mhurhangee/ep-ind-claims huggingface dataset:
A converter valve, comprising: a body including a first port adapted to deliver fluid from the body, a second port adapted for coupling with a first fluid source, and a third port adapted for coupling with a second fluid source; the body defining a passage disposed between the first port and the second port for delivering the first fluid from the first fluid source; the body further defining a plug in fluid communication with the third port for blocking the delivery of the second fluid from the second fluid source; and the body being rotatable about the first port to change the locations of the second and third ports (150, 151), thereby placing the passage in fluid communication with the second fluid source to deliver the second fluid to the first port, and blocking the flow of the first fluid from the first fluid source. a body including a first port adapted to deliver fluid from the body, a second port adapted for coupling with a first fluid source, and a third port adapted for coupling with a second fluid source; the body defining a passage disposed between the first port and the second port for delivering the first fluid from the first fluid source; the body further defining a plug in fluid communication with the third port for blocking the delivery of the second fluid from the second fluid source; and the body being rotatable about the first port to change the locations of the second and third ports (150, 151), thereby placing the passage in fluid communication with the second fluid source to deliver the second fluid to the first port, and blocking the flow of the first fluid from the first fluid source.
An adjusting mechanism with a threaded element, which includes a first and a second screw thread, wherein the two screw threads (6, 7) are of the same sense, a base element, which includes a base wall and includes a screw thread complementary to the first screw thread of the threaded element and is in threaded engagement therewith, wherein the base element is fixable in position, an adjusting element, which is provided with a screw thread complementary to the second screw thread of the threaded element and is in threaded engagement therewith, and a rotary lock, which prevents rotation of the adjusting element with respect to the base element, wherein the threaded element is arranged between the base element and the adjusting element and, as a result of rotation of the threaded element, the adjusting element performs a stroke with respect to the base element, characterised in that the two screw threads (6, 7) have different thread pitches and that the rotary lock is an elongate, plate-shaped spring element, which fits into a groove in the base wall of the base element and is firmly screwed at its lateral ends into a projecting edge region of the base wall on the groove base of the groove.
An electrostatic chuck apparatus (10, 110) for chucking glass, the apparatus (10, 110) comprising: a substantially rigid chassis (12, 112) having a plurality of apertures (15, 115) extending from one side of the chassis (12, 112) to another side of the chassis (12, 112); and a plurality of electrostatic chuck pins (21, 121) extending through at least a portion of the plurality of the apertures (15, 115) and being resiliently mounted to the chassis (12, 112) such that the extent to which the electrostatic chuck pins (21, 121) extend through the chassis (12, 112) is individually variable, whereby the chuck pins contour to a surface of the glass. a substantially rigid chassis (12, 112) having a plurality of apertures (15, 115) extending from one side of the chassis (12, 112) to another side of the chassis (12, 112); and a plurality of electrostatic chuck pins (21, 121) extending through at least a portion of the plurality of the apertures (15, 115) and being resiliently mounted to the chassis (12, 112) such that the extent to which the electrostatic chuck pins (21, 121) extend through the chassis (12, 112) is individually variable, whereby the chuck pins contour to a surface of the glass.
A bracket apparatus, comprising: a base; a vertical rod, one end of the vertical rod being mounted to the base; a clamping assembly, comprising a sliding member, a push rod assembly, a handle and an elastic member, wherein the sliding member is sleeved on the vertical rod and is configured to carry a calibration element; the bracket apparatus being characterised in that: the push rod assembly comprises a rod body and a backing plate, one side of the backing plate being in contact with the vertical rod, and an other side of the backing plate being connected to the rod body; the elastic member is disposed between an inner wall of the sliding member and the backing plate and is configured to provide an elastic restoring force, so that the backing plate tightly abuts against the vertical rod; the handle is configured to drive the rod body to move away from the vertical rod; and when the handle drives the rod body to move away from the vertical rod, the backing plate is removed from contact with the vertical rod, so that the sliding member is movable in a length direction of the vertical rod. a base; a vertical rod, one end of the vertical rod being mounted to the base; a clamping assembly, comprising a sliding member, a push rod assembly, a handle and an elastic member, wherein the sliding member is sleeved on the vertical rod and is configured to carry a calibration element; the bracket apparatus being characterised in that: the push rod assembly comprises a rod body and a backing plate, one side of the backing plate being in contact with the vertical rod, and an other side of the backing plate being connected to the rod body; the elastic member is disposed between an inner wall of the sliding member and the backing plate and is configured to provide an elastic restoring force, so that the backing plate tightly abuts against the vertical rod; the handle is configured to drive the rod body to move away from the vertical rod; and when the handle drives the rod body to move away from the vertical rod, the backing plate is removed from contact with the vertical rod, so that the sliding member is movable in a length direction of the vertical rod. the push rod assembly comprises a rod body and a backing plate, one side of the backing plate being in contact with the vertical rod, and an other side of the backing plate being connected to the rod body; the elastic member is disposed between an inner wall of the sliding member and the backing plate and is configured to provide an elastic restoring force, so that the backing plate tightly abuts against the vertical rod; the handle is configured to drive the rod body to move away from the vertical rod; and when the handle drives the rod body to move away from the vertical rod, the backing plate is removed from contact with the vertical rod, so that the sliding member is movable in a length direction of the vertical rod.
