mhurhangee/patent-ind-claim-en huggingface dataset:
An ultrasonic surgical instrument that includes an ultrasonic drive unit comprising an ultrasonic transducer for converting electrical energy to mechanical motion resulting in ultrasonic energy, the ultrasonic surgical instrument comprising: a housing having a handle configured to interface with a user of the instrument and a first end for accepting the ultrasonic drive unit , the housing comprising: an elongated portion comprising an outer tubular sheath extending orthogonally from the housing and having an ultrasonic waveguide positioned within the elongated portion, and positioned within and extending distally from a second end of the housing , the waveguide having an end effector with a clamp arm , wherein the clamp arm is pivotally mounted on a distal end of the outer tubular sheath and a proximal end of the waveguide being detachably coupled to the drive unit ; a rotation knob operatively coupled to the second end of the housing for causing rotation of the elongated portion, waveguide , end effector and clamp arm ; and characterized by at least one switch located on the handle ; the switch is electrically connected to the drive unit via a circumferential electrical connector (111a, b) on the drive unit for providing an electrical signal from the at least one switch to a generator for controlling the level of ultrasonic energy delivered by the ultrasonic transducer . an elongated portion comprising an outer tubular sheath extending orthogonally from the housing and having an ultrasonic waveguide positioned within the elongated portion, and positioned within and extending distally from a second end of the housing , the waveguide having an end effector with a clamp arm , wherein the clamp arm is pivotally mounted on a distal end of the outer tubular sheath and a proximal end of the waveguide being detachably coupled to the drive unit ; a rotation knob operatively coupled to the second end of the housing for causing rotation of the elongated portion, waveguide , end effector and clamp arm ; and characterized by at least one switch located on the handle ; the switch is electrically connected to the drive unit via a circumferential electrical connector (111a, b) on the drive unit for providing an electrical signal from the at least one switch to a generator for controlling the level of ultrasonic energy delivered by the ultrasonic transducer .
A baler for forming crop material into a bale , the baler comprising: a housing forming a baling chamber having an inlet , wherein the inlet defines an inlet width perpendicular to a central longitudinal axis ; a pre-cutter disposed forward of the inlet along the central longitudinal axis , wherein the pre-cutter is operable to cut the crop material into segments; wherein the pre-cutter includes a cutter width perpendicular to the central longitudinal axis ; and wherein the cutter width is less than the inlet width , the baler further comprising a crop distributor disposed between the pre-cutter and the inlet along the central longitudinal axis , wherein the crop distributor includes a forward end operable to receive the crop material from the pre-cutter and a rearward end operable to disperse the crop material through the inlet and into the baling chamber characterized in that one of the baling chamber and the crop distributor is moveable relative to the other of the baling chamber and the crop distributor such that the rearward end of the crop distributor is laterally moveable relative to the central longitudinal axis , between a first lateral side and a second lateral side of the housing , to distribute the crop material across the inlet width of the baling chamber . a housing forming a baling chamber having an inlet , wherein the inlet defines an inlet width perpendicular to a central longitudinal axis ; a pre-cutter disposed forward of the inlet along the central longitudinal axis , wherein the pre-cutter is operable to cut the crop material into segments; wherein the pre-cutter includes a cutter width perpendicular to the central longitudinal axis ; and wherein the cutter width is less than the inlet width , the baler further comprising a crop distributor disposed between the pre-cutter and the inlet along the central longitudinal axis , wherein the crop distributor includes a forward end operable to receive the crop material from the pre-cutter and a rearward end operable to disperse the crop material through the inlet and into the baling chamber
A lighting device for a vehicle lighting and/or signalling lamp, in particular for rear lamps, characterized in that it includes in a casing : - at least one LED light source , fastened to an opaque support including a lighting aperture for the passage of the light to be diffused indirectly towards the observer, - a first opaque diffusing element located upstream from the lighting aperture and adapted to reflect and diffuse the light coming from the light source towards the aperture, - a second translucent diffusing element located downstream from the first diffusing element facing the lighting aperture and intended to transmit and diffuse the light reflected and diffused by the first diffusing element, - a third translucent diffusing element located downstream from the second diffusing element and adapted to transmit and diffuse the light coming from the second diffusing element towards the outside of the concerned lamp, said third diffusing element contributing to the geometry of the lamp at the lighted state and defining a diffusion volume by its profile projecting outwards from the lamp at the lighting aperture . - at least one LED light source , fastened to an opaque support including a lighting aperture for the passage of the light to be diffused indirectly towards the observer, - a first opaque diffusing element located upstream from the lighting aperture and adapted to reflect and diffuse the light coming from the light source towards the aperture, - a second translucent diffusing element located downstream from the first diffusing element facing the lighting aperture and intended to transmit and diffuse the light reflected and diffused by the first diffusing element, - a third translucent diffusing element located downstream from the second diffusing element and adapted to transmit and diffuse the light coming from the second diffusing element towards the outside of the concerned lamp, said third diffusing element contributing to the geometry of the lamp at the lighted state and defining a diffusion volume by its profile projecting outwards from the lamp at the lighting aperture .
