mhurhangee/patent-ind-claim-en huggingface dataset:
A trajectory generation device comprising: a storage unit that stores a plurality of trajectories; a trajectory acquisition unit that acquires the trajectory, corresponding to an environment similar to a current environment, from the plurality of trajectories stored in the storage unit ; and a trajectory generation unit that calculates a longest trajectory part, which is present in a moving object moving area excluding an obstacle area in the current environment, when said trajectory acquired by the trajectory acquisition unit is applied to the current environment, and generates a connection trajectory by connecting both ends of the calculated longest trajectory part to a predetermined start point and a predetermined end point respectively. a storage unit that stores a plurality of trajectories; a trajectory acquisition unit that acquires the trajectory, corresponding to an environment similar to a current environment, from the plurality of trajectories stored in the storage unit ; and a trajectory generation unit that calculates a longest trajectory part, which is present in a moving object moving area excluding an obstacle area in the current environment, when said trajectory acquired by the trajectory acquisition unit is applied to the current environment, and generates a connection trajectory by connecting both ends of the calculated longest trajectory part to a predetermined start point and a predetermined end point respectively.
An alternating flow column chromatography apparatus for chromatographic separation and chromatographic purification of ionic radionuclide components and chemical components soluble in a solution, comprising: a chromatographic separation column of 'U' shape or modified 'I' shape, including at least one loading port for loading of components for separation, wherein at least one of the at least one loading port is disposed at the centre of the chromatographic separation column ; a first purification column in fluid communication with one end of the separation column and a second purification column in fluid communication with another end of the separation column; at least one primary eluent input port and one or more specific eluent input ports ; an eluate output port ; an eluent selection valve for selecting between the eluent input ports ; an alternating flow valve in fluid communication with at least one of the at least one primary eluent input port or one or more specific eluent input ports via the eluent selection valve , the eluate output port , the first purification column and the second purification column , and wherein, when operated, the alternating flow valve reverses the flow of eluent through the purification columns and the separation column . a chromatographic separation column of 'U' shape or modified 'I' shape, including at least one loading port for loading of components for separation, wherein at least one of the at least one loading port is disposed at the centre of the chromatographic separation column ; a first purification column in fluid communication with one end of the separation column and a second purification column in fluid communication with another end of the separation column; at least one primary eluent input port and one or more specific eluent input ports ; an eluate output port ; an eluent selection valve for selecting between the eluent input ports ; an alternating flow valve in fluid communication with at least one of the at least one primary eluent input port or one or more specific eluent input ports via the eluent selection valve , the eluate output port , the first purification column and the second purification column , and wherein, when operated, the alternating flow valve reverses the flow of eluent through the purification columns and the separation column .
A transfer comprising: an input shaft that receives inputted torque; a first output shaft that is disposed on the axis of the input shaft and rotatable relative to the input shaft ; an intermediate shaft that is disposed on an axis different from the axis of the input shaft ; a second output shaft that is disposed on an axis different from the axes of the intermediate shaft and input shaft ; a first gear and a second gear that are disposed on either one of the input shaft and the first output shaft ; a third gear and a fourth gear that are disposed on the intermediate shaft and in mesh with the first gear and the second gear ; a fifth gear that is disposed on the second output shaft and in mesh with the fourth gear ; and a switching device ; wherein the switching device includes a first device that separably couples the first gear to the input shaft or the first output shaft , and a second device that separably couples the second gear to the input shaft or the first output shaft ; and wherein the first gear and the second gear are disposed axially between the first device and the second device . an input shaft that receives inputted torque; a first output shaft that is disposed on the axis of the input shaft and rotatable relative to the input shaft ; an intermediate shaft that is disposed on an axis different from the axis of the input shaft ; a second output shaft that is disposed on an axis different from the axes of the intermediate shaft and input shaft ; a first gear and a second gear that are disposed on either one of the input shaft and the first output shaft ; a third gear and a fourth gear that are disposed on the intermediate shaft and in mesh with the first gear and the second gear ; a fifth gear that is disposed on the second output shaft and in mesh with the fourth gear ; and a switching device ; wherein the switching device includes a first device that separably couples the first gear to the input shaft or the first output shaft , and a second device that separably couples the second gear to the input shaft or the first output shaft ; and wherein the first gear and the second gear are disposed axially between the first device and the second device .
