mhurhangee/ep-ind-claims huggingface dataset:
Electrical heating system comprising a heater and an attachment for dissipating heat, wherein the attachment comprises a contact body and also a hollow body, with an outer face, which is connected to the contact body, wherein the contact body and the hollow body form at least one cavity, wherein the contact body of the attachment comprises a contact face for producing a connection to the heater, and the attachment for dissipating heat by way of the contact surface of the contact body is connected fixedly to the heater, characterised in that the contact face of the contact body is connected by a welded connection, by a soldered connection or by an adhesive connection to a flat surface of the heater.
Water-continuous non-dairy product comprising 10 to 50 wt% of fat, which is essentially gelatin free, having pH of between 3 and 5. 4 wherein at least 90 wt% of the fat is a vegetable fat and/or marine fat and having an amount of U3 of at least 22 wt% a combined amount of U3 and H2U of at least 30 wt% and an amount of TAG cluster MX of less than 70 wt% and having a firmness of 100 to 500 g, wherein the fat comprises a hardstock fat and wherein the amount of gelatin is less than 1 wt% on total product, wherein the firmness is determined by measuring the force required to penetrate a cylindrical probe in the product, wherein the peak force as expressed in gram, g; 1 g = 9.81 mN; is recorded, and averaged over triplicate measurements and wherein the following settings are used: sample height 5 cm; cylindrical probe of 0.5 inch thickness; 10 compression rate 2 mm/s; penetration depth 20 mm and as measured at 5 degrees Celsius; wherein, TAG cluster MX is any combination of one or more TAG groups selected from the group of TAG groups consisting of HM2, M3, MSh2, and M2Sh, wherein U stands for a fatty acid that is unsaturated, H a saturated fatty acid of C16 length or more, M a saturated fatty acid with a chain length of C12 to C14 and Sh a saturated fatty acid with a chain length of C4 to C10.
A method performed by a first radio network node for handling communication of a wireless device in a wireless communication network, wherein the first radio network node serves the wireless device and the wireless communication network further comprises a second radio network node, the method comprising: - determining that the wireless device is a device using a beam configuration at the first radio network node; and - transmitting a message when determined that the wireless device is using the beam configuration, to the second radio network node, with an indication requesting that the wireless device gets access to the second radio network node and also requests usage of a beam configuration at the second radio network node; - receiving a confirmation from the second radio network node, which confirmation comprises a configuration indication indicating mapping of reference signals, RSs, to random access channel, RACH, configuration and/or a configuration of RSs transmitted in beams at the second radio network node; and - forwarding the mapping of RSs to RACH configuration, and/or RSs configuration to the wireless device. - determining that the wireless device is a device using a beam configuration at the first radio network node; and - transmitting a message when determined that the wireless device is using the beam configuration, to the second radio network node, with an indication requesting that the wireless device gets access to the second radio network node and also requests usage of a beam configuration at the second radio network node; - receiving a confirmation from the second radio network node, which confirmation comprises a configuration indication indicating mapping of reference signals, RSs, to random access channel, RACH, configuration and/or a configuration of RSs transmitted in beams at the second radio network node; and - forwarding the mapping of RSs to RACH configuration, and/or RSs configuration to the wireless device.
A floor, in particular terrace or balcony floor, with a plurality of planks, each having a substantially quadrangular cross section with two opposite longer sides and two opposite shorter sides, wherein the planks in a longitudinal direction of the floor are arranged running parallel to each other and in a transverse direction of the floor are arranged with a distance (d) to each other, wherein at upwardly directed sides of the planks a walk-on surface of the floor is formed, wherein the planks are oriented such that their upwardly directed sides are formed by one of the shorter sides of the cross section of the planks, and wherein for holding the planks in their mutual arrangement and in their mutual distance (d) a plurality of rods passing through bores in the transverse direction are provided and spacers (22; 40) penetrated by the rods are provided between adjacent planks are provided, characterized in that the planks have a substantially trapezoidal cross section with a width (b) decreasing from top to bottom, and that the spacers (22; 40) are each sleeve-shaped and the bores of the planks are each formed at their bore mouths with a countersink such that end-side ends of the sleeve-shaped spacers viewed in the transverse direction respectively protrude a little way into the planks, wherein the depth of the countersinks of the bore is in each case 0.05 times to 0.25 times the width of the plank in the area of the countersinks, or the spacers (22; 40) are each formed as profiles extending in the longitudinal direction and provided with recesses for the passage of the rods in the region of the rods, wherein these profiles in each case comprise: a vertically extending web portion having the recesses for passing the rods, and horizontally extending profile portions disposed at the two vertical ends of said web portion, which perform both the spacer function and a sealing function and for this rest on the adjacent planks.
