mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a brake system operable for controlling a steering system, including: a primary brake control module for controlling fluid pressure in the brake system; a secondary brake control module for controlling fluid pressure in the brake system independently of the primary brake control module; at least one brake unit controlled by the primary brake control module or the secondary brake control module, the least one brake unit used for decelerating a vehicle; at least one hydraulic motor controlled by the secondary brake control module; a steering system used for steering the vehicle, the at least one hydraulic motor being part of the steering system; at least one wheel being part of the steering system; a virtual driver in electrical communication with the primary brake control module and the secondary brake control module; a first mode of operation, the at least one wheel being configured to make a right-hand turn during the first mode of operation; and a second mode of operation, the at least one wheel being configured to make a left-hand turn during the second mode of operation; wherein the virtual driver is able to send commands to the secondary brake control module such that the secondary brake control module operates the at least one hydraulic motor in the first mode of operation to make the right-hand turn, and the secondary brake control module operates the at least one hydraulic motor in the second mode of operation to make the left-hand turn. a primary brake control module for controlling fluid pressure in the brake system; a secondary brake control module for controlling fluid pressure in the brake system independently of the primary brake control module; at least one brake unit controlled by the primary brake control module or the secondary brake control module, the least one brake unit used for decelerating a vehicle; at least one hydraulic motor controlled by the secondary brake control module; a steering system used for steering the vehicle, the at least one hydraulic motor being part of the steering system; at least one wheel being part of the steering system; a virtual driver in electrical communication with the primary brake control module and the secondary brake control module; a first mode of operation, the at least one wheel being configured to make a right-hand turn during the first mode of operation; and a second mode of operation, the at least one wheel being configured to make a left-hand turn during the second mode of operation; wherein the virtual driver is able to send commands to the secondary brake control module such that the secondary brake control module operates the at least one hydraulic motor in the first mode of operation to make the right-hand turn, and the secondary brake control module operates the at least one hydraulic motor in the second mode of operation to make the left-hand turn.
A battery module, which includes a cell stack having a plurality of battery cells stacked in one direction, and an inter connection board assembly electrically connected to the plurality of battery cells to sense voltage information, wherein the ICB assembly includes: a front bus bar frame assembled to a front side of the cell stack and a rear bus bar frame assembled to a rear side of the cell stack, the front bus bar frame and the rear bus bar frame respectively having a plurality of bus bars that are in contact with electrode leads of the battery cells; a sensing member assembled such that one side thereof is fixed to the front bus bar frame and the other side thereof is fixed to the rear bus bar frame; and at least one bridge plate connected to the front bus bar frame and the rear bus bar frame to keep a gap between the front bus bar frame and the rear bus bar frame constant, wherein the at least one bridge plate includes two bridge plates, wherein the two bridge plates are disposed at both side surfaces of the top end of the front bus bar frame and the rear bus bar frame one by one, and the two bridge plates are coupled to both side surfaces of the front bus bar frame and the rear bus bar frame below the top surface thereof, wherein at least one of the front bus bar frame and the rear bus bar frame has a bridge assembling portion formed at a top end of both side surfaces thereof so that an end portion of the bridge plates is hinged thereto, wherein the bridge assembling portion has a hinge shaft formed to protrude from a surface thereof, and the end portion of the bridge plates has a perforated hole into which the hinge shaft is inserted. a front bus bar frame assembled to a front side of the cell stack and a rear bus bar frame assembled to a rear side of the cell stack, the front bus bar frame and the rear bus bar frame respectively having a plurality of bus bars that are in contact with electrode leads of the battery cells; a sensing member assembled such that one side thereof is fixed to the front bus bar frame and the other side thereof is fixed to the rear bus bar frame; and at least one bridge plate connected to the front bus bar frame and the rear bus bar frame to keep a gap between the front bus bar frame and the rear bus bar frame constant, wherein the at least one bridge plate includes two bridge plates, wherein the two bridge plates are disposed at both side surfaces of the top end of the front bus bar frame and the rear bus bar frame one by one, and the two bridge plates are coupled to both side surfaces of the front bus bar frame and the rear bus bar frame below the top surface thereof, wherein at least one of the front bus bar frame and the rear bus bar frame has a bridge assembling portion formed at a top end of both side surfaces thereof so that an end portion of the bridge plates is hinged thereto, wherein the bridge assembling portion has a hinge shaft formed to protrude from a surface thereof, and the end portion of the bridge plates has a perforated hole into which the hinge shaft is inserted.
