mhurhangee/ep-ind-claims huggingface dataset:
A drive system for a rotary device comprising an electric motor comprising a rotatable shaft, as well as a torque transmission system arranged to connect the shaft of the motor to the rotary device, the transmission system comprising: - a sleeve having an inner surface defining a conduit for receiving the shaft, the sleeve being arranged to be fastened to the rotary device; - an annular chamber defined in the sleeve, emerging on the outside of the sleeve by an emptying port, the chamber containing a fluid; and - a closing off element for closing off the emptying port able to block a flow of fluid outside the chamber, the fluid contained in the chamber being pressurized in a gripping configuration of the transmission system, such that the inner surface of the conduit exerts pressure on the shaft so as to block the rotation of the shaft relative to the sleeve, such that the transmission system transmits the torque from the shaft to the rotary device, the closing off element not blocking the flow of fluid outside the chamber in a released configuration of the transmission system, such that the inner surface does not exert pressure on the shaft, such that the rotation of the shaft relative to the sleeve is free, characterized in that the transmission system comprises a switching device suitable for switching the transmission system from the gripping configuration to the released configuration when an internal temperature in the electric motor exceeds a predetermined threshold temperature. - a sleeve having an inner surface defining a conduit for receiving the shaft, the sleeve being arranged to be fastened to the rotary device; - an annular chamber defined in the sleeve, emerging on the outside of the sleeve by an emptying port, the chamber containing a fluid; and - a closing off element for closing off the emptying port able to block a flow of fluid outside the chamber,
An input device comprising: an operation body which has an operation surface (31 a) on which a pressing operation is performed; a detection member which detects that the operation surface is operated; and a case having an opening portion on a front side thereof, wherein the case includes the operation body which is disposed inside of the case such that the operation surface is exposed through the opening portion, first elastic support members which elastically supports the operation body, and a second elastic support member which supports the detection member that is pressed by the operation body and is elastically deformed when the operation surface is operated, wherein the operation body includes an abutment portion abutting on an inner surface of the case; characterized in that the detection member is configured of a plurality of pressure sensors; the first elastic support members are disposed on both sides of the operation body, and the second elastic support member is configured of a single plate spring and has a plurality of elastic support portions (53, 54) which are formed so as to protrude from the plate spring, the elastic support portions (53, 54) supporting the plurality of pressure sensors respectively. an operation body which has an operation surface (31 a) on which a pressing operation is performed; a detection member which detects that the operation surface is operated; and a case having an opening portion on a front side thereof, wherein the case includes the operation body which is disposed inside of the case such that the operation surface is exposed through the opening portion, first elastic support members which elastically supports the operation body, and a second elastic support member which supports the detection member that is pressed by the operation body and is elastically deformed when the operation surface is operated, the operation body which is disposed inside of the case such that the operation surface is exposed through the opening portion, first elastic support members which elastically supports the operation body, and a second elastic support member which supports the detection member that is pressed by the operation body and is elastically deformed when the operation surface is operated, wherein the operation body includes an abutment portion abutting on an inner surface of the case; characterized in that the detection member is configured of a plurality of pressure sensors; the first elastic support members are disposed on both sides of the operation body, and the second elastic support member is configured of a single plate spring and has a plurality of elastic support portions (53, 54) which are formed so as to protrude from the plate spring, the elastic support portions (53, 54) supporting the plurality of pressure sensors respectively.
An engine comprising: a cylinder (101, 10) constituting a combustion chamber with a piston; an exhaust port configured to communicate with the combustion chamber; and a muffler mounted to an outlet of the exhaust port, wherein: the muffler is mounted with a muffler mounting boss (16, 17) into which a fixing part is fitted; the muffler mounting boss (16, 17) is connected to a fin formed in the cylinder (101, 10); and an opening (16a and 17a) of the muffler mounting boss (16, 17) is formed on a surface of the fin. a cylinder (101, 10) constituting a combustion chamber with a piston; an exhaust port configured to communicate with the combustion chamber; and a muffler mounted to an outlet of the exhaust port, wherein: the muffler is mounted with a muffler mounting boss (16, 17) into which a fixing part is fitted; the muffler mounting boss (16, 17) is connected to a fin formed in the cylinder (101, 10); and an opening (16a and 17a) of the muffler mounting boss (16, 17) is formed on a surface of the fin. the muffler is mounted with a muffler mounting boss (16, 17) into which a fixing part is fitted; the muffler mounting boss (16, 17) is connected to a fin formed in the cylinder (101, 10); and an opening (16a and 17a) of the muffler mounting boss (16, 17) is formed on a surface of the fin.
