mhurhangee/patent-ind-claim-en huggingface dataset:
A method that is computer-implemented for selection of dosimetry levels and sphere amounts of radioactive compounds for use in a radioembolization procedure for procedure planning, the method comprising: inputting activity parameter information into a dosimetry portal of a dosimetry selection tool ; determining, via a processor, a customized activity based on the activity parameter information and one or more customized activity algorithms; generating at least two sphere amount and dosage recommendations based on the customized activity and one or more dosimetry selection algorithms; selecting one of the at least two sphere amount and dosage recommendations as a selected sphere amount and dosage recommendation; modifying the selected sphere amount and dosage recommendation as a modified selected sphere amount and dosage recommendation; and generating, via the processor, a radioactive compound order for the radioembolization procedure based on the customized activity and the modified selected sphere amount and dosage recommendation. inputting activity parameter information into a dosimetry portal of a dosimetry selection tool ; determining, via a processor, a customized activity based on the activity parameter information and one or more customized activity algorithms; generating at least two sphere amount and dosage recommendations based on the customized activity and one or more dosimetry selection algorithms; selecting one of the at least two sphere amount and dosage recommendations as a selected sphere amount and dosage recommendation; modifying the selected sphere amount and dosage recommendation as a modified selected sphere amount and dosage recommendation; and generating, via the processor, a radioactive compound order for the radioembolization procedure based on the customized activity and the modified selected sphere amount and dosage recommendation.
A computer-implemented method for detecting an anomaly on an electrical distribution network including a plurality of consumer nodes , each of the consumer nodes being capable of transmitting a confirmation via the electrical distribution network in response to a request received through the electrical distribution network , the method comprising: a) collecting the request returns transmitted to each of the consumer nodes via the electrical distribution network at a plurality of successive time points (t) of an observation period (T) and at a plurality of successive time points (t') of a current period (T'), b) for each request, establishing a Boolean type state variable (Bi,t) whose value corresponds respectively to the reception of a confirmation (OK) or to the absence of reception of a confirmation (KO), c) for each consumer node and for each of the periods (T, T'), deducing a statistical distribution (P i , P' i ) of possible state transitions (OK→OK, OK→KO, KO→OK, KO→KO) between two successive time points, d) for each consumer node and for each of the periods (T, T'), calculating a likelihood (L i , L' i ) of the statistical distribution (P i , P' i ), e) for a set of several consumer nodes , calculating an index (S; S cor ) of deviation from normality depending on the likelihoods (L i , L' i ) of the observation period (T) and the current period (T') of the consumer nodes , f) comparing the obtained index (S; S cor ) with a predefined threshold value (S ref ), g) only in the case where the obtained index (S; S cor ) exceeds the threshold value (S ref ), generating an alert signal. a) collecting the request returns transmitted to each of the consumer nodes via the electrical distribution network at a plurality of successive time points (t) of an observation period (T) and at a plurality of successive time points (t') of a current period (T'), b) for each request, establishing a Boolean type state variable (Bi,t) whose value corresponds respectively to the reception of a confirmation (OK) or to the absence of reception of a confirmation (KO), c) for each consumer node and for each of the periods (T, T'), deducing a statistical distribution (P i , P' i ) of possible state transitions (OK→OK, OK→KO, KO→OK, KO→KO) between two successive time points, d) for each consumer node and for each of the periods (T, T'), calculating a likelihood (L i , L' i ) of the statistical distribution (P i , P' i ), e) for a set of several consumer nodes , calculating an index (S; S cor ) of deviation from normality depending on the likelihoods (L i , L' i ) of the observation period (T) and the current period (T') of the consumer nodes , f) comparing the obtained index (S; S cor ) with a predefined threshold value (S ref ), g) only in the case where the obtained index (S; S cor ) exceeds the threshold value (S ref ), generating an alert signal.
Abutment (1',1 ", 1'''), in particular for use with a dental implant inserted into the jaw bone of a patient, comprising a connection pin , which can be introduced into an associated receiving channel of the dental implant and in which there is integrated a screw channel with a connection screw provided therein for connection of the abutment (1', 1", 1''') to a dental implant, wherein the inner diameter of the screw channel is selected, over its entire length as far as the end-side opening , to be at least as large as the diameter of the screw head of the connection screw , characterised in that the connection screw is supported via a retaining element that is introduced into the screw channel subsequently to the connection screw and is then plastically deformed.
