mhurhangee/ep-ind-claims huggingface dataset:
Method for regulating a relieving pressure of a lifting mechanism of a mobile working machine, wherein the lifting mechanism provides a relieving force when an attachment that is coupled to it and is pushed or pulled is in the state of being lowered to the ground, comprising the steps of: - detecting a change in height (Δh) of a ground profile per unit of time (Δt) by means of a sensor arrangement (5, 48); and - limiting the relieving pressure by setting an electronically activatable proportional relieving pressure limiting valve by means of a control unit in dependence on signals of the sensor arrangement (5, 48), wherein, when there is a reduction in the height of the ground profile, determined by the sensor arrangement (5, 48), an opening pressure of the relieving pressure limiting valve is reduced, wherein, when there is an increase in the height of the ground profile, determined by the sensor arrangement (5, 48), the opening pressure of the relieving pressure limiting valve is increased, and wherein the limiting of the relieving pressure only takes place if the amount of a predetermined change in height (Δh) is exceeded. - detecting a change in height (Δh) of a ground profile per unit of time (Δt) by means of a sensor arrangement (5, 48); and - limiting the relieving pressure by setting an electronically activatable proportional relieving pressure limiting valve by means of a control unit in dependence on signals of the sensor arrangement (5, 48), wherein, when there is a reduction in the height of the ground profile, determined by the sensor arrangement (5, 48), an opening pressure of the relieving pressure limiting valve is reduced, wherein, when there is an increase in the height of the ground profile, determined by the sensor arrangement (5, 48), the opening pressure of the relieving pressure limiting valve is increased, and wherein the limiting of the relieving pressure only takes place if the amount of a predetermined change in height (Δh) is exceeded.
A device for controlling the amount of air fed to the intake of a turbocharged internal-combustion engine, said engine comprising two exhaust gas outlets (32, 36) connected each to an exhaust manifold (30, 34) of a group of at least one cylinder (12 1, 12 2, 12 3, 12 4), said device comprising a turbocharging device including a turbocharger with a dual-inlet (46, 48) turbine connected to said exhaust gas outlets, as well as an outside air compressor, and at least one duct (100, 102; 110, 112) for partial transfer of the compressed air from the compressor to the turbine inlets, characterized in that partial transfer duct (100, 102; 110, 112) is provided in the cylinder head of the engine, between an intake and an exhaust connected to the turbine inlets, and in that it comprises throttling means (74, 76) controlling the circulation of the transferred compressed air.
Apparatus for processing cables, having a feeding means for transporting and positioning the cable along a feeding route, a cutting means for cutting a cable piece from the cable in such a way that the cable piece has two ends (100a, 100b), at least one processing unit for processing at least one end (100a, 100b) of the cable piece, a switch with a plurality of guides, and a controller for positioning the switch in the feeding route in such a way that the cable piece can be moved into one of the guides, wherein at least one guide is configured to deflect the cable piece from the feed path in order to feed one end (100a, 100b) of the cable piece to the at least one processing unit, characterized in that in order to deflect the cable piece from the feeding route, the guide has an inlet, a circumferentially closed guide channel and an outlet, the diameter of the guide channel tapering between the inlet and the outlet, and the feeding means comprises at least one motor-driven belt conveyor pair, wherein the cable piece can be passed through between the two belt conveyors of the belt conveyor pair and/or the feeding means comprises at least one motor-driven roller pair, wherein the cable piece can be passed through between the rollers of the roller pair, wherein, in addition to the roller pair, a cable guide is provided, which is positioned in the feeding route of the cable piece between the two rollers and has a recess for both respective rollers, in such a way that the rollers can engage in the cable guide in order to transport the cable piece.