An image generation device comprising: a camera that is configured to capture an image including light emitted from an instruction device; and a processor that is configured to generate a drawing image based on a detection status in which the light is detected from the captured image, wherein, to generate the drawing image, the processor is configured to cause the camera to reduce an exposure of an entire imaging surface to capture the captured image, by a predetermined amount, from a standard exposure specified for imaging according to an imagining environment of the camera, detect the light from the captured image, which is captured in a state in which the exposure is reduced by the predetermined amount, and record the drawing image, which is generated based on the detection status of the light, by correcting a brightness of a background region, which is a background of the detected light. a camera that is configured to capture an image including light emitted from an instruction device; and a processor that is configured to generate a drawing image based on a detection status in which the light is detected from the captured image, wherein, to generate the drawing image, the processor is configured to cause the camera to reduce an exposure of an entire imaging surface to capture the captured image, by a predetermined amount, from a standard exposure specified for imaging according to an imagining environment of the camera, detect the light from the captured image, which is captured in a state in which the exposure is reduced by the predetermined amount, and record the drawing image, which is generated based on the detection status of the light, by correcting a brightness of a background region, which is a background of the detected light. cause the camera to reduce an exposure of an entire imaging surface to capture the captured image, by a predetermined amount, from a standard exposure specified for imaging according to an imagining environment of the camera, detect the light from the captured image, which is captured in a state in which the exposure is reduced by the predetermined amount, and record the drawing image, which is generated based on the detection status of the light, by correcting a brightness of a background region, which is a background of the detected light.
A fluid handling cassette for use in a peritoneal dialysis system, the cassette comprising: a generally planar body having at least one pump chamber formed as a depression in a first side of the body and a plurality of flowpaths for fluid that includes a channel, and a flexible membrane attached to the first side of the body over the at least one pump chamber, a pump chamber portion of the membrane over the at least one pump chamber being arranged to be movable for movement of fluid in the pump chamber, the body including a vacuum vent clearance depression formed adjacent the at least one pump chamber, wherein the vacuum vent clearance depression prevents contact of the membrane with the body in an area located over the vacuum vent clearance depression and extending at least partially over the pump chamber. a generally planar body having at least one pump chamber formed as a depression in a first side of the body and a plurality of flowpaths for fluid that includes a channel, and a flexible membrane attached to the first side of the body over the at least one pump chamber, a pump chamber portion of the membrane over the at least one pump chamber being arranged to be movable for movement of fluid in the pump chamber, the body including a vacuum vent clearance depression formed adjacent the at least one pump chamber, wherein the vacuum vent clearance depression prevents contact of the membrane with the body in an area located over the vacuum vent clearance depression and extending at least partially over the pump chamber.
Breaker device for acting onto a closure element of a medical tubing, comprising: - a drive arrangement having an electric drive device and a drive element driven by the drive device, - a breaker module which is arrangeable on the drive arrangement, the breaker module comprising a housing, a movable part movably arranged on the housing and a breaking element for acting onto the closure element of the tubing, wherein the breaker module in an attached state is placed on the drive arrangement, the drive element being in operative connection with the movable part in the attached state such that a movement of the drive element causes the movable part to move for actuating the breaking element, and - a control device for controlling the electric drive device for driving the drive element, characterized in that the control device is constituted to control, during a detection routine, the electric drive device to drive the drive element in order to move the movable part, wherein the control device is further constituted to analyse at least one feedback signal received during the detection routine for determining a type of the breaker module, the feedback signal being indicative of a movement of the movable part during the detection routine. - a drive arrangement having an electric drive device and a drive element driven by the drive device, - a breaker module which is arrangeable on the drive arrangement, the breaker module comprising a housing, a movable part movably arranged on the housing and a breaking element for acting onto the closure element of the tubing, wherein the breaker module in an attached state is placed on the drive arrangement, the drive element being in operative connection with the movable part in the attached state such that a movement of the drive element causes the movable part to move for actuating the breaking element, and - a control device for controlling the electric drive device for driving the drive element,
