mhurhangee/ep-ind-claims huggingface dataset:
A device for making valves of a vessel incompetent, the device comprising: a proximal portion; a distal portion; and a longitudinal axis between the proximal portion and the distal portion, wherein the distal portion comprises: at least one blade, the at least one blade having a retracted position in which the at least one blade is substantially parallel to the longitudinal axis and an expanded position in which the at least one blade is substantially non-parallel to the longitudinal axis, the at least one blade comprising a sharp surface facing distally and configured to at least partially ablate a valve in a vessel during distal advancement of the device through the vessel, thereby facilitating the device to ablate the valve while the device is advanced in a direction opposite native flow of the vessel. a proximal portion; a distal portion; and a longitudinal axis between the proximal portion and the distal portion,
A system for stabilizing a sway of a trailer attached to a vehicle, said vehicle comprising a left back wheel and a right back wheel, the system comprising: a controller; a plurality of sensors in electronic communication with the controller, each of the sensors transmitting sensor data to the controller; a torque vectoring device in electronic communication with the controller; and a computer readable memory (130, 135) storing instructions that, when executed by the controller, cause the controller to: evaluate the sensor data received from the sensors to determine a current vehicle yaw rate, a target vehicle yaw rate, and a yaw rate error of the vehicle, determine if the vehicle is traveling in a straight line, determine a torque distribution signal, characterized in that the torque distribution signal is transmitted to the torque vectoring device to stabilize the sway of the trailer without braking the vehicle, the torque vectoring device transferring torque from the right back wheel to the left back wheel, when the trailer sways to the left, transferring torque from the left back wheel to the right back wheel, when the trailer sways to the right, and transferring torque to both, the right and the left back wheels (65C, 65D), when the trailer sways to the left or to the right but the vehicle is traveling straight. a controller; a plurality of sensors in electronic communication with the controller, each of the sensors transmitting sensor data to the controller; a torque vectoring device in electronic communication with the controller; and a computer readable memory (130, 135) storing instructions that, when executed by the controller, cause the controller to: evaluate the sensor data received from the sensors to determine a current vehicle yaw rate, a target vehicle yaw rate, and a yaw rate error of the vehicle, determine if the vehicle is traveling in a straight line, determine a torque distribution signal, evaluate the sensor data received from the sensors to determine a current vehicle yaw rate, a target vehicle yaw rate, and a yaw rate error of the vehicle, determine if the vehicle is traveling in a straight line, determine a torque distribution signal,
Refrigerator having: - a carcass, - a door, - a door tray, - a detent means arrangement for vertically adjusting the door tray in steps into several engaged positions on the door, - an unlocking means for releasing the door tray from a current engaged position, wherein the detent means arrangement is designed to adjust the door tray upward when the unlocking means is not actuated, and the door tray is prevented from being adjusted downward when the unlocking means is not actuated such that a stop lever of an opposite detent means of the detent means arrangement is pivotably mounted from a locking position into an unlocking position in a direction running against a supporting force of the door tray on the detent means, wherein the opposite detent means has a stop against which the pivotable stop lever rests in a locking position counter to the supporting force, characterised in that the opposite detent means has a base plate on which the stop is embodied and on which both the stop lever and also the unlocking means are pivotably mounted. - a carcass, - a door, - a door tray, - a detent means arrangement for vertically adjusting the door tray in steps into several engaged positions on the door, - an unlocking means for releasing the door tray from a current engaged position, wherein the detent means arrangement is designed to adjust the door tray upward when the unlocking means is not actuated, and the door tray is prevented from being adjusted downward when the unlocking means is not actuated such that a stop lever of an opposite detent means of the detent means arrangement is pivotably mounted from a locking position into an unlocking position in a direction running against a supporting force of the door tray on the detent means, wherein the opposite detent means has a stop against which the pivotable stop lever rests in a locking position counter to the supporting force, characterised in that the opposite detent means has a base plate on which the stop is embodied and on which both the stop lever and also the unlocking means are pivotably mounted.
