mhurhangee/ep-ind-claims huggingface dataset:
A data converter for transmitting a signal to a programmable logic controller, the data converter is characterized in comprising: a sampling unit adapted to perform sampling multiple times with respect to data detected by a sensor by using oversampling techniques in one communication period of communication with the programmable logic controller and, as a result, to acquire a plurality of sampling data; a processing unit adapted to acquire statistical data by statisticizing the plurality of sampling data in the one communication period; and a transmission unit adapted to transmit the statistical data to the programmable logic controller once in the one communication period when the end of the one communication period is reached. a sampling unit adapted to perform sampling multiple times with respect to data detected by a sensor by using oversampling techniques in one communication period of communication with the programmable logic controller and, as a result, to acquire a plurality of sampling data; a processing unit adapted to acquire statistical data by statisticizing the plurality of sampling data in the one communication period; and a transmission unit adapted to transmit the statistical data to the programmable logic controller once in the one communication period when the end of the one communication period is reached.
A linen drying device comprising: i) a drum that can rotate and is suitable for housing the linen to be dried; ii) a housing compartment of the drum; iii) a condenser that receives a gaseous fluid containing particles of vapour from said compartment and that causes at least partial condensation thereof; iv) a blowing unit in turn comprising: - a movement impeller of the gaseous fluid; - a casing that houses the impeller, is placed in fluid communication with the condenser and is downstream of the condenser along the outflow direction of the gaseous fluid, said casing comprising a first and a second semi-shells (53, 54); said condenser and said blowing unit being placed along a line that takes said gaseous fluid out of the compartment and reintroduces it into the compartment; characterised in that the first and the second semi-shells (53, 54) are made of sheet metal and are connected to each other through a seaming and in that the first and the second semi-shells (53, 54) have perimetric edges (59, 60) that overlap with each other along a mutual junction line, the seaming of the first and the second semi-shells (53, 54) affecting a first stretch that develops for over 75% of said junction line. i) a drum that can rotate and is suitable for housing the linen to be dried; ii) a housing compartment of the drum; iii) a condenser that receives a gaseous fluid containing particles of vapour from said compartment and that causes at least partial condensation thereof; iv) a blowing unit in turn comprising: - a movement impeller of the gaseous fluid; - a casing that houses the impeller, is placed in fluid communication with the condenser and is downstream of the condenser along the outflow direction of the gaseous fluid, said casing comprising a first and a second semi-shells (53, 54); - a movement impeller of the gaseous fluid; - a casing that houses the impeller, is placed in fluid communication with the condenser and is downstream of the condenser along the outflow direction of the gaseous fluid, said casing comprising a first and a second semi-shells (53, 54);
Device for cleaning of closed spaces using a sprayed liquid, including a housing with a stationary part configured to receive liquid into the device and a rotatable part arranged with the stationary part, whereby the rotatable part is rotatably arranged with a hub with at least one spray nozzle, whereby in the housing a first part of an axis is connected to a rotation generating element in the housing and a second part is provided with threads forming a worm screw, which worm screw is arranged to fit into the threads of an adjacent first gear wheel forming a worm gear, which first gear wheel is arranged on a second axis which has a second part provided with threads forming a second worm screw, which second worm screw is arranged to fit into the threads of a second gear wheel forming a second worm gear, which worm gears (10; -) are configured to transmit rotational force from the rotation generating element via the axis for rotating the hub and the rotatable part, characterized in that the rotation generating element, the axis and the worm gears (10; -) are arranged in a flow path for liquid flowing through the device, whereby the bulk of liquid flows through the worm gears (10; -) in a direction towards at least one spray nozzle.
A medical tube configured for being connected to a humidifier and a patient interface for receiving humidified gas and providing the humidified gas to a patient, said medical tube comprising: an elongate conduit having a first opening and a second opening, a lumen extending between the first opening and the second opening, and a conduit wall extending between the first opening and the second opening and surrounding the lumen, a sheath comprising a sheath wall, the sheath surrounding at least a portion of an outer surface of the elongate conduit, characterised in that the sheath wall is stiffer and thicker in a first region of the sheath than in a second region of the sheath. an elongate conduit having a first opening and a second opening, a lumen extending between the first opening and the second opening, and a conduit wall extending between the first opening and the second opening and surrounding the lumen, a sheath comprising a sheath wall, the sheath surrounding at least a portion of an outer surface of the elongate conduit, characterised in that the sheath wall is stiffer and thicker in a first region of the sheath than in a second region of the sheath.
