mhurhangee/ep-ind-claims huggingface dataset:
A valve (302, 400) comprising a valve section body and a central section; the valve body section comprising a first portion, a second portion, and a mid-portion provided between the first portion and the second portion; wherein a fluid flow path is enabled around the central section and between the central section and the valve section body; wherein the flow path comprises a first flow path section of substantially uniform cross-sectional area, provided in the first portion, a second flow path section of substantially uniform cross-sectional area, provided in the second portion, and a flow path of varying cross-sectional area, provided in the mid-portion; and wherein the flow path in the mid-portion is split between a venturi provided by a drilling, and a main mid-portion flow path, and wherein the flow path in the mid-portion is also split by a fork.
A method of generating a dynamically verifiable application executable having a plurality of functions, comprising: at build time: prepending a random prefix to at least a subset of the plurality of functions, f, of a binary of the application; generating a check function for each function of the at least a subset of the plurality of functions; injecting each of the generated check functions into random locations in the binary of the application; generating a jump table, J, the jump table, J, having, for each function in the subset of the plurality of functions: a mapping between the respective function and the generated check function; wherein the mapping between the respective function and generated check function is associated with a randomly generated identifier, o, and is randomly injected into the jump table, J; and a call to the jump table having the identifier into a bootstrap of the binary of the application to generate a protected binary of the application. prepending a random prefix to at least a subset of the plurality of functions, f, of a binary of the application; generating a check function for each function of the at least a subset of the plurality of functions; injecting each of the generated check functions into random locations in the binary of the application; generating a jump table, J, the jump table, J, having, for each function in the subset of the plurality of functions: a mapping between the respective function and the generated check function; wherein the mapping between the respective function and generated check function is associated with a randomly generated identifier, o, and is randomly injected into the jump table, J; and a call to the jump table having the identifier into a bootstrap of the binary of the application to generate a protected binary of the application. a mapping between the respective function and the generated check function; wherein the mapping between the respective function and generated check function is associated with a randomly generated identifier, o, and is randomly injected into the jump table, J; and a call to the jump table having the identifier into a bootstrap of the binary of the application to generate a protected binary of the application.
A cleaning solution comprising: water; a compound represented by general formula below; a glycol ether compound; and a surfactant, wherein the glycol ether compound dissolves in an amount of greater than 5 g in 100 g of water having a temperature of 25 degrees C, and a proportion of the glycol ether compound is 1 percent by mass or greater but 30 percent by mass or less of a total amount of the cleaning solution, wherein a proportion of the compound represented by general formula is 20 percent by mass or greater of a total amount of the cleaning solution, and wherein a proportion of the water is 10 percent by mass or greater but 60 percent by mass or less of a total amount of the cleaning solution, where in general formula, R 1 represents an alkyl group that comprises 1 or more but 4 or less carbon atoms. water; a compound represented by general formula below; a glycol ether compound; and a surfactant, wherein the glycol ether compound dissolves in an amount of greater than 5 g in 100 g of water having a temperature of 25 degrees C, and a proportion of the glycol ether compound is 1 percent by mass or greater but 30 percent by mass or less of a total amount of the cleaning solution, wherein a proportion of the compound represented by general formula is 20 percent by mass or greater of a total amount of the cleaning solution, and wherein a proportion of the water is 10 percent by mass or greater but 60 percent by mass or less of a total amount of the cleaning solution, where in general formula, R 1 represents an alkyl group that comprises 1 or more but 4 or less carbon atoms.
A blood purification device (100, 110, 120, 130, 140, 150, 160, 170, 180, 200, 300, 310, 320, 330) comprising: a device body; and a cassette including a casing that houses a removed water container, the cassette to be removably assembled to the device body, wherein a load detector is mounted on the device body, the load detector being configured to measure a load of the removed water container, the blood purification device further comprises a load transmission mechanism configured to transmit to the load detector the load of the removed water container housed in the cassette, the load transmission mechanism including a hole in a bottom board of the cassette in a portion where the removed water container is housed, and the removed water container is configured to be placed on or above the load detector. a device body; and a cassette including a casing that houses a removed water container, the cassette to be removably assembled to the device body, wherein a load detector is mounted on the device body, the load detector being configured to measure a load of the removed water container, the blood purification device further comprises a load transmission mechanism configured to transmit to the load detector the load of the removed water container housed in the cassette, the load transmission mechanism including a hole in a bottom board of the cassette in a portion where the removed water container is housed, and the removed water container is configured to be placed on or above the load detector.
