mhurhangee/patent-ind-claim-en huggingface dataset:
A modular system for assembling at least one lattice wall for a security cage, which system comprises; - a plurality of elongate intermediate posts arranged to be mounted side by side in at least one row, the intermediate posts thereby extending in parallel in a first direction, each post exhibiting a number of transverse primary through openings arranged in pairs along the post, the primary through openings of each pair being aligned in a second direction which is perpendicular to the first direction; - a plurality of elongate first bars , arranged to be mounted side by side in parallel, extending in the second direction, by insertion through respective pairs of said through openings in a plurality of intermediate posts arranged side by side in said row, - at least two locking posts arranged to be secured to a first and a last intermediate post in said row of intermediate posts; and - securing means for securing the locking posts to respective end sides of said first and last intermediate posts, which end sides face away from each other, thereby to lock the first bars from being removed by displacement in the second direction, characterized in that the elongate intermediate posts are hollow and in that the system further comprises a plurality of fastening brackets , each fastening bracket comprising a support portion arranged to be secured to a surrounding floor, wall or ceiling and a insertion portion arranged to be adjustably inserted into an end portion of an intermediate post and secured thereto at a desired insertion depth. - a plurality of elongate intermediate posts arranged to be mounted side by side in at least one row, the intermediate posts thereby extending in parallel in a first direction, each post exhibiting a number of transverse primary through openings arranged in pairs along the post, the primary through openings of each pair being aligned in a second direction which is perpendicular to the first direction; - a plurality of elongate first bars , arranged to be mounted side by side in parallel, extending in the second direction, by insertion through respective pairs of said through openings in a plurality of intermediate posts arranged side by side in said row, - at least two locking posts arranged to be secured to a first and a last intermediate post in said row of intermediate posts; and - securing means for securing the locking posts to respective end sides of said first and last intermediate posts, which end sides face away from each other, thereby to lock the first bars from being removed by displacement in the second direction,
A sliding assembly for the passenger compartment of a motor vehicle comprising : - a U-shaped profiled slide intended to be secured to the floor of said vehicle and comprising a horizontal base and two lateral wings provided at their free ends with two respective internal flanges facing each other, and - a console designed to be slidably and removably mounted on said slide ; - said console further comprising a locking device comprising two jaws mounted so as to pivot about the same longitudinal axis (A) and capable of being moved by control means between a spread position and a close position in which they are contained between said internal flanges , 15) so as not to interfere with the said slide when the said bracket is placed on this slide or when it is extracted, characterised in that in their separated position the jaws have their lower ends in the form of beaks , the said jaws being respectively in engagement with the lower faces of the two internal flanges of the said slide . - a U-shaped profiled slide intended to be secured to the floor of said vehicle and comprising a horizontal base and two lateral wings provided at their free ends with two respective internal flanges facing each other, and - a console designed to be slidably and removably mounted on said slide ; - said console further comprising a locking device comprising two jaws mounted so as to pivot about the same longitudinal axis (A) and capable of being moved by control means between a spread position and a close position in which they are contained between said internal flanges , 15) so as not to interfere with the said slide when the said bracket is placed on this slide or when it is extracted, characterised in that in their separated position the jaws have their lower ends in the form of beaks , the said jaws being respectively in engagement with the lower faces of the two internal flanges of the said slide .
A method for producing a blood-chimeric non-human animal that retains blood cells originating in a heterologous animal, the method comprising transplanting hematopoietic stem cells of a heterologous animal into a non-human animal, wherein the hematopoietic stem cells are cells in which the function of the Lnk gene is inhibited, and wherein said non-human animal is a pig or sheep.
A gas turbine engine casing with surface features and for an attritable gas turbine engine , the gas turbine engine casing comprising: a flow passage defined within said gas turbine engine casing for a gas turbine engine; the flow passage comprising an exterior portion and an interior portion opposite said exterior portion ; and the surface features being formed in said flow passage on an inner surface of said interior portion , characterised in that said surface features comprise a plurality of scallop shaped formations that include curved edges oriented downstream relative to a flow direction of fluid in the flow passage . a flow passage defined within said gas turbine engine casing for a gas turbine engine; the flow passage comprising an exterior portion and an interior portion opposite said exterior portion ; and the surface features being formed in said flow passage on an inner surface of said interior portion , characterised in that said surface features comprise a plurality of scallop shaped formations that include curved edges oriented downstream relative to a flow direction of fluid in the flow passage .
