mhurhangee/ep-ind-claims huggingface dataset:
A method of probing a data of interest on the basis of an object comprised in a related 3D image data, the method comprising: - an instantiating step for instantiating a probe being a virtual measuring device; - an applying step for applying the probe to a location on a surface of the object represented in a view rendered from the related 3D image data, wherein the object is defined by segmenting the related 3D image data; - a setting step for setting a parameter of the probe, wherein the parameter defines a direction of the probe and a depth of the probe for determining a scope of the probe; and - a determining step for determining a profile from the data of interest on the basis of the location of the probe and on the basis of the scope of the probe, wherein locations from the 3D image data related to the data of interest are assigned respective values of a scalar or vector field stored in the data of interest, wherein the view rendered from the related 3D image data allows navigating the data of interest, and wherein the profile is a partial graph of said field. - an instantiating step for instantiating a probe being a virtual measuring device; - an applying step for applying the probe to a location on a surface of the object represented in a view rendered from the related 3D image data, wherein the object is defined by segmenting the related 3D image data; - a setting step for setting a parameter of the probe, wherein the parameter defines a direction of the probe and a depth of the probe for determining a scope of the probe; and - a determining step for determining a profile from the data of interest on the basis of the location of the probe and on the basis of the scope of the probe,
A food product comprising a biscuit part and a filling part, the filling part including a water-based filling and an anhydrous filling with live lactic cultures, wherein the water-based filling and the anhydrous filling are distinct, and wherein the anhydrous filling has a lactic culture cell count per gram of the anhydrous filling of at least 10 5 cfu/g, preferably 10 6 cfu/g, more preferably 10 7 cfu/g, the food product presenting a decay rate of the lactic cultures of at most 0.25 log 10 cfu/g of anhydrous filling per month.
A ranging method, comprising: sending a ranging signal to a measured system, wherein the measured system comprises at least one reflection point, wherein the ranging signal is reflected after arriving at the at least one reflection point; receiving a first spectrum signal obtained by the reflecting by the at least one reflection point; determining a second spectrum signal according to the first spectrum signal, wherein the second spectrum signal comprises the first spectrum signal, and a spectral width of the second spectrum signal is greater than a spectral width of the first spectrum signal; and estimating a distance of the at least one reflection point according to the second spectrum signal. sending a ranging signal to a measured system, wherein the measured system comprises at least one reflection point, wherein the ranging signal is reflected after arriving at the at least one reflection point; receiving a first spectrum signal obtained by the reflecting by the at least one reflection point; determining a second spectrum signal according to the first spectrum signal, wherein the second spectrum signal comprises the first spectrum signal, and a spectral width of the second spectrum signal is greater than a spectral width of the first spectrum signal; and estimating a distance of the at least one reflection point according to the second spectrum signal.
A computer-implemented method for reconstructing a motion-corrected magnetic resonance image of a subject, comprising: providing k-space magnetic resonance data comprised of a plurality of shots, wherein each shot corresponds to an individual motion state of the subject; providing motion parameters related to each motion state; determining redundancies across the motion states of the plurality of shots based on the motion parameters; compressing the plurality of motion states based on the determined redundancies across the motion states, wherein compressing the plurality of motion states comprises reducing the number of motion states; reconstructing the magnetic resonance image from the k-space magnetic resonance data based on the compressed plurality of motion states, characterized in that the redundancies across the motion states are determined by finding similarities between different motion states, and comparing the motion parameters of different motion states with each other and finding a redundancy if differences between the motion parameters of said different motion states are below a predetermined threshold. providing k-space magnetic resonance data comprised of a plurality of shots, wherein each shot corresponds to an individual motion state of the subject; providing motion parameters related to each motion state; determining redundancies across the motion states of the plurality of shots based on the motion parameters; compressing the plurality of motion states based on the determined redundancies across the motion states, wherein compressing the plurality of motion states comprises reducing the number of motion states; reconstructing the magnetic resonance image from the k-space magnetic resonance data based on the compressed plurality of motion states, characterized in that the redundancies across the motion states are determined by finding similarities between different motion states, and comparing the motion parameters of different motion states with each other and finding a redundancy if differences between the motion parameters of said different motion states are below a predetermined threshold.
