of the second air entry/exit promotion portion with respect to the tire surface is from 5° to 30°; and a width dimension (W3) of the first air entry/exit promotion portion at a recess portion side is smaller than a width dimension (W1) of the first air entry/exit promotion portion at the tire rotation direction front side of the recess portion .
A cleaning robot , comprising: a control unit ; an identifying unit and a traveling driving unit electrically connected to the control unit ; wherein the control unit is configured to: acquire a marked position of a charging station in a map, the map being drawn by the cleaning robot ; control the cleaning robot to travel to a front position (60, E) of the marked position and to identify the charging station; generate a finding path based on the marked position when the charging station is not identified; and control the cleaning robot to travel according to the finding path and to identify the charging station during a traveling process. a control unit ; an identifying unit and a traveling driving unit electrically connected to the control unit ; wherein the control unit is configured to: acquire a marked position of a charging station in a map, the map being drawn by the cleaning robot ; control the cleaning robot to travel to a front position (60, E) of the marked position and to identify the charging station; generate a finding path based on the marked position when the charging station is not identified; and control the cleaning robot to travel according to the finding path and to identify the charging station during a traveling process. acquire a marked position of a charging station in a map, the map being drawn by the cleaning robot ; control the cleaning robot to travel to a front position (60, E) of the marked position and to identify the charging station; generate a finding path based on the marked position when the charging station is not identified; and control the cleaning robot to travel according to the finding path and to identify the charging station during a traveling process.
Method for the manufacture of an etched sheet of soda-lime-silica, aluminosilicate, borosilicate or sapphire glass, comprising: (i) a stage of fluidization of particles in a first fluid and a second fluid by a fluidized bed technique, the first fluid being a gas and the second fluid being a liquid, so as to generate a stream of fluidized particles exhibiting a velocity of between 5 and 20 metres per second; and (ii) a stage of treatment of a surface of a glass sheet by subjecting said surface to said stream of fluidized particles; characterized in that the particles have a mean size of between 5 and 500 microns. (i) a stage of fluidization of particles in a first fluid and a second fluid by a fluidized bed technique, the first fluid being a gas and the second fluid being a liquid, so as to generate a stream of fluidized particles exhibiting a velocity of between 5 and 20 metres per second; and (ii) a stage of treatment of a surface of a glass sheet by subjecting said surface to said stream of fluidized particles;
Mobile axial element for a damping system, comprising a straight absorbing mass forming the main absorption element of the axial element, this absorbing mass being designed to be positioned in a housing and comprising at least one annular channel arranged on the periphery of the absorbing mass and in which there is arranged at least one elastic element designed to press against the internal wall of the housing , at least one channel of the periphery of the absorbing mass comprising a bottom created by a shoulder of the absorbing mass , characterized in that the at least one channel also comprises a rim created by a structure bearing an annular lip that is mounted so as to be able to slide on at least part of the shoulder along at least one axis of the mobile element so as to create an adjustment device integrated into the mobile element so as to permit control of a preload exerted by the annular lip on the elastic element mounted on the periphery of the absorbing mass , the preload being generated without rotation of the annular lip relative to the elastic element .
A connector assembly for connecting articles to one another, said connector assembly comprising a male connector , a female connector , at least two articles to be connected together and a receiving recess formed in one of said at least two articles to be connected together, said male connector being insertable into a substantially U shaped receiving channel defined by said female connector , said female connector being located in said receiving recess , said receiving recess comprising a pair of diverging side walls and a narrowed neck region, said neck region defining an opening of said receiving recess , at least one pair of opposing inwardly facing shoulders being defined in the side walls of said receiving recess , outer sides of said female connector including cooperating projections adapted to engage said opposing shoulders of the receiving recess when the female connector is inserted into the receiving recess to retain the female connector in the receiving recess characterised in that said receiving recess and said female connector are symmetrical in cross section about a central plane, the angle between the shoulders of the receiving recess and said central plane being less that the angle between a cooperating face of the cooperating projections formed on the outer sides of the female connector and the central plane such that the projections engage the shoulders with a wedge effect, biasing the female connector towards the base of the receiving recess .