A method performed by a User Equipment, UE, in non-terrestrial networks, NTN, comprising: receiving a first configuration to trigger measurement reporting based on a first event; and triggering a first measurement report based on the first event, characterized by : in response to triggering the first measurement report, determining, based on whether the first event is a location-based triggering event or not, whether or not to include a measured radio condition of a first neighbor cell in the first measurement report, wherein the UE determines to omit or not include the measured radio condition of the first neighbor cell in the first measurement report if the first event is a location-based triggering event, and wherein the location-based triggering event is based on a distance between the UE and a reference location. receiving a first configuration to trigger measurement reporting based on a first event; and triggering a first measurement report based on the first event, characterized by : in response to triggering the first measurement report, determining, based on whether the first event is a location-based triggering event or not, whether or not to include a measured radio condition of a first neighbor cell in the first measurement report, wherein the UE determines to omit or not include the measured radio condition of the first neighbor cell in the first measurement report if the first event is a location-based triggering event, and wherein the location-based triggering event is based on a distance between the UE and a reference location. in response to triggering the first measurement report, determining, based on whether the first event is a location-based triggering event or not, whether or not to include a measured radio condition of a first neighbor cell in the first measurement report, wherein the UE determines to omit or not include the measured radio condition of the first neighbor cell in the first measurement report if the first event is a location-based triggering event, and wherein the location-based triggering event is based on a distance between the UE and a reference location.
A lighting apparatus comprising: a plurality of light sources for emitting light; a plurality of reflective elements ; and a plurality of photodetectors ; the light sources being located at different respective locations on a surface ; each reflective element being arranged to receive light emitted by at least two of the plurality of light sources and to direct the received light to a corresponding photodetector , each reflective element being arranged to receive light from a different respective group of light sources of the plurality of light sources ; and each photodetector being located at a location on the surface that is between the locations of said at least two light sources ; characterised in that : each of the reflective elements comprises a conical mirror having an outwardly facing reflective surface for receiving light from said at least two light sources and which is suspended above the surface via a 2. respective supportive element . a plurality of light sources for emitting light; a plurality of reflective elements ; and a plurality of photodetectors ; the light sources being located at different respective locations on a surface ; each reflective element being arranged to receive light emitted by at least two of the plurality of light sources and to direct the received light to a corresponding photodetector , each reflective element being arranged to receive light from a different respective group of light sources of the plurality of light sources ; and each photodetector being located at a location on the surface that is between the locations of said at least two light sources ; characterised in that : each of the reflective elements comprises a conical mirror having an outwardly facing reflective surface for receiving light from said at least two light sources and which is suspended above the surface via a 2. respective supportive element .
A method of mounting flow-altering devices on a wind turbine blade, the flow-altering devices being of the type having a base comprising an inner side for attaching onto a surface of the wind turbine blade, and an outer side with one or more flow-altering device parts protruding from the base, the method comprising - providing a mounting device with a mounting panel supporting one or more flow-altering devices , the one or more flow-altering devices including a first flow-altering device; - arranging the mounting panel on an area of application on the surface of the wind turbine blade with an adhesive material between the inner side of the first flow-altering device and the surface of the wind turbine blade, and with a seal between the mounting panel and the surface to form a cavity between the mounting panel and the surface of the wind turbine blade; - applying a negative pressure in the cavity; - releasing the negative pressure in the cavity; and - removing the mounting panel from the area of application on the surface of the wind turbine blade. - providing a mounting device with a mounting panel supporting one or more flow-altering devices , the one or more flow-altering devices including a first flow-altering device; - arranging the mounting panel on an area of application on the surface of the wind turbine blade with an adhesive material between the inner side of the first flow-altering device and the surface of the wind turbine blade, and with a seal between the mounting panel and the surface to form a cavity between the mounting panel and the surface of the wind turbine blade; - applying a negative pressure in the cavity; - releasing the negative pressure in the cavity; and - removing the mounting panel from the area of application on the surface of the wind turbine blade.