Implantable telemetric device for measuring electromechanical parameters of the heart, comprising a sensor and corresponding processing means for detecting data relating to both the rotation of the heart and the mechanical vibrations which correspond to the first heart sound and the second heart sound, further comprising means which are adapted to use these data for diagnostic and/or therapeutic and/or monitoring purposes, characterized in that said sensor is composed of a single miniature gyroscopic sensor of the piezoelectric fork type or a rotation sensor of another type adapted to generate a broadband electrical signal proportional to the rotation rate (RotR) of the heart and proportional to said mechanical vibrations corresponding to the heart sounds, and in that the device comprises means which are configured to process the broadband signal generated by said sensor, by means of an operation of integration to supply a signal of the angle of rotation of the heart (∫RotRdt) and by means of an operation of derivation to obtain the signal [d(RotR)/dt] of the mechanical vibrations corresponding to the heart sounds (FHS, SHS).
A device comprising: a microphone (120, 202) configured to detect a noise from a surrounding area of the device; an electronic circuit coupled to the microphone (120, 202), wherein the electronic circuit comprises (i) at least one low-pass filter configured to filter the detected noise and (ii) a frequency-to-voltage converter configured to convert a frequency of the filtered detected noise into a voltage; a machine learning unit comprising a processor and a memory, wherein the processor is configured to analyze the detected noise using a machine learning algorithm stored in the memory; and an alarm unit configured to receive, from the machine learning unit, information on the analyzed detected noise and to receive, from the electronic circuit, the voltage, wherein the alarm unit is configured to trigger an alarm if the analyzed detected noise and the voltage satisfy respective predetermined conditions. a microphone (120, 202) configured to detect a noise from a surrounding area of the device; an electronic circuit coupled to the microphone (120, 202), wherein the electronic circuit comprises (i) at least one low-pass filter configured to filter the detected noise and (ii) a frequency-to-voltage converter configured to convert a frequency of the filtered detected noise into a voltage; a machine learning unit comprising a processor and a memory, wherein the processor is configured to analyze the detected noise using a machine learning algorithm stored in the memory; and an alarm unit configured to receive, from the machine learning unit, information on the analyzed detected noise and to receive, from the electronic circuit, the voltage, wherein the alarm unit is configured to trigger an alarm if the analyzed detected noise and the voltage satisfy respective predetermined conditions.
An apparatus for a network entity, said apparatus comprising means adapted to: transmit (301, 403, 501, 603) a semi-persistent scheduling configuration to a user equipment; receive (303, 401, 503, 601) a resource allocation request from the user equipment; transmit (305, 405, 505, 605) a semi-persistent scheduling allocation to the user equipment; and transmit (309, 409, 507, 607) a dynamic resource allocation with an override indicator to the user equipment, wherein the override indicator indicates whether the user equipment should override the semi-persistent scheduling allocation with the dynamic resource allocation. transmit (301, 403, 501, 603) a semi-persistent scheduling configuration to a user equipment; receive (303, 401, 503, 601) a resource allocation request from the user equipment; transmit (305, 405, 505, 605) a semi-persistent scheduling allocation to the user equipment; and transmit (309, 409, 507, 607) a dynamic resource allocation with an override indicator to the user equipment,
A sorter, comprising a plurality of interconnected travelling members that travel along a path; sortation members carried by said travelling members, said sortation members adapted to discharge articles to particular destinations; wherein said travelling members comprise a plurality of slats and said sortation members comprise pushers that travel along said slats to divert articles from a conveying surface, said slats connected in an endless web having an upper portion that defines said conveying surface and a return portion, and a drive that is adapted to propel said travelling members along said path, said drive comprising an endless drive member being reeved about end pulleys and engaging a lower surface of said upper portion or an upper surface of said lower portion to engage said travelling members and a motor to propel said endless drive member and characterized in that it is comprising an electro-adhesion system connected with said endless drive member, said electro-adhesion system, energizes the endless drive member to increase attraction of said endless drive member and said travelling members that are in contact with said endless drive member through electro-adhesion.
