mhurhangee/ep-ind-claims huggingface dataset:
A compound of formula II, or a pharmaceutically acceptable salt, solvate, hydrate, stereoisomer or tautomer thereof: wherein: Y and Z are (i) Y is NR 5; and Z is =O; or (ii) Y is O, S, or SO 2; and Z is hydrogen; Rand R 2 are each independently halogen, C 1-6 alkyl, or C 1-6 haloalkyl; R 4 is hydrogen; and R 5 is hydrogen. Y and Z are (i) Y is NR 5; and Z is =O; or (ii) Y is O, S, or SO 2; and Z is hydrogen; (i) Y is NR 5; and Z is =O; or (ii) Y is O, S, or SO 2; and Z is hydrogen; Rand R 2 are each independently halogen, C 1-6 alkyl, or C 1-6 haloalkyl; R 4 is hydrogen; and R 5 is hydrogen.
A system for use in a plastic molding machine, comprising: - one or more mold sections (80a, 80b) wherein at least one of the one or more mold sections (80a, 80b) includes multiple recesses defining a first and at least a second cavity for forming associated moldable articles; - a first and at least one second mold core (90, 90a) received within the first and at least a second cavity respectively, the first and the at least one second mold core (90, 90a) being selectively moveable within the mold cavities; - a prime mover operatively connected to the first and the at least one second mold core (90, 90a); and, - a controller operatively communicated to activate the prime mover, wherein the controller is operable to independently drive the first and the at least one second mold core (90, 90a), wherein the system further comprises a first and at least one second rotary actuator (93, 120), wherein the first and the at least one second rotary actuator (93, 120) are connected to the first and the at least one second mold core (90, 90a) respectively, characterized in that each core (90, 90a) is actuated by its own rotary actuator (93, 120), and wherein each core is accompanied by separate sensors, said sensors being operatively connected to sense movement of the first and at least second mold cores (90, 90a), the sensors having sensor output communicated to the controller, wherein the sensors include a force transducer connected to detect force applied to the mold cores (90, 90a). - one or more mold sections (80a, 80b) wherein at least one of the one or more mold sections (80a, 80b) includes multiple recesses defining a first and at least a second cavity for forming associated moldable articles; - a first and at least one second mold core (90, 90a) received within the first and at least a second cavity respectively, the first and the at least one second mold core (90, 90a) being selectively moveable within the mold cavities; - a prime mover operatively connected to the first and the at least one second mold core (90, 90a); and, - a controller operatively communicated to activate the prime mover,
A landing nose for guiding a sensor package through a tubular string, the landing nose comprising: a landing nose body, the landing nose body being generally cylindrical in shape and having a first and second end, the landing nose body including a coupler at the first end adapted to couple to the sensor package, and one or more fins, the fins extending radially outwardly from the landing nose body and each fin having a first end coupled to the landing nose body and a second end extending beyond the second end of the landing nose body; characterised in that the landing nose body and the one or more fins are formed as one-piece. a landing nose body, the landing nose body being generally cylindrical in shape and having a first and second end, the landing nose body including a coupler at the first end adapted to couple to the sensor package, and one or more fins, the fins extending radially outwardly from the landing nose body and each fin having a first end coupled to the landing nose body and a second end extending beyond the second end of the landing nose body; characterised in that the landing nose body and the one or more fins are formed as one-piece.
A device for sending or receiving a video according to a video wireless transmission standard for transmitting a video via one-to-one wireless communication, the device comprising: a connection control unit which controls establishment of connection according to the video wireless transmission standard between the device and a destination device for sending or receiving, and a state changing unit which changes the state of one of the device and the destination device prior to the establishment of the connection to a receiving-side state if both of the device and the destination device are in a sending-side state of functioning, or to a sending-side state if both of the device and the destination device are in a receiving-side state of functioning, wherein the device comprises both of the sending-side state function and the receiving-side state function, the destination device comprises at least one of the sending-side state function and the receiving-side state function, and the state changing unit decides a target device whose state is to be changed, from among the device and the destination device, if the states of both of the device and the destination device are the same, changes the state of the device if the target device is the device, and changes the state of the destination device by sending a request to change the state of the destination device, to the destination device, if the target device is the destination device. a connection control unit which controls establishment of connection according to the video wireless transmission standard between the device and a destination device for sending or receiving, and a state changing unit which changes the state of one of the device and the destination device prior to the establishment of the connection to a receiving-side state if both of the device and the destination device are in a sending-side state of functioning, or to a sending-side state if both of the device and the destination device are in a receiving-side state of functioning, wherein the device comprises both of the sending-side state function and the receiving-side state function, the destination device comprises at least one of the sending-side state function and the receiving-side state function, and the state changing unit decides a target device whose state is to be changed, from among the device and the destination device, if the states of both of the device and the destination device are the same, changes the state of the device if the target device is the device, and changes the state of the destination device by sending a request to change the state of the destination device, to the destination device, if the target device is the destination device. decides a target device whose state is to be changed, from among the device and the destination device, if the states of both of the device and the destination device are the same, changes the state of the device if the target device is the device, and changes the state of the destination device by sending a request to change the state of the destination device, to the destination device, if the target device is the destination device.
