mhurhangee/ep-ind-claims huggingface dataset:
An x-ray microscope system comprising: an x-ray illumination beam generating system comprising: an x-ray source; and a beam-splitting grating, wherein said x-ray illumination beam generating system produces a plurality of x-ray micro-beams through the Talbot effect, the plurality of x-ray micro-beams having a depth-of-focus range of a set of Talbot anti-nodes, an axis of propagation and a predetermined intensity profile normal to said axis for a predetermined x-ray energy; a means to position an object to be examined within a depth-of-focus range corresponding to one Talbot anti-node and to move the object relative to said plurality of micro-beams; and at least one x-ray pixel array detector for detecting x-rays resulting from interaction of said plurality of x-ray micro-beams with said object, said detector comprising a plurality of pixels within said depth-of-focus range of the said micro-beams such that the x-rays detected by any given pixel of the detector correspond to the transmitted x-rays through the object to be examined from primarily one micro-beam. an x-ray illumination beam generating system comprising: an x-ray source; and a beam-splitting grating, wherein said x-ray illumination beam generating system produces a plurality of x-ray micro-beams through the Talbot effect, the plurality of x-ray micro-beams having a depth-of-focus range of a set of Talbot anti-nodes, an axis of propagation and a predetermined intensity profile normal to said axis for a predetermined x-ray energy; an x-ray source; and a beam-splitting grating, wherein said x-ray illumination beam generating system produces a plurality of x-ray micro-beams through the Talbot effect, the plurality of x-ray micro-beams having a depth-of-focus range of a set of Talbot anti-nodes, an axis of propagation and a predetermined intensity profile normal to said axis for a predetermined x-ray energy; a means to position an object to be examined within a depth-of-focus range corresponding to one Talbot anti-node and to move the object relative to said plurality of micro-beams; and at least one x-ray pixel array detector for detecting x-rays resulting from interaction of said plurality of x-ray micro-beams with said object, said detector comprising a plurality of pixels within said depth-of-focus range of the said micro-beams such that the x-rays detected by any given pixel of the detector correspond to the transmitted x-rays through the object to be examined from primarily one micro-beam.
A silver-based cylindrical target with a cylindrical body consisting of silver or a single-phase silver alloy in which an additive component is so lid-so luted, manufactured by the steps of: casting a billet of silver or of silver alloy, in which an additive component is solid-soluted in silver, in a circular pillar shape to obtain a silver ingot or silver alloy ingot, performing a hot extrusion process in which the silver ingot or the silver alloy ingot is subjected to extrusion work to obtain a cylindrical body with a cylindrical shape in a condition where an extrusion ratio is 4 or more and 15 or less and a temperature of the cylindrical body immediately after extrusion is 500°C or higher and 800°C or lower; performing a cold drawing process in which the cylindrical body obtained after the step of performing a hot extrusion process is subjected to drawing work in a reduction ratio of 20% or more; and performing a heat treatment process in which the cylindrical body obtained after the step of performing a cold drawing process is kept at a temperature of 450°C or higher and 650°C or lower, wherein a ratio A/B is 0.8-1.2, A being an average diameter of crystal grains in a direction along a central axis of the cylindrical body in a cross section including the central axis of the cylinder; and B being an average diameter of crystal grains in a direction perpendicular to the central axis, an oxygen content is 100 ppm or less, and a content of non-metallic inclusions is 20 ppm or less. casting a billet of silver or of silver alloy, in which an additive component is solid-soluted in silver, in a circular pillar shape to obtain a silver ingot or silver alloy ingot, performing a hot extrusion process in which the silver ingot or the silver alloy ingot is subjected to extrusion work to obtain a cylindrical body with a cylindrical shape in a condition where an extrusion ratio is 4 or more and 15 or less and a temperature of the cylindrical body immediately after extrusion is 500°C or higher and 800°C or lower; performing a cold drawing process in which the cylindrical body obtained after the step of performing a hot extrusion process is subjected to drawing work in a reduction ratio of 20% or more; and performing a heat treatment process in which the cylindrical body obtained after the step of performing a cold drawing process is kept at a temperature of 450°C or higher and 650°C or lower, wherein a ratio A/B is 0.8-1.2, A being an average diameter of crystal grains in a direction along a central axis of the cylindrical body in a cross section including the central axis of the cylinder; and B being an average diameter of crystal grains in a direction perpendicular to the central axis, an oxygen content is 100 ppm or less, and a content of non-metallic inclusions is 20 ppm or less.