A method for configuring the functions of a server using a firmware image, the method comprising: storing a plurality of desired parameters and corresponding server identifications in a straps structure in the firmware image by a basic input output system; reading a board identification including a server product type from a memory on a baseboard by the basic input output system or a Unified Extensible Firmware Interface; comparing the server product type with the server identifications in the straps structure by the basic input output system or the Unified Extensible Firmware Interface; reprogramming a plurality of parameters with the plurality of desired parameters by the basic input output system or the Unified Extensible Firmware Interface; loading the corresponding desired parameters to a baseboard component on the baseboard to perform a server function by the basic input output system or the Unified Extensible Firmware Interface; and sending a system error log by the basic input output system or the Unified Extensible Firmware Interface if none of the server identifications match the server product type. storing a plurality of desired parameters and corresponding server identifications in a straps structure in the firmware image by a basic input output system; reading a board identification including a server product type from a memory on a baseboard by the basic input output system or a Unified Extensible Firmware Interface; comparing the server product type with the server identifications in the straps structure by the basic input output system or the Unified Extensible Firmware Interface; reprogramming a plurality of parameters with the plurality of desired parameters by the basic input output system or the Unified Extensible Firmware Interface; loading the corresponding desired parameters to a baseboard component on the baseboard to perform a server function by the basic input output system or the Unified Extensible Firmware Interface; and sending a system error log by the basic input output system or the Unified Extensible Firmware Interface if none of the server identifications match the server product type.
A laser beam energy correction method for correcting fluence distribution of the laser beam over a predetermined scan pattern on an object, said correction method comprising the steps of: a) calibrating the laser beam by modifying the laser beam energy over the predetermined scan pattern inside a sample; b) focusing the calibrated laser beam on the object; and c) pulsing the adjusted calibrated laser beam over the predetermined pattern on the object, whereby the sample and the object is not a living animal body or a living human body, and wherein said calibrating step a) comprises the steps of focusing the laser beam through an optic to a focal plane inside the sample; pulsing said laser beam through the optic onto the focal plane inside the sample; and measuring the fluence distribution over the focal plane at a plurality of coordinate points inside the sample; storing the measured fluence distribution of the focal plane inside the sample intro a computer memory; and retrieving the stored fluence distribution over the focal plane inside the sample from the computer memory; and modifying the laser beam energy per pulse at individual points in the predetermined scan pattern based on the measured fluence distribution. a) calibrating the laser beam by modifying the laser beam energy over the predetermined scan pattern inside a sample; b) focusing the calibrated laser beam on the object; and c) pulsing the adjusted calibrated laser beam over the predetermined pattern on the object, whereby the sample and the object is not a living animal body or a living human body, and wherein said calibrating step a) comprises the steps of focusing the laser beam through an optic to a focal plane inside the sample; pulsing said laser beam through the optic onto the focal plane inside the sample; and measuring the fluence distribution over the focal plane at a plurality of coordinate points inside the sample; storing the measured fluence distribution of the focal plane inside the sample intro a computer memory; and retrieving the stored fluence distribution over the focal plane inside the sample from the computer memory; and modifying the laser beam energy per pulse at individual points in the predetermined scan pattern based on the measured fluence distribution.
Lipoic acid for use in enhancing interferon mediated antiviral activity in a companion animal, wherein said lipoic acid is present in a pet food composition in an effective amount of 100 ppm to 600 ppm, wherein the companion animal is a dog, and wherein the use comprises administering the pet food composition for at least 30 days.