Method for establishing the position of an object in relation to a camera in order to enable gaze tracking with a user (A) watching said object , where said user (A) is in view of said camera , the method comprising: - showing a known pattern, consisting of a set of stimulus points ( s 1 , s 2 , ..., s N ), on said object ; and - finding, by means of an optimizer , a position and orientation of said object in relation to said camera ; the method being characterized by the optimizer performing the steps of: - calculating 3D positions (p 1, p 2 , ...,p N ) of said points ( s 1 , s 2 , ..., s N ) in an object-fixed coordinate system ; - detecting gaze rays (g 1 , g 2 , ..., g N ) from the user as the user looks at said points ( s 1 , s 2 , ..., s N ) by means of said camera, in a camera coordinate system ; and - transforming positions (p 1 , p 2 , ...,p N ) in said object fixed coordinate system into said camera coordinate system by means of a translation vector t and a rotation matrix R; wherein the optimizer is configured to find the translation vector t and the rotation matrix R by minimizing the loss function L : L t R = ∑ i = 1 N loss line _ point _ distance g i , R × p i + t where the position p i of an object point s i is translated and rotated into a position pc i in the camera coordinate system. - showing a known pattern, consisting of a set of stimulus points ( s 1 , s 2 , ..., s N ), on said object ; and - finding, by means of an optimizer , a position and orientation of said object in relation to said camera ; - calculating 3D positions (p 1, p 2 , ...,p N ) of said points ( s 1 , s 2 , ..., s N ) in an object-fixed coordinate system ; - detecting gaze rays (g 1 , g 2 , ..., g N ) from the user as the user looks at said points ( s 1 , s 2 , ..., s N ) by means of said camera, in a camera coordinate system ; and - transforming positions (p 1 , p 2 , ...,p N ) in said object fixed coordinate system into said camera coordinate system by means of a translation vector t and a rotation matrix R;
A method of receiving a signal by a user equipment, UE, in a wireless communication system supporting carrier aggregation, the method comprising: receiving, from a base station, BS, , configuration for both a first cell and a second cell, wherein the first cell comprises contiguous radio resources and wherein the second cell is configured to be cross-carrier scheduled by the first cell and comprises discontiguous radio resources; receiving scheduling information through a downlink, DL, subframe in the first cell corresponding to a time point of a second subframe in the second cell; and receiving the DL data on a merged subframe based on the configuration and the scheduling information, wherein the scheduling information includes information on scheduling for transmission of the DL data on the merged subframe, wherein the merged subframe is a subframe in the second cell in which a first subframe and the second subframe are merged, wherein the first subframe is a DL subframe in the second cell corresponding to a time point of an uplink, UL, subframe in the first cell, and, wherein the second subframe is a DL subframe, defined as the closest DL subframe prior to the first subframe among DL subframes in the second cell, corresponding to a time point of the DL subframe in the first cell. receiving, from a base station, BS, , configuration for both a first cell and a second cell, wherein the first cell comprises contiguous radio resources and wherein the second cell is configured to be cross-carrier scheduled by the first cell and comprises discontiguous radio resources; receiving scheduling information through a downlink, DL, subframe in the first cell corresponding to a time point of a second subframe in the second cell; and receiving the DL data on a merged subframe based on the configuration and the scheduling information, wherein the scheduling information includes information on scheduling for transmission of the DL data on the merged subframe, wherein the merged subframe is a subframe in the second cell in which a first subframe and the second subframe are merged, wherein the first subframe is a DL subframe in the second cell corresponding to a time point of an uplink, UL, subframe in the first cell, and, wherein the second subframe is a DL subframe, defined as the closest DL subframe prior to the first subframe among DL subframes in the second cell, corresponding to a time point of the DL subframe in the first cell.
An ice making system, comprising an ice making assembly and a water collecting tank located below the ice making assembly; wherein the ice making system further comprises: a water diversion ice rake structure , comprising: a pair of water receiving lateral wings , each of the pair of water receiving lateral wings is provided with a rotary end and a free end; the pair of water receiving lateral wings are rotatably provided on opposite sides of the ice making assembly through the respective rotary ends, so as to rotate between an ice making position and an ice falling position; characterized in that at the ice making position, the free ends of the pair of water receiving lateral wings are butted with each other in a space between the ice making assembly and the water collecting tank , forming a closure space with an opening facing the ice making assembly, a water outlet communicating with the water collecting tank is formed on a side of the closure space; and wherein at the ice falling position, the free ends of the pair of water receiving lateral wings are separated from each other to form an ice falling port. a pair of water receiving lateral wings , each of the pair of water receiving lateral wings is provided with a rotary end and a free end; the pair of water receiving lateral wings are rotatably provided on opposite sides of the ice making assembly through the respective rotary ends, so as to rotate between an ice making position and an ice falling position; characterized in that at the ice making position, the free ends of the pair of water receiving lateral wings are butted with each other in a space between the ice making assembly and the water collecting tank , forming a closure space with an opening facing the ice making assembly, a water outlet communicating with the water collecting tank is formed on a side of the closure space; and wherein at the ice falling position, the free ends of the pair of water receiving lateral wings are separated from each other to form an ice falling port.
