mhurhangee/ep-ind-claims huggingface dataset:
Installation box for electric wiring, comprising a housing and a ring that is adjustable with respect to the housing, wherein the housing is provided with a bottom wall and a cylindrical circumferential wall that is upright from the bottom wall and has a centre line, wherein the bottom wall and the circumferential wall jointly define an inner space for accommodating installation material, wherein the circumferential wall comprises a circular circumferential edge that faces away from the bottom wall and bounds a primary opening of the housing, wherein the ring is provided with a circular ring body that is situated concentrically within the circumferential wall in the opening of the housing, wherein the ring via a helical transmission (31, 44) along a helical path engages onto the inside of the circumferential wall, wherein with respect to the housing the ring can be rotated about the centre line of the circumferential wall in a first direction of rotation and a second, opposite direction of rotation, wherein the helical transmission (31, 44) is adapted for per revolution in the first direction of rotation moving the ring parallel to the centre line in the direction of the bottom wall to a low position and wherein the helical transmission (31, 44) is adapted for per revolution of the ring in the second direction of rotation moving the ring parallel to the centre line away from the bottom wall to a high position, characterised in that the housing is provided with a blocking cam having a first blocking surface that - when the ring is in the high position - abuts the ring in the direction of the first direction of rotation and blocks the ring with respect to the first blocking surface against further rotation in the second direction of rotation.
A round reflector for electromagnetic radiation, in particular for light beams for illumination purposes, the reflector consisting of a circular disk, strip-type fingers projecting from a central portion of the circular disk in a star-like manner and being bent so to form a reflector shape, characterized in that a ring (7a/7b) is fitted and fixed on the reflector, and that the ring (7a/7b) is circular and has at the inner peripheral edge at least one inwardly directed latch nib or a latch projection that in the intended mounting position when fitted from outside on the reflector engages a recess formed at the reflector and holds the ring (7a/7b) at the reflector, and that the circular disk forming the reflector is made from sheet aluminum and is anodized on the reflecting side.
A mixing device for a dental powder jet device comprising a container (2; 52) for receiving a powder, an inlet (4; 54) for a transport fluid, and an outlet (6; 56) for a powder transport fluid mixture, the outlet (6; 56) having a plurality of outlet nozzles (12; 62) and all the outlet nozzles (12; 62) being arranged along a straight line such that the inlet directions (x) thereof are arranged parallel to each another, the inlet (4; 54) having at least a first (8; 58) and at least a second (10; 60) inlet nozzle, the inlet (4; 54) being formed as a tubular body projecting into the container, on which tubular body the first and second inlet nozzles (8; 58) are offsetly arranged in the flow direction of the transport fluid, or the inlet (4; 54) being formed by a first tubular body projecting into the container (2; 52) and having the first inlet nozzle (8; 58), and by a second tubular body projecting into the container and having the second inlet nozzle (10; 60), the outlet being designed as another tubular body projecting into the container, the outlet direction (w) of the second inlet nozzle (10; 60) being offset with respect to the outlet direction (v) and wherein the outlet direction (v) of the first inlet nozzle (8; 58) intersects the inlet directions (x) of the outlet nozzles (12; 62) to ensure that the outlet nozzles (12, 62) are kept free of powder.
A pump unit for conveying water as injection liquid for an internal combustion engine which comprises a camshaft of the internal combustion engine and a pump driven by the camshaft of the internal combustion engine, wherein a separating device is provided between the camshaft and a movable piston element of the pump, which piston element delimits a working chamber, which separating device is configured such that in a first state of the separating device, force is transmitted from the camshaft to the piston element and in a second state of the separating device, force is not transmitted between the camshaft and the piston element, wherein the separating device uncouples the piston element from the camshaft when the separating device changes from its first state to its second state and wherein due to the effect of the separating device, the piston element can remain specifically in a rest position in which it does not perform any movement in the working chamber and the piston element can be specifically set into motion again by the separating device.
A method of detecting whether measurements of the position of a device are outliers, implemented using a Kalman filter or multiple Kalman filters, the device comprising position measurement means, the method comprising: determining the state of motion of a user of the device from a plurality of possible states by analyzing signals from one or more sensors and/or one or more earlier measured positions of the device; predicting the position of the device using a plurality of models and the determined state of motion of the user, each model corresponding to a respective one of the plurality of possible states; measuring the position of the device using the position measurement means; comparing the predicted position of the device to the measured position of the device to compute a residual as a difference between the measured position and the predicted position; and determining whether the measured position of the device is an outlier based on the computed residual. determining the state of motion of a user of the device from a plurality of possible states by analyzing signals from one or more sensors and/or one or more earlier measured positions of the device; predicting the position of the device using a plurality of models and the determined state of motion of the user, each model corresponding to a respective one of the plurality of possible states; measuring the position of the device using the position measurement means; comparing the predicted position of the device to the measured position of the device to compute a residual as a difference between the measured position and the predicted position; and determining whether the measured position of the device is an outlier based on the computed residual.
