mhurhangee/patent-ind-claim-en huggingface dataset:
A system for making an incision in eye tissue, comprising: light generating means for generating a beam of light; focusing means for focusing the beam at a first focal point located at a first depth in the eye tissue; scanning means for scanning the beam in a pattern on the eye while focused at the first depth; wherein the focusing means is adapted to focus the beam at a second focal point located at a second depth in the eye tissue different than the first depth; and wherein the scanning means is adapted to scan the beam in the pattern on the eye while focused at the second depth, wherein the system further comprises: a controller; and imaging means for generating an image of the eye tissue, from which a target portion of the eye tissue can be identified, wherein the controller is configured to cause the scanning of the beam in the pattern at the identified target portion of the eye tissue, wherein the imaging means comprises an Optical Coherence Tomography (OCT) device, and wherein the controller is configured to cause, using the generated image, the determination of at least one of a number of pulses of the light beam, a repetition rate of the light beam, and a configuration of the pattern. light generating means for generating a beam of light; focusing means for focusing the beam at a first focal point located at a first depth in the eye tissue; scanning means for scanning the beam in a pattern on the eye while focused at the first depth; wherein the focusing means is adapted to focus the beam at a second focal point located at a second depth in the eye tissue different than the first depth; and wherein the scanning means is adapted to scan the beam in the pattern on the eye while focused at the second depth, wherein the system further comprises: a controller; and imaging means for generating an image of the eye tissue, from which a target portion of the eye tissue can be identified, wherein the controller is configured to cause the scanning of the beam in the pattern at the identified target portion of the eye tissue, wherein the imaging means comprises an Optical Coherence Tomography (OCT) device, and wherein the controller is configured to cause, using the generated image, the determination of at least one of a number of pulses of the light beam, a repetition rate of the light beam, and a configuration of the pattern. a controller; and imaging means for generating an image of the eye tissue, from which a target portion of the eye tissue can be identified, wherein the controller is configured to cause the scanning of the beam in the pattern at the identified target portion of the eye tissue, wherein the imaging means comprises an Optical Coherence Tomography (OCT) device, and wherein the controller is configured to cause, using the generated image, the determination of at least one of a number of pulses of the light beam, a repetition rate of the light beam, and a configuration of the pattern.
A control system comprising: a current sensor configured to be disposed onboard a vehicle and to monitor a measured current conducted into a resistor leg of the vehicle, the resistor leg having a braking chopper and one or more resistive elements , the resistor leg connected with a traction bus of the vehicle, the traction bus electrically connects an alternator to one or more traction motors on the vehicle, the alternator mechanically coupled to an engine of the vehicle; and one or more processors communicatively connected to the current sensor, the one or more processors configured to receive the measured current from the current sensor and, in response to the measured current differing from an expected current through the resistor leg, characterized by the fact that the one or more processors are configured to generate a control signal configured to increase an engine speed of the engine . a current sensor configured to be disposed onboard a vehicle and to monitor a measured current conducted into a resistor leg of the vehicle, the resistor leg having a braking chopper and one or more resistive elements , the resistor leg connected with a traction bus of the vehicle, the traction bus electrically connects an alternator to one or more traction motors on the vehicle, the alternator mechanically coupled to an engine of the vehicle; and one or more processors communicatively connected to the current sensor, the one or more processors configured to receive the measured current from the current sensor and, in response to the measured current differing from an expected current through the resistor leg, characterized by the fact that the one or more processors are configured to generate a control signal configured to increase an engine speed of the engine .
A pharmaceutical composition for use in the treatment of epilepsy seizure, characterized in the pharmaceutical composition comprises clavulanic acid and valproic acid.
An aircraft sliding door comprising: a door leaf , which is slidable between a closed position and an opened position in the opening and closing direction respectively, and has a door top part and a door bottom part , which are arranged in a pulled-out state in the closed position and in a pushed-together state in the opened position, a guide rail , inclined with respect to the opening and closing direction, for guiding the door leaf between the closed position and the opened position, a drive device having an electric motor for assisting the movement of the door leaf from the opened position to the closed position, whereby the drive device comprises a spindle , in particular a ball screw spindle, which is connected to the electric motor and is inclined to the opening and closing direction, characterised in that the door leaf is automatically transferred to the opened position along the spindle in a de-energised state of the electric motor . a door leaf , which is slidable between a closed position and an opened position in the opening and closing direction respectively, and has a door top part and a door bottom part , which are arranged in a pulled-out state in the closed position and in a pushed-together state in the opened position, a guide rail , inclined with respect to the opening and closing direction, for guiding the door leaf between the closed position and the opened position, a drive device having an electric motor for assisting the movement of the door leaf from the opened position to the closed position, whereby the drive device comprises a spindle , in particular a ball screw spindle, which is connected to the electric motor and is inclined to the opening and closing direction, characterised in that the door leaf is automatically transferred to the opened position along the spindle in a de-energised state of the electric motor .
