mhurhangee/ep-ind-claims huggingface dataset:
A tractor, comprising: an engine; a forward/backward movement clutch which is provided on a motive power transmission route from the engine to one or more traveling apparatuses, and is configured to carry out changes among forward movement, backward movement and neutral; one or more brake pedals (19L, 19R); and a control unit which is configured to allow, in association with stepping manipulation of the one or more brake pedals (19L, 19R), one or more brakes to operate on the one or more traveling apparatuses and allow operating-pressure of the forward/backward movement clutch to lower, characterized in that the tractor comprises one or more sensors (123L, 123R) which are configured to detect the stepping manipulation of the one or more brake pedals (19L, 19R), wherein the control unit is configured to allow, in response to detection result of the one or more sensors (123L, 123R), the one or more brakes to operate on the one or more traveling apparatuses and allow the operating-pressure of the forward/backward movement clutch to lower, when a machine body is in a traveling stopping state, the forward/backward movement clutch is held with operating-pressure of a predetermined low pressure, and the operating-pressure of the predetermined low pressure is set higher, as a speed-changing position of an auxiliary speed-changing lever is at a higher speed position. an engine; a forward/backward movement clutch which is provided on a motive power transmission route from the engine to one or more traveling apparatuses, and is configured to carry out changes among forward movement, backward movement and neutral; one or more brake pedals (19L, 19R); and a control unit which is configured to allow, in association with stepping manipulation of the one or more brake pedals (19L, 19R), one or more brakes to operate on the one or more traveling apparatuses and allow operating-pressure of the forward/backward movement clutch to lower, characterized in that the tractor comprises one or more sensors (123L, 123R) which are configured to detect the stepping manipulation of the one or more brake pedals (19L, 19R), wherein the control unit is configured to allow, in response to detection result of the one or more sensors (123L, 123R), the one or more brakes to operate on the one or more traveling apparatuses and allow the operating-pressure of the forward/backward movement clutch to lower, when a machine body is in a traveling stopping state, the forward/backward movement clutch is held with operating-pressure of a predetermined low pressure, and the operating-pressure of the predetermined low pressure is set higher, as a speed-changing position of an auxiliary speed-changing lever is at a higher speed position.
A computer-implemented method of dynamically configuring a client installed on a communication device, the method comprising, at a server operationally connected to the client through a network: obtaining, from the client, environment identification data, the environment identification data identifying an environment in which the client operates, the environment identification data including a type of connection between the communication device and the network, and parameters of the connection; generating, as a function of the environment identification data and of set rules, a configuration for the client; and pushing, to the client, the configuration, the configuration for configuring the client to operate in the environment. obtaining, from the client, environment identification data, the environment identification data identifying an environment in which the client operates, the environment identification data including a type of connection between the communication device and the network, and parameters of the connection; generating, as a function of the environment identification data and of set rules, a configuration for the client; and pushing, to the client, the configuration, the configuration for configuring the client to operate in the environment.
An oven comprising: an oven chamber having a cavity at least partially defined by a door, a top wall, a bottom wall, a pair of side walls (20, 22), and a rear wall; a baffle extending lengthwise between the pair of side walls (20, 22), the baffle having an arcuate shape along at least a portion of its length in a horizontal direction between the pair of side walls (20, 22), wherein the baffle comprises an arcuate middle portion and two generally planar portions (48, 50) provided on opposite sides of the arcuate middle portion, wherein each of the side generally planar portions comprises a plurality of parallel vertical apertures configured to permit air to pass therethrough; a heating element located between the baffle and the rear wall; and a first tangential fan (32, 34) comprising a first impeller mounted between the top wall and the bottom wall such that a first rotational axis of the first impeller is vertical, the first tangential fan (32, 34) configured to direct air over the heating element and through the baffle; a second tangential fan (32, 34) comprising an impeller wherein the rotational axis of the impeller is vertical, wherein the first and second tangential fans (32, 34) are positioned between the baffle and the rear wall and adjacent the pair of side walls (20, 22); wherein the distance between the baffle and the rear wall is greater near the side walls (20, 22) than at the midpoint between the side walls (20, 22). an oven chamber having a cavity at least partially defined by a door, a top wall, a bottom wall, a pair of side walls (20, 22), and a rear wall; a baffle extending lengthwise between the pair of side walls (20, 22), the baffle having an arcuate shape along at least a portion of its length in a horizontal direction between the pair of side walls (20, 22), wherein the baffle comprises an arcuate middle portion and two generally planar portions (48, 50) provided on opposite sides of the arcuate middle portion, wherein each of the side generally planar portions comprises a plurality of parallel vertical apertures configured to permit air to pass therethrough; a heating element located between the baffle and the rear wall; and a first tangential fan (32, 34) comprising a first impeller mounted between the top wall and the bottom wall such that a first rotational axis of the first impeller is vertical, the first tangential fan (32, 34) configured to direct air over the heating element and through the baffle; a second tangential fan (32, 34) comprising an impeller wherein the rotational axis of the impeller is vertical, wherein the first and second tangential fans (32, 34) are positioned between the baffle and the rear wall and adjacent the pair of side walls (20, 22); wherein the distance between the baffle and the rear wall is greater near the side walls (20, 22) than at the midpoint between the side walls (20, 22).
