mhurhangee/patent-ind-claim-en huggingface dataset:
A processor implemented method, comprising: receiving a bipolar signal from a pair of electrodes in proximity to a myocardium of a human subject; receiving a unipolar signal from a selected one of the pair of electrodes; delineating a window of interest (WOI) for the unipolar and bipolar signals; within the WOI computing local unipolar minimum derivatives of the unipolar signal, and times of occurrence of the local unipolar minimum derivatives; within the WOI computing bipolar derivatives of the bipolar signal at the times of occurrence; evaluating ratios of the bipolar derivatives to the local unipolar minimum derivatives; when the ratios are greater than a preset threshold ratio value, assigning the times of occurrence as times of activation of the myocardium; counting a number of the times of activation; and classifying the unipolar signal according to the number. receiving a bipolar signal from a pair of electrodes in proximity to a myocardium of a human subject; receiving a unipolar signal from a selected one of the pair of electrodes; delineating a window of interest (WOI) for the unipolar and bipolar signals; within the WOI computing local unipolar minimum derivatives of the unipolar signal, and times of occurrence of the local unipolar minimum derivatives; within the WOI computing bipolar derivatives of the bipolar signal at the times of occurrence; evaluating ratios of the bipolar derivatives to the local unipolar minimum derivatives; when the ratios are greater than a preset threshold ratio value, assigning the times of occurrence as times of activation of the myocardium; counting a number of the times of activation; and classifying the unipolar signal according to the number.
A tire pressure sensor device, comprising a housing mounted with a sensor body, an air valve , a connecting portion extending from the housing for mounting the air valve, the connecting portion being provided with a first groove in a shape of a spherical cap, a bottom surface of the first groove being provided with a strip-shaped through-hole penetrating through a bottom portion of the first groove, and a plastic plug being detachably mounted on and mating with the first groove, the plastic plug further provided with a circular through-hole and the air valve being fixedly connected to the housing by screws passing through the strip-shaped through-hole, or the strip-shaped through-hole and the circular through-hole, characterized in that a top portion of the plastic plug is provided with a second groove and the circular through-hole penetrates through a bottom surface of said second groove .
A method for controlling a network slice, wherein the method is applied to a system that comprises a control device and at least two forwarding devices, and the method comprises: receiving (S220), by a first forwarding device, a first control packet sent by the control device, wherein the first control packet carries N pieces of control information and N network slice identifiers, the N pieces of control information are in a one-to-one correspondence with the N network slice identifiers, and a network slice identifier i corresponding to control information i is an identifier of a network slice controlled by using the control information i, wherein i∈[1, N], and N≥1; determining (S230), by the first forwarding device, M pieces of first control information from the N pieces of control information based on the N network slice identifiers, wherein the M pieces of first control information are in a one-to-one correspondence with M first network slices, and the M first network slices are borne on the first forwarding device, wherein M≥1; and controlling, by the first forwarding device, a first network slice j based on first control information j, wherein j∈[1, M]; wherein the N pieces of control information comprise second control information in addition to the first control information, the second control information is used to control a second network slice, and the second network slice is borne on a second forwarding device. receiving (S220), by a first forwarding device, a first control packet sent by the control device, wherein the first control packet carries N pieces of control information and N network slice identifiers, the N pieces of control information are in a one-to-one correspondence with the N network slice identifiers, and a network slice identifier i corresponding to control information i is an identifier of a network slice controlled by using the control information i, wherein i∈[1, N], and N≥1; determining (S230), by the first forwarding device, M pieces of first control information from the N pieces of control information based on the N network slice identifiers, wherein the M pieces of first control information are in a one-to-one correspondence with M first network slices, and the M first network slices are borne on the first forwarding device, wherein M≥1; and controlling, by the first forwarding device, a first network slice j based on first control information j, wherein j∈[1, M]; wherein the N pieces of control information comprise second control information in addition to the first control information, the second control information is used to control a second network slice, and the second network slice is borne on a second forwarding device.
A data transmission method performed by a network-side data transmission apparatus in a core network of a wireless network, comprising: detecting that a terminal is handed over from being served by a source base station to being served by a target base station, determining , whether the source base station and the target base station have a wireless network transmission optimization, WNTO, technical capability; and completing , transmission of uplink data or downlink data according to a determined WNTO technical capability of the source base station and a determined WNTO technical capability of the target base station. detecting that a terminal is handed over from being served by a source base station to being served by a target base station, determining , whether the source base station and the target base station have a wireless network transmission optimization, WNTO, technical capability; and completing , transmission of uplink data or downlink data according to a determined WNTO technical capability of the source base station and a determined WNTO technical capability of the target base station.
