mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a core comprised of a dielectric material; a planar resonator on the core; a conduit containing the core and the planar resonator, the conduit comprising an electrically-conductive material, and the core and the conduit being concentric; and a coupling that is electrically-conductive and that connects the planar resonator to the conduit to enable the conduit to function as an electrical ground for the planar resonator, characterized in that: the core is solid; and a majority of the electrical field emanating from the planar resonator is concentrated in a sector between the core and the conduit. a core comprised of a dielectric material; a planar resonator on the core; a conduit containing the core and the planar resonator, the conduit comprising an electrically-conductive material, and the core and the conduit being concentric; and a coupling that is electrically-conductive and that connects the planar resonator to the conduit to enable the conduit to function as an electrical ground for the planar resonator, characterized in that: the core is solid; and a majority of the electrical field emanating from the planar resonator is concentrated in a sector between the core and the conduit. the core is solid; and a majority of the electrical field emanating from the planar resonator is concentrated in a sector between the core and the conduit.
Stud for a shoe sole, comprising: a. at least a first stud portion and a second stud portion; b. at least a first strain section (26, 60, 70), which connects the first stud portion and the second stud portion to each other, wherein the at least one first strain section (26, 60, 70) is strained when the stud is attached to the shoe sole and the shoe sole is bent. a. at least a first stud portion and a second stud portion; b. at least a first strain section (26, 60, 70), which connects the first stud portion and the second stud portion to each other, wherein the at least one first strain section (26, 60, 70) is strained when the stud is attached to the shoe sole and the shoe sole is bent.
An energy curable ink comprising: (a) 3 to 50% by weight of aminoacrylate and (b) 5 to 60% by weight of hydroxyl functional acrylate monomer; wherein the non-volatile content of the ink is at least 45% by weight; and wherein the amino acrylate is produced by an amine selected from ethanolamine, ethylamine, diethylamine, triethylamine, monoisopropylamine, dipropylamine, dibutylamine, n-methylethanolamine, diethanolamine, diethylaminopropylamine (DEAPA), dimethylaminopropylaminopropylamine (DMAPAPA), 3-isopropoxypropylamine (IPOPA), 3-Methoxypropylamine (MOPA), Ethylmethylamine, Tetramethylpropylenediamine (TMPDA), Sec-Butylamine, Aminopropyldiethanolamine (APDEA) (a) 3 to 50% by weight of aminoacrylate and (b) 5 to 60% by weight of hydroxyl functional acrylate monomer;
An LED lamp comprising: a pair (20a, 20c; 20b, 20d) of input terminal parts (20a-d), a rectifier circuit unit adapted to rectify an external AC current, inputted to the pair (20a, 20c; 20b, 20d) of input terminal parts (20a-d), to a DC current, and an LED unit adapted to receive the DC current provided by the rectifier circuit unit so as to emit light; and a PWM control unit coupled between the rectifier circuit unit and the LED unit, the PWM control unit being adapted to perform PWM control of a current to flow through the LED unit according to a duty ratio; characterized in that the LED lamp further comprises: a bypass circuit unit coupled between a cathode-side terminal of the LED unit and a ground-side output terminal of the rectifier circuit unit, wherein the bypass circuit unit is adapted to bypass the PWM control unit so as to prevent the PWM control unit from performing the PWM control of the current flowing through the LED unit when a frequency of the external AC current is higher than a predetermined frequency, and not to bypass the PWM control unit so that the PWM control unit performs the PWM control of the current flowing through the LED unit when the frequency of the external AC current is lower than the predetermined frequency. a pair (20a, 20c; 20b, 20d) of input terminal parts (20a-d), a rectifier circuit unit adapted to rectify an external AC current, inputted to the pair (20a, 20c; 20b, 20d) of input terminal parts (20a-d), to a DC current, and an LED unit adapted to receive the DC current provided by the rectifier circuit unit so as to emit light; and a PWM control unit coupled between the rectifier circuit unit and the LED unit, the PWM control unit being adapted to perform PWM control of a current to flow through the LED unit according to a duty ratio; characterized in that the LED lamp further comprises: a bypass circuit unit coupled between a cathode-side terminal of the LED unit and a ground-side output terminal of the rectifier circuit unit, wherein the bypass circuit unit is adapted to bypass the PWM control unit so as to prevent the PWM control unit from performing the PWM control of the current flowing through the LED unit when a frequency of the external AC current is higher than a predetermined frequency, and not to bypass the PWM control unit so that the PWM control unit performs the PWM control of the current flowing through the LED unit when the frequency of the external AC current is lower than the predetermined frequency. a bypass circuit unit coupled between a cathode-side terminal of the LED unit and a ground-side output terminal of the rectifier circuit unit, wherein the bypass circuit unit is adapted to bypass the PWM control unit so as to prevent the PWM control unit from performing the PWM control of the current flowing through the LED unit when a frequency of the external AC current is higher than a predetermined frequency, and not to bypass the PWM control unit so that the PWM control unit performs the PWM control of the current flowing through the LED unit when the frequency of the external AC current is lower than the predetermined frequency.
