mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: a first projector (210-A) and a second projector (210-B) having respective projection fields which overlap in a blend zone, each of the first projector and the second projector comprising a digital projector configured to digitally project images and control brightness of pixels in projected images using bitplanes, and one or more control devices configured to: for a given pixel of a common image frame projected by both the first projector (210-A) and the second projector (210-B) in the blend zone, the given pixel of the common image frame composed of a plurality of bitplanes arranged in a sequence, control the first projector (210-A) to project a first portion of the plurality of bitplanes according to the sequence; and control the second projector (210-B) to project a second portion of the plurality of bitplanes according to the sequence, the second portion complementary to the first portion, such that in the common image frame only one of the first projector (210-A) and the second projector (210-B) projects any given bitplane of the plurality of bitplanes, projection by each of the first projector and the second projector being synchronized such that only one of the first projector and the second projector is projecting a bitplane for the given pixel in the blend zone at any given time. for a given pixel of a common image frame projected by both the first projector (210-A) and the second projector (210-B) in the blend zone, the given pixel of the common image frame composed of a plurality of bitplanes arranged in a sequence, control the first projector (210-A) to project a first portion of the plurality of bitplanes according to the sequence; and control the second projector (210-B) to project a second portion of the plurality of bitplanes according to the sequence, the second portion complementary to the first portion, such that in the common image frame only one of the first projector (210-A) and the second projector (210-B) projects any given bitplane of the plurality of bitplanes, projection by each of the first projector and the second projector being synchronized such that only one of the first projector and the second projector is projecting a bitplane for the given pixel in the blend zone at any given time.
Apparatus for transferring bio-ink to a target, comprising: - a slide that is transparent in the spectral range of the imaging and of the laser , which slide defines an area for receiving a fluid film containing heterogeneities; - a laser source associated with a controlled deflection means and an optical system for focusing in a plane of the fluid film in order to apply a localized pulse, characterized in that said apparatus further comprises: - means for imaging an imaging area having an imaging cross section at least 5 times greater than the nominal cross section of an inhomogeneity; - means for analyzing images in order to recognize • the geometric positions of the inhomogeneities in the film, and • an observable characteristic of each of the recognized inhomogeneities, for example size, aspect ratio, type of particles, age of the particle, density, type of biomaterial or molecule, that can be observed by appropriate analysis means; and - means for selecting at least one of the inhomogeneous areas thus located and characterized, and for controlling the deflection means in order to direct the laser beam toward the position of said inhomogeneous area and to trigger the laser shot. - a slide that is transparent in the spectral range of the imaging and of the laser , which slide defines an area for receiving a fluid film containing heterogeneities; - a laser source associated with a controlled deflection means and an optical system for focusing in a plane of the fluid film in order to apply a localized pulse, - means for imaging an imaging area having an imaging cross section at least 5 times greater than the nominal cross section of an inhomogeneity; - means for analyzing images in order to recognize • the geometric positions of the inhomogeneities in the film, and • an observable characteristic of each of the recognized inhomogeneities, for example size, aspect ratio, type of particles, age of the particle, density, type of biomaterial or molecule, that can be observed by appropriate analysis means; and • the geometric positions of the inhomogeneities in the film, and • an observable characteristic of each of the recognized inhomogeneities, for example size, aspect ratio, type of particles, age of the particle, density, type of biomaterial or molecule, that can be observed by appropriate analysis means; and - means for selecting at least one of the inhomogeneous areas thus located and characterized, and for controlling the deflection means in order to direct the laser beam toward the position of said inhomogeneous area and to trigger the laser shot.
A neutron proportional counter , comprising: a chamber comprising an anode and a cathode ; and a gas mixture contained within the chamber , the gas mixture comprising: at least one neutron sensitive fill gas ; and a quench gas characterized by the quench gas comprising BF 3 . a chamber comprising an anode and a cathode ; and a gas mixture contained within the chamber , the gas mixture comprising: at least one neutron sensitive fill gas ; and a quench gas characterized by the quench gas comprising BF 3 . at least one neutron sensitive fill gas ; and a quench gas characterized by the quench gas comprising BF 3 .
