mhurhangee/patent-ind-claim-en huggingface dataset:
Controlling unit adapted to control, during radiation therapy, a radiation source to be connected for patient treatment, the controlling unit comprising: a mains-driven power supply terminal to which a mains-driven power supply is connectable; a battery-driven power supply terminal to which a battery-driven power supply is connectable; a failsafe power supply terminal ; a processor unit being adapted for controlling the radiation source to be connected; a patient-in-place sensor unit being adapted to sense if a patient is not in place for treatment with the radiation source to be connected and to provide a respective signal to the processor unit; wherein the failsafe power supply terminal is connected to the mains-driven power supply terminal via a first diode and to the battery-driven power supply terminal via a second diode ; wherein the processor unit is power supply connected to the failsafe power supply terminal , so as to receive a power supply from the higher voltage power supply terminal of the mains-driven power supply terminal and the battery-driven power supply terminal , respectively; wherein the processor unit is adapted to shut down the radiation source to be connected and / or to trigger an alerting unit to be connected in case a patient-not-in-place signal of the patient-in-place sensor is detected. a mains-driven power supply terminal to which a mains-driven power supply is connectable; a battery-driven power supply terminal to which a battery-driven power supply is connectable; a failsafe power supply terminal ; a processor unit being adapted for controlling the radiation source to be connected; a patient-in-place sensor unit being adapted to sense if a patient is not in place for treatment with the radiation source to be connected and to provide a respective signal to the processor unit; wherein the failsafe power supply terminal is connected to the mains-driven power supply terminal via a first diode and to the battery-driven power supply terminal via a second diode ; wherein the processor unit is power supply connected to the failsafe power supply terminal , so as to receive a power supply from the higher voltage power supply terminal of the mains-driven power supply terminal and the battery-driven power supply terminal , respectively; wherein the processor unit is adapted to shut down the radiation source to be connected and / or to trigger an alerting unit to be connected in case a patient-not-in-place signal of the patient-in-place sensor is detected.
An installation tool for installing a sprinkler having a sprinkler frame supporting and housing at least one operational component, the tool comprising: a gauge defining a stop surface to be contacted by a sprinkler frame; and a reference surface for locating the stop surface to define an operational position for the sprinkler frame and the at least one operational component within a through hole of a wall; characterised in that : the tool is for an unfinished wall installation and the tool includes a rail member defining the reference surface and a guide member having a sliding engagement with the rail member , the gauge being engaged with the guide member . a gauge defining a stop surface to be contacted by a sprinkler frame; and a reference surface for locating the stop surface to define an operational position for the sprinkler frame and the at least one operational component within a through hole of a wall; characterised in that : the tool is for an unfinished wall installation and the tool includes a rail member defining the reference surface and a guide member having a sliding engagement with the rail member , the gauge being engaged with the guide member .
A kit for use in hip arthroplasty comprising: an acetabular shell which has a shell locking section , and a liner adapted to be inserted into the shell, the liner including an inner surface and an outer surface and a rim extending between the inner surface and the outer surface, in which the inner surface is generally concave, and the outer surface includes a liner locking section , in which the shell locking section and the liner locking section are self-locking tapers, and characterised in that the outer surface also includes a composite-curved section extending from the locking section at a first transition point when the liner is viewed in cross-section, the composite-curved section is tangential to the locking section and includes a radial portion having a radius extending from the locking section at the first transition point, and in which the composite-curved section also includes a tangential portion that is a straight line and that is tangential to the radial portion at a second transition point . an acetabular shell which has a shell locking section , and a liner adapted to be inserted into the shell, the liner including an inner surface and an outer surface and a rim extending between the inner surface and the outer surface, in which the inner surface is generally concave, and the outer surface includes a liner locking section , in which the shell locking section and the liner locking section are self-locking tapers, and characterised in that the outer surface also includes a composite-curved section extending from the locking section at a first transition point when the liner is viewed in cross-section, the composite-curved section is tangential to the locking section and includes a radial portion having a radius extending from the locking section at the first transition point, and in which the composite-curved section also includes a tangential portion that is a straight line and that is tangential to the radial portion at a second transition point .