A stack manufacturing system comprising a stacking apparatus, which comprises: a stage unit on which a first material to be stacked and a second material to be stacked are stacked and placed; a sandwiching member that is vertically movable with respect to the stage unit , and between which and the stage unit the first material to be stacked and the second material to be stacked are sandwiched; a press member that is vertically movable with respect to the sandwiching member and simultaneously presses the first material to be stacked and the second material to be stacked; a first machining unit that machines the first material to be stacked; and a second machining unit that machines the second material to be stacked characterized in that the stack manufacturing system comprises only one stacking apparatus, the press member is configured to simultaneously press and integrally stamp out the first material to be stacked and the second material to be stacked in a stacked state, the stacking apparatus is configured to convey the first material to be stacked and the second material to be stacked so that they vertically overlap each other in the only one stacking apparatus, and wherein a direction in which the first machining unit conveys the first material to be stacked and a direction in which the second machining unit conveys the second material to be stacked are arranged at right angles about the stage unit . a stage unit on which a first material to be stacked and a second material to be stacked are stacked and placed; a sandwiching member that is vertically movable with respect to the stage unit , and between which and the stage unit the first material to be stacked and the second material to be stacked are sandwiched; a press member that is vertically movable with respect to the sandwiching member and simultaneously presses the first material to be stacked and the second material to be stacked; a first machining unit that machines the first material to be stacked; and a second machining unit that machines the second material to be stacked characterized in that the stack manufacturing system comprises only one stacking apparatus, the press member is configured to simultaneously press and integrally stamp out the first material to be stacked and the second material to be stacked in a stacked state, the stacking apparatus is configured to convey the first material to be stacked and the second material to be stacked so that they vertically overlap each other in the only one stacking apparatus, and wherein a direction in which the first machining unit conveys the first material to be stacked and a direction in which the second machining unit conveys the second material to be stacked are arranged at right angles about the stage unit .
An inverter comprising a power source circuit configured to carry out electric power delivery to a control target device ; a processor including a communication circuit configured to carry out communication with a master device via a network, and an electric power delivery control circuit configured to control electric power delivery to the power source circuit ; and a power supply configured to carry out electric power delivery to the processor and to the power source circuit ; characterized in that the electric power delivery control circuit is configured to block the electric power delivery to the power source circuit in a case where the inverter is to enter a standby state, which is a state in which the inverter does not control the control target device , the communication circuit is configured to receive, from the master device , a driving command which is an instruction for driving the inverter or a motor connected to the inverter, in a case where the communication circuit has not received the driving command for a certain period of time, the electric power delivery control circuit blocks the electric power delivery to the power source circuit , the driving command contains information indicating a frequency of an output current to the motor , and in a case where the frequency indicated by the driving command is 0, the electric power delivery control circuit blocks the electric power delivery to the power source circuit . a power source circuit configured to carry out electric power delivery to a control target device ; a processor including a communication circuit configured to carry out communication with a master device via a network, and an electric power delivery control circuit configured to control electric power delivery to the power source circuit ; and a communication circuit configured to carry out communication with a master device via a network, and an electric power delivery control circuit configured to control electric power delivery to the power source circuit ; and a power supply configured to carry out electric power delivery to the processor and to the power source circuit ; characterized in that the electric power delivery control circuit is configured to block the electric power delivery to the power source circuit in a case where the inverter is to enter a standby state, which is a state in which the inverter does not control the control target device , the communication circuit is configured to receive, from the master device , a driving command which is an instruction for driving the inverter or a motor connected to the inverter, in a case where the communication circuit has not received the driving command for a certain period of time, the electric power delivery control circuit blocks the electric power delivery to the power source circuit , the driving command contains information indicating a frequency of an output current to the motor , and in a case where the frequency indicated by the driving command is 0, the electric power delivery control circuit blocks the electric power delivery to the power source circuit .
