mhurhangee/ep-ind-claims huggingface dataset:
Method for protecting a computing unit configured for executing at least one cryptographic computing operation against cryptoanalytic attacks, characterized in that the at least one cryptographic computing operation is implemented by means of a soft computing technique, wherein the soft computing technique comprises an artificial neural network, wherein the at least one cryptographic computing operation is a step of an AES block cipher algorithm, and wherein the at least one cryptographic computing operation comprises a SubBytes step and/or an AddRoundKey step. in that the at least one cryptographic computing operation is implemented by means of a soft computing technique, wherein the soft computing technique comprises an artificial neural network, wherein the at least one cryptographic computing operation is a step of an AES block cipher algorithm, and wherein the at least one cryptographic computing operation comprises a SubBytes step and/or an AddRoundKey step.
Polymer composition, comprising (i) polypropylene, (ii) 0.03 to 0.2 wt.-% based on the weight of the polymer composition of a first nucleating agent which is 1,3: 2,4 bis(3,4-dimethylbenzylidene)sorbitol, and (iii) 0.04 to 0.06 wt.-% based on the weight of the polymer composition of a zinc fatty acid salt, like zinc stearate, wherein the first nucleating agent and the zinc fatty acid salt, like the zinc stearate, together fulfil the inequation (If) 5 ≥ W NU 1 W EAF ≥ 0.5 wherein "W " is the weight [wt.-%] of the first nucleating agent, based on the weight of the polymer composition and "W " is the weight [wt.-%] of the zinc fatty acid salt, like the zinc stearate, based on the weight of the polymer composition. (i) polypropylene, (ii) 0.03 to 0.2 wt.-% based on the weight of the polymer composition of a first nucleating agent which is 1,3: 2,4 bis(3,4-dimethylbenzylidene)sorbitol, and (iii) 0.04 to 0.06 wt.-% based on the weight of the polymer composition of a zinc fatty acid salt, like zinc stearate,
A robot device, comprising: a robot arm; an end effector; and a connector provided to a distal end of the robot arm, the connector releasably connecting the end effector to the robot arm, characterized in that the connector comprises multiple hand claws (23a, 23b, 23c), the multiple hand claws (23a, 23b, 23c) being configured to grip the end effector to connect the robot arm and the end effector to each other, the end effector comprises multiple guide grooves adapted to engage with the multiple hand claws (23a, 23b, 23c) to guide the multiple hand claws (23a, 23b, 23c) to a predetermined position to the end effector, and the multiple guide grooves are provided so that the multiple hand claws (23a, 23b, 23c) can be moved by the robot arm to a direction in which the connector and the end effector are connected when the multiple guide grooves are engaged with the multiple hand claws (23a, 23b, 23c). a robot arm; an end effector; and a connector provided to a distal end of the robot arm, the connector releasably connecting the end effector to the robot arm, characterized in that the connector comprises multiple hand claws (23a, 23b, 23c), the multiple hand claws (23a, 23b, 23c) being configured to grip the end effector to connect the robot arm and the end effector to each other, the end effector comprises multiple guide grooves adapted to engage with the multiple hand claws (23a, 23b, 23c) to guide the multiple hand claws (23a, 23b, 23c) to a predetermined position to the end effector, and the multiple guide grooves are provided so that the multiple hand claws (23a, 23b, 23c) can be moved by the robot arm to a direction in which the connector and the end effector are connected when the multiple guide grooves are engaged with the multiple hand claws (23a, 23b, 23c).
A ventilator system for a patient, the ventilator system comprising: an intubation tube, configured to flow oxygen-enriched humidified air toward lungs of the patient and to evacuate exhaust air exhaled from the lungs, the intubation tube comprising: (i) a distal end, configured to be inserted into a trachea of the patient, and (ii) a proximal end, configured to be connected to one or more tubes for receiving the OHA and evacuating the exhaust air; a first microgravity sensor, coupled to the intubation tube at a first position, and configured to produce a first signal indicative of a first micro-acceleration of the intubation tube at the first position; a second microgravity sensor, coupled to the intubation tube at a second position, different from the first position, and configured to produce a second signal indicative of a second micro-acceleration of the intubation tube at the second position; and a processor, which is configured to: calculate, based on the first and second signals, a differential signal by subtracting between the first and second signals; estimate a respiratory status of the patient based on the differential signal; and control the ventilation system to apply a ventilation scheme depending on the estimated respiratory status. an intubation tube, configured to flow oxygen-enriched humidified air toward lungs of the patient and to evacuate exhaust air exhaled from the lungs, the intubation tube comprising: (i) a distal end, configured to be inserted into a trachea of the patient, and (ii) a proximal end, configured to be connected to one or more tubes for receiving the OHA and evacuating the exhaust air; a first microgravity sensor, coupled to the intubation tube at a first position, and configured to produce a first signal indicative of a first micro-acceleration of the intubation tube at the first position; a second microgravity sensor, coupled to the intubation tube at a second position, different from the first position, and configured to produce a second signal indicative of a second micro-acceleration of the intubation tube at the second position; and a processor, which is configured to: calculate, based on the first and second signals, a differential signal by subtracting between the first and second signals; estimate a respiratory status of the patient based on the differential signal; and control the ventilation system to apply a ventilation scheme depending on the estimated respiratory status. calculate, based on the first and second signals, a differential signal by subtracting between the first and second signals; estimate a respiratory status of the patient based on the differential signal; and control the ventilation system to apply a ventilation scheme depending on the estimated respiratory status.