A component-mounting printed board, comprising: a resin base; an electronic component mounted on at least one of surfaces (10a, 10b) of the resin base; and a through-hole electrode formed penetrating the resin base at a position corresponding to an electrode of the electronic component, wherein the electrode of the electronic component and the through-hole electrode are directly joined, and an electrode pad of the through-hole electrode is embedded in the resin base and formed in a surface on an opposite side to a side of a mounting surface on which the electronic component is mounted of the resin base, characterized in that a circuit is formed on the side of the mounting surface on which the electronic component is mounted of the resin base, and the electrode pad of the through-hole electrode and a surface of a rear surface wiring are formed in a state of being flat with the surface on the opposite to the mounting surface of the resin base. a resin base; an electronic component mounted on at least one of surfaces (10a, 10b) of the resin base; and a through-hole electrode formed penetrating the resin base at a position corresponding to an electrode of the electronic component, wherein
Liquid compositions comprising at least one organic semiconductor which emits light from the triplet state, i.e. exhibits phosphorescence, and which is capable of the formation of amorphous films, and at least one organic solvent, characterised in that the triplet emitters used are metal complexes which emit light from the triplet state at room temperature in electroluminescence and which contain at least one metal selected from tungsten, rhenium, ruthenium, osmium, rhodium, iridium, palladium, platinum and gold and in that the content of triplet quenchers in the solution is less than 10 ppm.
A motorized vehicle having at least two wheels (11, 12), such as a bicycle or the like, comprising at least one electric motor powered by an energy storage and generation source, such as a battery or the like, said at least one motor driving at least one of said two wheels. manual drive means, such as pedals or the like, being provided for transferring motion to at least one of said two wheels through transmission means said at least one electric motor being connected to said energy storage and generation source through a control unit, said control unit regulating the operation of said electric motor during normal fault free operation, characterized in that said control unit turns on and/or off according to the speed parameters of said vehicle.
An outside door handle for a motor vehicle with a handle body, which forms a handle for the user and comprises a receiving space used for receiving electric and/or electronic components, and a sensor module fixedly held in the receiving space of the handle body, characterised in that the outside of the sensor module has at least one elastically configured, jutting-out extension attached to it, which in order to clampingly fix the sensor module, is in clamping-like contact with at least one thorn-like bearing surface formed on an inner wall of the receiving space of the handle body.
Acoustic hood, comprising a truncated pyramid shape, wherein the base surface of the truncated pyramid is formed as an opening, a plurality of side surfaces of the truncated pyramid are formed as side walls and the top surface of the truncated pyramid is formed as a rear wall of the acoustic hood, wherein the rear wall of the acoustic hood has a double-walled structure and comprises an outer wall and an inner wall which delimit a damping space, characterised in that the side walls are formed by side wall shells which are provided on the side facing the interior space of the acoustic hood with an insulating layer consisting of a soft material with good sound absorption properties, which is directly adjacent to the interior space.
A plant for surface working of semi-finished products made of a stone or the like base material using abrasive-free liquids jets, comprising: - a moving or stationary support base for a product to be worked; - a head facing said support base and having a plurality of nozzles (4, 4', 4",...) for generating jets oriented toward the surface of the product to be worked; - feed means for feeding said nozzles (4, 4', 4",...) with a high-pressure liquid to create cuts on the product being worked; - first drive means for moving the product relative to said head along a longitudinal direction; characterized in that said nozzles (4, 4', 4",...) are mutually offset in a transverse direction with a predetermined pitch (p), adjustment means being associated with said nozzles (4, 4', 4",...) for continuously adjustment of the projection of their pitch (p) on a vertical plane (π), substantially parallel to said transverse direction during operation to change the transverse distance (d) between the longitudinal cuts made by said jets. - a moving or stationary support base for a product to be worked; - a head facing said support base and having a plurality of nozzles (4, 4', 4",...) for generating jets oriented toward the surface of the product to be worked; - feed means for feeding said nozzles (4, 4', 4",...) with a high-pressure liquid to create cuts on the product being worked; - first drive means for moving the product relative to said head along a longitudinal direction;
A method of wireless communication, comprising: receiving, by a user equipment, UE, from a base station, an allocation of resources for an uplink control channel transmission; determining, at the UE, uplink control information, UCI, based, at least in part, on clear channel assessment, CCA, information associated with one or more carriers configured for the UE on an unlicensed spectrum, wherein the UE detects which of the one or more carriers configured for the UE on the unlicensed spectrum are clear for transmission and which are not, and wherein the CCA information includes the results of these CCA checks, and wherein a total size of a payload of the UCI is determined by the UE based at least in part on the CCA information associated with the one or more carriers configured for the UE on the unlicensed spectrum; and transmitting, by the UE, the UCI to the base station over the allocated resources. receiving, by a user equipment, UE, from a base station, an allocation of resources for an uplink control channel transmission; determining, at the UE, uplink control information, UCI, based, at least in part, on clear channel assessment, CCA, information associated with one or more carriers configured for the UE on an unlicensed spectrum, wherein the UE detects which of the one or more carriers configured for the UE on the unlicensed spectrum are clear for transmission and which are not, and wherein the CCA information includes the results of these CCA checks, and wherein a total size of a payload of the UCI is determined by the UE based at least in part on the CCA information associated with the one or more carriers configured for the UE on the unlicensed spectrum; and transmitting, by the UE, the UCI to the base station over the allocated resources.