A device for processing the inside of inaccessible pipes and pipe networks using high-pressure jets of fluid with or without abrasive, comprising • at least one nozzle , which is arranged at the front end of the device , for generating at least one forward-directed, focussed nozzle jet of the fluid, • a media feed for supplying the at least one nozzle with the highly pressurised fluid medium, • a guide apparatus for guiding the at least one nozzle with an orientation of the at least one nozzle jet exiting from the nozzle parallel to the pipe wall , • a positioning apparatus for causing the at least one nozzle or the guide apparatus to approach or abut the pipe wall to minimise or maintain the distance of the at least one nozzle jet from the pipe wall spaced parallel from the nozzle jet , and/or a pivoting apparatus for deflecting the at least one nozzle jet towards the pipe centre out of the state of being parallel to the pipe wall , • a rotating apparatus for a rotary movement of the at least one nozzle about the pipe axis or an axis parallel to the pipe axis along the pipe wall while the nozzle jet is guided fundamentally parallel to the pipe wall by the guide apparatus , • an advancing apparatus for an axial advancing movement along or parallel to the pipe axis , and • at least one camera for observing the orientation and deflection of the at least one nozzle . • at least one nozzle , which is arranged at the front end of the device , for generating at least one forward-directed, focussed nozzle jet of the fluid, • a media feed for supplying the at least one nozzle with the highly pressurised fluid medium, • a guide apparatus for guiding the at least one nozzle with an orientation of the at least one nozzle jet exiting from the nozzle parallel to the pipe wall , • a positioning apparatus for causing the at least one nozzle or the guide apparatus to approach or abut the pipe wall to minimise or maintain the distance of the at least one nozzle jet from the pipe wall spaced parallel from the nozzle jet , and/or a pivoting apparatus for deflecting the at least one nozzle jet towards the pipe centre out of the state of being parallel to the pipe wall , • a rotating apparatus for a rotary movement of the at least one nozzle about the pipe axis or an axis parallel to the pipe axis along the pipe wall while the nozzle jet is guided fundamentally parallel to the pipe wall by the guide apparatus , • an advancing apparatus for an axial advancing movement along or parallel to the pipe axis , and • at least one camera for observing the orientation and deflection of the at least one nozzle .
An adjustable seal system for providing an interface between a residual limb and a prosthetic socket, comprising: a liner having a liner body forming an axis (A-A) and having an outer surface ; and a seal component formed from a polymeric material and having open upper and lower ends defining an opening therethrough and an internal surface , the seal component having an axis (C-C) arranged concentric with the axis (A-A) of the liner body , the internal surface arranged to frictionally engage the outer surface of the liner body ; characterized by a sleeve formed from a textile secured to an upper portion of the seal component and arranged to radially compress against the outer surface of the liner . a liner having a liner body forming an axis (A-A) and having an outer surface ; and a seal component formed from a polymeric material and having open upper and lower ends defining an opening therethrough and an internal surface , the seal component having an axis (C-C) arranged concentric with the axis (A-A) of the liner body , the internal surface arranged to frictionally engage the outer surface of the liner body ; characterized by a sleeve formed from a textile secured to an upper portion of the seal component and arranged to radially compress against the outer surface of the liner .
An expansion valve comprising: a valve main body including an inlet port for introducing a high-pressure refrigerant, a valve chamber communicating with the inlet port, a valve hole which is open to the valve chamber, a valve seat formed at an inlet of the valve hole, and an outlet port for sending the refrigerant passed through the valve hole, a valve member disposed to be opposed to the valve seat, and a power element including a pressure operation chamber enclosing an heat-sensitive gas for driving a valve rod which operates the valve member, the power element including an upper cover member in which the pressure operation chamber is formed, a receiving member , and a diaphragm sandwiched between the upper cover member and the receiving member, characterized in that outer peripheral parts of the upper cover member, the diaphragm, and the receiving member are joined with a welding part formed by laserwelding, and wherein the distance from a fulcrum position of the diaphragm sandwiched between the upper cover member and the receiving member to an outer periphery of the power element is set to be a distance obtained by adding 0.2 mm to 1.0 mm to the length dimension of the welding part formed by laser welding. a valve main body including an inlet port for introducing a high-pressure refrigerant, a valve chamber communicating with the inlet port, a valve hole which is open to the valve chamber, a valve seat formed at an inlet of the valve hole, and an outlet port for sending the refrigerant passed through the valve hole, a valve member disposed to be opposed to the valve seat, and a power element including a pressure operation chamber enclosing an heat-sensitive gas for driving a valve rod which operates the valve member, the power element including an upper cover member in which the pressure operation chamber is formed, a receiving member , and a diaphragm sandwiched between the upper cover member and the receiving member, characterized in that outer peripheral parts of the upper cover member, the diaphragm, and the receiving member are joined with a welding part formed by laserwelding, and wherein the distance from a fulcrum position of the diaphragm sandwiched between the upper cover member and the receiving member to an outer periphery of the power element is set to be a distance obtained by adding 0.2 mm to 1.0 mm to the length dimension of the welding part formed by laser welding.
