mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation system , comprising: a patient support platform ; at least one X-ray radiation source positioned on a first side of the patient support platform; an X-ray radiation detector positioned on a second side of the patient support platform opposite the first side; a fixed source X-ray radiation shield disposed about the X-ray radiation source; a detector X-ray radiation shield comprising a shield carrier and at least one shield extension , wherein the at least one shield extension is configured to be moved relative to the shield carrier between an extended configuration wherein the at least one shield extension extends from the shield carrier to the source radiation shield or to a peripheral edge of the platform , and a stowed configuration wherein the at least one shield extension is retracted towards the shield carrier to allow access to a patient on the support platform, characterised in that the radiation system further comprises a displacement mechanism configured to move the shield carrier towards and away from the patient support platform . a patient support platform ; at least one X-ray radiation source positioned on a first side of the patient support platform; an X-ray radiation detector positioned on a second side of the patient support platform opposite the first side; a fixed source X-ray radiation shield disposed about the X-ray radiation source; a detector X-ray radiation shield comprising a shield carrier and at least one shield extension , wherein the at least one shield extension is configured to be moved relative to the shield carrier between an extended configuration wherein the at least one shield extension extends from the shield carrier to the source radiation shield or to a peripheral edge of the platform , and a stowed configuration wherein the at least one shield extension is retracted towards the shield carrier to allow access to a patient on the support platform, characterised in that the radiation system further comprises a displacement mechanism configured to move the shield carrier towards and away from the patient support platform .
A composition for skin disinfection comprising olanexidine gluconate, a coloring agent, alkyl dimethylamine oxide as a surfactant, and polyoxyethylene alkyl ether, wherein the ratio of the concentration of alkyl dimethylamine oxide to the total concentration of alkyl dimethylamine oxide and polyoxyethylene alkyl ether is 0.18 or more.
A method of cloud-based fire protection, comprising: receiving, by a cloud platform , data from one or more on premises fire protection devices ; storing the data in a persistent data storage of the cloud platform over a period of time; applying machine learning to the data received from the one or more on premises fire protection devices and to other data received from other on premises fire protection devices configured in a different geographical or logical system than the one or more on premises fire protection devices, to build or adjust a predictive detection model; extracting a pattern indicative of a type of fire based on the data and the other data; adjusting a fire event detection threshold of the predictive detection model based on the pattern; processing, by computing resources of the cloud platform, the data using the predictive detection model to determine an existence of a safety event; and transmitting, to at least one notification device , an event notification in response to the existence of the safety event. receiving, by a cloud platform , data from one or more on premises fire protection devices ; storing the data in a persistent data storage of the cloud platform over a period of time; applying machine learning to the data received from the one or more on premises fire protection devices and to other data received from other on premises fire protection devices configured in a different geographical or logical system than the one or more on premises fire protection devices, to build or adjust a predictive detection model; extracting a pattern indicative of a type of fire based on the data and the other data; adjusting a fire event detection threshold of the predictive detection model based on the pattern; processing, by computing resources of the cloud platform, the data using the predictive detection model to determine an existence of a safety event; and transmitting, to at least one notification device , an event notification in response to the existence of the safety event.
A blade for a gas turbine engine, the blade having a damping system , the blade comprising: a blade body having a first compartment proximate a root end of the blade body , a second compartment proximate a tip end of the blade body , a base , and a cover attached to the base , wherein the cover and the base define the first compartment within the blade body ; a full rib extending from the base to the cover , wherein the full rib separates the first compartment into a first sub-compartment located proximate a trailing edge of the blade and a second sub-compartment located proximate a leading edge of the blade ; a damping material located only within the first sub-compartment , the full rib keeping the damping material in the first sub-compartment ; one or more partial ribs originating at the blade body and extending into the first sub-compartment , wherein each of the one or more partial ribs terminates at a distal end ; and one or more damping plates , wherein each of the one or more damping plates is attached to a distal end of a partial rib , wherein the damping material is located between each of the one or more damping plates located in the first sub-compartment and the cover , wherein the full rib is configured to provide structural support between the cover and the base . a blade body having a first compartment proximate a root end of the blade body , a second compartment proximate a tip end of the blade body , a base , and a cover attached to the base , wherein the cover and the base define the first compartment within the blade body ; a full rib extending from the base to the cover , wherein the full rib separates the first compartment into a first sub-compartment located proximate a trailing edge of the blade and a second sub-compartment located proximate a leading edge of the blade ; a damping material located only within the first sub-compartment , the full rib keeping the damping material in the first sub-compartment ; one or more partial ribs originating at the blade body and extending into the first sub-compartment , wherein each of the one or more partial ribs terminates at a distal end ; and one or more damping plates , wherein each of the one or more damping plates is attached to a distal end of a partial rib , wherein the damping material is located between each of the one or more damping plates located in the first sub-compartment and the cover , wherein the full rib is configured to provide structural support between the cover and the base .
