mhurhangee/patent-ind-claim-en huggingface dataset:
Pump assembly, particularly for water-carrying cleaning appliances comprising a drive module with a stator , with a rotor held on a shaft of the drive module so as to be rotatable relative to the stator , and with a housing that circumferentially encloses at least portions of the stator , comprising an impeller held on the shaft for pumping liquid and comprising a hydraulic unit with an intake port through which the liquid can be delivered to the impeller , characterised in that between the drive module and the hydraulic unit an integrally designed adapter is provided which is connected to the drive module on the one hand and to the hydraulic unit on the other, and which has - a can body , that extends between the rotor and the stator of the drive module and encloses the rotor on an end face facing away from the impeller , - a can flange adjoining the can body on a side facing the impeller , wherein the can flange projects radially outward from the can body at least in portions, - a tubular portion that circumferentially encloses the impeller at least partially and delimits a pump chamber containing the impeller ; - a discharge port formed on the tubular portion for discharging the liquid from the pump chamber . - a can body , that extends between the rotor and the stator of the drive module and encloses the rotor on an end face facing away from the impeller , - a can flange adjoining the can body on a side facing the impeller , wherein the can flange projects radially outward from the can body at least in portions, - a tubular portion that circumferentially encloses the impeller at least partially and delimits a pump chamber containing the impeller ; - a discharge port formed on the tubular portion for discharging the liquid from the pump chamber .
A cell culture vessel comprising: a wall comprising an inner surface defining a cell culture chamber of the vessel ; a substrate positioned in the cell culture chamber between a first region of the cell culture chamber and a second region of the cell culture chamber , the substrate comprising a plurality of microcavities and a layer of porous material , each microcavity of the plurality of microcavities comprises a concave surface defining a well and an opening defining a path from the first region into the well , a first side of the layer of porous material defines at least a portion of the concave surface of each microcavity of the plurality of microcavities , and a second side of the layer of porous material faces the second region ; and a first aperture extending through the wall in fluid communication with the first region . a wall comprising an inner surface defining a cell culture chamber of the vessel ; a substrate positioned in the cell culture chamber between a first region of the cell culture chamber and a second region of the cell culture chamber , the substrate comprising a plurality of microcavities and a layer of porous material , each microcavity of the plurality of microcavities comprises a concave surface defining a well and an opening defining a path from the first region into the well , a first side of the layer of porous material defines at least a portion of the concave surface of each microcavity of the plurality of microcavities , and a second side of the layer of porous material faces the second region ; and a first aperture extending through the wall in fluid communication with the first region .
Printing machine having a device for detecting the presence of an application forme on a forme cylinder , wherein the forme cylinder has at least one cylinder channel , wherein at least one fastening system for fastening the application forme is arranged in the at least one cylinder channel , wherein the at least one fastening system has at least one alignment element for aligning the application forme , wherein the at least one fastening system has at least one sensor which optically detects the presence of the application forme , characterized in that the at least one sensor is designed as at least one reflection light sensor , in that the at least one sensor has at least one emitter and at least one receiver , and in that the at least one sensor is arranged at a distance from the at least one alignment element , said distance being smaller than 15% of the width of a jacket surface of the forme cylinder .
System for testing a perfume , comprising: - a housing comprising an opening , - a test member able to be at least partially inserted into the housing through the opening, the test member being at least partially made of a material able to be impregnated with perfume, - a dispensing device arranged inside the housing and able to dispense the perfume onto the test member, said dispensing device being connected to a container containing the perfume, - a sensor which provides a signal suitable for detecting the presence or non-presence of the test member in the housing, - an actuator arranged inside the housing and able to actuate the dispensing device, and - a processing unit which receives the signal from the sensor and which controls the actuator to cause perfume to be dispensed onto the test member, said system being characterized in that: - the material of the test member is hard and porous, and - the processing unit controls the actuator at a spraying time (tp) determined relative to a detection time (td) corresponding to the detection of the disappearance of the test member. - a housing comprising an opening , - a test member able to be at least partially inserted into the housing through the opening, the test member being at least partially made of a material able to be impregnated with perfume, - a dispensing device arranged inside the housing and able to dispense the perfume onto the test member, said dispensing device being connected to a container containing the perfume, - a sensor which provides a signal suitable for detecting the presence or non-presence of the test member in the housing, - an actuator arranged inside the housing and able to actuate the dispensing device, and - a processing unit which receives the signal from the sensor and which controls the actuator to cause perfume to be dispensed onto the test member, said system being characterized in that: - the material of the test member is hard and porous, and - the processing unit controls the actuator at a spraying time (tp) determined relative to a detection time (td) corresponding to the detection of the disappearance of the test member. - the material of the test member is hard and porous, and - the processing unit controls the actuator at a spraying time (tp) determined relative to a detection time (td) corresponding to the detection of the disappearance of the test member.
