mhurhangee/ep-ind-claims huggingface dataset:
A computing device, comprising: a processor configured to: identify a timing parameter synchronized to a media timeline; receive an MPEG-DASH event scheme comprising a payload, the payload indicating a uniform resource locator, URL, template for enabling the computing device to respond to an MPEG-DASH callback event using at least one client-side URL parameter; compute the at least one client-side URL parameter; generate, at a time based on the timing parameter, a URL based on the URL template that is received in the payload of the MPEG-DASH event scheme and the at least one computed client-side URL parameter; send, at a time based on the timing parameter, an HTTP GET Request using the generated URL to respond to the MPEG-DASH callback event; receive an HTTP Response in response to the HTTP GET Request; and disregard the HTTP Response received in response to the HTTP GET Request without parsing contents of the HTTP Response. identify a timing parameter synchronized to a media timeline; receive an MPEG-DASH event scheme comprising a payload, the payload indicating a uniform resource locator, URL, template for enabling the computing device to respond to an MPEG-DASH callback event using at least one client-side URL parameter; compute the at least one client-side URL parameter; generate, at a time based on the timing parameter, a URL based on the URL template that is received in the payload of the MPEG-DASH event scheme and the at least one computed client-side URL parameter; send, at a time based on the timing parameter, an HTTP GET Request using the generated URL to respond to the MPEG-DASH callback event; receive an HTTP Response in response to the HTTP GET Request; and disregard the HTTP Response received in response to the HTTP GET Request without parsing contents of the HTTP Response.
A piezoelectric energy harvesting device or actuator comprising a piezoelectric material on a substrate, wherein the said piezoelectric material is divided into a plurality of discrete regions to provide a plurality of piezoelectric elements on the substrate which are electrically insulated from each other, wherein the elements are disposed along the length of a cantilevered beam, characterised in that the piezoelectric layer is divided or further divided with an insulating gap extending in the longitudinal direction of the beam for energy harvesting in torsional mode(s) of beam vibration.
An emulsion of an aqueous phase in a lipid phase, wherein the lipid phase comprises lipids in crystalline form together with non-fatty cocoa and/or milk solids, and the aqueous phase comprises a sweetener composition in an amount of 30 to 95 wt% based on the total weight of the aqueous phase, and is dispersed throughout the lipid phase in the form of droplets, wherein the sweetener composition is selected from the group consisting of sucrose, fructose, glucose, honey, maple syrup, molasses, polyols, and combinations thereof, and characterized in that, at -18°C, the hardness of the emulsion, measured according to Method 1, is at least 3000g; and in that the aqueous phase comprises a hydrocolloid gelling agent and the lipid phase comprises an ion in an amount of 0.5 to 20 wt%, based on the weight of the hydrocolloid.
A lipase variant having lipase activity and having between 80% to less than 100% sequence identity to the parent lipase having SEQ ID NO: 2, wherein the variant comprises one or more substitutions selected from H198D/F/G/I/L/N/S/T/Y, F7K, S224F/I/P, V228P, V230R, and A257F/I/V using SEQ ID NO:2 for position numbering, wherein the variant has reduced odor generation relative to the parent lipase.
Folding unit for a filling machine for producing packages of pourable food products from sealed packs, comprising a movable conveying member, folding means arranged for folding at least one end portion of said packs, whilst said packs are conveyed by said conveying member, to obtain said packages, wherein said conveying member carries a plurality of plates, each plate being configured to receive a pack and to deliver a package to a transferring and up-ending unit arranged downstream of said folding unit, characterised in that said folding unit further comprises a jam detecting device comprising a movable element, and a sensor connected to said movable element, wherein said sensor is triggered by movement of said movable element due to mechanical impact from a passing defective package, wherein said movable element of said jam detecting device is arranged above the uppermost plates of said conveying member in said folding unit, and wherein said movable element of said jam detecting device is arranged at a predetermined distance from said uppermost plates to create a clearance between said movable element and any non-defective packages passing the same.
