mhurhangee/patent-ind-claim-en huggingface dataset:
A probe for use with a test and measurement instrument, comprising: a digital multimeter or voltmeter , within the probe, with an analog-to-digital converter configured to receive a signal from a device under test and determine a digital measurement from the signal; a controller connected to the multimeter or voltmeter configured to receive the digital measurement from the multimeter or voltmeter; a digital communication interface connected to the controller configured to communicate with the controller; and a communication link connected to the digital communication interface to communicate with the test and measurement instrument. a digital multimeter or voltmeter , within the probe, with an analog-to-digital converter configured to receive a signal from a device under test and determine a digital measurement from the signal; a controller connected to the multimeter or voltmeter configured to receive the digital measurement from the multimeter or voltmeter; a digital communication interface connected to the controller configured to communicate with the controller; and a communication link connected to the digital communication interface to communicate with the test and measurement instrument.
A regulator, wherein one open end in a tubular path formed through a main body part is an inlet port of high-pressure fluid and the other open end thereof is an outlet port of pressure-reduced fluid, a pressure regulation chamber is arranged on an inner side of the inlet port in the path through a valve seat including a valve seated seat holding member which includes a valve seated seat on an inner side and in which a through hole in an axial direction of the path is formed, a piston pressure regulating valve including a pressure regulating valve body that has a leading end surface capable of being closely in contact with the valve seated seat and that includes a tubular communicating path with opened both ends, and a piston unit formed around an outer periphery, on a side of the outlet port in the path , of the pressure regulating valve body is biased in an outlet port direction in the path between the pressure regulation chamber and the outlet port in the path by a pressure regulating spring having a predetermined load and arranged slidably in the axial direction of the path in an atmosphere chamber provided coaxially in parallel with the pressure regulation chamber around the piston unit , and fluid regulated to intended pressure by controlling of fluid pressure in the pressure regulation chamber by a change in opening areas of the valve seated seat and the pressure regulating valve body due to balancing between a load by pressure of high-pressure fluid that is introduced from the inlet port , is introduced into the valve seated seat and the pressure regulation chamber , which is provided in such a manner as to face the valve seated seat , through the through hole formed in the valve seated seat holding member of the pressure regulating valve body , passes through the pressure regulating valve body in which the communicating path is formed, and affects the piston unit joined to the pressure regulating valve body and a load by the pressure regulating spring that affects the piston unit to an opposite side of the pressure regulation chamber is extracted from the outlet port , wherein the pressure regulating valve body closely in contact with the valve seated seat , and the piston unit that is formed around the outer periphery thereof and that affects the pressure regulating spring are formed separately, the two forming the piston pressure regulating valve , and the pressure regulating valve body inserted from the inlet port into the path and the piston unit inserted from the outlet port into the path are fit to each other in an intended axial direction position and subsequently fixed by at least one of press-fitting and welding, wherein an inner peripheral leading end, on a side of the valve seated seat, of the pressure regulating valve body is formed in a tapered shape enlarged toward a leading end direction.
A system for processing a tissue sample, the system comprising: a microtome having a reservoir containing fluid automatically maintained at a substantially constant level within the reservoir, the microtome adapted to slice at least one thin tissue section from a tissue sample such that the at least one thin tissue section contacts the fluid within the reservoir; a collection apparatus for collecting the at least one thin tissue section from the fluid within the reservoir; a video monitoring device for monitoring video information regarding a reflection of light from a surface of the fluid to indicate a current level of fluid contained within the reservoir; a fluid input apparatus for introducing fluid into the reservoir; and a computing device , coupled to the video monitoring device and to the fluid input apparatus, for assessing a current level of fluid in the reservoir and for sending signals to said fluid input apparatus to automatically maintain the level of fluid in the reservoir, wherein the computing device is configured to record and analyze video images of the fluid level in the reservoir by detecting a dark-to-light boundary of a reflective sheen produced by the fluid. a microtome having a reservoir containing fluid automatically maintained at a substantially constant level within the reservoir, the microtome adapted to slice at least one thin tissue section from a tissue sample such that the at least one thin tissue section contacts the fluid within the reservoir; a collection apparatus for collecting the at least one thin tissue section from the fluid within the reservoir; a video monitoring device for monitoring video information regarding a reflection of light from a surface of the fluid to indicate a current level of fluid contained within the reservoir; a fluid input apparatus for introducing fluid into the reservoir; and a computing device , coupled to the video monitoring device and to the fluid input apparatus, for assessing a current level of fluid in the reservoir and for sending signals to said fluid input apparatus to automatically maintain the level of fluid in the reservoir, wherein the computing device is configured to record and analyze video images of the fluid level in the reservoir by detecting a dark-to-light boundary of a reflective sheen produced by the fluid.