An apparatus comprising: a non-volatile memory configured to store data in a plurality of locations; and a device interface coupled to the non-volatile memory and including a volatile shadow memory configured to store an image of the plurality of locations of the non-volatile memory in a corresponding plurality of locations of the volatile shadow memory, wherein the device interface is couplable to a bus controller via a digital network bus, and configured to receive a command across the network bus from the bus controller, and in response thereto, the device interface is configured to write data from the network bus to a location in the non-volatile memory, including the device interface being configured to write the data to the corresponding location in the volatile shadow memory, and thereafter write the data from the corresponding location in the volatile shadow memory to the location in the non-volatile memory. a non-volatile memory configured to store data in a plurality of locations; and a device interface coupled to the non-volatile memory and including a volatile shadow memory configured to store an image of the plurality of locations of the non-volatile memory in a corresponding plurality of locations of the volatile shadow memory,
Container comprising a cover, a cup and an annular member used for the container, the annular member comprising a stop ring and a seal ring, wherein the stop ring comprises a ring body and a stopper extending from the ring body towards the center of the annular member; and the stop ring and the seal ring are formed in one piece by double injection molding wherein the ring body of the stop ring comprises a first part and a second part; the first part is of a shape of a cylinder; the stopper extends from an end of the cylinder towards the center of the annular member; and the second part is connected with the seal ring wherein the cover is provided with an engaging cylinder having an outer diameter which is larger than an inner diameter of the seal ring, the cup is provided with an annular recess receiving the annular member and having an inner wall and an outer wall, the first part of the ring body of the stop ring of the annular member being fixed on the inner wall of the annular recess, and in a configuration where the cup is closed by the cover, the seal ring of the annular member is pressed by the engaging cylinder of the cover against the outer wall of the annular recess of the cup. wherein the stop ring comprises a ring body and a stopper extending from the ring body towards the center of the annular member; and the stop ring and the seal ring are formed in one piece by double injection molding wherein the ring body of the stop ring comprises a first part and a second part; the first part is of a shape of a cylinder; the stopper extends from an end of the cylinder towards the center of the annular member; and the second part is connected with the seal ring wherein the cover is provided with an engaging cylinder having an outer diameter which is larger than an inner diameter of the seal ring, the cup is provided with an annular recess receiving the annular member and having an inner wall and an outer wall, the first part of the ring body of the stop ring of the annular member being fixed on the inner wall of the annular recess, and in a configuration where the cup is closed by the cover, the seal ring of the annular member is pressed by the engaging cylinder of the cover against the outer wall of the annular recess of the cup.
Use of 1-O-alkyl-2-acylglycerophosphocholine 42:4 (PC-0 42:4) as a biomarker for detecting and/or quantifying visceral adiposity and/or changes in visceral adiposity.
A method of detecting a target analyte in a sample, comprising, a. functionalizing a bead in a buffer; b. contacting the functionalized bead with a primary antibody-labelled conjugate; c. introducing the functionalized bead-antibody-labelled conjugate into an immunoassay device comprising a sample; d. introducing a secondary antibody labeled with a fluorescent tag into the device; e. applying an alternating current electrokinetic field; and f. detecting bound analyte, wherein the immunoassay device is for detecting an analyte in a sample, the device comprising: (a) a microelectrode array, the array capable of establishing an AC electrokinetic field region and isolating a bead complex in a high conductivity buffer, wherein the bead complex comprises a functionalized bead bound to a labelled-primary antibody; (b) a fluidic cartridge, the fluidic cartridge capable of housing the microelectrode array and further comprising at least one port for addition and removal of buffers and reagents; and (c) a fluorescent or luminescent detection system, whereby the presence, absence and/or amount of said analyte in the sample is determined by assessing fluorescence or luminescence from the isolated bead complex bound to a secondary antibody labelled with a fluorescent or luminescent probe. a. functionalizing a bead in a buffer; b. contacting the functionalized bead with a primary antibody-labelled conjugate; c. introducing the functionalized bead-antibody-labelled conjugate into an immunoassay device comprising a sample; d. introducing a secondary antibody labeled with a fluorescent tag into the device; e. applying an alternating current electrokinetic field; and f. detecting bound analyte, (a) a microelectrode array, the array capable of establishing an AC electrokinetic field region and isolating a bead complex in a high conductivity buffer, wherein the bead complex comprises a functionalized bead bound to a labelled-primary antibody; (b) a fluidic cartridge, the fluidic cartridge capable of housing the microelectrode array and further comprising at least one port for addition and removal of buffers and reagents; and (c) a fluorescent or luminescent detection system, whereby the presence, absence and/or amount of said analyte in the sample is determined by assessing fluorescence or luminescence from the isolated bead complex bound to a secondary antibody labelled with a fluorescent or luminescent probe.
Method for producing a cable comprising a core which contains electrical and/or optical transmission elements and is surrounded by a sheath made of insulating material, with which at least one cable strip running along the entire length of the outer side of the cable in the axial direction of the cable is produced, and which has another color than that of the sheath, and with which the materials of the sheath and strips are simultaneously so applied to the core of the cable by means of an extruder through co-extrusion, that the material of the strips is integrated in the material of the sheath characterized in that - the materials of the sheath and the strips is applied by means of an extruder comprising an inner flow channel and an outer flow channel completely surrounding the former, and which merge into one another, - a completely surrounding barrier in the form of a ring is provided in the outer flow channel, and has at least one passage which has the material raised in the outer flow channel for a strip, - the material of the strip is pressed under pressure through the passage, and is pressed into the inner flow channel, through which the material for the sheath is fed, wherein the material of the strip is pushed or pressed into the material of the sheath and is thereby firmly connected or anchored thereto. - the materials of the sheath and the strips is applied by means of an extruder comprising an inner flow channel and an outer flow channel completely surrounding the former, and which merge into one another, - a completely surrounding barrier in the form of a ring is provided in the outer flow channel, and has at least one passage which has the material raised in the outer flow channel for a strip, - the material of the strip is pressed under pressure through the passage, and is pressed into the inner flow channel, through which the material for the sheath is fed, wherein the material of the strip is pushed or pressed into the material of the sheath and is thereby firmly connected or anchored thereto.