A method for a Logical Channel Prioritization, LCP, procedure, being applied for NR sidelink and taking place in a Medium Access Control, MAC, layer, the method comprising: selecting (S101) a transmission target based on a logical channel priority and a token value, wherein the transmission target comprises a Destination, and the token value is a variable maintained for each logical channel, and indicates a number of tokens currently available in a token bucket; and performing (S102) the LCP procedure based on the selected transmission target; wherein said selecting the transmission target based on the logical channel priority and the token value comprises: among all logical channels which have data that is available for transmission, selecting a Destination associated with a logical channel with a highest priority and whose token value is greater than X as the transmission target, wherein X≥0, wherein the token value is initially a and increased in each Transmission Time Interval, TTI, by a product of Prioritized Bit Rate, PBR, and TTI. selecting (S101) a transmission target based on a logical channel priority and a token value, wherein the transmission target comprises a Destination, and the token value is a variable maintained for each logical channel, and indicates a number of tokens currently available in a token bucket; and performing (S102) the LCP procedure based on the selected transmission target; wherein said selecting the transmission target based on the logical channel priority and the token value comprises: among all logical channels which have data that is available for transmission, selecting a Destination associated with a logical channel with a highest priority and whose token value is greater than X as the transmission target, wherein X≥0, wherein the token value is initially a and increased in each Transmission Time Interval, TTI, by a product of Prioritized Bit Rate, PBR, and TTI. among all logical channels which have data that is available for transmission, selecting a Destination associated with a logical channel with a highest priority and whose token value is greater than X as the transmission target, wherein X≥0, wherein the token value is initially a and increased in each Transmission Time Interval, TTI, by a product of Prioritized Bit Rate, PBR, and TTI.
A method for providing a single network registration for a first application on a first processor and a second application on a second processor of a user equipment, UE, wherein the first application communicates with the network using the first processor and the second application communicates with the network using the second processor, the method comprising: initiating a network registration for the first application using a registration manager on the first processor, wherein the registration manager comprises a common stack shared by the first processor and the second processor; sending , from the second processor, first registration information for the second application to the registration manager on the first processor; and appending the network registration for the first application with the first registration information for the second application using the first processor. initiating a network registration for the first application using a registration manager on the first processor, wherein the registration manager comprises a common stack shared by the first processor and the second processor; sending , from the second processor, first registration information for the second application to the registration manager on the first processor; and appending the network registration for the first application with the first registration information for the second application using the first processor.
A car type model comprising: an inner structure formed of a metal; a chassis formed of a resin and attached to the inner structure a car body formed of a resin and attached to the inner structure ; and a first wheel axle arranged between the inner structure and the chassis ; wherein the inner structure and the chassis are configured to receive the first wheel axle and keep the first wheel axle in a position; wherein the chassis comprises a first retainer protruding from a surface of the chassis , which faces the inner structure , and wherein the first retainer comprises a first slot configured to receive the first wheel axle , and wherein the first retainer is formed of the resin; wherein the inner structure comprises a second retainer protruding from a surface of the inner structure , which faces the chassis , wherein the second retainer is configured to match the first retainer , wherein the second retainer is formed of the metal, and wherein the first wheel axle is kept between the first retainer of the chassis and the second retainer of the inner structure . an inner structure formed of a metal; a chassis formed of a resin and attached to the inner structure a car body formed of a resin and attached to the inner structure ; and a first wheel axle arranged between the inner structure and the chassis ; wherein the inner structure and the chassis are configured to receive the first wheel axle and keep the first wheel axle in a position; wherein the chassis comprises a first retainer protruding from a surface of the chassis , which faces the inner structure , and wherein the first retainer comprises a first slot configured to receive the first wheel axle , and wherein the first retainer is formed of the resin; wherein the inner structure comprises a second retainer protruding from a surface of the inner structure , which faces the chassis , wherein the second retainer is configured to match the first retainer , wherein the second retainer is formed of the metal, and wherein the first wheel axle is kept between the first retainer of the chassis and the second retainer of the inner structure .
