mhurhangee/ep-ind-claims huggingface dataset:
Process for producing water-absorbing polymers wherein a base polymer A is contacted and mixed with a liquid additive preparation B, in particular an aqueous additive solution B, in a mixing device, characterized in that the base polymer A is formed from monomers bearing at least 30% neutralized acid groups and the liquid additive preparation B, in particular the aqueous additive solution B, is dosed into the mixing device without nozzle via a pipe, wherein the liquid additive preparation B is formed by mixing a first liquid I, preferably an aqueous additive-containing solution I, preferably comprising at least one surface postcrosslinker, with at least one second liquid II, preferably an aqueous additive-containing solution II, preferably comprising a polyvalent cation, wherein the liquids I and II are fed separately to the pipe and are only combined and mixed in the pipe, so what emerges from the pipe is a mixture of liquids I and II as liquid additive preparation B, in particular aqueous additive solution B.
A method for determining a fault in a system including an electric motor, said method comprising the steps of: determining a calculated star voltage (V star_calc) of the electric motor; determining a measured star voltage (V star_meas) of the electric motor; comparing said calculated star voltage (V star_calc) to said measured star voltage (V star_meas) of the electric motor to determine a star voltage error (V star _ err); and determining the fault in the system when said star voltage error (V star_err) exceeds a predetermined maximum star voltage error (V star_err_max); characterized in that the step of determining a calculated star voltage (V star_calc) comprises the steps of: determining phase voltages (VA, VB, VC) to apply to the phases of the electric motor; and determining the sum of said phase voltages (VA, VB, VC), said calculated star voltage (V star_calc) being equal to one-third of said sum of said phase voltages (VA, VB, VC). determining a calculated star voltage (V star_calc) of the electric motor; determining a measured star voltage (V star_meas) of the electric motor; comparing said calculated star voltage (V star_calc) to said measured star voltage (V star_meas) of the electric motor to determine a star voltage error (V star _ err); and determining the fault in the system when said star voltage error (V star_err) exceeds a predetermined maximum star voltage error (V star_err_max); characterized in that the step of determining a calculated star voltage (V star_calc) comprises the steps of: determining phase voltages (VA, VB, VC) to apply to the phases of the electric motor; and determining the sum of said phase voltages (VA, VB, VC), said calculated star voltage (V star_calc) being equal to one-third of said sum of said phase voltages (VA, VB, VC). determining phase voltages (VA, VB, VC) to apply to the phases of the electric motor; and determining the sum of said phase voltages (VA, VB, VC), said calculated star voltage (V star_calc) being equal to one-third of said sum of said phase voltages (VA, VB, VC).
A method for establishing communications between at least two independent software modules communicating over a low-bandwidth medium in a safety critical system, comprising: providing a media connection between software modules, wherein the software modules employ a communications protocol and participate in a bi-directional master-slave relationship between a master module and a slave module; sending data packets between said master and slave modules, each data packet comprising an arbitrary length of data, wherein said data packets are used by the master module to control and obtain status from the slave module, and said sending data packets further enables the slave module to return data and status information to the master module; enabling the master module to detect errors in each data packet and to enter a fail mode, resulting in reduced functionality of at least one system component, upon detection of an error; and employing a safety critical communications watchdog residing on both the master and slave module, wherein said safety critical communications watchdog monitors communications quality between the master and slave modules bi-directionally, wherein monitoring communications quality between the master and the slave modules bi-directionally comprises, counting, by both the master module and the slave module, time between receiving packets from the other module, and triggering, by either module, entering the fail mode when a packet has not been received in a predetermined amount of time. providing a media connection between software modules, wherein the software modules employ a communications protocol and participate in a bi-directional master-slave relationship between a master module and a slave module; sending data packets between said master and slave modules, each data packet comprising an arbitrary length of data, wherein said data packets are used by the master module to control and obtain status from the slave module, and said sending data packets further enables the slave module to return data and status information to the master module; enabling the master module to detect errors in each data packet and to enter a fail mode, resulting in reduced functionality of at least one system component, upon detection of an error; and employing a safety critical communications watchdog residing on both the master and slave module, wherein said safety critical communications watchdog monitors communications quality between the master and slave modules bi-directionally, wherein monitoring communications quality between the master and the slave modules bi-directionally comprises, counting, by both the master module and the slave module, time between receiving packets from the other module, and triggering, by either module, entering the fail mode when a packet has not been received in a predetermined amount of time.
