mhurhangee/ep-ind-claims huggingface dataset:
Method for obtaining a data set, which represents the predicted speed of a vehicle as a velocity profile (26, 26') through a plurality of route points on a route, or time points when travelling on the route, comprising the steps of: a) providing a first data set through which with a variety of route points are assigned, b) providing a second data set through which a plurality of processes is defined, and which are assigned as defining magnitudes, of at least an input speed and an output speed, wherein a plurality of routes is travelled in order to obtain the second data set, and, in this case, measured values for the speed are obtained at the route points, and a plurality of driving styles is defined, while in the second data set each driving style is assigned a plurality of processes, c) selecting a predetermined route on the basis of the first data set, d) determining a provisional speed profile for the journey of a vehicle on the predetermined route, e) dividing the route into route sections, each of which is assigned a process from the processes defined in the second data set, using the provisional speed profile, and f) determining a speed profile (26, 26') for each process assigned in step e), wherein the determination of individual processes or process groups of successive processes is carried out, and, in this case, which process or process group precedes or follows is taken into account in at least one of the individual processes or one of the process groups, wherein prior to step e) either a driving style is selected by an operator input or a driving style is assigned following a test drive, and wherein the selected or assigned driving style is considered at least in step e). a) providing a first data set through which with a variety of route points are assigned, b) providing a second data set through which a plurality of processes is defined, and which are assigned as defining magnitudes, of at least an input speed and an output speed, wherein a plurality of routes is travelled in order to obtain the second data set, and, in this case, measured values for the speed are obtained at the route points, and a plurality of driving styles is defined, while in the second data set each driving style is assigned a plurality of processes, c) selecting a predetermined route on the basis of the first data set, d) determining a provisional speed profile for the journey of a vehicle on the predetermined route, e) dividing the route into route sections, each of which is assigned a process from the processes defined in the second data set, using the provisional speed profile, and f) determining a speed profile (26, 26') for each process assigned in step e), wherein the determination of individual processes or process groups of successive processes is carried out, and, in this case, which process or process group precedes or follows is taken into account in at least one of the individual processes or one of the process groups, wherein prior to step e) either a driving style is selected by an operator input or a driving style is assigned following a test drive, and wherein the selected or assigned driving style is considered at least in step e).
A process for production of enantiomerically pure cyanohydrins with an enantiomeric excess of at least 80% after 2.5 hours, wherein hydroxypivaldehyde is converted to the corresponding -cyanohydrin in the presence of a recombinant variant of R-hydroxynitrile lyase of a Rosaceae family member, said variant comprising an amino acid substitution on a position corresponding to position 317 in the mature R-hydroxynitrile lyase from Prunus amygdalus (PaHNL5), wherein the substitution is V317A.
A crystalline form A of [4-(3-Fluoro-5-trifluoromethyl-pyridin-2-yl)-piperazin-1-yl]-[5-methanesulfonyl-2-( -2,2,2-trifluoro-1-methyl-ethoxy)-phenyl]-methanone characterized by at least three peaks selected from the following X-ray diffraction peaks obtained with a CuKα radiation, expressed in degrees 2Theta = 13.1, 14.3, 15.4, 16.2, 17.1, 17.2, 17.6, 18.0, 19.8, 20.1, 20.4, 21.0, 22.6 and 24.3 (± 0.2).
An exercise device, comprising: a crank, configured for rotation by at least one limb of a human, wherein each of the at least one limb has a joint and a thigh length; at least one sensor adapted to measure position of the crank; a controller (108; 608), coupled to the at least one sensor, wherein the controller is programmed to generate functional electrical stimulation to a person using the exercise device, by: for each of at least one human limb, determining a torque transfer ratio between the joint of the human limb and the crank based on the thigh length of the limb; and for each of the at least one human limbs, dynamically generating a control signal to control delivery of electrical stimulation to each of the at least one human limb based on the determined torque transfer ratio at the measured position of the crank. a crank, configured for rotation by at least one limb of a human, wherein each of the at least one limb has a joint and a thigh length; at least one sensor adapted to measure position of the crank; a controller (108; 608), coupled to the at least one sensor, wherein the controller is programmed to generate functional electrical stimulation to a person using the exercise device, by: for each of at least one human limb, determining a torque transfer ratio between the joint of the human limb and the crank based on the thigh length of the limb; and for each of the at least one human limbs, dynamically generating a control signal to control delivery of electrical stimulation to each of the at least one human limb based on the determined torque transfer ratio at the measured position of the crank. for each of at least one human limb, determining a torque transfer ratio between the joint of the human limb and the crank based on the thigh length of the limb; and for each of the at least one human limbs, dynamically generating a control signal to control delivery of electrical stimulation to each of the at least one human limb based on the determined torque transfer ratio at the measured position of the crank.