A liquid material filling device for filling a liquid material into an inner flow passage of a discharge device having a discharge port, the liquid material filling device comprising a chamber of an airtight structure, a pressure regulator for regulating pressure in the chamber, and a control device, wherein the discharge device includes a liquid reservoir that has an outlet in communication with the discharge port, and that has a connector, the discharge device being used in a state mounted to an application apparatus outside the chamber, the pressure regulator includes a negative pressure supply source, a chamber communication pipe in communication with the chamber, a discharge device communication pipe in communication with the connector of the liquid reservoir, an on-off valve A for establishing or cutting off communication between the chamber communication pipe and a gas supply port for supply of gas to the chamber, an on-off valve B for establishing or cutting off communication between the chamber communication pipe and the discharge device communication pipe, an on-off valve C for establishing or cutting off communication between the discharge device communication pipe and a gas supply port for supply of gas to the liquid reservoir, and a pressure gauge, the control device includes pressure reducing means for communicating the negative pressure supply source with the chamber communication pipe and with the discharge device communication pipe, and reducing the pressure in the chamber and pressure in an upper space of the reservoir to a vacuum or a low pressure level close to a vacuum; degassing means for maintaining the inside of the chamber and the upper space of the reservoir in a low-pressure state for a certain time, and expelling out air bubbles in the liquid material; filling means for, in a state where the discharge port of the discharge device is opened to a chamber space, communicating the upper space of the reservoir with the gas supply port for supply of the gas to the liquid reservoir, introducing the gas to flow into the upper space of the reservoir, and increasing the pressure in the upper space of the reservoir to become higher than the pressure in the chamber such that the liquid material within the reservoir is filled into the discharge device; filling stop means for communicating the upper space of the reservoir with the inside of the chamber, and establishing a pressure equilibrium state; and pressure release means for communicating the inside of the chamber and the upper space of the reservoir with the gas supply port for supply of the gas to the chamber or with the gas supply port for supply of the gas to the liquid reservoir, and the chamber includes a door allowing the discharge device to be placed into or taken out from the chamber.
Method for operating a valve, in particular a vacuum valve, which connects openings (2, 3) of at least two chambers (4, 5) to one another and, for closing the openings (2, 3) of each of the chambers (4, 5), has at least one dedicated closure member (6, 7), wherein the closure members (6, 7), for closing the openings (2, 3) in a closed position in a valve-housing interior of the valve, are pressed, by at least one longitudinal drive of the valve, against valve seats (10, 11), each assigned to the openings (2, 3), characterised in that, for opening one of the openings (2, 3), a positive pressure is generated in the chamber (4, 5) assigned to said opening (2, 3) which is higher than a current pressure in the valve-housing interior, raising, by said positive pressure, the closure member (6, 7) assigned to said opening up from the valve seat (10, 11) assigned to said opening (2, 3) and then, through said opening (2, 3), a pressure equalisation is carried out between the valve-housing interior and the chamber (4, 5) assigned to said opening (2, 3).
A mobile X-ray unit comprising a base for accommodating a control unit, a power supply and a cooler and further comprising an articulated displaceable arm supporting an X-ray applicator (4, 22, 30, 51) provided with an X-ray tube, said X-ray applicator being connected to the base, the X-ray tube comprising a target for generating an X-ray beam and a collimator for shaping the generated X-ray beam, wherein the X-ray applicator comprises an exit surface conceived to be directed towards a patient, the X-ray applicator further comprising an applicator cap for covering at least said surface and for intercepting secondary electrons emanating from the X-ray applicator, characterized in that the applicator cap: is manufactured from polyphenylsulfone having a thickness between 0.3 - 0.6 mm, or is manufactured from polyvinylidene fluoride having a thickness between 0.4 - 0.7 mm.
A communication method, the method comprises: sending, by a terminal device to a first network device, a measurement report in the case that a first trigger condition and a second trigger condition are satisfied; wherein the measurement report is used for the first network device to determine whether to perform a conditional handover, CHO, or not to perform the CHO, the first trigger condition is a signal condition that is required to be satisfied for the terminal device to send the measurement report, and the second trigger condition is a speed condition that is required to be satisfied for the terminal device to send the measurement report, wherein the second trigger condition comprises at least one of the following: an instantaneous speed of the terminal device exceeds a first speed threshold, an average speed of the terminal device exceeds a second speed threshold, or the terminal device does not obtain a current speed of the terminal device.
Casting device with a casting ladle, a distributor device and a horizontally movable transport belt with lateral boundaries (13, 14), In which liquid metal, preferably steel, can flow out of the casting ladle onto the distributor device (4, 12) and from there deposit on the horizontal transport belt, wherein the lateral boundaries (13, 14) of the horizontal transport belt are adjustable as considered in the width of the horizontal transport belt, and the distributor device (4, 12) is adjustable in width as considered in the direction of the width of the transport belt, wherein arranged below the horizontal transport belt is at least one cooling device which serves the purpose of cooling the rough strip running on the transport belt at casting speed, wherein the at least one cooling device (9, 11) is variably controllable in width as considered in the direction of the width of the transport belt in such a way that the at least one cooling device (9, 11) can be divided up in width as considered in the direction of the width of the transport belt and wherein at least two edge zones thereof are present, which can be switched on or off in dependence on the width to be cooled, and that an inert-gas hood for protection of the rough strip is provided above the transport belt.