A fiber coating apparatus comprising: a sizing die comprising (a) fiber entrance opening: (b) a first portion , situated directly adjacent to said fiber entrance, the first portion forming a conical ferrule with tapered wall, wherein the conical ferrule has a cross-section with inner walls angled at a half angle Θ and cone height L 1 , where 2 ° ≤ Θ ≤25 °, Li is between 0.25 mm and 2 mm; and (c) a cylindrical portion having a substantially constant inner diameter d 2 and length L 2 , such that 0.1 mm ≤ d 2 ≤ 0 .5 mm , 0 .5 d 2 ≤ L 2 ≤ 2.5 d 2 and L 1 ≤ d 2 . (a) fiber entrance opening: (b) a first portion , situated directly adjacent to said fiber entrance, the first portion forming a conical ferrule with tapered wall, wherein the conical ferrule has a cross-section with inner walls angled at a half angle Θ and cone height L 1 , where 2 ° ≤ Θ ≤25 °, Li is between 0.25 mm and 2 mm; and (c) a cylindrical portion having a substantially constant inner diameter d 2 and length L 2 , such that 0.1 mm ≤ d 2 ≤ 0 .5 mm , 0 .5 d 2 ≤ L 2 ≤ 2.5 d 2 and L 1 ≤ d 2 .
An uplink power control method, comprising: obtaining (S301), by a terminal, a power control impact factor, wherein the power control impact factor comprises beamforming information and a subcarrier spacing, there are at least two uplink channels, the beamforming information is transmitted on at least one of the uplink channels, each uplink channel is carried by one resource, and each resource corresponds to one subcarrier spacing; determining (S302), by the terminal, transmit powers of the at least two uplink channels based on the power control impact factor; and determining (S303), by the terminal, whether a sum of the transmit powers of the uplink channels is greater than a maximum uplink transmit power; the method further comprising: when the sum of the transmit powers of the uplink channels is greater than the maximum uplink transmit power and the at least two different uplink channels are sent simultaneously: determining (S305), by the terminal, priorities of the at least two uplink channels in power control based on power control impact factors corresponding to the at least two uplink channels; performing (S306), by the terminal, power control on the transmit powers of the at least two uplink channels based on the priorities of the at least two uplink channels in power control; and sending (S304), by the terminal, the at least two uplink channels at transmit powers of the at least two uplink channels resulting from performing the power control. obtaining (S301), by a terminal, a power control impact factor, wherein the power control impact factor comprises beamforming information and a subcarrier spacing, there are at least two uplink channels, the beamforming information is transmitted on at least one of the uplink channels, each uplink channel is carried by one resource, and each resource corresponds to one subcarrier spacing; determining (S302), by the terminal, transmit powers of the at least two uplink channels based on the power control impact factor; and determining (S303), by the terminal, whether a sum of the transmit powers of the uplink channels is greater than a maximum uplink transmit power; the method further comprising: when the sum of the transmit powers of the uplink channels is greater than the maximum uplink transmit power and the at least two different uplink channels are sent simultaneously: determining (S305), by the terminal, priorities of the at least two uplink channels in power control based on power control impact factors corresponding to the at least two uplink channels; performing (S306), by the terminal, power control on the transmit powers of the at least two uplink channels based on the priorities of the at least two uplink channels in power control; and sending (S304), by the terminal, the at least two uplink channels at transmit powers of the at least two uplink channels resulting from performing the power control.
Label panel for use as a prohibition sign, mandatory sign, warning sign, rescue sign, fire protection sign or information sign on machines for industrial food processing, the label panel comprising a first, upper plastic layer in a first color and at least a second plastic layer in a second color lying under the first plastic layer , and depressions being provided in the first, upper plastic layer for the representation of written lines or symbols by material removal, which depressions reach onto or into the second, lower plastic layer , 25) are provided in the first, upper plastic layer , which extend onto or into the second, lower plastic layer , characterized in that the first plastic layer and the second plastic layer are directly adjacent to one another without the use of an adhesion-promoting intermediate layer and are bonded to one another on a molecular level as a result of the impact of heat and pressure.