Rubber mixture, characterized in that it contains 80 to 100 phr of alkylated chlorosulfonated polyethylene (ACSM) and/or chlorosulfonated polyethylene and 0.2 to 2 phr of at least one quinone dioxime as an adhesive.
A method of preparing a paving machine for transport, the paving machine including: a frame including a rear and a front, the frame defining a paving direction extending from the rear to the front, and the frame defining a transport direction perpendicular to the paving direction; a plurality of swing legs pivotally connected to the frame; and a plurality of ground engaging units, each one of the ground engaging units being steerably connected to one of the swing legs, each of the ground engaging units including a drive such that the ground engaging unit may be driven across the ground; the method comprising the step of: (a) spinning the frame in place on the ground through a re-orientation angle, wherein preferably the re-orientation angle is substantially 90 degrees; and characterized in that the method further comprises the steps of: (b) after step (a), rotating each of the ground engaging units relative to its respective swing leg until each ground engaging unit is oriented primarily in the transport direction; and (c) after step (b), while moving the paving machine in the transport direction, pivoting each of the swing legs relative to the frame until each swing leg is oriented primarily in the transport direction. a frame including a rear and a front, the frame defining a paving direction extending from the rear to the front, and the frame defining a transport direction perpendicular to the paving direction; a plurality of swing legs pivotally connected to the frame; and a plurality of ground engaging units, each one of the ground engaging units being steerably connected to one of the swing legs, each of the ground engaging units including a drive such that the ground engaging unit may be driven across the ground; the method comprising the step of: (a) spinning the frame in place on the ground through a re-orientation angle, wherein preferably the re-orientation angle is substantially 90 degrees; (a) spinning the frame in place on the ground through a re-orientation angle, wherein preferably the re-orientation angle is substantially 90 degrees; and characterized in that the method further comprises the steps of: (b) after step (a), rotating each of the ground engaging units relative to its respective swing leg until each ground engaging unit is oriented primarily in the transport direction; and (c) after step (b), while moving the paving machine in the transport direction, pivoting each of the swing legs relative to the frame until each swing leg is oriented primarily in the transport direction. (b) after step (a), rotating each of the ground engaging units relative to its respective swing leg until each ground engaging unit is oriented primarily in the transport direction; and (c) after step (b), while moving the paving machine in the transport direction, pivoting each of the swing legs relative to the frame until each swing leg is oriented primarily in the transport direction.
A method of treating waste and by product materials, wherein the waste and by product materials are generated by the drilling or operation of an oil or gas well, wherein the treatment comprises composting the waste and by product materials with microbes and with a feeder material containing C- and N- sources for the microbes in a composting mixture, characterised in that the microbes are thermophilic, and the method comprises treating the waste and by product materials in a treatment chamber incorporating a tilling device to mix the waste and by product materials, and wherein the tilling device is rotated intermittently during the treatment process, and wherein the rotation of the tilling device is controlled in order to maintain the temperature inside the chamber in a range from 40°C to 75°C.
A two putty settable bone hemostatic and adhesive composition, wherein: the first putty comprises 15-40 % of a polyfunctional isocyanate, tocopheryl acetate, 40-85 % of calcium phosphate particles, and 0.5-5 % of a polyol, based upon total weight of the first putty; and the second putty comprises 3-5 % of a polyfunctional isocyanate, 65-95 % of calcium phosphate particles, 3-15 % of at least one polyol, a fatty acid salt and tocopheryl acetate, based upon total weight of the second putty. the first putty comprises 15-40 % of a polyfunctional isocyanate, tocopheryl acetate, 40-85 % of calcium phosphate particles, and 0.5-5 % of a polyol, based upon total weight of the first putty; and the second putty comprises 3-5 % of a polyfunctional isocyanate, 65-95 % of calcium phosphate particles, 3-15 % of at least one polyol, a fatty acid salt and tocopheryl acetate, based upon total weight of the second putty.