An imaging apparatus for recording separately shot two images as one image file, the apparatus configured to be set to a clip image shooting mode for creating the one image file having one of the separately shot two images as a supplemental image of the other of the separately shot two images as a main image, wherein the clip image shooting mode includes a supplemental image shooting mode for obtaining the image as the supplemental image data, and a main image shooting mode for subsequently obtaining the image as the main image data, the apparatus comprising a determination part configured to determine presence and absence of supplemental image data wherein when the determination part determines absence of the supplemental image data, the apparatus is configured to create an image file having the main image, and when the determination part determines presence of the supplemental image data, the apparatus is configured to create the one image file having the supplemental image and the main image.
Implantable system comprising: - a first device , called a centralisation device, able to be implanted in a fixing position inside the body of the patient (P), and - at least one second device comprising an electrode able to electrically connect the second device to an organ (C) of the patient (P) when the second device is implanted, in a stimulation position, in the body of the patient (P), the first device furthermore being configured to control the transmission, by the electrode , of an electric current for stimulation of the organ (C) by the second device , the implantable system furthermore comprising an anchor comprising a head configured to anchor the anchor on the wall of the stomach of the patient, the anchor being configured to be fixed to the first device and to hold the first device in the fixing position thereof when the anchor is fixed in the stomach , the first device being accommodated in the stomach when the first device is in the fixing position thereof, the implantable system being characterised in that the first device is configured to supply energy to the second device : - the first device comprises a wave emitter, and - the second device comprises a stimulator able to stimulate the organ (C) and a converter able to receive the waves emitted by the emitter and in response to generate an electric current (C3) supplying the stimulator , - the emitter being chosen from among an acoustic wave emitter and an electromagnetic wave emitter, the converter being a converter converting acoustic energy into electrical energy, able to receive the acoustic waves emitted, when the emitter is an acoustic wave emitter, or a converter able to receive the electromagnetic waves emitted, when the emitter is an electromagnetic wave emitter. - a first device , called a centralisation device, able to be implanted in a fixing position inside the body of the patient (P), and - at least one second device comprising an electrode able to electrically connect the second device to an organ (C) of the patient (P) when the second device is implanted, in a stimulation position, in the body of the patient (P), - the first device comprises a wave emitter, and - the second device comprises a stimulator able to stimulate the organ (C) and a converter able to receive the waves emitted by the emitter and in response to generate an electric current (C3) supplying the stimulator , - the emitter being chosen from among an acoustic wave emitter and an electromagnetic wave emitter, the converter being a converter converting acoustic energy into electrical energy, able to receive the acoustic waves emitted, when the emitter is an acoustic wave emitter, or a converter able to receive the electromagnetic waves emitted, when the emitter is an electromagnetic wave emitter.
A method for determining the speed of printing of a fiber and the length of a printed fiber, wherein the method comprises the following steps: supplying ink to a nozzle ; forming an ink drop at the exit of said nozzle ; generating a continuous ink jet from the ink drop , wherein the continuous ink jet carries a net electrostatic charge; deflecting the continuous ink jet by applying a periodic jet deflection signal to at least one jet-deflection electrode ; collecting the continuous ink jet on a substrate to form a continuous fiber on the substrate ; printing an object containing a plurality of motifs , wherein each motif corresponds to a respective portion of the continuous fiber formed during a period of the periodic jet deflection signal; determining the width of at least one printed motif ; and determining a speed of printing the continuous fiber from the frequency of the periodic jet-deflection signal and the width of the printed motif; calculating the length of fiber printed in a time interval from the frequency of the jet-deflection signal and from the width of the printed motif. supplying ink to a nozzle ; forming an ink drop at the exit of said nozzle ; generating a continuous ink jet from the ink drop , wherein the continuous ink jet carries a net electrostatic charge; deflecting the continuous ink jet by applying a periodic jet deflection signal to at least one jet-deflection electrode ; collecting the continuous ink jet on a substrate to form a continuous fiber on the substrate ; printing an object containing a plurality of motifs , wherein each motif corresponds to a respective portion of the continuous fiber formed during a period of the periodic jet deflection signal; determining the width of at least one printed motif ; and determining a speed of printing the continuous fiber from the frequency of the periodic jet-deflection signal and the width of the printed motif; calculating the length of fiber printed in a time interval from the frequency of the jet-deflection signal and from the width of the printed motif.