A real-time memory access computing architecture, comprising: a hybrid computer module comprising a plurality of discrete semiconductor die mounted upon a semiconductor carrier, which hybrid computer module further comprises: a fully integrated power management module having a resonant gate transistor, wherein the fully integrated power management module is adapted to synchronously switch power at speeds that match a clock speed of a microprocessor on an adjacent microprocessor die (102A,B) mounted within the hybrid computer module to provide real-time memory access; a look-up table adapted to select a pointer to reference addresses in a main memory where data and/or processes are physically located; a memory management variable that uses the look-up table to select the next set of data and/or processes called by the microprocessor; a memory bank (104A,B) forming the main memory, wherein, ≥50% of cache memory of the microprocessor die is allocated to stack-based memory functionality. a fully integrated power management module having a resonant gate transistor, wherein the fully integrated power management module is adapted to synchronously switch power at speeds that match a clock speed of a microprocessor on an adjacent microprocessor die (102A,B) mounted within the hybrid computer module to provide real-time memory access; a look-up table adapted to select a pointer to reference addresses in a main memory where data and/or processes are physically located; a memory management variable that uses the look-up table to select the next set of data and/or processes called by the microprocessor; a memory bank (104A,B) forming the main memory, wherein, ≥50% of cache memory of the microprocessor die is allocated to stack-based memory functionality.
A method carried out in a source-end device for implementing multicast, comprising: generating a plurality of internet group management protocol, IGMP, packets; wherein the plurality of IGMP packets are IGMP join packets of one multicast group; wherein the plurality of IGMP join packets comprise a first IGMP join packet, the first IGMP join packet is generated earlier than the other IGMP packets of the plurality of IGMP packets; characterized by adding an identifier to the first IGMP join packet; and sending the first IGMP join packet and the other IGMP packets of the plurality of IGMP packets to a next network apparatus in order that the next network apparatus performs multicast processing on the first IGMP join packet according to the identifier and forwards the first IGMP join packet, and forwards the other IGMP packets of the plurality of IGMP packets without performing multicast processing on them. generating a plurality of internet group management protocol, IGMP, packets; wherein the plurality of IGMP packets are IGMP join packets of one multicast group; wherein the plurality of IGMP join packets comprise a first IGMP join packet, the first IGMP join packet is generated earlier than the other IGMP packets of the plurality of IGMP packets; characterized by adding an identifier to the first IGMP join packet; and sending the first IGMP join packet and the other IGMP packets of the plurality of IGMP packets to a next network apparatus in order that the next network apparatus performs multicast processing on the first IGMP join packet according to the identifier and forwards the first IGMP join packet, and forwards the other IGMP packets of the plurality of IGMP packets without performing multicast processing on them.
A composition comprising a polyvinyl butyral represented by the following formula: wherein A, B and C represent a proportion of corresponding repeat units expressed as a weight percent, wherein each repeat unit is randomly distributed along a polymer chain and wherein the sum of A, B and C is about 100 weight percent; a poly(melamine-co-formaldehyde) based polymer and an anhydride; wherein A is independently from about 80 weight percent to about 88 weight percent; B is independently from about 11 weight percent to about 18 weight percent; and C is independently from about 0 weight percent to about 3 weight percent. wherein A, B and C represent a proportion of corresponding repeat units expressed as a weight percent, wherein each repeat unit is randomly distributed along a polymer chain and wherein the sum of A, B and C is about 100 weight percent; a poly(melamine-co-formaldehyde) based polymer and an anhydride; wherein A is independently from about 80 weight percent to about 88 weight percent; B is independently from about 11 weight percent to about 18 weight percent; and C is independently from about 0 weight percent to about 3 weight percent.
A luminescent glass comprising a glass matrix, wherein said glass matrix comprises at least two layers of glass parts and at least one layer of a complex part which comprises glass materials and fluorescent powder dispersed in said materials, and said at least one layer of the complex part of glass and fluorescent powder is embedded into each layer of the glass parts, wherein said fluorescent powder is of the cerium-doped yttrium aluminum garnet series.
A manufacturing device for cleft magnets, comprising: a cleaving mechanism for cleaving a magnet plate having a groove on one surface by applying a pressing force onto another surface of the magnet plate corresponding to a back of the groove; a carry-in mechanism for carrying the magnet plate to a cleaving position of the cleaving mechanism; and a foreign matter removal mechanism for removing a foreign matter, which is adhering to the magnet plate, before the magnet plate is carried to the cleaving position by the carry-in mechanism; wherein the carry-in mechanism comprises a plurality of supports for supporting the magnet plate carried to the cleaving position in an upward facing posture, and the foreign matter removal mechanism comprises a dust collector for applying a suction force to a gap between the plurality of supports. a cleaving mechanism for cleaving a magnet plate having a groove on one surface by applying a pressing force onto another surface of the magnet plate corresponding to a back of the groove; a carry-in mechanism for carrying the magnet plate to a cleaving position of the cleaving mechanism; and a foreign matter removal mechanism for removing a foreign matter, which is adhering to the magnet plate, before the magnet plate is carried to the cleaving position by the carry-in mechanism;
Method for binding a bundle of leaves in a binding back, whereby the bundle is placed in the binding back with an edge of the leaves and fastened therein, whereby for the binding use is made of a bundle of leaves of which a strip of each of the leaves has been separately double folded beforehand over an angle of at least 120° along the exact same line to form a fold line that extends parallel to and at a distance from the aforementioned edge, characterised in that the leaves of the bound bundle are double folded at the same distance from the edge.