Oscillating weight for a self winding watch mechanism including a basic part made of composite material and heavy metal elements, wherein the basic part includes an inner portion and a peripheral portion, characterized in that the peripheral portion includes housings inside which the heavy metal elements are set, said housings being blind holes partially closed by at least one lug integral with the peripheral portion and arranged to resiliently lock the housings.
Chewing gum composition comprising crystalline allulose particles and optionally an aqueous allulose syrup, wherein said allulose particles have a mean particle size larger than 45 μm and of less than 250 μm and wherein at least 90% by weight, of the allulose particles pass through a sieve with apertures of at most 250 μm.
A method for processing an audio signal, comprising: receiving, by an information generating unit, side information including object information determined when a downmix signal is generated, and mix information for controlling at least one object signal comprised in the downmix signal; generating, by the information generating unit, a downmix processing parameter using the object information and the mix information; generating, by the information generating unit, a multi-channel parameter using the object information and the mix information; receiving, by a downmix processing unit, the downmix signal and the downmix processing parameter; processing, by the downmix processing unit, the downmix signal using the downmix processing parameter to generate a processed downmix signal; and generating, by a multi-channel decoder, a multi-channel output signal using the processed downmix signal and the multi-channel parameter, wherein: a number of channels of the downmix signal is equal to a number of channels of the processed downmix signal; the object information includes at least one of object level information and object correlation information; the multi-channel parameter includes at least one of a channel level difference, an inter channel correlation and a channel prediction coefficient. receiving, by an information generating unit, side information including object information determined when a downmix signal is generated, and mix information for controlling at least one object signal comprised in the downmix signal; generating, by the information generating unit, a downmix processing parameter using the object information and the mix information; generating, by the information generating unit, a multi-channel parameter using the object information and the mix information; receiving, by a downmix processing unit, the downmix signal and the downmix processing parameter; processing, by the downmix processing unit, the downmix signal using the downmix processing parameter to generate a processed downmix signal; and generating, by a multi-channel decoder, a multi-channel output signal using the processed downmix signal and the multi-channel parameter, a number of channels of the downmix signal is equal to a number of channels of the processed downmix signal; the object information includes at least one of object level information and object correlation information; the multi-channel parameter includes at least one of a channel level difference, an inter channel correlation and a channel prediction coefficient.
A method by a user equipment, UE, the method comprising: determining a number of resource elements, REs, in a physical resource block, PRB, pair and a downlink control information, DCI, format for an enhanced physical downlink control channel, E-PDCCH; determining a number of E-PDCCH candidates of each of aggregate levels according to the number of REs in the PRB pair and the DCI format; and detecting, by the UE, the E-PDCCH on the E-PDCCH candidates in an E-PDCCH search space based on the number of E-PDCCH candidates. determining a number of resource elements, REs, in a physical resource block, PRB, pair and a downlink control information, DCI, format for an enhanced physical downlink control channel, E-PDCCH; determining a number of E-PDCCH candidates of each of aggregate levels according to the number of REs in the PRB pair and the DCI format; and detecting, by the UE, the E-PDCCH on the E-PDCCH candidates in an E-PDCCH search space based on the number of E-PDCCH candidates.
A block copolymer comprising a first block of the Formula 5 below and a second block selected from the group consisting of polyvinylpyrrolidone block, polylactic acid block, polyvinylpyridine block, polystyrene block, polyalkyleneoxide block, polybutadiene block, polyisoprene block and polyolefin block: wherein the R is hydrogen or an alkyl group having 1 to 4 carbon atom(s), the X is -C(=O)-O- or -O-C(=O)-, the P is an arylene group, the Q is an oxygen or -NR 3 -, where the R 3 is hydrogen, or an alkyl group and the Z is a linear chain having 8 or more chain-forming atoms.
Laminated core arrangement for an electric machine with a laminated core, having at least two part cores, each with a plurality of polygonal individual sheets in an axial direction, wherein permanently-excited magnets are disposed around the circumference of the laminated core, characterised in that one or more round individual sheets, of which the diameter is less than or equal to the inner circle of the polygonal individual sheets, are disposed between the part cores.
