mhurhangee/ep-ind-claims huggingface dataset:
A computer-implemented method for determining a volume of activation of neural tissue, comprising: having one or more parametric equations that define a volume of activation; receiving input data that includes values for stimulation parameters; generating a function (14, 18) (a) that takes, as an input, an input vector that includes values for stimulation parameters and (b) that produces, as an output, values for the parameters of the one or more parametric equations, wherein said function is generated by executing a computational training algorithm that maps a range of values of stimulation parameters and values of electrode configuration parameters to volumes of activation produced by the range of values of stimulation parameters and values of electrode configuration parameters; applying the input vector, that includes the values for the input stimulation parameters of the input data as input to the function (14, 18) that outputs values for parameters of one or more parametric equations, wherein the one or more prametric equations represent a three-dimensional geometric shape; solving the one or more parametric equations with the parameter values output by the function (14, 18) to calculate a volume of activation; and displaying the calculated volume of activation. having one or more parametric equations that define a volume of activation; receiving input data that includes values for stimulation parameters; generating a function (14, 18) (a) that takes, as an input, an input vector that includes values for stimulation parameters and (b) that produces, as an output, values for the parameters of the one or more parametric equations, wherein said function is generated by executing a computational training algorithm that maps a range of values of stimulation parameters and values of electrode configuration parameters to volumes of activation produced by the range of values of stimulation parameters and values of electrode configuration parameters; applying the input vector, that includes the values for the input stimulation parameters of the input data as input to the function (14, 18) that outputs values for parameters of one or more parametric equations, wherein the one or more prametric equations represent a three-dimensional geometric shape; solving the one or more parametric equations with the parameter values output by the function (14, 18) to calculate a volume of activation; and displaying the calculated volume of activation.
A movable contact for an electric switch, comprising a first contact blade and a second contact blade, each of the first contact blade and the second contact blade comprising an assembly hole, the movable contact comprising an assembly pin wherein the assembly pin comprises a separation portion having a diameter greater than the assembly holes of the first and second contact blades thereby keeping the first and second contact blades separated from each other, the assembly pin comprises a contact blade portion (138B, 138C), on each side of the separation portion, for insertion to the assembly holes of the contact blades (131, 132), characterized in that the assembly pin comprises on both sides of the separation portion a cover portion (138D, 138E) and an end portion (138F, 138G), the movable contact comprising a first cover next to the first contact blade and a second cover next to the second contact blade, and the first cover and the second cover comprise an assembly hole of a keyhole type having a first portion and a second portion being greater than the first portion, which second portion is dimensioned to allow the end portion (138F, 138G) of the assembly pin to be inserted through the second portion, and the first portion is smaller than the end portion (138F, 138G) of the assembly pin for keeping the cover (133, 134) in place with respect to the assembly pin when the end portion (138F, 138G) of the assembly pin is slid from the second portion to the first portion.
An apparatus, comprising: a mounting member having a first and second side, the first side configured to mount to a structure in stationary relation with the structure; an axle shaft having a first end and a second end, the first end affixed to the second side of the mounting member, the axle shaft configured to mate with a center aperture of a cable reel such that the cable reel rotates around the axle shaft; a stationary radio frequency connection at the first side of the mounting member; a rotating RF connection at the second end of the axle shaft; and an RF rotary coupling break enclosed within one of either the mounting member or the axle shaft, the rotary coupling break configured to establish RF connectivity between the stationary RF connection and the rotating RF connection. a mounting member having a first and second side, the first side configured to mount to a structure in stationary relation with the structure; an axle shaft having a first end and a second end, the first end affixed to the second side of the mounting member, the axle shaft configured to mate with a center aperture of a cable reel such that the cable reel rotates around the axle shaft; a stationary radio frequency connection at the first side of the mounting member; a rotating RF connection at the second end of the axle shaft; and an RF rotary coupling break enclosed within one of either the mounting member or the axle shaft, the rotary coupling break configured to establish RF connectivity between the stationary RF connection and the rotating RF connection.
A method performed by a radio base station (110, 101) for handling a Radio Access Network, RAN, context information of a user equipment in a cell served by the radio base station (110, 101) in a wireless communications network, wherein the RAN context information of the user equipment is stored by the radio base station when the user equipment is no longer in a connected state in the cell; characterized in receiving information indicating a RAN context information from the user equipment when the user equipment has returned to a connected state in the cell, said information comprising a cryptographic checksum based on RAN context information of the user equipment and on an identity of the user equipment; and transmitting, to the user equipment, information indicating that the user equipment is to use the indicated RAN context information in the cell when the indicated RAN context information is such that it can be reused with the RAN context information of the user equipment previously stored by the radio base station (110, 101).