Packaging system comprising: a flat bag, wherein the flat bag has an outer wall providing a front face and a back face of the flat bag, wherein the flat bag is closed at a bottom edge, at a top edge and at side edges, and wherein an opening is formed at the front face of the flat bag; characterized by a holder, wherein the holder is configured to connect objects locatable or located in the interior of the flat bag to each other; and wherein the holder has a handle section configured to protrude out of the opening of the flat bag at the front side of the flat bag; wherein at least one side edge of the flat bag is weakened so that a force acting on the holder, applied in a pull direction having a component perpendicular to the front face of the flat bag in order to pull objects connected to each other by the holder out of the flat bag, causes the flat bag to be teared open along the at least one weakened side edge. a flat bag, wherein the flat bag has an outer wall providing a front face and a back face of the flat bag, wherein the flat bag is closed at a bottom edge, at a top edge and at side edges, and wherein an opening is formed at the front face of the flat bag; characterized by a holder, wherein the holder is configured to connect objects locatable or located in the interior of the flat bag to each other; and wherein the holder has a handle section configured to protrude out of the opening of the flat bag at the front side of the flat bag; wherein at least one side edge of the flat bag is weakened so that a force acting on the holder, applied in a pull direction having a component perpendicular to the front face of the flat bag in order to pull objects connected to each other by the holder out of the flat bag, causes the flat bag to be teared open along the at least one weakened side edge.
A method for generating a global memory defect map from memory defect maps, wherein a memory defect map is created for a dual-inline memory module (DIMM), and wherein the DIMM includes both random access memory and a quantity of electrically-erasable programmable read-only memory (EEPROM) which comprises non-volatile storage that is included on the DIMM, wherein the EEPROM stores serial presence detect information, and wherein the DIMM includes an additional instance of non-volatile memory of the EEPROM that is not dedicated to SPD information and is referred as memory defect storage, the memory defect map is stored in the memory defect storage, the method comprising: a. determining a quantity of storage available for the memory defect map for the DIMM; b. determining a quantity of RAM for the DIMM to be mapped by the memory defect map; c. determining a size of a memory block of RAM by dividing the quantity of RAM by the quantity of storage available for the memory defect map so that each bit in the memory defect map corresponds to one memory block in the RAM; d. blocking out the memory block as unusable even if only one cell of the memory block is identified as being defective; e. searching for defective memory blocks within a specified number of memory blocks from each other in a DIMM, and when two such defective memory blocks are found marking any intervening memory blocks as defective; and f. generating a global memory defect map by combining the memory defect maps of each of the DIMMs of an information handling system. a. determining a quantity of storage available for the memory defect map for the DIMM; b. determining a quantity of RAM for the DIMM to be mapped by the memory defect map; c. determining a size of a memory block of RAM by dividing the quantity of RAM by the quantity of storage available for the memory defect map so that each bit in the memory defect map corresponds to one memory block in the RAM; d. blocking out the memory block as unusable even if only one cell of the memory block is identified as being defective; e. searching for defective memory blocks within a specified number of memory blocks from each other in a DIMM, and when two such defective memory blocks are found marking any intervening memory blocks as defective; and f. generating a global memory defect map by combining the memory defect maps of each of the DIMMs of an information handling system.
Process for antireflective treatment in the visible region of a material made of sapphire, consisting of a bombardment with a beam of a mixture of mono- and multicharged ions of a gas which are produced by an electron cyclotron resonance source, wherein: - the acceleration voltage is chosen within a range of between 10 and 100 kV; - an implanted dose of ions, expressed in ions/cm 2, is chosen within a range of between 10 16 and 3 x 10 17 ions/cm 2; characterized in that a rate of displacement V D between the material made of sapphire and the beam, expressed in cm/s, is chosen within a range of between 0.1 cm/s and 5 cm/s, the rate of displacement V D is adjusted so that it is between 0.025 x (P/D) and 0.1 x (P/D), where P is the power of the beam, expressed in W (watts), D is the diameter of the beam, expressed in cm (centimetres); the adjustment being carried out while keeping the acceleration voltage, the implanted dose of ions, the beam diameter, the displacement amplitude of the beam and the advance amplitude of the beam constant. - the acceleration voltage is chosen within a range of between 10 and 100 kV; - an implanted dose of ions, expressed in ions/cm 2, is chosen within a range of between 10 16 and 3 x 10 17 ions/cm 2; characterized in that
Ring gear for an epicyclic or planetary reduction gear for a turbine engine, in particular of an aircraft, said ring gear extending around an axis X and comprising first and second coaxial annular elements (114a, 114b) and comprising respectively two inner annular teeth sets of different orientation, each of said teeth sets having a pitch diameter and a median plane substantially perpendicular to said axis, and the intersection point of which is designated Y in an axial cross-section of the ring gear, said first and second annular elements further comprising respectively first and second radially outer annular flanges (114ab, 114bb) for attaching said first and second elements to each other, characterised in that each of said first and second flanges comprises a peripheral portion (114ab1, 114bb1) extending in a plane that is angled with respect to said axis X and that passes substantially through said intersection point Y.
