mhurhangee/ep-ind-claims huggingface dataset:
Articulated vehicle operated by battery electricity, comprising a semitrailer tractor, a semitrailer and a first electrical machine for driving the semitrailer tractor, which electrical machine is arranged in the semitrailer tractor and can be supplied with electrical drive energy from a first electrical energy storage device which is arranged in the region of the semitrailer, characterized in that the first electrical energy storage device is structurally integrated into a semitrailer base, wherein the first electrical energy storage device is arranged in a cavity of the semitrailer base, wherein a second electrical machine is arranged on the semitrailer on one of the semitrailer axles for driving the semitrailer when said semitrailer is not mechanically coupled to the semitrailer tractor.
A step detection device (1, 2) comprising: a distance measurement unit which is adapted to detect a height of a road surface (F road) around a vehicle (Vc); a travelable region circuit which is adapted to estimate a travelable region (G 1) in a traveling direction (Da) of the vehicle (Vc); characterized by a road surface gradient circuit which is adapted to approximate with a curve (C road), a gradient of the road surface (F road) in the travelable region (G 1) in a vehicle width direction, based on the height of the road surface (F road) detected by the distance measurement unit; and a step detection circuit which is adapted to detect a step on the road surface (F road), based on an agreement degree of a height of a measurement point (Im 1 to Im 3) set in the travelable region (G 1) relative to the curve (C road), and an agreement degree of a height of a measurement point (Im 4 to Im 7) set in an extended region (G 2 to G 4), defined by extending the travelable region (G 1) in the vehicle width direction, relative to a curve (C road) with which a gradient of the road surface (F road) in the extended region (G 2 to G 4) is approximated. a distance measurement unit which is adapted to detect a height of a road surface (F road) around a vehicle (Vc); a travelable region circuit which is adapted to estimate a travelable region (G 1) in a traveling direction (Da) of the vehicle (Vc); characterized by a road surface gradient circuit which is adapted to approximate with a curve (C road), a gradient of the road surface (F road) in the travelable region (G 1) in a vehicle width direction, based on the height of the road surface (F road) detected by the distance measurement unit; and a step detection circuit which is adapted to detect a step on the road surface (F road), based on an agreement degree of a height of a measurement point (Im 1 to Im 3) set in the travelable region (G 1) relative to the curve (C road), and an agreement degree of a height of a measurement point (Im 4 to Im 7) set in an extended region (G 2 to G 4), defined by extending the travelable region (G 1) in the vehicle width direction, relative to a curve (C road) with which a gradient of the road surface (F road) in the extended region (G 2 to G 4) is approximated.
A portable irradiation device for treatment of jaundice, comprising: a hollow squeezing part operable to squeeze air therein out; a sucker having a first end opening portion and a second end opening portion, the first end opening portion being hermetically connected with the squeezing part, the second end opening portion being configured to be attached to a human body by means of a difference in air pressure between inside and outside the sucker; and a blue light irradiation unit located in a space surrounded by the squeezing part and/or the sucker, wherein the portable irradiation device further comprising: a control unit configured to ignite the blue light irradiation unit in response to the air pressure inside the sucker being smaller than or equal to a predetermined threshold, and to extinguish the blue light irradiation unit in response to the air pressure inside the sucker being greater than the predetermined threshold. a hollow squeezing part operable to squeeze air therein out; a sucker having a first end opening portion and a second end opening portion, the first end opening portion being hermetically connected with the squeezing part, the second end opening portion being configured to be attached to a human body by means of a difference in air pressure between inside and outside the sucker; and a blue light irradiation unit located in a space surrounded by the squeezing part and/or the sucker, wherein the portable irradiation device further comprising: a control unit configured to ignite the blue light irradiation unit in response to the air pressure inside the sucker being smaller than or equal to a predetermined threshold, and to extinguish the blue light irradiation unit in response to the air pressure inside the sucker being greater than the predetermined threshold.
