mhurhangee/ep-ind-claims huggingface dataset:
A pen needle assembly comprising: a needle hub having an open end for coupling with a delivery pen for delivering a medication, a distal end opposite said open end, and a cannula extending from said distal end; an inner shield having a body with an open end for coupling to said needle hub, and having a radially extending flange at said open end; and an outer cover having a body with an open end for coupling to the needle hub, an upper section extending from said body of said outer cover characterized by the outer cover further having an outer surface with an external gripping surface, and an inner surface, a plurality of detents projecting inwardly from an inner surface of said body of said outer cover and oriented for contacting an outer surface of said needle hub, and a stop member projecting from a respective detent and oriented to contact a top surface of said flange to capture said flange of said inner shield between an axially facing surface of said needle hub and said stop member. a needle hub having an open end for coupling with a delivery pen for delivering a medication, a distal end opposite said open end, and a cannula extending from said distal end; an inner shield having a body with an open end for coupling to said needle hub, and having a radially extending flange at said open end; and an outer cover having a body with an open end for coupling to the needle hub, an upper section extending from said body of said outer cover
A method, comprising: receiving, by a user equipment in or entering a dual connectivity mode, information on data radio bearer transmission configuration from a primary serving cell which indicates configuration of data radio bearer transmission in at least one secondary serving cell, wherein the information on data radio bearer configuration comprises an indicator which indicates that the data radio bearer transmission is configured for the at least one secondary serving cell, and the information on data radio bearer transmission configuration is received in a data radio bearer add or modify message, and the data radio bearer add or modify message is received in a radio resource control message; and transmitting data according to the configuration. receiving, by a user equipment in or entering a dual connectivity mode, information on data radio bearer transmission configuration from a primary serving cell which indicates configuration of data radio bearer transmission in at least one secondary serving cell, wherein the information on data radio bearer configuration comprises an indicator which indicates that the data radio bearer transmission is configured for the at least one secondary serving cell, and the information on data radio bearer transmission configuration is received in a data radio bearer add or modify message, and the data radio bearer add or modify message is received in a radio resource control message; and transmitting data according to the configuration.
A method for suggesting multiple regions of interest within a scene and generating a multi-focus image from the multiple regions of interest, comprising: receiving digital image data of a scene; determining candidate regions of interest within the scene; indicating the candidate regions of interest on a display screen that is displaying the scene; receiving input indicating selection of multiple regions of interest which may include one or more of the candidate regions of interest and other regions of interest; determining autofocus parameters associated with each selected region of interest, wherein determining autofocus parameters includes performing autofocus to determine the autofocus parameters for each selected region of interest where the selected region of interest is in focus; storing the autofocus parameters in a memory component; after receiving an input to capture images, capturing an image of each selected region of interest using the stored autofocus parameters associated with the region of interest and generating a multi-focus image that includes image data from the captured image of each selected region of interest. receiving digital image data of a scene; determining candidate regions of interest within the scene; indicating the candidate regions of interest on a display screen that is displaying the scene; receiving input indicating selection of multiple regions of interest which may include one or more of the candidate regions of interest and other regions of interest; determining autofocus parameters associated with each selected region of interest, wherein determining autofocus parameters includes performing autofocus to determine the autofocus parameters for each selected region of interest where the selected region of interest is in focus; storing the autofocus parameters in a memory component; after receiving an input to capture images, capturing an image of each selected region of interest using the stored autofocus parameters associated with the region of interest and generating a multi-focus image that includes image data from the captured image of each selected region of interest.