A guardrail system comprising at least two poles each comprising an opening arranged at their free ends, the poles being configured to be fixedly connected to ground at a distance from each other and which poles are configured to extend above the ground, a guide beam comprising a protrusion extending along the guide beam and a clamping mechanism, characterized in that the at least two poles each comprise a receiving portion (12, 12') with at least one side plate (24, 24') being arranged within the opening, wherein, when the guide beam is mounted on the at least two poles, the protrusion is directed towards the at least two poles and positioned in the opening, the receiving portion (12, 12') being directed towards the protrusion of the guide beam and whereby a cross section of the protrusion is conical so that a width (d) of the cross section is decreasing in a direction away from the receiving portion, in that the guide beam is configured to be mounted on top of the poles and in that the clamping mechanism comprises at least one wedge and at least one screw, said wedge being arranged, with the narrow side pointing downwards, in between the protrusion and the side plate (24, 24'), said side plate (24, 24') further comprising a hole having a thread for engaging the screw, so that the screw can press the wedge towards the protrusion and thereby the protrusion towards one side of the opening in order to clamp and fixate the protrusion of the guide beam in the receiving portion (12, 12').
An isolated nucleic acid molecule encoding a mutant SMO protein comprising an amino acid sequence that is at least 95% identical to SEQ ID NO: 1 wherein said amino acid sequence comprises an amino acid other than tryptophan at the amino acid position corresponding to position 281 of SEQ ID NO: 1.
A system, comprising: an external measurement device configured to measure, collect and record data pertaining to at least one characteristic of tissue as the tissue is being electrosurgically treated; a tuner configured to couple to an electrosurgical generator and including at least one tuning circuit configured to provide a load having a variable complex impedance for the electrosurgical generator when the electrosurgical generator is coupled to the tuner; and a controller configured to couple to the electrosurgical generator for diagnostic testing thereof, the controller including stored data pertaining to a plurality of complex impedance values, the controller in operable communication with the external measurement device for retrieving the recorded data pertaining to the at least one characteristic of tissue and in operable communication with the tuner for varying a complex impedance of the load, the controller configured to compare the recorded data pertaining to the at least one characteristic of tissue with the stored data pertaining to the plurality of complex impedance values and to adjust the tuner to at least one of the plurality of impedance values during diagnostic testing of the electrosurgical generator. an external measurement device configured to measure, collect and record data pertaining to at least one characteristic of tissue as the tissue is being electrosurgically treated; a tuner configured to couple to an electrosurgical generator and including at least one tuning circuit configured to provide a load having a variable complex impedance for the electrosurgical generator when the electrosurgical generator is coupled to the tuner; and a controller configured to couple to the electrosurgical generator for diagnostic testing
A packaged orthodontic assembly (100; 200) comprising: an orthodontic appliance (102; 202) having a base (150; 250) for attachment to a tooth; and a container (104; 204; 304; 404; 604) having a recess (106; 206) with a bottom surface and a pair of opposing, non-parallel side surfaces (110, 112; 210, 212) providing an enlarged recess entrance, whereby the side surfaces contact opposing sides of the base (150; 250) to retain and suspend the appliance (102; 202) in the recess (106; 206), wherein each side surface (110, 112; 210, 212) forms an obtuse angle relative to the bottom surface ranging from 95 to 135 degrees. an orthodontic appliance (102; 202) having a base (150; 250) for attachment to a tooth; and a container (104; 204; 304; 404; 604) having a recess (106; 206) with a bottom surface and a pair of opposing, non-parallel side surfaces (110, 112; 210, 212) providing an enlarged recess entrance, whereby the side surfaces contact opposing sides of the base (150; 250) to retain and suspend the appliance (102; 202) in the recess (106; 206), wherein each side surface (110, 112; 210, 212) forms an obtuse angle relative to the bottom surface ranging from 95 to 135 degrees.
Fabric, in particular for textile structures and/or coverings, consisting of wrap threads and weft threads of PTFE-yarn, whereby the number of wrap threads is at least approximately twice as big as the number of weft threads, characterized in that the wrap threads consist of a single yarn, and that the weft threads consist of a plied yarn with two individual threads.
