mhurhangee/ep-ind-claims huggingface dataset:
Steam generation unit for a household appliance, having - at least one continuous-flow heater, - a fill level detection unit which is fluidically connected in parallel with the continuous-flow heater and - a condensate return flow, wherein - the condensate return flow is integrated into the fill level detection unit so that condensate flows back into the fill level detection unit, wherein - a steam outlet channel is connected to an outlet end of the continuous-flow heater, which, during the subsequent process, passes into a steam channel, wherein a flow cross-section of the steam channel is larger at least in sections than a flow cross-section of the steam outlet channel, and wherein - an upper end of the fill level detection unit is connected fluidically with the steam channel by way of a condensate return channel, characterised in that - the continuous-flow heater, the steam channel and the steam outlet channel are at an incline and the fill level detection unit is at a right angle. - at least one continuous-flow heater, - a fill level detection unit which is fluidically connected in parallel with the continuous-flow heater and - a condensate return flow, wherein - the condensate return flow is integrated into the fill level detection unit so that condensate flows back into the fill level detection unit, wherein - a steam outlet channel is connected to an outlet end of the continuous-flow heater, which, during the subsequent process, passes into a steam channel, wherein a flow cross-section of the steam channel is larger at least in sections than a flow cross-section of the steam outlet channel, and wherein - an upper end of the fill level detection unit is connected fluidically with the steam channel by way of a condensate return channel, characterised in that - the continuous-flow heater, the steam channel and the steam outlet channel are at an incline and the fill level detection unit is at a right angle.
Support element of a keypad included in a keyboard of a data input device, characterized in that it comprises means (221, 222, 223, 234) for putting at least one dummy key (231, 232, 233, 224) of a printed-circuit board under pressure.
Method for producing a clamp groove in the end region of a hose (11, 11') from an elastomeric material, for example natural rubber, in which method the tube blank is mounted onto a production mandrel and at the end side is placed by a delimitation installation on the production mandrel, and wherein the hose blank in the end region is indented in an encircling manner in order for a groove for a hose clamp on the hose to be generated, characterized in that the end region prior to vulcanization at a minor radial clearance spacing is surrounded by an expandable and compressible annular mould part which is circumferentially impinged by a radially acting force and is indented into the hose surface and remains in this position during vulcanization.
Tree-processing device for making firewood, which includes, - a frame, - at least one grab, arranged to move over at least part of the length of the said frame, for moving trees, - a cutting device for cutting trees, - a splitting device for splitting trees, - support means for supporting the frame against the ground, and - suspension means for suspending the tree-processing device from the boom of a work machine, characterized in that said cutting device is a double-bladed guillotine, said guillotine including two separate guillotine blades, and the said guillotine blades are both arranged to move against each other in a plane perpendicular to the longitudinal direction of the frame, until the guillotine blades partly overlap each other. - a frame, - at least one grab, arranged to move over at least part of the length of the said frame, for moving trees, - a cutting device for cutting trees, - a splitting device for splitting trees, - support means for supporting the frame against the ground, and - suspension means for suspending the tree-processing device from the boom of a work machine,
A method, comprising: at an authentication server with one or more processors and memory storing one or more programs configured for execution by the one or more processors: receiving a request from a shared user device, via a resource server, the request seeking access to personal information associated with the user and stored at a resource server; receiving access authentication information from a personal user device; creating an access token that grants access privileges to the personal information associated with the user; providing the access token to the shared user device, via the resource server; receiving from the personal user device a command to revoke the access privileges associated with the access token; receiving a validation request from the resource server, the validation request including the access token; determining that the access privileges associated with the access token have been revoked; and notifying the resource server that the validation request failed, thereby preventing access to the personal information by the shared user device. receiving a request from a shared user device, via a resource server, the request seeking access to personal information associated with the user and stored at a resource server; receiving access authentication information from a personal user device; creating an access token that grants access privileges to the personal information associated with the user; providing the access token to the shared user device, via the resource server; receiving from the personal user device a command to revoke the access privileges associated with the access token; receiving a validation request from the resource server, the validation request including the access token; determining that the access privileges associated with the access token have been revoked; and notifying the resource server that the validation request failed, thereby preventing access to the personal information by the shared user device.
