mhurhangee/ep-ind-claims huggingface dataset:
An X-ray source comprising: an elongate tubular housing adapted to be fitted into a port of and extend into a vacuum chamber containing a sample to be analysed, said housing containing: an electron gun and a target mounted in the housing, the electron gun being arranged to direct electrons to a point on the target such that the target radiates X-rays; and a monochromator arranged to focus X-rays radiated from the target to a focal point on a sample in the chamber; wherein the tubular housing has an inner diameter and a central axis along its length, and wherein the monochromator is positioned, and comprises a material selected such that the focal point of the X-rays on the sample lies at a radial distance from the central axis not greater than the radius (D/2) of the housing, and wherein the point on the target is also at a radial distance from the central axis not greater than the radius of the housing, such that the target, the monochromator and the focal point on the sample are all contained within a radial area not greater than the diameter of the housing. an elongate tubular housing adapted to be fitted into a port of and extend into a vacuum chamber containing a sample to be analysed, said housing containing: an electron gun and a target mounted in the housing, the electron gun being arranged to direct electrons to a point on the target such that the target radiates X-rays; and a monochromator arranged to focus X-rays radiated from the target to a focal point on a sample in the chamber; an electron gun and a target mounted in the housing, the electron gun being arranged to direct electrons to a point on the target such that the target radiates X-rays; and a monochromator arranged to focus X-rays radiated from the target to a focal point on a sample in the chamber; wherein the tubular housing has an inner diameter and a central axis along its length, and wherein the monochromator is positioned, and comprises a material selected such that the focal point of the X-rays on the sample lies at a radial distance from the central axis not greater than the radius (D/2) of the housing, and wherein the point on the target is also at a radial distance from the central axis not greater than the radius of the housing, such that the target, the monochromator and the focal point on the sample are all contained within a radial area not greater than the diameter of the housing.
Method for determining distance values to an industrial truck which is equipped with a 2D camera which records images in a predetermined image area relative to the industrial truck and forwards these to an evaluation unit which evaluates one or more distance values relative to the industrial truck for at least part of the image area of the recorded images, the method having the following steps: ∘ Recording a first image with the 2D camera in a first camera position, ∘ Moving the 2D camera by a distance from the first camera position to a second camera position, ∘ Detection of the distance between the first and the second camera position (L, R), the distance being used to detect the distance between the first and the second camera position and the spatial orientation of the connecting line from the first and the second camera position being present, ∘ Recording a second image with the 2D camera in the second camera position, characterised in that ∘ both images are analysed, wherein an overlap area of the two images between the two camera positions is determined and a distance value for at least one point and/or a range of points is determined in the overlap area, taking into account the distance (b), ∘ the 2D camera is attached to a height-adjustable part of the lifting frame and is moved into the two camera positions by raising or lowering the lifting frame, or ∘ the 2D camera is attached to a horizontally adjustable part and is moved into the two camera positions by lateral displacement, or ∘ the 2D camera, which detects a distance along the side of the industrial truck, is fixed to the industrial truck and the 2D camera is moved into the two camera positions by a travelling movement of the industrial truck. ∘ Recording a first image with the 2D camera in a first camera position, ∘ Moving the 2D camera by a distance from the first camera position to a second camera position, ∘ Detection of the distance between the first and the second camera position (L, R), the distance being used to detect the distance between the first and the second camera position and the spatial orientation of the connecting line from the first and the second camera position being present, ∘ Recording a second image with the 2D camera in the second camera position, characterised in that ∘ both images are analysed, wherein an overlap area of the two images between the two camera positions is determined and a distance value for at least one point and/or a range of points is determined in the overlap area, taking into account the distance (b), ∘ the 2D camera is attached to a height-adjustable part of the lifting frame and is moved into the two camera positions by raising or lowering the lifting frame, or ∘ the 2D camera is attached to a horizontally adjustable part and is moved into the two camera positions by lateral displacement, or ∘ the 2D camera, which detects a distance along the side of the industrial truck, is fixed to the industrial truck and the 2D camera is moved into the two camera positions by a travelling movement of the industrial truck.