A method performed by a user equipment, UE, for handling communication in a wireless communications network, the method comprising: - determining a first preamble from a group of preambles out of one or more groups of preambles, wherein the group of preambles is selected based on whether one or more conditions, associated with the group, are fulfilled or not, wherein the group of preambles is further selected based on a priority rule defining an order of selection of the one or more groups of preambles, and wherein the group of preambles is selected based on level of signal strength and/or number of conditions of respective group of preambles; and - transmitting , to a radio network node , a physical random access channel, PRACH, transmission using the determined first preamble. - determining a first preamble from a group of preambles out of one or more groups of preambles, wherein the group of preambles is selected based on whether one or more conditions, associated with the group, are fulfilled or not, wherein the group of preambles is further selected based on a priority rule defining an order of selection of the one or more groups of preambles, and wherein the group of preambles is selected based on level of signal strength and/or number of conditions of respective group of preambles; and - transmitting , to a radio network node , a physical random access channel, PRACH, transmission using the determined first preamble.
A method of assembling a heat exchanger , the method comprising: inserting heat exchanger core components into an open cavity of a preformed outer shell , wherein the outer shell defines one or more alignment features on an inner wall of the open cavity configured to align the heat exchanger core components within the open cavity when inserted in the open cavity, the heat exchanger core components comprising a layer of hot passageway components configured to be separated from a layer of cold passageway components by a tube sheet ; and attaching a cover to the outer shell via one or more braze joints to enclose the heat exchanger core components within the open cavity of the outer shell. inserting heat exchanger core components into an open cavity of a preformed outer shell , wherein the outer shell defines one or more alignment features on an inner wall of the open cavity configured to align the heat exchanger core components within the open cavity when inserted in the open cavity, the heat exchanger core components comprising a layer of hot passageway components configured to be separated from a layer of cold passageway components by a tube sheet ; and attaching a cover to the outer shell via one or more braze joints to enclose the heat exchanger core components within the open cavity of the outer shell.
Insulating profile, in particular for the production of window, door, and facade elements, wherein the insulating profile comprises an insulating bar made of a polymer material and one or more first functional elements made as separate components, which are materially bonded to the insulating bar, wherein the insulating bar has at least one profile body extending in the longitudinal direction of the insulating profile, and at least one rim section formed onto the profile body; characterized in that the first functional element or functional elements has/have a wall thickness of about 0.6 mm or more.
A method for pseudonymously agreeing on a key Z between a data carrier and a terminal , wherein on the terminal a base element J as well as two group elements G1 and G2 are present, wherein the base element J and the two group elements G1 and G2 are points of an elliptical curve, and on the portable data carrier a public key PKC and the secrets s and t are present, wherein u is the discrete logarithm of G2 to the base G1, i.e. G2=G1 ∗ u, and wherein the public key PKC, wherein the public key PKC is in particular a group key, is a discrete-logarithm representation formed from the two secrets s and t and the two group elements G1 and G2, i.e. PKC = G1 ∗ s+G2 ∗ t, wherein the method on the portable data carrier comprises the following steps: receiving the base element J and a first derived base element H1 and a second derived base element H2 from the terminal , wherein by means of a first random number r1 and a second random number r2 the first derived base element H1 is derived from the base element J and the group element G1, and the second derived base element H2 is derived from the group element G2; computing a pseudonym K by means of the base element J transferred from the terminal and the secret s; sending the public key PKC and the pseudonym K to the terminal ; and computing a common secret Z by means of the derived base elements H1 and H2 and the secrets s and t, wherein as a key between the portable data carrier and the terminal the common secret Z or a key derived therefrom is employed. receiving the base element J and a first derived base element H1 and a second derived base element H2 from the terminal , wherein by means of a first random number r1 and a second random number r2 the first derived base element H1 is derived from the base element J and the group element G1, and the second derived base element H2 is derived from the group element G2; computing a pseudonym K by means of the base element J transferred from the terminal and the secret s; sending the public key PKC and the pseudonym K to the terminal ; and computing a common secret Z by means of the derived base elements H1 and H2 and the secrets s and t, wherein as a key between the portable data carrier and the terminal the common secret Z or a key derived therefrom is employed.