A modular dilation device , comprising: a first dilator , the first dilator having an elongate first dilator body and a first dilator distal end , the first dilator having a first dilator outer surface and a first dilator inner lumen , the first dilator having a first dilator side wall opening , the first dilator distal end having a first dilator open tip , the first dilator side wall opening selectively placing the first dilator outer surface in fluid communication with the first dilator inner lumen, the first dilator having a first dilator open slit , the first dilator open slit extending between the first dilator side wall opening and the first dilator open tip ; a guidewire configured for selective insertion at least partially through the first dilator open tip; and a second dilator , the second dilator having an elongate second dilator body and a second dilator distal end, the second dilator having a second dilator inner lumen, the second dilator distal end having a second dilator open tip; wherein when the second dilator is operatively joined to the first dilator the second dilator open tip is adjacent to the first dilator side wall opening. a first dilator , the first dilator having an elongate first dilator body and a first dilator distal end , the first dilator having a first dilator outer surface and a first dilator inner lumen , the first dilator having a first dilator side wall opening , the first dilator distal end having a first dilator open tip , the first dilator side wall opening selectively placing the first dilator outer surface in fluid communication with the first dilator inner lumen, the first dilator having a first dilator open slit , the first dilator open slit extending between the first dilator side wall opening and the first dilator open tip ; a guidewire configured for selective insertion at least partially through the first dilator open tip; and a second dilator , the second dilator having an elongate second dilator body and a second dilator distal end, the second dilator having a second dilator inner lumen, the second dilator distal end having a second dilator open tip; wherein when the second dilator is operatively joined to the first dilator the second dilator open tip is adjacent to the first dilator side wall opening.
A cleaner head made of an extruded section , having a surrounding outer wall portion and a pair of dividing inner wall portions dividing an inner space of the surrounding outer wall portion into a pressurized space (P 0 ) and vacuum spaces (V 0 ) as one unit, comprising a construction in which: the surrounding outer wall portion , in cross-sectional configuration, has a side of straight line disposed to face a dust-removed face ; the dividing inner wall portions are mutually approaching to form a predetermined angle (2 θ ) of 60° to 100° and confluent with and connected to the side ; on a connected confluent position (G), a discharging slit to jet high-pressured air in the pressurized space (P 0 ) is opened, further, a pair of sucking slits to suck the air after dust removing into the vacuum spaces (V 0 ) is formed parallel to each of the pair of dividing inner wall portions mutually approaching with the predetermined angle (2 θ ); and further, each of the sucking slits has inner faces facing mutually parallel, and each of the inner faces has a cross-sectional configuration of straight line, and reaches for the side keeping the configuration of straight line; characterized in that a pressing and pulling force giving means , giving pressing force (F 1 ) and pulling force (F 2 ) to each of the pair of dividing inner wall portions from outside of the surrounding outer wall portions to slightly oscillate and deform the dividing inner wall portions as to freely adjust a gap dimension ( ε ) of the discharging slit on the forth ends of the dividing inner wall portions , is provided. the surrounding outer wall portion , in cross-sectional configuration, has a side of straight line disposed to face a dust-removed face ; the dividing inner wall portions are mutually approaching to form a predetermined angle (2 θ ) of 60° to 100° and confluent with and connected to the side ; on a connected confluent position (G), a discharging slit to jet high-pressured air in the pressurized space (P 0 ) is opened, further, a pair of sucking slits to suck the air after dust removing into the vacuum spaces (V 0 ) is formed parallel to each of the pair of dividing inner wall portions mutually approaching with the predetermined angle (2 θ ); and further, each of the sucking slits has inner faces facing mutually parallel, and each of the inner faces has a cross-sectional configuration of straight line, and reaches for the side keeping the configuration of straight line; characterized in that a pressing and pulling force giving means , giving pressing force (F 1 ) and pulling force (F 2 ) to each of the pair of dividing inner wall portions from outside of the surrounding outer wall portions to slightly oscillate and deform the dividing inner wall portions as to freely adjust a gap dimension ( ε ) of the discharging slit on the forth ends of the dividing inner wall portions , is provided.
