mhurhangee/ep-ind-claims huggingface dataset:
Powder dispensing head (1; 5; 8) for an additive manufacturing machine, said head (1; 5; 8) comprising: - a through-opening designed to allow the passage of a high-energy beam towards the melting point, - a body (2; 6; 9) comprising N powder conveying ducts (21; 92) leading towards a melting point, said ducts being uniformly distributed about the through-opening and converging towards the melting point, the dispensing head (1; 5; 8) further comprising a dispensing member (3; 7; 10) comprising at least one powder dispensing chamber (31, 32; 71, 72; 101, 102) having an inlet (311, 321; 711, 721; 1011, 1021) for powder transported by a gas, and N powder outlets (312; 1022) uniformly distributed about the through-opening in such a way that each powder outlet can be connected to a respective powder conveying duct (21; 92), the body (2; 6; 9) and the dispensing member (3; 7; 10) being configured to be able to move relative to one another so as to fluidically connect or disconnect the powder outlet (312, 322; 1022) with respect to the powder conveying ducts (21; 92) according to the relative position of said dispensing member (3; 7; 10) with respect to the body (2; 6; 9), N being greater than or equal to 2. - a through-opening designed to allow the passage of a high-energy beam towards the melting point, - a body (2; 6; 9) comprising N powder conveying ducts (21; 92) leading towards a melting point, said ducts being uniformly distributed about the through-opening and converging towards the melting point,
Gangway for connecting a first car with a second car and allowing passage of passengers from the first car to the second car, comprising bellows made up of a series of convolutes, at least the majority of convolute approximately having the cross-sectional shape of a horse-shoe characterized in that a first convolute is connected to a second neighbouring convolute by means of attaching one elongated section of the first horse-shoe shaped convolute to one elongated section of the second horse-shoe shaped convolute, whereby the connection allows the one elongated section of the first horse- shoe shaped convolute to slide relative to the one elongated section of the second horse-shoe shaped convolute.
An article of footwear comprising: an upper; and a sole assembly secured to the upper and including a support assembly, the support assembly comprising: a first plurality of primary tubular members spaced from one another and extending laterally across at least a portion of the sole assembly; and a first plurality of substantially elliptical secondary tubular members extending laterally across at least a portion of the sole assembly, each secondary tubular member positioned between and interconnecting a pair of adjacent primary tubular members, wherein the secondary tubular members have a height that is less than the height of the primary tubular members, and wherein opposed ends of the primary and secondary tubular members are exposed. an upper; and a sole assembly secured to the upper and including a support assembly, the support assembly comprising: a first plurality of primary tubular members spaced from one another and extending laterally across at least a portion of the sole assembly; and a first plurality of substantially elliptical secondary tubular members extending laterally across at least a portion of the sole assembly, each secondary tubular member positioned between and interconnecting a pair of adjacent primary tubular members, wherein the secondary tubular members have a height that is less than the height of the primary tubular members, and wherein opposed ends of the primary and secondary tubular members are exposed. a first plurality of primary tubular members spaced from one another and extending laterally across at least a portion of the sole assembly; and a first plurality of substantially elliptical secondary tubular members extending laterally across at least a portion of the sole assembly, each secondary tubular member positioned between and interconnecting a pair of adjacent primary tubular members, wherein the secondary tubular members have a height that is less than the height of the primary tubular members, and wherein opposed ends of the primary and secondary tubular members are exposed.
A stable dermal filler formulation comprising a hyaluronic acid, a Vitamin C selected from sodium ascorbyl phosphate and ascorbic acid 2-glycoside, and an aminoamide local anesthetic.
A bearing arrangement for a casement of a window, a French door or the like which is pivotable against a frame, having a frame-side fitting part, wherein the frame-side fitting part has a base part, which can be screwed to the frame, and a bearing part and the bearing part has a positive connection with the base part, wherein the slide is displaceable transversely to the intended closing direction of the casement and the mounting direction of the bearing part runs with the base part in the intended closing direction and wherein the slide has a driver drivable by the drive rod fitting of the window, characterized in that a said slide, which is guided to be longitudinally displaceable in the bearing part or the base part for the optional generation or release of the positive connection between base part and bearing part has a said web (16, 17), which is angled facing in the intended closing direction of the casement and that the opposite component of the base part or the bearing part has a slot receptacle (21, 22) for the web (16, 17), that the slide is guided with a band-shaped sliding arm behind an angled portion of the bearing part and that the angled portion and the band-shaped sliding arm abut flatly against each other, that the slide has recesses (23, 24) for feedthroughs of retaining bolts (19, 20) having slot receptacles (21, 22) and that the slide can be moved from a mounting position, in which the recesses (23, 24) face the retaining bolt (19, 20), into a retaining position, in which the web (16, 17) penetrates into the slot receptacle (21, 22), that the bearing part has a housing and that the slide is guided between the angled portion and the housing.
