mhurhangee/ep-ind-claims huggingface dataset:
Electrical switchgear assembly having at least one switchpanel (10,11), in particular for low voltages, having a device area in particular for accommodating withdrawable parts (12a, 12b), switching devices and control devices and the like, having a busbar area, in which the busbars are accommodated running horizontally, having a distribution busbar area, in which the distribution busbars run vertically, and having at least one cable area (17, 18),wherein • at least two switchpanels (10, 11) arranged next to one another are provided, each of which is equipped with at least one cable area for power, control and signal cables, • the cable area for control and signal cables is located on one side of the switchpanel (10, 11) and the cable area for power cables is located on the other side of the switchpanel (10, 11) • the adjacent cable areas (17, 18) for control and signal cables and for power cables can be isolated from one another by means of an insertable partition wall once the cables have been installed and laid and • the distribution busbar area is provided directly adjacent to the busbar area. • at least two switchpanels (10, 11) arranged next to one another are provided, each of which is equipped with at least one cable area for power, control and signal cables, • the cable area for control and signal cables is located on one side of the switchpanel (10, 11) and the cable area for power cables is located on the other side of the switchpanel (10, 11) • the adjacent cable areas (17, 18) for control and signal cables and for power cables can be isolated from one another by means of an insertable partition wall once the cables have been installed and laid and • the distribution busbar area is provided directly adjacent to the busbar area.
A method for displaying cardiac function as a scatter plot, or an approximated curve from the data of the scatter plot, comprising: measuring a large number of continuous thoracic impedance measurement values from a patient using cardiac function measurement means; obtaining, using a processor, (dZ/dt)min values, and the corresponding preceding RR interval values, pre-preceding RR interval values and RR1/RR2 ratio values, by processing the large number of continuous thoracic impedance values measured; displaying on a display controlled by said processor, the (dZ/dt)min values, and the corresponding preceding RR interval values, pre-preceding RR interval values and RR1/RR2 ratio values in a scatter plot in which RR1 or RR1/RR2 is used for one axis and (dZ/dt)min is used for another axis as an indicator of cardiac function, wherein the resulting two-dimensional scatter plot is displayed with predefined model data which indicates a representative distribution pattern in heart failure with atrial fibrillation or sinus rhythm. measuring a large number of continuous thoracic impedance measurement values from a patient using cardiac function measurement means; obtaining, using a processor, (dZ/dt)min values, and the corresponding preceding RR interval values, pre-preceding RR interval values and RR1/RR2 ratio values, by processing the large number of continuous thoracic impedance values measured; displaying on a display controlled by said processor, the (dZ/dt)min values, and the corresponding preceding RR interval values, pre-preceding RR interval values and RR1/RR2 ratio values in a scatter plot in which RR1 or RR1/RR2 is used for one axis and (dZ/dt)min is used for another axis as an indicator of cardiac function, wherein the resulting two-dimensional scatter plot is displayed with predefined model data which indicates a representative distribution pattern in heart failure with atrial fibrillation or sinus rhythm.
Fold-out component, in particular armrest of a vehicle seat, which is rotatable about an axis of rotation from a stowage position into a use position and which is securable in its stowage position by a locking element in the event of an accident, wherein, in the event of an accident, the locking element rotates about an axis of rotation from an actuating position into a locking position, wherein a cam disk is provided on the fold-out component or the armrest, characterized in that the locking element is provided in the form of a cam disk.
A method for adjusting resource configuration, comprising: sending, by a radio network controller, configuration information of an uplink common enhanced dedicated transport channel E-DCH resource pool to a base station, wherein the configuration information of an uplink common E-DCH resource pool comprises information of a first resource pool to which a first transmission time interval corresponds and information of a second resource pool to which a second transmission time interval corresponds; receiving, by the radio network controller, indication information that the base station sends according to usage of the resource pool; and adjusting, by the radio network controller, configuration of the first resource pool according to the indication information. sending, by a radio network controller, configuration information of an uplink common enhanced dedicated transport channel E-DCH resource pool to a base station, wherein the configuration information of an uplink common E-DCH resource pool comprises information of a first resource pool to which a first transmission time interval corresponds and information of a second resource pool to which a second transmission time interval corresponds; receiving, by the radio network controller, indication information that the base station sends according to usage of the resource pool; and adjusting, by the radio network controller, configuration of the first resource pool according to the indication information.
A non-therapeutic cosmetic method, which comprises the topical application onto the skin of a non-hydrolyzed nucleic acid material extracted from tuna containing more than 75 % by weight (wt%) of DNA salts and less than 1.5 wt% of proteins.