A radiation imaging apparatus comprising: a pixel array including, in an imaging region where a plurality of pixels for acquiring radiation image data by imaging performed based on emitted radiation is arranged in a matrix, a detection pixel group in which a plurality of detection pixels for detecting a dose of the radiation is arranged in a row direction; and a control means configured to control the imaging, wherein the apparatus is configured to be used with a grid disposed on a side of the imaging region on which the radiation is incident, the grid having a stripe structure in which a strip-shaped radiation transmissive layer and a strip-shaped radiation absorption layer that extend in a first direction are alternately arranged in a second direction orthogonal to the first direction, wherein the control means is configured to execute a mode in which the imaging is controlled using signals from the detection pixel group , and characterized in that the radiation imaging apparatus further comprises a determination means configured to make a determination as to whether the mode is executable by the control means , based on information about an angle between the row direction and the first direction. a pixel array including, in an imaging region where a plurality of pixels for acquiring radiation image data by imaging performed based on emitted radiation is arranged in a matrix, a detection pixel group in which a plurality of detection pixels for detecting a dose of the radiation is arranged in a row direction; and a control means configured to control the imaging, wherein the apparatus is configured to be used with a grid disposed on a side of the imaging region on which the radiation is incident, the grid having a stripe structure in which a strip-shaped radiation transmissive layer and a strip-shaped radiation absorption layer that extend in a first direction are alternately arranged in a second direction orthogonal to the first direction, wherein the control means is configured to execute a mode in which the imaging is controlled using signals from the detection pixel group , and characterized in that the radiation imaging apparatus further comprises a determination means configured to make a determination as to whether the mode is executable by the control means , based on information about an angle between the row direction and the first direction.
A coffee brewing and dispensing system, comprising: (a) a removable grounds chamber assembly , wherein the removable grounds chamber assembly includes: (i) a basin for holding ground coffee; (ii) an extendable dispensing spout ; and (iii) a valve mechanism for opening and closing the dispensing spout ; (b) a brewing chamber assembly positioned on top of the removable grounds chamber assembly ; and (c) a plunger assembly adapted to be inserted into the brewing chamber and removable grounds chamber , wherein the plunger assembly includes: (i) a press rod; (ii) a handle mounted on the press rod, wherein the handle includes a trigger mounted therein; (iii) a lid mounted on the press rod below the handle; (iv) a wiper assembly mounted on the press rod below the lid; and (v) a filter assembly mounted on the press rod below the wiper assembly, wherein the wiper assembly may be moved independently of the filter assembly by actuating the trigger in the handle. (a) a removable grounds chamber assembly , wherein the removable grounds chamber assembly includes: (i) a basin for holding ground coffee; (ii) an extendable dispensing spout ; and (iii) a valve mechanism for opening and closing the dispensing spout ; (i) a basin for holding ground coffee; (ii) an extendable dispensing spout ; and (iii) a valve mechanism for opening and closing the dispensing spout ; (b) a brewing chamber assembly positioned on top of the removable grounds chamber assembly ; and (c) a plunger assembly adapted to be inserted into the brewing chamber and removable grounds chamber , wherein the plunger assembly includes: (i) a press rod; (ii) a handle mounted on the press rod, wherein the handle includes a trigger mounted therein; (iii) a lid mounted on the press rod below the handle; (iv) a wiper assembly mounted on the press rod below the lid; and (v) a filter assembly mounted on the press rod below the wiper assembly, (i) a press rod; (ii) a handle mounted on the press rod, wherein the handle includes a trigger mounted therein; (iii) a lid mounted on the press rod below the handle; (iv) a wiper assembly mounted on the press rod below the lid; and (v) a filter assembly mounted on the press rod below the wiper assembly,
Head-up display having an image generator with a light source , a tilted display , a display glass and a light trap , an optical system and a transmissive screen , wherein the display glass has a wedged shape, and the display glass has a wedge angle (β) with regard to a main optical axis (MOA) of the head-up display , characterized in that the display is tilted with regard to said main optical axis (MOA) by a first angle (α), and wherein first angle (α) and wedge angle (β) add to an effective tilt angle (γ).
A honeycomb catalytic converter comprising: a honeycomb structured body in which multiple through-holes are arranged longitudinally in parallel with one another with a partition wall therebetween; and a noble metal supported on the honeycomb structured body, wherein the honeycomb structured body contains a ceria-zirconia complex oxide and alumina, each partition wall includes a first carrier layer defining a surface layer of the partition wall and carrying Pd, and a second carrier layer located more inwardly of the partition wall than the first carrier layer and carrying Rh, and the first carrier layer is a coat layer containing a ceria-zirconia complex oxide, alumina, and Pd, and the second carrier layer is an extrudate containing ceria-zirconia complex oxide particles and alumina particles. a honeycomb structured body in which multiple through-holes are arranged longitudinally in parallel with one another with a partition wall therebetween; and a noble metal supported on the honeycomb structured body, wherein the honeycomb structured body contains a ceria-zirconia complex oxide and alumina, each partition wall includes a first carrier layer defining a surface layer of the partition wall and carrying Pd, and a second carrier layer located more inwardly of the partition wall than the first carrier layer and carrying Rh, and the first carrier layer is a coat layer containing a ceria-zirconia complex oxide, alumina, and Pd, and the second carrier layer is an extrudate containing ceria-zirconia complex oxide particles and alumina particles.