A method for operating a fuel processing apparatus, the fuel processing apparatus including: a reformer including a reforming catalyst which causes a reforming reaction between a raw material and steam to generate a hydrogen-containing gas; a raw material supplying unit configured to supply the raw material through a raw material supplying passage to the reformer and block supply of the raw material; a steam supplying unit configured to supply the steam through a steam supplying passage to the reformer and block supply of the steam; and a closing device configured to block a gas passage located downstream of the reformer, the method comprising the steps of: (a) sealing the reformer by blocking the supply of the raw material from the raw material supplying unit to the reformer and the supply of the steam from the steam supplying unit to the reformer and closing the closing device; and (b) carrying out a pressure compensation operation by using both the supply of the steam from the steam supplying unit and the supply of the raw material from the raw material supplying unit with respect to pressure decrease of the sealed reformer, the pressure decrease being caused by temperature decrease after Step (a). (a) sealing the reformer by blocking the supply of the raw material from the raw material supplying unit to the reformer and the supply of the steam from the steam supplying unit to the reformer and closing the closing device; and (b) carrying out a pressure compensation operation by using both the supply of the steam from the steam supplying unit and the supply of the raw material from the raw material supplying unit with respect to pressure decrease of the sealed reformer, the pressure decrease being caused by temperature decrease after Step (a).
A mobile gaming device (13, 24, 32, 54, 55, 56, 604) having motion detector means for controlling gaming and a motion control enabling means, characterised by: said motion detector means being operable for generating in response to motion of the gaming device (13, 24, 32, 54, 55, 56, 604) a first signal which endures throughout a first period of time and which is for generating an instruction that is based upon said first signal and is for execution in a gambling game; and said motion control enabling means comprising: (a) means responsive to a manually applied user input for generating a second signal which will endure for a second period of time only if said manual user input is either maintained continuously or is repeated within a predetermined time interval after the previous said manual input; (b) means for determining whether said second signal has endured throughout said first period of time; and (c) means for generating said instruction in response to determination that said second signal has endured throughout said first period of time. said motion detector means being operable for generating in response to motion of the gaming device (13, 24, 32, 54, 55, 56, 604) a first signal which endures throughout a first period of time and which is for generating an instruction that is based upon said first signal and is for execution in a gambling game; and (a) means responsive to a manually applied user input for generating a second signal which will endure for a second period of time only if said manual user input is either maintained continuously or is repeated within a predetermined time interval after the previous said manual input; (b) means for determining whether said second signal has endured throughout said first period of time; and (c) means for generating said instruction in response to determination that said second signal has endured throughout said first period of time.
A white light source whose color temperature is 3900 or more and less than 4600, having a ratio of a minimum emission intensity to a maximum emission intensity in a wavelength region of from 450 to 610 [nm] on an emission spectrum of 0.51 or more and less than 0.76; the white light source comprising a light-emitting diode and a phosphor layer; wherein the phosphor layer, which has a single-layer structure or a stacked structure, is composed of a mixture of a phosphor and a resin, the phosphor includes four or more of phosphors with different emission wavelengths selected from a blue phosphor, a blue-green phosphor, a green or yellow phosphor, and a red phosphor; the blue phosphor is a europium-activated alkaline earth chlorophosphate phosphor; wherein the blue-green phosphor is a europium-activated strontium aluminate phosphor, wherein the green or yellow phosphor is at least one selected from a europium and manganese-activated alkaline earth aluminate phosphor, a europium and manganese-activated alkaline earth silicate phosphor, and a europium-activated SiAlON phosphor; and wherein the red phosphor is at least one selected from a europium-activated lanthanum oxysulfide phosphor, a europium-activated calcium strontium nitridoaluminosilicate (CASN) phosphor, and a europium-activated SiAlON phosphor.
A controllable radiator valve comprising: a valve driving means operable to controllably drive a valve member between an open position and a closed position; and a temperature sensor (13, 20) located in, and operable to determine a temperature of, a zone (A, B, C) to be heated by a radiator which is controlled by the valve wherein the valve driving means is in communication with the temperature sensor (13, 20) and is operable in response thereto to drive the valve member to a fully closed position if the sensed temperature exceeds a first threshold temperature, the first threshold temperature being lower than a specified target temperature for the zone (A, B, C) characterised in that there is a second threshold temperature higher than the first threshold temperature, and the valve is re-opened from the fully closed position if the temperature of the zone (A, B, C) exceeds then drops below the second threshold temperature.
