mhurhangee/ep-ind-claims huggingface dataset:
A radio terminal comprising: a receiver section configured to receive a control signal from a base station; and a blind decoding section configured to acquire resource information identified by group identifiers assigned to a plurality of radio terminals including the radio terminal from the control signal received by the receiver section; characterised in that, the receiver section is further configured to receive the control signal in a manner that uplink resource information is identified by an uplink group identifier assigned to the plurality of radio terminals and downlink resource information is identified by a downlink group identifier assigned to the plurality of radio terminals. a receiver section configured to receive a control signal from a base station; and a blind decoding section configured to acquire resource information identified by group identifiers assigned to a plurality of radio terminals including the radio terminal from the control signal received by the receiver section; characterised in that, the receiver section is further configured to receive the control signal in a manner that uplink resource information is identified by an uplink group identifier assigned to the plurality of radio terminals and downlink resource information is identified by a downlink group identifier assigned to the plurality of radio terminals.
A current sensor, comprising a flat housing of plastic having a lower side, an upper side, and four side walls, electrical terminals, and a flat conductor, through which a current to be measured flows, wherein the flat conductor includes a section having two straight side edges (12, 13), wherein the current to be measured flows in the section in the direction extending straight and in parallel to the side edges (12, 13), a semiconductor chip having two magnetic field sensors, wherein the two magnetic field sensors are arranged in the region above or below the side edges (12, 13) of the section of the conductor, where the component of the magnetic field detected by the two magnetic field sensors points in opposite directions at the locations of the two magnetic field sensors, characterized in that the two magnetic field sensors are arranged between the side edges (12, 13) of the section of the conductor on the side of the respective side edge (12, 13) facing toward the center of the conductor. a flat housing of plastic having a lower side, an upper side, and four side walls, electrical terminals, and a flat conductor, through which a current to be measured flows, wherein the flat conductor includes a section having two straight side edges (12, 13), wherein the current to be measured flows in the section in the direction extending straight and in parallel to the side edges (12, 13), a semiconductor chip having two magnetic field sensors, wherein the two magnetic field sensors are arranged in the region above or below the side edges (12, 13) of the section of the conductor, where the component of the magnetic field detected by the two magnetic field sensors points in opposite directions at the locations of the two magnetic field sensors, characterized in that the two magnetic field sensors are arranged between the side edges (12, 13) of the section of the conductor on the side of the respective side edge (12, 13) facing toward the center of the conductor.
A method for dimming luminous means operated by means of an operating device, in particular a converter for at least one LED and/or OLED, having the following steps: - phase control of a power supply of the operating device, - feeding the power supply having phase control to an energy store (ES, PVF), in particular a passive valley fill circuit, i.e., a passive power factor correcting circuit, of the operating device, - evaluating the output voltage of the energy store (ES, PVF), in particular the variance of the output voltage of the energy store (ES, PVF) caused by the phase control in order to independently set the parameters determining the lighting power of the luminous means for operating an operating circuit connected downstream thereof, and - conducting the output voltage of the energy store (ES, PVF) to the power supply of the luminous means, wherein the energy store (ES, PVF) is an energy store of a power factor correcting circuit. - phase control of a power supply of the operating device, - feeding the power supply having phase control to an energy store (ES, PVF), in particular a passive valley fill circuit, i.e., a passive power factor correcting circuit, of the operating device, - evaluating the output voltage of the energy store (ES, PVF), in particular the variance of the output voltage of the energy store (ES, PVF) caused by the phase control in order to independently set the parameters determining the lighting power of the luminous means for operating an operating circuit connected downstream thereof, and - conducting the output voltage of the energy store (ES, PVF) to the power supply of the luminous means, wherein the energy store (ES, PVF) is an energy store of a power factor correcting circuit.
