mhurhangee/ep-ind-claims huggingface dataset:
A compound bone plate (100, 200, 400,..) for attaching a bone flap to a skull, the compound bone plate comprising: a plurality of plate members (102, 202, 402,..), each of the plurality of plate members operable to be attached to the bone flap and the skull; a plurality of burr hole covers (104,204, 404,..); and a strut (218, 418,..) connecting the plurality of plate members (102, 202, 402,..) and burr hole covers (104, 204, 404,..), characterised in that the strut comprises a notch (622, 624) which results in a thinning of the strut. a plurality of plate members (102, 202, 402,..), each of the plurality of plate members operable to be attached to the bone flap and the skull; a plurality of burr hole covers (104,204, 404,..); and a strut (218, 418,..) connecting the plurality of plate members (102, 202, 402,..) and burr hole covers (104, 204, 404,..), characterised in that the strut comprises a notch (622, 624) which results in a thinning of the strut.
Method of thermal treatment of air-dispersible raw material (4, 4', 4"), wherein the raw material is introduced into a riser tube (2, 2', 2") through which hot gases (1, 1', 1") flow and is subjected to thermal treatment by the hot gases therein, and wherein the riser tube is supplied with at least one fuel (11, 11', 11"), wherein the fuel at first dwells within a fuel conditioning region (5, 5', 5") on at least one application surface, wherein the fuel (11, 11', 11") in the fuel conditioning region comes into contact with a portion of the hot gas (1a, 1'a, 1" a) mixed with the raw material and hence is dried and/or at least partly degassed and/or at least partly converted and then goes into the riser tube, and characterized in that the fuel (11, 11', 11") in the fuel conditioning region comes into contact with hot gases that are formed to an extent of at least 50% by a portion of the hot gas (1a, 1'a, 1" a) mixed with the raw material, wherein the at least one application surface (7, 7', 7") of the fuel conditioning region is disposed in a conditioning chamber (6, 6', 6") that opens into the riser tube (2, 2', 2"), wherein a portion of the hot gases (1, 1', 1") mixed with the raw material is deflected into the conditioning chamber and comes into contact with the fuel.
Valve device comprising an outer tube with connection means (12a-b) at each end or connection means at one end and a cover at the other end, where extending from the connection means are bolts (13a-c) extending horizontally in longitudinal direction of the valve device, wherein the valve device comprises: - a first and second stop discs movable or fixed arranged to the horizontally extending bolts (13a-c), or fixed arranged to movable horizontally extending bolts (13a-c), and where activation bolts (16a-c) extend between the stop discs (14a-b), said activation bolts (16a-c) exhibiting an increasing or decreasing angle in longitudinal direction from the first to the second stop disc, - a closing disc formed by at least two disc parts (22a-c) where the disc parts (22a-c) each are movably arranged to at least two of the activation bolts (16a-c) and are overlapping each other, which disc parts (22a-c) exhibit slots of such a shape and such angles that the disc parts (22a-c) are forced to change relative position as the activation bolts (16a-c) move in longitudinal direction of the valve device as a consequence of movement of the first and second stop discs, or movement of the disc parts (22a-c) along the activation bolts (16a-c), for closing and/or opening for fluid, liquid or gas through the valve device. - a first and second stop discs movable or fixed arranged to the horizontally extending bolts (13a-c), or fixed arranged to movable horizontally extending bolts (13a-c), and where activation bolts (16a-c) extend between the stop discs (14a-b), said activation bolts (16a-c) exhibiting an increasing or decreasing angle in longitudinal direction from the first to the second stop disc, - a closing disc formed by at least two disc parts (22a-c) where the disc parts (22a-c) each are movably arranged to at least two of the activation bolts (16a-c) and are overlapping each other, which disc parts (22a-c) exhibit slots of such a shape and such angles that the disc parts (22a-c) are forced to change relative position as the activation bolts (16a-c) move in longitudinal direction of the valve device as a consequence of movement of the first and second stop discs, or movement of the disc parts (22a-c) along the activation bolts (16a-c), for closing and/or opening for fluid, liquid or gas through the valve device.
A sash of a window, more particularly of a residential roof window or facade window, having a casement frame which comprises at least one frame section and at least one reinforcement, and having a glazing held by the casement frame, wherein the reinforcement is rigidly connected to the glazing, and having hardware, characterised in that the frame section is directly connected to the reinforcement wherein the connection between the frame section and the reinforcement is designed as a rigid connection, and that the hardware is connected to the reinforcement wherein the connection between the hardware and the reinforcement is a rigid connection.