A power control method for a radio frequency power amplifier (RF PA), comprising the following steps: reading a supply voltage signal (Vdd) and a power control signal (Vramp), and generating an amplified signal (Vcc) having a linear relationship with the power control signal (Vramp); measuring the saturation degree information of a pass element in real time on the basis of the output signal at the gate of the pass element and the amplified signal (Vcc); generating at least two controlled currents (208, 209) according to the amplified signal (Vcc) and saturation degree information, combining the controlled currents, and converting a combined total current into a converted voltage (Vs); and performing linear voltage regulation on the converted voltage (Vs), thereby generating a base control voltage (Vapc) of the RF PA, wherein the pass element is a PMOS transistor, wherein the source of the pass element is connected to the supply voltage signal (Vdd), and the voltage on the drain of the pass element is the amplified signal (Vcc), both the amplified signal (Vcc) and the base control voltage (Vapc) control the base of the RF PA. reading a supply voltage signal (Vdd) and a power control signal (Vramp), and generating an amplified signal (Vcc) having a linear relationship with the power control signal (Vramp); measuring the saturation degree information of a pass element in real time on the basis of the output signal at the gate of the pass element and the amplified signal (Vcc); generating at least two controlled currents (208, 209) according to the amplified signal (Vcc) and saturation degree information, combining the controlled currents, and converting a combined total current into a converted voltage (Vs); and performing linear voltage regulation on the converted voltage (Vs), thereby generating a base control voltage (Vapc) of the RF PA, wherein the pass element is a PMOS transistor, wherein the source of the pass element is connected to the supply voltage signal (Vdd), and the voltage on the drain of the pass element is the amplified signal (Vcc), both the amplified signal (Vcc) and the base control voltage (Vapc) control the base of the RF PA.
A method for generating a geometry corresponding to a cross-sectional profile of an object, the method comprising: receiving a sketch, by a computing device, corresponding to the cross-sectional profile of the object, wherein the sketch is drawn by moving a pointer over a display unit of the computing device; obtaining, by the computing device, pixel points generated by the display unit, wherein the pixel points correspond to the sketch, and wherein each pixel point represents the position of the pixel activated by the pointer and detected at a predetermined period of time; identifying pixel points at which a speed of drawing of the sketch is below a predetermined threshold as low-speed pixel points; joining the low-speed pixel points with straight lines; and processing, by the computing device, the straight lines into the geometry of the object, characterized in that the processing of the straight lines comprises adjusting each vertex of the straight lines to a new one of said positions such that the each vertex is at a maximum deviation from two vertices neighboring to the each vertex. receiving a sketch, by a computing device, corresponding to the cross-sectional profile of the object, wherein the sketch is drawn by moving a pointer over a display unit of the computing device; obtaining, by the computing device, pixel points generated by the display unit, wherein the pixel points correspond to the sketch, and wherein each pixel point represents the position of the pixel activated by the pointer and detected at a predetermined period of time; identifying pixel points at which a speed of drawing of the sketch is below a predetermined threshold as low-speed pixel points; joining the low-speed pixel points with straight lines; and processing, by the computing device, the straight lines into the geometry of the object, characterized in that the processing of the straight lines comprises adjusting each vertex of the straight lines to a new one of said positions such that the each vertex is at a maximum deviation from two vertices neighboring to the each vertex.
Arrangement comprising an actuation device for a sanitary fitting for the purpose of triggering a function, in case of a recognized user and a sanitary fitting, wherein the actuation device comprises a housing having a side face which extends substantially in a horizontal direction in the installation position, and a sensor unit arranged at least partially in the housing, in particular an optoelectronic sensor unit, having an emitter for emitting light waves and a receiver for detecting the light waves reflected by a user, wherein a transmission region, through which the light waves can be delivered and the reflected light waves can be received, respectively, is arranged in the region of the side face or in the side face, and wherein the actuation device furthermore comprises an optical unit, wherein the optical unit being configured and arranged in such a way that the light waves from the emitter can be input into the optical unit and can be output from the optical unit at an angle (α) in the range of from 5° to 30°, in particular from 10° to 25°, as seen with respect to the horizontal through the transmission region, wherein the reflected light waves being capable of being input at an angle (α) equal to said angle (α) through the transmission region into the optical unit and of being output to the receiver and wherein the transmission region being directed towards the sanitary fitting in the installation position. wherein the actuation device comprises a housing having a side face which extends substantially in a horizontal direction in the installation position, and a sensor unit arranged at least partially in the housing, in particular an optoelectronic sensor unit, having an emitter for emitting light waves and a receiver for detecting the light waves reflected by a user, wherein a transmission region, through which the light waves can be delivered and the reflected light waves can be received, respectively, is arranged in the region of the side face or in the side face, and wherein the actuation device furthermore comprises an optical unit, wherein the optical unit being configured and arranged in such a way that the light waves from the emitter can be input into the optical unit and can be output from the optical unit at an angle (α) in the range of from 5° to 30°, in particular from 10° to 25°, as seen with respect to the horizontal through the transmission region, wherein the reflected light waves being capable of being input at an angle (α) equal to said angle (α) through the transmission region into the optical unit and of being output to the receiver and wherein the transmission region being directed towards the sanitary fitting in the installation position.