A device (121; 805; 1005; 1205) for introducing small volumes of fluid for delivery to a patient into a primary fluid line, comprising: a y-site comprising a first arm (325; 1225) adapted to receive a syringe and a second arm fluidly connected to an upstream reservoir, the reservoir defining an internal volume adapted to receive a volume of fluid; and a fluid obstruction mechanism (340; 810; 1010; 1215) configured to selectably block flow of fluid from the reservoir toward the patient, wherein the fluid obstruction mechanism (340; 810; 1010; 1215) transitions between a first state that permits fluid flow from the reservoir toward the patient and a second state that directs fluid flow from the syringe into the reservoir while blocking fluid flow from the reservoir toward the patient, characterized in that the reservoir is an expandable bellows that is contained within a housing. a y-site comprising a first arm (325; 1225) adapted to receive a syringe and a second arm fluidly connected to an upstream reservoir, the reservoir defining an internal volume adapted to receive a volume of fluid; and a fluid obstruction mechanism (340; 810; 1010; 1215) configured to selectably block flow of fluid from the reservoir toward the patient, wherein the fluid obstruction mechanism (340; 810; 1010; 1215) transitions between a first state that permits fluid flow from the reservoir toward the patient and a second state that directs fluid flow from the syringe into the reservoir while blocking fluid flow from the reservoir toward the patient, characterized in that the reservoir is an expandable bellows that is contained within a housing.
A device for feedback control of a coolant circuit for a motor vehicle air conditioning system, comprising - a compressor for compressing a coolant, - an evaporator designed to have air flowing through it, for evaporating the compressed coolant, - an electric motor for driving the compressor, - a temperature sensor for measuring the temperature of the cooling air exiting from the evaporator, - a unit for detecting a desired value for the temperature of the cooling air exiting from the evaporator, - an electric circuit comprising an evaporator temperature feedback controller for feedback control of the temperature of the cooling air to the desired value predefined by the evaporator temperature desired value detecting unit, - the electric circuit being spatially separated from the evaporator temperature desired value detecting unit, characterized in that - the electric circuit is arranged in or on a housing of the compressor and/or of the electric motor. - a compressor for compressing a coolant, - an evaporator designed to have air flowing through it, for evaporating the compressed coolant, - an electric motor for driving the compressor, - a temperature sensor for measuring the temperature of the cooling air exiting from the evaporator, - a unit for detecting a desired value for the temperature of the cooling air exiting from the evaporator, - an electric circuit comprising an evaporator temperature feedback controller for feedback control of the temperature of the cooling air to the desired value predefined by the evaporator temperature desired value detecting unit, - the electric circuit being spatially separated from the evaporator temperature desired value detecting unit, - the electric circuit is arranged in or on a housing of the compressor and/or of the electric motor.
A method of providing feedback corresponding to a user input_in a portable terminal, in which feedback is provided in the portable terminal, the method comprising: displaying a three dimensional image on a display panel; determining by a touch panel or an input unit whether the user input corresponding to a content in the three dimensional image is detected; extracting, by a feedback controller when the user input is detected, a disparity of a specific content corresponding to the detected user input; determining by the feedback controller(lll) at least one of an intensity of feedback and a pattern of feedback corresponding to the extracted disparity; and providing by a feedback generation unit feedback according to the determination, wherein the three dimensional image includes a left image viewed by a user's left eye and a right image viewed by a user's right eye, and the disparity is a distance between the left image and the right image, characterised in that providing the feedback further comprises increasing the intensity of feedback as a position of the specific content is located closer to a user on the display panel, and decreasing the intensity of feedback as the position of the specific content is located farther away from the user on the display panel, corresponding to the user input. displaying a three dimensional image on a display panel; determining by a touch panel or an input unit whether the user input corresponding to a content in the three dimensional image is detected; extracting, by a feedback controller when the user input is detected, a disparity of a specific content corresponding to the detected user input; determining by the feedback controller(lll) at least one of an intensity of feedback and a pattern of feedback corresponding to the extracted disparity; and providing by a feedback generation unit feedback according to the determination, wherein the three dimensional image includes a left image viewed by a user's left eye and a right image viewed by a user's right eye, and the disparity is a distance between the left image and the right image,
Method for saving data in a data processing system having a first energy store and a second energy store by transmitting the data from a volatile memory to a non-volatile memory, the volatile memory being buffered by means of the second energy store, characterized in that subsets of the data to be transmitted are cyclically transmitted to the non-volatile memory, a cycle consisting of a data transmission phase, during which data are transmitted, and a data transmission pause, during which no data are transmitted, and the non-volatile memory is supplied with voltage, during the data transmission phases, from the first energy store which is charged from the second energy store during the data transmission pauses.