An L-nucleic acid capable of binding to MCP-1, whereby the nucleic acid comprises in 5'->3' direction a first stretch Box B1A, a second stretch Box B2A, a third stretch Box B3, a fourth stretch Box B2B, a fifth stretch Box B4, a sixth stretch Box B5A, a seventh stretch Box B6, an eighth stretch Box B5B and a ninth stretch Box B1B, whereby the first stretch Box B1A and the ninth stretch Box B1B optionally hybridize with each other, whereby upon hybridization a double-stranded structure is formed, the second stretch Box B2A and the fourth Box B2B optionally hybridize with each other, whereby upon hybridization a double-stranded structure is formed, the sixth stretch Box B5A and the eighth Box B5B optionally hybridize with each other, whereby upon hybridization a double-stranded structure is formed, the first stretch Box B1A comprises a nucleotide sequence which is selected from the group comprising GURCUGC, GKSYGC, KBBSC and BNGC, the second stretch Box B2A comprises a nucleotide sequence of GKMGU, the third stretch Box B3 comprises a nucleotide sequence of KRRAR, the fourth stretch Box B2B comprises a nucleotide sequence of ACKMC, the fifth stretch Box B4 comprises a nucleotide sequence selected from the group comprising CURYGA, CUWAUGA, CWRMGACW and UGCCAGUG, the sixth stretch Box B5A comprises a nucleotide sequence selected from the group comprising GGY and CWGC, the seventh stretch Box B6 comprises a nucleotide sequence selected from the group comprising YAGA, CKAAU and CCUUUAU, the eighth stretch Box B5B comprises a nucleotide sequence selected from the group comprising GCYR and GCWG, and the ninth stretch Box B1B comprises a nucleotide sequence selected from the groupe comprising GCAGCAC, GCRSMC, GSVVM and GCNV.
A method for communication between a programmable logic controller and an actuator control which is configured to operate an actuator, wherein the PLC and the actuator control are electrically connected to one another by means of a first line and a second line; and wherein - a first digital signal (S 1) is transmitted via the first line and a second digital signal (S 2) is transmitted via the second line from the PLC to the actuator control, with the digital signals (S 1, S 2) each having at least a first state and a second state, - a direction of movement of the actuator is specified by means of a state of the first digital signal (S 1) and - a movement of the actuator is commanded in the direction of movement by means of a state change of the second digital signal (S 2), characterized in that - configuration data are transmitted from the PLC to the actuator control by means of state changes of the first digital signal (S 1). - a first digital signal (S 1) is transmitted via the first line and a second digital signal (S 2) is transmitted via the second line from the PLC to the actuator control, with the digital signals (S 1, S 2) each having at least a first state and a second state, - a direction of movement of the actuator is specified by means of a state of the first digital signal (S 1) and - a movement of the actuator is commanded in the direction of movement by means of a state change of the second digital signal (S 2), characterized in that - configuration data are transmitted from the PLC to the actuator control by means of state changes of the first digital signal (S 1).
A method for optimising combustion conditions in a fluidised-bed boiler where oxygenous combustion gas is fed at two or more height levels, the first of which is a primary level, which is located at the height of a furnace bottom, and the second is a secondary level, which is located close to fuel feed height, above which secondary level there can be still other combustion gas feed levels (T,...), characterised by producing combustion gases (15a, 15b; 16a, 16b; 28a, 28b) having different oxygen contents by mixing together air and/or pure oxygen and circulated flue gas at such a ratio that each combustion gas is provided with a desired oxygen content, and by feeding at least one of said combustion gas feed levels (P, S, T,...) at different points in the horizontal direction of the furnace with combustion gases (15a, 15b; 16a, 16b; 28a, 28b) having different oxygen contents such that zones of different oxygen contents are formed in the horizontal direction of the furnace.
A method of transferring a portion of smokable material from a casing into a smokable tube, the method comprising: advancing at least one of the casing and the portion of smokable material to advance the casing and the portion into the tube by a first distance less than the length of a space within the tube; at least partially withdrawing the casing from the tube, while holding the portion in the tube; and further driving the tobacco portion into the tube. advancing at least one of the casing and the portion of smokable material to advance the casing and the portion into the tube by a first distance less than the length of a space within the tube; at least partially withdrawing the casing from the tube, while holding the portion in the tube; and further driving the tobacco portion into the tube.