A scroll compressor comprising: a compression section provided in a lower portion of a vertical closed container , said compression section including an orbiting scroll having volute teeth formed substantially symmetrically on both surfaces of an orbiting base plate , and a main shaft being penetrated through and fixed at a center portion of said orbiting scroll and a pair of upper and lower fixed scrolls opposed to said both surfaces of said orbiting scroll, each of said fixed scroll having volute tooth corresponding to each of said volute teeth of said orbiting scroll to respectively form compression chambers ; a motor provided in said closed container at an upper portion for driving said main shaft; characterized by the scroll compressor further comprising: a suction pipe provided for sucking a suction gas in the vertical closed container at an intermediate portion between the motor and the compression section ; a discharge passage provided below the motor and through the one of the fixed scrolls for discharging the compressed gas compressed in the compression section to outside of the closed container via a discharge pipe below the motor , wherein each of said orbiting scrolls and fixed scrolls has more than two turns of volute tooth formed toward the periphery of said main shaft. a compression section provided in a lower portion of a vertical closed container , said compression section including an orbiting scroll having volute teeth formed substantially symmetrically on both surfaces of an orbiting base plate , and a main shaft being penetrated through and fixed at a center portion of said orbiting scroll and a pair of upper and lower fixed scrolls opposed to said both surfaces of said orbiting scroll, each of said fixed scroll having volute tooth corresponding to each of said volute teeth of said orbiting scroll to respectively form compression chambers ; an orbiting scroll having volute teeth formed substantially symmetrically on both surfaces of an orbiting base plate , and a main shaft being penetrated through and fixed at a center portion of said orbiting scroll and a pair of upper and lower fixed scrolls opposed to said both surfaces of said orbiting scroll, each of said fixed scroll having volute tooth corresponding to each of said volute teeth of said orbiting scroll to respectively form compression chambers ; a motor provided in said closed container at an upper portion for driving said main shaft; characterized by the scroll compressor further comprising: a suction pipe provided for sucking a suction gas in the vertical closed container at an intermediate portion between the motor and the compression section ; a discharge passage provided below the motor and through the one of the fixed scrolls for discharging the compressed gas compressed in the compression section to outside of the closed container via a discharge pipe below the motor , wherein each of said orbiting scrolls and fixed scrolls has more than two turns of volute tooth formed toward the periphery of said main shaft.
A battery cell, comprising: an electrode assembly ; a housing provided with an accommodating space for accommodating the electrode assembly , wherein the housing comprises a first side plate located on a side in a first direction; a first pressure relief hole penetrating the first side plate in a thickness direction; a pressure relief mechanism disposed on the first side plate to cover the first pressure relief hole ; and a cover assembly for sealing the housing , characterised in that an inner surface of the first side plate of the housing is provided with a first flow channel extending along the inner surface, and the first flow channel is configured to guide a gas in the accommodating space to the pressure relief mechanism so that the pressure relief mechanism is actuated when a pressure reaches a threshold, and relieves the pressure; and the first flow channel comprises a first intermediate flow channel and a first edge flow channel , the first edge flow channel extends along a circumferential edge of the inner surface of the first side plate and communicates with the accommodating space, and the first edge flow channel and the pressure relief mechanism are in communication through the first intermediate flow channel . an electrode assembly ; a housing provided with an accommodating space for accommodating the electrode assembly , wherein the housing comprises a first side plate located on a side in a first direction; a first pressure relief hole penetrating the first side plate in a thickness direction; a pressure relief mechanism disposed on the first side plate to cover the first pressure relief hole ; and a cover assembly for sealing the housing , characterised in that an inner surface of the first side plate of the housing is provided with a first flow channel extending along the inner surface, and the first flow channel is configured to guide a gas in the accommodating space to the pressure relief mechanism so that the pressure relief mechanism is actuated when a pressure reaches a threshold, and relieves the pressure; and the first flow channel comprises a first intermediate flow channel and a first edge flow channel , the first edge flow channel extends along a circumferential edge of the inner surface of the first side plate and communicates with the accommodating space, and the first edge flow channel and the pressure relief mechanism are in communication through the first intermediate flow channel .