A method for the contemporaneous recovery of ammonia and carbon dioxide from an aqueous solution thereof, possibly comprising condensates of the same, in a urea synthesis process, characterized in that it comprises a distillation phase on a hydrophobic microporous membrane of an aqueous solution comprising ammonia, carbon dioxide and their saline compounds or condensates, wherein the aqueous solution subjected to distillation comprises a quantity ranging from 20 to 70% by weight of ammonia, a quantity ranging from 10 to 60% by weight of carbon dioxide and a quantity ranging from 10 to 70% by weight of water; said distillation being effected at a temperature ranging from 80 to 220°C and at a pressure ranging from 0.5 to 20 MPa absolute, with the formation of a residual aqueous solution, possibly comprising urea, and a permeated gaseous stream comprising ammonia, carbon dioxide and water.
An apparatus for dispensing product from a roll, the apparatus comprising: a drive roller adapted to advance product from a roll; an inductive field generator configured to generate an electromagnetic field proximate a portion of the roll; and a controller, the apparatus characterized in that: the controller is associated with the inductive field generator and adapted to determine if an alteration of the electromagnetic field by the roll substantially matches an expected alteration of the electromagnetic field for an authorized roll placed on the drive roller, and if the altered electromagnetic field substantially matches the expected alteration, then permit the drive roller to advance the product from the roll. a drive roller adapted to advance product from a roll; an inductive field generator configured to generate an electromagnetic field proximate a portion of the roll; and a controller, the controller is associated with the inductive field generator and adapted to determine if an alteration of the electromagnetic field by the roll substantially matches an expected alteration of the electromagnetic field for an authorized roll placed on the drive roller, and if the altered electromagnetic field substantially matches the expected alteration, then permit the drive roller to advance the product from the roll.
Compositions comprising a) N-acetylcaprolactam and b) at least one polyisocyanate based on hexamethylene diisocyanate and/or optionally caprolactam-blocked polyisocyanate based on hexamethylene diisocyanate selected from the group of HDI biuret, HDI uretdione, HDI isocyanurate and/or HDI allophanate. a) N-acetylcaprolactam and b) at least one polyisocyanate based on hexamethylene diisocyanate and/or optionally caprolactam-blocked polyisocyanate based on hexamethylene diisocyanate selected from the group of HDI biuret, HDI uretdione, HDI isocyanurate and/or HDI allophanate.
Method for the quantitative characterisation of amyloid and/or aggregating peptides and/or proteins in a sample with the steps: - an active substance to be examined is put in a sample solution, in which the sample was provided and the sample comprises an amyloid and/or aggregating peptide and/or protein with at least one aggregate size and form,. - the amyloid and/or aggregating peptides and/or proteins are separated from each other with regard to their aggregate size and form through density gradient centrifugation as fractionation, - the changes in concentration of the peptide and/or protein components in at least one fraction are determined through a comparison with control values without the active substance. - an active substance to be examined is put in a sample solution, in which the sample was provided and the sample comprises an amyloid and/or aggregating peptide and/or protein with at least one aggregate size and form,. - the amyloid and/or aggregating peptides and/or proteins are separated from each other with regard to their aggregate size and form through density gradient centrifugation as fractionation, - the changes in concentration of the peptide and/or protein components in at least one fraction are determined through a comparison with control values without the active substance.
A coiled wave spring used by a diaphragm damper device and configured to be arranged in a fuel chamber defined by a housing and a cover, wherein the coiled wave spring is configured to be arranged between a diaphragm damper of the diaphragm damper device and the cover, the coiled wave spring is configured to fix the diaphragm damper to the housing with its elastic force, and the coiled wave spring includes a coil portion, a winding initiation portion, and a winding termination portion, wherein the winding initiation portion and the winding termination portion form flat seat windings (6c, 6d), the seat windings (6c, 6d) each have a larger outer diameter than the coil portion, and one of the seat windings (6c, 6d) is configured to be fixed to the diaphragm damper; the coiled wave spring being characterized in that one of the seat windings (6c, 6d) is configured to be fixed to the diaphragm damper, and the other one of the seat windings (6c, 6d) is fixed to a coupling member attachable to an inner side of the cover.