A motor drive comprising: rectifier circuitry coupled to an AC power source and configured to provide power to a DC bus; inverter circuitry coupled to the DC bus and configured to generate drive signals for driving a motor; a cooling channel disposed adjacent to the rectifier circuitry and the inverter circuitry and configured to draw heat from the rectifier circuitry and the inverter circuitry; a choke assembly disposed in the cooling channel comprising: an inductor coil comprising an insulated conductor wound around a central axis; a potting disposed about the inductor coil, the potting configured to encase the inductor coil in a ring-shaped housing with an opening for receiving a magnetic core; and a magnetic core disposed within the opening, coaxially with the inductor coil, wherein the inductor coil comprises inductor leads coupled to the ends of the insulated conductor and wherein the potting comprises a projection that insulates a portion of the inductor leads inside the cooling channel and mates with an opening in a barrier separating the cooling channel from at least the rectifier circuitry and the inverter circuitry. rectifier circuitry coupled to an AC power source and configured to provide power to a DC bus; inverter circuitry coupled to the DC bus and configured to generate drive signals for driving a motor; a cooling channel disposed adjacent to the rectifier circuitry and the inverter circuitry and configured to draw heat from the rectifier circuitry and the inverter circuitry; a choke assembly disposed in the cooling channel comprising: an inductor coil comprising an insulated conductor wound around a central axis; a potting disposed about the inductor coil, the potting configured to encase the inductor coil in a ring-shaped housing with an opening for receiving a magnetic core; and a magnetic core disposed within the opening, coaxially with the inductor coil, an inductor coil comprising an insulated conductor wound around a central axis; a potting disposed about the inductor coil, the potting configured to encase the inductor coil in a ring-shaped housing with an opening for receiving a magnetic core; and a magnetic core disposed within the opening, coaxially with the inductor coil, wherein the inductor coil comprises inductor leads coupled to the ends of the insulated conductor and wherein the potting comprises a projection that insulates a portion of the inductor leads inside the cooling channel and mates with an opening in a barrier separating the cooling channel from at least the rectifier circuitry and the inverter circuitry.
A suction header with upward outlet for evaporators of refrigeration systems, consisting of a one-piece element comprising a body of the said suction header, said body having a bottom for collecting the stagnating oil and a first section of an ascending line assembled inside said body, wherein said body of the said suction header is equipped with stub pipes for conveying refrigerant gas and said oil from the same suction header, and wherein said first section of said ascending line is in turn fixed to the remaining section of said ascending line of the refrigeration system, characterized in that the lower end of said section of said ascending line is beveled due to the presence of a cut oriented diagonal to the level of the said oil stagnating inside the cited bottom of the body and positioned partially immersed into said stagnating oil at a distance from the bottom of the body of said suction header to allow the gas and part of said stagnating oil enter said lower end and go up along said section of the same ascending line.
Method for treating a metal element for an automobile, with the steps: hardening the metal element, removing scale from the hardened metal element in an ultrasonic liquid by an ultrasonic process, whereby the ultrasonic liquid is a water solution with an organic carboxylic acid with a concentration of 0,1 to 10 vol. %, and coating the metal element in a coating process with an anticorrosion coating. hardening the metal element, removing scale from the hardened metal element in an ultrasonic liquid by an ultrasonic process, whereby the ultrasonic liquid is a water solution with an organic carboxylic acid with a concentration of 0,1 to 10 vol. %, and coating the metal element in a coating process with an anticorrosion coating.
Pneumatic vehicle tyre for passenger cars, with a breaker belt assembly, bead cores and a single-ply radial carcass, which runs around the bead cores from radially inside to radially outside and has a respective carcass turn-up, wherein the end of the respective carcass turn-up reaches at least to under the edges of the breaker belt assembly and wherein the carcass contains textile cords of the construction x3, wherein each cord has a total fineness of between 1600 dtex and 10100 dtex and wherein the individual yarns have a fineness of between 550 dtex and 3340 dtex, characterized in that the textile cords of the carcass are arranged at an angle of between 68° and 86° with respect to the circumferential direction, wherein the twist factor of each yarn or of the cord lies in a range from 200 to 275, with the twist factor = twist [t/m] × (fineness [tex] /1000) 1/2.