An assembly for a gas turbine engine exhaust nozzle, said assembly comprising a backbone; and a base sheet coupled to said backbone, said base sheet comprising at least one relief cut and a pair of circumferentially-spaced sides (114 and 116) coupled together by an upstream side and a downstream side, said at least one relief cut extends circumferentially inward from at least one of said circumferentially-spaced sides towards said other respective circumferentially-spaced side; characterized in that: said at least one relief cut comprises a plurality of long relief cuts and a plurality of short relief cuts, wherein a length (L L) of each of said long relief cuts is longer than a length (L S) of each said short relief cuts. said at least one relief cut comprises a plurality of long relief cuts and a plurality of short relief cuts, wherein a length (L L) of each of said long relief cuts is longer than a length (L S) of each said short relief cuts.
A retaining system for an optical element in a sensing system, the retaining system comprising: a heat sink; an optical element; a circuit card assembly; an optical element fastener configured to be fastened to the optical element, wherein the optical element fastener is further configured to hold the optical element in contact with the heat sink; and a retaining member configured to be fastened to the heat sink; said retaining system being characterized in that: the retaining member is further configured to hold the circuit card assembly in contact with the heat sink, and in that the retaining member is co-located with the optical element fastener and configured to make captive the optical element fastener, such that the optical element fastener cannot fall out, when the retaining member is fastened to the heat sink. a heat sink; an optical element; a circuit card assembly; an optical element fastener configured to be fastened to the optical element, wherein the optical element fastener is further configured to hold the optical element in contact with the heat sink; and a retaining member configured to be fastened to the heat sink; said retaining system being characterized in that: the retaining member is further configured to hold the circuit card assembly in contact with the heat sink, and in that the retaining member is co-located with the optical element fastener and configured to make captive the optical element fastener, such that the optical element fastener cannot fall out, when the retaining member is fastened to the heat sink. the retaining member is further configured to hold the circuit card assembly in contact with the heat sink, and in that the retaining member is co-located with the optical element fastener and configured to make captive the optical element fastener, such that the optical element fastener cannot fall out, when the retaining member is fastened to the heat sink.
A method of determining cache policies, the method comprising: receiving first cache policy information based on a page table entry matching a virtual address associated with a memory access; translating the virtual address into a corresponding physical address that identifies a desired memory location that cannot be located in the cache; directing a memory access to an external target memory device based on the physical address; receiving second cache policy information from the target memory device; overwriting the first cache policy information received based on the page table entry with the second cache policy information; and setting a cache policy based on the second cache policy information. receiving first cache policy information based on a page table entry matching a virtual address associated with a memory access; translating the virtual address into a corresponding physical address that identifies a desired memory location that cannot be located in the cache; directing a memory access to an external target memory device based on the physical address; receiving second cache policy information from the target memory device; overwriting the first cache policy information received based on the page table entry with the second cache policy information; and setting a cache policy based on the second cache policy information.
Distillation column having a bottom space and a sedimentation zone separated therefrom by a wall but hydraulically connected thereto and having an external circulation evaporator, for performance of a distillation process in which solid or gelated particles or liquid droplets having higher density than the bottom product are present in the bottom product, where the distillation column in each case comprises an outlet at the lowest point in the bottom space for the portion of the bottom product intended for further treatment and an outlet in the upper region of the sedimentation zone for the portion of the bottom product intended for the evaporator circuit, characterized in that the sedimentation zone is open at its lower end toward the bottom space.
Apparatus for modifying an AC voltage, wherein the apparatus has an input for connection to an AC voltage source and an output for connection to a load circuit, wherein the output has a neutral conductor and a conductor (Lout), wherein the apparatus has an interrupter between input and output which is designed such that within at least one time window the output can be isolated from the AC voltage source, wherein the time window is at an interval of time from the zero crossing of the voltage from the AC voltage source, wherein the apparatus has, at the output, between the neutral conductor and the conductor (Lout), a terminator which can short or at least place a low impedance load on the neutral conductor and the conductor (Lout) on the output side and which is designed together with the interrupter such that in the time window the voltage at the output of the apparatus has a predefined or predefinable value, characterized in that the apparatus has a pulse shape generator for generating a predetermined or predeterminable pulse shape, and in that the apparatus has control means which can be used to actuate terminator and interrupter, such that the voltage curve at the output of the apparatus can be modified in accordance with the pulse shape prescribed by the pulse shape generator.
A method for executing cache memory access requests for compressed data on a computing device comprising a cache memory, the method comprising: reinstating one or more cleared bank select bits of a physical address of a cache memory access request producing a cache bank spreading address; and executing the cache memory access request at the cache bank spreading address. reinstating one or more cleared bank select bits of a physical address of a cache memory access request producing a cache bank spreading address; and executing the cache memory access request at the cache bank spreading address.