A foam structural material comprising: a first core material and a second core material of a foam body with a linear groove part , the foam body including a top surface , a rear surface , and a side wall surface that intervenes between the top surface and the rear surface , and the groove part being formed from one side to the other side on each of the top surface and the rear surface of the foam body for fitting with a reinforcing material , and the reinforcing material , wherein the first core material and the second core material are respectively fitted from one side and the other side of the reinforcing material ;the reinforcing material has an H-shaped cross-sectional surface, characterizing in that the groove part of the foam body includes engagement planes , each engagement plane being engaged with the reinforcing material and having one or a plurality of projections formed thereon, and the projections of the foam body are respectively formed along the direction to which the engagement planes extend, and are disposed so as to increase pressure that is generated between the reinforcing material and the engagement planes when the reinforcing material is engaged, and increase the fitting force of the first and second core materials to the reinforcing material . a first core material and a second core material of a foam body with a linear groove part , the foam body including a top surface , a rear surface , and a side wall surface that intervenes between the top surface and the rear surface , and the groove part being formed from one side to the other side on each of the top surface and the rear surface of the foam body for fitting with a reinforcing material , and the foam body including a top surface , a rear surface , and a side wall surface that intervenes between the top surface and the rear surface , and the groove part being formed from one side to the other side on each of the top surface and the rear surface of the foam body for fitting with a reinforcing material , and the reinforcing material , wherein the first core material and the second core material are respectively fitted from one side and the other side of the reinforcing material ;the reinforcing material has an H-shaped cross-sectional surface, characterizing in that the groove part of the foam body includes engagement planes , each engagement plane being engaged with the reinforcing material and having one or a plurality of projections formed thereon, and the projections of the foam body are respectively formed along the direction to which the engagement planes extend, and are disposed so as to increase pressure that is generated between the reinforcing material and the engagement planes when the reinforcing material is engaged, and increase the fitting force of the first and second core materials to the reinforcing material .
Roll stand with axially displaceable work rolls with a media feed, comprising a media coupling able to accompany an axial work roll displacement, wherein the media coupling comprises at least one first coupling member , which is complementary in configuration to a second coupling member at a work roll chock and can be brought into and out of engagement therewith, for at least one feed line, wherein the media coupling comprises at least one coupling mount at least for the first coupling member and the coupling mount is axially adjustable in correspondence with the displacement travel of the work rolls , characterised in that at least one rotary drive , which produces a translational movement of the coupling mount, for the adjustment of the coupling mount is provided.
Optical apparatus comprising an optical unit (6; 34) and comprising an optical unit holder , by means of which the optical unit (6; 34) is able to be secured to a printed circuit board , wherein an optical unit cutout is introduced into the optical unit holder , wherein the optical unit (6; 34), proceeding from the optical unit cutout , extends over a top side of the optical unit holder and an underside of the optical unit holder , wherein the optical unit (6; 34) is produced by means of an injection-moulding method, and the optical unit (6; 34) is injection-moulded around the optical unit holder , wherein the optical unit holder has at least one functional portion for influencing a radiation distribution of radiation that is emitable by at least one radiation source assignable to the optical unit (6; 34), wherein the functional portion is embodied as a stop portion used as a stop, and/or wherein the functional portion is embodied as a reflection portion.
A package that includes: a container including a longitudinal axis (A) extending therethrough and having a mouth and a sealing surface ; and a container closure wherein: said container closure comprises a seal membrane sealingly and removably coupled to said sealing surface of said container to seal said container, said seal membrane being drawn into a parabolic shape by a vacuum and permanently deformed such that the parabolic shape is maintained even upon the loss of vacuum; and a vacuum-indicating pull tab located radially-inward of an outer edge of said seal membrane and configured to extend from said seal membrane, wherein manipulation of said pull tab provides an indication of the presence or absence of a vacuum in said package. a container including a longitudinal axis (A) extending therethrough and having a mouth and a sealing surface ; and a container closure wherein: said container closure comprises a seal membrane sealingly and removably coupled to said sealing surface of said container to seal said container, said seal membrane being drawn into a parabolic shape by a vacuum and permanently deformed such that the parabolic shape is maintained even upon the loss of vacuum; and a vacuum-indicating pull tab located radially-inward of an outer edge of said seal membrane and configured to extend from said seal membrane, said container closure comprises a seal membrane sealingly and removably coupled to said sealing surface of said container to seal said container, said seal membrane being drawn into a parabolic shape by a vacuum and permanently deformed such that the parabolic shape is maintained even upon the loss of vacuum; and a vacuum-indicating pull tab located radially-inward of an outer edge of said seal membrane and configured to extend from said seal membrane, wherein manipulation of said pull tab provides an indication of the presence or absence of a vacuum in said package.
A method of providing application-oriented software for a desired application-oriented functionality within a computer system , comprising the following steps: - Transferring configuration data to the computer system , the configuration data specifying a functionality of an application-oriented software to be created, the application-oriented software to be created comprising data of a plurality of application program files, a basic operating system and further configuration data , - Calling up a plurality of program components from a plurality of program components, which are stored locally within the computer system , dependent on the functionality specified by the configuration data , wherein the configuration data comprise specifications about the program components to be called up, - Creating the application-oriented software within the computer system using the locally called up program components dependent on the functionality specified by the configuration data , the locally called up program components being put together with the further configuration data as the application-oriented software , the configuration data furthermore comprising specifications relating to a configuration of the software to be created, a part of the configuration data being comprised in the further configuration data , and the application-oriented software created being present in the form of a disk image, and - Embedding the created disk image in an operating environment in the computer system to provide the desired application-oriented functionality. - Transferring configuration data to the computer system , the configuration data specifying a functionality of an application-oriented software to be created, the application-oriented software to be created comprising data of a plurality of application program files, a basic operating system and further configuration data , - Calling up a plurality of program components from a plurality of program components, which are stored locally within the computer system , dependent on the functionality specified by the configuration data , wherein the configuration data comprise specifications about the program components to be called up, - Creating the application-oriented software within the computer system using the locally called up program components dependent on the functionality specified by the configuration data , the locally called up program components being put together with the further configuration data as the application-oriented software , the configuration data furthermore comprising specifications relating to a configuration of the software to be created, a part of the configuration data being comprised in the further configuration data , and the application-oriented software created being present in the form of a disk image, and - Embedding the created disk image in an operating environment in the computer system to provide the desired application-oriented functionality.