Use of a pipe for conducting hydrogen, in particular in a vehicle, the pipe enclosing a lumen and comprising a plurality of layers, the pipe having at least two barrier layers (4, 6), an inner barrier layer of the at least two barrier layers (4, 6) comprising a first plastics material, an outer barrier layer of the at least two barrier layers (4, 6) comprising a second plastics material, the first plastics material being a vinyl alcohol plastics material, the barrier layers (4, 6) being separated from one another by a separating layer, the pipe having a supporting layer, the supporting layer being enclosed by the inner barrier layer, characterized in that the second plastics material is a vinyl alcohol plastics material.
Transport device for transporting a load from a first altitude to a second altitude lower than the first altitude by being hooked to a guide line and descending along the guide line by gravity, the transport device comprising: - an electric motor, designed to at least raise the transport device from the second altitude to the first altitude, along the guide line, - a first battery, designed to power the electric motor, - an electric generator comprising a rotating portion, the electric generator being designed to recharge the first battery when the rotating portion is rotated as the transport device descends from the first altitude to the second altitude, the transport device being characterized in that it comprises: - electronic management means, configured on the one hand to detect a charge level of the first battery, and on the other hand to cause the first battery to emit a leakage current when the electronic management means detects that the charge level of the first battery exceeds a predetermined charge threshold value, - at least one current-receiving means, designed to absorb the leakage current from the first battery. - an electric motor, designed to at least raise the transport device from the second altitude to the first altitude, along the guide line, - a first battery, designed to power the electric motor, - an electric generator comprising a rotating portion, the electric generator being designed to recharge the first battery when the rotating portion is rotated as the transport device descends from the first altitude to the second altitude, the transport device being characterized in that it comprises: - electronic management means, configured on the one hand to detect a charge level of the first battery, and on the other hand to cause the first battery to emit a leakage current when the electronic management means detects that the charge level of the first battery exceeds a predetermined charge threshold value, - at least one current-receiving means, designed to absorb the leakage current from the first battery. - electronic management means, configured on the one hand to detect a charge level of the first battery, and on the other hand to cause the first battery to emit a leakage current when the electronic management means detects that the charge level of the first battery exceeds a predetermined charge threshold value, - at least one current-receiving means, designed to absorb the leakage current from the first battery.
An atomic force microscopy system for performing subsurface atomic force microscopy measurements, the system comprising: a signal source for generating a drive signal; a transducer configured to receive the drive signal for converting the drive signal into vibrational waves and coupling the vibrational waves into a stack comprising a sample, for interaction with subsurface features within said sample; a cantilever tip for contacting the sample for measuring surface displacement resulting from the vibrational waves to determine the subsurface features; wherein the system includes a measurement device for measuring a measurement signal (Sr) returning from the transducer during and/or in between the cantilever tip measuring the surface displacement; characterized in that the system includes a controller configured to adjust the drive signal based on the measurement signal (Sr). a signal source for generating a drive signal; a transducer configured to receive the drive signal for converting the drive signal into vibrational waves and coupling the vibrational waves into a stack comprising a sample, for interaction with subsurface features within said sample; a cantilever tip for contacting the sample for measuring surface displacement resulting from the vibrational waves to determine the subsurface features; wherein the system includes a measurement device for measuring a measurement signal (Sr) returning from the transducer during and/or in between the cantilever tip measuring the surface displacement; characterized in that the system includes a controller configured to adjust the drive signal based on the measurement signal (Sr).
Pneumatic vehicle tyre having a tread, having two side walls, and having two bead regions, wherein the pneumatic vehicle tyre is suitable for mounting on a wheel rim having a curved wheel-rim-flange region with a wheel-rim-flange radius R1 of at least 9.5 mm, • wherein a bead lip running around the circumference of the tyre side wall is arranged axially at the outside at least on a tyre side wall, • wherein the bead lip, axially at the outside, has a bead-lip surface which is intended wholly or partly for lying on the curved wheel-rim-flange region, • and wherein the bead-lip surface, as viewed in the tyre cross section, is concavely curved and has a radius of curvature R2 of R2 < 9.5 mm, • wherein the bead-lip surface has a circular arc with radius R2 of R2 < 9.5 mm, characterized in that • the radius R2 is such that a ratio R2/9.5 mm of 0.57 to 0.73 is satisfied, and • in that the circular arc has an opening angle of 40° to 55°. • wherein a bead lip running around the circumference of the tyre side wall is arranged axially at the outside at least on a tyre side wall, • wherein the bead lip, axially at the outside, has a bead-lip surface which is intended wholly or partly for lying on the curved wheel-rim-flange region, • and wherein the bead-lip surface, as viewed in the tyre cross section, is concavely curved and has a radius of curvature R2 of R2 < 9.5 mm, • wherein the bead-lip surface has a circular arc with radius R2 of R2 < 9.5 mm, • the radius R2 is such that a ratio R2/9.5 mm of 0.57 to 0.73 is satisfied, and • in that the circular arc has an opening angle of 40° to 55°.