A method of transmitting borehole image data from downhole to a surface location , comprising: obtaining a set of image data describing formation surrounding a borehole using a logging tool at a selected depth or range of depths in the borehole , wherein the set of image data comprises an array of pixels; extracting one or more image features from the set of image data downhole; generating downhole a transmittable representation of the extracted image features; and transmitting the generated representation of the extracted image features from downhole to the surface location . obtaining a set of image data describing formation surrounding a borehole using a logging tool at a selected depth or range of depths in the borehole , wherein the set of image data comprises an array of pixels; extracting one or more image features from the set of image data downhole; generating downhole a transmittable representation of the extracted image features; and transmitting the generated representation of the extracted image features from downhole to the surface location .
A blood processing system, comprising: a leukoreduction filter for removing leukocytes from red blood cells as the red blood cells pass through the filter; and a pump for pumping an additive solution through the leukoreduction filter to flush the leukoreduction filter of red blood cells that remain in the leukoreduction filter after filtration of the red blood cells, characterized in that the pump varies the flush rate of the additive solution during flushing of the leukoreduction filter. a leukoreduction filter for removing leukocytes from red blood cells as the red blood cells pass through the filter; and a pump for pumping an additive solution through the leukoreduction filter to flush the leukoreduction filter of red blood cells that remain in the leukoreduction filter after filtration of the red blood cells, characterized in that the pump varies the flush rate of the additive solution during flushing of the leukoreduction filter.
Retention collar for a connecting device , wherein the retention collar comprises first retaining projections , which are designed to be engageable into a first locking contour on the outside of a first fluid-conducting line , and wherein the retention collar comprises second retaining projections , which are designed to be engageable into a second locking contour on the outside of a second fluid-conducting line , wherein the first retaining projections are designed to be engageable into the first locking contour and wherein the second retaining projections are designed to be engageable into the second locking contour in order to limit an axial displacement of a first connecting section of the first fluid-conducting line relative to a second connecting section of the second fluid-conducting line , wherein first slots are arranged between the first retaining projections , wherein second slots are arranged between the second retaining projections , characterized in that the first retaining projections are arranged at an offset relative to the second retaining projections , and in that the first slots are arranged at an offset relative to the second slots , wherein the first slots are arranged at the level of the second retaining projections and wherein the second slots are arranged at the level of the first retaining projections .
A separator comprising a porous film having a tensile strength of about 60 MPa or greater, the porous film comprising carboxyl-group-containing cellulose nanofibers, wherein the carboxyl-group-containing cellulose nanofibers comprise a group of Formula 1 or Formula 2 bound to a carbon atom of a pyranose ring in the carboxyl-group-containing cellulose nanofibers: Formula 1 is -R 1 -O-R 2 -COOM Formula 2 -O-R 2 -COOM wherein R 1 and R 2 are each independently a substituted or unsubstituted C1-C10 alkylene group, and M is hydrogen or an alkali metal, and wherein the tensile strength is measured according to the description.