Hydrophobically modified, hyperbranched polyesters, obtainable by the following process: (a) reacting a mixture comprising at least a polyol comprising at least 3 hydroxy groups and a molecule comprising one carboxylic acid group and at least two hydroxy groups, by heating the mixture to a temperature of at least 100°C, wherein the molar ratio: is from 1000: 1 to 10: 1, thereby obtaining a hyperbranched polyester comprising terminal hydroxy groups; and (b) Reacting the mixture obtained in course of step (a) with a mixture of monocarboxylic acids by heating to a temperature of at least 100°C, thereby esterifying at least a part of the terminal OH-groups of the polyester obtained in course of step (a), wherein the monocarboxylic acids comprise at least one linear, saturated aliphatic carboxylic acid, wherein at least one of the carboxylic acids comprises at least 20 carbon atoms, and at least one branched, saturated aliphatic carboxylic acid comprising at least 4 carbon atoms, wherein the molar ratio: is from 1: 2 to 15: 1. (a) reacting a mixture comprising at least a polyol comprising at least 3 hydroxy groups and a molecule comprising one carboxylic acid group and at least two hydroxy groups, by heating the mixture to a temperature of at least 100°C, wherein the molar ratio: is from 1000: 1 to 10: 1, thereby obtaining a hyperbranched polyester comprising terminal hydroxy groups; and (b) Reacting the mixture obtained in course of step (a) with a mixture of monocarboxylic acids by heating to a temperature of at least 100°C, thereby esterifying at least a part of the terminal OH-groups of the polyester obtained in course of step (a), wherein the monocarboxylic acids comprise at least one linear, saturated aliphatic carboxylic acid, wherein at least one of the carboxylic acids comprises at least 20 carbon atoms, and at least one branched, saturated aliphatic carboxylic acid comprising at least 4 carbon atoms, wherein the molar ratio: is from 1: 2 to 15: 1. at least one linear, saturated aliphatic carboxylic acid, wherein at least one of the carboxylic acids comprises at least 20 carbon atoms, and at least one branched, saturated aliphatic carboxylic acid comprising at least 4 carbon atoms,
A cassette (542; 612) for use in a prosthetic suturing device (482; 606), the cassette (542; 612) configured to be loaded into a cassette receiver of the suturing device (482, 606) and comprising: a base; a cover coupled to the base by latching, gluing, or welding; and one or more needles (576; 624) guided by the base and the cover; characterised in that the base comprises: a pair of alignment tabs configured to move into alignment slots of the cassette receiver; and a pair of pivots (552; 614) configured to be placed into alignment with pivot receivers in the cassette receiver, thereby allowing the cassette to be rotated down around the cassette pivots (552; 614) so that the alignment tabs move into the alignment slots of the cassette receiver; wherein the cover: comprises two flexible arms each having a retention latch configured to engage retention features of the cassette receiver so that the cassette is held firmly in place; and defines one or more ferrule holders (566; 626); and characterised by a flexible latch held by key features of the base and the cover with one or more latch ends configured to engage a latch feature on the one or more needles (576; 618), wherein the flexible latch is coupled at a distal end of the flexible latch to the corresponding key features. a base; a cover coupled to the base by latching, gluing, or welding; and one or more needles (576; 624) guided by the base and the cover; characterised in that the base comprises: a pair of alignment tabs configured to move into alignment slots of the cassette receiver; and a pair of pivots (552; 614) configured to be placed into alignment with pivot receivers in the cassette receiver, thereby allowing the cassette to be rotated down around the cassette pivots (552; 614) so that the alignment tabs move into the alignment slots of the cassette receiver; a pair of alignment tabs configured to move into alignment slots of the cassette receiver; and a pair of pivots (552; 614) configured to be placed into alignment with pivot receivers in the cassette receiver, thereby allowing the cassette to be rotated down around the cassette pivots (552; 614) so that the alignment tabs move into the alignment slots of the cassette receiver; wherein the cover: comprises two flexible arms each having a retention latch configured to engage retention features of the cassette receiver so that the cassette is held firmly in place; and defines one or more ferrule holders (566; 626); and comprises two flexible arms each having a retention latch configured to engage retention features of the cassette receiver so that the cassette is held firmly in place; and defines one or more ferrule holders (566; 626); and characterised by a flexible latch held by key features of the base and the cover with one or more latch ends configured to engage a latch feature on the one or more needles (576; 618), wherein the flexible latch is coupled at a distal end of the flexible latch to the corresponding key features.