Media cutting apparatus (10, 62, 64) comprising: a cutter arrangement to cut media along a line perpendicular to the direction of movement of the media; characterized in that the media cutting apparatus (10, 62, 64) further comprises: a first roller to rotate media cut by the cutter arrangement to change the orientation of a longitudinal axis of the media with regard to the direction of movement of the media; and wherein the cutter arrangement is arranged to cut the media prior to and after rotation by the first roller. a cutter arrangement to cut media along a line perpendicular to the direction of movement of the media; characterized in that the media cutting apparatus (10, 62, 64) further comprises: a first roller to rotate media cut by the cutter arrangement to change the orientation of a longitudinal axis of the media with regard to the direction of movement of the media; and wherein the cutter arrangement is arranged to cut the media prior to and after rotation by the first roller. a first roller to rotate media cut by the cutter arrangement to change the orientation of a longitudinal axis of the media with regard to the direction of movement of the media; and wherein the cutter arrangement is arranged to cut the media prior to and after rotation by the first roller.
Gas turbine engine, in particular an aircraft engine, with a geared turbofan arrangement, with a propulsive fan and with a planetary gearbox being driveably connected with a first shaft on the output side of the planetary gearbox and a second shaft on the input side of the planetary gearbox, wherein the propulsive fan is supported through a front load path axially in front of the planetary gearbox and a rear load path axially behind the planetary gearbox, wherein the front load path comprises a first bearing as an intershaft bearing between the first shaft and a sun gear, the rear load path comprises a second bearing between the second shaft and a fixed structure of the gas turbine engine, the second shaft being supported by the second bearing and engine structure, with the first shaft comprising a first portion of the shaft as torque carrying part, and characterized in that a torque carrying part comprises a torque carrying coupling being connected to the first shaft and to a carrier of the planetary gearbox.
A cooperative caching method, comprising: obtaining, according to cache information, end-to-end delay between a local server and a neighbor server, and popularity of a video segment in a cache list, a consolidated gain value of a cached video segment and a consolidated gain value of a candidate video segment in the local server, wherein the cache information comprises an identifier of a video segment and information about a server that stores the video segment, and the information about the server comprises an identifier of the server; and replacing the cached video segment with the candidate video segment when the consolidated gain value of the cached video segment and the consolidated gain value of the candidate video segment in the local server meet a replacement condition, wherein the replacement condition is met when the consolidated gain value of the candidate video segment is greater than that of the cached video segment. obtaining, according to cache information, end-to-end delay between a local server and a neighbor server, and popularity of a video segment in a cache list, a consolidated gain value of a cached video segment and a consolidated gain value of a candidate video segment in the local server, wherein the cache information comprises an identifier of a video segment and information about a server that stores the video segment, and the information about the server comprises an identifier of the server; and replacing the cached video segment with the candidate video segment when the consolidated gain value of the cached video segment and the consolidated gain value of the candidate video segment in the local server meet a replacement condition, wherein the replacement condition is met when the consolidated gain value of the candidate video segment is greater than that of the cached video segment.
An aerodynamic body for use on an aircraft, wherein the aerodynamic body includes a skin having at least a first perforated surface portion, and the aerodynamic body further includes an ice-protection system, wherein the ice-protection system includes an actuatable element, wherein the actuatable element includes an electrical heating element and is movable or deformable between a first position and a second position, wherein in the first position a section of the actuatable element is thermally coupled to the first perforated surface portion and configured to close at least one of the perforations from within the aerodynamic body by preventing an inflow or outflow between a boundary layer of an outer aerodynamic airflow and the aerodynamic body through the at least one perforation, wherein in the second position the section of the actuatable element is distanced from the first perforated surface portion and configured to allow the said inflow or outflow. wherein the ice-protection system includes an actuatable element, wherein the actuatable element includes an electrical heating element and is movable or deformable between a first position and a second position, wherein in the first position a section of the actuatable element is thermally coupled to the first perforated surface portion and configured to close at least one of the perforations from within the aerodynamic body by preventing an inflow or outflow between a boundary layer of an outer aerodynamic airflow and the aerodynamic body through the at least one perforation, wherein in the second position the section of the actuatable element is distanced from the first perforated surface portion and configured to allow the said inflow or outflow.