A pouch bending guide apparatus, suitable for a secondary battery packaging system, the apparatus comprising: a base jig having an inner surface which is disposed to be directed upward; a bending jig having an inner surface which can be folded toward or unfolded from the inner surface of the base jig; a pouch comprising a pouch sheet which forms a bending lateral surface while the bending jig is folded toward the base jig; and a bending knife comprising a stopper which is configured to support an inner surface of the bending lateral surface, wherein the apparatus comprises a bending guide opening part formed in each of side walls of the base jig and the bending jig such that inner and outer surfaces of the side walls communicate with each other; and the stopper is formed to have a front end part, which is formed as a curved surface or a flat surface, and is configured to push the bending lateral surface outward through the bending guide opening part. a base jig having an inner surface which is disposed to be directed upward; a bending jig having an inner surface which can be folded toward or unfolded from the inner surface of the base jig; a pouch comprising a pouch sheet which forms a bending lateral surface while the bending jig is folded toward the base jig; and a bending knife comprising a stopper which is configured to support an inner surface of the bending lateral surface, wherein the apparatus comprises a bending guide opening part formed in each of side walls of the base jig and the bending jig such that inner and outer surfaces of the side walls communicate with each other; and the stopper is formed to have a front end part, which is formed as a curved surface or a flat surface, and is configured to push the bending lateral surface outward through the bending guide opening part.
Method for reading electrical charges produced by a photo-detector of a photo-detector matrix, comprising collecting and storing electrical charges produced by the photo-detector during a predetermined integration period Tint in a first capacitive element distinct from the photo-detector, balancing (34, 50; 34, 60-66) the charges stored in the first capacitive element to a second capacitive element distinct from the photo-detector, and non-destructive reading (38, 54; 38, 68-74) the voltage at the terminals of the second capacitive element, method in which balancing (34, 50; 34, 60-66) followed by reading (38, 54, 38, 68-74) is carried out in at least two phases, each comprising balancing the charges stored in the first capacitive element to the second capacitive element followed by reading the voltage at the terminals of the second capacitive element; ▪ at least one first phase (50; 60-66) taking place during the collection and storage of the charges in the first capacitive element, ▪ and a second phase taking place at the end of the integration period Tint after the collection and storage of the electrical charges in the first capacitive element. ▪ at least one first phase (50; 60-66) taking place during the collection and storage of the charges in the first capacitive element, ▪ and a second phase taking place at the end of the integration period Tint after the collection and storage of the electrical charges in the first capacitive element.
A valve plate for a slide gate, wherein: the valve plate has a heptagonal shape including a first long side and a second long side extending parallel to each other on opposite sides of the valve plate, a first short side and a second short side slantingly contacting one end of the first long side and one end of the second long side, respectively, a third short side connecting the first short side and the second short side, and a fourth short side and a fifth short side slantingly contacting the other ends of the first long side and the second long side, respectively, and the valve plate is symmetrical with reference to a central line parallel to the first long side and the second long side while maintaining the same distance from the first long side and the second long side and an orifice is formed on the central line, wherein a respective virtual right-angled triangle having each of the fourth short side and the fifth short side as an oblique side is configured on the valve plate, and the right-angled triangle has a bottom side having a length k1 and a height having a length of k2; and wherein the fourth short side and the fifth short side are formed to satisfy the following condition: 1.5 ≤ k 1 / k 2 ≤ 2.75. the valve plate has a heptagonal shape including a first long side and a second long side extending parallel to each other on opposite sides of the valve plate, a first short side and a second short side slantingly contacting one end of the first long side and one end of the second long side, respectively, a third short side connecting the first short side and the second short side, and a fourth short side and a fifth short side slantingly contacting the other ends of the first long side and the second long side, respectively, and the valve plate is symmetrical with reference to a central line parallel to the first long side and the second long side while maintaining the same distance from the first long side and the second long side and an orifice is formed on the central line, wherein a respective virtual right-angled triangle having each of the fourth short side and the fifth short side as an oblique side is configured on the valve plate, and the right-angled triangle has a bottom side having a length k1 and a height having a length of k2; and wherein the fourth short side and the fifth short side are formed to satisfy the following condition: 1.5 ≤ k 1 / k 2 ≤ 2.75.