A system for monitoring integrity of a graphics processing unit, the system comprising: a GPU engine comprising the GPU; a central processing unit in communication with the GPU; a video memory in communication with the CPU and the GPU; a system memory in communication with the CPU and the GPU; and wherein the CPU is arranged to generate an expected sequence number according to a pre-determined sequence, store the expected sequence number in the system memory, and instruct the GPU engine to generate a test image that includes the expected sequence number; the GPU engine is arranged to generate the test image according to the instruction from the CPU, and write the test image to the video memory; the CPU is further arranged to transfer the test image from the video memory to the system memory, extract a sequence number from the transferred test image, compare the extracted sequence number with the expected sequence number, and write a result to the system memory indicating failure if the comparison indicates that the extracted sequence number does not match the expected sequence number. a GPU engine comprising the GPU; a central processing unit in communication with the GPU; a video memory in communication with the CPU and the GPU; a system memory in communication with the CPU and the GPU; and wherein the CPU is arranged to generate an expected sequence number according to a pre-determined sequence, store the expected sequence number in the system memory, and instruct the GPU engine to generate a test image that includes the expected sequence number; generate an expected sequence number according to a pre-determined sequence, store the expected sequence number in the system memory, and instruct the GPU engine to generate a test image that includes the expected sequence number; the GPU engine is arranged to generate the test image according to the instruction from the CPU, and write the test image to the video memory; the CPU is further arranged to transfer the test image from the video memory to the system memory, extract a sequence number from the transferred test image, compare the extracted sequence number with the expected sequence number, and write a result to the system memory indicating failure if the comparison indicates that the extracted sequence number does not match the expected sequence number. extract a sequence number from the transferred test image, compare the extracted sequence number with the expected sequence number, and write a result to the system memory indicating failure if the comparison indicates that the extracted sequence number does not match the expected sequence number.
A ride vibration system (10;100;130;160), comprising: a rider support feature coupled to a ride vehicle and accessible to a rider positioned in the ride vehicle; a vibrator comprising a motor (190;250) configured to rotate an eccentric mass (196;256) to generate vibrations, wherein the vibrator is at least partially integrated with the rider support feature and is configured to transfer the vibrations to the rider support feature; an input device comprising a first touch-sensitive sensor disposed on a first handle portion of a handle (20;102;134) and a second touch-sensitive sensor disposed on a second handle portion of the handle (20;102;134), wherein the input device configured to receive a vibration intensity selection and the vibrator is configured to activate in response to the rider contacting the first handle portion of the handle (20;102;134); and a controller coupled to the vibrator and to the input device, wherein the controller is configured to receive the vibration intensity selection and to control the motor (190;250) to control an intensity of the vibrations. a rider support feature coupled to a ride vehicle and accessible to a rider positioned in the ride vehicle; a vibrator comprising a motor (190;250) configured to rotate an eccentric mass (196;256) to generate vibrations, wherein the vibrator is at least partially integrated with the rider support feature and is configured to transfer the vibrations to the rider support feature; an input device comprising a first touch-sensitive sensor disposed on a first handle portion of a handle (20;102;134) and a second touch-sensitive sensor disposed on a second handle portion of the handle (20;102;134), wherein the input device configured to receive a vibration intensity selection and the vibrator is configured to activate in response to the rider contacting the first handle portion of the handle (20;102;134); and a controller coupled to the vibrator and to the input device, wherein the controller is configured to receive the vibration intensity selection and to control the motor (190;250) to control an intensity of the vibrations.
Method for creating a job (9,10) from a central operator software for various laser types, in particular laser plotters or galvo marking lasers, for engraving, marking, lettering and/or cutting a preferably flat workpiece (12,13), in which at least one beam source in the form of a laser is used in a housing of the laser device for processing the workpiece (12,13), wherein the workpiece (12,13) is deposited in a defined manner in a processing chamber on a processing table and a laser beam emitted by the beam source sent via deflecting elements to at least one focusing unit, from which the laser beam is deflected in the direction of the workpiece (12,13) and positioned accordingly, wherein the control is effected via control software running in a control unit, in which a so-called job is processed, wherein a graphic and/or text is created or imported in a central operator software, whereupon the parameters "material, material thickness, engraving depth or effect, respectively, and cutting effect " are set in the operator software for creation of the job (9,10), whereupon a laser type - laser plotter or galvo marking laser - is suggested or determined by the operator software, or the desired laser type - laser plotter or galvo marking laser - is selected by the user, characterized in that after selection of the laser type the movement parameters of the selected laser type required for generating the graphics and/or text are calculated and defined by an analysis tool, wherein the movement parameters for x-y movement paths of a carriage are calculated and generated by the analysis tool when the laser type "laser plotter " is selected, or the movement parameters for an angular adjustment of a mirror are calculated and generated when the laser type "galvo marking laser " is selected, whereupon the laser power and speed are calculated and determined by the analysis tool.