A piezoelectric pump, comprising: a pressure chamber having a variable volume, an inlet and an outlet being formed on a bottom portion of the pressure chamber, liquid being caused to flow in the pressure chamber through the inlet and to be discharged from the pressure chamber through the outlet; a diaphragm that deforms to change the volume of the pressure chamber; a first check valve that is provided to the inlet and regulates a flow of the liquid; a second check valve that is provided to the outlet and regulates the flow of the liquid; a buffer chamber (112, 116) that is provided to at least one of a side of the inlet in which the liquid flows or a side of the outlet from which the liquid is discharged; and a port to be connected to the buffer chamber; characterized by further comprising a wall portion (112b, 116b) that is provided in the buffer chamber and forms a gas chamber, wherein the wall portion has one end provided integrally with an inner surface of the buffer chamber and another end separated from the inner surface of the buffer chamber so that the gas chamber retains gas in the liquid flowing in the buffer chamber. a pressure chamber having a variable volume, an inlet and an outlet being formed on a bottom portion of the pressure chamber, liquid being caused to flow in the pressure chamber through the inlet and to be discharged from the pressure chamber through the outlet; a diaphragm that deforms to change the volume of the pressure chamber; a first check valve that is provided to the inlet and regulates a flow of the liquid; a second check valve that is provided to the outlet and regulates the flow of the liquid; a buffer chamber (112, 116) that is provided to at least one of a side of the inlet in which the liquid flows or a side of the outlet from which the liquid is discharged; and a port to be connected to the buffer chamber; characterized by further comprising a wall portion (112b, 116b) that is provided in the buffer chamber and forms a gas chamber, wherein the wall portion has one end provided integrally with an inner surface of the buffer chamber and another end separated from the inner surface of the buffer chamber so that the gas chamber retains gas in the liquid flowing in the buffer chamber.
A turbomachine comprising: a compressor having a cartridge that is configured to slide in and out of an external casing, wherein the cartridge has a statoric part and a compressor shaft, the compressor shaft being configured to rotate relative to the statoric part; first and second magnetic bearings (116a, 116b) provided at opposite ends of the compressor shaft and configured to support the compressor shaft; a motor having a motor shaft configured to be connected to the compressor shaft; a conduit configured to extend through the statoric part, from the first magnetic bearings to the second magnetic bearings, the conduit being configured to seal a first pressure region of the compressor from a second pressure region of the compressor; conduit electrical cables provided inside the conduit and extending from a first end of the conduit to a second end of the conduit; and electrical cables (125, 151) connecting one of the first and second magnetic bearings to an external connector via the conduit electrical cables of the conduit. a compressor having a cartridge that is configured to slide in and out of an external casing, wherein the cartridge has a statoric part and a compressor shaft, the compressor shaft being configured to rotate relative to the statoric part; first and second magnetic bearings (116a, 116b) provided at opposite ends of the compressor shaft and configured to support the compressor shaft; a motor having a motor shaft configured to be connected to the compressor shaft; a conduit configured to extend through the statoric part, from the first magnetic bearings to the second magnetic bearings, the conduit being configured to seal a first pressure region of the compressor from a second pressure region of the compressor; conduit electrical cables provided inside the conduit and extending from a first end of the conduit to a second end of the conduit; and electrical cables (125, 151) connecting one of the first and second magnetic bearings to an external connector via the conduit electrical cables of the conduit.
A method of controlling a spatial light modulator of an image projector, the image projector comprising an illumination source configured to transmit light to the spatial light modulator, the illumination source comprising a plurality of individually controllable emitters divided into groups of emitters for emitting a modulated illumination beam, the image projector further comprising point spread function optics disposed between the illumination source and the spatial light modulator and configured to illuminate the spatial light modulator with an illuminating lightfield, the method comprising: receiving image data to be displayed by the spatial light modulator; determining, for each group of emitters, a first thermal state indicative of point spread function shape changes and a second thermal state indicative of point spread function displacements; selecting, for each group of emitters with emitters in an on state, a point spread function from a plurality of point spread functions associated with a corresponding group of emitters based on the first thermal state of the corresponding group of emitters; applying, for each selected point spread function, a displacement to the respective selected point spread function based on the second thermal state of the corresponding group of emitters to generate a displaced point spread function; aggregating the displaced point spread functions to create a model of said illuminating lightfield; adjusting the received image data based on the modeled illuminating lightfield to generate thermally adjusted image data so as to compensate for thermal changes in at least one of the illumination source and the point spread function optics; and outputting the thermally adjusted image data to the spatial light modulator. receiving image data to be displayed by the spatial light modulator; determining, for each group of emitters, a first thermal state indicative of point spread function shape changes and a second thermal state indicative of point spread function displacements; selecting, for each group of emitters with emitters in an on state, a point spread function from a plurality of point spread functions associated with a corresponding group of emitters based on the first thermal state of the corresponding group of emitters; applying, for each selected point spread function, a displacement to the respective selected point spread function based on the second thermal state of the corresponding group of emitters to generate a displaced point spread function; aggregating the displaced point spread functions to create a model of said illuminating lightfield; adjusting the received image data based on the modeled illuminating lightfield to generate thermally adjusted image data so as to compensate for thermal changes in at least one of the illumination source and the point spread function optics; and outputting the thermally adjusted image data to the spatial light modulator.