A catalyst composition for making a polyurethane polymer comprising a combination of: i) at least one dimethyltin mercaptide salt, ii) at least one gelling tertiary amine catalyst, and iii) at least one organic carboxylic acid.
A method for the determination of a thickness of a cross-section of a tree trunk received in a harvesting assembly comprising a pair of opposite feed wheels engaging with the tree trunk and a delimbing knife abutting against the tree trunk, comprising detection of the mutual position of the feed wheels as a measure of a transverse dimension of the cross-section of the tree trunk, characterized by detection of the position of the delimbing knife in relation to an abutment surface of the tree trunk opposite thereto as a measure of an additional transverse dimension of the cross-section of the tree trunk, which additional transverse dimension forms an essentially right angle with the first-mentioned transverse dimension; and estimation of the thickness of the cross-section of the tree trunk based on said two measures of transverse dimensions (D1, D2).
Agricultural machine having at least one processing device for harvested material and a drive train for the at least one processing device, wherein the drive train has an output transmission stage with an output shaft for the at least one processing device, wherein the output transmission stage comprises an input gear and a grooved shaft connected in a non-rotatable manner to the input gear and the output shaft in such a manner that a drive connection between the input gear and the output shaft is achieved via the grooved shaft, characterized in that the grooved shaft is provided with a ring groove defining a predetermined breaking point, wherein the ring groove is configured in the drive flow direction between the input gear and the output shaft and the grooved shaft is accessible through an assembly opening on the input gear side which is configured on a housing wall surrounding the drive train, axially aligned with the grooved shaft.
A method for a wireless service provider to support a subscriber having a plurality of wireless communications devices, wherein the wireless service provider charges a single subscription fee for a subscribed application and permits the subscribed application to be invoked through the plurality of wireless communications devices, comprising the steps of: receiving (604; 804) an activation request for a subscribed application from a requesting wireless communications device of the plurality of wireless communication devices; determining (608; 808) if the subscribed application is in use by a predefined number of other wireless communications devices of the plurality of wireless communications devices; if the subscribed application is in use by a predefined number of other wireless communications devices, sending (610; 810) a failure message to the requesting wireless communications device; and if the subscribed application is not in use by the predefined number of other wireless communications devices, sending (614; 814) an activation of the subscribed application to the requesting wireless communications device. receiving (604; 804) an activation request for a subscribed application from a requesting wireless communications device of the plurality of wireless communication devices; determining (608; 808) if the subscribed application is in use by a predefined number of other wireless communications devices of the plurality of wireless communications devices; if the subscribed application is in use by a predefined number of other wireless communications devices, sending (610; 810) a failure message to the requesting wireless communications device; and if the subscribed application is not in use by the predefined number of other wireless communications devices, sending (614; 814) an activation of the subscribed application to the requesting wireless communications device.
A method for truck use, which truck comprises a drive unit, a power train (235, 250, 130), a chassis and a load-carrying arrangement, wherein the method comprises the steps of: - providing said truck without either driver cab or onboard operator and with a load carrying arrangement comprising a tippable trough; - sensing the surroundings of the truck; - continuously determining the position of the truck by means of a GPS unit; and - controlling the truck and its use autonomously based on the sensed surroundings of the truck and based on the continuously determined position of the truck, wherein the truck and its use is autonomously controlled by means of at least one control unit (200; 210; 500) according to drive routines stored in the control unit (200; 210; 500), wherein the control unit (200; 210; 500) is installed on said truck, wherein the step of controlling the truck and its use includes a sequence comprising - loading by means of said load-carrying arrangement, - moving the loaded truck and - unloading the load. - providing said truck without either driver cab or onboard operator and with a load carrying arrangement comprising a tippable trough; - sensing the surroundings of the truck; - continuously determining the position of the truck by means of a GPS unit; and - controlling the truck and its use autonomously based on the sensed surroundings of the truck and based on the continuously determined position of the truck, - loading by means of said load-carrying arrangement, - moving the loaded truck and - unloading the load.