A magnetic resonance imaging apparatus comprising: a sequence controller configured to perform, for each of multiple black blood time to inversion, hereinafter referred to as BBTI, of different lengths, data acquisition for acquiring, at a same cardiac phase, data on slices of a heart after each of the multiple BBTIs since application of a tag pulse on a tag region; and a display controller configured to display analysis images that are multiple results of analysis of the data acquired for the multiple BBTIs, in one panel and in a matrix whos axes represent a direction of the multiple BBTIs and a direction of the slices such that a relationship between the multiple BBTIs and the slices can be identified, each of the analysis images being a color map image in which a color corresponding to signal values in a segment is allocated on a segment-by-segment basis. a sequence controller configured to perform, for each of multiple black blood time to inversion, hereinafter referred to as BBTI, of different lengths, data acquisition for acquiring, at a same cardiac phase, data on slices of a heart after each of the multiple BBTIs since application of a tag pulse on a tag region; and a display controller configured to display analysis images that are multiple results of analysis of the data acquired for the multiple BBTIs, in one panel and in a matrix whos axes represent a direction of the multiple BBTIs and a direction of the slices such that a relationship between the multiple BBTIs and the slices can be identified, each of the analysis images being a color map image in which a color corresponding to signal values in a segment is allocated on a segment-by-segment basis.
A cordless power tool, comprising: a housing; a motor disposed in the housing; a gear case disposed in the housing that couples the motor to an output member, the gear case including multi-speed transmission having a plurality of speed ranges including a high speed/light torque range; a controller coupled to the motor that controls the speed of the motor; wherein the power tool is a variable speed power tool having a trigger, the controller allowing the motor speed to follow a natural torque-speed curve of the motor when the trigger is in less than a full on position when the multi-speed transmission is in the high speed/light torque range: characterized in that the controller maintains an output speed of the motor constant when the multi-speed transmission is in the high speed/light torque range and the trigger is in the full on position until motor power reaches a predetermined percentage of maximum watts out of the motor and then allowing motor speed to follow the natural torque-speed curve of the motor. a housing; a motor disposed in the housing; a gear case disposed in the housing that couples the motor to an output member, the gear case including multi-speed transmission having a plurality of speed ranges including a high speed/light torque range; a controller coupled to the motor that controls the speed of the motor;
Arrangement for manoeuvring a floating vessel with reduced need for or without the need for rudder deflection, the vessel towing a load, such as a trawl, comprising at least two tow lines (6, 7) coupled to a respective winch (2, 3) on board said vessel, and at least two blocks (4, 5) at the aft end of the vessel, over which a respective tow line (6, 7) extends, at least one of the blocks (4, 5) being moveable transverse to the longitudinal axis of the vessel and/or longitudinally of the vessel; the position of the moveable block(s) (4, 5) defining a point of attack for a tension force from the tow line (6, 7), wherein the arrangement further comprises a manoeuvring unit, the manoeuvring unit being adapted to receive input from a navigation system, and said manoeuvring unit being coupled to an actuator moving said block(s) (4, 5) transverse of the longitudinal axis of the vessel and/or longitudinally of the vessel, in order to change the moment of force of the tension force about a rotational centre of the vessel, and that the manoeuvring unit is equipped with a calculation unit, which detects the tension force of the tow line(s) and calculates the moment of force from the tension force on the vessel, whereby the manoeuvring unit is adapted to use a change in said moment of force to manoeuvre the vessel, that the manoeuvring unit is coupled to at least one of said winches (2, 3), and being adapted to reel out or in tow line (6, 7) to reduce or increase tension in the tow line (6, 7) coupled to said winch (2, 3), and that the manoeuvring unit further is coupled to a rudder on the vessel, so that the manoeuvring unit, if required, initiates a rudder deflection to achieve a desired course for the vessel.
Use of 2,2'-Methylenebis[4-methyl-6-t-butylphenol], 2,2'-Methylenebis[4-ethyl-6-t-butylphenol], or 2,2-Methylenebis[4-methyl-6-(α-methylcyclohexyl)phenol] in an amount of 0.1 to 3 wt.% in a lubricating oil composition further comprising an oil of lubricating viscosity and containing or contaminated with at least 0.1 wt.% of a biodiesel fuel, based on the total weight of the lubricating oil composition, for reducing lead corrosion of a diesel engine.