Use of a continuous fiber bundle in a method for producing a sheet-type fiber-reinforced resin molding material, the method comprising cutting the continuous fiber bundle at an interval along a longitudinal direction and impregnating a resultant cut fiber bundle with a resin, wherein the continuous fiber bundle has a separated portion and an unseparated portion along the longitudinal direction and a condition specified in the formula below is satisfied: 1 ≦ a / L wherein in the formula , "a" is a length of the separated portion of the continuous fiber bundle, and "L" is the interval.
A process to manufacture from oxalic acid and glycerin of a miticide composition which retains its miticide properties for at least 40 days, against Varroa destructor in bee hives, wherein said composition comprises glycerin between 0 and 20% (W/W), oxalic acid between 5 and 20 % (W/W), tartaric acid between 50 and 80% (W/W) and formic acid between 0.5 and 15% (W/W), which process comprises the following steps: a. mixing glycerin and oxalic acid, b. heating the mixture of step a., and c. cooling the mixture. a. mixing glycerin and oxalic acid, b. heating the mixture of step a., and c. cooling the mixture.
A material for an antifouling surface, said material comprising: a substrate ; a first pattern located on the substrate, and a second pattern identical and adjacent to the first pattern, the first pattern comprising one circular ring pattern and multiple stripes ; wherein the multiple stripes comprise: at least two inner stripes that are located within the circular ring pattern , and intersect the diameter of the circular ring pattern , and at least four outer stripes that are located outside the circular ring pattern , wherein each outer stripe of the at least four outer stripes comprises a proximal end and a distal end, wherein the proximal end is proximal to and in contact with the one circular ring pattern , the distal end is distal to the one circular ring pattern and in contact with said second pattern to form a pattern array. a substrate ; a first pattern located on the substrate, and a second pattern identical and adjacent to the first pattern, the first pattern comprising one circular ring pattern and multiple stripes ; wherein the multiple stripes comprise: at least two inner stripes that are located within the circular ring pattern , and intersect the diameter of the circular ring pattern , and at least four outer stripes that are located outside the circular ring pattern , wherein each outer stripe of the at least four outer stripes comprises a proximal end and a distal end, wherein the proximal end is proximal to and in contact with the one circular ring pattern , the distal end is distal to the one circular ring pattern and in contact with said second pattern to form a pattern array. at least two inner stripes that are located within the circular ring pattern , and intersect the diameter of the circular ring pattern , and at least four outer stripes that are located outside the circular ring pattern , wherein each outer stripe of the at least four outer stripes comprises a proximal end and a distal end, wherein the proximal end is proximal to and in contact with the one circular ring pattern , the distal end is distal to the one circular ring pattern and in contact with said second pattern to form a pattern array.
Device for training abductors and/or adductors of the hip joint, comprising a frame and a seating part that is connected to the frame and can be moved in a guided manner, the guided component of the seating part having a seat comprising a second rest and/or a third rest for laterally contacting at least the upper region of the pelvis and/or at least one region of the upper body, it being possible for the second rest and/or the third rest to be adjusted and secured in order to be laterally fixed in its position or their positions, characterised in that the guiding component of the seating part that can be secured rotatably and in various positions has a first rest for laterally contacting and either pushing out a knee , at least one region of the lower leg and/or at least one region of the upper leg such that the abductors of the hip joint can be trained in conjunction with the guided movement carried out by the seating part when the pelvis is fixed, or pulling in a knee , at least one region of the lower leg and/or at least one region of the upper leg such that the adductors of the hip joint can be trained in conjunction with the guided movement carried out by the seating part when the pelvis is fixed.
A medicament comprising a therapeutic effective amount of Silvestrol and/or Episilvestrol for use in the treatment of virus infections of humans and/or mammals with ssRNA viruses with a (+) RNA genome or a (-) RNA genome whereat the virus which is causing the virus infection is a virus contained in the list comprising the Ebola virus, the Marburg virus, Coronaviruses, Filoviridae.