An aerosol generating device , comprising: a housing including a power supply and an air inlet ; a mouthpiece assembly movably attached to the housing , and providing an air outlet (165; 165B); a door assembly moveably attached to the housing , the door assembly including a door and a receptacle movably attached to the door , the receptacle defining a cavity to receive a capsule including an aerosol generating substrate; and a linkage arrangement operationally connected to the door assembly , the mouthpiece assembly and the housing , and the linkage arrangement cooperatively moving the mouthpiece assembly and the receptacle in response to movement of the door to a closed state such that the capsule is retained within the housing and operationally connected with the power supply , the air inlet and the air outlet (165; 165B). a housing including a power supply and an air inlet ; a mouthpiece assembly movably attached to the housing , and providing an air outlet (165; 165B); a door assembly moveably attached to the housing , the door assembly including a door and a receptacle movably attached to the door , the receptacle defining a cavity to receive a capsule including an aerosol generating substrate; and a linkage arrangement operationally connected to the door assembly , the mouthpiece assembly and the housing , and the linkage arrangement cooperatively moving the mouthpiece assembly and the receptacle in response to movement of the door to a closed state such that the capsule is retained within the housing and operationally connected with the power supply , the air inlet and the air outlet (165; 165B).
A method for generating a plurality of chirp pulses for use in a communication channel, the channel being operable over a plurality of frequency bands, the frequency bands including at least one first frequency band having propagation characteristics different from other frequency bands, the method comprising, at a chirp pulse generator: generating (s3004, s3104) an initial chirp pulse having a first value of time bandwidth product, TB product, for frequencies in each of the at least one first frequency band and having a second value of TB product for frequencies in bands other than the at least one first frequency band, the second value being lower than the first value, wherein the at least one first frequency band experiences attenuation at a level higher than the attenuation level in the other frequency bands, or wherein the at least one first frequency band experiences a level of noise higher than the other frequency bands. generating (s3004, s3104) an initial chirp pulse having a first value of time bandwidth product, TB product, for frequencies in each of the at least one first frequency band and having a second value of TB product for frequencies in bands other than the at least one first frequency band, the second value being lower than the first value, wherein the at least one first frequency band experiences attenuation at a level higher than the attenuation level in the other frequency bands, or wherein the at least one first frequency band experiences a level of noise higher than the other frequency bands.
Patient stretcher comprising - at least one patient placement unit (10a-c) as well as - a transporting unit which in the assembled state is connected to the at least one patient placement unit (10a-c). wherein the patient placement unit (10a-c) comprises at least one placement element (12a-c) which forms at least one placement surface (14a-c) for a patient, wherein the at least one placement element (12a-c) comprises at least one recess (16a-c) wherein the recess (16a-c) is arranged in a leg area (18a-c) of the at least one placement surface (14a-c) and is provided in order to accommodate at least one device (20a-c), wherein the placement element (12a-c) assumes a plate-shaped shape and forms a one-piece placement surface (14a-c) characterised in that the placement surface (12a-c) consists of an essentially rigid material, wherein the patient placement unit (10a-c) comprises a connection unit (26a-c) which is provided for connecting the at least one placement element (12a-c) to the transporting unit in a detachable manner. - at least one patient placement unit (10a-c) as well as - a transporting unit which in the assembled state is connected to the at least one patient placement unit (10a-c).
A hair dryer having a reverse blowing dust-cleaning function, comprising: a housing , an air machine module , an air inlet and an air outlet , the air inlet and the air outlet are arranged on the housing , a through airflow channel is formed between the air inlet and the air outlet in the housing , the air machine module is arranged in the airflow channel of the housing , wherein a circuit control board is arranged in the housing , the circuit control board is connected to the air machine module , and a trigger portion is arranged on the housing , the trigger portion is connected to the circuit control board for controlling the air machine module to rotate forward or reversely; the circuit control board is arranged between the air inlet and the air machine module , a microcontroller and a power drive module are provided on the circuit control board , the power drive module is connected to the air machine module , the microcontroller is connected to the power drive module , and the trigger portion is connected to the microcontroller ; the air machine module comprises a brushless motor and a fan blade arranged on an output shaft of the brushless motor , and the brushless motor is electrically connected to the power drive module ; a mounting sleeve is arranged in the airflow channel , the brushless motor is coaxially arranged in the mounting sleeve , a plurality of air ducts are arranged on the mounting sleeve circumferentially at intervals around the brushless motor , and the air ducts face the fan blade and the air inlet respectively. a circuit control board is arranged in the housing , the circuit control board is connected to the air machine module , and a trigger portion is arranged on the housing , the trigger portion is connected to the circuit control board for controlling the air machine module to rotate forward or reversely; the circuit control board is arranged between the air inlet and the air machine module , a microcontroller and a power drive module are provided on the circuit control board , the power drive module is connected to the air machine module , the microcontroller is connected to the power drive module , and the trigger portion is connected to the microcontroller ; the air machine module comprises a brushless motor and a fan blade arranged on an output shaft of the brushless motor , and the brushless motor is electrically connected to the power drive module ; a mounting sleeve is arranged in the airflow channel , the brushless motor is coaxially arranged in the mounting sleeve , a plurality of air ducts are arranged on the mounting sleeve circumferentially at intervals around the brushless motor , and the air ducts face the fan blade and the air inlet respectively.