A wheel axle generator coupling of a rail vehicle for connecting a Cardan shaft operatively connected to a wheel axle of the rail vehicle with a generator shaft of an electric generator supported on the rail vehicle, with a drive flange that is connectable to the Cardan shaft and with a driven flange that is connectable to the generator shaft, wherein a rubber-elastic damping element is provided between the drive flange and the driven flange, wherein the driven flange includes an inner flange that is connectable with the generator shaft, and an outer flange separate from the inner flange engaging with the damping element, wherein the inner flange is connected, in particular in a form-fitting manner, with the outer flange by at least one break-off element, wherein the inner flange that is connectable with the generator shaft is supported so that it can rotate relative to the damping element and/or relative to the drive flange, or wherein the drive flange includes an inner flange that is connectable with the Cardan shaft and an outer flange separate from the inner flange engaging with the damping element, wherein the inner flange that is connectable with the Cardan shaft is supported so that it can rotate relative to the damping element and/or relative to the driven flange, characterized in that the break-off element is radially oriented and that the break-off element is formed so that it is hollow on the inside for increasing the shearing strength.
A connector with a tolerance module, comprising a socket and a plug adapted to the socket, the socket comprising a first housing, the plug comprising a tolerance module and a third housing, the tolerance module comprising a second housing, the second housing being internally provided with second contact members, the second housing is movably arranged on the third housing in a direction perpendicular to an axial direction of the connector, and the second contact member is floatingly assembled in the second housing to enable displacement in the direction perpendicular to the axial direction of the connector; the second contact members are provided with a stopping boss, characterized in that the second housing comprises a limiting seat disposed on one side of the stopping boss away from the third housing, a supporting seat is disposed on one side of the stopping boss away from the limiting seat, through holes for allowing the second contact members to pass through in a floating manner are formed in the limiting seat and the supporting seat, and the stopping boss is limited between the limiting seat and the supporting seat, the supporting seat and the limiting seat are separately arranged, an axially floating space is formed between the supporting seat and the third housing, elastic supporting members are arranged between the supporting seat and the third housing, and the supporting seat is elastically supported on the stopping boss of the second contact members by means of the elastic supporting members, the elastic supporting members are elastic pieces uniformly fixed on the supporting seat, one side of the supporting seat close to the third housing is provided with elastic member accommodating grooves for partially embedding the elastic supporting members.
Use of a compound having the formula selected from the group comprising or a pharmaceutically acceptable salt thereof for the manufacture of a medicament for the treatment of cancer.
An inhibitor of a mammalian complement system for use in treating a disease or injury of the PNS or CNS by facilitating axonal regeneration in a subject, wherein the inhibitor is an anti-sense oligonucleotide, aptamer, miRNA, ribozyme or siRNA that blocks expression of one or more of C3 convertase, C5, C6, C7, C8, C9.
A drive module for a skateboard, wherein the drive module has at least - one axle with at least one wheel, which is driven by an electric motor, and - one frame, which is connected with the axle, and has a receiving space for an energy storage unit, in particular an accumulator, wherein the drive module can be replaceably connectible with the skateboard, and wherein the electric motor is formed by a wheel hub motor. - one axle with at least one wheel, which is driven by an electric motor, and - one frame, which is connected with the axle, and has a receiving space for an energy storage unit, in particular an accumulator,
Access system (1, 1 ') for rail tank cars, comprising: - at least one track section (3, 5) for accommodating a plurality of tank cars in a loading and unloading position, each tank car having a closable opening on its top side, - a support structure arranged adjacent to the track section (3, 5) and extending in the longitudinal direction of the track along the entire track section, having at least one access area and a track extending in the longitudinal direction of the track, and - a shifting vehicle adapted to travel on the track of the support structure along the entire track section (3, 5) and movable in such a manner that it can be brought close to the opening of each of the tank cars to provide access to the closable opening of the respective tank car. - at least one track section (3, 5) for accommodating a plurality of tank cars in a loading and unloading position, each tank car having a closable opening on its top side, - a support structure arranged adjacent to the track section (3, 5) and extending in the longitudinal direction of the track along the entire track section, having at least one access area and a track extending in the longitudinal direction of the track, and - a shifting vehicle adapted to travel on the track of the support structure along the entire track section (3, 5) and movable in such a manner that it can be brought close to the opening of each of the tank cars to provide access to the closable opening of the respective tank car.
