mhurhangee/ep-ind-claims huggingface dataset:
A rotary compressor comprising: a cylinder (121, 221); an end plate member (50, 60) attached to an opening end of the cylinder (121, 221); a muffler cover (140, 240) attached to one side of the end plate member (50, 60) opposite to another side to which the cylinder (121, 221) is attached; and a roller (127, 227) and a blade (128, 228) for partitioning a cylinder chamber (122, 222), which is defined by the cylinder (121, 221) and the end plate member (50, 60), into a refrigerant-gas inlet chamber and a refrigerant-gas discharge chamber, wherein the blade (128, 28) is supported by the cylinder (121,221), and the roller (127,227) revolves around a center axis (122a, 222a) of the cylinder chamber (122,222), characterized in that a muffler chamber (142, 242) is defined by the muffler cover (140, 240) and the end plate member (50, 60) and communicates with the cylinder chamber (122, 222), a hallow stagnation space (180, 280) defined by two solid barriers (181, 281) which extend continuously in a radial direction from a central hub of the muffler chamber is provided in the muffler chamber (142, 242), refrigerant gas being unlikely to enter into the stagnation space (180, 280) than into another space in the muffler chamber (142, 242), and the stagnation space (180, 280) overlaps with a refrigerant-gas inlet side of the cylinder chamber (122, 222), the inlet side being bordered by a center plane (s 1, s 2) which passes through a center of the blade (128,228) most projecting into the cylinder chamber (122, 222) and through a center axis (122a, 222a) of the cylinder chamber (122, 222), as viewed in a direction of the center axis (122a, 222a) of the cylinder chamber (122, 222). a cylinder (121, 221); an end plate member (50, 60) attached to an opening end of the cylinder (121, 221); a muffler cover (140, 240) attached to one side of the end plate member (50, 60) opposite to another side to which the cylinder (121, 221) is attached; and
A control system for a wheel loader, the control system comprising: an upper sensor installable in a driver cabin to obtain shape information data for an object in front of the driver cabin; a lower sensor installable in a front body to obtain shape information data for an object in front of the front body; a work apparatus position detection portion configured to detect a position of a work apparatus connected rotatably to the front body; and an obstacle detection control device configured to receive the shape information data from the upper sensor and the lower sensor, and configured to calculate a distance to the object based on the information data of any one selected from the upper sensor and the lower sensor according to the detected position of the work apparatus, wherein the obstacle detection control device calculates the distance to the object based on the data from the upper sensor when the position of the work apparatus is lower than a predetermined position, and calculates the distance to the object based on the data from the lower sensor when the position of the work apparatus is higher than the predetermined position.. an upper sensor installable in a driver cabin to obtain shape information data for an object in front of the driver cabin; a lower sensor installable in a front body to obtain shape information data for an object in front of the front body; a work apparatus position detection portion configured to detect a position of a work apparatus connected rotatably to the front body; and an obstacle detection control device configured to receive the shape information data from the upper sensor and the lower sensor, and configured to calculate a distance to the object based on the information data of any one selected from the upper sensor and the lower sensor according to the detected position of the work apparatus, wherein the obstacle detection control device calculates the distance to the object based on the data from the upper sensor when the position of the work apparatus is lower than a predetermined position, and calculates the distance to the object based on the data from the lower sensor when the position of the work apparatus is higher than the predetermined position..
A computer implemented method for providing an augmented reality experience to a user of a real-world system, the method comprising: defining in computer memory, a model of the real-world system; performing a plurality of simulations of the real-world system using the defined model, performing the plurality of simulations producing predicted field data; storing the predicted field data; receiving field data from one or more sensors in the real-world system; calibrating the model of the real-world system using the received field data relative to the predicted field data; identifying one or more potential failure conditions of the real-world system based on the calibrated model; and providing an augmented reality display of the one or more potential failure conditions of the real-world system to the user via an augmented reality headset at a real-world location associated with the one or more potential failure conditions. defining in computer memory, a model of the real-world system; performing a plurality of simulations of the real-world system using the defined model, performing the plurality of simulations producing predicted field data; storing the predicted field data; receiving field data from one or more sensors in the real-world system; calibrating the model of the real-world system using the received field data relative to the predicted field data; identifying one or more potential failure conditions of the real-world system based on the calibrated model; and providing an augmented reality display of the one or more potential failure conditions of the real-world system to the user via an augmented reality headset at a real-world location associated with the one or more potential failure conditions.