Break analysis method for analysing breaks in a vehicle glazing panel, the method comprising: capturing an image of a break in a vehicle glazing panel; processing the image of the break; wherein the image is captured by a mobile computing device having a camera; characterised in that the mobile computing device is held in contact with the surface of the glazing panel and inclined to the surface of the glazing panel to view the break at a predetermined position in a field of view of the camera whilst the computing device is held in contact with the surface of the glazing panel. capturing an image of a break in a vehicle glazing panel; processing the image of the break; wherein the image is captured by a mobile computing device having a camera; characterised in that the mobile computing device is held in contact with the surface of the glazing panel and inclined to the surface of the glazing panel to view the break at a predetermined position in a field of view of the camera whilst the computing device is held in contact with the surface of the glazing panel.
A recombiner for the catalytic recombination of hydrogen and oxygen generated in energy converters, in particular accumulators, to form water, comprising a housing in which a volume space is formed, into which the gases can flow via an opening and in which a recombination device is arranged that comprises a portion for a catalyst material and a portion for an absorption material, wherein the flow path of the gases to be recombined extends through the portion comprising the absorption material into the portion comprising the catalyst material, wherein a distance space is formed between the portion comprising the absorption material and the portion comprising the catalyst material, characterized in that the catalyst material is configured as a catalyst bar, that the catalyst bar is arranged in a first gas-permeable tube and that the distance space is formed in a gap space between the inner walling of the first gas-permeable tube and the outer wall of the catalyst bar.
Heat exchanger device for a laundry treatment appliance, comprising a first heat exchanger and a second heat exchanger, the two heat exchangers (4, 6) being arranged one after the other along a flow path of a process air in an operating state of the heat exchanger device and said heat exchangers being interconnected by means of a connecting plate, the first heat exchanger having a first side plate and the second heat exchanger having a second side plate, the first and second side plates (12, 14) each being arranged on a side of the heat exchanger device opposite the connecting plate, and the first and second side plates (12, 14) being unconnected at least in a pre-assembled state of the heat exchanger device, characterised in that the two heat exchangers (4, 6) are arranged relative to one another in the pre-assembled state of the heat exchanger device such that a first potion of the flow path through the first heat exchanger and a second portion of the flow path through the second heat exchanger are arranged substantially in a straight extension of one another, and in that the first heat exchanger and the second heat exchanger are arranged relative to one another in the operating state of the heat exchanger device such that the first portion of the flow path and the second portion of the flow path include an angle which is not equal to 0° and not equal to 180°, preferably an acute angle.
A steam steriliser for sterilising material to be sterilised by the effect of a sterilisation medium, comprising - a cuboid sterilisation chamber for receiving the material to be sterilised, - at least one closure suitable for introducing the material to be sterilised into the sterilisation chamber, - an inner casing and two rectangular end walls (4a, b), which delimit the sterilisation chamber, - connecting pieces, which are welded to the outside of the inner casing and surround the inner casing over the entire circumference thereof, - an outer casing, which surrounds the inner casing and is welded to the connecting pieces, - an interstice between the inner casing and the outer casing, which is closed at the end, - at least one inlet for the sterilisation medium and at least one outlet for condensate, - each connecting piece surrounding the inner casing being composed of four connecting piece parts, characterised in that - each connecting piece part has two sides (5b, c) arranged at right angles to each other, wherein the sides (5b, c) of each connecting piece part have a uniform rectangular cross-section over the entire length, and - the sides (5b, c) of the connecting piece parts overlap at a distance from the corners of the inner casing only along the flat side faces of the inner casing and are welded to each other there. - a cuboid sterilisation chamber for receiving the material to be sterilised, - at least one closure suitable for introducing the material to be sterilised into the sterilisation chamber, - an inner casing and two rectangular end walls (4a, b), which delimit the sterilisation chamber, - connecting pieces, which are welded to the outside of the inner casing and surround the inner casing over the entire circumference thereof, - an outer casing, which surrounds the inner casing and is welded to the connecting pieces, - an interstice between the inner casing and the outer casing, which is closed at the end, - at least one inlet for the sterilisation medium and at least one outlet for condensate, - each connecting piece surrounding the inner casing being composed of four connecting piece parts, - each connecting piece part has two sides (5b, c) arranged at right angles to each other, wherein the sides (5b, c) of each connecting piece part have a uniform rectangular cross-section over the entire length, and - the sides (5b, c) of the connecting piece parts overlap at a distance from the corners of the inner casing only along the flat side faces of the inner casing and are welded to each other there.