A pharmaceutical composition comprising an effective amount of a peptide selected from the group consisting of Phe-D-Arg-Phe-Lys-NH 2 and D-Arg-2'6'Dmt-Lys-Phe-NH 2 for use in protecting a kidney from acute renal injury in a subject in need thereof, wherein the acute renal injury is associated with exposure of the subject to one or more of a nephrotoxic agent, a radiocontrast dye, and a combination of a radiocontrast dye, indomethacin and L-NAME, wherein the nephrotoxic agent is one or more of the compounds selected from the group consisting of: cisplatin; gentamicin; cephaloridine; cyclosporine; amphotericin; carbon tetrachloride; trichloroethylene; and dichloroacetylene.
A resource scheduling method for a logical channel, comprising determining two logical channels mapped to a same Packet Data Convergence Protocol, PDCP, entity; maintaining variables of scheduling times for the two logical channels mapped to the same PDCP entity respectively, wherein the variable of scheduling times reflects the number of times a corresponding logical channel is scheduled; after an uplink grant resource is obtained, selecting a logical channel which is scheduled with fewer times from the two logical channels to participate in uplink grant resource scheduling for a present transmission, and all of logical channels not mapped to the same PDCP entity participate in the uplink grant resource scheduling for the present transmission, wherein the two logical channels carry an original PDCP Protocol Data Unit, PDU, and a duplicate PDCP PDU, respectively; performing the uplink grant resource scheduling for the present transmission. determining two logical channels mapped to a same Packet Data Convergence Protocol, PDCP, entity; maintaining variables of scheduling times for the two logical channels mapped to the same PDCP entity respectively, wherein the variable of scheduling times reflects the number of times a corresponding logical channel is scheduled; after an uplink grant resource is obtained, selecting a logical channel which is scheduled with fewer times from the two logical channels to participate in uplink grant resource scheduling for a present transmission, and all of logical channels not mapped to the same PDCP entity participate in the uplink grant resource scheduling for the present transmission, wherein the two logical channels carry an original PDCP Protocol Data Unit, PDU, and a duplicate PDCP PDU, respectively; performing the uplink grant resource scheduling for the present transmission.
A brake system with linking effect, comprising: a rear-wheel brake device including a first rotating member, a first shifting member which is allocated in the first rotating member, and a first drawing member encircling the first rotating member that is with a first connecting radius, wherein the rear-wheel brake device is drawn by the first drawing member to launch a rotation to brake a rear wheel from a first initial position; and a front-wheel brake device including a second rotating member, a second shifting member which is allocated in the second rotating member, and a second drawing member encircling the second rotating member that is with a second connecting radius, wherein the front-wheel brake device is drawn by the first drawing member to launch a rotation to brake a front wheel from a second initial position, and the first shifting member and the second shifting member are assembled by slide-fitting each other in a sliding space between the first shifting member and the second shifting member, so as to allow the first shifting member to draw the front-wheel brake device to perform a braking operation, characterized in that the second connecting radius is larger than the first connecting radius, so as to allow the second drawing member and the first drawing member to brake the front wheel and the rear wheel synchronously. a rear-wheel brake device including a first rotating member, a first shifting member which is allocated in the first rotating member, and a first drawing member encircling the first rotating member that is with a first connecting radius, wherein the rear-wheel brake device is drawn by the first drawing member to launch a rotation to brake a rear wheel from a first initial position; and a front-wheel brake device including a second rotating member, a second shifting member which is allocated in the second rotating member, and a second drawing member encircling the second rotating member that is with a second connecting radius, wherein the front-wheel brake device is drawn by the first drawing member to launch a rotation to brake a front wheel from a second initial position, and