Viewing system for in-flight refuelling, which defines a global viewing and lighting system that allows for in-flight refuelling between air vessels or aeroplanes, characterised in that it is a single system formed by a single block that incorporates all the elements involved therein, it is composed of a structure with aerodynamic fairing, the single block being held on and attached to the lower part of the respective aeroplane through said structure; comprising - a pair of sub-systems and of cameras for day and night 3D vision and located on the left and right sides of the front of the structure, in order to generate 3D views, all the aforementioned components forming the single block supplemented with - Cameras and, which are beneath the 3D cameras and and behind them in the direction of flight, which are two cameras equipped with horizontal and vertical motion, zoom and focusing, designed for both 2D and 3D peripheral inspection, these sub-systems of cameras and being placed on both sides of - a redundant panoramic viewing sub-system located at the centre of cameras and, and beneath all the cameras placed thereon. which makes it possible to obtain a 2D or 3D view of the entire work environment around the entire viewing system, wherein the system further includes lighting means on the same platform, designed to illuminate the work area. - a pair of sub-systems and of cameras for day and night 3D vision and located on the left and right sides of the front of the structure, in order to generate 3D views, all the aforementioned components forming the single block supplemented with - Cameras and, which are beneath the 3D cameras and and behind them in the direction of flight, which are two cameras equipped with horizontal and vertical motion, zoom and focusing, designed for both 2D and 3D peripheral inspection, these sub-systems of cameras and being placed on both sides of - a redundant panoramic viewing sub-system located at the centre of cameras and, and beneath all the cameras placed thereon. which makes it possible to obtain a 2D or 3D view of the entire work environment around the entire viewing system, wherein
Loading roll for a reeling shaft of a reel-up for a fiber web, which loading roll is provided for locking and/or loading the reeling shaft of a reel-up, characterized in, that at least partially the loading roll is made of elastic material.
A transmitting terminal as part of a communication system for transmitting data to a receiving terminal comprised in the communication system over a direct link connection, the transmitting terminal being adapted to determine the transmission timing of the direct link data transmission in the communication system and comprising: a receiving unit adapted to receive from at least one neighbouring terminal comprised in the communication system a timing advance value for determining at the neighbouring terminal the timing of the data transmission over the direct link; a generating unit configured to generate a derived timing advance value based on the received timing advance value used for direct link transmissions from the at least one neighbouring terminal, the derived timing advance value being usable for determining the timing of the data transmission over the direct link; and a transmitting unit configured to transmit to the receiving terminal the derived timing advance value, the derived timing advance value being usable at the receiving terminal for generating a direct link reception timing value for determining the reception timing of data to be received on the direct link from the transmitting terminal. characterized in that the derived timing advance value generated at the generating unit is a plain or weighted average of at least part of the timing advance value received from the at least one of the neighbouring terminals. a receiving unit adapted to receive from at least one neighbouring terminal comprised in the communication system a timing advance value for determining at the neighbouring terminal the timing of the data transmission over the direct link; a generating unit configured to generate a derived timing advance value based on the received timing advance value used for direct link transmissions from the at least one neighbouring terminal, the derived timing advance value being usable for determining the timing of the data transmission over the direct link; and a transmitting unit configured to transmit to the receiving terminal the derived timing advance value, the derived timing advance value being usable at the receiving terminal for generating a direct link reception timing value for determining the reception timing of data to be received on the direct link from the transmitting terminal. characterized in that the derived timing advance value generated at the generating unit is a plain or weighted average of at least part of the timing advance value received from the at least one of the neighbouring terminals.
A visual line detection apparatus comprising: a light source (103a, 103b) configured to irradiate the right and left eyeballs of a subject with detection light; a camera (102a, 102b) configure to capture an image of the right and left eyeballs irradiated with the detection light; a position detection unit configured to detect positions of pupil centers indicating centers of pupils of right and left respective eyeballs and positions of corneal reflection centers indicating centers of corneal reflexes from the image of the right and left eyeballs irradiated with the detection light; a curvature radius calculation unit configured to calculate corneal curvature radii of the right and left respective eyeballs from a position of the light source (103a, 103b) and the positions of the corneal reflection centers; a viewpoint detection unit configured to detect viewpoints of the right and left respective eyeballs from the positions of the pupil centers and the corneal curvature radii; an extraction unit configured to extract pupil parameters indicating sizes of the pupils of the right and left respective eyeballs from the image of the eyeballs; and a correction unit configured to correct the viewpoint of the left eyeball and the viewpoint of the right eyeball on the basis of the pupil parameters so as to calculate a synthesized viewpoint. a light source (103a, 103b) configured to irradiate the right and left eyeballs of a subject with detection light; a camera (102a, 102b) configure to capture an image of the right and left eyeballs irradiated with the detection light; a position detection unit configured to detect positions of pupil centers indicating centers of pupils of right and left respective eyeballs and positions of corneal reflection centers indicating centers of corneal reflexes from the image of the right and left eyeballs irradiated with the detection light; a curvature radius calculation unit configured to calculate corneal curvature radii of the right and left respective eyeballs from a position of the light source (103a, 103b) and the positions of the corneal reflection centers; a viewpoint detection unit configured to detect viewpoints of the right and left respective eyeballs from the positions of the pupil centers and the corneal curvature radii; an extraction unit configured to extract pupil parameters indicating sizes of the pupils of the right and left respective eyeballs from the image of the eyeballs; and a correction unit configured to correct the viewpoint of the left eyeball and the viewpoint of the right eyeball on the basis of the pupil parameters so as to calculate a synthesized viewpoint.
