mhurhangee/ep-ind-claims huggingface dataset:
Article of elastic knitted lingerie comprising a briefs or panty portion intended to envelop the tummy and buttocks of a subject, and made from a base knit comprising, on the base knit, an application of silicone-based resin in the form of an array of lines (20, 21, 22, 31, 32), characterized in the array of lines (20, 21, 22, 31, 32) extends into one and/or the other of the two regions which are formed respectively by a substantially triangular first zone at the front of the panty portion having its apex at the bottom and its base at the top, and a second zone at the rear of the panty portion and formed of a substantially vertical region to the side of the buttock and of a substantially horizontal sub-buttock region, the article of lingerie being characterized in that: the substantially triangular first zone at the front of the panty portion forms a resin pattern which is formed of two types of line which intersect; on the one hand, there are parallel chevrons of various length, arranged one above the other to partially fill the triangle formed by the pattern; the chevrons are relatively open, making an internal angle of around 120°; and in that in the vertical direction, the array is formed of symmetric arcs, with their concave side facing toward the vertical axis of symmetry of the pattern. the substantially triangular first zone at the front of the panty portion forms a resin pattern which is formed of two types of line which intersect; on the one hand, there are parallel chevrons of various length, arranged one above the other to partially fill the triangle formed by the pattern; the chevrons are relatively open, making an internal angle of around 120°; and in that in the vertical direction, the array is formed of symmetric arcs, with their concave side facing toward the vertical axis of symmetry of the pattern.
A data processing apparatus comprising: data processing circuitry for performing data processing operations in response to execution of program instructions, said data processing circuitry being configured to operate in at least an operational mode and a debug mode; debug circuitry configured to provide an interface between said data processing circuitry and a debugger unit external to said data processing circuitry, said debug circuitry being configured to control operation of said data processing circuitry using debug instructions of a debug instruction set when said data processing circuitry is operating in said debug mode; wherein said data processing circuitry is configured to determine, upon entry of said data processing circuitry into said debug mode, a current operating state of said data processing apparatus, said data processing apparatus being characterized in that said data processing circuitry allocates, depending upon said current operating state, one of a plurality of instruction sets to be used as said debug instruction set; wherein said current operating state is selected from a plurality of different processor operating states having respective different operand bit-widths, and said data processing apparatus comprises a plurality of registers for storing operands of said program instructions and wherein said different operand bit-widths correspond to different register widths used by said data processing circuitry. data processing circuitry for performing data processing operations in response to execution of program instructions, said data processing circuitry being configured to operate in at least an operational mode and a debug mode; debug circuitry configured to provide an interface between said data processing circuitry and a debugger unit external to said data processing circuitry, said debug circuitry being configured to control operation of said data processing circuitry using debug instructions of a debug instruction set when said data processing circuitry is operating in said debug mode; wherein said data processing circuitry is configured to determine, upon entry of said data processing circuitry into said debug mode, a current operating state of said data processing apparatus, said data processing apparatus being characterized in that said data processing circuitry allocates, depending upon said current operating state, one of a plurality of instruction sets to be used as said debug instruction set; said data processing apparatus comprises a plurality of registers for storing operands of said program instructions and wherein said different operand bit-widths correspond to different register widths used by said data processing circuitry.
A cooling appliance comprising; a body, a door pivotable attached to the body between an open position and a closed position, wherein the body and the door have an inner liner, a grain dispensing unit adapted to be detachably mounted onto the inner liner comprising; a container for storing the grain, a dispenser pivotably attached on a lower portion of the container, wherein the dispenser is pressed by means of force applied by a user to pivot between an open position allowing the grain to flow under the influence of gravity and a closed position inhibiting flow of the grain, characterized by a chute provided in the dispenser in communication with the container to transmit the grain in the open position via an outlet on a lower portion of the container and by a bracket partly closing the outlet onto which the chute abuts in closed position. a body, a door pivotable attached to the body between an open position and a closed position, wherein the body and the door have an inner liner, a grain dispensing unit adapted to be detachably mounted onto the inner liner comprising; a container for storing the grain, a dispenser pivotably attached on a lower portion of the container, wherein the dispenser is pressed by means of force applied by a user to pivot between an open position allowing the grain to flow under the influence of gravity and a closed position inhibiting flow of the grain, characterized by a chute provided in the dispenser in communication with the container to transmit the grain in the open position via an outlet on a lower portion of the container and by a bracket partly closing the outlet onto which the chute abuts in closed position.