Drive device, comprising a device housing accommodating movable drive means, in the housing wall of which at least one locating recess open towards the outer surface of the housing wall is formed, and further comprising a plurality of independent functional modules, each of which is secured in one such locating recess and cooperates with the drive means, and which are combined with a common module support to form a functional unit, for whose location on the housing the module support can be or is installed into the locating recess, the module support on its part having a plurality of further locating recesses (43a, 43b), into each of which one of the functional modules can be or is installed, characterised in that several of the further locating recesses (43a, 43b) are arranged adjacent to one another in the module support, in each case with the longitudinal axis extending in the depth direction of the locating recess of the device housing.
A method of using a computer system through a gesture-based human machine interface, the method comprising: using an object to point to information displayed on a screen of the computer system; capturing the scene in front of the screen with at least two cameras; and using a processor to analyse the scene captured by the cameras to identify the object, to determine where on the screen the object is pointing and the distance of the object from the screen, and characterised by modifying the information displayed on the screen by zooming a portion of the screen to which the object is pointing with a magnification that is dependent upon the determined distance of the object from the screen; determining the distance of the object from the screen over a period of time and determining the speed of movement of the object therefrom, and using the processor to modify the information displayed on the screen differently in response to the determination of different speeds of movement of the object towards or away from the screen by interpreting a gradual movement as a single click and a rapid movement as a double click. using an object to point to information displayed on a screen of the computer system; capturing the scene in front of the screen with at least two cameras; and using a processor to analyse the scene captured by the cameras to identify the object, to determine where on the screen the object is pointing and the distance of the object from the screen, and characterised by modifying the information displayed on the screen by zooming a portion of the screen to which the object is pointing with a magnification that is dependent upon the determined distance of the object from the screen; determining the distance of the object from the screen over a period of time and determining the speed of movement of the object therefrom, and using the processor to modify the information displayed on the screen differently in response to the determination of different speeds of movement of the object towards or away from the screen by interpreting a gradual movement as a single click and a rapid movement as a double click.
A power converter comprising: a first set of transistors electrically connected in series; a second set of transistors electrically connected in series, wherein the second set of transistors is electrically connected in parallel with the first set of transistors to form an H-bridge; a bi-directional AC link electrically connected between the first and second sets of transistors; and a DC bus electrically connected to a battery and a DC bus of a second power converter, the second power converter being electrically connected to a generator, wherein the first and second sets of transistors (102, 104) each form respective 3-level phase legs and the first and second sets of transistors (102,104) are operated to output a five-level phase voltage waveform from the AC link and wherein at least one terminal of the AC link electrically connects the H-bridge to an isolated AC machine phase winding. a first set of transistors electrically connected in series; a second set of transistors electrically connected in series, wherein the second set of transistors is electrically connected in parallel with the first set of transistors to form an H-bridge; a bi-directional AC link electrically connected between the first and second sets of transistors; and a DC bus electrically connected to a battery and a DC bus of a second power converter, the second power converter being electrically connected to a generator, wherein the first and second sets of transistors (102, 104) each form respective 3-level phase legs and the first and second sets of transistors (102,104) are operated to output a five-level phase voltage waveform from the AC link and wherein at least one terminal of the AC link electrically connects the H-bridge to an isolated AC machine phase winding.