Fluid recirculation system for installations of the type comprising a general conduit that bifurcates into at least two branches for water (11, 12), a branch of hot water and a branch of cold water, and one or several consumption points with tap (3, 3') of hot and cold water, to each of which arrives a pair of pipes (11', 12') comprised by the fluid recirculation system, one of hot water that comes from the branch of hot water and another of cold water that comes from the branch of cold water, comprising the system at least: • One or more bypass ducts, are configured for communicating the output of the pipe at one or several consumption points with another with another pipe in the system that reaches the consumption point, • A pumping module configured to be installed in one of the branches (11, 12), comprising: a processing circuit, a power supply and a recirculation pump, • At least one activation module configured to be installed at a consumption point, comprising a valve that regulates the passage of the fluid through said bypass ducts and a drive means configured for mechanically actuating the valve, at least one communication cable that links one of the drive means with the processing circuit,, and characterized in that the communication cable is housed inside the corresponding branch and pipe, the communication cable being configured to send signals through the corresponding one branch and pipe between the drive means and the processing circuit, and the latter being configured to contact each cable. • One or more bypass ducts, are configured for communicating the output of the pipe at one or several consumption points with another with another pipe in the system that reaches the consumption point, • A pumping module configured to be installed in one of the branches (11, 12), comprising: a processing circuit, a power supply and a recirculation pump, • At least one activation module configured to be installed at a consumption point, comprising a valve that regulates the passage of the fluid through said bypass ducts and a drive means configured for mechanically actuating the valve, at least one communication cable that links one of the drive means with the processing circuit,, and characterized in that the communication cable is housed inside the corresponding branch and pipe, the communication cable being configured to send signals through the corresponding one branch and pipe between the drive means and the processing circuit, and the latter being configured to contact each cable. at least one communication cable that links one of the drive means with the processing circuit,, and characterized in that the communication cable is housed inside the corresponding branch and pipe, the communication cable being configured to send signals through the corresponding one branch and pipe between the drive means and the processing circuit, and the latter being configured to contact each cable.
Pump, in particular gear pump, for conveying a processing additive, in particular a liquid product, for use in the food industry, chemical industry and/or pharmaceutical industry, comprising a drive unit having a drive for providing a force and/or a torque for pumping the processing additive, and a pump unit in which the processing additive can be pumped, wherein the drive unit and the pump unit are connected or connectable to one another in a detachable manner without tools, characterized in that individual elements of the pump unit, namely a wall element and a main body, are connected or connectable to one another in a detachable manner without tools, wherein at least one releasable locking device is provided in order to lock the pump unit and the drive unit to one another, wherein the locking device comprises a clamping device and wherein additionally at least one such locking device comprising a clamping device is provided, in order to lock the wall element and the main body to one another, wherein a drive force of the drive unit can be transmitted to the pump unit via a contactless coupling (13, 14), wherein at least one transmission element, which serves to transmit the drive force of the drive unit, can be flowed through and/or around by the processing additive. wherein at least one releasable locking device is provided in order to lock the pump unit and the drive unit to one another, wherein the locking device comprises a clamping device and wherein additionally at least one such locking device comprising a clamping device is provided, in order to lock the wall element and the main body to one another, wherein a drive force of the drive unit can be transmitted to the pump unit via a contactless coupling (13, 14), wherein at least one transmission element, which serves to transmit the drive force of the drive unit, can be flowed through and/or around by the processing additive.
A glass container comprising: an exterior surface and an interior surface opposite to the exterior surface; and a coating of acrylate urethane polymer deposited at least over a portion of the exterior surface, wherein said glass container has a lightweight index L, calculated as L=[weight of container (g)/(volume of container (ml)) 0,77]*0,44, of less than 1, preferably less than 0,90, more preferably less than 0,75 and most preferably less than 0,60. an exterior surface and an interior surface opposite to the exterior surface; and a coating of acrylate urethane polymer deposited at least over a portion of the exterior surface, wherein said glass container has a lightweight index L, calculated as L=[weight of container (g)/(volume of container (ml)) 0,77]*0,44, of less than 1, preferably less than 0,90, more preferably less than 0,75 and most preferably less than 0,60.
A synergistically effective herbicide composition comprising as component an herbicidally active amount of pelargonic acid and as component flazasulfuron, wherein a weight ratio of components and is in a range up to 199:1.
Engine with combined combustion and steam operation, the engine comprising more than one cylinder in which in each case a piston is mounted, the pistons being coupled to a common crankshaft in the engine, wherein at least one of the pistons is driven by the combustion of a fuel mixture in the cylinder space, and at least one further piston is driven by the introduction and expansion of steam in the cylinder space, the steam being generated in a steam generation device outside the cylinder space, and the steam generation device being operated at least partially by waste heat from the engine, characterized in that a plurality of the cylinders of the engine having valve controls, in particular electrical valve controls, independent of one another, wherein the plurality of cylinders being drivable variably in combustion operation or in steam operation, in dependence on a setting of the valve control and of the supply lines for steam or a fuel mixture into the respective cylinder spaces, wherein in combustion operation the supply line to the inlet valves is changed over to steam.