Lighting device, including - a flat carrier with front and rear surfaces (16, 18) facing in opposed front and rear directions, said flat carrier comprising a cutout, and said flat carrier being provided with multiple carrier-side electrical contact portions, - a mounting element comprising multiple separately operable LED elements and multiple mount-side electrical contact portions electrically connected to said LED elements, - said mounting element being arranged on said rear surface of said flat carrier such that said LED elements are arranged on or within said cutout and such that an electrical contact is formed with said multiple carrier-side electrical contact portions to emit light into said front direction, - and a heat sink element being positioned to the rear of said mounting element in thermal contact therewith, wherein said multiple carrier-side electrical portions are provided on said rear surface of said flat carrier, wherein said electric contact is formed between said carrier side electric contact portions and said mount-side electrical contact portions, wherein said carrier-side electrical contact portions and said mount-side electrical contact portions are respectively provided as contact pads (26, 36) and are arranged on top of each other forming respective contact pairs, wherein said mounting element comprises an elevated portion projecting into said cutout; wherein said LED elements are arranged on said elevated portion; and wherein said mount-side electrical contact portions and said LED elements are provided on the same side of said mounting element. - a flat carrier with front and rear surfaces (16, 18) facing in opposed front and rear directions, said flat carrier comprising a cutout, and said flat carrier being provided with multiple carrier-side electrical contact portions, - a mounting element comprising multiple separately operable LED elements and multiple mount-side electrical contact portions electrically connected to said LED elements, - said mounting element being arranged on said rear surface of said flat carrier such that said LED elements are arranged on or within said cutout and such that an electrical contact is formed with said multiple carrier-side electrical contact portions to emit light into said front direction, - and a heat sink element being positioned to the rear of said mounting element in thermal contact therewith, wherein said multiple carrier-side electrical portions are provided on said rear surface of said flat carrier, wherein said electric contact is formed between said carrier side electric contact portions and said mount-side electrical contact portions, wherein said carrier-side electrical contact portions and said mount-side electrical contact portions are respectively provided as contact pads (26, 36) and are arranged on top of each other forming respective contact pairs, wherein said mounting element comprises an elevated portion projecting into said cutout; wherein said LED elements are arranged on said elevated portion; and wherein said mount-side electrical contact portions and said LED elements are provided on the same side of said mounting element.
A recreational device comprising: - an image object, made from a sheet, and-defining a perimeter, - folding lines to permit the folding of said image object, - said folding lines allowing the folding of said sheet and the formation of a plurality of support elements, defining portions of said perimeter, and available on a base surface, - said support elements being curved elements suitable to ensure contact with said base surface, elastically deformable and suitable to react in contrast to said base surface, and - said recreational device further comprising: - an interaction portion consisting of a portion of said perimeter not coinciding with said support elements and suitable to allow a finger to press said object image when said support elements are plastically deformed, and being characterized in that - said sheet is a flat sheet made of a polymer material with a thickness comprised between 0.1 mm and 1 mm, such that the device is formed by folding along the fold lines before use. - an image object, made from a sheet, and-defining a perimeter, - folding lines to permit the folding of said image object, - said folding lines allowing the folding of said sheet and the formation of a plurality of support elements, defining portions of said perimeter, and available on a base surface, - said support elements being curved elements suitable to ensure contact with said base surface, elastically deformable and suitable to react in contrast to said base surface, and - said recreational device further comprising: - an interaction portion consisting of a portion of said perimeter not coinciding with said support elements and suitable to allow a finger to press said object image when said support elements are plastically deformed, and being characterized in that - said sheet is a flat sheet made of a polymer material with a thickness comprised between 0.1 mm and 1 mm, such that the device is formed by folding along the fold lines before use.
An aerodynamic unit for a road vehicle, wherein the aerodynamic unit is configured for attachment onto a roof of a road vehicle and comprises a guide portion having an underside for positioning on a roof of a vehicle so that air passes over the aerodynamic unit during forward movement of a road vehicle, the aerodynamic unit further comprising: a first or leading end for positioning distal to a rear end of a vehicle roof, and a second or trailing end for positioning proximal a rear end of a vehicle roof; a fin extending along each side of the aerodynamic unit in a direction between the trailing end and the leading end, wherein the fins project forwardly of the guide portion and define a region for directing air flow between the fins before flowing over the guide portion, further wherein the guide portion decreases in height in a direction towards the trailing end of the unit. a first or leading end for positioning distal to a rear end of a vehicle roof, and a second or trailing end for positioning proximal a rear end of a vehicle roof; a fin extending along each side of the aerodynamic unit in a direction between the trailing end and the leading end, wherein the fins project forwardly of the guide portion and define a region for directing air flow between the fins before flowing over the guide portion, further wherein the guide portion decreases in height in a direction towards the trailing end of the unit.