Adjusting device for adjusting the friction surface wear on brake pads and a brake disc of a disc brake , in particular for a motor vehicle, with an application device, preferably having a pivoting brake lever , wherein the adjusting device can be coupled on the drive input side with the application device, preferably with the pivoting brake lever , and on the drive output side with a spindle unit of the disc brake , wherein the adjusting device comprises: a) a drive element on each side of which a roller body arrangement is positioned axially, of which one is in the form of a roller bearing and one is a ball ramp clutch with a freewheel ; b) a pressure element coupled to the ball ramp clutch , which together with part of the ball ramp clutch forms an overload clutch ; c) an output element coupled to the pressure element for coupling to a coupling wheel , which is designed for coupling to the spindle unit ; d) an energy storage element for producing a prestressing force of the ball ramp clutch and the overload clutch ; and e) a support body , which is connected at one end to a bearing disc and around which, axially in line with the bearing disc , are arranged the drive element , the roller body arrangement , the overload clutch , the output element and the energy storage element , wherein the energy storage element is arranged between a bearing portion of the support body and the pressure element . a) a drive element on each side of which a roller body arrangement is positioned axially, of which one is in the form of a roller bearing and one is a ball ramp clutch with a freewheel ; b) a pressure element coupled to the ball ramp clutch , which together with part of the ball ramp clutch forms an overload clutch ; c) an output element coupled to the pressure element for coupling to a coupling wheel , which is designed for coupling to the spindle unit ; d) an energy storage element for producing a prestressing force of the ball ramp clutch and the overload clutch ; and e) a support body , which is connected at one end to a bearing disc and around which, axially in line with the bearing disc , are arranged the drive element , the roller body arrangement , the overload clutch , the output element and the energy storage element , wherein the energy storage element is arranged between a bearing portion of the support body and the pressure element .
A quantum dot-polymer composite comprising a polymer matrix; and quantum dots dispersed in the polymer matrix, wherein the quantum dots comprise a core-shell quantum dot comprising a semiconductor nanocrystal core comprising indium, zinc, and phosphorus, and a semiconductor nanocrystal shell disposed on the semiconductor nanocrystal core, the semiconductor nanocrystal shell comprising zinc, selenium, and sulfur, wherein the core-shell quantum dots do not comprise cadmium, the core-shell quantum dots are configured to emit green light, the core-shell quantum dots have a mole ratio of phosphorus to indium of greater than or equal to 0.78:1 and less than or equal to 1.5:1, and the core-shell quantum dots have a mole ratio of zinc to indium of greater than or equal to 35:1 and less than or equal to 55:1. a polymer matrix; and quantum dots dispersed in the polymer matrix, wherein the quantum dots comprise a core-shell quantum dot comprising a semiconductor nanocrystal core comprising indium, zinc, and phosphorus, and a semiconductor nanocrystal shell disposed on the semiconductor nanocrystal core, the semiconductor nanocrystal shell comprising zinc, selenium, and sulfur, wherein the core-shell quantum dots do not comprise cadmium, the core-shell quantum dots are configured to emit green light, the core-shell quantum dots have a mole ratio of phosphorus to indium of greater than or equal to 0.78:1 and less than or equal to 1.5:1, and the core-shell quantum dots have a mole ratio of zinc to indium of greater than or equal to 35:1 and less than or equal to 55:1.
A continuous belt screen assembly for arranging in a channel defined by opposed side walls containing liquid to be treated, the continuous belt screen assembly including: a base and opposed sides ; a moving belt screen defining an inlet arranged to allow liquid to flow into the moving belt screen to be screened; and at least one outlet arranged to allow screened liquid to exit from an outside of the movable belt screen ; and a flow restrictor wherein the flow restrictor has a body comprising two parts which are mountable to be spaced from each other and extend outwardly from the opposed sides to be mounted downstream of the at least one outlet to cause a damming effect by restricting the liquid flowing past the body out of the at least one outlet , the two parts being plates defining a peripheral operative edge which, in use, the liquid flows across, the peripheral operative edge extending from the base in a direction towards one of the sides to define at least a portion of at least one aperture arranged to control a level of the liquid upstream of the body . a base and opposed sides ; a moving belt screen defining an inlet arranged to allow liquid to flow into the moving belt screen to be screened; and at least one outlet arranged to allow screened liquid to exit from an outside of the movable belt screen ; and a flow restrictor wherein the flow restrictor has a body comprising two parts which are mountable to be spaced from each other and extend outwardly from the opposed sides to be mounted downstream of the at least one outlet to cause a damming effect by restricting the liquid flowing past the body out of the at least one outlet , the two parts being plates defining a peripheral operative edge which, in use, the liquid flows across, the peripheral operative edge extending from the base in a direction towards one of the sides to define at least a portion of at least one aperture arranged to control a level of the liquid upstream of the body .