Cooking device with a browning sensor and an electronics unit, wherein by means of the electronics unit at least one degree of browning of a food can be supplied to an output unit for output to an operator, characterised in that by means of the electronics unit a sensed degree of browning can be compared with a predetermined degree of browning and a parameter can be calculated for a relative degree of browning and that a remaining cooking time can be calculated by means of the electronics unit as a function of the sensed degree of browning and a predetermined degree of browning.
A wheel loader, comprising: a boom; a transmission, comprising a forward or speed stage clutch (51 to 55); and a controller configured to control hydraulic pressure of hydraulic oil supplied to the forward or speed stage clutch (51 to 55), characterized in that the controller is configured to perform clutch hydraulic pressure control in which the forward or speed stage clutch (51 to 55) is brought into a semi-engagement state by controlling the hydraulic pressure of the hydraulic oil supplied to the forward or speed stage clutch (51 to 55) on condition that the wheel loader advances while raising the boom in at least a loaded state. a boom; a transmission, comprising a forward or speed stage clutch (51 to 55); and a controller configured to control hydraulic pressure of hydraulic oil supplied to the forward or speed stage clutch (51 to 55), characterized in that the controller is configured to perform clutch hydraulic pressure control in which the forward or speed stage clutch (51 to 55) is brought into a semi-engagement state by controlling the hydraulic pressure of the hydraulic oil supplied to the forward or speed stage clutch (51 to 55) on condition that the wheel loader advances while raising the boom in at least a loaded state.
A resin side cover for a transmission case, the resin side cover configured to be mounted on a vehicle and disposed on the transmission case at a front side of the vehicle, the resin side cover constituting a vehicle front side surface section of an oil storage section in which oil is stored in the transmission case, characterized in that the resin side cover comprises a protrusion (30; 35a) and a fragile section, the resin side cover being configured so that, when disposed on the transmission case, the protrusion (30; 35a) is disposed above an oil surface of the oil stored in the oil storage section, the protrusion (30; 35a) protruding toward the front side of the vehicle and constituting the foremost section of the transmission case; and in that the fragile section is disposed between the protrusion (30; 35a) and the oil surface of the oil, the fragile section extending transversely in a lateral direction.
A light assembly, comprising: a heatsink including a first surface and a second surface opposite the first surface, the second surface defining an airflow path extending from a first end of the heatsink to a second end of the heatsink; a plurality of light emitting diodes coupled to the first surface of the heatsink; and a lens located over the plurality of light emitting diodes and contacting to the heatsink, characterised in that the lens includes a first cutout proximate the first end of the heatsink and a second cutout proximate the second end of the heatsink. a heatsink including a first surface and a second surface opposite the first surface, the second surface defining an airflow path extending from a first end of the heatsink to a second end of the heatsink; a plurality of light emitting diodes coupled to the first surface of the heatsink; and a lens located over the plurality of light emitting diodes and contacting to the heatsink, characterised in that the lens includes a first cutout proximate the first end of the heatsink and a second cutout proximate the second end of the heatsink.
A battery charging system comprising an electronic device (3, 25) including a battery and a secondary winding (10, 24) of a transformer arranged therein; a charging module comprising a primary charging circuit and being formed with a planar charging surface adapted to receive the electronic device (3, 25) to be charged through induction, characterized in that said primary charging circuit includes a plurality of primary windings of the transformer, said primary windings being disposed in an array and being substantially parallel to said planar charging surface, wherein said primary windings are provided with electromagnetic shielding on the side of said primary windings opposite from said planar charging surface.
Handheld navigation device (10, 10'), comprising a processing unit and a display, the processing unit being arranged to display map data on the display, said display being provided on a front side of said device, characterised in that the navigation device (10, 10') further comprises a camera on a rear side of said device and being arranged to provide a camera feed to the processing unit, the processing unit further being arranged to: - receive a camera feed from the camera, - detect a movement of the navigation device (10, 10') based on the received camera feed by distinguishing certain characterizing features in one image, and following those features in a successive image of said camera feed using pattern recognition techniques, - scroll the displayed map data in response to the detected movement. - receive a camera feed from the camera, - detect a movement of the navigation device (10, 10') based on the received camera feed by distinguishing certain characterizing features in one image, and following those features in a successive image of said camera feed using pattern recognition techniques, - scroll the displayed map data in response to the detected movement.