A computer-implemented method for resetting secure elements within contactless network computing devices configured to conduct financial transactions, comprising: receiving an encrypted reset request message by a secure element of a contactless network computing device configured to conduct financial transactions, the encrypted reset request message being associated with a request to change control of the secure element from a first trusted service manager to a second trusted service manager, the encrypted reset request message originating from a source other than the first trusted service manager, said source managing the cryptographic keys for accessing the secure elements; providing a communication key within the secure element; decrypting the encrypted reset request message within the secure element using the communication key; verifying authorization for the reset request message; clearing parameters associated with the first trusted service manager from the secure element based on instructions provided in the verified reset request message that originated from the source other than the first trusted service manager; and storing information in the secure element identifying the first trusted service manager as being blocked from accessing the secure element. receiving an encrypted reset request message by a secure element of a contactless network computing device configured to conduct financial transactions, the encrypted reset request message being associated with a request to change control of the secure element from a first trusted service manager to a second trusted service manager, the encrypted reset request message originating from a source other than the first trusted service manager, said source managing the cryptographic keys for accessing the secure elements; providing a communication key within the secure element; decrypting the encrypted reset request message within the secure element using the communication key; verifying authorization for the reset request message; clearing parameters associated with the first trusted service manager from the secure element based on instructions provided in the verified reset request message that originated from the source other than the first trusted service manager; and storing information in the secure element identifying the first trusted service manager as being blocked from accessing the secure element.
A recombinant Adeno-Associated Virus (rAAV) vector particle having at least one primary amino group contained in the capsid proteins, chemically coupled with at least one ligand L, wherein said ligand L is implemented under the form of a compound of formula: with - N* being the nitrogen atom of one primary amino group contained in the capsid proteins and, - representing an optionally substituted arylene or a heteroarylene radical, directly or not, covalently bound to at least one ligand L. - N* being the nitrogen atom of one primary amino group contained in the capsid proteins and, - representing an optionally substituted arylene or a heteroarylene radical, directly or not, covalently bound to at least one ligand L.
An integrated calibrator for a wide-band radio-frequency receiver having an input for receiving a radio-frequency signal, means for converting the input radio-frequency signal to an intermediate frequency signal, a digitizer for converting the intermediate frequency signal to digital samples, a correction filter for filtering the digital samples and a receiver processor for converting the filtered digital samples to useful results, the integrated calibrator comprising: a two-tone source for generating a pair of sinusoidal signals separated by a specified delta frequency about a center frequency, the two-tone source being able to step the center frequency across a frequency range corresponding to the wide-band radio-frequency receiver; a calibrated diode operating as a square law detector, the calibrated diode having an input and an output; a splitter coupled to receive the pair of sinusoidal signals from the two-tone source and providing two sets of the pair of sinusoidal signals at respective outputs of the splitter, the sets having equal amplitudes and being in phase, one output of the splitter being coupled to the input of the radio-frequency receiver and the other output of the splitter being coupled to the input of the calibrated diode; means for processing the output from the calibrated diode for comparison with the useful results from the wide-band radio-frequency receiver processor to produce coefficients for the correction filter at each of the center frequencies; whereby the wide-band radio-frequency receiver has amplitude flatness and phase linearity across the frequency range. a two-tone source for generating a pair of sinusoidal signals separated by a specified delta frequency about a center frequency, the two-tone source being able to step the center frequency across a frequency range corresponding to the wide-band radio-frequency receiver; a calibrated diode operating as a square law detector, the calibrated diode having an input and an output; a splitter coupled to receive the pair of sinusoidal signals from the two-tone source and providing two sets of the pair of sinusoidal signals at respective outputs of the splitter, the sets having equal amplitudes and being in phase, one output of the splitter being coupled to the input of the radio-frequency receiver and the other output of the splitter being coupled to the input of the calibrated diode; means for processing the output from the calibrated diode for comparison with the useful results from the wide-band radio-frequency receiver processor to produce coefficients for the correction filter at each of the center frequencies; whereby the wide-band radio-frequency receiver has amplitude flatness and phase linearity across the frequency range.