A protein kinase C inhibitor for use in a method of treating a carcinoma having a GNAQ or GNA11 genetic mutation in a patient in need thereof, wherein the carcinoma is selected from the group consisting of pancreatic adenocarcinoma, stomach adenocarcinoma, cervical carcinoma, and lung adenocarcinoma, the method comprising: determining if the carcinoma has a GNAQ or GNA11 genetic mutation; and orally administering to the patient having the carcinoma with the GNAQ or GNA11 genetic mutation a therapeutically effective amount of the protein kinase C inhibitor. determining if the carcinoma has a GNAQ or GNA11 genetic mutation; and orally administering to the patient having the carcinoma with the GNAQ or GNA11 genetic mutation a therapeutically effective amount of the protein kinase C inhibitor.
A scroll compressor, comprising: a shell adapted to contain a lubricant; a scroll set in the shell , the scroll set including an orbiting scroll and a non-orbiting scroll , wherein pockets being defined between the orbiting scroll and the non-orbiting scroll for compressing gas; a capacity modulator in fluid communication with the pockets , the capacity modulator configured to selectively unload gas from the pockets ; a lubricant opening in the shell and in fluid communication with at least one first bearing portion of the scroll compressor, wherein the lubricant opening is configured to allow lubricant from the at least one first bearing portion of the scroll compressor to flow through; and a gas diverting passage in the shell , the gas diverting passage comprising a tube including an inlet and an outlet , wherein the outlet of the tube is at a lower position than the inlet of the tube, the inlet of the gas diverting passage being in fluid communication with the capacity modulator, characterized in that the gas diverting passage extending vertically below the lubricant opening such that gas exiting the capacity modulator is diverted, flows into the inlet , down through the tube , turns at the outlet and then flows through a travel path of the lubricant that flows through the lubricant opening such that the gas entrains at least part of the lubricant and transports the lubricant to an upper part of the compressor to recirculate the lubricant for lubricating at least one second bearing portion in the scroll compressor. a shell adapted to contain a lubricant; a scroll set in the shell , the scroll set including an orbiting scroll and a non-orbiting scroll , wherein pockets being defined between the orbiting scroll and the non-orbiting scroll for compressing gas; a capacity modulator in fluid communication with the pockets , the capacity modulator configured to selectively unload gas from the pockets ; a lubricant opening in the shell and in fluid communication with at least one first bearing portion of the scroll compressor, wherein the lubricant opening is configured to allow lubricant from the at least one first bearing portion of the scroll compressor to flow through; and a gas diverting passage in the shell , the gas diverting passage comprising a tube including an inlet and an outlet , wherein the outlet of the tube is at a lower position than the inlet of the tube, the inlet of the gas diverting passage being in fluid communication with the capacity modulator, characterized in that the gas diverting passage extending vertically below the lubricant opening such that gas exiting the capacity modulator is diverted, flows into the inlet , down through the tube , turns at the outlet and then flows through a travel path of the lubricant that flows through the lubricant opening such that the gas entrains at least part of the lubricant and transports the lubricant to an upper part of the compressor to recirculate the lubricant for lubricating at least one second bearing portion in the scroll compressor.