An aerosol-generating article comprising: an aerosol-forming substrate ; and an outermost wrapper around at least a portion of the aerosol-forming substrate , wherein an outer surface of the outermost wrapper forms at least part of an outer surface of the aerosol-generating article and wherein the outermost wrapper comprises a metallised substrate comprising a substrate layer and a metal layer radially outward of the substrate layer, the metal layer having a thickness of less than or equal to about 100 nanometres. an aerosol-forming substrate ; and an outermost wrapper around at least a portion of the aerosol-forming substrate , wherein an outer surface of the outermost wrapper forms at least part of an outer surface of the aerosol-generating article and wherein the outermost wrapper comprises a metallised substrate comprising a substrate layer and a metal layer radially outward of the substrate layer, the metal layer having a thickness of less than or equal to about 100 nanometres.
A multiple output DC-DC converter comprising: a transformer having a primary winding and at least one secondary winding ; a primary circuit comprising: an input for connecting to a DC power supply source; the primary winding of the transformer; a primary switch connected in series with the primary winding ; a plurality of secondary circuits , wherein each secondary circuit comprises the secondary winding of the transformer or a respective winding of a plurality of secondary windings of the transformer, and an output stage for providing a DC power supply output, wherein at least one of the secondary circuits comprises a secondary switch ; a digital controller which is arranged to monitor a respective output signal of each of the secondary circuits wherein the digital controller is arranged to receive one bit of feedback data for each respective output signal per monitoring period and to control operation of the primary switch and the at least one secondary switch based on the monitored signals, wherein the digital controller is arranged to co-ordinate operation of the at least one secondary switch with the primary switch , such that the primary switch and the at least one secondary switch are switched on with a controlled offset, such that the combined operation of the first switch and at least one secondary switch provides an on-off duty cycle matched to the load demands of the respective secondary circuit , wherein the controlled offset is selectable per secondary circuit by the digital controller and may be zero. a transformer having a primary winding and at least one secondary winding ; a primary circuit comprising: an input for connecting to a DC power supply source; the primary winding of the transformer; a primary switch connected in series with the primary winding ; an input for connecting to a DC power supply source; the primary winding of the transformer; a primary switch connected in series with the primary winding ; a plurality of secondary circuits , wherein each secondary circuit comprises the secondary winding of the transformer or a respective winding of a plurality of secondary windings of the transformer, and an output stage for providing a DC power supply output, wherein at least one of the secondary circuits comprises a secondary switch ; a digital controller which is arranged to monitor a respective output signal of each of the secondary circuits wherein the digital controller is arranged to receive one bit of feedback data for each respective output signal per monitoring period and to control operation of the primary switch and the at least one secondary switch based on the monitored signals, wherein the digital controller is arranged to co-ordinate operation of the at least one secondary switch with the primary switch , such that the primary switch and the at least one secondary switch are switched on with a controlled offset, such that the combined operation of the first switch and at least one secondary switch provides an on-off duty cycle matched to the load demands of the respective secondary circuit , wherein the controlled offset is selectable per secondary circuit by the digital controller and may be zero.
Piston made of steel or grey cast iron for an internal combustion engine, with a cooling channel , shank walls and connecting walls between the shank walls , wherein this is asymmetrical with respect to the width (C) of the shank walls and the thickness and extension of the connecting walls in the direction of the piston axis between the pressure (DS) and counterpressure side, wherein at least one connecting wall has, at its end remote from the piston crown , viewed in the direction of the piston pin axis, at least one shoulder and at least one concave curvature , and wherein the concavely curved recess at the lower end of the connecting wall extends further in the direction of the piston crown on the counterpressure side than on the pressure side, wherein at least one shank wall is widened in a direction pointing away from the piston crown .