Blood sampling tube comprising a first fluid receiving chamber for receiving a fluid, characterized in that the first fluid receiving chamber can be connected to at least one fluid channel of the blood sampling tube comprising a sensor device for measuring at least one biochemical function of the fluid passed through the fluid channel, wherein the measured biochemical function of the fluid can be read out from the sensor device via a data interface of the blood sampling tube.
A system, comprising: an energy delivery device; and a processor configured to identify a target tissue region adjusted for expected ablation-related anatomical changes including tissue contraction during ablation by: receiving information regarding the tissue region and the energy delivery device; based on said information, performing computations to predict the amount and type of anatomical changes the target tissue region will undergo during ablation, said computations including the following steps: computing a contraction region within the tissue region; determining contraction points within the tissue region; computing contraction deformations within the tissue region; applying the computed contraction deformations, and identifying the target tissue region that accommodates said anatomical changes. an energy delivery device; and a processor configured to identify a target tissue region adjusted for expected ablation-related anatomical changes including tissue contraction during ablation by: receiving information regarding the tissue region and the energy delivery device; based on said information, performing computations to predict the amount and type of anatomical changes the target tissue region will undergo during ablation, said computations including the following steps: computing a contraction region within the tissue region; determining contraction points within the tissue region; computing contraction deformations within the tissue region; applying the computed contraction deformations, and identifying the target tissue region that accommodates said anatomical changes. receiving information regarding the tissue region and the energy delivery device; based on said information, performing computations to predict the amount and type of anatomical changes the target tissue region will undergo during ablation, said computations including the following steps: computing a contraction region within the tissue region; determining contraction points within the tissue region; computing contraction deformations within the tissue region; applying the computed contraction deformations, and identifying the target tissue region that accommodates said anatomical changes. computing a contraction region within the tissue region; determining contraction points within the tissue region; computing contraction deformations within the tissue region; applying the computed contraction deformations, and identifying the target tissue region that accommodates said anatomical changes.
An anti-biofouling system comprising (i) a light source configured to generate light source radiation, wherein the light source radiation at least comprises UV radiation, wherein the system further comprises (ii) a luminescent material configured to convert part of the light source radiation into luminescent material radiation, wherein the luminescent material radiation comprises one or more (a) of visible light and (b) infrared radiation, characterized in that the system is configured to generate anti-biofouling system light comprising the light source radiation and the luminescent material radiation.
Appliance for drying laundry, having at least one process air system, at least one heat pump coupled thermally to the process air system, at least one condensate drip tray, at least one condensate container, at least one condensate pump for pumping a liquid contained in the condensate drip tray into the condensate container, at least one rinsing device connected to the condensate container for rinsing an evaporator of the heat pump, and at least one rinsing valve connected between the condensate container and the rinsing device, characterised by at least one valve unit connected between the condensate pump and the condensate container, at least one rinsing unit connected to the valve unit for rinsing a condenser of the heat pump and at least one control electronics unit for actuating the condensate pump, the rinsing valve and the valve unit, wherein the valve unit is embodied so that in a first switching position it connects the condensate pump to the condensate container and in a second switching position it connects the condensate pump to the rinsing unit, and wherein the control electronics unit is designed to actuate the condensate pump, the rinsing valve and the valve unit so that before the valve unit is switched into the second switching position and the condensate pump is activated, when the condensate pump is deactivated the rinsing valve is opened for a predetermined period of time during a drying process carried out with the appliance, which ends before the valve unit is switched into the second switching position and the condensate pump is activated.