A tire (10, 110) comprising: a tread portion; a sidewall portion; a bead portion; a bead core provided in the bead portion; and a carcass ply covering at least a portion around the bead core, wherein the carcass ply includes a sewn portion (80, 180) in which a conductive thread (81, 82) is sewn, wherein the tire (10, 110) further comprises: a conductive portion extending along the carcass ply and located outside the carcass ply in a tire radial direction in the tread portion; and a chafer portion having conductivity and covering at least a portion around the carcass ply, characterized in that the sewn portion (80, 180) is sewn through the carcass ply, and includes a first seam portion which is in contact with the chafer portion and a second seam portion which is in contact with the conductive portion; wherein a volume resistivity of the conductive portion is smaller than a volume resistivity of the chafer portion. a tread portion; a sidewall portion; a bead portion; a bead core provided in the bead portion; and a carcass ply covering at least a portion around the bead core, wherein the carcass ply includes a sewn portion (80, 180) in which a conductive thread (81, 82) is sewn, wherein the tire (10, 110) further comprises: a conductive portion extending along the carcass ply and located outside the carcass ply in a tire radial direction in the tread portion; and a chafer portion having conductivity and covering at least a portion around the carcass ply, characterized in that the sewn portion (80, 180) is sewn through the carcass ply, and includes a first seam portion which is in contact with the chafer portion and a second seam portion which is in contact with the conductive portion; wherein a volume resistivity of the conductive portion is smaller than a volume resistivity of the chafer portion. a conductive portion extending along the carcass ply and located outside the carcass ply in a tire radial direction in the tread portion; and a chafer portion having conductivity and covering at least a portion around the carcass ply, characterized in that the sewn portion (80, 180) is sewn through the carcass ply, and includes a first seam portion which is in contact with the chafer portion and a second seam portion which is in contact with the conductive portion; wherein a volume resistivity of the conductive portion is smaller than a volume resistivity of the chafer portion.
A laryngoscope blade for use in viewing the vocal cords of a patient in performance of an endotracheal intubation, comprising: a laryngoscope blade portion connectable to a laryngoscope handle configured to lift the patient's tongue and mandible for viewing the vocal cords and aid in the insertion of an endotracheal tube; and characterised in a black light source carried by the blade portion configured to prompt the visible effects of fluorescence and phosphorescence with respect to the patient's vocal cords for viewing the vocal cords and passing of the endotracheal tube there between during endotracheal intubation. a laryngoscope blade portion connectable to a laryngoscope handle configured to lift the patient's tongue and mandible for viewing the vocal cords and aid in the insertion of an endotracheal tube; and characterised in a black light source carried by the blade portion configured to prompt the visible effects of fluorescence and phosphorescence with respect to the patient's vocal cords for viewing the vocal cords and passing of the endotracheal tube there between during endotracheal intubation.
A display device for a graphic meter comprising: a design pattern on which a plurality of indexes are arranged; an indicating member configured to move along the indexes, and indicate a position corresponding to a measured amount of a moving object to display the measured amount by a collaboration of the indexes and the indicating member; a display member configured to display an afterimage of the indicating member extending in a direction (M') opposite to a moving direction of the indicating member; and a display control member configured to control the display member to display the afterimage, wherein a part of the indicating member is overlapped with an area on which the indexes are arranged, characterized in that the display control member makes the afterimage extend from only a tip of the indicating member to be overlapped with the area on which the indexes are arranged, and makes the indexes visible through the afterimage. a design pattern on which a plurality of indexes are arranged; an indicating member configured to move along the indexes, and indicate a position corresponding to a measured amount of a moving object to display the measured amount by a collaboration of the indexes and the indicating member; a display member configured to display an afterimage of the indicating member extending in a direction (M') opposite to a moving direction of the indicating member; and a display control member configured to control the display member to display the afterimage, wherein a part of the indicating member is overlapped with an area on which the indexes are arranged, characterized in that the display control member makes the afterimage extend from only a tip of the indicating member to be overlapped with the area on which the indexes are arranged, and makes the indexes visible through the afterimage.
Device for processing an electrical signal comprising at least one high-frequency data signal component and at least one low-frequency power supply signal component, said electrical signal being conveyed in a sheath comprising at least two conductors of an electrical network, said device comprising impedance matching means in a frequency band of said high-frequency signal component, said impedance matching means being determined as a function of at least one characteristic of said conductors, said device being characterized in that it further comprises: at least two high-pass filters, arranged upstream of said matching means and respectively connected to said at least two conductors of the sheath, and at least two high-pass filters, arranged downstream of said matching means and respectively connected to at least two conductors for the power supply of an electrical equipment item, the cut-off frequency of said high-pass filters lying between said low frequency and said high frequency; and means for transmitting said low-frequency signal component arranged in parallel to said impedance matching means. at least two high-pass filters, arranged upstream of said matching means and respectively connected to said at least two conductors of the sheath, and at least two high-pass filters, arranged downstream of said matching means and respectively connected to at least two conductors for the power supply of an electrical equipment item, the cut-off frequency of said high-pass filters lying between said low frequency and said high frequency; and means for transmitting said low-frequency signal component arranged in parallel to said impedance matching means.