A rail-mounted fire and overheat detection system comprising: a rail ; a plurality of sensor elements ; and a plate characterised in that : the plurality of sensor elements are disposed along the rail ; the plate is disposed at a first end of the rail , and secured thereto at a plate opening ; and the system further comprises one or more damper elements extending about a perimeter of the rail to dampen vibrational forces acting on the rail . a rail ; a plurality of sensor elements ; and a plate characterised in that : the plurality of sensor elements are disposed along the rail ; the plate is disposed at a first end of the rail , and secured thereto at a plate opening ; and the system further comprises one or more damper elements extending about a perimeter of the rail to dampen vibrational forces acting on the rail . the plurality of sensor elements are disposed along the rail ; the plate is disposed at a first end of the rail , and secured thereto at a plate opening ; and the system further comprises one or more damper elements extending about a perimeter of the rail to dampen vibrational forces acting on the rail .
A cytotoxic agent which comprises an anti-p-cadherin IgG monoclonal antibody, which recognizes a cadherin domain 1 (EC1) of p-cadherin and exhibits a high internalization capacity, wherein the high internalization capacity is an assayed viability of CDH3 expressing cells being 60% or less, when the antibody is administered with a saporin-labeled anti-IgG antibody, wherein the CDH3 expressing cell is Breast Cancer Cell line HCC1954 (ATCC, CRL-2338), wherein a cytotoxic substance is conjugated to the antibody, and wherein the cytotoxic substance is a maytansinoid derivative selected from DM1, DM3 or DM4 or an auristatin derivative selected from MMAE or MMAF.
Applicator device for a coating medium comprising an applicator body with an applicator edge for flattening the coating medium , comprising a rod-shaped handle fixed on the applicator body by means of a holder and comprising at least one, and preferably two or more, measuring or adjustment means for setting a distance from the applicator edge to a subfloor , wherein in an operating position the at least one measuring or adjustment means is in contact with the subfloor and the applicator edge has the distance from the subfloor , characterised in that a mounting module is provided with at least one, and preferably two or more, mutually remote guide elements which portion-wise are parallel and project from the applicator body , wherein at a free end of the at least one guide element a securing means is fixed detachably, and wherein at least one weighted body is provided in addition which is fixed on the mounting module such that the applicator body is pressed against the subfloor by a weight of the at least one weighted body , wherein a centre of gravity of the weighted bodies - relative to the operating position of the scraper face of the applicator body - is arranged such that a horizontal distance between a support point of the at least one measuring or adjustment means and the centre of gravity of the weighted bodies is 5 cm maximum, preferably less than 2 cm and ideally 0 cm.
A superconducting bidirectional current driver comprising: a first direction superconducting latch (54, 60; 204, 210; 254, 260; 304, 310; 354) that is activated in response to a first activation signal (ACT 1 , ACT 4 ); and a second direction superconducting latch (56, 58; 206, 208; 256, 258; 306, 308; 356) that is activated in response to a second activation signal (ACT 2 , ACT 3 ), wherein the second direction superconducting latch is activated to provide a first current path of an input current through the first direction superconducting latch and through a bidirectional current load (12; 62; 212; 262; 312; 358; 402) in a first direction, wherein the first direction superconducting latch is activated to provide a second current path of the input current through the second direction superconducting latch and through the bidirectional current load in a second direction opposite the first direction. a first direction superconducting latch (54, 60; 204, 210; 254, 260; 304, 310; 354) that is activated in response to a first activation signal (ACT 1 , ACT 4 ); and a second direction superconducting latch (56, 58; 206, 208; 256, 258; 306, 308; 356) that is activated in response to a second activation signal (ACT 2 , ACT 3 ), wherein the second direction superconducting latch is activated to provide a first current path of an input current through the first direction superconducting latch and through a bidirectional current load (12; 62; 212; 262; 312; 358; 402) in a first direction, wherein the first direction superconducting latch is activated to provide a second current path of the input current through the second direction superconducting latch and through the bidirectional current load in a second direction opposite the first direction.
