mhurhangee/ep-ind-claims huggingface dataset:
A powershift transmission for a drivetrain, which has an electric motor, of a motor vehicle, in particular of a utility vehicle, having: at most two planetary transmission stages which are arranged in series and which have a first planetary transmission stage and a second planetary transmission stage, wherein a sun gear of the first planetary transmission stage forms a transmission input element of the powershift transmission, which transmission input element is connectable to the electric motor, and wherein a planet carrier of the second planetary transmission stage forms a transmission output element of the powershift transmission, which transmission output element is connectable to an axle transmission of the drivetrain; a first powershift element which is arranged for the selective connection of the first planetary transmission stage and the second planetary transmission stage via a first drive path; a second powershift element which is arranged for the selective fixing of a component of the first planetary transmission stage to a housing of the powershift transmission; and a switchover element which is arranged for the selective connection of the first planetary transmission stage and of the second planetary transmission stage via a second drive path or a third drive path. at most two planetary transmission stages which are arranged in series and which have a first planetary transmission stage and a second planetary transmission stage, wherein a sun gear of the first planetary transmission stage forms a transmission input element of the powershift transmission, which transmission input element is connectable to the electric motor, and wherein a planet carrier of the second planetary transmission stage forms a transmission output element of the powershift transmission, which transmission output element is connectable to an axle transmission of the drivetrain; a first powershift element which is arranged for the selective connection of the first planetary transmission stage and the second planetary transmission stage via a first drive path; a second powershift element which is arranged for the selective fixing of a component of the first planetary transmission stage to a housing of the powershift transmission; and a switchover element which is arranged for the selective connection of the first planetary transmission stage and of the second planetary transmission stage via a second drive path or a third drive path.
A composition comprising at least one selective adenosine receptor modulator, wherein said composition antagonises adenosine receptor subtypes A 1 and A 2A, for use in the treatment of circadian rhythm disorders or for use in modulating a biological clock.
Method for producing a hydrophobic surface, said method comprising the steps of: - preparing a composition comprising at least one layered double hydroxide, and - applying the composition to a surface, wherein the at least one layered double hydroxide is provided at least one hydrophobic coating, and wherein the hydrophobic surface has a contact angle of 100 to 175°. - preparing a composition comprising at least one layered double hydroxide, and - applying the composition to a surface,
A touch sensor comprising: a base layer; first electrode members arranged on the base layer in a first direction and spaced apart from one another in a second direction intersecting the first direction, each of the first electrode members comprising a first opening, OP1, and a plurality of first touch electrodes electrically connected to one another in the first direction; second electrode members arranged on the base layer in the second direction and spaced apart from one another in the first direction, each of the second electrode members comprising a second opening, OP2, and a plurality of second touch electrodes electrically connected to one another in the second direction intersecting the first direction; a first strain gauge comprising a portion located in the first opening and disposed in a first electrode row among electrode rows of the first electrode members; a second strain gauge comprising a portion located in the second opening and disposed in a first row among rows of the second touch electrodes; a first signal line connected to one end of the first strain gauge; a second signal line connected to another end of the first strain gauge and spaced apart from the first signal line; a third signal line connected to one end of the second strain gauge and the second signal line; and a fourth signal line connected to another end of the second strain gauge and spaced apart from the third signal line, wherein the first strain gauge and the second strain gauge are electrically insulated from the first electrode members and the second electrode members. a base layer; first electrode members arranged on the base layer in a first direction and spaced apart from one another in a second direction intersecting the first direction, each of the first electrode members comprising a first opening, OP1, and a plurality of first touch electrodes electrically connected to one another in the first direction; second electrode members arranged on the base layer in the second direction and spaced apart from one another in the first direction, each of the second electrode members comprising a second opening, OP2, and a plurality of second touch electrodes electrically connected to one another in the second direction intersecting the first direction; a first strain gauge comprising a portion located in the first opening and disposed in a first electrode row among electrode rows of the first electrode members; a second strain gauge comprising a portion located in the second opening and disposed in a first row among rows of the second touch electrodes; a first signal line connected to one end of the first strain gauge; a second signal line connected to another end of the first strain gauge and spaced apart from the first signal line; a third signal line connected to one end of the second strain gauge and the second signal line; and a fourth signal line connected to another end of the second strain gauge and spaced apart from the third signal line, wherein the first strain gauge and the second strain gauge are electrically insulated from the first electrode members and the second electrode members.