Cooling appliance with a first usable space, a cooling element arranged on a wall of the first usable space for cooling the first usable space, a vacuum insulation panel arranged outside the cooling element and the first usable space, which covers at least 50%, in particular at least 60%, in particular at least 80% of the first usable space, a collecting container for collecting liquid condensing on the cooling element, and a drain line, which leads from the collecting container into an outer region of the cooling device, wherein the drain line has a first section, which is connected to the collection container, and a second section, which connects to the first section and, viewed from the rear of the cooling device, runs downwards laterally next to the vacuum insulation panel. a first usable space, a cooling element arranged on a wall of the first usable space for cooling the first usable space, a vacuum insulation panel arranged outside the cooling element and the first usable space, which covers at least 50%, in particular at least 60%, in particular at least 80% of the first usable space, a collecting container for collecting liquid condensing on the cooling element, and a drain line, which leads from the collecting container into an outer region of the cooling device, wherein the drain line has a first section, which is connected to the collection container, and a second section, which connects to the first section and, viewed from the rear of the cooling device, runs downwards laterally next to the vacuum insulation panel.
A surgical instrument, comprising: a housing; first, second, and third actuators operably coupled to the housing; a shaft extending distally from the housing, at least a portion of the shaft defining a semi-rigid configuration; an end effector assembly disposed at a distal end of the shaft; and first, second, and third bars (148,162,224) extending through the shaft, the first bar operably coupled between the first actuator and the end effector assembly such that actuation of the first actuator effects manipulation of the end effector assembly, the second bar operably coupled between the second actuator and a first deployable component such that actuation of the second actuator effects deployment of the first deployable component relative to the end effector assembly, the third bar operably coupled between the third actuator and a second deployable component such that actuation of the third actuator effects deployment of the second deployable component relative to the end effector assembly, characterized in that the first, second, and third bars (148,162,224) are disposed in non-coaxial arrangement relative to each other and the shaft. a housing; first, second, and third actuators operably coupled to the housing; a shaft extending distally from the housing, at least a portion of the shaft defining a semi-rigid configuration; an end effector assembly disposed at a distal end of the shaft; and first, second, and third bars (148,162,224) extending through the shaft, the first bar operably coupled between the first actuator and the end effector assembly such that actuation of the first actuator effects manipulation of the end effector assembly, the second bar operably coupled between the second actuator and a first deployable component such that actuation of the second actuator effects deployment of the first deployable component relative to the end effector assembly, the third bar operably coupled between the third actuator and a second deployable component such that actuation of the third actuator effects deployment of the second deployable component relative to the end effector assembly, characterized in that the first, second, and third bars (148,162,224) are disposed in non-coaxial arrangement relative to each other and the shaft.
Method for determining an avoidance path of a motor vehicle, comprising steps of: - acquiring data relating to at least one obstacle located in the environment of the motor vehicle by means of a detecting system, said data comprising a distance between the vehicle and the obstacle, - determining a final position (Pf) to be reached by the motor vehicle depending on the position of the obstacle and on an initial position of the motor vehicle, - computing a theoretical impact position (Pi) located between the initial position and the final position (Pf), depending on at least a minimum distance (d min) to be kept between the avoidance path and the obstacle, and - generating the avoidance path so that the motor vehicle passes through the initial position and through the final position (Pf) and so that the motor vehicle avoids the theoretical impact position (Pi) to the outside with respect to the obstacle, characterized in that the avoidance path is generated such that its derivatives, and especially its first, second, and third derivatives, meet predetermined inequality constraints. - acquiring data relating to at least one obstacle located in the environment of the motor vehicle by means of a detecting system, said data comprising a distance between the vehicle and the obstacle, - determining a final position (Pf) to be reached by the motor vehicle depending on the position of the obstacle and on an initial position of the motor vehicle, - computing a theoretical impact position (Pi) located between the initial position and the final position (Pf), depending on at least a minimum distance (d min) to be kept between the avoidance path and the obstacle, and - generating the avoidance path so that the motor vehicle passes through the initial position and through the final position (Pf) and so that the motor vehicle avoids the theoretical impact position (Pi) to the outside with respect to the obstacle, characterized in that the avoidance path is generated such that its derivatives, and especially its first, second, and third derivatives, meet predetermined inequality constraints.