A medical fabric comprising multifilament yarns with a total fineness of 7 to 80 dtex as warp yarns and weft yarns, wherein the single filament fineness of at least one multifilament yarn among the warp yarns and the weft yarns is 0.5 dtex or less, the thickness of the medical fabric, determined as described in the description, is 10 to 90 μm, and the water permeability before and after needle puncture of the medical fabric is 300 cm 3 /min/cm 2 or less, characterized in that the weft yarn is a twisted weft yarn and the warp yarn is a twisted warp yarn, and the twist coefficient A of the weft yarns is 50 to 2000, and the warp/weft twist coefficient ratio B between the warp yarns and the weft yarns is 1.5 to 20, wherein the twist coefficients and the water permeability are determined as described in the description.
Control cabinet door having an opening, wherein the opening is surrounded on an inner side of the cabinet door by a frame formed by one of frame walls (6, 8, 10, 11), wherein the control cabinet door further comprises a locking mechanism, characterised in that on arranging the locking mechanism in a locking position, a first frame wall has a first clearance from a second frame wall opposite to the former, wherein on arranging the locking mechanism in an opening position, the first frame wall has a second clearance from the second frame wall, and wherein the second clearance is greater than the first clearance.
A composition comprising a melt blend of: a) 15 - 95 wt.-% of at least one thermoplastic elastomer, b) 5 - 50 wt.-% of at least one non-crosslinked elastomer, and c) 0.1 - 5.0 wt.-% of at least one catalyst, said proportions being based on the total weight of the blend, wherein the melt blend is obtained by melt processing of said blend components. a) 15 - 95 wt.-% of at least one thermoplastic elastomer, b) 5 - 50 wt.-% of at least one non-crosslinked elastomer, and c) 0.1 - 5.0 wt.-% of at least one catalyst, said proportions being based on the total weight of the blend, wherein the melt blend is obtained by melt processing of said blend components.
Installation element mounting system, in particular heating circuit manifold, heat conducting manifold or sanitary manifold mounting system, comprising (a) at least one wall bracket for installation elements having at least one bracket base body which comprises a wall contact surface and at least one receiving region (12, 12') for an installation element; and (b) at least one installation element, in particular at least one heating circuit manifold, heat conducting manifold or sanitary manifold, having an elongate housing which has a cross-section that is complementary to the receiving region (12, 12') at least in some portions and can be received in form-fit manner in the receiving region (12, 12') of the wall bracket; wherein the receiving region (12, 12') of the wall bracket has a C-shaped profile which engages in a form-fit manner around a portion of the installation element and prevents the installation element received in the receiving region from being displaced in the direction of its longitudinal axis, characterised in that the receiving region (12, 12') comprises at least one rigid region and at least one movable region, which regions are integrally formed on the bracket base body, wherein the movable region is integrally moulded to the bracket base body via a hinge-like joint element. (a) at least one wall bracket for installation elements having at least one bracket base body which comprises a wall contact surface and at least one receiving region (12, 12') for an installation element; and (b) at least one installation element, in particular at least one heating circuit manifold, heat conducting manifold or sanitary manifold, having an elongate housing which has a cross-section that is complementary to the receiving region (12, 12') at least in some portions and can be received in form-fit manner in the receiving region (12, 12') of the wall bracket; wherein the receiving region (12, 12') of the wall bracket has a C-shaped profile which engages in a form-fit manner around a portion of the installation element and prevents the installation element received in the receiving region from being displaced in the direction of its longitudinal axis,
A balustrade glazing system, comprising: - an essentially horizontal handrail provided with an installation groove and having a span length of at least 3.0 m and fastened in a stationary manner only at the ends to support structures by means of a support structure fastening system; - an essentially horizontal lower rail provided with an installation groove; - balustrade glazing made of laminated glass and installed essentially in a floating manner on the span between the installation groove of the handrail and the installation groove of the lower rail, whereby the lower edge of the balustrade glazing rests on the bottom of the installation groove so that the lower edge of the balustrade glazing can essentially move in the installation groove with respect to the width direction of the installation groove; and where: - the balustrade glazing supports the handrail at the middle area of the span so that the balustrade glazing is freely deflectable by the effect of the forces in the direction of the normal of the balustrade glazing; characterised in that - said balustrade glazing is made of unhardened and laminated glass; and - the lower rail and the handrail are arranged so that the forces in the direction of the normal of the balustrade glazing directed to the balustrade glass are transmitted to the support structures (5, 8) only via the essentially horizontal rails (3, 2). - an essentially horizontal handrail provided with an installation groove and having a span length of at least 3.0 m and fastened in a stationary manner only at the ends to support structures by means of a support structure fastening system; - an essentially horizontal lower rail provided with an installation groove; - balustrade glazing made of laminated glass and installed essentially in a floating manner on the span between the installation groove of the handrail and the installation groove of the lower rail, whereby the lower edge of the balustrade glazing rests on the bottom of the installation groove so that the lower edge of the balustrade glazing can essentially move in the installation groove with respect to the width direction of the installation groove; - the balustrade glazing supports the handrail at the middle area of the span so that the balustrade glazing is freely deflectable by the effect of the forces in the direction of the normal of the balustrade glazing; - said balustrade glazing is made of unhardened and laminated glass; and - the lower rail and the handrail are arranged so that the forces in the direction of the normal of the balustrade glazing directed to the balustrade glass are transmitted to the support structures (5, 8) only via the essentially horizontal rails (3, 2).