A motor drive device comprising: a brushless DC motor configured to drive a load, the brushless DC motor including a permanent magnet and a stator having a three-phase winding; a speed controller configured to decide a pulse width modulation (PWM) ON ratio for performing PWM control on the brushless DC motor ; a PWM ON ratio increasing-reducing unit configured to increase or reduce the PWM ON ratio in accordance with a driving speed of the brushless DC motor ; a drive unit configured to perform the PWM control to drive the brushless DC motor in accordance with the PWM ON ratio decided by the PWM ON ratio increasing-reducing unit ; a position detector configured to detect a rotational position of a rotor based on an induced voltage generated in the three-phase winding of the stator ; and a speed detector configured to calculate a current driving speed of the brushless DC motor and an average speed of one past rotation from position information detected by the position detector , characterized in that the PWM ON ratio increasing-reducing unit sets the PWM ON ratio to a ratio equal to or lower than the PWM ON ratio decided by the speed controller in an interval in which the driving speed of the brushless DC motor is lower than a predetermined speed, and sets the PWM ON ratio to a ratio equal to or higher than the PWM ON ratio decided by the speed controller in an interval in which the driving speed is higher than the predetermined speed, wherein the predetermined speed is the average speed of one past rotation. a brushless DC motor configured to drive a load, the brushless DC motor including a permanent magnet and a stator having a three-phase winding; a speed controller configured to decide a pulse width modulation (PWM) ON ratio for performing PWM control on the brushless DC motor ; a PWM ON ratio increasing-reducing unit configured to increase or reduce the PWM ON ratio in accordance with a driving speed of the brushless DC motor ; a drive unit configured to perform the PWM control to drive the brushless DC motor in accordance with the PWM ON ratio decided by the PWM ON ratio increasing-reducing unit ; a position detector configured to detect a rotational position of a rotor based on an induced voltage generated in the three-phase winding of the stator ; and a speed detector configured to calculate a current driving speed of the brushless DC motor and an average speed of one past rotation from position information detected by the position detector , characterized in that the PWM ON ratio increasing-reducing unit sets the PWM ON ratio to a ratio equal to or lower than the PWM ON ratio decided by the speed controller in an interval in which the driving speed of the brushless DC motor is lower than a predetermined speed, and sets the PWM ON ratio to a ratio equal to or higher than the PWM ON ratio decided by the speed controller in an interval in which the driving speed is higher than the predetermined speed, wherein the predetermined speed is the average speed of one past rotation.
A method for testing a device driver software of a processor , the method comprising: providing a testing device comprising a default device identifier code containing information on a true identity of the testing device written in an identity field of the testing device; configuring the identity field of the testing device based on a device emulation command received through a first testing device interface , wherein the identity field is accessible by the device driver software for recognising the testing device ; loading a firmware onto the processor , corresponding to the testing device recognised, the firmware associated with data in the configured identity field ; running an emulation program on the testing device , the emulation program comprising an emulation of a human input device in accordance with the configured identity field ; receiving an input instruction in the testing device via the first testing device interface , the input instruction indicative of an input performable on the emulated human input device; the emulation program , emulating an output signal generatable by the emulated human input device in response to the input being performed on the emulated human input device; outputting the emulated output signal via a second testing device interface to the device driver software of the processor to translate the emulated output signal to an event in an application program running on the processor ; and loading the default device identifier code into the identity field of the testing device by using a reset button comprised in the testing device. providing a testing device comprising a default device identifier code containing information on a true identity of the testing device written in an identity field of the testing device; configuring the identity field of the testing device based on a device emulation command received through a first testing device interface , wherein the identity field is accessible by the device driver software for recognising the testing device ; loading a firmware onto the processor , corresponding to the testing device recognised, the firmware associated with data in the configured identity field ; running an emulation program on the testing device , the emulation program comprising an emulation of a human input device in accordance with the configured identity field ; receiving an input instruction in the testing device via the first testing device interface , the input instruction indicative of an input performable on the emulated human input device; the emulation program , emulating an output signal generatable by the emulated human input device in response to the input being performed on the emulated human input device; outputting the emulated output signal via a second testing device interface to the device driver software of the processor to translate the emulated output signal to an event in an application program running on the processor ; and loading the default device identifier code into the identity field of the testing device by using a reset button comprised in the testing device.
Plate with at least one slot in its surface , wherein the slot is provided for acceptance of a slot nut , and the cross-section of the slot in perpendicular relation to the longitudinal direction of the slot being a hexagon, characterized in that the surfaces of the slot abutting on the surface of the plate enclose with the surface of the plate an angle in the range of 42° to 48°, preferably 45°.