A tensioning device for attaching to an anterior capsule of an eye, the device comprising: an axisymmetric, biocompatible, elastically reconfigurable ring (3a11) for restoring at least a portion of the anterior capsule centripetal forces lost by capsulorhexis; and a plurality of biocompatible penetrators (3a12) configured for attaching the ring (3a11) to the anterior capsule, wherein the plurality of penetrators (3a12) is partially embedded in a part of the ring (3a11) configured for facing the anterior capsule, wherein a part of the ring (3a11) proximal to the principal axis of the ring (3a11) comprises an axisymmetric groove (3e19) adapted to hold at least one of an expander ring (3a11), a hydraulic lens actuator (5a27), and haptics (4a27,4b27) of an intraocular lens; characterized in that the tensioning device further comprises an expander ring (3d11), wherein the expander ring (3d11) is adapted to be temporarily inserted into the groove (3e19) and wherein the expander ring (3d11) comprises a coil spring (3d16) closed upon itself, a bladder (3d17, 3e17) contained within the spring (3d16), and at least one of a pressurizing tube (3d18) and an access port for pressuring and depressurizing the bladder (3d17, 3e17). an axisymmetric, biocompatible, elastically reconfigurable ring (3a11) for restoring at least a portion of the anterior capsule centripetal forces lost by capsulorhexis; and a plurality of biocompatible penetrators (3a12) configured for attaching the ring (3a11) to the anterior capsule, wherein the plurality of penetrators (3a12) is partially embedded in a part of the ring (3a11) configured for facing the anterior capsule, wherein a part of the ring (3a11) proximal to the principal axis of the ring (3a11) comprises an axisymmetric groove (3e19) adapted to hold at least one of an expander ring (3a11), a hydraulic lens actuator (5a27), and haptics (4a27,4b27) of an intraocular lens; characterized in that the tensioning device further comprises an expander ring (3d11), wherein the expander ring (3d11) is adapted to be temporarily inserted into the groove (3e19) and wherein the expander ring (3d11) comprises a coil spring (3d16) closed upon itself, a bladder (3d17, 3e17) contained within the spring (3d16), and at least one of a pressurizing tube (3d18) and an access port for pressuring and depressurizing the bladder (3d17, 3e17).
A method comprising: sending, by an initiating device, a first communication (52-2; 53-2; 54-2; 55-4; 56-2; 57-2), comprising a request for a voice call session with a recipient device; receiving, by the initiating device and, after sending the first communication, a second communication (52-4; 53-4; 54-4; 55-8; 56-6; 57-6) comprising an indication of a capability of the recipient device to receive a text message if the voice call session is not established; sending, by the initiating device, after receiving the second communication (52-4; 53-4; 54-4; 55-8; 56-6; 57-6), and before the voice call session is established with the recipient device, a communication indicating that the initiating device will send the text message (52-11; 55-15; 55-16) to the recipient device if the voice call session is not established within a time period; and sending, to the recipient device and, after determining that the voice call session is not established within the time period, the text message (52-11; 55-15, 55-16). sending, by an initiating device, a first communication (52-2; 53-2; 54-2; 55-4; 56-2; 57-2), comprising a request for a voice call session with a recipient device; receiving, by the initiating device and, after sending the first communication, a second communication (52-4; 53-4; 54-4; 55-8; 56-6; 57-6) comprising an indication of a capability of the recipient device to receive a text message if the voice call session is not established; sending, by the initiating device, after receiving the second communication (52-4; 53-4; 54-4; 55-8; 56-6; 57-6), and before the voice call session is established with the recipient device, a communication indicating that the initiating device will send the text message (52-11; 55-15; 55-16) to the recipient device if the voice call session is not established within a time period; and sending, to the recipient device and, after determining that the voice call session is not established within the time period, the text message (52-11; 55-15, 55-16).
A non-fibrous film, which is prepared by a method, wherein the method comprises: (a) preparing a mixture solution, a solute of which comprises: a collagen and a polyester polymer, wherein a content of the polyester polymer in the non-fibrous film is 1-60 wt%, and a solvent of which comprises a perfluorocarbon solvent; and (b) drying the mixture solution in a fume hood to form a film, wherein the film has a swelling rate of 1-200 μm/hour or a swelling proportion per unit time of 0.1-2%/hour in an aqueous liquid. wherein the method comprises: (a) preparing a mixture solution, a solute of which comprises: a collagen and a polyester polymer, wherein a content of the polyester polymer in the non-fibrous film is 1-60 wt%, and a solvent of which comprises a perfluorocarbon solvent; and (b) drying the mixture solution in a fume hood to form a film, (a) preparing a mixture solution, a solute of which comprises: a collagen and a polyester polymer, wherein a content of the polyester polymer in the non-fibrous film is 1-60 wt%, and a solvent of which comprises a perfluorocarbon solvent; and a collagen and a polyester polymer, wherein a content of the polyester polymer in the non-fibrous film is 1-60 wt%, and a solvent of which comprises a perfluorocarbon solvent; and (b) drying the mixture solution in a fume hood to form a film, wherein the film has a swelling rate of 1-200 μm/hour or a swelling proportion per unit time of 0.1-2%/hour in an aqueous liquid.