Light modulation element comprising a pair of substrates, each provided with an electrode structure, and a cholesteric liquid-crystalline medium having a helical pitch in the range from 0.2 μm to 2 μm that is sandwiched between the substrates, and wherein at least one of the substrates is provided with a photoresist pattern obtainable via photolithography processes from a layer of a suitable photoresist, the pattern consisting of periodic substantially parallel stripes, wherein the height of the periodic parallel stripes of the photoresist pattern is in the range from 5 to 1000 nm, and whereby the photoresist pattern is selected such that at the same time the gap between the stripes and the width of the stripes corresponds to half of the helical pitch of the applied cholesteric liquid crystalline material or the photoresist pattern is selected such that at the same time the gap between the stripes and the width of the stripes corresponds to an even multiple of the helical pitch of the applied cholesteric liquid crystalline material, and wherein the cholesteric liquid crystalline material is unidirectionally aligned with its helical axis parallel to the substrates, wherein the light modulation element comprises at least one alignment layer, that induces a homeotropic alignment or tilted homeotropic alignment to the adjacent liquid crystal molecules, and which is provided on the stripes and in the gap between the stripes of the photoresist pattern.
Disc device for an agricultural machine intended to carry out the work of a slicing disc and the work of a knife roller, wherein the disc device comprises at least one disc implement having a plane that lies perpendicular to the axis of rotation of the axel of the disc implement, an arm, at one end of which the implement is journalled in bearings at an axle, and a bearing, which is arranged at the opposite end of the arm and is adapted to be fastened at a transverse beam on the frame of the agricultural machine, characterised in that it comprises in the circumference direction of the disc implement mainly equally distributed, freestanding, out towards the periphery radially extending, twisted, protruding parts and that each protruding part has a mainly straight outer edge, which extends in the range 15 - 75 degrees in relation to the plane of the disc implement.
Beverage-preparation machine, in particular a dispenser, for preparing a beverage by means of a cartridge system, said cartridge system consisting of a cartridge, which has a beverage substance in a reservoir, and of a cartridge receptacle, which is connected to the cartridge and has a mixing chamber, has at least one fluid supply and has a beverage outlet, wherein the beverage-preparation machine comprises a main unit and an in particular balcony-like cartridge holder which protrudes from the main unit, wherein the cartridge holder is designed in such a way that the cartridge system is insertable into it, wherein the cartridge holder comprises an actuator element for actuating a cartridge-emptying device of the cartridge system, wherein the main unit comprises a liquid reservoir, a liquid-conditioning system for conditioning a liquid from the liquid reservoir, in particular for controlling the temperature of and/or carbonating the liquid, a fluid-supply system for introducing the conditioned liquid and/or compressed air into the cartridge system, and a control device for controlling the liquid-conditioning system and/or the fluid-supply system, characterized in that the main unit or the main unit and the cartridge holder comprises/comprise a drive for the actuator element.
Spectacle lens for a display device that can be fitted on the head of a user and generates an image, wherein the spectacle lens comprises a front side and a rear side, a coupling-in section and a coupling-out section spaced apart from the coupling-in section, as well as a light guiding channel which is suitable for guiding light bundles of pixels of the generated image, which are coupled into the spectacle lens via the coupling-in section of the spectacle lens, in the spectacle lens to the coupling-out section, by which they are coupled out of the spectacle lens, wherein the light guiding channel comprises a first reflecting layer (21, 22), which extends from the coupling-in section to the coupling-out section and on which the light bundles are reflected for guiding to the coupling-out section, characterized in that the first reflecting layer (21, 22) comprises several transparent gaps (24, 26) spaced apart from each another for increasing the transmissivity of the light guiding channel.
A water distributor comprising:: a water distributor body comprising a base and a side wall which enclose to form a receiving chamber, a water inlet pipe and at least two water outlet pipes being arranged on the side wall; a water distributing valve; a rotatable shaft being sleeved outside the water distributing valve; and a gland, wherein the water distributing valve and the rotatable shaft are constrained in the receiving chamber by means of the gland, wherein a sealing chamber is formed among the rotatable shaft, the water distributing valve and the water distributor body and is divided into a plurality of annular cavities by the water distributing valve, wherein the cavity communicated with the water inlet pipe is configured as a water inlet cavity, and the cavities communicated with the water outlet pipes are configured as water outlet cavities (23b, 23c), and wherein the rotatable shaft is configured such that a water outlet cavity (23b, 23c) can be selected to communicate with the water inlet cavity when the rotatable shaft is rotated; the water distributing valve comprises a valve shaft and a plurality of barrier sheets arranged in a circumferential direction of the valve shaft, and the plurality of barrier sheets divide the sealing chamber into said plurality of annular cavities; the plurality of water outlet cavities (23b, 23c) are each communicated with the water inlet cavity through water passing holes (24a, 24b) arranged on the barrier sheets. a water distributor body comprising a base and a side wall which enclose to form a receiving chamber, a water inlet pipe and at least two water outlet pipes being arranged on the side wall; a water distributing valve; a rotatable shaft being sleeved outside the water distributing valve; and a gland, wherein the water distributing valve and the rotatable shaft are constrained in the receiving chamber by means of the gland, wherein a sealing chamber is formed among the rotatable shaft, the water distributing valve and the water distributor body and is divided into a plurality of annular cavities by the water distributing valve, wherein the cavity communicated with the water inlet pipe is configured as a water inlet cavity, and the cavities communicated with the water outlet pipes are configured as water outlet cavities (23b, 23c), and wherein the rotatable shaft is configured such that a water outlet cavity (23b, 23c) can be selected to communicate with the water inlet cavity when the rotatable shaft is rotated; the water distributing valve comprises a valve shaft and a plurality of barrier sheets arranged in a circumferential direction of the valve shaft, and the plurality of barrier sheets divide the sealing chamber into said plurality of annular cavities; the plurality of water outlet cavities (23b, 23c) are each communicated with the water inlet cavity through water passing holes (24a, 24b) arranged on the barrier sheets.