A packet cache system comprising: a memory allocator for assigning a memory address to a packet; a cache memory allocator for receiving the memory address corresponding to a non-cache memory and allocated to the packet, and associating the memory address with a cache memory address; a hash table for storing the memory address and the cache memory address, with the memory address as a key and the cache memory address as a value; a cache memory for storing the packet at a location indicated by the cache memory address; and an eviction engine for determining one or more cached packets to remove from the cache memory and place in the non-cache memory when occupancy of the cache memory is high, characterized in that the memory allocator is operable to form the packet into one or more cells, the one or more cells comprising a control cell when the packet is formed into one cell, and comprising a control cell and one or more data cells when the packet is formed into more than one cell, wherein the memory allocator assigns the memory address to the control cell, and respectively assigns one or more additional memory addresses to the one or more data cells. a memory allocator for assigning a memory address to a packet; a cache memory allocator for receiving the memory address corresponding to a non-cache memory and allocated to the packet, and associating the memory address with a cache memory address; a hash table for storing the memory address and the cache memory address, with the memory address as a key and the cache memory address as a value; a cache memory for storing the packet at a location indicated by the cache memory address; and an eviction engine for determining one or more cached packets to remove from the cache memory and place in the non-cache memory when occupancy of the cache memory is high, characterized in that the memory allocator is operable to form the packet into one or more cells, the one or more cells comprising a control cell when the packet is formed into one cell, and comprising a control cell and one or more data cells when the packet is formed into more than one cell, wherein the memory allocator assigns the memory address to the control cell, and respectively assigns one or more additional memory addresses to the one or more data cells.
A transmission of a vehicle, the transmission comprising a transmission case that houses a transmission unit including shafts (11, 12, 13) and a plurality of transmission gear trains (G1 to G5, GR), wherein the transmission is configured such that the shafts (11, 12, 13) extend in a front-to-rear direction of the vehicle when the transmission is mounted on a rear side of an engine which is longitudinally installed in the vehicle, each of the shafts (11, 12, 13) is supported by the transmission case at a front portion and a rear portion of the shaft, the transmission case is of the two-segment type, in which the transmission case is divided into two segments, namely a clutch housing and a gear case, the gear case is provided at an intermediate portion thereof with an intermediate plate holding intermediate bearings (16, 19), the intermediate bearings (16, 19) supporting the shafts (11, 12, 13), and the intermediate plate is bolt-fastened to the gear case with a bolt inserted from outside of the gear case toward the clutch housing.
A vent valve assembly (10, 110, 210, 310) comprising: a first housing component (20, 120, 220, 320); a second housing component (22, 122, 222, 322); a third housing component (24, 124, 224, 324); a first valve (12, 112, 212, 312); a second valve (14, 114, 214, 314); wherein the first, second, and third housing components are configured to assemble together along one axis, with the second housing component (22, 122, 222, 322), the first valve (12, 112, 212, 312) and the second valve (14, 114, 214, 314) between the first and third housing components and with the second valve (14, 114, 214, 314) displaced laterally relative to said one axis from the first valve (12, 112, 212, 312); wherein the assembled first, second, and third housing components define a nonlinear vapor flow path (A, B, C) that redirects vapor from the first valve (12, 112, 212, 312) to the second valve (14, 114, 214, 314); wherein the second housing component (22, 122, 222, 322) defines a first opening (26, 126, 226, 326) that functions as a vapor vent of the first valve (12, 112, 212, 312); wherein the second housing component (22, 122, 222, 322) defines a second opening (28, 128, 228, 328) that functions as a vapor vent of the second valve (14, 114, 214, 314); and wherein vapor flows from the first opening (26, 126, 226, 326) to the second opening (28, 128, 228, 328). a first housing component (20, 120, 220, 320); a second housing component (22, 122, 222, 322); a third housing component (24, 124, 224, 324); a first valve (12, 112, 212, 312); a second valve (14, 114, 214, 314); wherein the first, second, and third housing components are configured to assemble together along one axis, with the second housing component (22, 122, 222, 322), the first valve (12, 112, 212, 312) and the second valve (14, 114, 214, 314) between the first and third housing components and with the second valve (14, 114, 214, 314) displaced laterally relative to said one axis from the first valve (12, 112, 212, 312); wherein the assembled first, second, and third housing components define a nonlinear vapor flow path (A, B, C) that redirects vapor from the first valve (12, 112, 212, 312) to the second valve (14, 114, 214, 314); wherein the second housing component (22, 122, 222, 322) defines a first opening (26, 126, 226, 326) that functions as a vapor vent of the first valve (12, 112, 212, 312); wherein the second housing component (22, 122, 222, 322) defines a second opening (28, 128, 228, 328) that functions as a vapor vent of the second valve (14, 114, 214, 314); and wherein vapor flows from the first opening (26, 126, 226, 326) to the second opening (28, 128, 228, 328).
A heat exchanger comprising an outer jacket, which encases a set of vertically running pipe elements anchored in sieve walls (2,3) on both ends, a gas combustion chamber positioned over the upper sieve wall, and a baffle mounted crosswise to the pipe elements with a circumference matches a circumference of the outer jacket and with a central opening and with openings through which the pipe elements run, plus liquid, gas, and fume inlet and outlet pipe stubs, characterised in that the upper sieve wall shaped into a flat disc or conical or spherical has a centrally-positioned prominence pointing down towards the bottom sieve wall) and the diameter of the prominence corresponds with the diameter of the central opening in the baffle which is under the prominence.