A fuel injection pump comprising: a main shaft rotated by an internal combustion engine; a cam provided separately from the main shaft, the cam being formed with a connecting portion (11bs, 44s) connected with the main shaft so that the cam can rotate integrally with the main shaft; a cam ring revolving around the main shaft so that the cam ring rotates with respect to the cam along an outer periphery of the cam; a housing for rotatably housing the cam and the cam ring, the housing being formed with a fuel pressurizing chamber (51, 52); and a plunger (41, 42) reciprocating in accordance with the revolution of the cam ring adapted to pressurize and adapted to pressure-feed fuel, which is drawn into the fuel pressurizing chamber (51, 52), wherein the connecting portion (11bs, 44s) has strength lower than damage strength of the housing, at which the housing is damaged, and wherein the connecting portion (11bs, 44s) has a connection eliminating function for eliminating a connection state between the cam and the main shaft at an inner periphery of the cam, characterized in that the connecting portion (11bs, 44s) connects the cam to the main shaft through thread fastening. a main shaft rotated by an internal combustion engine; a cam provided separately from the main shaft, the cam being formed with a connecting portion (11bs, 44s) connected with the main shaft so that the cam can rotate integrally with the main shaft; a cam ring revolving around the main shaft so that the cam ring rotates with respect to the cam along an outer periphery of the cam; a housing for rotatably housing the cam and the cam ring, the housing being formed with a fuel pressurizing chamber (51, 52); and a plunger (41, 42) reciprocating in accordance with the revolution of the cam ring adapted to pressurize and adapted to pressure-feed fuel, which is drawn into the fuel pressurizing chamber (51, 52), wherein the connecting portion (11bs, 44s) has strength lower than damage strength of the housing, at which the housing is damaged, and wherein the connecting portion (11bs, 44s) has a connection eliminating function for eliminating a connection state between the cam and the main shaft at an inner periphery of the cam, characterized in that the connecting portion (11bs, 44s) connects the cam to the main shaft through thread fastening.
A method for producing an aqueous acrylamide solution, the method comprising reacting a composition including acrylonitrile with water to produce acrylamide, wherein the composition including acrylonitrile includes 20 to 80 mg of methacrylonitrile per 1 kg of the total weight of the composition containing acrylonitrile, wherein the method includes performing the reaction of the composition including acrylonitrile with water in the presence of a biocatalyst.
An apparatus for cleaning at least one belt of a bowling pinsetter, comprising: at least one cleaning member for, in use, cleaning at least one belt of a bowling pinsetter; a frame for coupling, in use, the at least one cleaning member to the bowling pinsetter; and at least one positioning member comprising a mechanism for moving and guiding the at least one cleaning member between a cleaning position contacting the at least one belt and a non-cleaning position not contacting the at least one belt, wherein the cleaning member, in use, is coupled with the bowling pinsetter in the cleaning position and in the non-cleaning position. at least one cleaning member for, in use, cleaning at least one belt of a bowling pinsetter; a frame for coupling, in use, the at least one cleaning member to the bowling pinsetter; and at least one positioning member comprising a mechanism for moving and guiding the at least one cleaning member between a cleaning position contacting the at least one belt and a non-cleaning position not contacting the at least one belt, wherein the cleaning member, in use, is coupled with the bowling pinsetter in the cleaning position and in the non-cleaning position.
A transportable building comprising side-by-side building sections and parallel foundation beams mounted for supporting said building sections on a ground surface, each of said building sections having a roof and opposite vertical wall panels, each of said vertical wall panels has support rolls mounted thereon for rolling engagement onto one of said foundation beams; said transportable building being characterised in that: each of said vertical wall panels has a skate clamp mounted thereon for sequential sliding and clamping engagements to one of said foundation beams, the skate clamps of each building section being arranged to be tightened to secure the respective building section to the foundation beams; each one of said foundation beams has a T-shaped rail mounted thereon, and said skate clamp has a T-shaped slot formed therein and said T-shaped slot is slidably engaged with said T-shaped rail. each of said vertical wall panels has a skate clamp mounted thereon for sequential sliding and clamping engagements to one of said foundation beams, the skate clamps of each building section being arranged to be tightened to secure the respective building section to the foundation beams; each one of said foundation beams has a T-shaped rail mounted thereon, and said skate clamp has a T-shaped slot formed therein and said T-shaped slot is slidably engaged with said T-shaped rail.