A method for double-camera-based imaging, the method comprising the following actions: acquiring a first image by a main camera, and acquiring a second image by an auxiliary camera; determining a selected shooting mode; determining a main image resolution by performing a multiplication operation on a resolution of the main camera and a regulation coefficient corresponding to the selected shooting mode, and determining an auxiliary image resolution by performing the multiplication operation on a resolution of the auxiliary camera and the regulation coefficient corresponding to the selected shooting mode, wherein the regulation coefficient indicates a proportional relationship between a regulated resolution and an unregulated resolution, and wherein the shooting mode comprises a full-length mode and a half-length mode; and the full-length mode has a regulation coefficient that is higher than a regulation coefficient corresponding to the half-length mode; a full-length portrait can be shot in the full-length mode, and a half-length portrait can be shot in the half-length mode; converting the first image into a main image with the main image resolution; converting the second image into an auxiliary image with the auxiliary image resolution; and acquiring depth information of the main image according to the main image and the auxiliary image; and performing blurring processing on the main image according to the depth information of the main image to obtain the required target image. acquiring a first image by a main camera, and acquiring a second image by an auxiliary camera; determining a selected shooting mode; determining a main image resolution by performing a multiplication operation on a resolution of the main camera and a regulation coefficient corresponding to the selected shooting mode, and determining an auxiliary image resolution by performing the multiplication operation on a resolution of the auxiliary camera and the regulation coefficient corresponding to the selected shooting mode, wherein the regulation coefficient indicates a proportional relationship between a regulated resolution and an unregulated resolution, and wherein the shooting mode comprises a full-length mode and a half-length mode; and the full-length mode has a regulation coefficient that is higher than a regulation coefficient corresponding to the half-length mode; a full-length portrait can be shot in the full-length mode, and a half-length portrait can be shot in the half-length mode; converting the first image into a main image with the main image resolution; converting the second image into an auxiliary image with the auxiliary image resolution; and acquiring depth information of the main image according to the main image and the auxiliary image; and performing blurring processing on the main image according to the depth information of the main image to obtain the required target image.
Belt retractor for a motor vehicle, comprising - a belt shaft, - a belt extension length sensor for measuring a belt extension length of a belt, - a reversible belt tensioner for reversible pretensioning of the belt over the belt shaft, - an electronic pretensioning control unit for controlling the reversible belt tensioner, - a means for determining a seat belt fastening state of an occupant on the basis of the signal from the belt extension length sensor, - the means for determining a seat belt fastening state being arranged in the electronic pretensioning control unit, characterized in that - the electronic pretensioning control unit detects a correct seat belt fastening state when a belt buckle sensor outputs a locking signal, the belt extension length measured by the belt extension length sensor exceeds a defined limit value and the means detects a dynamic change in the belt extension length. - a belt shaft, - a belt extension length sensor for measuring a belt extension length of a belt, - a reversible belt tensioner for reversible pretensioning of the belt over the belt shaft, - an electronic pretensioning control unit for controlling the reversible belt tensioner, - a means for determining a seat belt fastening state of an occupant on the basis of the signal from the belt extension length sensor, - the means for determining a seat belt fastening state being arranged in the electronic pretensioning control unit, - the electronic pretensioning control unit detects a correct seat belt fastening state when a belt buckle sensor outputs a locking signal, the belt extension length measured by the belt extension length sensor exceeds a defined limit value and the means detects a dynamic change in the belt extension length.
Process of providing a protection, passivation or encapsulation layer on an organic field effect transistor (OFET), organic light emitting diode (OLED) or organic photovoltaic device or a component thereof, comprising the step of exposing the OFET, OLED or OPV device or the component to a beam of particles of low energy, thereby depositing a layer of said particles on the organic electronic device or its component, characterized in that the process for providing said layer does not include a process or process step selected from the group consisting of vapour deposition processes, plasma or ion enhanced deposition processes, or plasma or ion assisted deposition processes, the deposition step is a direct deposition and the particle beam is a beam of weakly accelerated plasma or ions provided by an end Hall source, and the predominating particle energy is from 0.1 to 30 eV.
A surgical robotic system comprising: an input device; and a controller for receiving control inputs from the input device and for providing haptic feedback at the input device having a logical haptic feedback relationship to surgical instrument forces, the controller configured to apply a staged transition from a first haptic feedback force profile at the input device to a second haptic feedback force profile at the input device when the surgical system transitions from a first control state associated with the first haptic feedback force profile to a second control state associated with the second haptic feedback force profile; and the controller configured to maintain the first haptic feedback force profile at the input device when the surgical system transitions from the first control state associated with the first haptic feedback force profile to a third control state for which haptic feedback is not associated. an input device; and a controller for receiving control inputs from the input device and for providing haptic feedback at the input device having a logical haptic feedback relationship to surgical instrument forces, the controller configured to apply a staged transition from a first haptic feedback force profile at the input device to a second haptic feedback force profile at the input device when the surgical system transitions from a first control state associated with the first haptic feedback force profile to a second control state associated with the second haptic feedback force profile; and the controller configured to maintain the first haptic feedback force profile at the input device when the surgical system transitions from the first control state associated with the first haptic feedback force profile to a third control state for which haptic feedback is not associated.