Axle assembly, including: a housing (30, 30b), an input pinion, a ring gear (34, 34b), a differential assembly, and a ring gear bearing (200, 200b), wherein the input pinion has a pinion gear and is received in the housing (30, 30b) for rotation about a first axis, wherein the ring gear (34, 34b) is meshed with the pinion gear and is rotatable about a second axis that is transverse to the first axis, wherein the differential assembly has a differential case and a pair of output members, wherein the differential case is driven by the ring gear (34, 34b), wherein the ring gear bearing (200, 200b) supports the ring gear (34, 34b) for rotation relative to the housing (30, 30b) about the second axis, wherein the ring gear bearing (200, 200b) has a plurality of bearing elements, an inner bearing race (206, 206b) and an outer bearing race (204, 204b), wherein a bearing groove (210, 210b) is formed into the ring gear (34, 34b), and wherein the bearing elements are received into the bearing groove (210, 210b) such that one of the inner bearing race (206, 206b) and the outer bearing race (204, 204b) is unitarily and integrally formed with the ring gear (34, 34b) characterized in that a first race member (220, 220b) and a second race member (222, 222b) cooperate to form the other one of the inner bearing race (206, 206b) and the outer bearing race (204, 204b), wherein the ring gear bearing is a four-point contact ball bearing in which bearing balls make contact at two points with the surface of the bearing groove.
A method (500, 600) for evaluating performance of an intraocular lens, the method comprising: capturing, with an image capture mechanism, a plurality of images through the intraocular lens at different focus positions (404, 406); displaying (504, 604), with a display screen, a portion of at least one selected image of the plurality of images at different sizes to a test subject; receiving (506, 606), with a processing system and in response to the displaying of the selected image, an input from the test subject for the different sizes, the input being indicative of perceived acuity of the at least one selected image; and determining (512, 610), with the processing system, a measure of intraocular lens performance from the received input. capturing, with an image capture mechanism, a plurality of images through the intraocular lens at different focus positions (404, 406); displaying (504, 604), with a display screen, a portion of at least one selected image of the plurality of images at different sizes to a test subject; receiving (506, 606), with a processing system and in response to the displaying of the selected image, an input from the test subject for the different sizes, the input being indicative of perceived acuity of the at least one selected image; and determining (512, 610), with the processing system, a measure of intraocular lens performance from the received input.
An isolated or purified antibody that specifically binds to an epitope in an amino acid sequence of OX40 extracellular domain, wherein the antibody is a human, humanized or chimeric antibody, wherein the antibody comprises: the mature sequence of SEQ ID NO: 9, or a sequence with at least 95% identity therewith, and the mature sequence of SEQ ID NO:10, or a sequence with at least 95% identity therewith; or the mature sequence of SEQ ID NO: 44, or a sequence with at least 95% identity therewith, and the mature sequence of SEQ ID NO:45, or a sequence with at least 95% identity therewith; or the mature sequence of SEQ ID NO: 46, or a sequence with at least 95% identity therewith, and the mature sequence of SEQ ID NO:47, or a sequence with at least 95% identity therewith, or a fragment thereof selected from Fab, Fab', F(ab')2, Fv, Fd, single-chain Fvs (scFv) or disulphide-linked Fvs (sdFv). the mature sequence of SEQ ID NO: 9, or a sequence with at least 95% identity therewith, and the mature sequence of SEQ ID NO:10, or a sequence with at least 95% identity therewith; or the mature sequence of SEQ ID NO: 44, or a sequence with at least 95% identity therewith, and the mature sequence of SEQ ID NO:45, or a sequence with at least 95% identity therewith; or the mature sequence of SEQ ID NO: 46, or a sequence with at least 95% identity therewith, and the mature sequence of SEQ ID NO:47, or a sequence with at least 95% identity therewith, or a fragment thereof selected from Fab, Fab', F(ab')2, Fv, Fd, single-chain Fvs (scFv) or disulphide-linked Fvs (sdFv).
A method of wireless communication, comprising: determining a latency mode and a low latency capability of a first user equipment, UE; enabling low latency internet protocol, IP, packet routing for the first UE based at least in part on the latency mode and the low latency capability of the first UE; and selecting a local gateway, LGW, for the low latency IP packet routing based at least in part on the latency mode and the low latency capability of the first UE. determining a latency mode and a low latency capability of a first user equipment, UE; enabling low latency internet protocol, IP, packet routing for the first UE based at least in part on the latency mode and the low latency capability of the first UE; and selecting a local gateway, LGW, for the low latency IP packet routing based at least in part on the latency mode and the low latency capability of the first UE.