A connector, comprising: a terminal; and a housing being formed of resin and being configured to house and retain the terminal, wherein one or a plurality of grooves extend in a direction vertical to a longitudinal direction of the terminal, each groove being arranged and formed in a part of a region of a surface of the terminal, an inclination surface is formed near an opening of the groove, the inclination surface being inclined with respect to the surface, the terminal is embedded and fixed in the resin forming the housing in a part including a region where the groove extends; and the groove is formed to have a part with a minimum width parallel to the surface and a part with a maximum width parallel to the surface in the stated order from the opening in a depth direction vertical to the surface, characterized in that a ratio of the minimum width of the groove with respect to the maximum width of the groove is equal to or greater than 0.58 and less than 1.0; and an angle formed by the inclination surface near the opening of the groove with respect to the surface is between 100 degrees and 150 degrees. a terminal; and a housing being formed of resin and being configured to house and retain the terminal, wherein one or a plurality of grooves extend in a direction vertical to a longitudinal direction of the terminal, each groove being arranged and formed in a part of a region of a surface of the terminal, an inclination surface is formed near an opening of the groove, the inclination surface being inclined with respect to the surface, the terminal is embedded and fixed in the resin forming the housing in a part including a region where the groove extends; and the groove is formed to have a part with a minimum width parallel to the surface and a part with a maximum width parallel to the surface in the stated order from the opening in a depth direction vertical to the surface, characterized in that a ratio of the minimum width of the groove with respect to the maximum width of the groove is equal to or greater than 0.58 and less than 1.0; and an angle formed by the inclination surface near the opening of the groove with respect to the surface is between 100 degrees and 150 degrees.
A sense amplifier circuit configured to sense a programmed state of a plurality of multilevel memory cells, the circuit comprising: a ramp generator circuit adapted to generate a ramping current signal; a plurality of sense amplifiers (201, 220) that are each coupled to a current (Icell) from a different set of the plurality of memory cells, each of the plurality of sense amplifiers adapted to generate a digital output signal in response to the ramping current signal; a plurality of latches, each latch coupled to receive a digital output signal of a corresponding sense amplifier of the plurality of sense amplifiers, and each digital output signal of the plurality of sense amplifiers coupled to a respective set of latches of the plurality of latches, the latches adapted to latch the digital output signal in response to a level of the ramping current signal; a plurality of reference memory cells that each is adapted to generate a different input reference signal (I 0 -I 2), wherein each input reference signal is a memory cell reference current; and a plurality of reference sense amplifiers, each of the reference sense amplifiers coupled to receive a respective input reference signal and adapted to generate a data latching output signal (SL0-SL3) wherein the respective data latching output signal of each of the reference sense amplifiers is coupled to a respective latch of each of the sets of latches, where each of the reference sense amplifiers is adapted to toggle its data latching output signal when the ramping current signal exceeds its input reference signal. a ramp generator circuit adapted to generate a ramping current signal; a plurality of sense amplifiers (201, 220) that are each coupled to a current (Icell) from a different set of the plurality of memory cells, each of the plurality of sense amplifiers adapted to generate a digital output signal in response to the ramping current signal; a plurality of latches, each latch coupled to receive a digital output signal of a corresponding sense amplifier of the plurality of sense amplifiers, and each digital output signal of the plurality of sense amplifiers coupled to a respective set of latches of the plurality of latches, the latches adapted to latch the digital output signal in response to a level of the ramping current signal; a plurality of reference memory cells that each is adapted to generate a different input reference signal (I 0 -I 2), wherein each input reference signal is a memory cell reference current; and a plurality of reference sense amplifiers, each of the reference sense amplifiers coupled to receive a respective input reference signal and adapted to generate a data latching output signal (SL0-SL3) wherein the respective data latching output signal of each of the reference sense amplifiers is coupled to a respective latch of each of the sets of latches, where each of the reference sense amplifiers is adapted to toggle its data latching output signal when the ramping current signal exceeds its input reference signal.
An oil transfer assembly for supplying oil into a rotating and translating tube extending along an axis; the assembly comprising: - a support plate transverse to said axis; - a sleeve, which is angularly fixed with respect to said support plate about said axis, is configured to be coupled in a sliding and fluid-tight manner to an end inlet portion of said tube, the sleeve and a cylindrical outer surface of said end inlet portion of said tube defining at least one chamber (32,33) for transferring oil into said end inlet portion; - at least a first and a second tubular body (29,30,31), which project axially from said support plate, delimit between each other an annular channel (37,38) communicating with said chamber (32,33) through a hole made in a wall of the sleeve, and couple said sleeve to said support plate in a fluid-tight manner and with coupling clearances so as to leave freedom of orientation to said sleeve about any direction orthogonal to said axis. - a support plate transverse to said axis; - a sleeve, which is angularly fixed with respect to said support plate about said axis, is configured to be coupled in a sliding and fluid-tight manner to an end inlet portion of said tube, the sleeve and a cylindrical outer surface of said end inlet portion of said tube defining at least one chamber (32,33) for transferring oil into said end inlet portion; - at least a first and a second tubular body (29,30,31), which project axially from said support plate, delimit between each other an annular channel (37,38) communicating with said chamber (32,33) through a hole made in a wall of the sleeve, and couple said sleeve to said support plate in a fluid-tight manner and with coupling clearances so as to leave freedom of orientation to said sleeve about any direction orthogonal to said axis.