A thermostatic regulator system for a radiator, comprising a valve with a valve spindle which supports a valve cone, a regulator comprising a housing and a thermostatic sensor body with an operating device movable in response to the temperature, and means for absorbing an excess movement of the operating device in addition to the movement to the closed position of the valve, the operating device being connected to the valve spindle for transferring a movement in its longitudinal direction, wherein the connection between the valve spindle and the operating device is rigid in their longitudinal directions, characterised in that said means for absorbing an excess movement entails that the operating device and the valve spindle are movable to a position beyond the position that corresponds to the closed position of the valve, wherein the valve cone is movable past its closed position..
A method implemented by a network node in a wireless communication network using hybrid beamforming, the method comprising: determining a group of one or more wireless devices to be trained; characterized by: computing a selection value indicative of the relative costs of signaling overhead for downlink beamforming training and uplink beamforming training to support downlink transmissions by the network node to the group of wireless devices using hybrid beamforming; and selecting between uplink beamforming training and downlink beamforming training based on a comparison of the selection value to a selection threshold. computing a selection value indicative of the relative costs of signaling overhead for downlink beamforming training and uplink beamforming training to support downlink transmissions by the network node to the group of wireless devices using hybrid beamforming; and selecting between uplink beamforming training and downlink beamforming training based on a comparison of the selection value to a selection threshold.
Cooking appliance, in particular an oven or stove, comprising at least one heatable cooking chamber which is enclosed by a cooking chamber muffle, and at least one catalyst device comprising at least one catalytically active material, a heat transfer device comprising at least one hollow body being provided and being designed and suitable for transferring heat between a heat source (6, 16, 26, 36) and the catalyst device, characterised in that the heat transfer device comprises at least one tubular body, in that the catalyst device is located outside the cooking chamber and in that the heat source (6, 16, 26, 36) is located in the cooking chamber or is formed by the cooking chamber muffle.
A breathing apparatus comprising a) a face piece for covering the whole face or part of the face, b) an inhale valve and an exhale valve provided on the face piece, c) a motor fan for supplying external air into the face piece through the inhale valve, d) a filter for cleaning the external air sucked into the motor fan, e) a breath monitoring apparatus comprising a diaphragm covering an opening formed in the face piece, a magnet provided on the diaphragm, a Hall element disposed opposite the magnet and provided on the face piece, and f) a controller for controlling the operation of the motor fan synchronously with the breath based on the detection signal from the Hall element, wherein the controller recognizes magnetic flux density detected by the Hall element when the internal pressure and the external pressure applied to the face piece balances with each other as the initial value, starts the motor fan when change of the magnetic flux density from the initial value exceeds a first predetermined level, thereafter, decreases the rotation speed of the motor fan or stops the motor fan when decrement of the magnetic flux density from the initial value exceeds a second predetermined level, increases the rotation speed of the motor fan when decrement of the magnetic flux density from the initial value becomes equal or less than the second predetermined level, and stops the motor fan when the magnetic flux density returns to the initial value and is kept at the initial value for a predetermined time. a) a face piece for covering the whole face or part of the face, b) an inhale valve and an exhale valve provided on the face piece, c) a motor fan for supplying external air into the face piece through the inhale valve, d) a filter for cleaning the external air sucked into the motor fan, e) a breath monitoring apparatus comprising a diaphragm covering an opening formed in the face piece, a magnet provided on the diaphragm, a Hall element disposed opposite the magnet and provided on the face piece, and a diaphragm covering an opening formed in the face piece, a magnet provided on the diaphragm, a Hall element disposed opposite the magnet and provided on the face piece, and f) a controller for controlling the operation of the motor fan synchronously with the breath based on the detection signal from the Hall element,
Method for monitoring at least one ambient condition inside a means of transport, wherein a measuring device is used during transportation to acquire at least one measured variable correlated with an ambient condition, wherein associated transport data are determined automatically, which associated transport data are assigned automatically to the acquired measured variable and a geographical transport route and a temporal profile are acquired in relation to the measured variable.