Distribution machine, in particular agricultural spreader or winter grit spreader, with at least one container for holding grit, at least one outlet opening which is arranged at the bottom of the container and has a metering member arranged downstream thereof, and with a distributing member which is arranged downstream of the respective metering member and is intended for distributing the grit on the ground, wherein the container is equipped with a stirrer which comprises a stirrer shaft which passes through the wall of the container, projects into the container and to the free end of which a stirring head is fastened, the stirring head sealing off the stirrer shaft from the wall of the container and being designed for carrying at least one stirring finger configured as a separate part, wherein the stirring head is manufactured from a first plastics material, wherein the stirring head is provided - on its outer side facing the container interior with an outer coating consisting of a second plastics material having a greater abrasion resistance than the first plastics material of the stirring head and/or of a lesser hardness than the first plastics material of the stirring head, and/or - on its side which faces the container wall and with which said stirring head lies against the container wall, with a bottom coating consisting of a third plastics material having a greater abrasion resistance than the first plastics material of the stirring head and/or of a lesser hardness than the first plastics material of the stirring head, characterized in that the at least one stirring finger is fixed in a receptacle which extends substantially in the radial direction of the stirring head and is closed around the full circumference. - on its outer side facing the container interior with an outer coating consisting of a second plastics material having a greater abrasion resistance than the first plastics material of the stirring head and/or of a lesser hardness than the first plastics material of the stirring head, and/or - on its side which faces the container wall and with which said stirring head lies against the container wall, with a bottom coating consisting of a third plastics material having a greater abrasion resistance than the first plastics material of the stirring head and/or of a lesser hardness than the first plastics material of the stirring head,
Exhaust air purification device for a livestock stable, comprising at least one exhaust air scrubbing unit which has a filter body that can be wetted with a scrubbing liquid and/or can take up scrubbing liquid, and a scrubbing liquid reservoir, in which a scrubbing liquid is located, wherein the at least one exhaust air scrubbing unit is arranged on a movement device which is designed and arranged to immerse the at least one exhaust air scrubbing unit fully or partially into the scrubbing liquid in the scrubbing liquid reservoir, characterised in that the at least one exhaust air scrubbing unit has one, two or more scrubbing liquid stores (61, 62) which are arranged and designed such as to take up scrubbing liquid from the scrubbing liquid reservoir and then discharge it in the direction of the filter body.
Device for securing roller shutters and roller doors formed by a roller shutter curtain made up of a number of roller shutter slats articulatingly connected to one another, which is disposed in at least one cut-out of a shaft by means of at least one suspension mounting so as to be rollable, the suspension mounting being made up of intermediate members articulatingly connected to one another, and the end member of the suspension mounting facing the shaft has a manually operable rotating operating element for detachably securing the device to the shaft, characterised in that the rotating operating element is provided with an eccentric projection facing the shaft projecting into a cut-out of the shaft by means of which a rotating movement of the operating element causes a translating movement of the end member and locking hooks disposed thereon, likewise projecting into the cut-outs of the shaft and extending in the same direction.
Radar sensor for determining a position of an object in a three-dimensional space, the device comprising: - at least two switchable transmitting antennas arranged in lines of antennas, consisting of antennas, wherein the antenna lines of the transmitting antennas are arranged vertical and parallel to each other, the at least two transmitting antennas having different vertical positions of their respective phase centers; and - a plurality of receiving antennas arranged horizontally in series, the transmitting antennas being arranged at a distance in the horizontal that corresponds to a horizontal distance between two adjacent individual antennas of the receiving antennas and wherein the respective phase centers of the transmitting antennas are offset in the vertical by a distance which is smaller than or equal to half the free space wave length of the emitted signal. - at least two switchable transmitting antennas arranged in lines of antennas, consisting of antennas, wherein the antenna lines of the transmitting antennas are arranged vertical and parallel to each other, the at least two transmitting antennas having different vertical positions of their respective phase centers; and - a plurality of receiving antennas arranged horizontally in series, the transmitting antennas being arranged at a distance in the horizontal that corresponds to a horizontal distance between two adjacent individual antennas of the receiving antennas and wherein the respective phase centers of the transmitting antennas are offset in the vertical by a distance which is smaller than or equal to half the free space wave length of the emitted signal.