A method for advanced water treatment, the method comprising: a) receiving a continuous flow of water; b) pre-filtering the received flow of water to reduce suspended solids; c) adding CO 2 to the pre-filtered flow of water to increase bio-availability of nutrient constituents in the pre-filtered flow, thereby conditioning the pre-filtered flow; d) blending in a blending vessel the conditioned flow with a live microalgae flow to produce a mixture flow; e) passing the mixture flow once through an enclosed tube photobioreactor so that microalgae in the mixture flow reproduce and take up nutrients and trace metals in the mixture flow; f) continuously separating microalgae from the mixture flow exiting the photobioreactor to produce a treated flow (permeate) and the live microalgae flow, and further comprising measuring turbidity of the mixture flow exiting the photobioreactor and removing a fraction of the mixture flow (referred to as WAA flow) from the mixture flow, where the size of the fraction is based on the measured turbidity; and g) continuously returning the live microalgae flow to the blending vessel, wherein 50% or more by volume of the live microalgae flow separated from the mixture flow exiting the photobioreactor is returned to the blending vessel. a) receiving a continuous flow of water; b) pre-filtering the received flow of water to reduce suspended solids; c) adding CO 2 to the pre-filtered flow of water to increase bio-availability of nutrient constituents in the pre-filtered flow, thereby conditioning the pre-filtered flow; d) blending in a blending vessel the conditioned flow with a live microalgae flow to produce a mixture flow; e) passing the mixture flow once through an enclosed tube photobioreactor so that microalgae in the mixture flow reproduce and take up nutrients and trace metals in the mixture flow; f) continuously separating microalgae from the mixture flow exiting the photobioreactor to produce a treated flow (permeate) and the live microalgae flow, and further comprising measuring turbidity of the mixture flow exiting the photobioreactor and removing a fraction of the mixture flow (referred to as WAA flow) from the mixture flow, where the size of the fraction is based on the measured turbidity; and g) continuously returning the live microalgae flow to the blending vessel, wherein 50% or more by volume of the live microalgae flow separated from the mixture flow exiting the photobioreactor is returned to the blending vessel.
An agricultural working vehicle (1, 2) with a chassis, a propulsion engine disposed on the chassis and at least two track roller units disposed on the chassis and which respectively have a track framework disposed on the chassis about an axis (5, 6) which extends horizontally and transversely to the longitudinal axis of the working vehicle (1, 2), wherein the respective track framework has front and rear rollers (9, 10) disposed thereon, wherein the respective track framework bears on the ground by means of a moving belt which continuously revolves around the rollers (9, 10) and which consists of a rubber-like material, characterized in that the working vehicle (1, 2) is configured to preheat the moving belts prior to an initial movement after starting up the propulsion engine.
A process to prevent fouling at a reactor inlet, the process comprising: flowing a reactant into a reactor via the reactor inlet such that the reactant is introduced to an interior of the reactor via an end of the reactor inlet; and flowing an inert material into the reactor coaxially with respect to an outer surface of the end of the reactor inlet; wherein the inert material flows coaxially with respect to the outer surface of the end of the reactor inlet via an annular space formed between an inner surface of an inlet sleeve and the outer surface of the reactor inlet; wherein the reactor is an oligomerization reactor, wherein the reactant is an olefin, and wherein the inert material is a diluent with respect to an oligomerization reaction in the reactor. flowing a reactant into a reactor via the reactor inlet such that the reactant is introduced to an interior of the reactor via an end of the reactor inlet; and flowing an inert material into the reactor coaxially with respect to an outer surface of the end of the reactor inlet;
A passenger vehicle air conditioning system comprising: a fresh air duct fluidly connecting ambient air of the environment outside of the passenger vehicle and a passenger compartment inside of the passenger vehicle; a damper disposed in the fresh air duct and movable within the duct to vary the amount of ambient air allowed to enter the passenger compartment; a contaminate sensor operable to monitor a level of contaminate indicative of the contaminate level within the passenger compartment of the passenger vehicle; a controller in communication with the contaminate sensor and the damper, wherein the controller moves the damper to vary the amount of fresh air that enters the passenger compartment based on the contaminate level sensed by the contaminate sensor; and a door sensor operable to detect the occurrence of a door opening event of a door to the passenger compartment; characterized by the door sensor being operable to monitor the duration of a door opening event of the door to the passenger compartment, wherein the controller is in communication with the door sensor and estimates the fresh airflow rate based on the door opening event as sensed by the door sensor and moves the damper to vary the amount of fresh air that enters the passenger compartment based on the contaminate level sensed by the contaminate sensor. a fresh air duct fluidly connecting ambient air of the environment outside of the passenger vehicle and a passenger compartment inside of the passenger vehicle; a damper disposed in the fresh air duct and movable within the duct to vary the amount of ambient air allowed to enter the passenger compartment; a contaminate sensor operable to monitor a level of contaminate indicative of the contaminate level within the passenger compartment of the passenger vehicle; a controller in communication with the contaminate sensor and the damper, wherein the controller moves the damper to vary the amount of fresh air that enters the passenger compartment based on the contaminate level sensed by the contaminate sensor; and a door sensor operable to detect the occurrence of a door opening event of a door to the passenger compartment; characterized by the door sensor being operable to monitor the duration of a door opening event of the door to the passenger compartment, wherein the controller is in communication with the door sensor and estimates the fresh airflow rate based on the door opening event as sensed by the door sensor and moves the damper to vary the amount of fresh air that enters the passenger compartment based on the contaminate level sensed by the contaminate sensor.