Tryptophan and one or more metabolites thereof labelled with an amine-reactive mass tag that enhances signal intensity in mass spectrometry, wherein the tryptophan is at least one of L-tryptophan, D-tryptophan, 1-L-methyl-tryptophan, and 1-D-methyl tryptophan, and wherein the one or more metabolites of tryptophan is at least one of L-kynurenine, D-kynurenine, 1-L-methyl-kinurenine, and 1-D-methyl-kinurenine.
Electropneumatic position regulator having a feed air port for the connection of a compressed-air supply line, having at least one exit air port for the connection of a pneumatic drive of a servo unit, and having a controllable valve group (9, 10, 13) which is arranged in the position regulator and which has at least one valve (9, 10), by means of which valve group, during normal operation and depending on the actuation of the valve group, either compressed air supplied via the compressed-air supply line can be conducted to the exit air port or air supplied via the exit air port can be discharged to the outside, characterized in that the controllable valve group (9, 10, 13) is arranged in a gas-tight housing within the position regulator, in that means are provided for monitoring the pressure prevailing in the housing and for actuating the valve group (9, 10, 13) such that the valve group (9, 10, 13) is placed into a predefined safe position if the pressure in the housing exceeds a predetermined threshold value, and in that an aperture is provided for ventilating the housing with a predetermined maximum throughflow.
Apparatus for cleaning toilet bowls comprising: - a cistern to collect water to rinse said toilet bowl, - a flushing pipe that connects, in use, said cistern and said toilet bowl, - a flushing device to determine, in use, the emptying of the water from said cistern into said toilet bowl, - a receptacle containing a lubricating product and - a delivery device, cooperating with said receptacle and with said flushing device, the delivery device being configured to deliver a desired quantity of said lubricating product into the rinsing water of said bowl every time said flushing device is driven and comprising a guide body and an oblong body, characterized in that said delivery device is positioned inside the flushing pipe, in an intermediate position between said cistern and said bowl, and in that the oblong body slides in the guide body to assume a reloading condition of said lubricating product, wherein said oblong body is configured to receive from said receptacle a measured quantity of said lubricating product, and a delivery condition of the lubricating product wherein, when, in use, said water passes from said cistern to said bowl, said oblong body delivers said lubricating product into said flushing pipe. - a cistern to collect water to rinse said toilet bowl, - a flushing pipe that connects, in use, said cistern and said toilet bowl, - a flushing device to determine, in use, the emptying of the water from said cistern into said toilet bowl, - a receptacle containing a lubricating product and - a delivery device, cooperating with said receptacle and with said flushing device, the delivery device being configured to deliver a desired quantity of said lubricating product into the rinsing water of said bowl every time said flushing device is driven and comprising a guide body and an oblong body, characterized in that said delivery device is positioned inside the flushing pipe, in an intermediate position between said cistern and said bowl, and in that the oblong body slides in the guide body to assume a reloading condition of said lubricating product, wherein said oblong body is configured to receive from said receptacle a measured quantity of said lubricating product, and a delivery condition of the lubricating product wherein, when, in use, said water passes from said cistern to said bowl, said oblong body delivers said lubricating product into said flushing pipe.
Method for controlling a temperature (θ D) of steam for a steam power plant in which a state regulator controls the temperature (θ D) of the steam at an outlet of a superheater with feedback of a plurality of medium states of the steam in the superheater, characterized in that the state regulator is a linear regulator, the feedback matrix of which is determined in such a way that it has the control quality of a linear quadratic regulator, and wherein the feedback matrix is transferred into a set of scalar equations, wherein the set of scalar equations is simplified in an analytically solvable manner by leaving out quadratic terms.
A carrier comprising a hydraulic cylinder having a piston, a controller and a piston position sensor, wherein the carrier is arranged to carry an accessory through the use of the hydraulic cylinder and wherein the controller is configured to: receive piston position information; determine a direction of movement of the piston; and if the piston position equals a stop distance (d1, d2) from an end wall (12d, 12e) of the hydraulic cylinder in the direction of movement, abort the movement, wherein the controller is further configured to receive an indication of an accessory type and set the stop distance (d1, d2) according to the accessory type. receive piston position information; determine a direction of movement of the piston; and if the piston position equals a stop distance (d1, d2) from an end wall (12d, 12e) of the hydraulic cylinder in the direction of movement, abort the movement, wherein the controller is further configured to receive an indication of an accessory type and set the stop distance (d1, d2) according to the accessory type.
A pharmaceutical composition for oral administration, comprising enzalutamide and polyvinyl alcohol, wherein polyvinyl alcohol has a saponification degree of 55 mol% or more and less than 85 mol%, and wherein the saponification degree is defined as m/(m +n) × 100 wherein m is the number of hydroxyl groups and n is the number of acetyl groups in the polyvinylalcohol.