A system for screening delirium patients for the presence of encephalopathy, comprising: a. a handheld screening device comprising a housing; b. two sensors configured to record one or more brain signals and generate one or more values for a number of occurrences of 3 Hz waves and a number of occurrences of 10 Hz waves over a period of time; c. a processor; and d. at least one module configured to: i. perform spectral density analysis on the one or more values; and ii. output data presenting an indication of the presence, absence, or likelihood of the subsequent development of encephalopathy based on a comparison of a value of a ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves to a threshold ratio value of 1.44, wherein the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being greater than or equal to the threshold ratio value is an indication of the presence of encephalopathy and the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being less than the threshold ratio value is an indication of the absence of encephalopathy. a. a handheld screening device comprising a housing; b. two sensors configured to record one or more brain signals and generate one or more values for a number of occurrences of 3 Hz waves and a number of occurrences of 10 Hz waves over a period of time; c. a processor; and d. at least one module configured to: i. perform spectral density analysis on the one or more values; and ii. output data presenting an indication of the presence, absence, or likelihood of the subsequent development of encephalopathy based on a comparison of a value of a ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves to a threshold ratio value of 1.44, wherein the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being greater than or equal to the threshold ratio value is an indication of the presence of encephalopathy and the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being less than the threshold ratio value is an indication of the absence of encephalopathy. i. perform spectral density analysis on the one or more values; and ii. output data presenting an indication of the presence, absence, or likelihood of the subsequent development of encephalopathy based on a comparison of a value of a ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves to a threshold ratio value of 1.44, wherein the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being greater than or equal to the threshold ratio value is an indication of the presence of encephalopathy and the value of the ratio of the number of occurrences of 3 Hz waves to the number of occurrences of 10 Hz waves being less than the threshold ratio value is an indication of the absence of encephalopathy.
A method for allocating resources for user equipments, UEs, by a base station, BS, in a full duplex radio, FDR, communication, the method comprising: determining a part of an available frequency band in an entire frequency band of a system as a FDR frequency band for performing FDR communication with a plurality of UEs within a coverage of the BS ; receiving uplink pilot signals from the plurality of UEs ; measuring correlations with the plurality of UEs based on the uplink pilot signals; selecting a first UE and a second UE having a value of a correlation less than the predetermined threshold value among the plurality of UEs ; dividing the FDR frequency band into two sub-bands; allocating the two sub-bands to the first UE and the second UE , wherein a first sub-band included in the two sub-bands is allocated as a downlink frequency resource for the first UE and an uplink frequency resource for the second UE , and a second sub-band included in the two sub-bands is allocated as a uplink frequency resource for the first UE and an downlink frequency resource for the second UE ; and performing communication with the first UE and the second UE simultaneously through the first sub-band and the second sub-band . determining a part of an available frequency band in an entire frequency band of a system as a FDR frequency band for performing FDR communication with a plurality of UEs within a coverage of the BS ; receiving uplink pilot signals from the plurality of UEs ; measuring correlations with the plurality of UEs based on the uplink pilot signals; selecting a first UE and a second UE having a value of a correlation less than the predetermined threshold value among the plurality of UEs ; dividing the FDR frequency band into two sub-bands; allocating the two sub-bands to the first UE and the second UE , wherein a first sub-band included in the two sub-bands is allocated as a downlink frequency resource for the first UE and an uplink frequency resource for the second UE , and a second sub-band included in the two sub-bands is allocated as a uplink frequency resource for the first UE and an downlink frequency resource for the second UE ; and performing communication with the first UE and the second UE simultaneously through the first sub-band and the second sub-band .
An infrastructure equipment (200; 300) comprising circuitry configured to transmit a paging message to a user equipment, the paging message comprising information provided to notify the user equipment that the infrastructure equipment will send system information to the user equipment, and wherein the information comprises a system information validity duration information and a system information broadcast timing information, wherein the circuitry is configured to broadcast the system information to the user equipment, after receipt of the paging message by the user equipment, dynamically or temporarily, according to the system information validity duration information and a system information broadcast timing information contained in the paging message. wherein the information comprises a system information validity duration information and a system information broadcast timing information, wherein the circuitry is configured to broadcast the system information to the user equipment, after receipt of the paging message by the user equipment, dynamically or temporarily, according to the system information validity duration information and a system information broadcast timing information contained in the paging message.