An apparatus for outputting a solid material, the apparatus comprising: - a receptacle for receiving the solid material, - a first input for a first gas, - an output for solid material, - an auger rotatable for transporting the solid material from the receptacle to the output, - a dispenser configured to receive the solid material from the output and to receive the first gas from the first input and output the solid material entrained in the first gas, and - a motor configured to rotate the auger, wherein the motor comprises: - one or more cylinders each comprising a piston, and - a second input for a fluid and elements for feeding this said fluid from the second input to the said one or more cylinders , characterized in that : - the motor comprises a drive configured to convert motion of the piston(s) into rotation of the auger, - the solid material is dry ice frozen to below -10°C and that - a cross section of at least one of the piston(s) is at least 700mm 2 . - a receptacle for receiving the solid material, - a first input for a first gas, - an output for solid material, - an auger rotatable for transporting the solid material from the receptacle to the output, - a dispenser configured to receive the solid material from the output and to receive the first gas from the first input and output the solid material entrained in the first gas, and - a motor configured to rotate the auger, - one or more cylinders each comprising a piston, and - a second input for a fluid and elements for feeding this said fluid from the second input to the said one or more cylinders , - the motor comprises a drive configured to convert motion of the piston(s) into rotation of the auger, - the solid material is dry ice frozen to below -10°C and that - a cross section of at least one of the piston(s) is at least 700mm 2 .
A process for preparing C 4 to C 13 monohydroxy compounds from a bottom fraction arising in the distillation of a crude mixture of C 4 to C 13 oxo-process aldehydes from cobalt-catalyzed or rhodium-catalyzed hydroformylation, or in the distillation of a crude mixture of C 4 to C 13 oxo-process alcohols, which comprises contacting the bottom fraction in the presence of hydrogen with a catalyst comprising copper oxide (CuO) and aluminum oxide, at a temperature of 180°C to 260°C and a pressure of 150 bar to 280 bar and subjecting the resulting crude hydrogenation product to distillation, and the amount of C 4 to C 13 monohydroxy compounds present in the crude hydrogenation product after the hydrogenation being greater than the amount of C 4 to C 13 monohydroxy compounds given stoichiometrically from the hydrogenation of the ester and aldehyde compounds present in the bottom fraction, including the C 4 to C 13 monohydroxy compounds still present in the bottom fraction before the hydrogenation.
Measuring device configured to be connected to first and second terminals of an electric device, such as a battery cell (10, C), and to determine at least one electrical property of the electric device (10, C), wherein the measuring device comprises an impedance measuring arrangement configured to, when the electric device is connected to the first and second terminals , connect the electric device (10, C) to a measurement circuit , wherein the impedance measuring arrangement is further configured to: - provide a time-varying test current (I test ) through the measurement circuit ; - measure a voltage (U cell ) over the electric device (10, C) while the time-varying test current (I test ) is provided; and - determine a phase shift and a magnitude ratio between the measured voltage (U cell ) and the time-varying test current (I test ) in the measurement circuit , wherein the time-varying test current (I test ) comprises a plurality of superimposed discrete frequencies, wherein said discrete frequencies are distributed over a frequency range and separated from each other so as to avoid frequency overlap due to spread spectrum between adjacent frequencies, characterized in that adjacent frequencies are separated by a minimum frequency separation, f d,min , wherein f d,min ≥ 4*f L =4/T, preferably f d,min ≥ 8*f L =8/T, and more preferably f d,min ≥ 10*f L =10/T, wherein f L =1/T and wherein T is the total time during which the time-varying test current (I test ) is provided. wherein the measuring device comprises an impedance measuring arrangement configured to, when the electric device is connected to the first and second terminals , connect the electric device (10, C) to a measurement circuit , wherein the impedance measuring arrangement is further configured to: - provide a time-varying test current (I test ) through the measurement circuit ; - measure a voltage (U cell ) over the electric device (10, C) while the time-varying test current (I test ) is provided; and - determine a phase shift and a magnitude ratio between the measured voltage (U cell ) and the time-varying test current (I test ) in the measurement circuit , - provide a time-varying test current (I test ) through the measurement circuit ; - measure a voltage (U cell ) over the electric device (10, C) while the time-varying test current (I test ) is provided; and - determine a phase shift and a magnitude ratio between the measured voltage (U cell ) and the time-varying test current (I test ) in the measurement circuit , wherein the time-varying test current (I test ) comprises a plurality of superimposed discrete frequencies, wherein said discrete frequencies are distributed over a frequency range and separated from each other so as to avoid frequency overlap due to spread spectrum between adjacent frequencies, characterized in that adjacent frequencies are separated by a minimum frequency separation, f d,min , wherein f d,min ≥ 4*f L =4/T, preferably f d,min ≥ 8*f L =8/T, and more preferably f d,min ≥ 10*f L =10/T, wherein f L =1/T and wherein T is the total time during which the time-varying test current (I test ) is provided.