A tunnel binding based communication method, wherein a binding tunnel bounds two different technologies in hybrid access networks, comprising: transmitting, by a first network device, a service packet to a second network device using a first binding tunnel, wherein the first binding tunnel comprises a first tunnel and a second tunnel; and when the first tunnel is faulty or transmission quality of the first tunnel does not meet a preset condition, transmitting, by the first network device, a service packet to the second network device using a second binding tunnel, wherein the second binding tunnel comprises a backup tunnel of the first tunnel and the second tunnel. transmitting, by a first network device, a service packet to a second network device using a first binding tunnel, wherein the first binding tunnel comprises a first tunnel and a second tunnel; and when the first tunnel is faulty or transmission quality of the first tunnel does not meet a preset condition, transmitting, by the first network device, a service packet to the second network device using a second binding tunnel, wherein the second binding tunnel comprises a backup tunnel of the first tunnel and the second tunnel.
Holding cassette (18; 18'; 18") for receiving a tampon applicator, comprising an applicator receptacle (22, 22', 22") which comprises at least one, in particular one to four, holding bulges (17.1, 17.2, 17.3, 17.4) which extend into a recess of the applicator receptacle (22, 22', 22") such that they are capable of forming a positive-fitting and/or force-fitting connection with an inserted tampon applicator.
An adaptive manufacturing table for assembling and manufacturing wire harnesses, comprising: a structural frame assembly; a moveable table assembly comprising a table surface mounted to the structural frame assembly; and a projector; characterised in that the projector is rigidly mounted to the moveable table assembly such that the projector moves with the movement of the table assembly. a structural frame assembly; a moveable table assembly comprising a table surface mounted to the structural frame assembly; and a projector;
An LED display screen arranged in an Eskimo ice house-like shape, wherein the LED display screen is a spherical display screen, and a plurality of display unit boards are provided to be divided with respect to the equatorial line of the spherical display screen and distributed along the warp direction and latitude direction of the spherical display screen respectively, so as to form the spherical display screen, wherein: the plurality of display unit boards are arranged evenly in rows in a fan shape in the latitude direction, and the number of each row of the plurality of display unit boards is sequentially decreased from the equatorial line towards the south pole and the north pole respectively; wherein in the latitude direction, every two rows of the plurality of display unit boards are symmetrically distributed with respect to the equatorial line; wherein in the positions of the north pole and the south pole of the spherical display screen, two of the plurality of display unit boards, which are half-circular, are arranged; and wherein a plurality of LED lamp beads are arranged on the side of each of the plurality of display unit boards facing the inside of the spherical display screen; characterized in that there is a preset pixel pitch between the center points of every two of the plurality of LED lamp beads; the plurality of LED lamp beads are arranged in sequence from top to bottom in each of the plurality of display unit boards; the number of the lateral rows of the plurality of LED lamp beads is obtained according to the following formula: Z = Y / X; wherein, Z represents the number of the lateral rows of the LED lamp beads; Y represents half of the circumference of the spherical display screen; X represents the preset pixel pitch; and the number of the lateral rows of the plurality of LED lamp beads is an integer.
Method of determining a leakage condition of a negative pressure wound therapy system, comprising the steps of i. controlling an electrical pump for generating a negative pressure, ii. generating a leakage signal if a pump speed associated with the electrical pump exceeds a predetermined value, wherein the predetermined value is selected of the range of 1500 RPM to 10000 RPM and wherein the predetermined value is selected such that the negative pressure wound therapy system is still able to essentially maintain a desired target negative pressure when the leakage signal is generated. i. controlling an electrical pump for generating a negative pressure, ii. generating a leakage signal if a pump speed associated with the electrical pump exceeds a predetermined value, wherein the predetermined value is selected of the range of 1500 RPM to 10000 RPM and wherein the predetermined value is selected such that the negative pressure wound therapy system is still able to essentially maintain a desired target negative pressure when the leakage signal is generated.
