mhurhangee/patent-ind-claim-en huggingface dataset:
A central traction device for a straddle-type monorail train, comprising: a frame ; a traction pin , and a traction beam , a central sleeve being provided at the center of the traction beam , and the traction pin being mounted in the central sleeve , wherein: an inner cavity of the central sleeve has a corset-shaped structure having large diameters on an upper end and a lower end and a small diameter at a middle part, forming double tapered bevels, and a resilient rubber bush is provided between an inner wall of the central sleeve and the traction pin ; characterised in that the traction device further comprises two end plates distributed in a longitudinal direction, and the two end plates are respectively mounted at outer sides of the traction pin , a top portion of each of the end plates is fixedly connected to the frame , and four traction rubber stacks are mounted between the traction beam and the two end plates . a frame ; a traction pin , and a traction beam , a central sleeve being provided at the center of the traction beam , and the traction pin being mounted in the central sleeve , wherein: an inner cavity of the central sleeve has a corset-shaped structure having large diameters on an upper end and a lower end and a small diameter at a middle part, forming double tapered bevels, and a resilient rubber bush is provided between an inner wall of the central sleeve and the traction pin ; characterised in that the traction device further comprises two end plates distributed in a longitudinal direction, and the two end plates are respectively mounted at outer sides of the traction pin , a top portion of each of the end plates is fixedly connected to the frame , and four traction rubber stacks are mounted between the traction beam and the two end plates . an inner cavity of the central sleeve has a corset-shaped structure having large diameters on an upper end and a lower end and a small diameter at a middle part, forming double tapered bevels, and a resilient rubber bush is provided between an inner wall of the central sleeve and the traction pin ; characterised in that the traction device further comprises two end plates distributed in a longitudinal direction, and the two end plates are respectively mounted at outer sides of the traction pin , a top portion of each of the end plates is fixedly connected to the frame , and four traction rubber stacks are mounted between the traction beam and the two end plates .
A heating appliance comprising a main body having a fire-box with an opening at its front for placing therein combustible fuel with which said heating appliance is used, a fire door for closing said opening, said fire door having a window , a baffle which is movable between a first position and a second position, and a food holding part above said fire-box , in which heat generated by said combustible fuel in use cooks food with which said heating appliance is used which is placed in or on said food holding part , characterized in that when said baffle is in said first position, it is disposed in a front part of said fire-box and below said food holding part , and it is behind said fire door so as to form a shield for said fire door from heat generated by said combustible fuel in use, and when said baffle is in said second position, it is disposed in an upper part of said fire-box , it is below said food holding part and forms a shield for a top of said fire-box from said heat generated by said combustible fuel in use beneath, and at least some said heat generated by said combustible fuel in use is directed by said baffle through said window . characterized in that when said baffle is in said first position, it is disposed in a front part of said fire-box and below said food holding part , and it is behind said fire door so as to form a shield for said fire door from heat generated by said combustible fuel in use, and when said baffle is in said second position, it is disposed in an upper part of said fire-box , it is below said food holding part and forms a shield for a top of said fire-box from said heat generated by said combustible fuel in use beneath, and at least some said heat generated by said combustible fuel in use is directed by said baffle through said window .
A refrigerator , comprising: an enclosed, refrigerated space ; a plurality of shelves in the refrigerated space for holding items to be refrigerated; a plurality of doors for permitting access to the shelves; a plurality of vertically extending mullions interspersed among the doors , each mullion including an interior surface that faces inwardly relative to the enclosed refrigerated space ; and a plurality of lighting devices , each installed on the interior surface of a respective one of the mullions , each of the lighting devices comprising: a light emitting diode (LED) having a main axis of light emission ; characterized by each of the lighting devices further comprising a lens element positioned adjacent the LED , the lens element having a geometry defined by at least partial revolution of a cross-sectional profile around an axis of revolution ; the lens element positioned relative to the LED such that said axis of revolution crosses the main axis of light emission of the LED , the lens element operative to apply total internal reflection to at least some light rays emitted from the LED . an enclosed, refrigerated space ; a plurality of shelves in the refrigerated space for holding items to be refrigerated; a plurality of doors for permitting access to the shelves; a plurality of vertically extending mullions interspersed among the doors , each mullion including an interior surface that faces inwardly relative to the enclosed refrigerated space ; and a plurality of lighting devices , each installed on the interior surface of a respective one of the mullions , each of the lighting devices comprising: a light emitting diode (LED) having a main axis of light emission ; characterized by each of the lighting devices further comprising a lens element positioned adjacent the LED , the lens element having a geometry defined by at least partial revolution of a cross-sectional profile around an axis of revolution ; the lens element positioned relative to the LED such that said axis of revolution crosses the main axis of light emission of the LED , the lens element operative to apply total internal reflection to at least some light rays emitted from the LED . a light emitting diode (LED) having a main axis of light emission ; characterized by each of the lighting devices further comprising a lens element positioned adjacent the LED , the lens element having a geometry defined by at least partial revolution of a cross-sectional profile around an axis of revolution ; the lens element positioned relative to the LED such that said axis of revolution crosses the main axis of light emission of the LED , the lens element operative to apply total internal reflection to at least some light rays emitted from the LED .