Pharmaceutical composition comprising iron oxy-hydroxide in an amount of 10 to 80 % (w/w), expressed in relation to the total weight of the composition, in a form suitable for oral administration, which composition comprises a mixture of native and pregelatinized starch.
Metallic cylinder head gasket for an internal combustion engine comprising a cylinder block having adjacent combustion chambers and a cylinder head connected to the said block by bolts, with at least one sheet metal layer of resilient metal, which is provided with one or more combustion chamber openings corresponding to the combustion chambers of the internal combustion engine, and also with fluid and bolt passage openings (3, 4), wherein a bead is provided around each combustion chamber opening, at a distance from the latter, leaving a straight sheet-metal portion in the opening edge area and limited in its resilient deflection by a deformation limiter (7, 8) extending concentrically with respect to the bead, characterized in that the increase in the compression pressure to be expected as a result of thermal expansions because of the operating temperature of the internal combustion engine is taken into account by height and/or width profiling on the deformation limiter (7, 8) in the area of land between two combustion chamber openings, or in that the deformation limiter (7, 8) has a constant height in the area of land between two combustion chamber openings and a carrier plate is provided with a height profiling in accordance with the increase in the compression pressure to be expected as a result of thermal expansions because of the operating temperature of the internal combustion engine, wherein the deformation limiter (7, 8) is arranged in the area of the height profiling of the carrier plate.
An analyte measurement device, comprising: an electronics housing including: a shell having an upper surface with a first aperture defined therein; a mount mated to the shell and having an underside with a second aperture defined therein aligned with the first aperture; a collar disposed between the shell and the mount and including: a third aperture aligned with the first aperture and the second aperture, and a plurality of tabs on an outer periphery of the collar; a circuit board disposed within the electronics housing and including a plurality of electronic modules, wherein the circuit board is mounted within the electronics housing on the plurality of tabs on the outer periphery of the collar, wherein the circuit board includes a first portion foldable over a second portion, the second portion mounted on the mount and the first portion mounted on the plurality of tabs on the outer periphery of the collar; and an analyte sensor including a tail portion extending through an aperture in the mount and configured to measure an analyte level, a flag portion including a plurality of electrical contacts coupled with the circuit board, and a neck portion interconnecting the tail portion and the flag portion. an electronics housing including: a shell having an upper surface with a first aperture defined therein; a mount mated to the shell and having an underside with a second aperture defined therein aligned with the first aperture; a collar disposed between the shell and the mount and including: a third aperture aligned with the first aperture and the second aperture, and a plurality of tabs on an outer periphery of the collar; a shell having an upper surface with a first aperture defined therein; a mount mated to the shell and having an underside with a second aperture defined therein aligned with the first aperture; a collar disposed between the shell and the mount and including: a third aperture aligned with the first aperture and the second aperture, and a plurality of tabs on an outer periphery of the collar; a third aperture aligned with the first aperture and the second aperture, and a plurality of tabs on an outer periphery of the collar; a circuit board disposed within the electronics housing and including a plurality of electronic modules, wherein the circuit board is mounted within the electronics housing on the plurality of tabs on the outer periphery of the collar, wherein the circuit board includes a first portion foldable over a second portion, the second portion mounted on the mount and the first portion mounted on the plurality of tabs on the outer periphery of the collar; and an analyte sensor including a tail portion extending through an aperture in the mount and configured to measure an analyte level, a flag portion including a plurality of electrical contacts coupled with the circuit board, and a neck portion interconnecting the tail portion and the flag portion.
Cooktop apparatus, in particular an induction cooktop apparatus, having at least one switching unit (28, 30) and at least one control apparatus, characterised in that the control apparatus is provided to prompt at least the switching unit (28, 30) automatically in at least one operating cycle to switch in at least one entire first time interval (t 1) using at least one switching parameter, the value of which changes, wherein the switching parameter changes continuously and/or viewed as a time-dependent function has at most stages which amount at most to 30% of its value.