Process for producing ceramic materials, characterized in that a ceramic raw composition is admixed with between 40% and 70% by weight of spherical polymer particles having a diameter of between 5 μm and 3 mm, based on the sum of ceramic raw composition and polymer particles, and in that the ceramic raw composition is processed to give a ceramic material, wherein the ceramic raw composition contains less than 10% by weight of ceramic particles which are larger than 0.6 mm and wherein the ceramic raw composition is cast into a mould, subsequently dried, optionally heat-treated and fired.
An extruded packaged pet food product containing from over 15% to 30% moisture, from 11% up to 45% carbohydrate, fat and protein, and an a w of over 0.7, for use in reducing oral plaque.
A packaged composition for the oxidative coloration of hair which is formulated in two parts, the composition comprising: (i) an aqueous hair colorant part comprising one or more oxidative dye precursors, and less than 1% oleic acid by weight based on total weight of part (i); (ii) an aqueous colour developer part comprising one or more oxidising agents, from 5 to 15% stearic acid by weight based on total weight of part (ii); and less than 1% oleic acid by weight based on total weight of part (ii); in which parts (i) and (ii) are adapted to be mixed together before application to the hair. (i) an aqueous hair colorant part comprising one or more oxidative dye precursors, and less than 1% oleic acid by weight based on total weight of part (i); (ii) an aqueous colour developer part comprising one or more oxidising agents, from 5 to 15% stearic acid by weight based on total weight of part (ii); and less than 1% oleic acid by weight based on total weight of part (ii);
An inkjet printing apparatus comprising: a stage (STA) for receiving a substrate (SUB); an inkjet head disposed above the stage to spray ink onto the substrate; an ink storage to store ink; a first link pipe (IL1, IL1_1) connecting the ink storage and the inkjet head to each other to supply ink from the ink storage to the inkjet head; a second link pipe (IL2, IL2_1) connecting the ink storage and the inkjet head to each other to collect a portion of the ink that remains in the inkjet head after ink is ejected from the inkjet head, back to the ink storage; and a temperature controller including a cooling portion and a heating portion, wherein the first link pipe is disposed at the heating portion of the temperature controller, and the second link pipe is disposed at the cooling portion of the temperature controller, characterised in that : the ink includes solvent and solid particles dispersed in the solvent; the temperature controller further comprises a temperature adjustment member disposed between the cooling portion and the heating portion, wherein the temperature adjustment member is configured to absorb heat energy from ink flowing through the second link pipe at the cooling portion and discharge the heat energy to ink flowing through the first link pipe at the heating portion. a stage (STA) for receiving a substrate (SUB); an inkjet head disposed above the stage to spray ink onto the substrate; an ink storage to store ink; a first link pipe (IL1, IL1_1) connecting the ink storage and the inkjet head to each other to supply ink from the ink storage to the inkjet head; a second link pipe (IL2, IL2_1) connecting the ink storage and the inkjet head to each other to collect a portion of the ink that remains in the inkjet head after ink is ejected from the inkjet head, back to the ink storage; and a temperature controller including a cooling portion and a heating portion, wherein the first link pipe is disposed at the heating portion of the temperature controller, and the second link pipe is disposed at the cooling portion of the temperature controller, characterised in that : the ink includes solvent and solid particles dispersed in the solvent; the temperature controller further comprises a temperature adjustment member disposed between the cooling portion and the heating portion, wherein the temperature adjustment member is configured to absorb heat energy from ink flowing through the second link pipe at the cooling portion and discharge the heat energy to ink flowing through the first link pipe at the heating portion.