A ceramic cutting tool comprising a blade body containing zirconium oxide as a primary component, wherein the blade body contains particles, and wherein the blade body includes a blade part, and a plurality of the particles are exposed on a top part of the blade part, and a width of the top part in a short-side direction is not less than 1 μm and not greater than 10 μm, wherein the particles contain aluminum oxide as a primary component, wherein an average particle size of the particles is not less than 10 nm and not greater than 400 nm, and wherein the blade body contains the particles in an amount of not less than 5 vol.% and less than 50 vol.%. wherein the particles contain aluminum oxide as a primary component, wherein an average particle size of the particles is not less than 10 nm and not greater than 400 nm, and wherein the blade body contains the particles in an amount of not less than 5 vol.% and less than 50 vol.%.
A biodegradable thermoplastic polyurethane, comprising the reaction product of: a. an aliphatic polydiisocyanate component comprising H12MDI, HDI, HMDI, IPDI, LDI, BDI, PDI, CHDI, TODI, NDI, or combinations thereof; b. a polyol component comprising a polyester polyol comprising poly(L-lactide), polyglycolide, or polycaprolactone or combinations thereof; and c. at least one chain extender component comprising a cyclic dimer of an amino acid having a side chain containing a functional group comprising -OH, -COOH, -NH, -NH 2 or -SH. a. an aliphatic polydiisocyanate component comprising H12MDI, HDI, HMDI, IPDI, LDI, BDI, PDI, CHDI, TODI, NDI, or combinations thereof; b. a polyol component comprising a polyester polyol comprising poly(L-lactide), polyglycolide, or polycaprolactone or combinations thereof; and c. at least one chain extender component comprising a cyclic dimer of an amino acid having a side chain containing a functional group comprising -OH, -COOH, -NH, -NH 2 or -SH.
A method for a server of regulating the transmission of audio messages in a multiuser system, comprising: a. receiving requests to transmit a message from at least two speakers (S1, S2) of the multiuser system; b. queuing the requests according to a priority system; and c. when a request is at a top of the queue, allowing the corresponding speaker to transmit a message; and characterized in that if a predetermined number of request to transmit messages are received at one time, the method comprises the step of refusing to accept requests to transmit from speakers who are below certain priority level. a. receiving requests to transmit a message from at least two speakers (S1, S2) of the multiuser system; b. queuing the requests according to a priority system; and c. when a request is at a top of the queue, allowing the corresponding speaker to transmit a message; and characterized in that if a predetermined number of request to transmit messages are received at one time, the method comprises the step of refusing to accept requests to transmit from speakers who are below certain priority level.
A system for truncation compensation in PET/MR imaging, comprising: a PET image memory configured to store a volume of PET imaging data; a MR image memory configured to store a volume of MR imaging data having a MR field of vision; one or more processors (82, 84) configured to: mask the volume of the PET imaging data with the volume of the MR imaging data to determine the regions of the PET images that are outside the MR FOV and thereby generate a masked image of truncated regions of interest, ROIs, that are candidates for compensation; classify the truncated ROIs of the masked image as types of anatomical structures; and classify an orientation classification for each classified anatomical structure; the one or more processors (82, 84) further being configured to: compensate for truncation in the truncated ROIs by using a classification specific truncation compensation algorithm tuned for each truncated ROI based on the classified anatomical structure and orientation. a PET image memory configured to store a volume of PET imaging data; a MR image memory configured to store a volume of MR imaging data having a MR field of vision; one or more processors (82, 84) configured to: mask the volume of the PET imaging data with the volume of the MR imaging data to determine the regions of the PET images that are outside the MR FOV and thereby generate a masked image of truncated regions of interest, ROIs, that are candidates for compensation; classify the truncated ROIs of the masked image as types of anatomical structures; and classify an orientation classification for each classified anatomical structure; mask the volume of the PET imaging data with the volume of the MR imaging data to determine the regions of the PET images that are outside the MR FOV and thereby generate a masked image of truncated regions of interest, ROIs, that are candidates for compensation; classify the truncated ROIs of the masked image as types of anatomical structures; and classify an orientation classification for each classified anatomical structure; the one or more processors (82, 84) further being configured to: compensate for truncation in the truncated ROIs by using a classification specific truncation compensation algorithm tuned for each truncated ROI based on the classified anatomical structure and orientation.
Feeder for real-time measurement of the growth and/or evolution of the weight of animals by the difference in weight of an animal at two different times, wherein the system performs the measurement on the basis of the weight transmitted by the front legs to a weighing platform, wherein the feeder comprises: - At least one radio frequency reader, a controller, and at least one data transmitter; - At least one sealed weighing platform associated with each feeder that comprises a number of force sensors, sending the weight measurement data to the controller; characterised in that each sealed weighing platform comprises a casing having at least one gas outlet and flow regulation duct and side walls made of a flexible material that also provides a hermetic seal, the casing housing force sensors. - At least one radio frequency reader, a controller, and at least one data transmitter; - At least one sealed weighing platform associated with each feeder that comprises a number of force sensors, sending the weight measurement data to the controller;