Applicator for applying a cosmetic product, in particular to keratin fibres, and notably for applying mascara to eyelashes, said applicator comprising an applicator member (11, 20) connected to a gripping member, said applicator member comprising a flexible core (13, 21) that is able to be deformed elastically, said core bearing a set of application elements (14, 22), characterized in that the core has a length greater than 45 mm, preferably greater than 60 mm, and follows an open path along at least a substantial portion of its length starting from the gripping member, without turning back towards said gripping member, the core therefore defining a distal application portion and a proximal portion.
A refrigerator comprising a cabinet forming a storage space, a door opening and closing the cabinet and having an opening communicated with the storage space, and a detection device provided in the door for detecting a user's operation, wherein the refrigerator comprises: a lighting unit turned on or off by a signal of the detection device operated by the user while the door is closed, and illuminating an inside of the refrigerator; and a panel assembly provided to cover the opening and through which light is transmitted to the outside of the refrigerator so as to allow the user to selectively view the inside of the refrigerator by turning on/off of the lighting unit; wherein the detection device is a knock detection device provided on a rear surface of the panel assembly and detecting a knocking operation on the panel assembly by the user; wherein the panel assembly comprises a front panel formed of a see-through material, the front panel having a bezel, and wherein the knock detection device is installed at the area of the bezel of the front panel. a lighting unit turned on or off by a signal of the detection device operated by the user while the door is closed, and illuminating an inside of the refrigerator; and a panel assembly provided to cover the opening and through which light is transmitted to the outside of the refrigerator so as to allow the user to selectively view the inside of the refrigerator by turning on/off of the lighting unit; wherein the detection device is a knock detection device provided on a rear surface of the panel assembly and detecting a knocking operation on the panel assembly by the user; wherein the panel assembly comprises a front panel formed of a see-through material, the front panel having a bezel, and wherein the knock detection device is installed at the area of the bezel of the front panel.
An automated, on-demand baking system comprising: a mixing, baking and dispensing container; a computer controlled injector configured to be operative to programmably inject liquid baking ingredients through a wall of said mixing, baking and dispensing container and into said mixing, baking and dispensing container; a computer controlled rotator; a heating generator; and a controller operative to govern the operation of said computer controlled injector, said computer controlled rotator and said heating generator, characterized in that: said computer controlled rotator is configured to be operative to programmably rotate said mixing, baking and dispensing container containing baking ingredients in a vertical plane, thereby mixing said baking ingredients into a dough. a mixing, baking and dispensing container; a computer controlled injector configured to be operative to programmably inject liquid baking ingredients through a wall of said mixing, baking and dispensing container and into said mixing, baking and dispensing container; a computer controlled rotator; a heating generator; and a controller operative to govern the operation of said computer controlled injector, said computer controlled rotator and said heating generator, characterized in that: said computer controlled rotator is configured to be operative to programmably rotate said mixing, baking and dispensing container containing baking ingredients in a vertical plane, thereby mixing said baking ingredients into a dough.
Mounting system for busbars (L1..L3, L1', N) of an electrical switchgear, comprising - a plurality of holder rails (2a, 2b) made of plastic, - connection profiles (3a, 3b) to interconnect the holder rails (2a, 2b) and to effect a distance between the holder rails (2a, 2b) and - a plurality of busbar holders (4a, 4b) made of metal, which are provided to receive the busbars (L1..L3, L1', N) and which are arranged in the holder rails (2a, 2b), characterized in that - the busbar holders (4a, 4b) are strut profiles with a square pipe cross section and with cutouts for the busbars (L1..L3, L1', N). - a plurality of holder rails (2a, 2b) made of plastic, - connection profiles (3a, 3b) to interconnect the holder rails (2a, 2b) and to effect a distance between the holder rails (2a, 2b) and - a plurality of busbar holders (4a, 4b) made of metal, which are provided to receive the busbars (L1..L3, L1', N) and which are arranged in the holder rails (2a, 2b), - the busbar holders (4a, 4b) are strut profiles with a square pipe cross section and with cutouts for the busbars (L1..L3, L1', N).
A Saccharomyces cerevisiae yeast strain, which is deposited under deposit Accession No. DSM 29004 with International Deposit Authority Leibniz-Institut DSMZ - Deutsche Sammlung von Mikroorganismen und Zellkulturen GmbH.