A single trip multi-zone completion system, comprising: an outer completion string having at least one sand screen arranged thereabout and a flow control device movably disposed within the at least one sand screen between an open position and a closed position; an insert string arranged within the outer completion string and having at least one control and data acquisition module disposed thereon having one or more mechanical coupling mechanisms and configured to locate and move the flow control device; a crossover coupling having one or more control lines communicably coupled thereto; and an integrated umbilical extending longitudinally within the insert string and being communicably coupled to the crossover coupling and thereby providing hydraulic and/or electrical power to the at least one control and data acquisition module. an outer completion string having at least one sand screen arranged thereabout and a flow control device movably disposed within the at least one sand screen between an open position and a closed position; an insert string arranged within the outer completion string and having at least one control and data acquisition module disposed thereon having one or more mechanical coupling mechanisms and configured to locate and move the flow control device; a crossover coupling having one or more control lines communicably coupled thereto; and an integrated umbilical extending longitudinally within the insert string and being communicably coupled to the crossover coupling and thereby providing hydraulic and/or electrical power to the at least one control and data acquisition module.
A steam turbine comprising: a first casing including a first turbine operably coupled to a rotating shaft (114,114A,114B) and operable at a first temperature and an end packing for partially sealing the first casing with the rotating shaft (114,114A,114B); a second casing including a second turbine operably coupled to the rotating shaft (114,114A,114B) and operable at a second temperature that is less than the first temperature; where the second casing is different from the first casing, characterized by an ejector for forming a mixture of at least a portion of the flow of steam from a steam seal regulator, the steam seal regulator accepting a flow of steam from the end packing for partially sealing the first casing; and a portion of steam removed from an upstream chamber of a given stage of the second turbine and introducing the mixture into the second turbine. a first casing including a first turbine operably coupled to a rotating shaft (114,114A,114B) and operable at a first temperature and an end packing for partially sealing the first casing with the rotating shaft (114,114A,114B); a second casing including a second turbine operably coupled to the rotating shaft (114,114A,114B) and operable at a second temperature that is less than the first temperature; where the second casing is different from the first casing, characterized by an ejector for forming a mixture of at least a portion of the flow of steam from a steam seal regulator, the steam seal regulator accepting a flow of steam from the end packing for partially sealing the first casing; and a portion of steam removed from an upstream chamber of a given stage of the second turbine and introducing the mixture into the second turbine.
Pressure sensor receptacle for the fastening of a pressure sensor to a motor vehicle tank, comprising a cylindrical receptacle body and a locking body, wherein a first axial end of the receptacle body forms a fastening portion of the receptacle body, wherein the fastening portion is configured for being plugged through an opening of the motor vehicle tank until a first bearing surface, bounding the fastening portion, of the receptacle body bears against the edge of the opening, wherein the locking body can be mounted onto the fastening portion of the receptacle body and can be locked to the fastening portion such that a second bearing surface of the locked locking body bears against the opposite side of the edge of the opening, with the result that the pressure sensor receptacle is clamped to the edge of the opening by the receptacle body at one side and by the locking body at the other side characterized in that the locking body can be mounted onto the fastening portion of the receptacle body by means of a bayonet fastener and can be locked to the fastening portion, wherein the bayonet fastener comprises at least two axially rising bayonet guides in the fastening portion of the receptacle body and two bars corresponding to the bayonet guides in the locking body, or vice versa, wherein between the fastening portion of the receptacle body and the locking body, there is configured a means for countering the detachment of the locking body from the receptacle body. characterized in that the locking body can be mounted onto the fastening portion of the receptacle body by means of a bayonet fastener and can be locked to the fastening portion, wherein the bayonet fastener comprises at least two axially rising bayonet guides in the fastening portion of the receptacle body and two bars corresponding to the bayonet guides in the locking body, or vice versa, wherein between the fastening portion of the receptacle body and the locking body, there is configured a means for countering the detachment of the locking body from the receptacle body.