An actuator for a catheter assembly, the actuator having a cylindrical shaft between a proximal free end and a distal end, the cylindrical shaft having a first cross dimension, an eyelet portion at the distal end of the cylindrical shaft having an eyelet shaft of a second cross dimension, and a barb at the proximal free end of the cylindrical shaft, the barb including an enlarged flange folding back over a portion of the cylindrical shaft and diverging in a distal direction to define a frustoconical outer surface being radially outward of the cylindrical shaft and defining an outer third cross dimension, the third cross dimension being larger than the first and second cross dimensions so as to define an annular space between an inner wall of a catheter hub of said catheter assembly and the actuator the second cross dimension being closely sized to a diameter of a needle cannula to be used with said catheter assembly and to be secured to said catheter hub.
A strain sensor comprising a sensor element comprising an elongated, amorphous or nanocrystalline sensing microwire having a positive magnetostriction property and an inherent Barkhausen remagnetization response magnitude, wherein the strain sensor includes a body of material operably engaging said sensing microwire and operable to place the sensing microwire under compression sufficient to effectively reduce said remagnetization response to a first, reduced magnitude, characterized in that said body of material operably surrounds said sensing microwire and in that said body of material has contracted after application around said microwire in order to place said microwire under said compression.
A device for generating electric current for an alternating-current network, which device comprises a first electricity generating unit comprising a first generator connected to the alternating-current network, a first combustion engine for driving the first generator, and a first engine control unit for controlling the first combustion engine, whereby the device further comprises at least one second electricity generating unit comprising a circuit-breaker, a second generator connected to the alternating-current network via said circuit-breaker, a second combustion engine for driving the second generator, and a second engine control unit for controlling the second combustion engine, characterised in that the generators (7a, 7b) of the first and second electricity generating units (3a, 3b) are coupled to the respective combustion engines (6a, 6b) in such a way that all of the generators (7a, 7b) are at mutually the same angular position when the combustion engines (6a, 6b) are at mutually the same angular position, and that the first engine control unit is arranged to transmit to the second engine control unit information concerning the speed and angular position of the first combustion engine and that the second engine control unit is arranged to regulate the speed and angular position of the second combustion engine on the basis of said information so that the angle of the second combustion engine is synchronised with that of the first combustion engine and that the second generator is thereby synchronised with the first generator.
A machine for making absorbent sanitary articles which comprise an absorbent pad in turn comprising at least one discrete layer of superabsorbent polymer material (4, 4b); the machine comprising a line for feeding at least one continuous web of impermeable material and at least one unit for forming and applying a succession of absorbent pads along the continuous web of impermeable material; the forming and application unit comprising a drum for forming the absorbent pad, a duct for feeding a charge of superabsorbent polymer material (4, 4b) to the forming drum and intermittent valve means mounted along a stretch of the feeding duct and driven by its own actuator unit; the machine being characterized in that it comprises a device for detecting the superabsorbent polymer material (4, 4b) defining the discrete layer of the absorbent pad and a control and drive unit connected to the detecting device; the detecting device sending a superabsorbent polymer material detection signal and the control and drive unit being configured to acquire the detection signal and to compare it with a reference signal; the control and drive unit being configured to drive the actuator unit to bring the valve means into phase with the rotation of the forming drum if the deviation of the detection signal from the reference signal exceeds a defined threshold value.
Method for operating at least two data processing units (VCC1, VCC2) with high availability, in which a second data processing unit automatically removes at least one entry (120, 122) for a process to be executed from a memory unit or automatically places itself into a standby mode, wherein the removal of the at least one entry (120, 122) or the placing into the standby mode occurs in dependence on the operating state (Z1 to Z6) of a transport machine, for the operation of which the data processing units (VCC1, VCC2) are used, wherein the operating state (Z1 to Z6) comprises stopping (Z2, Z5) and travelling (Z1, Z3, Z4), and wherein the removal of the at least one entry (120, 122) or the placing into the standby mode occurs in the stopping operating state (Z2, Z5).
A micro-needle array device comprising: a micro-needle array having a sheet part and a plurality of needle parts existing on a top face of the sheet part; and a pressing member for pressing a surface of the sheet part, the surface being on an opposite side of the surface having the needle parts, wherein the sheet part has a thickness of 0.1 to 0.6 mm, and an area A of a pressing face of the pressing member for pressing the sheet part of the micro-needle array and an area B of a region where the needle parts of the micro-needle array exist, satisfy the formula: 0.3 ≤ A/B ≤ 0.75. a micro-needle array having a sheet part and a plurality of needle parts existing on a top face of the sheet part; and a pressing member for pressing a surface of the sheet part, the surface being on an opposite side of the surface having the needle parts, wherein the sheet part has a thickness of 0.1 to 0.6 mm, and an area A of a pressing face of the pressing member for pressing the sheet part of the micro-needle array and an area B of a region where the needle parts of the micro-needle array exist, satisfy the formula: 0.3 ≤ A/B ≤ 0.75.