A method of wireless communication for a first user equipment, UE, comprising: configuring , at the first UE, at least a non-access stratum, NAS, protocol layer and a radio resource control, RRC, protocol layer to enable device-to-device, D2D, communication with a second UE when the first UE is out of network coverage; configuring, at the first UE, one or more protocol layers based on the configuring of at least the NAS protocol layer or the RRC protocol layer, the one or more protocol layers different from the NAS protocol layer and the RRC protocol layer, wherein the RRC protocol layer in a D2D communication state configures a medium access control, MAC, layer to generate a MAC control element, CE, to include a group identification, ID, and to generate another MAC CE to include a time interval for which a lower priority session should not start; and communicating with the second UE based on the configured one or more protocol layers. configuring , at the first UE, at least a non-access stratum, NAS, protocol layer and a radio resource control, RRC, protocol layer to enable device-to-device, D2D, communication with a second UE when the first UE is out of network coverage; configuring, at the first UE, one or more protocol layers based on the configuring of at least the NAS protocol layer or the RRC protocol layer, the one or more protocol layers different from the NAS protocol layer and the RRC protocol layer, wherein the RRC protocol layer in a D2D communication state configures a medium access control, MAC, layer to generate a MAC control element, CE, to include a group identification, ID, and to generate another MAC CE to include a time interval for which a lower priority session should not start; and communicating with the second UE based on the configured one or more protocol layers.
Method for determining a maneuvering time for an autonomous vehicle to reach a target speed, said method comprising the steps of: - Selection of a parameter, J max , representing a maximum jerk that the vehicle must not exceed in absolute value; - Acquisition of the target speed representing a speed that the vehicle must reach; - Acquisition of an initial speed of the vehicle representing a speed of the vehicle at the current time; - Determination of a maneuvering time, tm , equal to tm = k DV J max Or | DV | is the absolute value of the difference between the target speed and the initial speed, and k is a predetermined constant. - Selection of a parameter, J max , representing a maximum jerk that the vehicle must not exceed in absolute value; - Acquisition of the target speed representing a speed that the vehicle must reach; - Acquisition of an initial speed of the vehicle representing a speed of the vehicle at the current time; - Determination of a maneuvering time, tm , equal to tm = k DV J max
Method for fabricating an applique for horology comprising an upper surface intended to be seen by a user, and a lower surface for resting on a dial or a structure of a timepiece, and at least one foot protruding from said lower surface , for attachment thereof to such a dial or such a structure, according to which method, in a first operation, there is provided a profile or bar in which blanks of said feet and of said lower surface are rough machined, prior to cutting said profile or said bar in a second operation, and then finish-machining said upper surface , with at least one final machining operation using a diamond tool, characterized in that during said first operation at least two machining operations are performed in a cross so as to form a blank of each said foot with a polygonal contour having facets (4; 5; 6; 7).
Wall bar , which has two vertical spars and several, horizontally aligned connecting rungs attached to both spars , whereby the wall bar has a temporarily attachable stiffening device which bears against the lateral surface area of a rung and which is supported on the area bearing against the rung against movement in that horizontal direction normal to the rung , which is directed from the rung to the bearing region of the stiffening device, characterised in that the stiffening device is formed by an additional spar which is located between the two spars and extends in the direction normal to the direction of the rungs in the plane of the wall bar over several rungs , is fixed to the individual rungs against relative movement normal to the plane of the wall bar , and is displaceable parallel to rungs with respect thereto, whereby the rungs each extend through a hole in the additional spar , whereby the respective hole in the additional spar forms a clearance fit with the respective rung , so that the additional spar can optionally be pushed against the middle region between the two spars rigidly connected to the rungs and thus forms a support against the bending of individual rungs , or can be pushed against one of the rigid spars and thus does not impede normal modes of use of the wall bars .
Composition for regenerating bony tissue characterized in that it comprises one or more mesenchymal cells from the umbilical cord with osteogenic potential, bony particles and a fibrinogen hydrogel.
A system , comprising: an electrical machine configured to convert a rotary mechanical power received from an input shaft to a machine electrical power; one or more electrical converters electrically coupled to the electrical machine and configured to convert the machine electrical power from a direct current (DC) power to an alternate current (AC) power or from the alternate current (AC) power to the direct current (DC) power wherein the one or more electrical converters generate a differential electrical power; characterised by a torque converter coupled to the input shaft and electrically coupled to the one or more electrical converters via a further electrical converter connected thereto and configured to generate a constant speed mechanical output based on the differential electrical power received from the one or more electrical converters ; and a controller adapted to regulate the one or more electrical converters to transmit via the further electrical converter the differential electrical power to the torque converter that is required to maintain a constant speed mechanical output at an output shaft thereof. an electrical machine configured to convert a rotary mechanical power received from an input shaft to a machine electrical power; one or more electrical converters electrically coupled to the electrical machine and configured to convert the machine electrical power from a direct current (DC) power to an alternate current (AC) power or from the alternate current (AC) power to the direct current (DC) power wherein the one or more electrical converters generate a differential electrical power; characterised by a torque converter coupled to the input shaft and electrically coupled to the one or more electrical converters via a further electrical converter connected thereto and configured to generate a constant speed mechanical output based on the differential electrical power received from the one or more electrical converters ; and a controller adapted to regulate the one or more electrical converters to transmit via the further electrical converter the differential electrical power to the torque converter that is required to maintain a constant speed mechanical output at an output shaft thereof.