An audio playback apparatus comprising: a speaker system including a plurality of line array speaker units each constituted by uniformly arraying a plurality of speakers in line within a linear enclosure; an audio output means configured to supply a same audio signal with a prescribed delay time to each of the speakers of the speaker system, thus forming a plurality of sound beams based on the audio signal, the sound beams propagating in specific directions in a plane including the respective line array speaker unit; and a localization control means configured to control the plurality of sound beams in terms of direction and intensity, said localization control means being configured to emit the sound beams of the audio signal to be reflected on wall surfaces surrounding the speaker system so as to arrange a plurality of virtual sound sources, wherein a phantom sound source of the audio signal is localized at a prescribed position by way of the virtual sound sources; wherein the plurality of line array speaker units are arranged in a T-shape form, an L-shape form, a reverse U-shape form, a rectangular form being configured to surround a display, or an X-shape form. a speaker system including a plurality of line array speaker units each constituted by uniformly arraying a plurality of speakers in line within a linear enclosure; an audio output means configured to supply a same audio signal with a prescribed delay time to each of the speakers of the speaker system, thus forming a plurality of sound beams based on the audio signal, the sound beams propagating in specific directions in a plane including the respective line array speaker unit; and a localization control means configured to control the plurality of sound beams in terms of direction and intensity, said localization control means being configured to emit the sound beams of the audio signal to be reflected on wall surfaces surrounding the speaker system so as to arrange a plurality of virtual sound sources, wherein a phantom sound source of the audio signal is localized at a prescribed position by way of the virtual sound sources; wherein the plurality of line array speaker units are arranged in a T-shape form, an L-shape form, a reverse U-shape form, a rectangular form being configured to surround a display, or an X-shape form.
Collecting container for burrowing animals, in particular a vole collecting box, wherein the collecting container for burrowing animals has a standing base, wherein the collecting container for burrowing animals has at least one casing adjoining the standing base, wherein the casing together with the standing base encloses a collecting container interior of the collecting container for burrowing animals, wherein an access opening for burrowing animals is arranged in the standing base, characterized in that the casing and the standing base enclose the collecting container interior in a substantially light-tight manner except for the access opening for burrowing animals, in that the collecting container for burrowing animals has a water reservoir, in that at least one inner surface of the collecting container for burrowing animals is designed, at least in regions, for moisture release to the collecting container interior and is connected to the water reservoir.
A method for regenerating an EGR cooler in an EGR tract arranged between an exhaust system and an intake system of an internal combustion engine, wherein at least one EGR cooler having at least one first exhaust-gas flow path is arranged in the EGR tract, which EGR cooler can be bypassed by means of at least one bypass line which has at least one second exhaust-gas flow path, wherein operation for regeneration of the EGR cooler is carried out during at least one cold-start and warm-up phase of the internal combustion engine, characterised by the following steps: a) subdividing the regeneration operation into a saturation phase and a cleaning phase following the saturation phase, wherein the saturation phase is assigned to the cold-start and the cleaning phase is assigned to the warm-up of the internal combustion engine; b) conveying a defined exhaust-gas volume into the EGR cooler during the saturation phase; c) holding the exhaust-gas volume over a defined dwell time in the EGR cooler, so that condensing water of the exhaust-gas volume from the combustion process is absorbed in the EGR cooler by a secondary layer, situated at the exhaust-gas side, of the accumulated dirt on the wall of the EGR cooler; d) scavenging of the defined exhaust-gas volume from the EGR cooler after the expiration of the defined dwell time; e) heating and expanding of the water absorbed in the secondary layer at the exhaust-gas side during the cleaning phase in the warm-up of the internal combustion engine, so that the secondary layer is removed. a) subdividing the regeneration operation into a saturation phase and a cleaning phase following the saturation phase, wherein the saturation phase is assigned to the cold-start and the cleaning phase is assigned to the warm-up of the internal combustion engine; b) conveying a defined exhaust-gas volume into the EGR cooler during the saturation phase; c) holding the exhaust-gas volume over a defined dwell time in the EGR cooler, so that condensing water of the exhaust-gas volume from the combustion process is absorbed in the EGR cooler by a secondary layer, situated at the exhaust-gas side, of the accumulated dirt on the wall of the EGR cooler; d) scavenging of the defined exhaust-gas volume from the EGR cooler after the expiration of the defined dwell time; e) heating and expanding of the water absorbed in the secondary layer at the exhaust-gas side during the cleaning phase in the warm-up of the internal combustion engine, so that the secondary layer is removed.