Folding hook for folding down tabs (34, 34') of a planar carton blank, the tabs (34, 34') being arranged on an edge of the carton blank that is at the front in the transport direction and/or on an edge of the carton blank that at the rear in the transport direction, characterized in that the folding hook comprises a convexly curved projection on a free end, in that the folding hook is substantially crescent-shaped and concave in a region opposite the convexly curved projection, and in that a tip is formed on the folding hook as a continuation of the crescent-shaped region.
A method for creating a vacuum forming mold assembly (100, 200), the method comprising: forming a plurality of support plates (120, 220), each support plate (120, 220) including a surface (126, 226) defining a shape corresponding to a cross-section of at least a portion of the mold cavity (128, 234); providing a mold body (122, 222), wherein the mold body (122, 222) comprises a plurality of mold body segments, wherein the mold body segments are planar or otherwise flat, removably coupling each of the plurality of mold body segments together; deforming the mold body (122, 222) such that the mold body (122, 222) conforms to the shape of the surface (126, 226) of one or more support plates (120, 220) prior to removably coupling the mold body (122, 222) to the plurality of support plates (120, 220); removably coupling a mold body (122, 222) to the plurality of support plates (120, 220) to form the mold assembly (100, 200), the mold body (122, 222) conforming to the shape of the surface (126, 226) of each support plate (120, 220) after being removably coupled to the plurality of support plates (120, 220) such that the mold body (122, 222) defines at least a portion of a mold cavity (128, 234) of the mold assembly (100, 200), the mold body (122, 222) defining at least one of one or more vacuum manifolds or one or more fluid passages (138, 250). forming a plurality of support plates (120, 220), each support plate (120, 220) including a surface (126, 226) defining a shape corresponding to a cross-section of at least a portion of the mold cavity (128, 234); providing a mold body (122, 222), wherein the mold body (122, 222) comprises a plurality of mold body segments, wherein the mold body segments are planar or otherwise flat, removably coupling each of the plurality of mold body segments together; deforming the mold body (122, 222) such that the mold body (122, 222) conforms to the shape of the surface (126, 226) of one or more support plates (120, 220) prior to removably coupling the mold body (122, 222) to the plurality of support plates (120, 220); removably coupling a mold body (122, 222) to the plurality of support plates (120, 220) to form the mold assembly (100, 200), the mold body (122, 222) conforming to the shape of the surface (126, 226) of each support plate (120, 220) after being removably coupled to the plurality of support plates (120, 220) such that the mold body (122, 222) defines at least a portion of a mold cavity (128, 234) of the mold assembly (100, 200), the mold body (122, 222) defining at least one of one or more vacuum manifolds or one or more fluid passages (138, 250).
A mammography apparatus comprising: an imaging table on which a breast of a subject is placed; a compression plate that compresses the breast, the compression plate being disposed to face the imaging table and being movable in a vertical direction with respect to the imaging table; an operation portion that is operated to move the compression plate, the operation portion being provided separately from the compression plate and being displaced along a movement direction of the compression plate, wherein an operation direction of the operation portion and the movement direction of the compression plate are substantially the same, wherein the operation portion is a cantilever type lever having one end, which is a free end, and wherein at least the free end is displaced along the movement direction of the compression plate; a support portion that supports the compression plate to be movable with respect to the imaging table; and a movable portion that is disposed between the compression plate and the support portion and is moved in the vertical direction together with the compression plate, wherein the operation portion is provided on the movable portion; and an actuator that drives the compression plate, wherein the actuator is activated in response to an operation of the operation portion, and wherein the compression plate is moved by driving force generated by the actuator. an imaging table on which a breast of a subject is placed; a compression plate that compresses the breast, the compression plate being disposed to face the imaging table and being movable in a vertical direction with respect to the imaging table; an operation portion that is operated to move the compression plate, the operation portion being provided separately from the compression plate and being displaced along a movement direction of the compression plate, wherein an operation direction of the operation portion and the movement direction of the compression plate are substantially the same, wherein the operation portion is a cantilever type lever having one end, which is a free end, and wherein at least the free end is displaced along the movement direction of the compression plate; a support portion that supports the compression plate to be movable with respect to the imaging table; and a movable portion that is disposed between the compression plate and the support portion and is moved in the vertical direction together with the compression plate, wherein the operation portion is provided on the movable portion; and an actuator that drives the compression plate, wherein the actuator is activated in response to an operation of the operation portion, and wherein the compression plate is moved by driving force generated by the actuator.