A torch assembly comprising a housing which includes a lower pistol grip portion having a contoured gripping surface and an upper portion, and a control apparatus, the control apparatus comprising: a trigger for actuating an on/off valve located in the upper portion of the housing and adapted to permit or stop flow of fuel through a fuel line of the associated torch assembly; a regulator adapted to at least partially restrict flow in the fuel line of the associated torch assembly and including a regulator valve (72, 74, 76, 78, 80); and a controller operatively connected to the regulator to adjust the position of the regulator valve (72, 74, 76, 78, 80) to vary the flow of fuel through the fuel line of the associated torch assembly; wherein the control apparatus is mounted in the housing, and wherein the trigger is located in spaced relation to a longitudinal axis (A g) of the lower pistol grip portion of the housing, characterized in that the controller is interposed between the trigger and the regulator and is disposed between the trigger and the lower pistol grip portion of the housing and is located between the longitudinal axis (A g) of the lower pistol grip portion of the housing and the trigger, the position of the controller permitting operation of the controller with a person's hand while the hand is gripping the lower pistol grip portion of the housing. a trigger for actuating an on/off valve located in the upper portion of the housing and adapted to permit or stop flow of fuel through a fuel line of the associated torch assembly; a regulator adapted to at least partially restrict flow in the fuel line of the associated torch assembly and including a regulator valve (72, 74, 76, 78, 80); and a controller operatively connected to the regulator to adjust the position of the regulator valve (72, 74, 76, 78, 80) to vary the flow of fuel through the fuel line of the associated torch assembly; wherein the control apparatus is mounted in the housing, and wherein the trigger is located in spaced relation to a longitudinal axis (A g) of the lower pistol grip portion of the housing, characterized in that the controller is interposed between the trigger and the regulator and is disposed between the trigger and the lower pistol grip portion of the housing and is located between the longitudinal axis (A g) of the lower pistol grip portion of the housing and the trigger, the position of the controller permitting operation of the controller with a person's hand while the hand is gripping the lower pistol grip portion of the housing.
Hand-operated device for dosing and pouring an amount of ground coffee powder into a coffee filter of a coffee-making apparatus, comprising a dosing valve and means for actuating said dosing valve, characterized in that said dosing valve comprises a valve body containing two superimposed conical valve elements (5, 6) with downward facing concavity, each of said valve elements (5,6) having two symmetrical and opposite openings, and in that said means for actuating said dosing valve consist of a gear mechanism capable of rotating said valve elements (5, 6) one relative to the other, in a reversible manner, from an open valve position, in which said openings in said valve elements (5, 6) are at least partially superimposed and allow the passage of said amount of ground coffee powder, to a closed valve position, in which said openings in said valve elements (5, 6) are staggered and prevent the passage of said amount of ground coffee powder, wherein said gear mechanism includes a support fixed transversely inside said valve body, a first rod mounted centrally and axially inside said valve body on said support and having a pinwheel, and a second rod mounted transversely inside said valve body and orthogonally to said first rod, and having a pinwheel that engages said pinwheel of said first rod, said valve elements (5, 6) being mounted on said first rod so that the lower valve element rotates together with said first rod, while the upper valve element is free, but can be driven into rotation by said lower valve element by means of a pin protruding from its lower side which engages with said lower valve element when said valve elements (5, 6) have been brought into the closed valve position, said second rod having one end protruding externally from said valve body and supporting a control element of said gear mechanism.
An antibody or antigen-binding fragment thereof which binds to FcRn comprising a heavy chain variable region and a light chain variable region, wherein the sequence of the heavy chain variable region is SEQ ID NO:26, SEQ ID NO:28 or SEQ ID NO:32; and wherein the sequence of the light chain variable region is SEQ ID NO:22.
Use of at least one antioxidant in a rubber composition, said at least one antioxidant comprising at least one oligomer and/or polymer comprising at least one diphenylamine repeat unit of the general formula wherein each of R1 to R10 is independently selected from a hydrogen atom, an alkyl group which is a saturated, linear or branched hydrocarbon group comprising from 1 to 24 carbon atoms and an aralkyl group which is an alkyl group as described above of which at least one of the carbon atoms is substituted by a hydrocarbon aromatic monocyclic or polycyclic aryl group comprising 5 to 14 carbon atoms, for reducing and/or preventing the toxicity of said rubber composition in which it is incorporated with respect to that of antioxidants belonging to the family of diphenylamine or p-phenylenediamine monomers. wherein each of R1 to R10 is independently selected from a hydrogen atom, an alkyl group which is a saturated, linear or branched hydrocarbon group comprising from 1 to 24 carbon atoms and an aralkyl group which is an alkyl group as described above of which at least one of the carbon atoms is substituted by a hydrocarbon aromatic monocyclic or polycyclic aryl group comprising 5 to 14 carbon atoms, for reducing and/or preventing the toxicity of said rubber composition in which it is incorporated with respect to that of antioxidants belonging to the family of diphenylamine or p-phenylenediamine monomers.