A sport ball comprising: a casing that forms at least a portion of an exterior surface of the ball, the casing being formed from a plurality of fluid-filled chambers , and wherein the exterior of the sport ball is formed from the plurality of fluid-filled chambers; and a bladder located within the casing, the bladder having a sealed and valveless structure that encloses a pressurized gas. a casing that forms at least a portion of an exterior surface of the ball, the casing being formed from a plurality of fluid-filled chambers , and wherein the exterior of the sport ball is formed from the plurality of fluid-filled chambers; and a bladder located within the casing, the bladder having a sealed and valveless structure that encloses a pressurized gas.
An aircraft controller configured to: determine information associated with an aircraft taxiing route associated with an aircraft; and on the basis of the information, determine a first braking parameter for a first main landing gear of the aircraft and a second braking parameter for a second main landing gear of the aircraft during a landing event, the first and second braking parameters being determined to result in asymmetrical braking between the first and second main landing gears during the landing event. determine information associated with an aircraft taxiing route associated with an aircraft; and on the basis of the information, determine a first braking parameter for a first main landing gear of the aircraft and a second braking parameter for a second main landing gear of the aircraft during a landing event, the first and second braking parameters being determined to result in asymmetrical braking between the first and second main landing gears during the landing event.
An apparatus for contacting a fluid stream with microorganisms, the apparatus comprising: a housing having a contacting chamber therein defined by a wall of the housing, wherein the contact chamber has a first region, in use the first region being occupied by a liquid medium containing microorganisms, and a second region, in use the second region being occupied by fluid from the fluid stream to be processed; a first inlet for the fluid stream to be treated, the inlet directing fluid to be processed into the second region of the contacting chamber; a first outlet for removing a liquid culture medium stream containing microorganisms; a second outlet for the fluid stream to be treated; a rotor assembly comprising an impeller moveable within the contacting chamber to promote contact between the fluid stream being treated and the liquid culture medium within the contacting chamber, in use the impeller moving through both the first and second regions of the contact chamber; wherein the impeller comprises at least one scoop or bucket to transport a portion of the microorganism-containing liquid medium into the region of the housing occupied by the fluid stream to be treated and in turn transport fluid from the fluid stream to be treated into the microorganism-containing liquid medium; wherein at a least a portion of the wall of the housing defining the contacting chamber is transparent to light. a housing having a contacting chamber therein defined by a wall of the housing, wherein the contact chamber has a first region, in use the first region being occupied by a liquid medium containing microorganisms, and a second region, in use the second region being occupied by fluid from the fluid stream to be processed; a first inlet for the fluid stream to be treated, the inlet directing fluid to be processed into the second region of the contacting chamber; a first outlet for removing a liquid culture medium stream containing microorganisms; a second outlet for the fluid stream to be treated; a rotor assembly comprising an impeller moveable within the contacting chamber to promote contact between the fluid stream being treated and the liquid culture medium within the contacting chamber, in use the impeller moving through both the first and second regions of the contact chamber; wherein the impeller comprises at least one scoop or bucket to transport a portion of the microorganism-containing liquid medium into the region of the housing occupied by the fluid stream to be treated and in turn transport fluid from the fluid stream to be treated into the microorganism-containing liquid medium; wherein at a least a portion of the wall of the housing defining the contacting chamber is transparent to light.