A cartridge, comprising: (i) a first pouch and (ii) a second pouch, the first pouch having a first connector piece therein such that a fin portion of the first connector piece is inside and attached to the first pouch, the second pouch having a second connector piece therein such that a fin portion of the second connector piece is inside and attached to the second pouch, the first connector piece has a D-shaped connector portion that is connected to a D-shaped connector portion of the second connector piece via interlocking members to form a single connector thereby connecting the first pouch to the second pouch, wherein each D-shaped connector portion has one spout such that the cartridge is capable of expelling one material from the first pouch and a second material from the second pouch. (i) a first pouch and (ii) a second pouch,
A method of measuring loop resistance in a live-earth conductor loop powered by an alternating current mains supply, the live-earth conductor loop comprising a residual current device, the method comprising: using a measurement circuit having a low-pass filter characteristic, the low-pass filter characteristic being arranged to substantially remove signal components at the frequency of the alternating current mains supply, to measure, in a first period, a voltage across live and earth conductors of the live-earth conductor loop to determine a first voltage; using a current application circuit to apply a unipolar test current between the live and earth conductors of the live-earth conductor loop for a second period, wherein the unipolar test current has a magnitude below a trip current value of the residual current device; with the unipolar test current applied, using the measurement circuit to measure, in the second period, a voltage between the live and earth conductors to determine a second voltage; comparing the first and second voltages to determine a change in voltage; and based on a difference in test current between the first and second periods and a difference in voltage between the first voltage and the second voltage, calculating the resistance of the live-earth conductor loop. using a measurement circuit having a low-pass filter characteristic, the low-pass filter characteristic being arranged to substantially remove signal components at the frequency of the alternating current mains supply, to measure, in a first period, a voltage across live and earth conductors of the live-earth conductor loop to determine a first voltage; using a current application circuit to apply a unipolar test current between the live and earth conductors of the live-earth conductor loop for a second period, wherein the unipolar test current has a magnitude below a trip current value of the residual current device; with the unipolar test current applied, using the measurement circuit to measure, in the second period, a voltage between the live and earth conductors to determine a second voltage; comparing the first and second voltages to determine a change in voltage; and based on a difference in test current between the first and second periods and a difference in voltage between the first voltage and the second voltage, calculating the resistance of the live-earth conductor loop.
Method for forming a set of cryptographically protected and semantically sorted transaction datasets of a distributed database system from a set of unsorted transaction datasets, comprising the following steps: a) forming at least one second data block of a distributed database system that has been chained or is chained to a first data block thereof or of a further distributed database system, wherein the data blocks are transmitted to at least one node, b) defining at least one search term in the second data block or reading at least one previously defined search term that the second data block contains, c) selecting a transaction dataset from the set of unsorted transaction datasets (Tx0 to Tx6), wherein the selected transaction dataset has been checked for integrity, d) assigning the selected transaction dataset to the defined or read search term or to one of the defined or read search terms, e) repeating steps b) to d) until a predefinable number of transaction datasets to be selected is reached and/or the set of unsorted transaction datasets is empty, f) semantically sorting the selected and assigned transaction datasets on the basis of a predefinable sorting criterion, wherein the assigned search terms are put in an order corresponding to the sorting criterion, and g) forming the set of cryptographically protected and semantically sorted transaction datasets (Tx2, Tx1, Tx0, Tx3) using said order. a) forming at least one second data block of a distributed database system that has been chained or is chained to a first data block thereof or of a further distributed database system, wherein the data blocks are transmitted to at least one node, b) defining at least one search term in the second data block or reading at least one previously defined search term that the second data block contains, c) selecting a transaction dataset from the set of unsorted transaction datasets (Tx0 to Tx6), wherein the selected transaction dataset has been checked for integrity, d) assigning the selected transaction dataset to the defined or read search term or to one of the defined or read search terms, e) repeating steps b) to d) until a predefinable number of transaction datasets to be selected is reached and/or the set of unsorted transaction datasets is empty, f) semantically sorting the selected and assigned transaction datasets on the basis of a predefinable sorting criterion, wherein the assigned search terms are put in an order corresponding to the sorting criterion, and g) forming the set of cryptographically protected and semantically sorted transaction datasets (Tx2, Tx1, Tx0, Tx3) using said order.