A light-emitting module comprising: (a) a thermally conductive substrate having one or more light-emitting elements thermally connected thereto, the substrate configured to operatively couple a source of power to the one or more light-emitting elements, thereby providing a means for activation of the one or more light-emitting elements; (b) a heat dissipation element thermally coupled to the thermally conductive substrate; and (c) a housing element including fastening means for detachably coupling the housing element to the heat dissipation element, said housing element including a transparent region enabling transmission of light emitted by the one or more light-emitting elements therethrough, characterized in that the coupling between the housing element and the heat dissipation element is arranged to apply pressure to the substrate, which is inlayed between the housing element and the heat dissipation element, such that the substrate is pressed against the heat dissipation element thereby establishing a desired level of thermal contact between the heat dissipation element and the substrate. (a) a thermally conductive substrate having one or more light-emitting elements thermally connected thereto, the substrate configured to operatively couple a source of power to the one or more light-emitting elements, thereby providing a means for activation of the one or more light-emitting elements; (b) a heat dissipation element thermally coupled to the thermally conductive substrate; and (c) a housing element including fastening means for detachably coupling the housing element to the heat dissipation element, said housing element including a transparent region enabling transmission of light emitted by the one or more light-emitting elements therethrough, characterized in that the coupling between the housing element and the heat dissipation element is arranged to apply pressure to the substrate, which is inlayed between the housing element and the heat dissipation element, such that the substrate is pressed against the heat dissipation element thereby establishing a desired level of thermal contact between the heat dissipation element and the substrate.
A cartridge for housing an aerosol-forming substrate, the cartridge comprising: a body comprising one or more walls and a top wall, and a body opening in the top wall; a cavity in the body in fluid communication with the body opening; a cap removably and replaceably engaged with the body and extending across the body opening, the cap comprising a cap opening, wherein by rotating the cap to a first position the cap opening is aligned with the body opening and by rotating the cap to a second position the cap opening is not aligned with the body opening such that the cap closes the cartridge; and a removable layer removably attached to the body and disposed between the body and the cap. a body comprising one or more walls and a top wall, and a body opening in the top wall; a cavity in the body in fluid communication with the body opening; a cap removably and replaceably engaged with the body and extending across the body opening, the cap comprising a cap opening, wherein by rotating the cap to a first position the cap opening is aligned with the body opening and by rotating the cap to a second position the cap opening is not aligned with the body opening such that the cap closes the cartridge; and a removable layer removably attached to the body and disposed between the body and the cap.
A method for generating a notification by an electronic device, the method comprising: receiving a speech phrase; recognizing, by a processor, the speech phrase as a command to generate the notification; detecting, by at least one sensor, multiple types of context data of the electronic device upon recognizing the speech phrase, wherein the context data includes i) an image of a user, ii) ambient light value, iii) movement of the device, and iv) an event indicative of an unacknowledged incoming communication; determining a weighted context value for each type of context data; determining a context score by adding the weighted context values, determining, by the processor, whether to generate the notification based on a comparison of the context score to a threshold value; and generating, by the processor, the notification based on the comparison and the command. receiving a speech phrase; recognizing, by a processor, the speech phrase as a command to generate the notification; detecting, by at least one sensor, multiple types of context data of the electronic device upon recognizing the speech phrase, wherein the context data includes i) an image of a user, ii) ambient light value, iii) movement of the device, and iv) an event indicative of an unacknowledged incoming communication; determining a weighted context value for each type of context data; determining a context score by adding the weighted context values, determining, by the processor, whether to generate the notification based on a comparison of the context score to a threshold value; and generating, by the processor, the notification based on the comparison and the command.