Method for detecting the orientation of a parking space by means of a vehicle, comprising: acquiring depth information (d) along a parking route comprising the parking space by means of a distance sensor apparatus on the vehicle while the vehicle is guided past the parking space; calculating the length of the parking space from a profile of the depth information (d) along the parking route; detecting the location at which the parking route is present; providing parking space orientation information linked to location information in a database, the parking space orientation information indicating, for a plurality of locations, the orientation of parking spaces present there and whether the parking space (10, 11) present there extends perpendicular or parallel in or to a road which is adjoined by the parking space or in which the parking space is located; retrieving the orientation information, which indicates the orientation of parking spaces for the detected location, from the database by means of the vehicle; and outputting the orientation information for the detected location in the vehicle. acquiring depth information (d) along a parking route comprising the parking space by means of a distance sensor apparatus on the vehicle while the vehicle is guided past the parking space; calculating the length of the parking space from a profile of the depth information (d) along the parking route; detecting the location at which the parking route is present; providing parking space orientation information linked to location information in a database, the parking space orientation information indicating, for a plurality of locations, the orientation of parking spaces present there and whether the parking space (10, 11) present there extends perpendicular or parallel in or to a road which is adjoined by the parking space or in which the parking space is located; retrieving the orientation information, which indicates the orientation of parking spaces for the detected location, from the database by means of the vehicle; and outputting the orientation information for the detected location in the vehicle.
A hinge block for a door of an enclosure system, comprising a substantially cylindrical gap for housing a rotation shaft of the door, wherein the hinge block comprises: - a first main block including fastening means for fastening the main block to a lower rail of the enclosure system; and - a second retaining block, characterized in that the first main block comprises a cavity, the cavity comprising inner side walls, the cavity allowing the rotation shaft of the door to slide thereon until entering the gap, and the second retaining block has a geometry that is complementary to said cavity of the main block except for the gap, the first main block and the second retaining block being couplable to each other, and leaving said gap between them in the coupled position, and wherein: either the first main block comprises a first set of jagged edges, and a second set of jagged edges in the second retaining block, complementary to the first set of jagged edges; or the first main block and the second retaining block are couplable to each other by male-female coupling; or the second retaining block comprises at least one tab and the first main block comprises at least one notch complementary to said tab or vice versa. - a first main block including fastening means for fastening the main block to a lower rail of the enclosure system; and - a second retaining block, either the first main block comprises a first set of jagged edges, and a second set of jagged edges in the second retaining block, complementary to the first set of jagged edges; or the first main block and the second retaining block are couplable to each other by male-female coupling; or the second retaining block comprises at least one tab and the first main block comprises at least one notch complementary to said tab or vice versa.
A window and/or architectural covering system comprising a window and/or architectural covering and a control system (50, 50a, 50b) for operating the window or architectural covering, wherein the control system (50, 50a, 50b) comprises at least one power consumption device (10a, 10b) comprising at least an electrically driven drive unit for controlling the setting of said window or architectural covering, and a power supply system configured to power the at least one power consumption device (10a,10b), wherein the power supply system comprises: - a rechargeable battery configured to store electric power and supply electric power to said at least one power consumption device (10a,10b), - at least one photovoltaic power supply panel arranged to charge the rechargeable battery, - a Pulse Width Modulated boost converter for stepping up the output voltage from the at least one photovoltaic power supply panel, and - a charging control system configured to control the charging of the rechargeable battery, wherein the charging control system comprises: - a Maximum Power Point Tracking (MPPT) feature which when executed is configured to retrieve one or more output parameters (V_pv, I_pv) from the at least one photovoltaic power supply panel and adapt the pulse width modulation (PWM_sig, 28) of the boost converter based thereon, and - a sleep mode function for power saving, wherein the charging control system is configured to be activated (Tact) from the sleep mode to execute the Maximum Power Point Tracking (MPPT) feature, wherein said activation from the sleep mode is configured to be provided with an activation frequency (f act) less than 500 Hz, such as less than 50 Hz, such as less than 10 Hz. - a rechargeable battery configured to store electric power and supply electric power to said at least one power consumption device (10a,10b), - at least one photovoltaic power supply panel arranged to charge the rechargeable battery, - a Pulse Width Modulated boost converter for stepping up the output voltage from the at least one photovoltaic power supply panel, and - a charging control system configured to control the charging of the rechargeable battery, - a Maximum Power Point Tracking (MPPT) feature which when executed is configured to retrieve one or more output parameters (V_pv, I_pv) from the at least one photovoltaic power supply panel and adapt the pulse width modulation (PWM_sig, 28) of the boost converter based thereon, and - a sleep mode function for power saving,
A bicycle helmet having a shock-absorbing helmet body and having an outer shell for the helmet body, wherein the outer shell is produced from acrylonitrile butadiene styrene and wherein a plurality of ventilation openings extend through the outer shell and through the helmet body, wherein the outer shell forms at least two longitudinal connection webs which extend at least sectionally along a longitudinal direction of the bicycle helmet, wherein a respective longitudinal row of a plurality of ventilation openings is provided at both sides of the arrangement of longitudinal connection webs and between the longitudinal connection webs, wherein the outer shell furthermore forms at least two transverse connection webs which intersect the longitudinal connection webs, and wherein the outer shell forms two further longitudinal connection webs which extend at both sides of the arrangement of longitudinal rows of ventilation openings, characterized in that the transverse connection webs also intersect the two further longitudinal connection webs, with a respective transverse row of a plurality of ventilation openings being provided at both sides of the arrangement of transverse connection webs and between the transverse connection webs, and with the ventilation openings of the longitudinal rows and the ventilation openings of the transverse rows being substantially quadrangular.