A cleaning composition comprising: (a) from 1% to 10%, by total weight of the cleaning composition, of one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate surfactants; (b) from 2% to 20%, by total weight of the cleaning composition, of one or more linear, unalkoxylated C 6 -C 18 alkyl sulphate (MCAS) surfactants; and (c) one or more additional ingredients, wherein the weight ratio of said one or more BAS surfactants to said one or more MCAS surfactants ranges from 2:1 to 1:5, wherein the composition further comprises from 0.5% to 30% of one or more C 10 -C 20 linear alkylbenzene sulphonates, by total weight of said cleaning composition, and from 2% to 6% of one or more fatty acids or salts thereof, by total weight of said cleaning composition. (a) from 1% to 10%, by total weight of the cleaning composition, of one or more branched, unalkoxylated C 6 -C 14 alkyl sulfate surfactants; (b) from 2% to 20%, by total weight of the cleaning composition, of one or more linear, unalkoxylated C 6 -C 18 alkyl sulphate (MCAS) surfactants; and (c) one or more additional ingredients, wherein the weight ratio of said one or more BAS surfactants to said one or more MCAS surfactants ranges from 2:1 to 1:5, wherein the composition further comprises from 0.5% to 30% of one or more C 10 -C 20 linear alkylbenzene sulphonates, by total weight of said cleaning composition, and from 2% to 6% of one or more fatty acids or salts thereof, by total weight of said cleaning composition.
A fiber optic connector for terminating a fiber optic cable, the connector comprising: an inner housing (120; 220a, 220b); an outer housing (140; 140'; 240) disposed radially outward of the inner housing (120; 220a, 220b); a connector sub-assembly (130; 230) that includes a ferrule basket (135; 235) configured to receive a ferrule (134; 234) that terminates a fiber of the fiber optic cable; and a crimp sleeve (180; 280) that is configured to surround and to be crimped onto a rearward portion of the connector sub-assembly (130; 230) and configured to surround and to be crimped onto an end portion of the fiber optic cable, wherein the inner housing (120; 220a, 220b) is configured to be securely disposed about the crimp sleeve (180; 280), and wherein the outer housing (140; 140'; 240) is configured to be securely disposed about the inner housing (120; 220a, 220b), wherein the crimp sleeve (180; 280) is configured to be crimped onto a mandrel (138; 238) at a rear end of the connector sub-assembly (130; 230); and wherein the crimp sleeve extends over a rear portion of the mandrel (138; 238) to a shoulder portion (139; 239) of the mandrel (138; 238) and is configured to extend over a forward portion of the fiber optic cable; characterized in that the crimp sleeve (180; 280) includes an annular barb (182; 282) or one or more circumferential barb portions at its rearward end that are configured to secure the inner housing (120; 220b) relative to the crimp sleeve (180; 280). an inner housing (120; 220a, 220b); an outer housing (140; 140'; 240) disposed radially outward of the inner housing (120; 220a, 220b); a connector sub-assembly (130; 230) that includes a ferrule basket (135; 235) configured to receive a ferrule (134; 234) that terminates a fiber of the fiber optic cable; and a crimp sleeve (180; 280) that is configured to surround and to be crimped onto a rearward portion of the connector sub-assembly (130; 230) and configured to surround and to be crimped onto an end portion of the fiber optic cable, wherein the inner housing (120; 220a, 220b) is configured to be securely disposed about the crimp sleeve (180; 280), and wherein the outer housing (140; 140'; 240) is configured to be securely disposed about the inner housing (120; 220a, 220b), wherein the crimp sleeve (180; 280) is configured to be crimped onto a mandrel (138; 238) at a rear end of the connector sub-assembly (130; 230); and wherein the crimp sleeve extends over a rear portion of the mandrel (138; 238) to a shoulder portion (139; 239) of the mandrel (138; 238) and is configured to extend over a forward portion of the fiber optic cable; characterized in that the crimp sleeve (180; 280) includes an annular barb (182; 282) or one or more circumferential barb portions at its rearward end that are configured to secure the inner housing (120; 220b) relative to the crimp sleeve (180; 280).