A receiver for radio frequency communications, comprising: a first circuit (1303, 1304, 1305) adapted to receive a radio frequency input signal, the circuit having an adjustable bias level and an output; a bias control having a feedback means, for generating a bias control signal based upon a signal dependent on the total radio frequency power output by the first circuit; and one or more bypass switches (1115, 1116) across the first circuit, the bypass switches being controlled by circuitry responsive to a down-converted and band-limited signal, representing a band of interest, derived from the output of the first circuit to selectively bypass the first circuit so as to vary the total radio frequency power detected by the bias control and thereby indirectly to vary the bias control signal generated by said feedback means; such that the bias control is arranged to detect jamming signals outside the band of interest and to adjust the bias of the first circuit before distortion occurs at the output of the first circuit. a first circuit (1303, 1304, 1305) adapted to receive a radio frequency input signal, the circuit having an adjustable bias level and an output; a bias control having a feedback means, for generating a bias control signal based upon a signal dependent on the total radio frequency power output by the first circuit; and one or more bypass switches (1115, 1116) across the first circuit, the bypass switches being controlled by circuitry responsive to a down-converted and band-limited signal, representing a band of interest, derived from the output of the first circuit to selectively bypass the first circuit so as to vary the total radio frequency power detected by the bias control and thereby indirectly to vary the bias control signal generated by said feedback means; such that the bias control is arranged to detect jamming signals outside the band of interest and to adjust the bias of the first circuit before distortion occurs at the output of the first circuit.
A deflector (38; 138) of pressurized fluid, comprising: a. an inlet for receiving pressurized fluid; b. a section (46C; 146C) defining an exit end (78; 178), comprising a fluid exit, characterized in that the deflector further comprises c. means, comprising a first opening (62;162), for receiving ambient fluid for entrainment with the pressurized fluid; d. a second opening (74; 174) distinct from the fluid exit; and e. an obstacle (82; 182) to flow of pressurized fluid positioned in the section, the obstacle (82; 182) being configured so that at least some of the pressurized fluid encountering it is deflected toward the second opening (74; 174). a. an inlet for receiving pressurized fluid; b. a section (46C; 146C) defining an exit end (78; 178), comprising a fluid exit, characterized in that the deflector further comprises c. means, comprising a first opening (62;162), for receiving ambient fluid for entrainment with the pressurized fluid; d. a second opening (74; 174) distinct from the fluid exit; and e. an obstacle (82; 182) to flow of pressurized fluid positioned in the section, the obstacle (82; 182) being configured so that at least some of the pressurized fluid encountering it is deflected toward the second opening (74; 174).
A receiving apparatus comprising: M receivers (101, 101_1, 101_2,...101_M) configured to receive signals based on sound waves propagating in water, M being an integer greater than or equal to 2; M FIR filters (103, 103_1, 103_2,...103_M) configured to perform waveform operation on the signals received by the receivers; a combiner configured to combine output signals of the M FIR filters; characterized in that said apparatus further comprises: a filter coefficient calculation portion configured to calculate a tap coefficient of the M FIR filters so as to reduce an error of the output signals combined by the combiner, wherein the M FIR filters have a tap length that is shorter than a delay spread that is a possible range between a time of arrival of a direct wave and a time of arrival of a delayed wave of the sound waves. M receivers (101, 101_1, 101_2,...101_M) configured to receive signals based on sound waves propagating in water, M being an integer greater than or equal to 2; M FIR filters (103, 103_1, 103_2,...103_M) configured to perform waveform operation on the signals received by the receivers; a combiner configured to combine output signals of the M FIR filters; characterized in that said apparatus further comprises: a filter coefficient calculation portion configured to calculate a tap coefficient of the M FIR filters so as to reduce an error of the output signals combined by the combiner, wherein the M FIR filters have a tap length that is shorter than a delay spread that is a possible range between a time of arrival of a direct wave and a time of arrival of a delayed wave of the sound waves.