An arrangement, including: - at least two electrical drive units for driving a respective one of at least two drawers mounted movably in a common body of an article of furniture, wherein associated with each drive unit is a measuring device for the detection of a force action exerted on the respective drawer by a user, and - at least one control or regulating device for controlling or regulating the drive units, wherein the measurement signals of the measuring device can be fed to the control or regulating device and wherein after receiving the predetermined measurement signal from one of the measuring devices, the control or regulating device can trigger the associated drawer, characterized in that the control or regulating device has an operating mode in which after receiving the predetermined measurement signal from one of the measuring devices, it blocks triggering of the drive units associated with the other measuring devices. - at least two electrical drive units for driving a respective one of at least two drawers mounted movably in a common body of an article of furniture, wherein associated with each drive unit is a measuring device for the detection of a force action exerted on the respective drawer by a user, and - at least one control or regulating device for controlling or regulating the drive units, wherein the measurement signals of the measuring device can be fed to the control or regulating device and wherein after receiving the predetermined measurement signal from one of the measuring devices, the control or regulating device can trigger the associated drawer,
A method of adding a new DSL line set to an already-operating DSL line set, the method comprising: configuring operation of at least one new DSL line in the new DSL line set, before the new DSL line is allowed to train, by setting the transmit power level of one or more tones of the new DSL line low to prevent disruptive crosstalk in the already-operating DSL line set during concurrent use of the new DSL line set and the already-operating DSL line set; transmitting data using the at least one new DSL line in the new DSL line set and the already-operating DSL line set concurrently; evaluating concurrent use of the new DSL line set and the already-operating DSL line set to determine any operational effect of the new DSL line set on the already-operating DSL line set; adjusting operation of the already-operating DSL line set and/or new DSL line set to accommodate the new DSL line set; and raising a transmit power of one or more new DSL lines of the new DSL line set. configuring operation of at least one new DSL line in the new DSL line set, before the new DSL line is allowed to train, by setting the transmit power level of one or more tones of the new DSL line low to prevent disruptive crosstalk in the already-operating DSL line set during concurrent use of the new DSL line set and the already-operating DSL line set; transmitting data using the at least one new DSL line in the new DSL line set and the already-operating DSL line set concurrently; evaluating concurrent use of the new DSL line set and the already-operating DSL line set to determine any operational effect of the new DSL line set on the already-operating DSL line set; adjusting operation of the already-operating DSL line set and/or new DSL line set to accommodate the new DSL line set; and raising a transmit power of one or more new DSL lines of the new DSL line set.
A method implemented on a computing device for individually controlling a power consumption of a plurality of virtual machines residing on a physical host server, comprising: monitoring the power consumptions of each virtual machine of the plurality of virtual machines residing on the physical host server; measuring a peak power drawn by each virtual machine of the plurality of virtual machines residing on the physical host server; determining whether an individual virtual machine of the plurality of virtual machines has exceeded its corresponding virtual machine power budget; in an instance when the individual virtual machine has exceeded its corresponding virtual machine power budget, determining whether a host server power budget of the physical host server has been exceeded; and responsive to a determination that the host server power budget has been exceeded, reducing a power consumption of the individual virtual machine by reducing an amount of processor time allocated to the individual virtual machine, or by reducing an amount of processor time allocated to one or more other virtual machines of the plurality of virtual machines that are lower-priority virtual machines residing on the physical host server, so as to reduce a total power consumption of the physical host server. monitoring the power consumptions of each virtual machine of the plurality of virtual machines residing on the physical host server; measuring a peak power drawn by each virtual machine of the plurality of virtual machines residing on the physical host server; determining whether an individual virtual machine of the plurality of virtual machines has exceeded its corresponding virtual machine power budget; in an instance when the individual virtual machine has exceeded its corresponding virtual machine power budget, determining whether a host server power budget of the physical host server has been exceeded; and responsive to a determination that the host server power budget has been exceeded, reducing a power consumption of the individual virtual machine by reducing an amount of processor time allocated to the individual virtual machine, or by reducing an amount of processor time allocated to one or more other virtual machines of the plurality of virtual machines that are lower-priority virtual machines residing on the physical host server, so as to reduce a total power consumption of the physical host server. determining whether a host server power budget of the physical host server has been exceeded; and responsive to a determination that the host server power budget has been exceeded, reducing a power consumption of the individual virtual machine by reducing an amount of processor time allocated to the individual virtual machine, or by reducing an amount of processor time allocated to one or more other virtual machines of the plurality of virtual machines that are lower-priority virtual machines residing on the physical host server, so as to reduce a total power consumption of the physical host server.