A method comprising: receiving data comprising a geometric description of at least a portion of a three dimensional object; the method comprising the following steps: receiving object generation data, the object generation data comprising a plurality of object generation data objects (200, 202, 204), wherein the plurality of object generation data objects are associated with a plurality of print apparatus and each object generation data object (200, 202, 204) is associated with a print apparatus of the plurality of print apparatus and an identifier and comprises an object attribute description of an object attribute achievable in an object generated by the associated print apparatus, wherein the object attribute description further specifies a print material coverage representation which provides an input for a halftoning process to generate control data for use by a print apparatus to produce the three dimensional object; accepting a user specification of an object attribute; accepting a user selection of a print apparatus; presenting information relating to a subset of the plurality of object generation data objects (200, 202, 204) comprising those data objects which are associated with the selected print apparatus; accepting a selection of a data object from the subset having an object attribute description which comprises the specified attribute; generating an object model, the object model comprising an association between the geometric description and the identifier of the selected object generation data object; and sending the object model for generation by the print apparatus. receiving object generation data, the object generation data comprising a plurality of object generation data objects (200, 202, 204), wherein the plurality of object generation data objects are associated with a plurality of print apparatus and each object generation data object (200, 202, 204) is associated with a print apparatus of the plurality of print apparatus and an identifier and comprises an object attribute description of an object attribute achievable in an object generated by the associated print apparatus, wherein the object attribute description further specifies a print material coverage representation which provides an input for a halftoning process to generate control data for use by a print apparatus to produce the three dimensional object; accepting a user specification of an object attribute; accepting a user selection of a print apparatus; presenting information relating to a subset of the plurality of object generation data objects (200, 202, 204) comprising those data objects which are associated with the selected print apparatus; accepting a selection of a data object from the subset having an object attribute description which comprises the specified attribute; generating an object model, the object model comprising an association between the geometric description and the identifier of the selected object generation data object; and sending the object model for generation by the print apparatus.
A trailer comprising a transport deck, wheels, a draw bar that is in a draw bar pivot connection with the deck, the draw bar pivot connection being parallel to the axes of the wheels and allowing the draw bar to be folded back against the lower surface of the deck, the trailer further comprising a means for immobilizing and releasing the draw bar pivot connection and a converting system comprising a traction means (171, 173) for the deck defining a distance between the deck and the ground by pivoting the deck about a loading and unloading pivot connection parallel to the axes of the wheels, the trailer further being able to be arranged in a righted position, the trailer being characterized in that a device for controlling the traction means is mounted on the draw bar.
A stacking and dispensing module for use in an automatic teller machine, the module is configured to be arranged in connection with a banknote storage unit comprising a banknote tray on which banknotes are stacked, the stacking and dispensing module is configured to be in a banknote stacking mode, when banknotes are stacked in said storage unit, and in a banknote dispensing mode, when banknotes are dispensed from said storage unit, the stacking and dispensing module comprises: - a stacking wheel member configured to receive and stack banknotes on said tray, comprising at least two stacking wheels distributed along a common rotation shaft A, - a dispensing wheel member configured to dispense banknotes from said tray, comprising a predetermined number of dispensing wheels arranged for rotation around a common first rotation shaft B, the dispensing wheels are configured to be rotated in a first dispensing direction when banknotes are dispensed from the storage unit, wherein said stacking wheel member is active both during the banknote stacking mode and during the banknote dispensing mode, and that the rotation of said stacking wheel member is configured to be controlled by a first direct current motor, and the rotation of said dispensing wheel member is configured to be controlled by a second DC motor, wherein the module further comprises: - a current measuring unit configured to measure the currents applied to drive said first and second DC motors (20, 22) and to generate current signals (26, 28) in dependence thereto, - a control unit configured to receive said current signals (26, 28), wherein the control unit is configured to evaluate said current signals (26, 28) and to determine control signals (32, 34) for various functions of said module in dependence of said evaluation, and to apply said control signals for controlling said functions, wherein the control unit is configured to determine a first control signal in dependence of said current signal from said first DC motor, and to apply said first control signal to a tray movement member to perform vertical movement of said tray. - a stacking wheel member configured to receive and stack banknotes on said tray, comprising at least two stacking wheels distributed along a common rotation shaft A, - a dispensing wheel member configured to dispense banknotes from said tray, comprising a predetermined number of dispensing wheels arranged for rotation around a common first rotation shaft B, the dispensing wheels are configured to be rotated in a first dispensing direction when banknotes are dispensed from the storage unit, - a current measuring unit configured to measure the currents applied to drive said first and second DC motors (20, 22) and to generate current signals (26, 28) in dependence thereto, - a control unit configured to receive said current signals (26, 28), wherein the control unit is configured to evaluate said current signals (26, 28) and to determine control signals (32, 34) for various functions of said module in dependence of said evaluation, and to apply said control signals for controlling said functions,