An in vitro method for producing human induced pluripotent stem cells from T cells comprising the steps of: (a) obtaining a cell population comprising T cells, wherein the source of the cell population comprising T cells is peripheral blood obtained from a subject whose cells have not been mobilized with extrinsically applied G-CSF; and (b) producing iPS cells from the T cells of the cell population to provide an iPS cell population, wherein producing iPS cells from the T cells of the population comprises introducing reprogramming factors into the T cells, wherein the reprogramming factors are reprogramming proteins comprising a Sox family protein and an Oct family protein. (a) obtaining a cell population comprising T cells, wherein the source of the cell population comprising T cells is peripheral blood obtained from a subject whose cells have not been mobilized with extrinsically applied G-CSF; and (b) producing iPS cells from the T cells of the cell population to provide an iPS cell population, wherein producing iPS cells from the T cells of the population comprises introducing reprogramming factors into the T cells, wherein the reprogramming factors are reprogramming proteins comprising a Sox family protein and an Oct family protein.
A dental bur for use in removing all or a portion of carious dentin from teeth, said bur (210; 310; 410; 510; 610) having a working surface including cutting elements (220; 320; 420; 520; 620), wherein said cutting elements (220; 320; 420; 520; 620) have a preselected cutting hardness such that the cutting elements (220; 320; 420; 520; 620) deflect, deform or abrade upon encountering dentin having a hardness above the preselected cutting hardness, wherein said preselected cutting hardness is less than the lower limit of hardness of normal dentin, characterized in that said preselected cutting hardness is in the range of 1 KHN to 10 KHN for partial removal of highly infected dentin in an indirect pulp cap procedure.
A method of encoding a speech signal using a frame based analysis-bysynthesis speech codec, said encoding characterized by an encoder state, wherein a first communication device performing the encoding is in a speech communication session, or in the process of establishing a speech communication session, with at least a second communication device, the second communication device using a frame based analysis-by-synthesis speech codec for decoding received speech data, said decoding characterized by a decoder state, wherein in the decoding an error concealment unit algorithm is used to conceal lost speech frames in the decoding, and said error concealment unit algorithm affecting the decoder state, characterized in that the method comprises the steps of: - determining if a speech frame should be deliberately dropped, wherein the determining comprises: - providing the speech signal to the encoder that produces output parameters and local encoder synthesis in a normal encoding operation; - providing the speech signal to an error concealment unit algorithm that produces alternative encoder synthesis; - comparing a difference of the alternative encoder synthesis and the local encoder synthesis to a threshold; - determining if the speech frame should be dropped based on the result of the comparison; and if a speech frame is deliberately dropped: - affecting the encoder state by using the error concealment unit algorithm in the encoding. - determining if a speech frame should be deliberately dropped, wherein the determining comprises: - providing the speech signal to the encoder that produces output parameters and local encoder synthesis in a normal encoding operation; - providing the speech signal to an error concealment unit algorithm that produces alternative encoder synthesis; - comparing a difference of the alternative encoder synthesis and the local encoder synthesis to a threshold; - determining if the speech frame should be dropped based on the result of the comparison; and if a speech frame is deliberately dropped: - affecting the encoder state by using the error concealment unit algorithm in the encoding. - providing the speech signal to the encoder that produces output parameters and local encoder synthesis in a normal encoding operation; - providing the speech signal to an error concealment unit algorithm that produces alternative encoder synthesis; - comparing a difference of the alternative encoder synthesis and the local encoder synthesis to a threshold; - determining if the speech frame should be dropped based on the result of the comparison; and if a speech frame is deliberately dropped: - affecting the encoder state by using the error concealment unit algorithm in the encoding. - affecting the encoder state by using the error concealment unit algorithm in the encoding.