A rodent whose genome comprises a humanized Lag-3 gene at an endogenous Lag-3 locus, wherein said rodent expresses a humanized Lag-3 polypeptide from said humanized Lag-3 gene, which humanized Lag-3 polypeptide comprises: an extracellular portion containing the first two N-terminal immunoglobulin (Ig)-like domains of a human LAG-3 polypeptide and the last two Ig-like domains of an endogenous Lag-3 polypeptide; the transmembrane domain of the endogenous Lag-3 polypeptide; and the intracellular domain of the endogenous Lag-3 polypeptide; and wherein said rodent is a mouse or a rat.
A gene transfer agent composition comprising a compound represented by any one of the following formulae DL-G1 to DL-G4: DL-G1: R 1 R 2 NX(XH 2) 2; DL-G2: R 1 R 2 NX(X (XH 2) 2) 2; DL-G3: R 1 R 2 NX(X(X(XH 2) 2) 2) 2; and DL-G4: R 1 R 2 NX(X(X(X 2) 2) 2) 2, where X represents -CH 2 CH 2 CONHCH 2 CH 2 N-, wherein: R 1 represents an unsaturated long-chain aliphatic group having 10 to 22 carbon atoms; and R 2 represents an unsaturated long-chain aliphatic group having 10 to 22 carbon atoms or a saturated long-chain aliphatic group having 10 to 22 carbon atoms in the formulae. DL-G1: R 1 R 2 NX(XH 2) 2; DL-G2: R 1 R 2 NX(X (XH 2) 2) 2; DL-G3: R 1 R 2 NX(X(X(XH 2) 2) 2) 2; and DL-G4: R 1 R 2 NX(X(X(X 2) 2) 2) 2, R 1 represents an unsaturated long-chain aliphatic group having 10 to 22 carbon atoms; and R 2 represents an unsaturated long-chain aliphatic group having 10 to 22 carbon atoms or a saturated long-chain aliphatic group having 10 to 22 carbon atoms in the formulae.
Trailer coupling (10; 110) which may be mounted on a motor vehicle, wherein the trailer coupling (10; 110) has a coupling element mounted on a coupling arm (14; 114) for attaching a trailer and a control unit (50; 150), wherein the control unit (50; 150) has control means for controlling at least one function of the trailer coupling (10; 110), wherein the control unit (50; 150) has an operator unit interface for communication with a mobile operator unit separate from the motor vehicle and the control unit (50; 150), and wherein the control unit (50; 150) has at least one control output (57; 58) for controlling or switching a drive (38, 39) of the trailer coupling (10; 110), characterised in that the control unit (50; 150) is designed for communication with a program module generating a graphical display and/or user interface on a display of the operator unit, in particular in the form of a mobile radio telephone, and that the control unit (50; 150) is designed for receiving at least one control signal (81; 82) for controlling a function or functions of the control unit (50; 150) via the operator unit interface, and that it is designed to activate the control output or outputs (57; 58) with the aid of the at least one control signal (81; 82) received via the operator unit interface.
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used for receiving washware to be cleaned, and comprising a fresh water tank, the fresh water tank being fluidically connected to the washing container, characterised by a second fresh water tank and a heat exchanger, the second fresh water tank being fluidically connected to the first fresh water tank by means of a first pipeline on the one hand and by means of a second pipeline with the interposition of the heat exchanger on the other hand.