mhurhangee/ep-ind-claims huggingface dataset:
A machining spindle comprising a tool-holding shaft, having a front end on which a tool holder is adapted to be mounted via an attachment system between the tool holder and the front end of the shaft, the spindle comprising a first drive actuator of the shaft connected to a coupling member in sliding connection with a first segment of the shaft to drive the shaft in rotation and a second drive actuator connected to a nut in helical connection with a second segment of the shaft to axially displace the shaft, said first and second segments extending successively over a common length of the shaft between the front end of the shaft and an opposite end of the shaft, the spindle being characterised in that it comprises a rod for controlling the attachment system of the tool holder, which is connected to the second segment of the shaft by a complete connection, and in that it comprises blocking means movably mounted between the first segment and the second segment of the shaft via tilting means, between a first position in which the second segment of the shaft is in complete connection with the first segment of the shaft, and a second position in which the second segment of the shaft is in sliding connection with the first segment of the shaft, enabling an axial movement of the second segment relative to the first segment to allow axially displacing the control rod under the action of the second drive actuator so as to control the attachment system in a position of loosening the tool holder.
A computer-implemented method of automated X-ray inspection, AXI, during the production of printed circuit board, PCB, assemblies, comprising: Capturing an X-ray image of a PCB assembly, Determining a first error indicator based on image processing of the captured X-ray image, Determining, in case the first error indicator indicates the PCB assembly as faulty, a second error indicator based on the captured X-ray image using a trained adaptive algorithm, and Outputting the second error indicator as a result of the inspection Characterized in that the X-ray image comprises a sequence of cross-sectional images (21, 22, 23) of the PCB assembly, and by Determining an acceptably sharp image from the sequence of cross-sectional images (21, 22, 23) of the PCB assembly, based on a wavelet-transformation of each of the cross-sectional images (21, 22, 23), and Determining the second error indicator based on the acceptably sharp image using the trained adaptive algorithm. Capturing an X-ray image of a PCB assembly, Determining a first error indicator based on image processing of the captured X-ray image, Determining, in case the first error indicator indicates the PCB assembly as faulty, a second error indicator based on the captured X-ray image using a trained adaptive algorithm, and Outputting the second error indicator as a result of the inspection Characterized in that the X-ray image comprises a sequence of cross-sectional images (21, 22, 23) of the PCB assembly, and by Determining an acceptably sharp image from the sequence of cross-sectional images (21, 22, 23) of the PCB assembly, based on a wavelet-transformation of each of the cross-sectional images (21, 22, 23), and Determining the second error indicator based on the acceptably sharp image using the trained adaptive algorithm.
A method of manufacturing a razor blade comprising: providing razor blank strip having an edge; hardening the razor blank strip to a hardness greater than 600HV; melting a pre-bending zone of the razor blank strip that is spaced apart from the edge with a laser beam; cooling the pre-bending zone after said melting to form a re-solidified zone; segmenting the razor blank strip into individual blades; and bending the individual blades in the pre-bending zone. providing razor blank strip having an edge; hardening the razor blank strip to a hardness greater than 600HV; melting a pre-bending zone of the razor blank strip that is spaced apart from the edge with a laser beam; cooling the pre-bending zone after said melting to form a re-solidified zone; segmenting the razor blank strip into individual blades; and bending the individual blades in the pre-bending zone.
An RFID tag comprising: an antenna defining a gap and configured to operate at a first frequency; an RFID chip electrically coupled to the antenna across the gap; and a first shielding structure electrically coupled to the antenna across the gap, overlaying the RFID chip, the first shielding structure comprising a first shield conductor, and a first shield dielectric at least partially positioned between the first shield conductor and the RFID chip, wherein the first shielding structure is configured to limit the voltage across the gap when the antenna is exposed to a second frequency greater than the first frequency, and wherein the first shield conductor comprises a patterned conductor to provide desired bridging and shielding effects, the RFID tag further comprising: a second shielding structure electrically coupled to the antenna across the gap, underlaying the RFID chip, the second shielding structure comprising a second shield conductor, and a second shield dielectric at least partially positioned between the second shield conductor and the antenna. an antenna defining a gap and configured to operate at a first frequency; an RFID chip electrically coupled to the antenna across the gap; and a first shielding structure electrically coupled to the antenna across the gap, overlaying the RFID chip, the first shielding structure comprising a first shield conductor, and a first shield dielectric at least partially positioned between the first shield conductor and the RFID chip, wherein the first shielding structure is configured to limit the voltage across the gap when the antenna is exposed to a second frequency greater than the first frequency, and wherein the first shield conductor comprises a patterned conductor to provide desired bridging and shielding effects, a first shield conductor, and a first shield dielectric at least partially positioned between the first shield conductor and the RFID chip, wherein the first shielding structure is configured to limit the voltage across the gap when the antenna is exposed to a second frequency greater than the first frequency, and wherein the first shield conductor comprises a patterned conductor to provide desired bridging and shielding effects, the RFID tag further comprising: a second shielding structure electrically coupled to the antenna across the gap, underlaying the RFID chip, the second shielding structure comprising a second shield conductor, and a second shield dielectric at least partially positioned between the second shield conductor and the antenna. a second shielding structure electrically coupled to the antenna across the gap, underlaying the RFID chip, the second shielding structure comprising a second shield conductor, and a second shield dielectric at least partially positioned between the second shield conductor and the antenna.