An optical mirror telescope , comprising - a primary mirror , - a secondary mirror , and - a support structure , comprising - a beam inlet , - a primary mounting for the primary mirror , - a secondary mounting for the secondary mirror , - struts which extend between the primary mounting and the secondary mounting , and - a beam outlet , wherein the optical axis of the primary mirror or of the secondary mirror differs from the geometric axis thereof, wherein the support structure has the contour of a hyperboloid of one sheet , which has a first sectional plane and a second sectional plane , the second sectional plane 9 being spanned by two parallel straight lines, each of these two parallel straight lines generating the hyperboloid of one sheet by rotation, and wherein the primary mounting , the secondary mounting and the struts are configured so as to carry the primary mirror and the secondary mirror in such a way that a z-shaped beam path between the beam inlet , the primary mirror , the secondary mirror and the beam outlet is achieved, and wherein the struts are of the same length, wherein the support structure is configured in such a way that the second sectional plane of the hyperboloid extends on a principal axis of inertia of the mirror telescope , a geometric connecting line L of the primary mirror and the secondary mirror extends on a principal axis of inertia of the mirror telescope , and a portion of the z-shaped beam path extends parallel to the second sectional plane of the hyperboloid . - a primary mirror , - a secondary mirror , and - a support structure , comprising - a beam inlet , - a primary mounting for the primary mirror , - a secondary mounting for the secondary mirror , - struts which extend between the primary mounting and the secondary mounting , and - a beam outlet , - a beam inlet , - a primary mounting for the primary mirror , - a secondary mounting for the secondary mirror , - struts which extend between the primary mounting and the secondary mounting , and - a beam outlet ,
A brake disc stack wear measurement system comprising: a brake disc stack ; an emitter configured to emit a signal; a sensor configured to sense the emitted signal, generate an output indicative of a characteristic of the sensed signal, wherein the sensor and the emitter are configured to move relative to each other as the brake disk stack wears; a passively powered controller operatively coupled to the sensor and configured to: wirelessly receive power from a remote device , receive the output generated by the sensor; and a processor configured to determine an amount of wear of the brake disc stack based on the output generated by the sensor, wherein the controller is configured to transmit, to the remote device, at least one of: information indicative of the output generated by the sensor or the amount of wear of the brake disc stack determined based on the output. a brake disc stack ; an emitter configured to emit a signal; a sensor configured to sense the emitted signal, generate an output indicative of a characteristic of the sensed signal, wherein the sensor and the emitter are configured to move relative to each other as the brake disk stack wears; a passively powered controller operatively coupled to the sensor and configured to: wirelessly receive power from a remote device , receive the output generated by the sensor; and wirelessly receive power from a remote device , receive the output generated by the sensor; and a processor configured to determine an amount of wear of the brake disc stack based on the output generated by the sensor, wherein the controller is configured to transmit, to the remote device, at least one of: information indicative of the output generated by the sensor or the amount of wear of the brake disc stack determined based on the output.
Stage light fixture comprising: a light source adapted to emit a light beam along an optical axis (B); a reflector coupled to the light source ; a diaphragm arranged along the optical axis (B) downstream of the light source ; a first optical assembly , which is arranged along the optical axis (B) between the light source and the diaphragm ; the stage light fixture being characterized by the fact that the first optical assembly is configured to selectively enlarge or concentrate the light beam. a light source adapted to emit a light beam along an optical axis (B); a reflector coupled to the light source ; a diaphragm arranged along the optical axis (B) downstream of the light source ; a first optical assembly , which is arranged along the optical axis (B) between the light source and the diaphragm ; the stage light fixture being characterized by the fact that the first optical assembly is configured to selectively enlarge or concentrate the light beam.
Method for producing flowable ceramic material in the form of granules used for the manufacturing of ceramic tiles by pressing said granules comprising the steps of: - preparing a paste from a mixture of raw materials, said raw materials comprising clays, inerts and fluxes according to a defined recipe of a ceramic mix of said ceramic tiles; - granulating said paste to obtain ceramic granules, wherein said granulating comprises scratching said paste to remove pellets from said paste and thereby obtain said ceramic granules. - preparing a paste from a mixture of raw materials, said raw materials comprising clays, inerts and fluxes according to a defined recipe of a ceramic mix of said ceramic tiles; - granulating said paste to obtain ceramic granules, wherein said granulating comprises scratching said paste to remove pellets from said paste and thereby obtain said ceramic granules.