Vehicle having at least one electrodynamic braking apparatus with at least one brake resistor , characterised in that the at least one brake resistor comprises at least one electrical conductor , which is embedded in an electrically non-conductive material , wherein an external side of the non-conductive material forms a portion (A) of the vehicle shell that is permanently closed and over which motion wind (F) flows externally when the vehicle is moving, and the brake resistor conducts away heat outwardly to the surroundings via the permanently closed portion (A), and the braking energy fed during the time period of a full braking of the vehicle by means of the electrodynamic braking apparatus into the at least one brake resistor is greater than the heat conductable away during the time period of the braking via the permanently closed portion (A) to the surroundings, wherein a maximum time period of the braking is delimited by means of the electrodynamic braking apparatus due to a maximum heat capacity of the brake resistor .
A solder alloy, consisting of: 2.5-4.5 wt.% of Ag; 0.6-2.0 wt.% of Cu; 5.0-6.0 wt.% of Sb; at least one of the following: 0.1 to less than 0.5 wt.% of Bi; and 0.1-4.5 wt.% of In; optionally, 0.001-0.2 wt.% of Ni, or Co, or both; and a remainder of Sn. 2.5-4.5 wt.% of Ag; 0.6-2.0 wt.% of Cu; 5.0-6.0 wt.% of Sb; at least one of the following: 0.1 to less than 0.5 wt.% of Bi; and 0.1-4.5 wt.% of In; 0.1 to less than 0.5 wt.% of Bi; and 0.1-4.5 wt.% of In; optionally, 0.001-0.2 wt.% of Ni, or Co, or both; and a remainder of Sn.
A method of preparing an artificial marble chip having a color gradient from a surface thereof to inside, comprising: bringing a seed chip into contact with a mixture comprising a colorant and an acrylic monomer to allow the colorant to permeate the seed chip.
Frame structure comprising at least one first element and at least one second element operably associable with each other, wherein each of said at least one first element and said one second element comprises a respective central wall and two opposite side walls (5, 5'; 8, 8') delimiting at least one longitudinal recess ; said at least one second element having at least one end engageable along said at least one longitudinal recess of said at least one first element ; said frame structure comprising connection means for the mutual connection between overlapping portions of said at least one first element and said at least one second element in correspondence of at least one end , said at least one first element comprising at least one raised portion and said at least one second element comprises, at said at least one end at least one further raised portion being engageable from said at least one raised portion by shape coupling, characterized in that said raised portion and said further raised portion each delimit respectively a plurality of through openings and respective further through openings which can be overlapped to each other and can be engaged by said connection means . said at least one second element having at least one end engageable along said at least one longitudinal recess of said at least one first element ; said frame structure comprising connection means for the mutual connection between overlapping portions of said at least one first element and said at least one second element in correspondence of at least one end , said at least one first element comprising at least one raised portion and said at least one second element comprises, at said at least one end at least one further raised portion being engageable from said at least one raised portion by shape coupling, characterized in that said raised portion and said further raised portion each delimit respectively a plurality of through openings and respective further through openings which can be overlapped to each other and can be engaged by said connection means .
A tunable external resonator laser comprising: a fixed support body onto which a half mirror partially reflecting incident light and partially transmitting incident light is fixed; and a rotatory body which is rotatably supported by way of a shaft with a pivot axis against the fixed support body , and onto which a laser chip emitting light, a collimator lens collimating light emitted from the laser chip , and a diffraction grating diffracting collimated light from the collimator lens to the half mirror are fixed, wherein a center of rotation of said shaft is positioned at an intersection point of an extension of a rear-end-face of said laser chip , an extension of a diffracting surface of said diffraction grating and an extension of a reflecting surface of said half mirror during a rotation along said pivot axis, wherein a reflection layer is formed on the rear-end-face of said laser chip. a fixed support body onto which a half mirror partially reflecting incident light and partially transmitting incident light is fixed; and a rotatory body which is rotatably supported by way of a shaft with a pivot axis against the fixed support body , and onto which a laser chip emitting light, a collimator lens collimating light emitted from the laser chip , and a diffraction grating diffracting collimated light from the collimator lens to the half mirror are fixed, wherein a center of rotation of said shaft is positioned at an intersection point of an extension of a rear-end-face of said laser chip , an extension of a diffracting surface of said diffraction grating and an extension of a reflecting surface of said half mirror during a rotation along said pivot axis, wherein a reflection layer is formed on the rear-end-face of said laser chip.