A power supply circuit comprising: a first switching device having a control terminal and a control terminal switching threshold, the first switching device charging current from a voltage source into a charge storage element; characterized by a control circuit controlling an on/off operation of the first switching device whereby the first switching device is turned on when the voltage of the voltage source is below a predetermined level and turned off when the voltage of the voltage source is above the predetermined level; a control voltage supply circuit providing a control voltage to the control terminal of the first switching device substantially in excess of the switching threshold in response to the control circuit when the voltage of the voltage source is below the predetermined level thereby to drive the switching device on in a saturated region of operation; and the charge storage element for providing an output voltage of the power supply. a first switching device having a control terminal and a control terminal switching threshold, the first switching device charging current from a voltage source into a charge storage element; characterized by a control circuit controlling an on/off operation of the first switching device whereby the first switching device is turned on when the voltage of the voltage source is below a predetermined level and turned off when the voltage of the voltage source is above the predetermined level; a control voltage supply circuit providing a control voltage to the control terminal of the first switching device substantially in excess of the switching threshold in response to the control circuit when the voltage of the voltage source is below the predetermined level thereby to drive the switching device on in a saturated region of operation; and the charge storage element for providing an output voltage of the power supply.
An optical path adjusting unit for adjusting light rays incident from different directions to transmit in approximately the same direction, comprising a light converging part, a reflective part and a light scattering part; characterized in that, the light scattering part is a concave lens structure, and the light converging part and the light scattering part forming a hollow space, the reflective part is disposed within the hollow space and connected to the middle of the light converging part and the middle part of the light scattering part respectively to divide the hollow space into two parts; wherein the light converging part is adapted to converge light rays incident thereon from different directions, the reflective part is adapted to reflect the light rays converged by the light converging part onto the light scattering part, and the light scattering part is adapted to transmit the light rays reflected thereon by the reflective part out in approximately the same direction. characterized in that, the light scattering part is a concave lens structure, and the light converging part and the light scattering part forming a hollow space, the reflective part is disposed within the hollow space and connected to the middle of the light converging part and the middle part of the light scattering part respectively to divide the hollow space into two parts; wherein the light converging part is adapted to converge light rays incident thereon from different directions, the reflective part is adapted to reflect the light rays converged by the light converging part onto the light scattering part, and the light scattering part is adapted to transmit the light rays reflected thereon by the reflective part out in approximately the same direction.
An article of footwear, comprising: a base material; a tightening mechanism coupled to the base material, the tightening mechanism comprising a rotatable knob, wherein rotation of the knob in a tightening direction tightens the article; and a concealing portion extending upward from the base material and at least partially radially surrounding the tightening mechanism, wherein at least a portion of the rotatable knob is rearward of an outer surface of the concealing portion, characterized in that the concealing portion comprises a compressible area, wherein compression of the compressible area displaces the outer surface of the concealing portion from a first position to a second position, the second position having a lower height than the first position. a base material; a tightening mechanism coupled to the base material, the tightening mechanism comprising a rotatable knob, wherein rotation of the knob in a tightening direction tightens the article; and a concealing portion extending upward from the base material and at least partially radially surrounding the tightening mechanism, wherein at least a portion of the rotatable knob is rearward of an outer surface of the concealing portion, characterized in that the concealing portion comprises a compressible area, wherein compression of the compressible area displaces the outer surface of the concealing portion from a first position to a second position, the second position having a lower height than the first position.