Gel-type composition, preferably a cosmetic composition, comprising at least: - one pectin; and - one unmodified hectorite. - one pectin; and - one unmodified hectorite.
A colored food that contains rosmarinic acid and a dye component and in which the ratio in weight concentration of luteolin-3'-glucuronide to rosmarinic acid is 0.5 or less and which further contains 20 vol% or more of ethanol.
A method for wireless communications, the method comprising: transmitting , by a network node, a first signal during a first time interval, wherein the first signal is encoded with a first spreading sequence generated by permutating a root sequence based on a permutation parameter associated with a first index; transmitting, by the network node, a second signal during a second time interval, wherein the second signal is encoded with a second spreading sequence generated by permutating the root sequence based on a permutation parameter associated with a second index; and receiving , by the network node, an indication of either the first index or the second index from a user equipment, UE; wherein the first signal and the second signal are beamformed reference signals; wherein the root sequence is a Zadoff-Chu sequence; wherein a sequence of values of permutation parameter A is defined which is applied to subsequent time intervals whereby a primary synchronization signal encoded with a Zadoff-Chu sequence shifted by A is transmitted, respectively, in each subsequent time interval; characterized in that : a mapping between the permutation parameter and the first index and a mapping between the permutation parameter and the second index are encoded and transmitted in a broadcast channel, or encoded and signaled through an assisted frequency layer. transmitting , by a network node, a first signal during a first time interval, wherein the first signal is encoded with a first spreading sequence generated by permutating a root sequence based on a permutation parameter associated with a first index; transmitting, by the network node, a second signal during a second time interval, wherein the second signal is encoded with a second spreading sequence generated by permutating the root sequence based on a permutation parameter associated with a second index; and receiving , by the network node, an indication of either the first index or the second index from a user equipment, UE; wherein the first signal and the second signal are beamformed reference signals; wherein the root sequence is a Zadoff-Chu sequence; wherein a sequence of values of permutation parameter A is defined which is applied to subsequent time intervals whereby a primary synchronization signal encoded with a Zadoff-Chu sequence shifted by A is transmitted, respectively, in each subsequent time interval; characterized in that : a mapping between the permutation parameter and the first index and a mapping between the permutation parameter and the second index are encoded and transmitted in a broadcast channel, or encoded and signaled through an assisted frequency layer.
A device (100; 300) for storing a liquid, comprising: • a container (110; 310) with a neck (120; 320) inside which a spout (130; 330) is formed, and • a stopper (140; 340) comprising a cover (145; 350) configured to close off said spout and a skirt at least partially covering a ring (125; 325) of said neck, the stopper cooperating in rotation with the ring of said neck between a position sealably closing off said spout and a position, called the open position, leaving said spout at least partially open, the ring having a stop (150; 131; 370) limiting the displacement of a complementary stop (155; 250; 360) of the stopper, in which device the periphery of the ring of the neck comprises a circular part, collinear with a circle of radius R, and a part, called the truncated part, corresponding to a truncation of said circle over an angle α, and characterized in that the cover of the stopper is generally circular with a truncated part, the skirt of the stopper comprising an opening or a flat which can be articulated along the truncated part. • a container (110; 310) with a neck (120; 320) inside which a spout (130; 330) is formed, and • a stopper (140; 340) comprising a cover (145; 350) configured to close off said spout and a skirt at least partially covering a ring (125; 325) of said neck, the stopper cooperating in rotation with the ring of said neck between a position sealably closing off said spout and a position, called the open position, leaving said spout at least partially open, the ring having a stop (150; 131; 370) limiting the displacement of a complementary stop (155; 250; 360) of the stopper, in which device the periphery of the ring of the neck comprises a circular part, collinear with a circle of radius R, and a part, called the truncated part, corresponding to a truncation of said circle over an angle α, and