A system comprising a multi-functional support for a motor vehicle and a crossmember of the body of the motor vehicle, wherein the multi-function support has a plurality of mounts for accommodating motor vehicle front elements (2; 3; 12) in a supporting manner, wherein the motor vehicle front elements (2; 3; 12) in the installed state are visible in an external plan view of the motor vehicle, wherein the multi-functional support together with the accommodated motor vehicle front elements (2; 3; 12) can be fixed in a floatingly mounted manner on a body (11; 13; 14) of the motor vehicle, wherein the floating mounting is configured such that, by releasing the fixing and by displacing the multi-functional support relative to the body (11; 13; 14), a joint line, which is visible in an external plan view of the motor vehicle, between the motor vehicle front elements (2; 3; 12) and motor vehicle external trim parts directly adjacent to the motor vehicle front elements (2; 3; 12) can be adjusted in a predefined manner, wherein the crossmember is secured to the body via crash boxes of the motor vehicle, characterised in that the multi-functional support is fixed to the body via the crossmember.
A comestible comprising: a whole grain component having a flavor profile; wherein the whole grain component comprises germ, bran and endosperm; and 0.05 to 5 wt.% 1,3-propandiol based on the weight of the whole grain component, the 1,3-propanediol being present in an amount effective to modify the flavor profile of the whole grain component compared to a comparative comestible containing the same amount of the same kind of whole grain containing component, but not containing 1,3-propanediol. a whole grain component having a flavor profile; wherein the whole grain component comprises germ, bran and endosperm; and 0.05 to 5 wt.% 1,3-propandiol based on the weight of the whole grain component, the 1,3-propanediol being present in an amount effective to modify the flavor profile of the whole grain component compared to a comparative comestible containing the same amount of the same kind of whole grain containing component, but not containing 1,3-propanediol.
A method of operating a first mobile station, MS, for establishing a communication mode between the first MS and a second MS in a wireless communication system, the method comprising: broadcasting a first message for requesting information regarding a peer to peer, P2P communication to at least one MS (104, 106, 112) after requesting a connection to an operating base station, BS, wherein the at least one MS is instructed to receive the first message by a second message broadcast from the operating BS; receiving at least one response message from the at least one MS, wherein the at least one response message includes an identification, ID of each of the at least one MS; and establishing (408, 410) a connection with the second MS based on the ID via a communication mode determined based on the information regarding the P2P communication. broadcasting a first message for requesting information regarding a peer to peer, P2P communication to at least one MS (104, 106, 112) after requesting a connection to an operating base station, BS, wherein the at least one MS is instructed to receive the first message by a second message broadcast from the operating BS; receiving at least one response message from the at least one MS, wherein the at least one response message includes an identification, ID of each of the at least one MS; and establishing (408, 410) a connection with the second MS based on the ID via a communication mode determined based on the information regarding the P2P communication.
A gas warning unit, which has a sensor unit releasably arranged therein, wherein the gas warning unit has a housing comprising a housing cover, a housing body, and a housing bottom part, wherein a circular cylindrical recess comprising a bottom (3"), which has an electronic interface, is present in the housing cover, and wherein the sensor unit has a circular cylindrical receiving device, in which a gas sensor and at least one control and data processing unit, which is in communicative connection with the gas sensor, are arranged, wherein an electronic interface, which is present at the circular cylindrical receiving device, and the electronic interface of the bottom (3") are in communicative connection with one another in an operating arrangement, in which the sensor unit is releasably received in the recess of the housing; and wherein the sensor unit has a cover comprising a cover plate, which has a test gas access, through which a fluid path (a) for a test gas to the gas sensor is provided, and wherein - the circular cylindrical recess in the housing cover of the housing has first locking means and the sensor unit has second locking means, which can be releasably engaged with the first locking means, and wherein the housing and the circular cylindrical receiving device of the sensor unit provide the fluid path (b) for a measuring gas to the gas sensor. has a housing comprising a housing cover, a housing body, and a housing bottom part, wherein a circular cylindrical recess comprising a bottom (3"), which has an electronic interface, is present in the housing cover, and wherein the sensor unit has a circular cylindrical receiving device, in which a gas sensor and at least one control and data processing unit, which is in communicative connection with the gas sensor, are arranged, wherein an electronic interface, which is present at the circular cylindrical receiving device, and the electronic interface of the bottom (3") are in communicative connection with one another in an operating arrangement, in which the sensor unit is releasably received in the recess of the housing; and wherein the sensor unit has a cover comprising a cover plate, which has a test gas access, through which a fluid path (a) for a test gas to the gas sensor is provided, and wherein - the circular cylindrical recess in the housing cover of the housing has first locking means and the sensor unit has second locking means, which can be releasably engaged with the first locking means, - the circular cylindrical recess in the housing cover of the housing has first locking means and the sensor unit has second locking means, which can be releasably engaged with the first locking means, and wherein the housing and the circular cylindrical receiving device of the sensor unit provide the fluid path (b) for a measuring gas to the gas sensor.