A protective element for an article of apparel comprising: a plate component having a perimeter shape; a first material layer having an exterior surface and an opposing interior surface, wherein the exterior surface is positioned adjacent to the plate component; a pad component having a first surface that is positioned adjacent to an interior of the first material layer; a guide pattern on the exterior surface of the first material layer opposite the interior adjacent the pad component, wherein the guide pattern corresponds to the perimeter shape of the plate component, wherein the plate component is positioned on the first material layer using the guide pattern; and an attachment element that attaches the plate component to the first material layer, proximate the guide pattern, wherein the attachment element is a hook-and-loop type attachment. a plate component having a perimeter shape; a first material layer having an exterior surface and an opposing interior surface, wherein the exterior surface is positioned adjacent to the plate component; a pad component having a first surface that is positioned adjacent to an interior of the first material layer; a guide pattern on the exterior surface of the first material layer opposite the interior adjacent the pad component, wherein the guide pattern corresponds to the perimeter shape of the plate component, wherein the plate component is positioned on the first material layer using the guide pattern; and an attachment element that attaches the plate component to the first material layer, proximate the guide pattern, wherein the attachment element is a hook-and-loop type attachment.
Bicycle that can be driven by muscle power and/or electrically, having - an electric drive , - a control device that is configured to control the electric drive , - a device for determining a steering angle, and - a device for determining a tilt angle, characterized in that the bicycle - has a device for detecting a lateral acceleration and/or a device for detecting a yaw rate of the bicycle, - wherein the device for determining a steering angle has a first rotational speed sensor for a first rotational speed of the front wheel and a second rotational speed sensor for a second rotational speed of the rear wheel, and the control device is configured to determine the steering angle on the basis of the first and the second rotational speed, and - wherein the control device is configured to determine a drive torque for the electric drive on the basis of the steering angle, the tilt angle and the lateral acceleration and/or the yaw rate. - an electric drive , - a control device that is configured to control the electric drive , - a device for determining a steering angle, and - a device for determining a tilt angle, characterized in that the bicycle - has a device for detecting a lateral acceleration and/or a device for detecting a yaw rate of the bicycle, - wherein the device for determining a steering angle has a first rotational speed sensor for a first rotational speed of the front wheel and a second rotational speed sensor for a second rotational speed of the rear wheel, and the control device is configured to determine the steering angle on the basis of the first and the second rotational speed, and - wherein the control device is configured to determine a drive torque for the electric drive on the basis of the steering angle, the tilt angle and the lateral acceleration and/or the yaw rate.
An air conditioner, comprising: a plurality of compressors ; a determining unit configured to determine whether a starting load of the air conditioner is smaller than a reference load; and a control unit , in a case when an operating of the plurality of compressors is needed, configured to simultaneously start the plurality of compressors if the starting load of the air conditioner is smaller than the reference load as a result of the determination of the determining unit, and configured to sequentially start the plurality of compressors if the starting load of the air conditioner is larger than the reference load. a plurality of compressors ; a determining unit configured to determine whether a starting load of the air conditioner is smaller than a reference load; and a control unit , in a case when an operating of the plurality of compressors is needed, configured to simultaneously start the plurality of compressors if the starting load of the air conditioner is smaller than the reference load as a result of the determination of the determining unit, and configured to sequentially start the plurality of compressors if the starting load of the air conditioner is larger than the reference load.
An apparatus comprising: a plurality of light sources (301-308, 704-709) configured to emit light for reflection from tissue of a user wearing the apparatus, at least one light detector configured to detect light that enters the light detector to produce a detected signal for a physiological measurement, and a light-conducting element (310, 710-712) configured to conduct light to the light detector, wherein the apparatus is configured to allow light reflected from the tissue of the user to enter the light-conducting element at a plurality of spatially separated openings, and a processor configured to obtain a plurality of detected signals using the detector and different light sources, and to select , based on the obtained detected signals, those one or more of the plurality of light sources for use in the physiological measurement, which provide a signal that meets a pre-defined quality criterion. a plurality of light sources (301-308, 704-709) configured to emit light for reflection from tissue of a user wearing the apparatus, at least one light detector configured to detect light that enters the light detector to produce a detected signal for a physiological measurement, and a light-conducting element (310, 710-712) configured to conduct light to the light detector, wherein the apparatus is configured to allow light reflected from the tissue of the user to enter the light-conducting element at a plurality of spatially separated openings, and a processor configured to obtain a plurality of detected signals using the detector and different light sources, and to select , based on the obtained detected signals, those one or more of the plurality of light sources for use in the physiological measurement, which provide a signal that meets a pre-defined quality criterion.