A member for electrophotography, comprising: a substrate; a cured silicone rubber elastic layer containing an unsaturated aliphatic group; and a fluorine resin surface layer obtainable by melting a fluorine resin powder on the cured silicon rubber elastic layer, wherein: when a microhardness of a cured rubber forming the cured silicone rubber elastic layer is defined as H μ0, and a microhardness of a rubber obtained by soaking the cured rubber in a methyl hydrogen silicone oil for 24 hours, and then further curing the cured rubber is defined as H μ1, H μ1 /H μ0 is 2.5 or more and 5.0 or less; and the cured silicone rubber elastic layer comprises, as a first filler, an anatase-type titanium oxide-containing titanium oxide particle. a substrate; a cured silicone rubber elastic layer containing an unsaturated aliphatic group; and a fluorine resin surface layer obtainable by melting a fluorine resin powder on the cured silicon rubber elastic layer, wherein: when a microhardness of a cured rubber forming the cured silicone rubber elastic layer is defined as H μ0, and a microhardness of a rubber obtained by soaking the cured rubber in a methyl hydrogen silicone oil for 24 hours, and then further curing the cured rubber is defined as H μ1, H μ1 /H μ0 is 2.5 or more and 5.0 or less; and the cured silicone rubber elastic layer comprises, as a first filler, an anatase-type titanium oxide-containing titanium oxide particle.
A fluid analysis cartridge assembly comprising: a sample collecting member having a sample collecting chamber; and a fluid analysis cartridge comprising: a housing; a sample receiving chamber arranged in the housing and for receiving a sample from the sample collecting chamber, wherein the sample receiving chamber stores a buffer solution to be mixed with the sample; a first hole arranged in the housing and located on one side of the sample receiving chamber, a test chamber coupled to the housing for receiving a reagent to react with a sample input to the sample receiving chamber, wherein the sample receiving chamber comprises a second hole formed on a bottom surface of the sample receiving chamber so that the sample flows to the test chamber, wherein the sample receiving chamber further comprises a patch attached to the bottom surface of the sample receiving chamber to cover the second hole, characterized in that the first hole of is covered by a first patch and arranged to be opened by connecting the sample collecting member to the first hole, and the patch covering the second hole is a second patch, wherein the second hole is arranged to be opened when the second patch is pressed and moved by a portion of the sample collecting member being inserted into to the first hole. a sample collecting member having a sample collecting chamber; and a fluid analysis cartridge comprising: a housing; a sample receiving chamber arranged in the housing and for receiving a sample from the sample collecting chamber, wherein the sample receiving chamber stores a buffer solution to be mixed with the sample; a first hole arranged in the housing and located on one side of the sample receiving chamber, a test chamber coupled to the housing for receiving a reagent to react with a sample input to the sample receiving chamber, a housing; a sample receiving chamber arranged in the housing and for receiving a sample from the sample collecting chamber, wherein the sample receiving chamber stores a buffer solution to be mixed with the sample; a first hole arranged in the housing and located on one side of the sample receiving chamber, a test chamber coupled to the housing for receiving a reagent to react with a sample input to the sample receiving chamber, wherein the sample receiving chamber comprises a second hole formed on a bottom surface of the sample receiving chamber so that the sample flows to the test chamber, wherein the sample receiving chamber further comprises a patch attached to the bottom surface of the sample receiving chamber to cover the second hole, characterized in that the first hole of is covered by a first patch and arranged to be opened by connecting the sample collecting member to the first hole, and the patch covering the second hole is a second patch, wherein the second hole is arranged to be opened when the second patch is pressed and moved by a portion of the sample collecting member being inserted into to the first hole.