Method for determining the moisture of an absorbent sanitary product, in particular, of a diaper, incontinence pad or incontinence diaper, sanitary towel, wherein liquid is previously applied to the sanitary product preferably under predetermined conditions and the sanitary product is subsequently flatly spread-out, characterized in that a plurality of zoned measurement areas are defined over the planar extension of the spread-out sanitary product and that one measured value is taken in each measurement area or with respect to each measurement area for quantitatively determining the moisture in the respective measurement area.
A rotary anti-pullback unit comprising: a rotor and a frame for rotatably supporting the rotor, wherein the rotor comprises a plurality of disks which have two opposite radial surfaces and are arranged coaxially in a line and in axially spaced relation to each other, and a plurality of fins axially protruding from at least one radial surface of each of the disks toward an opposite radial surface of an adjoining spaced disk of said plurality of disks, characterized in that the fins are fletched, each of the disks of said plurality of disks has its opposite radial surfaces formed with the fins axially protruding therefrom, and each of the fins comprises a radially outwardly tapered guide surface formed at an acute angle with the radial surface of the disk at a radially outer edge of the fin, a barb formed at a radially inner edge of the fin and a hook formed at a tip of the fin between the guide surface and the barb, whereby each of the fins axially protrudes toward the opposite radial surface of the adjoining spaced disk so that the hook is closer to the opposite radial surface of the adjoining spaced disk than that of the fin axially protruding from the opposite radial surface of the adjoining spaced disk.
A vehicular information display device (1, 2, 3, 4), comprising: a first reflection portion that is formed by a front windshield itself or a first combiner that is provided on the front windshield; a second reflection portion that is formed by a second combiner that is provided spaced apart from the front windshield; and a projector that projects display light onto the first reflection portion and the second reflection portion, the first reflection portion and the second reflection portion being configured to generate a three-dimensional indication providing a feeling of physical depth with a first virtual image generated by the first reflection portion and a second virtual image generated by the second reflection portion superimposed on each other, characterized in that a distance of the second combiner from the surface of the front windshield is significantly larger than the board thickness of the front windshield, and the projector includes a first projector portion generating a part of the display light reaching the first reflection portion and a second projector portion generating a part of the display light reaching the second reflection portion, wherein the second virtual image forms an indication different from an indication formed by the first virtual image. a first reflection portion that is formed by a front windshield itself or a first combiner that is provided on the front windshield; a second reflection portion that is formed by a second combiner that is provided spaced apart from the front windshield; and a projector that projects display light onto the first reflection portion and the second reflection portion, the first reflection portion and the second reflection portion being configured to generate a three-dimensional indication providing a feeling of physical depth with a first virtual image generated by the first reflection portion and a second virtual image generated by the second reflection portion superimposed on each other, characterized in that a distance of the second combiner from the surface of the front windshield is significantly larger than the board thickness of the front windshield, and the projector includes a first projector portion generating a part of the display light reaching the first reflection portion and a second projector portion generating a part of the display light reaching the second reflection portion, wherein the second virtual image forms an indication different from an indication formed by the first virtual image.
A close coupled luminaire assembly comprising a ballast, a reflector having a pair of spaced apart supports (52, 53), the ballast having a first axis and a first mounting attachment to permit the ballast to be suspended by a first filament from an overhead support with said ballast first axis being substantially vertical, wherein the assembly further includes a reflector support arm which is connected to said ballast and extends substantially perpendicular to said ballast first axis a distance which is at least as long as the spacing between said supports (52, 53), a distal end of said reflector support arm has a second mounting attachment to permit said distal end to be suspended by a second filament from an overhead support with said reflector support arm being substantially horizontal, and said reflector hangs from said reflector support arm by said reflector support arm engaging said supports (52, 53) without any direct mechanical interconnection between said ballast and reflector, characterised in that the reflector has at least one lamp socket (47, 48), wherein each lamp socket (47, 48) is supported by the reflector, and wherein the ballast is closely spaced to said one lamp socket (47, 48).
A flame retardant composition which comprises a) a thermoplastic polymer substrate and b) an effective flame retarding amount of a combination of one or more bismuth compounds selected from the group consisting of bismuth oxychloride, bismuth oxyfluoride, bismuth oxybromide, bismuth oxyiodide and bismuth oxynitrate and one or more organobromine flame retardants. a) a thermoplastic polymer substrate and b) an effective flame retarding amount of a combination of one or more bismuth compounds selected from the group consisting of bismuth oxychloride, bismuth oxyfluoride, bismuth oxybromide, bismuth oxyiodide and bismuth oxynitrate and one or more organobromine flame retardants. one or more bismuth compounds selected from the group consisting of bismuth oxychloride, bismuth oxyfluoride, bismuth oxybromide, bismuth oxyiodide and bismuth oxynitrate and one or more organobromine flame retardants.