A damping arrangement for roller blinds, comprising a profile intended to be inserted into a vertical side guide, the profile having a substantially T-shaped cross section such that it defines a central portion with a slot intended to hold a fabric sheet and two lateral sections, and damping means distributed along the profile configured to make contact with the vertical side guide, characterised in that the damping means comprise a plurality of longitudinally distributed damping members, each of the damping members being formed by a wire body made of a single piece, which has two arched tabs spaced apart and joined by an intermediate portion in contact with a flat surface of the profile, wherein the arched tabs protrude through corresponding slotted portions present in each of the lateral sections of the profile, the tabs of which protrude from the two lateral sections of the profile, in which each of the tabs has a helical spring, and extending from each of the springs is a stepped portion that ends at the intermediate portion, and positioning means for securing the damping member to the profile.
A method of determining a radiation treatment plan for delivering radiation to a patient using an external-beam radiation treatment system, the method comprising: receiving, via a user interface of a computer system, a first clinical goal and a second clinical goal, wherein the first clinical goal includes a first acceptable threshold value and a first desired threshold value for a first quality index relating to a first statistical quantity of a dose distribution, and the second clinical goal includes a second acceptable threshold value and a second desired threshold value for a second quality index relating to a second statistical quantity of the dose distribution; obtaining, by the computer system, a cost function including a first term with a first weight and a second term with a second weight, wherein the first term is proportional to a value of the first quality index in excess of the first acceptable threshold value, and the second term is proportional to a value of the second quality index in excess of the second acceptable threshold value, and wherein the first weight is inversely proportional to a difference between the first desired threshold value and the first acceptable threshold value, and the second weight is inversely proportional to a difference between the second desired threshold value and the second acceptable threshold value; and performing, by the computer system, optimization using the cost function to obtain an optimal radiation treatment plan having an optimal value for the cost function. receiving, via a user interface of a computer system, a first clinical goal and a second clinical goal, wherein the first clinical goal includes a first acceptable threshold value and a first desired threshold value for a first quality index relating to a first statistical quantity of a dose distribution, and the second clinical goal includes a second acceptable threshold value and a second desired threshold value for a second quality index relating to a second statistical quantity of the dose distribution; obtaining, by the computer system, a cost function including a first term with a first weight and a second term with a second weight, wherein the first term is proportional to a value of the first quality index in excess of the first acceptable threshold value, and the second term is proportional to a value of the second quality index in excess of the second acceptable threshold value, and wherein the first weight is inversely proportional to a difference between the first desired threshold value and the first acceptable threshold value, and the second weight is inversely proportional to a difference between the second desired threshold value and the second acceptable threshold value; and performing, by the computer system, optimization using the cost function to obtain an optimal radiation treatment plan having an optimal value for the cost function.
A coupling element for dentistry applications, comprising a tubular body which forms an internal duct that is open outward at respective ends (2a, 2b) of said body, a first said end forming a first inlet, for the insertion in said duct of the head of a pin which can be coupled directly or indirectly to a maxillary bone tissue, characterized in that said first end has a recess which is provided along the edge of said first inlet and forms a guiding portion for the insertion of the head of the pin, along a segment of said duct which is contiguous to said first inlet there being a protrusion which is substantially aligned longitudinally with said recess, for contrasting the accidental rotation of a ring provided with a respective discontinuity, which can be arranged in said segment in order to lock the head of the pin.
A control system for a steering system, the control system comprising: a direction determination a module for determining a change in a handwheel torque and a torque direction; characterized by a position determination module that determines a position on a hysteresis loop in a coordinate system having a vertical axis representing hysteresis values and a horizontal axis representing values of the handwheel torque, the position on the hysteresis loop depending on the change in the handwheel torque and the torque direction and based on a comparison between the change in the handwheel torque and a last hysteresis value from the hysteresis loop; and a final command module that determines a final assist value based on the position, the final command module generating an assist command. a direction determination a module for determining a change in a handwheel torque and a torque direction; characterized by a position determination module that determines a position on a hysteresis loop in a coordinate system having a vertical axis representing hysteresis values and a horizontal axis representing values of the handwheel torque, the position on the hysteresis loop depending on the change in the handwheel torque and the torque direction and based on a comparison between the change in the handwheel torque and a last hysteresis value from the hysteresis loop; and a final command module that determines a final assist value based on the position, the final command module generating an assist command.