A measuring method for FAME (Fatty Acid Methyl Ester) in engine oil, comprising the steps introducing defined amounts of engine oil, a first reagent and a second reagent to an analysis vessel, shaking the analysis vessel, keeping the analysis vessel stand for a predetermined period of time, and characterised by measuring a surface boundary with a reading scale, wherein the first reagent includes at least one of the alcohols selected from the group consisting of methanol, ethanol, propanol and mixtures thereof and the second reagent includes at least a de-mulsifier component.
A method performed by a base station, BS, the method comprising: receiving, from a user equipment, UE, a random access, RA, preamble for a network entry; generating a random access response, RAR, message including an uplink grant allocated to the UE, based on the received RA preamble; masking the RAR message using at least one of a random access-radio network temporary identifier, RA-RNTI, and a bitstream, a portion of the RA-RNTI, or a combination of the portion of the RA-RNTI and a bitstream; allocating physical downlink control channel, PDCCH, resources for transmitting the generated RAR message; transmitting the RAR message to the UE through the allocated PDCCH resources; and receiving a radio resource control, RRC, layer connection request message from the UE through resources allocated to the UE by the uplink grant. receiving, from a user equipment, UE, a random access, RA, preamble for a network entry; generating a random access response, RAR, message including an uplink grant allocated to the UE, based on the received RA preamble; masking the RAR message using at least one of a random access-radio network temporary identifier, RA-RNTI, and a bitstream, a portion of the RA-RNTI, or a combination of the portion of the RA-RNTI and a bitstream; allocating physical downlink control channel, PDCCH, resources for transmitting the generated RAR message; transmitting the RAR message to the UE through the allocated PDCCH resources; and receiving a radio resource control, RRC, layer connection request message from the UE through resources allocated to the UE by the uplink grant.
A method for wireless communication by a User Equipment, UE, comprising: transmitting to a base station, BS, feedback indicating an Acknowledgement, ACK, or a Negative Acknowledgement, NACK, corresponding to each of received set of code block groups, CBGs, transmitted by the BS to the UE; receiving an indication including information regarding whether one or more of the CBGs are to be retransmitted by the BS; and processing a retransmission of one or more of the CBGs based on the received indication; wherein the indication is received in a Downlink Control Information, DCI, as a retransmission grant, characterized in that a length of the DCI is maintained regardless of whether or not the DCI includes the indication. transmitting to a base station, BS, feedback indicating an Acknowledgement, ACK, or a Negative Acknowledgement, NACK, corresponding to each of received set of code block groups, CBGs, transmitted by the BS to the UE; receiving an indication including information regarding whether one or more of the CBGs are to be retransmitted by the BS; and processing a retransmission of one or more of the CBGs based on the received indication; wherein the indication is received in a Downlink Control Information, DCI, as a retransmission grant, characterized in that a length of the DCI is maintained regardless of whether or not the DCI includes the indication.
Steering device with simulated steering-resistance moment, in particular for steer-by-wire steering systems of vehicles, having at least one steering-column housing and at least one steering spindle which is arranged therein so as to be movable relative thereto and which is guided in at least one bearing, wherein a friction means which acts between steering spindle and steering-column housing and a preloading means which acts on said friction means and is settable in terms of its preload force are provided, wherein the preloading means is fastened to the steering-column housing by a first end, wherein the preloading means presses the friction means radially onto a circumferential surface of the steering spindle with a second end, wherein the preloading means comprises a multi-limbed leaf spring which is fastened either to the steering-column housing or to the friction means by two limbs, characterized in that the friction means is fastened in a form-fitting manner to the second end of the preloading means, and the leaf spring is of U-shaped form.