A method of imaging, by means of magnetic resonance, at least a portion of a human or animal subject of interest positioned in a static magnetic field, the method comprising: - taking measurements of electrocardiogram data of a heart of the subject of interest ; - generating vector cardiogram data from the electrocardiogram data including determining an electrical axis of the heart; - determining at least one parameter of an acquisition period of acquiring magnetic resonance signals from the vector cardiogram data in order to synchronize a measurement of magnetic resonance signals to a cyclic movement of the heart of the subject of interest ; wherein the at least one parameter of the acquisition period is determined by comparing an actual value of a discriminating function, which is based on an angular relationship between the determined electrical axis of the heart and an instantaneous vector of the vector cardiogram, with a predetermined reference function, which is based on a fixed threshold of the actual value of the discrimination function, wherein for determining the at least one parameter of the acquisition period, a step of adapting at least one of the discriminating function and the predetermined reference function is executed, dependent on a breathing status of the human or animal subject of interest , wherein the step of adapting comprises modifying the angular relationship between the determined electrical axis of the heart and the instantaneous vector of the vector cardiogram. - taking measurements of electrocardiogram data of a heart of the subject of interest ; - generating vector cardiogram data from the electrocardiogram data including determining an electrical axis of the heart; - determining at least one parameter of an acquisition period of acquiring magnetic resonance signals from the vector cardiogram data in order to synchronize a measurement of magnetic resonance signals to a cyclic movement of the heart of the subject of interest ; wherein the at least one parameter of the acquisition period is determined by comparing an actual value of a discriminating function, which is based on an angular relationship between the determined electrical axis of the heart and an instantaneous vector of the vector cardiogram, with a predetermined reference function, which is based on a fixed threshold of the actual value of the discrimination function, wherein for determining the at least one parameter of the acquisition period, a step of adapting at least one of the discriminating function and the predetermined reference function is executed, dependent on a breathing status of the human or animal subject of interest ,
A paperboard core configured to receive a yarn wound thereon, wherein the core comprises: at least one inner ply ; and an outer ply disposed adjacent to the at least one inner ply , characterized in that the outer ply comprises clay-coated paper wherein the outer ply is configured to provide direct frictional engagement of the core with the yarn, such that the yarn is windable on the core . at least one inner ply ; and an outer ply disposed adjacent to the at least one inner ply , characterized in that the outer ply comprises clay-coated paper wherein the outer ply is configured to provide direct frictional engagement of the core with the yarn, such that the yarn is windable on the core .
A carrier system for a vehicle, comprising: a frame being shaped and sized to mate and secure a recreational article; and a vacuum device having a pad shaped and sized to removably seat with a vehicle to form a vacuum cavity, a pump attached to the pad , in fluid communication with the vacuum cavity and having a plunger , and an indicator positioned on the plunger to indicate the level of vacuum pressure within the vacuum cavity, characterised in that the frame has first and second mounts sized and shaped to couple with recreational articles, a plurality of said vacuum devices attached to the frame configured to detachably attach to a mounting surface of a vehicle, the frame being generally arcuate, and further comprising a front frame member pivotally connected to a rear frame member so as to pivot between an operating position and a storage position, and in that the system further comprises a front crossbar and a rear crossbar extending generally perpendicularly from the rear frame member , the crossbars having respective ends sized and shaped to mate with respective vacuum devices , the rear crossbar comprising left and right portions that pivotally attach to the rear frame member to accommodate undulating surfaces on the vehicle. a frame being shaped and sized to mate and secure a recreational article; and a vacuum device having a pad shaped and sized to removably seat with a vehicle to form a vacuum cavity, a pump attached to the pad , in fluid communication with the vacuum cavity and having a plunger , and an indicator positioned on the plunger to indicate the level of vacuum pressure within the vacuum cavity, characterised in that the frame has first and second mounts sized and shaped to couple with recreational articles, a plurality of said vacuum devices attached to the frame configured to detachably attach to a mounting surface of a vehicle, the frame being generally arcuate, and further comprising a front frame member pivotally connected to a rear frame member so as to pivot between an operating position and a storage position, and in that the system further comprises a front crossbar and a rear crossbar extending generally perpendicularly from the rear frame member , the crossbars having respective ends sized and shaped to mate with respective vacuum devices , the rear crossbar comprising left and right portions that pivotally attach to the rear frame member to accommodate undulating surfaces on the vehicle.