Attachment unit for a vehicle, specifically a multi-track commercial vehicle and/or a multi-track commercial vehicle trailer, comprising - at least one wheel, preferably at least two wheels, - a coupling arrangement (4a, 4b) via which the attachment unit can be connected to the vehicle, and - at least one receiving space for one or more functional devices, wherein - the attachment unit is configured to be positioned, together with wheel and/or together with receiving space, under the vehicle, characterized in that - the attachment unit has at least one fluidic interface for connection to an associated interface formed on the vehicle, via which fluidic interface the vehicle can be supplied with a fluid. - at least one wheel, preferably at least two wheels, - a coupling arrangement (4a, 4b) via which the attachment unit can be connected to the vehicle, and - at least one receiving space for one or more functional devices, - the attachment unit is configured to be positioned, together with wheel and/or together with receiving space, under the vehicle, - the attachment unit has at least one fluidic interface for connection to an associated interface formed on the vehicle, via which fluidic interface the vehicle can be supplied with a fluid.
A driver system for driving at least one LED the driver system comprising: - a LED driver comprising a current source connected to the at least one LED for providing an LED drive current to the at least one LED, and a control module or controlling a flow of the LED drive current through the at least one LED; - a power supply having a power output terminal connected to a power input terminal (117, 118) of the current source for providing electrical power to the current source; wherein the control module comprises a control signal output (121, 122) connected to a control signal input of the power supply for controlling an operation of the power supply, characterized in that the control module is arranged to anticipate a load change of the current source by determining a control signal to control the power supply during a delay between a providing of a setpoint input data to the control module and the load change resulting from the setpoint data. - a LED driver comprising a current source connected to the at least one LED for providing an LED drive current to the at least one LED, and a control module or controlling a flow of the LED drive current through the at least one LED; - a power supply having a power output terminal connected to a power input terminal (117, 118) of the current source for providing electrical power to the current source;
An apparatus for evaluating the movement of the tongue of a subject, the apparatus comprising a nipple element comprising an inner surface defining a nipple cavity a coupling device comprising a sensing device and configured to be operatively attached to the nipple element; characterised in that a cantilever element is positioned within the nipple cavity and is operatively connected to the sensing device the sensing device being adapted to sense the displacement of the cantilever element in response to the deformation of the nipple element by a deformation force exerted on the nipple element by movement of the tongue of the subject and provide an output in response to said displacement; wherein the output corresponds to the deformation force exerted on the nipple element.
An apparatus comprising: a computing architecture (200, 300) comprising multiple memories including a first memory and a second memory, wherein the multiple memories are configured to store multiple copies of a memory image including a first copy (216a, 328a) and a second copy (216b, 328b), the memory image containing instructions to be executed by the computing architecture and data to be used by the computing architecture, wherein the first memory is configured to store the first copy (216a, 328a) of the memory image and the second memory is configured to store the second copy (216b, 328b) of the memory image, the computing architecture is configured to perform multiple functions including an instruction execution function and an input/output function; at least one processing device configured to execute an instruction emulator that is configured to perform the instruction execution function using the first copy (216a, 328a) of the memory image, the first memory comprising a memory within the instruction emulator or closer to the instruction emulator than the second memory; and an interface card configured to communicate over a network and perform the input/output function using the second copy (216b, 328b) of the memory image, the second memory comprising a memory within the interface card or closer to the interface card than the first memory. a computing architecture (200, 300) comprising multiple memories including a first memory and a second memory, wherein the multiple memories are configured to store multiple copies of a memory image including a first copy (216a, 328a) and a second copy (216b, 328b), the memory image containing instructions to be executed by the computing architecture and data to be used by the computing architecture, wherein the first memory is configured to store the first copy (216a, 328a) of the memory image and the second memory is configured to store the second copy (216b, 328b) of the memory image, the computing architecture is configured to perform multiple functions including an instruction execution function and an input/output function; at least one processing device configured to execute an instruction emulator that is configured to perform the instruction execution function using the first copy (216a, 328a) of the memory image, the first memory comprising a memory within the instruction emulator or closer to the instruction emulator than the second memory; and an interface card configured to communicate over a network and perform the input/output function using the second copy (216b, 328b) of the memory image, the second memory comprising a memory within the interface card or closer to the interface card than the first memory.
A solvent composition comprising 91.0 wt.-% or more i-paraffins and having a boiling point in the range of 150°C to 250°C, wherein the solvent composition is derived from a renewable raw material, wherein the solvent composition comprises more than 55.0 wt.-% dimethylated, trimethylated or higher methylated i-paraffins relative to all i-paraffins in the solvent composition, and wherein the content of C5 to C15 paraffins is 95 wt.-% or more relative to the solvent composition as a whole. wherein the solvent composition comprises more than 55.0 wt.-% dimethylated, trimethylated or higher methylated i-paraffins relative to all i-paraffins in the solvent composition, and wherein the content of C5 to C15 paraffins is 95 wt.-% or more relative to the solvent composition as a whole.