Method for forming a catheter balloon comprising the steps of: (a) providing a preform having a circumferential wall that encloses an internal space of the preform, (b) pre-heating the preform to a shaping temperature by passing a heated gas or fluid via an inlet of the preform into said internal space, and (c) shaping the pre-heated preform into a balloon. (a) providing a preform having a circumferential wall that encloses an internal space of the preform, (b) pre-heating the preform to a shaping temperature by passing a heated gas or fluid via an inlet of the preform into said internal space, and (c) shaping the pre-heated preform into a balloon.
An electrical conversion and distribution system for an aircraft, with the system comprising a synchronous starter-generator (ENG S/G) intended to be coupled to an aircraft engine, a rectifier capable of transforming alternating voltage into direct voltage, at least one auxiliary synchronous starter-generator (AUX S/G) intended to be coupled to an auxiliary power group, at least a first, a second and a third power converter (CV1, CV2, CV3) each one being capable of transforming direct voltage into alternating voltage or vice versa, and at least one battery (BATT) capable of supplying direct voltage, characterized in that it further comprises linking and switching means capable of electrically connecting, in a first operating mode, the battery (BATT) to the auxiliary synchronous starter-generator (AUX S/G), through the third power converter, the first power converter and the second power converter successively, with said linking and switching means also being capable of electrically connecting, in a second operating mode, the synchronous starter-generator (ENG S/G) to the battery (BATT), through the rectifier, the first power converter and the third power converter successively.
An image processing device comprising: a control section configured to execute control to generate a superimposed image by superimposing on a background image a human body image of a user, wherein the human body image depicts at least a part of the human body of the user and moves in response to a gestural operation of the user, characterized in that the control section is configured to select a part of the background image as a selected region including several selectable objects, and to generate an enlarged selected region by enlarging the selected region, and to superimpose the human body image on the enlarged selected region.
A tool for machining a wall of a workpiece, in particular made from a composite material, designed to cut a furrow in said wall, said tool comprising a head securely mounted on a stem of longitudinal axis L-L which can be driven in rotation about the latter, said head comprising at least one main projecting annular rib whose outer surface is covered with abrasive grains of predetermined grain size and whose radial height (h) corresponds to the depth of said furrow to be cut, and at least a plurality of mutually parallel auxiliary projecting annular ribs which define grooves _whose outer surface is covered with abrasive grains of predetermined grain size and whose radial height is less than the radial height of a main rib, characterized in that said auxiliary ribs comprise two circular edges separated by an annular band which is flat, the separation between two circular edges of a single auxiliary rib thus increasing as one approaches the longitudinal end of the head.
Device for making trenches in a ground of soil material comprising a frame provided with propelling means, a tool arm attached to the frame and provided with a circulating driven endless tool carrier which carries an earth moving tool, and a drive for circulating the tool carrier according to a preferably elongated circulation pat substantially in a vertical plane, characterized in that the tool is designed as a brush having elastically bendable bristle pins and the endless tool carrier circulates about at least two circulation axes that are spaced apart in the vertical plane, wherein between the two circulation axes (7a, 7b) the circulation path comprises an upwardly inclined excavation path for the bristle pins.
A multi layered protection system comprising: a plurality of box-shaped structural elements, and at least one layer of protective wall, wherein said box-shaped structural elements are connected to one another along adjacent faces so as to form a modular protection structure, each box-shaped structural element having a frame made of beams, wherein the frame is bounded by a floor at a lower side, a roof at an upper side and four sides, wherein each side that is not adjacent to a side of another at least one element is covered by a wall; and said at least one layer of protective wall is configured to be mounted on each of the walls and/or the roof, respectively, to enable quick and easy erection and disassembly of the multi layered protection system; wherein said at least one layer of protective wall is a protective panel that covers at least one of the walls or the roof, characterized in that side beams of the beams are provided with oppositely directed vertical rails configured to receive the protective panel in a downward direction, and the pair of rails configured to receive a protective panel are converging in a downward direction. a plurality of box-shaped structural elements, and at least one layer of protective wall, wherein said box-shaped structural elements are connected to one another along adjacent faces so as to form a modular protection structure, each box-shaped structural element having a frame made of beams, wherein the frame is bounded by a floor at a lower side, a roof at an upper side and four sides, wherein each side that is not adjacent to a side of another at least one element is covered by a wall; and said at least one layer of protective wall is configured to be mounted on each of the walls and/or the roof, respectively, to enable quick and easy erection and disassembly of the multi layered protection system; wherein said at least one layer of protective wall is a protective panel that covers at least one of the walls or the roof, characterized in that side beams of the beams are provided with oppositely directed vertical rails configured to receive the protective panel in a downward direction, and the pair of rails configured to receive a protective panel are converging in a downward direction.