Method for chemically modifying the internal region of a hair shaft, wherein the method comprises: (i) applying an oxidising formulation to the hair, wherein the oxidising formulation comprises an oxidising agent, and wherein the oxidising agent is selected from the group consisting of: peroxides, preferably hydrogen peroxide; persulfates, preferably potassium persulfate or sodium persulfate; and mixtures thereof; followed by (ii) de-wetting the hair; followed by (iii) applying a monomer composition to the hair, wherein the monomer composition comprises an ethylenic monomer having a molecular weight of 500 g/mole or less and a cosmetically acceptable carrier; wherein the de-wetting the hair comprises the application of an absorbent material to the hair such that wetness is transferred from the hair to the absorbent material and wherein the wetness comprises the cosmetically acceptable carrier; and wherein the de-wetting the hair does not comprise rinsing the oxidising formulation from the hair. (i) applying an oxidising formulation to the hair, wherein the oxidising formulation comprises an oxidising agent, and wherein the oxidising agent is selected from the group consisting of: peroxides, preferably hydrogen peroxide; persulfates, preferably potassium persulfate or sodium persulfate; and mixtures thereof; followed by (ii) de-wetting the hair; followed by (iii) applying a monomer composition to the hair, wherein the monomer composition comprises an ethylenic monomer having a molecular weight of 500 g/mole or less and a cosmetically acceptable carrier;
Vacuum cleaner with a first centrifugal force separator (4, 5) comprising an air inlet area for suctioned, dust-charged air, an outlet for dust to be separated from the air in a dust collecting receptacle and an air outlet area for the purified air, wherein the vacuum cleaner comprises a second centrifugal force separator (4, 5) whose air inlet area is connected to the air inlet area of the first centrifugal force separator (4, 5), characterised in that the centrifugal force separators (4, 5) are pivotably attached to a lower part of the vacuum cleaner.
Device for clamping a weft thread in a weaving machine, the device comprises a central clamping element, a first outer clamping element and a second outer clamping element, wherein the central clamping element is forced in two opposite clamping directions (K, L) to an intermediate position, wherein the central clamping element is sandwiched between the first outer clamping element and the second outer clamping element when the central clamping element is positioned in the intermediate position, wherein both the first outer clamping element and the second outer clamping element abut against the central clamping element in the intermediate position, the device further comprises a drive device adapted for displacing the central clamping element out of the intermediate position in two clamping directions (K, L), a first clamping direction to at least a first position and a second clamping direction to at least a second position, wherein in the first position the central clamping element is at a distance from the first outer clamping element and in the second position the central clamping element is at a distance from the second outer clamping element, characterized in that the drive device comprises - a pneumatic cylinder comprising at least a piston, wherein the piston and/or a piston rod of the piston is formed integrally with or is mechanically coupled to the central clamping element for a transmission of motion in the clamping directions (K, L) and - at least one abutment element arranged between the first outer clamping element and the second outer clamping element for limiting a movement of the first outer clamping element and the second outer clamping element towards each other, wherein a height of the central clamping element is larger than the total height of the at least one abutment element. - a pneumatic cylinder comprising at least a piston, wherein the piston and/or a piston rod of the piston is formed integrally with or is mechanically coupled to the central clamping element for a transmission of motion in the clamping directions (K, L) and - at least one abutment element arranged between the first outer clamping element and the second outer clamping element for limiting a movement of the first outer clamping element and the second outer clamping element towards each other, wherein a height of the central clamping element is larger than the total height of the at least one abutment element.
An optoelectronic sensor for detecting an object in a monitoring area, the sensor comprising a light transmitter for transmitting a light signal, a light receiver for receiving received light from the monitoring area with a plurality of photodiode elements for generating respective received signals, and a control and evaluation unit configured to evaluate the received signals in order to determine the distance to the object using a light time of flight method and to obtain further measurement information from an intensity of the received signals, and to change a bias voltage of the photodiode elements in such a way that at least one of the photodiode elements is selectively operated in a SPAD mode with bias voltage above a breakdown voltage and thus in a Geiger mode, in an APD mode with bias voltage below the breakdown voltage with controlled avalanche breakdown, or in a linear PD mode with low or no bias voltage, wherein all three modes or the SPAD mode and one of the other two modes are selectable, characterized in that the control and evaluation unit is further configured to switch to the SPAD mode for a distance measurement using a light time of flight method and to the APD mode or the linear PD mode for a distance determination using triangulation.