A mixing appliance for preparing a ready-to-use mass consisting of at least one component (B or H), to be thoroughly mixed before use, in a cartridge with a tubular mixing rod , wherein - the cartridge has a storage and mixing chamber with compensating piston for at least one of the components (B or H) of the mass, - the tubular mixing rod engages, at a bottleneck-like portion of the cartridge , the storage and mixing chamber in a rotatable and laterally displaceable manner, - the tubular mixing rod has a mixing head at its end in the storage and mixing chamber and - the tubular mixing rod has a plate-shaped coupling element at the external end, having - a cartridge receiver for the insertion of the cartridge to be prepared, - a counter-pressure cylinder , associated with the cartridge receiver , for pressure action upon the compensating piston of the cartridge , - a mixing lifting cylinder for lateral motion of the cartridge receiver , - a fixedly arranged holding means for the coupling element of the mixing rod , which element receives the mixing rod in a manner which is rotatable yet is fixed in a longitudinal direction, and - a drive means for generating a rotary motion about a longitudinal axis between mixing rod and cartridge relatively, wherein the cartridge receiver has a clamping means for the cartridge , characterised in that the cartridge is clampable at the bottleneck-like portion by means of the clamping means . - the cartridge has a storage and mixing chamber with compensating piston for at least one of the components (B or H) of the mass, - the tubular mixing rod engages, at a bottleneck-like portion of the cartridge , the storage and mixing chamber in a rotatable and laterally displaceable manner, - the tubular mixing rod has a mixing head at its end in the storage and mixing chamber and - the tubular mixing rod has a plate-shaped coupling element at the external end, - a cartridge receiver for the insertion of the cartridge to be prepared, - a counter-pressure cylinder , associated with the cartridge receiver , for pressure action upon the compensating piston of the cartridge , - a mixing lifting cylinder for lateral motion of the cartridge receiver , - a fixedly arranged holding means for the coupling element of the mixing rod , which element receives the mixing rod in a manner which is rotatable yet is fixed in a longitudinal direction, and - a drive means for generating a rotary motion about a longitudinal axis between mixing rod and cartridge relatively,
A method for locating an endpoint , wherein the endpoint is a utility meter endpoint, the method comprising: in response to detecting a transmission from the endpoint, determining whether the endpoint is an endpoint of interest based on whether an identifier of the endpoint is on a list of expected endpoints ; if the endpoint is the endpoint of interest: sending a first command to the endpoint to increase a transmission rate of the endpoint; determining estimated locations of the endpoint using signal strengths of subsequent transmissions from the endpoint until a final estimated location is determined; and in response to determining the final estimated location of the endpoint, sending a second command to the endpoint to decrease the transmission rate of the endpoint. in response to detecting a transmission from the endpoint, determining whether the endpoint is an endpoint of interest based on whether an identifier of the endpoint is on a list of expected endpoints ; if the endpoint is the endpoint of interest: sending a first command to the endpoint to increase a transmission rate of the endpoint; determining estimated locations of the endpoint using signal strengths of subsequent transmissions from the endpoint until a final estimated location is determined; and in response to determining the final estimated location of the endpoint, sending a second command to the endpoint to decrease the transmission rate of the endpoint. sending a first command to the endpoint to increase a transmission rate of the endpoint; determining estimated locations of the endpoint using signal strengths of subsequent transmissions from the endpoint until a final estimated location is determined; and in response to determining the final estimated location of the endpoint, sending a second command to the endpoint to decrease the transmission rate of the endpoint.
A motor vehicle interior trim component made from a single-layer fiber composite having a first layer and a second layer and a middle layer arranged between the first and the second layer , comprising a matrix made from a thermoplastic material, in which first fibers and further fibers are embedded, wherein the first fibers are embedded in the first and the second layer and are selected from a group comprising glass fibers, glassy mineral fibers, carbon fibers, natural fibers and mixtures thereof, and the further fibers are arranged in the middle layer, characterized in that the further fibers are selected from a group comprising plastic fibers and natural fibers and mixtures thereof, and the middle layer comprises exclusively the further fibers as fibers, wherein the proportion of the thermoplastic material in the middle layer is selected from a range of 35 wt.% to 45 wt.% and the rest is formed at 100 wt.% by the further fibers .