An apparatus for activating microorganisms in slurry comprising a first container having an upper end and having a lower end, having organic material and mineral material arranged in the container, wherein the organic material and the mineral material are arranged in a longitudinal direction in layers in the first container between the upper end of the first container and the lower end of the first container, and wherein a beechwood layer, a cotton layer, a rock crystal layer, a further cotton layer, a quartz sand layer, a further beechwood layer, a rose quartz layer, a further cotton layer, a microorganism powder layer, and a further cotton layer are arranged following on from one another in the longitudinal direction from the lower end to the upper end of the first container, and wherein a first copper spiral extending in the longitudinal direction is arranged in the first container, and wherein the first container and a second container are arranged and connected in parallel next to one another, and wherein a cotton layer, a quartz sand layer, a further cotton layer, a microorganism powder layer, and a cotton layer are arranged following on from one another in the longitudinal direction from a lower end of the second container to an upper end of the second container. wherein the organic material and the mineral material are arranged in a longitudinal direction in layers in the first container between the upper end of the first container and the lower end of the first container, and wherein a beechwood layer, a cotton layer, a rock crystal layer, a further cotton layer, a quartz sand layer, a further beechwood layer, a rose quartz layer, a further cotton layer, a microorganism powder layer, and a further cotton layer are arranged following on from one another in the longitudinal direction from the lower end to the upper end of the first container, and wherein a first copper spiral extending in the longitudinal direction is arranged in the first container, and wherein the first container and a second container are arranged and connected in parallel next to one another, and wherein a cotton layer, a quartz sand layer, a further cotton layer, a microorganism powder layer, and a cotton layer are arranged following on from one another in the longitudinal direction from a lower end of the second container to an upper end of the second container.
A system (200; 400) for assessing fluid content in a patient using a calculated speed of sound, comprising: three ultrasound transducers separated by a fixed distance from one another; a retention element housing the three ultrasound transducers and configured to be placed at least partially about a circumference of a soft tissue of the patient; and an ultrasound reflector configured to be held by the retention element (110, 210) and configured for placement proximate the soft tissue of the patient, wherein the ultrasound reflector is moveable relative to the ultrasound transducers to position the ultrasound reflector opposite the ultrasound transducers; wherein the system is configured to calculate the speed of sound through the soft tissue of the patient, without directly measuring the diameter of the soft tissue, based on the fixed distance between each of the three ultrasound transducers by triangulating ultrasound signals between the three ultrasound transducers and the ultrasound reflector. three ultrasound transducers separated by a fixed distance from one another; a retention element housing the three ultrasound transducers and configured to be placed at least partially about a circumference of a soft tissue of the patient; and an ultrasound reflector configured to be held by the retention element (110, 210) and configured for placement proximate the soft tissue of the patient, wherein the ultrasound reflector is moveable relative to the ultrasound transducers to position the ultrasound reflector opposite the ultrasound transducers; wherein the system is configured to calculate the speed of sound through the soft tissue of the patient, without directly measuring the diameter of the soft tissue, based on the fixed distance between each of the three ultrasound transducers by triangulating ultrasound signals between the three ultrasound transducers and the ultrasound reflector.
A communication network configured to monitor node states within a chain based network that comprises a plurality of working devices, the communication network comprising: a first base-station configured to transmit a ping signal; a plurality of nodes (108A-J) each configured to receive the ping signal, transmit an acknowledgement signal upon receipt of the ping signal, and transmit the ping signal; and a second base-station configured to receive the ping signal and transmit data related to the plurality of nodes based on the ping signal, the communication network characterized in that each of the plurality of nodes (108A-J) is further configured to be coupled to a corresponding working device (110A-J) of the chain based network, and wherein each of the plurality of nodes (108A-J) is further configured to cease operation when the working device (110A-J) ceases operation. a first base-station configured to transmit a ping signal; a plurality of nodes (108A-J) each configured to receive the ping signal, transmit an acknowledgement signal upon receipt of the ping signal, and transmit the ping signal; and a second base-station configured to receive the ping signal and transmit data related to the plurality of nodes based on the ping signal, the communication network characterized in that each of the plurality of nodes (108A-J) is further configured to be coupled to a corresponding working device (110A-J) of the chain based network, and wherein each of the plurality of nodes (108A-J) is further configured to cease operation when the working device (110A-J) ceases operation.