Transmission for a hybrid drive arrangement, which transmission can be coupled to two drive units (7, 8), having an input shaft and an output shaft, at least a first, second, third, fourth, fifth, sixth and a seventh shifting element (SE1, SE2, SE3, SE4, SE5, SE6, SE7), and at least one planetary transmission, it being possible for the input shaft to be coupled by means of the first shifting element to a first transmission shaft, and it being possible for the input shaft to be coupled by means of the second shifting element to a second transmission shaft, and it being possible for the first transmission shaft to be coupled by means of the fourth shifting element to a sun gear of the planetary transmission, and it being possible for the first transmission shaft to be coupled by means of the fifth shifting element to an internal gear of the planetary transmission, the output shaft being coupled to a planetary carrier of the planetary transmission, characterized in that the first transmission shaft can be coupled by means of the third shifting element to the second transmission shaft, in that the second transmission shaft can be coupled by means of the sixth shifting element to the planetary carrier of the planetary transmission, and in that the second transmission shaft can be coupled by means of the seventh shifting element to the sun gear of the planetary transmission. at least a first, second, third, fourth, fifth, sixth and a seventh shifting element (SE1, SE2, SE3, SE4, SE5, SE6, SE7), and at least one planetary transmission, it being possible for the input shaft to be coupled by means of the first shifting element to a first transmission shaft, and it being possible for the input shaft to be coupled by means of the second shifting element to a second transmission shaft, and it being possible for the first transmission shaft to be coupled by means of the fourth shifting element to a sun gear of the planetary transmission, and it being possible for the first transmission shaft to be coupled by means of the fifth shifting element to an internal gear of the planetary transmission, the output shaft being coupled to a planetary carrier of the planetary transmission, characterized in that the first transmission shaft can be coupled by means of the third shifting element to the second transmission shaft, in that the second transmission shaft can be coupled by means of the sixth shifting element to the planetary carrier of the planetary transmission, and in that the second transmission shaft can be coupled by means of the seventh shifting element to the sun gear of the planetary transmission.
An arcuate spring having a longitudinal length, a plurality of spring coils and a central axis that passes through said plurality of spring coils, said spring configured and dimensioned to provide an arcuate shape, at least a portion of said spring includes an arc-shape, a S-shape, a C-shape, a wave-shape or a U-shape, said central axis along said longitudinal length of said spring is a non-straight axis while said spring is in its free state and being substantially free of internal stresses, said spring including first and second ends, said first end including an end cap that is connected to said first end, said second end including an end cap that is connected to said second end, each of said end caps including a base portion and a nose, said nose configured to be at least partially inserted into an interior of said spring coils, said base portion having a cross-section size and shape such that said base portion cannot be fully inserted into said interior of said spring coils, said nose and said base portion of said end cap having a generally circular cross-sectional shape, characterized in that said nose has a non-uniform cross-sectional size along a longitudinal length of said nose, said nose having an upper nose portion that has a smaller cross-sectional size than a lower nose portion, said lower nose portion positioned closer to said base portion than said upper nose portion, said lower nose portion connected to said upper nose portion, said upper nose portion having a smaller cross-sectional area than a cross-sectional area of said lower nose portion, said upper surface of said base portion includes a threading lip and a stop, said threading lip configured to engage said inner surface of said spring coils so that said end cap can be threaded into said spring, said stop configured to limit further threading of said end cap onto said spring, said threading lip increasing in thickness from the narrow front portion to the stop.