An elastomeric composite comprising an elastomer that comprises natural rubber, a filler and a nanofiller, wherein an amount of said filler is at most 40 phr and an amount of said nanofiller ranges from 10 phr to 30 phr.
Apparatus for forming curved cut surfaces in a transparent material, in particular in the eye cornea, having a laser radiation source that focuses laser radiation into the material and causes optical penetrations there, wherein a scanning device (6, 10), which three-dimensionally adjusts the focus point, and a control device, which controls the scanning device (6, 10) to form the cut surface by arranging the optical penetrations next to one another in the material, are provided and wherein the scanning device (6, 10) comprises an adjustable optical unit for adjusting the focus point in a first spatial direction (z), characterized in that the control device controls the scanning device (6, 10) in a manner such that the focus point is guided in the remaining two spatial directions (x, y) on a path based on contour lines of the cut surface, wherein the contour lines lie in planes that are substantially perpendicular to the first spatial direction (z), and wherein the control device controls the scanning device (6, 10) in a manner such that adjacent contour lines (17.1-17.4) are connected by a transition (18.1-18.3) so that, overall, the focus point is moved along a contiguous trajectory and the optical penetrations lie on the contiguous trajectory.
Cooling member for a mobile ice rink comprising a plurality of pipes for transporting a coolant, wherein the pipes comprise at least two sections (2A, 2B) coupled by a connector, and characterised by cooling elements at the locations of the connectors.
A flame-retardant thermoplastic polyurethane based on at least one diisocyanate and on at least one substance reactive toward isocyanate, and preferably on at least one chain extender, and also optionally on at least one catalyst, comprising at least one flame retardant, and also optionally additives and/or auxiliaries, wherein one flame retardant is a metal hydroxide at least to some extent surrounded by a coating and the metal hydroxide is aluminum hydroxide, aluminum oxide hydroxide or a mixture of these hydroxides and the coating around the metal hydroxide is based on an organosilane compound.
An air conditioner comprising: a casing having a bottom frame; a double-pipe heat exchanger comprising an outer pipe through which a high pressure liquid refrigerant flows,' and an inner pipe having an inlet side end into which a low pressure gas-liquid two-phase refrigerant obtained by reducing pressure of the high pressure liquid refrigerant flows, and an outlet side end connected to a suction side part of a compressor; and a support member, wherein the double-pipe heat exchanger includes a plurality of vertical pipes (34A, 34B, 34C, 34D) arranged in the up and down direction, and a curve pipe (35, 35A, 35B, 35C) connecting ends of the plurality of vertical pipes (34A, 34B, 34C, 34D), the outlet side end of the inner pipe is provided in an upper end of one vertical pipe (34B, 34D), the inlet side end of the inner pipe is provided in an upper end of the other vertical pipe, and the curve pipe connected to lower ends of the plurality of vertical pipes (34A, 34B, 34C, 34D) in the double-pipe heat exchanger is supported on the bottom frame of the casing in the air conditioner via the support member. a casing having a bottom frame; a double-pipe heat exchanger comprising an outer pipe through which a high pressure liquid refrigerant flows,' and an inner pipe having an inlet side end into which a low pressure gas-liquid two-phase refrigerant obtained by reducing pressure of the high pressure liquid refrigerant flows, and an outlet side end connected to a suction side part of a compressor; and a support member, wherein the double-pipe heat exchanger includes a plurality of vertical pipes (34A, 34B, 34C, 34D) arranged in the up and down direction, and a curve pipe (35, 35A, 35B, 35C) connecting ends of the plurality of vertical pipes (34A, 34B, 34C, 34D), the outlet side end of the inner pipe is provided in an upper end of one vertical pipe (34B, 34D), the inlet side end of the inner pipe is provided in an upper end of the other vertical pipe, and the curve pipe connected to lower ends of the plurality of vertical pipes (34A, 34B, 34C, 34D) in the double-pipe heat exchanger is supported on the bottom frame of the casing in the air conditioner via the support member.
A method for a receiving node configured to receive data from a transmitting node in subframes of a Time Division Duplex system, wherein a predetermined number of symbol intervals is utilized in a normal subframe, the method comprising: receiving a subframe from the transmitting node, wherein a grant message is included in the received subframe, the grant message containing information indicating that less symbol intervals will be utilized in the received subframe than in the normal subframe; and in response to said information indicating that less symbol intervals will be utilized, disregarding symbols in one or more symbol intervals at the end of the received subframe when processing the received subframe. receiving a subframe from the transmitting node, wherein a grant message is included in the received subframe, the grant message containing information indicating that less symbol intervals will be utilized in the received subframe than in the normal subframe; and in response to said information indicating that less symbol intervals will be utilized, disregarding symbols in one or more symbol intervals at the end of the received subframe when processing the received subframe.