Integrated pump valve device for providing pressurized air, comprising: a. a DC motor having a driving side and a commutator side opposite to the driving side ; b. a pump driven by the DC motor for providing pressurized air; c. at least one valve for controlling the flow of the pressurized air, the at least one valve being in fluid connection with the pump ; wherein d. the at least one valve is arranged on the commutator side of the DC motor and the pump is arranged on the opposite driving side of the DC motor . a. a DC motor having a driving side and a commutator side opposite to the driving side ; b. a pump driven by the DC motor for providing pressurized air; c. at least one valve for controlling the flow of the pressurized air, the at least one valve being in fluid connection with the pump ; wherein d. the at least one valve is arranged on the commutator side of the DC motor and the pump is arranged on the opposite driving side of the DC motor .
A computer-implemented method for speed sectioning of a train based on an overall speed section having an initial deceleration curve, the overall speed section comprising a plurality of initial speed sections, each initial speed section having a speed range ( , , ... , ) with an end point value and a deceleration value (a1, a2), wherein the method reduces the number of speed sections and comprises the steps: a) determining for each initial speed section a coordinate point (v, a), the coordinate point having a speed value and a coordinate point deceleration value, wherein the respective coordinate point is determined according to the end point value of the respective initial speed section and an the deceleration value of the respective initial speed section; b) determining a curvature at each coordinate point; and c) determining an end point value of a current speed section from one of the end point values of the initial speed sections using the curvature at the coordinate points, so as to acquire the current speed section, wherein at least one end point value of the current speed section is determined such that the current speed section has a speed range ( ) comprising several speed ranges of the initial speed ranges; wherein the reduced number of speed sections is used to efficiently calculate a train braking curve while guaranteeing accuracy of a follow-up calculation result and therefore enabling an on-board unit of a train to monitor a safe operation of the train in real-time. a) determining for each initial speed section a coordinate point (v, a), the coordinate point having a speed value and a coordinate point deceleration value, wherein the respective coordinate point is determined according to the end point value of the respective initial speed section and an the deceleration value of the respective initial speed section; b) determining a curvature at each coordinate point; and c) determining an end point value of a current speed section from one of the end point values of the initial speed sections using the curvature at the coordinate points, so as to acquire the current speed section, wherein at least one end point value of the current speed section is determined such that the current speed section has a speed range ( ) comprising several speed ranges of the initial speed ranges;
A winding device having a plurality of winding shafts , said winding device comprising - at least one support element , which can be moved relative to a machine frame and on which the winding shafts are arranged, - at least one pressing roller , which is rotatably mounted in at least one bearing arm, - at least one support arm, which supports the bearing arm, wherein at least one part of the bearing arm can be moved relative to the support arm, - wherein the support arm is movably mounted in the machine frame, characterized in that at least one positive guidance element is provided, by means of which the movement of the bearing arm relative to the support arm can be controlled in dependence on the position of the support arm relative to the machine frame. - at least one support element , which can be moved relative to a machine frame and on which the winding shafts are arranged, - at least one pressing roller , which is rotatably mounted in at least one bearing arm, - at least one support arm, which supports the bearing arm, wherein at least one part of the bearing arm can be moved relative to the support arm, - wherein the support arm is movably mounted in the machine frame,
An additive fabrication device configured to form layers of solid material on a build platform, the additive fabrication device comprising: a container configured to hold a liquid photopolymer ; a mixer disposed within the container and configured to move along at least a first axis to homogenize the liquid photopolymer within the container; characterized in that it further comprises a force sensor configured to produce sensor data indicative of forces applied to the mixer; at least one processor; and at least one computer readable medium comprising instructions that, when executed by the at least one processor: operate one or more actuators to move the mixer along the first axis; and detect a failure of an additive fabrication process based at least in part on the sensor data produced by the sensor during movement of the mixer along the first axis. a container configured to hold a liquid photopolymer ; a mixer disposed within the container and configured to move along at least a first axis to homogenize the liquid photopolymer within the container; characterized in that it further comprises a force sensor configured to produce sensor data indicative of forces applied to the mixer; at least one processor; and at least one computer readable medium comprising instructions that, when executed by the at least one processor: operate one or more actuators to move the mixer along the first axis; and detect a failure of an additive fabrication process based at least in part on the sensor data produced by the sensor during movement of the mixer along the first axis. operate one or more actuators to move the mixer along the first axis; and detect a failure of an additive fabrication process based at least in part on the sensor data produced by the sensor during movement of the mixer along the first axis.