In a computing environment, a method of authenticating a user to a first service within an enterprise network to allow the user to access a resource provided by the first service, wherein the resource is a protected resource requiring a first user credential to access the resource, the method comprising: receiving at a gateway, from the device a second user credential, wherein the second user credential is a credential that is particular to the device, and can be used to authenticate both the user and the device, but cannot be directly used as authentication at the first service for the user to access the resource, wherein all outside traffic must go through the gateway to enter the enterprise network; and at the gateway substituting the first user credential for the second user credential and forwarding the first user credential to the first service, such that the first service can provide the resource to the user at the device. receiving at a gateway, from the device a second user credential, wherein the second user credential is a credential that is particular to the device, and can be used to authenticate both the user and the device, but cannot be directly used as authentication at the first service for the user to access the resource, wherein all outside traffic must go through the gateway to enter the enterprise network; and at the gateway substituting the first user credential for the second user credential and forwarding the first user credential to the first service, such that the first service can provide the resource to the user at the device.
A method for supporting positioning of a user equipment, UE, performed by the UE, comprising: receiving assistance data for downlink positioning reference signals from a plurality of transmission reception points, TRPs,; receiving a plurality of downlink positioning reference signals from the plurality of TRPs; receiving a positioning reference signal preemption indication, PRS PI, from a serving TRP indicating that one or more downlink positioning reference signals associated with one or more TRPs have been preempted; performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication; wherein performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication comprises excluding the preempted downlink positioning reference signals from the positioning measurements; the method characterized by further comprising receiving replacement downlink positioning reference signals from the one or more TRPs, wherein performing positioning measurements uses the received downlink positioning reference signals from the plurality of TRPs and the replacement downlink positioning reference signals from the one or more TRPs. receiving assistance data for downlink positioning reference signals from a plurality of transmission reception points, TRPs,; receiving a plurality of downlink positioning reference signals from the plurality of TRPs; receiving a positioning reference signal preemption indication, PRS PI, from a serving TRP indicating that one or more downlink positioning reference signals associated with one or more TRPs have been preempted; performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication; wherein performing positioning measurements using received downlink positioning reference signals from the plurality of TRPs based at least on the PRS PI indication comprises excluding the preempted downlink positioning reference signals from the positioning measurements; the method characterized by further comprising receiving replacement downlink positioning reference signals from the one or more TRPs, wherein performing positioning measurements uses the received downlink positioning reference signals from the plurality of TRPs and the replacement downlink positioning reference signals from the one or more TRPs.
Agricultural implement, in particular an attachment that can be mounted on a tractor, with a machine frame which comprises at least two frame parts (5, 6) that can be folded down relative to one another, wherein a pressure medium cylinder unit is provided for folding down the machine frame, which unit is articulated on the two frame parts (5, 6) or on folding lever parts connected thereto, wherein the pressure medium cylinder unit is at least partially integrated into the interior of one of the two frame parts, characterised in that the pressure medium cylinder unit comprises a piston rod, to which two pistons (16, 17) are attached spaced at a distance from one another, and two pressure medium chambers (18, 19, 20, 21) which pressurise the two pistons (16, 17) and thus the piston rod in the same direction.