Filling system for filling bottles or similar containers with a liquid filling product, with multiple filling points (4.1, 4.2), each of which has at least one filler element (7, 7a), and two of which form a respective filling point pair (4, 4a), wherein each filler element (7, 7a) has, in a filler element housing, a liquid channel which has at least one dispensing opening for dispensing the filling product into the respective container, and at least one liquid valve controlling this dispensing, wherein, for each filler element (7, 7a) at least one gas path (19, 20) is provided for the controlling of the filling process, characterised in that in each case at least one control module (24, 24a), forming an independent component, is assigned in each case to the filler elements (7, 7a) of the filling point pair (4, 4a), formed in which is at least one outer gas path, common to both the filler elements (7, 7a) of each filling point pair (4, 4a) and comprising at least one gas path control valve, connected to which outer gas path is in each case a non-controlled inner gas path of the two filler elements (7, 7a) of the filling point pair (4, 4a) concerned, wherein the control module (24, 24a) consists in each case, among other elements, of a block housing or module housing, in which the part section (20.1) of the at least one outer gas path is formed, and provided at which is also the gas path control valve controlling this outer gas path, wherein part sections (20.2) of the outer gas paths are formed in the rotor element (3.1).
A thermal emission source comprising a thermo-optical converter having an optical structure in which a refractive index distribution is formed in a member composed of an intrinsic semiconductor wherein the optical structure has such a structure that, on a surface of a base made of material having a refractive index lower than that of the intrinsic semiconductor, members composed of the intrinsic semiconductor are two-dimensionally arranged, wherein the members are rods, and wherein the intrinsic semiconductor is configured to resonate with light of a shorter wavelength than a wavelength corresponding to a bandgap of the intrinsic semiconductor by reflection from an upper end and a lower end of each rod.
A downhole tool (10") for incorporation in a drill pipe for selective operation of the tool from surface level when the tool is in a wellbore, said selectively operable tool comprising: a controller electrically powered by a power source separate from surface level; a first sensor of the controller to detect a dynamic variable of the tool in the wellbore and produce an output signal dependent thereon; a second sensor of the controller to detect a mechanical signal transmitted from an operator at surface level; a first motor driven by the power source under the control of the controller when said mechanical signal is received; and a first actuator driven by the first motor to actuate the tool; wherein the controller switches between at least two states in response to changes in said dynamic variable, only in said second state the controller being receptive to said mechanical signal from the operator to drive the first motor, characterised in that the downhole tool further comprises a second motor and a second actuator driven by the second motor, said second actuator comprising a mechanical brake having an engaged position and a disengaged position, said mechanical brake being configured to prevent actuation of the tool when in said engaged position, wherein, once the controller receives the mechanical signal from the operator to drive the first motor the controller is configured to sequentially: drive the second motor to move said mechanical brake from the engaged position to the disengaged position; and drive the first motor to actuate the tool. a controller electrically powered by a power source separate from surface level; a first sensor of the controller to detect a dynamic variable of the tool in the wellbore and produce an output signal dependent thereon; a second sensor of the controller to detect a mechanical signal transmitted from an operator at surface level; a first motor driven by the power source under the control of the controller when said mechanical signal is received; and a first actuator driven by the first motor to actuate the tool; wherein the controller switches between at least two states in response to changes in said dynamic variable, only in said second state the controller being receptive to said mechanical signal from the operator to drive the first motor, characterised in that the downhole tool further comprises a second motor and a second actuator driven by the second motor, said second actuator comprising a mechanical brake having an engaged position and a disengaged position, said mechanical brake being configured to prevent actuation of the tool when in said engaged position, wherein, once the controller receives the mechanical signal from the operator to drive the first motor the controller is configured to sequentially: drive the second motor to move said mechanical brake from the engaged position to the disengaged position; and drive the first motor to actuate the tool.
A fiber-reinforced plastic shaped product comprising a fiber-reinforced resin material containing reinforcing fibers and a thermoplastic resin, wherein the reinforcing fibers include short fibers, and an average fiber length of the short fibers is in the range of 1 mm to 100 mm, and include reinforcing fibers arranged in a wavy arrangement in a thickness direction, wherein only some of the reinforcing fibers are arranged in a wavy arrangement.