An apparatus to upgrade a component (310-312) of software for a control device (150-152) of a process control system , the apparatus comprising: a first existing component (320, 310-312) to determine when a second existing component (310-312) of the software in a functioning control device (150-152) is at least one of failed, failing, or producing errors, each of the first and second existing components (320, 310-312) implementing a respective instantiation of the same software; and an upgrade module to: instantiate a replacement component of the software in the functioning control device (150-152) currently executing the second existing component (310-312) that is at least one of failed, failing, or producing errors, the replacement component being an upgraded version of the second existing component (310-312); copy state data associated with the second existing component (310-312) to the replacement component; and change the replacement component in the functioning control device (150-152) to an active mode when a state of the replacement component matches a state of the second existing component (150-152). a first existing component (320, 310-312) to determine when a second existing component (310-312) of the software in a functioning control device (150-152) is at least one of failed, failing, or producing errors, each of the first and second existing components (320, 310-312) implementing a respective instantiation of the same software; and an upgrade module to: instantiate a replacement component of the software in the functioning control device (150-152) currently executing the second existing component (310-312) that is at least one of failed, failing, or producing errors, the replacement component being an upgraded version of the second existing component (310-312); copy state data associated with the second existing component (310-312) to the replacement component; and change the replacement component in the functioning control device (150-152) to an active mode when a state of the replacement component matches a state of the second existing component (150-152). instantiate a replacement component of the software in the functioning control device (150-152) currently executing the second existing component (310-312) that is at least one of failed, failing, or producing errors, the replacement component being an upgraded version of the second existing component (310-312); copy state data associated with the second existing component (310-312) to the replacement component; and change the replacement component in the functioning control device (150-152) to an active mode when a state of the replacement component matches a state of the second existing component (150-152).
A bicycle gearing comprising - a spur gear , which comprises a fixed sun wheel having a central bearing axis (y 1 ) extending centrally therein and a planet wheel running on the sun wheel and rotating around a planet wheel bearing axis (y 2 ), - a gear wheel , via which a traction mechanism is drivable, characterized by a four-bar linkage , which interacts with the spur gear and comprises a crank , which is fixedly connected to the planet wheel and is connected in a rotationally-movable manner to a pedal crank , and wherein the gear wheel has an oval shape. - a spur gear , which comprises a fixed sun wheel having a central bearing axis (y 1 ) extending centrally therein and a planet wheel running on the sun wheel and rotating around a planet wheel bearing axis (y 2 ), - a gear wheel , via which a traction mechanism is drivable,
Central disc of a brake disc for cycle or motorcycle, wherein said central disc is configured to key on a wheel hub of the cycle or of the motorcycle, wherein said central disc supports an outer ring of the brake disc, wherein said outer ring comprises a contact zone with friction means for braking, wherein said central disc comprises a load-bearing body comprising a multiplicity of first radial grooves adapted to mount a multiplicity of protuberances or ribs extending radially from an inner edge of said outer ring of the brake disc towards said central disc , characterized in that said load-bearing body comprises a multiplicity of second radial grooves , wherein each second radial groove is arranged in correspondence with each first radial groove of said multiplicity of first radial grooves , wherein each second radial groove is in communication of friction powder flow resulting from the braking action with each first radial groove of said multiplicity of first radial grooves through a through slot carved inside the load-bearing body between said first and said second radial groove . wherein said central disc is configured to key on a wheel hub of the cycle or of the motorcycle, wherein said central disc supports an outer ring of the brake disc, wherein said outer ring comprises a contact zone with friction means for braking, wherein said central disc comprises a load-bearing body comprising a multiplicity of first radial grooves adapted to mount a multiplicity of protuberances or ribs extending radially from an inner edge of said outer ring of the brake disc towards said central disc , characterized in that said load-bearing body comprises a multiplicity of second radial grooves , wherein each second radial groove is arranged in correspondence with each first radial groove of said multiplicity of first radial grooves , wherein each second radial groove is in communication of friction powder flow resulting from the braking action with each first radial groove of said multiplicity of first radial grooves through a through slot carved inside the load-bearing body between said first and said second radial groove .
A window structure for an electronic device, comprising: a window ; a design layer structure arranged on the window, the design layer structure including a first hole exposing a portion of the window, wherein the design layer structure includes designs visible through the window; a light shield layer arranged on the design layer structure, the light shield layer including a second hole corresponding to the first hole, wherein the second hole has a diameter larger than that of the first hole; and a light absorption layer directly contacting and covering at least a portion of the design layer structure exposed by the first and/or the second holes. a window ; a design layer structure arranged on the window, the design layer structure including a first hole exposing a portion of the window, wherein the design layer structure includes designs visible through the window; a light shield layer arranged on the design layer structure, the light shield layer including a second hole corresponding to the first hole, wherein the second hole has a diameter larger than that of the first hole; and a light absorption layer directly contacting and covering at least a portion of the design layer structure exposed by the first and/or the second holes.