A personal voice assistant authentication method, comprising: authenticating a user of a mobile application executing on a first client device to a service executing on one or more servers, wherein the one or more servers are communicatively coupled with the first client device via one or more computing networks, and wherein the service is configured to interact with one or more personal voice assistants; based on the authenticating, providing, to the first client device via one or more of the computing networks, a speakable credential, wherein the speakable credential is capable of being spoken aloud, and wherein the providing triggers the first client device to provide, as output using one or more output devices of the first client device, the speakable credential; receiving, directly or indirectly from a personal voice assistant associated with a second client device, data that is generated in response to speech input received at the second client device, wherein the speech input included an utterance by the user of the speakable credential; matching the data to the speakable credential; and authenticating the personal voice assistant associated with the second client device with the service based on the matching, all the steps of the method being performed by a system. authenticating a user of a mobile application executing on a first client device to a service executing on one or more servers, wherein the one or more servers are communicatively coupled with the first client device via one or more computing networks, and wherein the service is configured to interact with one or more personal voice assistants; based on the authenticating, providing, to the first client device via one or more of the computing networks, a speakable credential, wherein the speakable credential is capable of being spoken aloud, and wherein the providing triggers the first client device to provide, as output using one or more output devices of the first client device, the speakable credential; receiving, directly or indirectly from a personal voice assistant associated with a second client device, data that is generated in response to speech input received at the second client device, wherein the speech input included an utterance by the user of the speakable credential; matching the data to the speakable credential; and authenticating the personal voice assistant associated with the second client device with the service based on the matching,
A medico-surgical tube including a shaft, and a first member of elongate form extending along the shaft within its wall along a substantially straight line extending parallel to the axis of the shaft, the tube also including a second member, said second member being a reinforcement member extending along a part at least of the length of the shaft, wherein the reinforcement member has portions extending around the shaft, characterised in that the portions extend up to but without crossing the first, elongate member.
An optical cable (101, 102) comprising: - one or more main fiber optic modules each comprising optical fibers arranged inside an outer sheath, - a protective enclosure surrounding said main fiber optic module(s), and - an inner optical cable arranged inside said protective enclosure, said inner optical cable comprising a protective enclosure surrounding one or more inner fiber optic modules, each inner module comprising optical fibers surrounded by an outer sheath, and at least one inner fiber optic module of the inner optical cable being connected to at least one of the main fiber optic modules of the optical cable, characterized in that the inner optical cable extends inside a tube that is specific to it, said inner optical cable having sufficient play inside said tube to be able to be removed from said tube, the main module(s) being arranged around said tube. - one or more main fiber optic modules each comprising optical fibers arranged inside an outer sheath, - a protective enclosure surrounding said main fiber optic module(s), and - an inner optical cable arranged inside said protective enclosure, said inner optical cable comprising a protective enclosure surrounding one or more inner fiber optic modules, each inner module comprising optical fibers surrounded by an outer sheath, and at least one inner fiber optic module of the inner optical cable being connected to at least one of the main fiber optic modules of the optical cable,
A topically applicable composition for lightening or depigmenting skin, comprising: - in the range of from 0.00005% to 0.5% of a compound which is an inhibitor of a Type I, K+/H+ ATPase, the compound being selected from omeprazole, esomeprazole, lansoprazole, pantoprazole, rabeprazole, leminoprazole, timoprazole, and sulfides and sodium salts thereof, and; - a sunscreen compound; said topically applicable composition being formulated into a topically applicable, cosmetically or dermatologically acceptable vehicle, carrier or diluent therefor. - in the range of from 0.00005% to 0.5% of a compound which is an inhibitor of a Type I, K+/H+ ATPase, the compound being selected from omeprazole, esomeprazole, lansoprazole, pantoprazole, rabeprazole, leminoprazole, timoprazole, and sulfides and sodium salts thereof, and; - a sunscreen compound;