Weaving machine comprising a sley , which is moveable to-and-fro between a most rearward position for an insertion of a weft thread and a most forward position for beating-up the inserted weft thread , a reed mounted to the sley , the reed having a guiding channel , which guiding channel determines an insertion path of the weft thread , and a device for catching and stretching a weft thread inserted into a shed of the weaving machine, the device comprising a weft thread stretching device for catching the leading end part of the inserted weft thread and stretching the caught weft thread , which weft thread stretching device is arranged stationary on the weaving machine in an extension of the insertion path of the weft thread , a weft thread holding device for holding the leading end part of at least one beaten-up weft thread, which weft thread holding device is arranged stationary on the weaving machine in a region of a beat-up line , a moveable guiding device for guiding the caught weft thread towards the weft thread holding device , which moveable guiding device is arranged on the sley for movement with the sley , and a control unit, wherein a first suction nozzle is provided as the weft thread holding device , wherein a second suction nozzle is provided as the weft thread stretching device , wherein the opening of the second suction nozzle is directed towards the guiding channel of the reed , when the reed is in its most rearward position away from the beat-up line , characterized in that the first suction nozzle has an opening directed towards a fabric edge of the fabric , and thus directed towards the guiding channel of the reed , when the reed is in its most forward position towards the beat-up line , and the first suction nozzle is adapted to generate a suction stream in parallel to the beat-up line , so that after the weft thread has been beaten-up a free end of said weft thread held in the first suction nozzle extends at least essentially in parallel to the beat-up line , and wherein the first suction nozzle is connected to the control unit and controlled by the control unit so that the first suction nozzle is activated upon or shortly before the weft thread caught by the second suction nozzle is moved towards the first suction nozzle .
A display apparatus, comprising: a base substrate including a display area (DA) and a peripheral area (PA) a conductive layer formed over the base substrate in the peripheral area (DA) and the display area; a buffer layer over the conductive layer ; a thin film transistor (TFT) over the buffer layer in the display area (DA); an electrode (GD) in a contact hole that is formed through the buffer layer to expose a side surface of the conductive layer in the peripheral area (PA), the electrode (GD) making contact with the conductive layer ; an insulating pattern in the contact hole over the electrode (GD); and a wiring (GL) over the insulating pattern and electrically connected to the electrode (GD), wherein the conductive layer overlaps with the thin film transistor (TFT), and wherein the electrode (GD) is coupled to a ground voltage or a constant voltage. a base substrate including a display area (DA) and a peripheral area (PA) a conductive layer formed over the base substrate in the peripheral area (DA) and the display area; a buffer layer over the conductive layer ; a thin film transistor (TFT) over the buffer layer in the display area (DA); an electrode (GD) in a contact hole that is formed through the buffer layer to expose a side surface of the conductive layer in the peripheral area (PA), the electrode (GD) making contact with the conductive layer ; an insulating pattern in the contact hole over the electrode (GD); and a wiring (GL) over the insulating pattern and electrically connected to the electrode (GD), wherein the conductive layer overlaps with the thin film transistor (TFT), and wherein the electrode (GD) is coupled to a ground voltage or a constant voltage.
An ultrasonic instrument comprising: (a) a body ; (b) an actuation assembly, wherein the actuation assembly comprises a rotatable activation member ; (c) a shaft assembly extending distally from the body, wherein the shaft assembly comprises an acoustic waveguide ; and (d) an end effector comprising an ultrasonic blade , wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide; wherein the rotatable activation member is configured to move relative to the body, wherein the rotatable activation member is pivotally coupled with a potentiometer or encoder assembly via a pin , and wherein the end effector is configured to be activated in response to movement of the rotatable activation member relative to the body at a power level that is selected based on the position of the rotatable activation member relative to the body such that the rotatable activation member is operable to activate the end effector at a first power level when the rotatable activation member is at a first position relative to the body and such that the rotatable activation member is operable to activate the end effector at a second power level when the rotatable activation member is at a second position relative to the body. (a) a body ; (b) an actuation assembly, wherein the actuation assembly comprises a rotatable activation member ; (c) a shaft assembly extending distally from the body, wherein the shaft assembly comprises an acoustic waveguide ; and (d) an end effector comprising an ultrasonic blade , wherein the ultrasonic blade is in acoustic communication with the acoustic waveguide;