Connecting device for a ribbon cable, with a base member which has a supporting surface designed for supporting a cable portion, and with a cover member which is connectable to the base member and is provided with a press-on surface and which is provided with contact elements for producing an electrical contact with the individual conductors (2a, 2b, 2c, 2d) of the ribbon cable, characterized in that the base member has first guiding and holding means (8a, 8b; 9a, 9b) in the form of two side walls (8a, 8b) which are directed longitudinally with respect to the profile of the ribbon cable and extend perpendicularly to the flat supporting surface, wherein the side walls (8a, 8b) are adapted in their distance from each other to the width of the ribbon cable, and wherein each side wall (8a, 8b) is provided with a holding device (9a, 9b) for the longitudinally displaceable holding of the ribbon cable, and therefore that portion of the ribbon cable which lies against the flat supporting surface can be guided in a longitudinally displaceable manner and held in the base member before the cover member is fitted, and wherein the first guiding and holding means (8a, 8b; 9a, 9b) and the supporting surface form a cross-sectional contour, which is open on one side, in such a manner that the ribbon cable is introducible into the cross-sectional contour from the open side thereof and is placable against the supporting surface, and wherein the base member is formed with second guiding and holding means (10a, 10b; 11a, 11b) for the displaceable guiding and holding of the cover member.
Method for producing flour from grain, characterized by the following steps: - material bed comminution of the grain in a grinder designed as a material bed roller mill having - at least one feed opening; - rollers; - a draw-in region; - a grinding gap between the rollers; and - at least one delivery opening; wherein the grain is drawn in by the rollers from a filled material shaft or funnel such that a material bed is produced in the draw-in region, and wherein the grinding gap is larger than a typical grain particle; - conveying the ground grain into a separating stage by means of a conveying arrangement; - separating the ground grain in the separating stage into finer ground product and coarser ground product; - returning at least some of the coarser ground product into the feed opening of the material bed roller mill by means of a return arrangement; - discharging the finer ground product from the separating stage. - material bed comminution of the grain in a grinder designed as a material bed roller mill having - at least one feed opening; - rollers; - a draw-in region; - a grinding gap between the rollers; and - at least one delivery opening; wherein the grain is drawn in by the rollers from a filled material shaft or funnel such that a material bed is produced in the draw-in region, and wherein the grinding gap is larger than a typical grain particle; - at least one feed opening; - rollers; - a draw-in region; - a grinding gap between the rollers; and - at least one delivery opening; - conveying the ground grain into a separating stage by means of a conveying arrangement; - separating the ground grain in the separating stage into finer ground product and coarser ground product; - returning at least some of the coarser ground product into the feed opening of the material bed roller mill by means of a return arrangement; - discharging the finer ground product from the separating stage.
A wet cooling tower for cooling water used in a process, wherein the wet cooling tower has a fan deck, a fan cylinder positioned upon the fan deck, a fan for producing an airflow that cools the water, the fan being located within the fan cylinder and comprising a hub to which are connected a plurality of fan blades, a basin for collecting cooled water, and a fan drive system for causing rotation of the fan, characterized in that the fan drive system is a direct-drive system comprising: a high torque variable speed permanent magnet motor having a maximum output of 133 HP/100 kW and comprising a rotatable shaft that is directly connected to the hub, the permanent magnet motor having a rotational speed between 0 RPM and 250 RPM; and a variable frequency drive device in electrical signal communication with the permanent magnet motor to control the rotational speed of the permanent magnet motor, the variable frequency drive device comprising: a variable frequency controller that has an input for receiving AC power and an output for providing electrical signals that control the operational speed of the permanent magnet motor, and a user interface in electronic data signal communication with the variable frequency controller to allow a user to input motor speed control data, wherein the variable frequency drive device and variable speed permanent magnet motor are supported by the fan deck. a variable frequency controller that has an input for receiving AC power and an output for providing electrical signals that control the operational speed of the permanent magnet motor, and a user interface in electronic data signal communication with the variable frequency controller to allow a user to input motor speed control data, wherein the variable frequency drive device and variable speed permanent magnet motor are supported by the fan deck.
An electrode active material which is used as an active material of a secondary battery, repeating charging and discharging by an electrode reaction in the battery, wherein the electrode active material has, as the main component thereof, a mixture of an organic compound containing a rubeanic acid structure in the structural unit and oxamide.