Acousto-optic filter element, comprising an acousto-optic crystal with an acoustic signal transducer (12p0) for producing acoustic signals in the acousto-optic crystal, wherein the acousto-optic crystal is configured, in accordance with a high frequency applied to the acoustic signal transducer, to selectively spatially deflect light with a target wavelength from an input light beam entering into the acousto-optic crystal and produce a target light beam with the target wavelength, characterized by a spatial filter element arranged in the target light beam, wherein the spatial filter element is configured to selectively suppress the intensity of the target light beam in a plane perpendicular to the propagation direction of the target light beam and wherein the spatial filter element comprises a lens element (134, 138) with a variable focal length, in particular with a focal length that is adjustable in a motor-driven and/or electronic manner, and/or an adjustable diaphragm, in particular a diaphragm having an electronically adjustable aperture.
An adjustable resonator assembly, comprising: a resonator cavity having a neck area with a neck opening configurable to be in fluid communication with a conduit through which a gaseous material can flow; a resonator adjustment structure comprising a plate configured to extend radially inwardly into the conduit, the resonator adjustment structure configured to use the flow of gaseous material in the conduit to passively change a width of the neck opening, wherein the resonator adjustment structure is configured to move from a first position in which the structure closes the neck area when flow of the gaseous material is absent to a second position in which the structure opens the neck area by a predetermined degree in the presence of a flow of the gaseous material; and a bias mechanism configured to exert a force onto the resonator adjustment structure so as to move the resonator adjustment structure to the first position. a resonator cavity having a neck area with a neck opening configurable to be in fluid communication with a conduit through which a gaseous material can flow; a resonator adjustment structure comprising a plate configured to extend radially inwardly into the conduit, the resonator adjustment structure configured to use the flow of gaseous material in the conduit to passively change a width of the neck opening, wherein the resonator adjustment structure is configured to move from a first position in which the structure closes the neck area when flow of the gaseous material is absent to a second position in which the structure opens the neck area by a predetermined degree in the presence of a flow of the gaseous material; and a bias mechanism configured to exert a force onto the resonator adjustment structure so as to move the resonator adjustment structure to the first position.
A Mycobacterium avium subspecies paratuberculosis ( M. ap) mutant suitable for use in a vaccine, comprising at least one mutation in at least one gene sequence encoding global gene regulators (GGRs) selected from the group consisting of sigH, sigL, sigE, ECF-1, sig B and mixtures thereof, wherein the GGR gene is at least partially inactivated.
Cartridge with a combustible propellant charge casing, consisting of a casing sleeve and a casing cover, and a fin-stabilized full-calibre projectile with a solid head part and a tubular fin body adjoining the rear of the head part, wherein the front, conically tapering region of the casing cover projects at least partially into a correspondingly conically tapering rear region of the tubular fin body and is connected to the latter in a frictionally engaging manner with the aid of an adhesive, characterized in that the adhesive is an elastic material which also serves as a damping element.
A device for the processing of a sample, comprising; a location apparatus, a processing chamber for receiving the sample having an opening, a number of reagent chambers each reagent chamber having an associated opening defined in the location apparatus, the processing chamber being movable relative to the reagent chamber(s) to enable sequential communication between the processing chamber and each reagent chamber, such that each reagent chamber communicates with the processing chamber when its associated opening is disposed in overlapping relationship with the processing chamber opening, characterised in that the device further comprises: an analyser chamber for containing an analyser for analysing the sample after processing, the analyser chamber having an associated opening defined in the device such that it communicates with the processing chamber when its associated opening is disposed in overlapping relationship with the processing chamber opening; and a sealing apparatus which seals the processing chamber and the reagent chamber(s) from the external environment so that the device provides a closed system and the sample cannot escape from the device during processing of the sample. an analyser chamber for containing an analyser for analysing the sample after processing, the analyser chamber having an associated opening defined in the device such that it communicates with the processing chamber when its associated opening is disposed in overlapping relationship with the processing chamber opening; and a sealing apparatus which seals the processing chamber and the reagent chamber(s) from the external environment so that the device provides a closed system and the sample cannot escape from the device during processing of the sample.