A device for detecting a gaseous analyte in a gas sample, said device comprising a sensor that binds both said analyte and carbon monoxide and undergoes a detectable change when bound to said analyte, said sensor retained in a housing that is constructed of or further retains a carbon monoxide-releasing material, characterized in that said device further comprises a metal or metal oxide carbon monoxide scavenger, that causes the oxidation of carbon monoxide, wherein said metal or metal oxide carbon monoxide scavenger is retained within a housing or within packaging enclosing said housing, or within said device.
Valve assembly for an injection valve, comprising - a valve body including a central longitudinal axis, the valve body comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle axially movable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve needle comprising a protrusion extending in radial direction, and - an electro-magnetic actuator unit being designed to actuate the valve needle, the electro-magnetic actuator unit comprising an armature axially movable in the cavity, wherein the armature comprises an armature cavity, the armature cavity having a first stop surface and a second stop surface, the normals of the stop surfaces (42a, 42b) being essentially orientated in axial direction, the second stop surface essentially facing the first stop surface, and the protrusion of the valve needle being arranged in the armature cavity axially between the first stop surface and the second stop surface in such a manner that a relative movement between the valve needle and the armature in axial direction is limited in that the valve needle may float between the two stop surfaces (42a, 42b) of the armature in the range of a blind lift to perform the opening and closing movement, the armature comprises an armature main body and an armature retainer, the armature retainer being fixedly coupled to the armature main body and being shaped in a manner that the armature retainer and the armature main body form the armature cavity, characterized in that a spring element is arranged in the armature cavity axially between the protrusion of the valve needle and the armature retainer. - a valve body including a central longitudinal axis, the valve body comprising a cavity with a fluid inlet portion and a fluid outlet portion, - a valve needle axially movable in the cavity, the valve needle preventing a fluid flow through the fluid outlet portion in a closing position and releasing the fluid flow through the fluid outlet portion in further positions, the valve needle comprising a protrusion extending in radial direction, and - an electro-magnetic actuator unit being designed to actuate the valve needle, the electro-magnetic actuator unit comprising an armature axially movable in the cavity, wherein
A Stirling engine comprising: an engine unit; a heater heat exchanger; a regenerator; and a cooler heat exchanger, wherein an engine main body including at least the engine unit and the cooler heat exchanger and a heater structure including at least the heater heat exchanger are separately structured, and characterized in that the engine main body and the heater structure are connected via a coupling pipe portion. an engine unit; a heater heat exchanger; a regenerator; and a cooler heat exchanger, wherein an engine main body including at least the engine unit and the cooler heat exchanger and a heater structure including at least the heater heat exchanger are separately structured, and characterized in that the engine main body and the heater structure are connected via a coupling pipe portion.
A program for causing a computer to perform an information processing method for displaying a plurality of first images which correspond to a plurality of frames included in a designated moving image and which are extracted from the designated moving image and a second image captured as a still image, the information processing method comprising: assigning first time information to each of the plurality of first images based on time information corresponding to the designated moving image, wherein the time information corresponding to the designated moving image is an imaging date and time of one of the frames extracted from the designated moving image and the first time information is an imaging date and time of each of the first images; ascending sorting the plurality of first images and the second image based on the first time information and second time information which is an imaging date and time of the second image; and displaying the plurality of first images and the second image arranged in order based on the time information corresponding to the designated moving image and the second time information, wherein, in the displaying, the plurality of first images are displayed such that the plurality of first images are consecutively arranged in order of the assigned first time information in a case where the second image is mixed between two images of the plurality of first images in an ascending order by the ascending sorting. assigning first time information to each of the plurality of first images based on time information corresponding to the designated moving image, wherein the time information corresponding to the designated moving image is an imaging date and time of one of the frames extracted from the designated moving image and the first time information is an imaging date and time of each of the first images; ascending sorting the plurality of first images and the second image based on the first time information and second time information which is an imaging date and time of the second image; and displaying the plurality of first images and the second image arranged in order based on the time information corresponding to the designated moving image and the second time information, wherein, in the displaying, the plurality of first images are displayed such that the plurality of first images are consecutively arranged in order of the assigned first time information in a case where the second image is mixed between two images of the plurality of first images in an ascending order by the ascending sorting.