An inlet flow control system for a nacelle comprising: a panel defining a portion of an interior surface of the nacelle, wherein said panel comprises a noise attenuation layer for dissipating noise energy within the nacelle; a vacuum source in communication with said noise attenuation layer generating a pressure differential desired to draw air through said panel and away from the interior surface of the nacelle; said noise attenuation layer comprising a plurality of cells defined by a plurality of walls disposed transverse to the interior surface of the nacelle; said panel comprising a face sheet disposed over said plurality of cells, said face sheet including a plurality of openings for communicating noise energy through to said plurality of cells, and a back sheet supporting the plurality of cells, said back sheet including a plurality of openings providing communication between said plurality of cells and said vacuum source characterised by said plurality of walls defining the plurality of cells being unperforated, and said inlet flow control system further comprising a plenum disposed on the back side of the panel and in communication with said back sheet, said vacuum source being in communication with said plenum. a panel defining a portion of an interior surface of the nacelle, wherein said panel comprises a noise attenuation layer for dissipating noise energy within the nacelle; a vacuum source in communication with said noise attenuation layer generating a pressure differential desired to draw air through said panel and away from the interior surface of the nacelle;
Osteosynthesis device comprising a plate that can extend along a piece of bone and fixing means for holding a pin through said plate, said pin being able to be screwed into said piece of bone, said plate having a recess made in the thickness thereof to receive said fixing means, said recess defining a closed inner edge, said fixing means comprising a ring which is intended to receive said pin, said ring being capable of engaging with said inner edge and said fixing means further comprising screwable locking means to lock said pin in a fixed position with respect to said plate; characterised in that said plate has at least one threaded opening which is made at the edge of said recess so as to have an axial aperture (30, 31) opening into said inner edge, while said ring is radially split so as to be diametrically compressible; and in that said screwable locking means comprise a screw which is intended to be screwed through said threaded opening to press against said ring through said axial aperture (30, 32) and cause both said ring to be pressed forcibly against a portion of said inner edge diametrically opposite said threaded opening, and said ring to tighten onto said pin, by means of which said pin is held in a fixed position with respect to said plate.
A sortase that binds substrates comprising the sequence LAXT, wherein X represents any amino acid, and wherein the sortase comprises an amino acid sequence that is at least 90% or at least 95% identical to the amino acid sequence of S. aureus Sortase A as provided in SEQ ID NO: 1, or a fragment thereof that has sortase activity, wherein the amino acid sequence of the sortase or fragment thereof includes the following mutations P94R, S102C, A104H, E105D, K138P, K152I, D160K, K162H, T164N, D165A, K173E, I182V, K190E, and K196S.
In a processing system comprising a cache, a method comprising: monitoring demand cache accesses for a thread to maintain a first running count of a number of times demand cache accesses for the thread are directed to cachelines that are adjacent in a first direction to cachelines that are targets of a set of sampled cache accesses for the thread; and in response to determining the first running count has exceeded a first threshold, enabling a first prefetching mode in which a received demand cache access for the thread triggers a prefetch request for a cacheline adjacent in the first direction to a cacheline targeted by the received demand cache access. monitoring demand cache accesses for a thread to maintain a first running count of a number of times demand cache accesses for the thread are directed to cachelines that are adjacent in a first direction to cachelines that are targets of a set of sampled cache accesses for the thread; and in response to determining the first running count has exceeded a first threshold, enabling a first prefetching mode in which a received demand cache access for the thread triggers a prefetch request for a cacheline adjacent in the first direction to a cacheline targeted by the received demand cache access.
A vibration pump comprising a moving piston in a pump body bounded by a coil, said moving piston cooperates with a second valve arranged in a discharge conduit formed in a communication conduit and with a first valve arranged in the communication conduit, said communication conduit being proximate to a suction port, said first and second valves having a through hole therebetween, said through hole having a lower opening and an upper opening, said first valve comprising an upper end and a lower end, said first valve abuting the lower opening of said through hole by said upper end of said first valve and an upper opening of said moving piston by said lower end of said first valve, characterized in that said pump body is composed of two parts, of which a first part cooperates with a second part, with said second part having a lower annular band designed for insertion into an upper circular ring of said first part, said upper circular ring and said lower annular band having at least one hole (152, 162) each, such that, when they are fitted one into the other, the hole on the upper circular ring is coincident with the hole on the lower annular band, at least one element being provided, which at least partially encircles said upper circular ring and has an engagement tooth to be fitted into holes (152, 162) for locking said first part in position to said second part.
A method for producing an acidified milk drink, said method comprising: a) providing a milk substrate having a protein content of more than 5%; b) treating the milk substrate with an enzyme having transglutaminase activity; c) fermenting the milk substrate with a microorganism; and d) diluting the fermented milk substrate at least 1.5 times to obtain the acidified milk drink; wherein step b) is performed before, during or after step c). a) providing a milk substrate having a protein content of more than 5%; b) treating the milk substrate with an enzyme having transglutaminase activity; c) fermenting the milk substrate with a microorganism; and d) diluting the fermented milk substrate at least 1.5 times to obtain the acidified milk drink; wherein step b) is performed before, during or after step c).