Method for preparing a sample of microorganisms with a view to analysis by Raman spectrometry, comprising the steps of: a) providing a flat support comprising a first face and hollow patterns in the first face, said hollow patterns being distributed in the first face in a given arrangement, the flat support being made from quartz and the first face thereof comprising a treatment with Optool®, b) assembling the microorganisms in the hollow patterns of the support by capillary force, during which an assembly device is placed on the support, delimiting therewith a cavity so that the hollow patterns are disposed inside the cavity, a liquid solution containing the microorganisms is injected into the cavity and a controlled evaporation of the liquid solution is carried out, the liquid solution comprising a compound making it possible to obtain a receding angle of between 30° and 50° with the first face. a) providing a flat support comprising a first face and hollow patterns in the first face, said hollow patterns being distributed in the first face in a given arrangement, the flat support being made from quartz and the first face thereof comprising a treatment with Optool®, b) assembling the microorganisms in the hollow patterns of the support by capillary force, during which an assembly device is placed on the support, delimiting therewith a cavity so that the hollow patterns are disposed inside the cavity, a liquid solution containing the microorganisms is injected into the cavity and a controlled evaporation of the liquid solution is carried out, the liquid solution comprising a compound making it possible to obtain a receding angle of between 30° and 50° with the first face.
A shoe, comprising: an upper portion; a sole assembly, coupled to the upper portion and comprising a foamed polymeric material, the sole assembly comprising a first vacuity located in a heel region of the shoe; at least one wave spring (50, 52) having a crest and a trough wherein the ends of the at least one wave spring (50, 52) are free to move circumferentially and independently, and wherein the at least one wave spring (50, 52) is mounted in the first vacuity; a u-shaped plastic receiving clip comprising first protrusions, wherein the protrusions slidably accept a first terminal shim end and a second terminal shim end of the at least one wave spring (50, 52); a pair of cylindrically shaped spring compression limiters associated with each wave spring, wherein one of the terminal ends of each of the cylindrically shaped compression limiters is adhesively attached to each of the opposing inner surfaces of the u-shaped plastic receiving clip at the diametrical centers of first protrusions by adhesive; and an encapsulant, having a compression modulus, for coupling each crest and trough of the at least one wave spring (50, 52), and wherein the crest and trough of the at least one wave spring (50, 52) are attached by the encapsulant. an upper portion; a sole assembly, coupled to the upper portion and comprising a foamed polymeric material, the sole assembly comprising a first vacuity located in a heel region of the shoe; at least one wave spring (50, 52) having a crest and a trough wherein the ends of the at least one wave spring (50, 52) are free to move circumferentially and independently, and wherein the at least one wave spring (50, 52) is mounted in the first vacuity; a u-shaped plastic receiving clip comprising first protrusions, wherein the protrusions slidably accept a first terminal shim end and a second terminal shim end of the at least one wave spring (50, 52); a pair of cylindrically shaped spring compression limiters associated with each wave spring, wherein one of the terminal ends of each of the cylindrically shaped compression limiters is adhesively attached to each of the opposing inner surfaces of the u-shaped plastic receiving clip at the diametrical centers of first protrusions by adhesive; and an encapsulant, having a compression modulus, for coupling each crest and trough of the at least one wave spring (50, 52), and wherein the crest and trough of the at least one wave spring (50, 52) are attached by the encapsulant.
Apparatus for producing a valuable and/or security document, wherein the apparatus comprises a carrier device, wherein the carrier device has or forms receptacle elements for fixing and/or aligning a predetermined number of function modules (39, 40, 11, 41, 42, 43, 44, 45, 46, 47), wherein the receptacle elements are arranged and/or formed in such a way that a plurality of function modules (39, 40, 11, 41, 42, 43, 44, 45, 46, 47) can be fixed to the carrier device in an arbitrary order, characterised in that the carrier device comprises a first receptacle section and a further receptacle section, wherein the further receptacle section is arranged at a predetermined angle obliquely to the first receptacle section.