An apparatus to provide a user with an interface to a provisioning system having at least one provisioning server (216, 218), the apparatus comprising: a database providing for at least one record; a tool application program in communication with the database and the at least one provisioning server (216, 218); and a server program providing a set of protocols to facilitate communications between the tool application program and the user, wherein the tool application program is operative in response to commands received from the user to add a new record to the at least one record, delete a selected record of the at least one record, modify the selected record of the at least one record, and communicate the additions, deletions and modifications to the at least one provisioning server (216, 218) over the interface. a database providing for at least one record; a tool application program in communication with the database and the at least one provisioning server (216, 218); and a server program providing a set of protocols to facilitate communications between the tool application program and the user, wherein the tool application program is operative in response to commands received from the user to add a new record to the at least one record, delete a selected record of the at least one record, modify the selected record of the at least one record, and communicate the additions, deletions and modifications to the at least one provisioning server (216, 218) over the interface.
An oral care implement, comprising: a head having a first surface; and a group of non-parallel tooth cleaning elements extending from the first surface of the head; wherein the tooth cleaning elements together define therebetween a conically-shaped cavity; wherein the tooth cleaning elements together define a wall around the cavity, the wall having a proximal end adjacent the first surface of the head and a distal end distal from the first surface of the head, the distal end of the wall being defined by distal ends of a plurality of the tooth cleaning elements; characterized in that a thickness, T, of the wall measured from an interior side of the wall facing the cavity to an opposite exterior side of the wall is less at the distal end of the wall than at the proximal end of the wall; and further in that the head has a hole therein, and wherein the group of non-parallel tooth cleaning elements extends from within the hole. a head having a first surface; and a group of non-parallel tooth cleaning elements extending from the first surface of the head;
A rope deployment mechanism comprising: a load beam pivotable between an open position and a closed position; a linkage assembly engaged with the load beam in the closed position and moveable to allow the load beam to pivot to the open position; a locking rod operatively coupled to the linkage assembly; a sliding member translatable between a locked position and an unlocked position, wherein the sliding member is engaged with the locking rod to prevent movement of the locking rod and the linkage assembly in the locked position, and wherein the locking rod and the linkage assembly are moveable in the unlocked position; and a lever configured to actuate movement of the linkage assembly to allow the load beam to move to the open position; wherein the lever comprises a rotatable lever having a torsion return spring biasing the rotatable lever to a position that maintains the linkage assembly in engagement with the load beam when the load beam is in the closed position. a load beam pivotable between an open position and a closed position; a linkage assembly engaged with the load beam in the closed position and moveable to allow the load beam to pivot to the open position; a locking rod operatively coupled to the linkage assembly; a sliding member translatable between a locked position and an unlocked position, wherein the sliding member is engaged with the locking rod to prevent movement of the locking rod and the linkage assembly in the locked position, and wherein the locking rod and the linkage assembly are moveable in the unlocked position; and a lever configured to actuate movement of the linkage assembly to allow the load beam to move to the open position; wherein the lever comprises a rotatable lever having a torsion return spring biasing the rotatable lever to a position that maintains the linkage assembly in engagement with the load beam when the load beam is in the closed position.
A method for preparing a compound of formula I, comprising reacting a compound of formula A with a compound of formula 6 or a salt thereof to obtain a compound of formula 7 or a compound of formula 14, and preparing the compound of formula I from the compound of formula 7 or the compound of formula 14: wherein R 1 is selected from the group consisting of H and an amino-protecting group; and R A is selected from the group consisting of H and CH 3.
An in vitro method for producing a population of neurons, comprising: (a) combining a plurality of excitatory neurons and inhibitory neurons in vitro, and (b) culturing the neurons for a period of time sufficient to allow for the formation of a neural network; wherein both the excitatory neurons and the inhibitory neurons are derived from pluripotent stem cells, wherein said pluripotent stem cells are human induced pluripotent stem (iPS) cells; and wherein the ratio of excitatory neurons to inhibitory neurons is sufficient to allow for the generation of synchronous neuron firing or synchronous action potentials, wherein the population of neurons comprises from 30% to 90% excitatory neurons and from 10% to 70% inhibitory neurons, and wherein the excitatory neurons are glutamatergic neurons and wherein the inhibitory neurons are GABAergic neurons. (a) combining a plurality of excitatory neurons and inhibitory neurons in vitro, and (b) culturing the neurons for a period of time sufficient to allow for the formation of a neural network;