A network node configured to communicate with a plurality of wireless devices, WD, the network node comprising: processing circuitry configured to select an index indicating a set of parameters of a plurality of sets of parameters, a set of parameters including at least one frequency priority, the selecting being based at least in part on one of a registered slice and a service, the index usable to configure at least one WD of a first group of WDs to select a frequency priority based at least in part on the selected index; and a radio interface in communication with the processing circuitry, the radio interface configured to transmit the selected index to the at least one WD of the first group of WDs. processing circuitry configured to select an index indicating a set of parameters of a plurality of sets of parameters, a set of parameters including at least one frequency priority, the selecting being based at least in part on one of a registered slice and a service, the index usable to configure at least one WD of a first group of WDs to select a frequency priority based at least in part on the selected index; and a radio interface in communication with the processing circuitry, the radio interface configured to transmit the selected index to the at least one WD of the first group of WDs.
A Lewis acid polymerization catalyst, comprising: a general formula M(R 1) 1 (R 2) 1 (R 3) 1 (R 4) 0 or 1, whereas M is boron, R 1, R 2, R 3, and R 4 are each independent, R 1 is a 3,5-bis(trifluoromethyl)-substituted phenyl group, R 2 is the 3,5-bis(trifluoromethyl)-substituted phenyl group or a first substituted phenyl group selected from Set 1 structures, R 3 is independently a second substituted phenyl group selected from the Set 1 structures, and optional R 4 includes a functional group or functional polymer group, said functional group or functional polymer group being a molecule that contains at least one of the following: water, an alcohol, an alkoxy, a ketone, an ester, an organosiloxane, an amine, a phosphine, an oxime, and substituted analogs thereof; wherein the Set 1 structures are: a general formula M(R 1) 1 (R 2) 1 (R 3) 1 (R 4) 0 or 1, whereas M is boron, R 1, R 2, R 3, and R 4 are each independent, R 1 is a 3,5-bis(trifluoromethyl)-substituted phenyl group, R 2 is the 3,5-bis(trifluoromethyl)-substituted phenyl group or a first substituted phenyl group selected from Set 1 structures, R 3 is independently a second substituted phenyl group selected from the Set 1 structures, and optional R 4 includes a functional group or functional polymer group, said functional group or functional polymer group being a molecule that contains at least one of the following: water, an alcohol, an alkoxy, a ketone, an ester, an organosiloxane, an amine, a phosphine, an oxime, and substituted analogs thereof; wherein the Set 1 structures are:
A femoral component of a hip implant device, comprising: (a) a neck having a central axis; and (b) a body distal to the neck, the body having a tapered proximal portion, characterized in that the tapered proximal portion of the body has a largest cross section perpendicular to the neck central axis, the largest cross section of the tapered proximal portion that is perpendicular to the neck central axis having a maximum height dimension and a maximum width dimension, wherein the maximum height dimension is 23.9 mm or less. (a) a neck having a central axis; and (b) a body distal to the neck, the body having a tapered proximal portion, characterized in that the tapered proximal portion of the body has a largest cross section perpendicular to the neck central axis, the largest cross section of the tapered proximal portion that is perpendicular to the neck central axis having a maximum height dimension and a maximum width dimension, wherein the maximum height dimension is 23.9 mm or less.
A goniometer for measuring stresses and characterizing microstructure of particles, comprising - a frame, - a measurement head (7, 8, 9, 10) including a X-ray tube as well as detectors, movably adapted to the frame by a first linear movement unit, second linear movement unit and a tilting movement unit, for performing measurement at a measurement point, characterized in that - the axis of rotation of the tilting movement unit does not coincide with the measurement point, and - the device has means for creating arc-formed movement of the measurement head (7, 8, 9, 10) during the measurement with said movement units (5, 6, 16). - a frame, - a measurement head (7, 8, 9, 10) including a X-ray tube as well as detectors, movably adapted to the frame by a first linear movement unit, second linear movement unit and a tilting movement unit, for performing measurement at a measurement point, - the axis of rotation of the tilting movement unit does not coincide with the measurement point, and - the device has means for creating arc-formed movement of the measurement head (7, 8, 9, 10) during the measurement with said movement units (5, 6, 16).