A cathode composition having particles comprising: a first distinct phase having a transition metal oxide comprising Co a Ni b Mn c, where a is between 0.60 and 0.96, b is between 0.02 and 0.20, and c is between 0.02 and 0.20, wherein a, b, and c, are molar amounts of cobalt, nickel, and manganese, respectively, and wherein a + b + c = 1; and a second distinct phase having a transition metal oxide comprising Co x Ni y Mn z, where x is between 0.40 and 0.60, y is between 0.20 and 0.30, and z is between 0.20 and 0.30, wherein x, y, and z are molar amounts of cobalt, nickel, and manganese, respectively, and wherein x + y + z = 1, and wherein each of the first distinct phase and the second distinct phase comprises a layered 03 crystal structure. a first distinct phase having a transition metal oxide comprising Co a Ni b Mn c, where a is between 0.60 and 0.96, b is between 0.02 and 0.20, and c is between 0.02 and 0.20, wherein a, b, and c, are molar amounts of cobalt, nickel, and manganese, respectively, and wherein a + b + c = 1; and a second distinct phase having a transition metal oxide comprising Co x Ni y Mn z, where x is between 0.40 and 0.60, y is between 0.20 and 0.30, and z is between 0.20 and 0.30, wherein x, y, and z are molar amounts of cobalt, nickel, and manganese, respectively, and wherein x + y + z = 1, and wherein each of the first distinct phase and the second distinct phase comprises a layered 03 crystal structure.
A hook, characterized by comprising: a main body; and a hook body extending from the main body and including: a hook portion having an inner curved surface facing and close to the main body; and a free end portion connected to the hook portion and having a blocking segment being a brush configured on the free end portion, wherein the brush is made of a material selected from a group consisting of a plastic, a rubber and an animal fur, and the animal fur is one selected from a group consisting of mane, crest and wool, wherein a largest distance between the inner curved surface and the main body is configured to accommodate an object to be hung on the hook body, the object is a rod piece having an end part having a hole to hang the object on the hook body, and the hook body is horizontally configured with respect to the ground when the main body is attached to a fixture. a main body; and a hook body extending from the main body and including: a hook portion having an inner curved surface facing and close to the main body; and a free end portion connected to the hook portion and having a blocking segment being a brush configured on the free end portion, wherein the brush is made of a material selected from a group consisting of a plastic, a rubber and an animal fur, and the animal fur is one selected from a group consisting of mane, crest and wool, a hook portion having an inner curved surface facing and close to the main body; and a free end portion connected to the hook portion and having a blocking segment being a brush configured on the free end portion, wherein the brush is made of a material selected from a group consisting of a plastic, a rubber and an animal fur, and the animal fur is one selected from a group consisting of mane, crest and wool, wherein a largest distance between the inner curved surface and the main body is configured to accommodate an object to be hung on the hook body, the object is a rod piece having an end part having a hole to hang the object on the hook body, and the hook body is horizontally configured with respect to the ground when the main body is attached to a fixture.
A vacuum cleaner comprising: a suction inlet providing entrance of a suction airflow; a diffuser in fluid communication with the suction inlet; a suction source, the suction source operable to generate the suction airflow through the suction inlet and diffuser; a blower port in fluid communication with the diffuser for exhausting the suction airflow; a duct in fluid communication with the blower port, the duct including sound reducing baffles for disturbing the suction airflow within the duct, the sound reducing baffles including sound reducing material, and an outlet for exhausting the suction airflow; and a cap removably coupled to the blower port such that at least a portion of the suction airflow exhausts through the blower port when the cap is removed and when the cap is coupled to the blower port the suction airflow is travels downstream through the duct and exhausts through the outlet. a suction inlet providing entrance of a suction airflow; a diffuser in fluid communication with the suction inlet; a suction source, the suction source operable to generate the suction airflow through the suction inlet and diffuser; a blower port in fluid communication with the diffuser for exhausting the suction airflow; a duct in fluid communication with the blower port, the duct including sound reducing baffles for disturbing the suction airflow within the duct, the sound reducing baffles including sound reducing material, and an outlet for exhausting the suction airflow; and sound reducing baffles for disturbing the suction airflow within the duct, the sound reducing baffles including sound reducing material, and an outlet for exhausting the suction airflow; and a cap removably coupled to the blower port such that at least a portion of the suction airflow exhausts through the blower port when the cap is removed and when the cap is coupled to the blower port the suction airflow is travels downstream through the duct and exhausts through the outlet.
Device for preparing food comprising: - a work tool rotating along a rotation axis, - a work chamber housing the work tool, the work chamber having a chimney for inserting food to be transformed, - a push-button which could be moved in the chimney to push food towards the work tool, the push-button comprising a lower wall having a lower face to push food towards the work tool, the lower wall being connected to an upper gripping part by at least one mount, the section of the mount(s) being lower than the section of the lower wall, characterised in that the lower wall of the push-button has a thickness lower than the maximum gap between the chimney and the lower wall. - a work tool rotating along a rotation axis, - a work chamber housing the work tool, the work chamber having a chimney for inserting food to be transformed, - a push-button which could be moved in the chimney to push food towards the work tool, the push-button comprising a lower wall having a lower face to push food towards the work tool, the lower wall being connected to an upper gripping part by at least one mount, the section of the mount(s) being lower than the section of the lower wall,