A method implemented on a computing device having at least one processor, at least one computer-readable storage medium, and a communication port, for face detection, the method comprising: obtaining an image; obtaining a plurality of detection scales, wherein each detection scale is represented by a same shape including a rectangle, a circle, an ellipse, or an irregular shape to detect faces in the image, and different detection scales are used for detecting faces of different sizes; determining, for each detection scale of the plurality of detection scales, a detection region in the image, wherein a larger detection scale corresponds to a detection region that is closer to an image-capture device that captures the image under a condition that a scale of a face that is away from the image-capture device is smaller than a scale of a face that is close to the image-capture device; detecting one or more faces in each detection region by its corresponding detection scale; and calibrating the detection region based on the one or more identified faces, wherein calibrating the detection region comprises: determining one or more parameters relating to the one or more identified faces; and calibrating the detection region based on the one or more parameters. obtaining an image; obtaining a plurality of detection scales, wherein each detection scale is represented by a same shape including a rectangle, a circle, an ellipse, or an irregular shape to detect faces in the image, and different detection scales are used for detecting faces of different sizes; determining, for each detection scale of the plurality of detection scales, a detection region in the image, wherein a larger detection scale corresponds to a detection region that is closer to an image-capture device that captures the image under a condition that a scale of a face that is away from the image-capture device is smaller than a scale of a face that is close to the image-capture device; detecting one or more faces in each detection region by its corresponding detection scale; and calibrating the detection region based on the one or more identified faces, determining one or more parameters relating to the one or more identified faces; and calibrating the detection region based on the one or more parameters.
A method performed by a terminal in a wireless communication system, the method comprising: receiving, from a source base station, a first radio resource control, RRC, reconfiguration message including information on a configuration for an on-demand system information block, SIB, request, wherein the information on the configuration includes a value of a prohibit timer associated with the on-demand SIB request; [support: claim 2, par.] transmitting, to the source base station, a first dedicated SIB request message based on the information on the configuration for the on-demand SIB request; starting a timer T350 with a timer value set to the value of the prohibit timer associated with the on-demand SIB request; [support: claim 2, par.] receiving, from the source base station, a second RRC reconfiguration message; characterized by identifying whether the second RRC reconfiguration message includes information on a reconfiguration with synchronization for a special cell of a target base station; stopping the timer T350, in case that the second RRC reconfiguration message includes the information on the reconfiguration with synchronization for the special cell of the target base station; and transmitting, to the target base station, a second dedicated SIB request message. receiving, from a source base station, a first radio resource control, RRC, reconfiguration message including information on a configuration for an on-demand system information block, SIB, request, wherein the information on the configuration includes a value of a prohibit timer associated with the on-demand SIB request; [support: claim 2, par.] transmitting, to the source base station, a first dedicated SIB request message based on the information on the configuration for the on-demand SIB request; starting a timer T350 with a timer value set to the value of the prohibit timer associated with the on-demand SIB request; [support: claim 2, par.] receiving, from the source base station, a second RRC reconfiguration message; characterized by identifying whether the second RRC reconfiguration message includes information on a reconfiguration with synchronization for a special cell of a target base station; stopping the timer T350, in case that the second RRC reconfiguration message includes the information on the reconfiguration with synchronization for the special cell of the target base station; and transmitting, to the target base station, a second dedicated SIB request message.
Securing rope for securing objects, wherein - the securing rope comprises three, four or more layers, braids or woven fabrics of fibers or yarns, - the braids or woven fabrics being arranged one above the other characterized in that - the securing rope comprises a chain as a core. - the securing rope comprises three, four or more layers, braids or woven fabrics of fibers or yarns, - the braids or woven fabrics being arranged one above the other - the securing rope comprises a chain as a core.
Dispenser for paper, in particular absorbent paper, comprising a case in which at least two rolls (4, 4') of a paper web are housed, the case having: - a base unit having at least a first housing and a second housing (51, 51') for holding respectively the at least first and second rolls (4, 4'), characterized in that - at least a first door and a second door (1, 1') mounted on the base unit and arranged, in the closed position, to protect respectively the first and second rolls (4, 4') and, in the open position, to provide access respectively to the first and second housings (51, 51') in order to reload them individually with rolls, the first and second doors (1, 1') having respectively a first and a second nozzle (3, 3') for dispensing the webs from the first and second rolls (4, 4'). - a base unit having at least a first housing and a second housing (51, 51') for holding respectively the at least first and second rolls (4, 4'), characterized in that - at least a first door and a second door (1, 1') mounted on the base unit and arranged, in the closed position, to protect respectively the first and second rolls (4, 4') and, in the open position, to provide access respectively to the first and second housings (51, 51') in order to reload them individually with rolls, the first and second doors (1, 1') having respectively a first and a second nozzle (3, 3') for dispensing the webs from the first and second rolls (4, 4').