A method performed by a user equipment, UE, for identifying an allocation of a sharable air interface resource between at least two wireless links (106, 130) that are implemented by at least two different Radio Access Technologies, RATs, the method comprising: receiving, from a base station (120, 160), a radio access technology-identifier-presence indicator, RAT-identifier-presence indicator, that indicates a presence of a RAT identifier by indicating one or more downlink air interface resources used to transmit the RAT identifier, the RAT identifier indicating the allocation of the sharable air interface resource between the at least two different RATs; receiving the RAT identifier according to the one or more downlink air interface resources indicated by the RAT-identifier-presence indicator; identifying, from the RAT identifier, the allocation of the sharable air interface resource between the at least two different RATs; and communicating over the at least two wireless links by processing the sharable air interface resource using the at least two different RATs according to the allocation. receiving, from a base station (120, 160), a radio access technology-identifier-presence indicator, RAT-identifier-presence indicator, that indicates a presence of a RAT identifier by indicating one or more downlink air interface resources used to transmit the RAT identifier, the RAT identifier indicating the allocation of the sharable air interface resource between the at least two different RATs; receiving the RAT identifier according to the one or more downlink air interface resources indicated by the RAT-identifier-presence indicator; identifying, from the RAT identifier, the allocation of the sharable air interface resource between the at least two different RATs; and communicating over the at least two wireless links by processing the sharable air interface resource using the at least two different RATs according to the allocation.
A pedestal assembly comprising a pedestal for supporting a substrate, the pedestal having a central shaft that positions the pedestal at a height during operation; a ring configured for placement along a periphery of the pedestal; and a ring adjuster subassembly including, an adjuster flange disposed around a middle section of the central shaft; a sleeve connected to the adjuster flange and extending from the adjuster flange to an adjuster plate disposed under the pedestal; a plurality of ring adjuster pins connected to the adjuster plate and extending vertically from the adjuster plate, each of the plurality of ring adjuster pins at a corresponding location on the adjuster plate that is adjacent to and outside of a diameter of the pedestal, and the plurality of ring adjuster pins configured for contacting an edge undersurface of the ring, the adjuster flange being coupled to at least three adjuster actuators (505a, 505b, 505c) for defining an elevation and tilt of the ring relative to a top surface of the pedestal. a pedestal for supporting a substrate, the pedestal having a central shaft that positions the pedestal at a height during operation; a ring configured for placement along a periphery of the pedestal; and a ring adjuster subassembly including, an adjuster flange disposed around a middle section of the central shaft; a sleeve connected to the adjuster flange and extending from the adjuster flange to an adjuster plate disposed under the pedestal; a plurality of ring adjuster pins connected to the adjuster plate and extending vertically from the adjuster plate, each of the plurality of ring adjuster pins at a corresponding location on the adjuster plate that is adjacent to and outside of a diameter of the pedestal, and the plurality of ring adjuster pins configured for contacting an edge undersurface of the ring, the adjuster flange being coupled to at least three adjuster actuators (505a, 505b, 505c) for defining an elevation and tilt of the ring relative to a top surface of the pedestal. an adjuster flange disposed around a middle section of the central shaft; a sleeve connected to the adjuster flange and extending from the adjuster flange to an adjuster plate disposed under the pedestal; a plurality of ring adjuster pins connected to the adjuster plate and extending vertically from the adjuster plate, each of the plurality of ring adjuster pins at a corresponding location on the adjuster plate that is adjacent to and outside of a diameter of the pedestal, and the plurality of ring adjuster pins configured for contacting an edge undersurface of the ring, the adjuster flange being coupled to at least three adjuster actuators (505a, 505b, 505c) for defining an elevation and tilt of the ring relative to a top surface of the pedestal.