Rim gear carrier part for a two or more component gear wheel , wherein - the rim gear carrier part comprises ∘ an annular ring segment , extending around an axis of rotation (A) in circumferential direction, ∘ a rim gear , arranged radially on the outside of the annular ring segment , and ∘ an extension , extending radially inwards from the annular ring segment , - the extension comprises ∘ a first extension end face and a second extension end face , ∘ numerous first ribs and an identical number of first pockets are arranged on the first extension end face , and/or ∘ numerous second ribs and an identical number of second pockets are arranged on the second extension end face , ∘ each of the first ribs and the first pockets and/or each of the second ribs and the second pockets extend radially and are arranged adjacent to each other in circumferential direction, characterized in that each of the first ribs and the first pockets and/or each of the second ribs and the second pockets form, with the annular ring segment , a respective wave-like transition . - the rim gear carrier part comprises ∘ an annular ring segment , extending around an axis of rotation (A) in circumferential direction, ∘ a rim gear , arranged radially on the outside of the annular ring segment , and ∘ an extension , extending radially inwards from the annular ring segment , ∘ an annular ring segment , extending around an axis of rotation (A) in circumferential direction, ∘ a rim gear , arranged radially on the outside of the annular ring segment , and ∘ an extension , extending radially inwards from the annular ring segment , - the extension comprises ∘ a first extension end face and a second extension end face , ∘ numerous first ribs and an identical number of first pockets are arranged on the first extension end face , and/or ∘ numerous second ribs and an identical number of second pockets are arranged on the second extension end face , ∘ each of the first ribs and the first pockets and/or each of the second ribs and the second pockets extend radially and are arranged adjacent to each other in circumferential direction, ∘ a first extension end face and a second extension end face , ∘ numerous first ribs and an identical number of first pockets are arranged on the first extension end face , and/or ∘ numerous second ribs and an identical number of second pockets are arranged on the second extension end face , ∘ each of the first ribs and the first pockets and/or each of the second ribs and the second pockets extend radially and are arranged adjacent to each other in circumferential direction,
A system for weighing continuous food dough and for cutting it into pieces having a targeted weight, wherein the system comprising: an inlet conveyor for carrying forward the continuous food dough (D); a weighing conveyor device disposed adjacent to and at a downstream side of, the inlet conveyor ; a cutting apparatus for cutting out the pieces from the continuous food dough (D); and a controller connected to the inlet conveyor , the weighing conveyor device , and the cutting apparatus ; wherein the weighing conveyor device has a first weighing conveyor and a second weighing conveyor disposed adjacent to and at a downstream side of, the first weighing conveyor ; wherein the controller is configured to measure a weight of the continuous food dough (D) being carried forward by the first and the second weighing conveyors (6, 26; 7, 27); characterized in that the controller is configured to set a threshold value (SL) for being compared with a length of the piece (P) cut out from the continuous food dough (D), and is configured to switch the system, wherein, if the length of the piece (P) is longer than the threshold value (SL), the actual weight of the piece of the food dough (P) is measured by the first and the second weighing conveyors (6, 26; 7, 27), and if the length of the piece (P) is shorter than the threshold value (SL), the actual weight of the piece (P) of the food dough (D) is measured by the second weighing conveyor . an inlet conveyor for carrying forward the continuous food dough (D); a weighing conveyor device disposed adjacent to and at a downstream side of, the inlet conveyor ; a cutting apparatus for cutting out the pieces from the continuous food dough (D); and a controller connected to the inlet conveyor , the weighing conveyor device , and the cutting apparatus ; wherein the weighing conveyor device has a first weighing conveyor and a second weighing conveyor disposed adjacent to and at a downstream side of, the first weighing conveyor ; wherein the controller is configured to measure a weight of the continuous food dough (D) being carried forward by the first and the second weighing conveyors (6, 26; 7, 27); characterized in that the controller is configured to set a threshold value (SL) for being compared with a length of the piece (P) cut out from the continuous food dough (D), and is configured to switch the system, wherein, if the length of the piece (P) is longer than the threshold value (SL), the actual weight of the piece of the food dough (P) is measured by the first and the second weighing conveyors (6, 26; 7, 27), and if the length of the piece (P) is shorter than the threshold value (SL), the actual weight of the piece (P) of the food dough (D) is measured by the second weighing conveyor .
A method in a base station for determining connection establishment between the base station and a mobile terminal , wherein the base station is moving, the method comprising: when receiving a first connection request from the mobile terminal , refraining from establishing a connection between the base station and the mobile terminal ; and when receiving a second connection request from the mobile terminal , determining whether or not to establish the connection between the base station and the mobile terminal , characterized by determining a time period between the first connection request and the second connection request; and determining a parameter indicating a relative speed between the base station and the mobile terminal , wherein determining whether or not to establish the connection between the base station and the mobile terminal further comprises: establishing the connection between the base station and the mobile terminal when the time period between the first connection request and the second connection request exceeds a third threshold and when the parameter indicates that the relative speed between the base station and the mobile terminal is below a fourth threshold. when receiving a first connection request from the mobile terminal , refraining from establishing a connection between the base station and the mobile terminal ; and when receiving a second connection request from the mobile terminal , determining whether or not to establish the connection between the base station and the mobile terminal , characterized by determining a time period between the first connection request and the second connection request; and determining a parameter indicating a relative speed between the base station and the mobile terminal , wherein determining whether or not to establish the connection between the base station and the mobile terminal further comprises: establishing the connection between the base station and the mobile terminal when the time period between the first connection request and the second connection request exceeds a third threshold and when the parameter indicates that the relative speed between the base station and the mobile terminal is below a fourth threshold.