An optical device for controlling light comprising: a transparent substrate having one or more surfaces for emitting light from one or more external single-mode light sources , wherein the transparent substrate consists of borosilicate glass; one or more optical waveguides for guiding the emitted light, wherein the one or more waveguides are formed within the transparent substrate by means of direct laser writing and each extending through the transparent substrate before curving toward the one or more surfaces and terminating at one or more outputs within the transparent substrate at a distance from the one or more surfaces of the transparent substrate; one or more light sources configured to transmit light into an input of each of the optical waveguides , wherein the one or more light sources are single-mode light sources. a transparent substrate having one or more surfaces for emitting light from one or more external single-mode light sources , wherein the transparent substrate consists of borosilicate glass; one or more optical waveguides for guiding the emitted light, wherein the one or more waveguides are formed within the transparent substrate by means of direct laser writing and each extending through the transparent substrate before curving toward the one or more surfaces and terminating at one or more outputs within the transparent substrate at a distance from the one or more surfaces of the transparent substrate; one or more light sources configured to transmit light into an input of each of the optical waveguides , wherein the one or more light sources are single-mode light sources.
An H-beam joint structure for joining an end of a steel material adjacent to an H-beam to each other, wherein the steel material has a flange and a web , comprising: a transmission plate of the H-beam arranged parallel to a front surface of a web of the H-beam on at least one side of the webs of the H-beam and the steel material, and welded to a back surface of a flange of the H-beam ; a transmission plate of the steel material arranged parallel to a front surface of the web of the steel material on at least the corresponding side of the web of the steel material as the transmission plate of the H-beam , and welded to a back surface of the flange of the steel material ; and a coupling plate , wherein either the coupling plate is provided in close contact with the transmission plates of the H-beam and the steel material to connect the H-beam and the steel material , or the coupling plate is provided on the opposite side of the webs of the H-beam and the steel material to the side of the webs where the transmission plates are arranged to connect the H-beam and the steel material , characterized in that the web of the H-beam , the web of the steel material and the transmission plates of the H-beam and the steel material are bolted via the coupling plate . a transmission plate of the H-beam arranged parallel to a front surface of a web of the H-beam on at least one side of the webs of the H-beam and the steel material, and welded to a back surface of a flange of the H-beam ; a transmission plate of the steel material arranged parallel to a front surface of the web of the steel material on at least the corresponding side of the web of the steel material as the transmission plate of the H-beam , and welded to a back surface of the flange of the steel material ; and a coupling plate , wherein either the coupling plate is provided in close contact with the transmission plates of the H-beam and the steel material to connect the H-beam and the steel material , or the coupling plate is provided on the opposite side of the webs of the H-beam and the steel material to the side of the webs where the transmission plates are arranged to connect the H-beam and the steel material , characterized in that the web of the H-beam , the web of the steel material and the transmission plates of the H-beam and the steel material are bolted via the coupling plate .
A system for detecting an open circuit in a sensor measurement system, the system comprising: a sensor (22a - 22n) having a direct current (DC) output a wiring harness (27a - 27n) operably connected to the sensor and configured to transmit a sensor signal (26a - 26n); a controller , the controller operably connected to the wiring harness (27a - 27n), the controller configured execute a method comprising: receiving a sensor signal from the sensor (22a - 22n); AC coupling an AC signal with the sensor signal to form a coupled signal; measuring the coupled signal; determining if an open circuit is present based on the coupled signal; and characterizing at least one of the sensor (22a - 22n) and the wiring harness (27a - 27n) as failed if the open circuit is detected. a sensor (22a - 22n) having a direct current (DC) output a wiring harness (27a - 27n) operably connected to the sensor and configured to transmit a sensor signal (26a - 26n); a controller , the controller operably connected to the wiring harness (27a - 27n), the controller configured execute a method comprising: receiving a sensor signal from the sensor (22a - 22n); AC coupling an AC signal with the sensor signal to form a coupled signal; measuring the coupled signal; determining if an open circuit is present based on the coupled signal; and characterizing at least one of the sensor (22a - 22n) and the wiring harness (27a - 27n) as failed if the open circuit is detected. receiving a sensor signal from the sensor (22a - 22n); AC coupling an AC signal with the sensor signal to form a coupled signal; measuring the coupled signal; determining if an open circuit is present based on the coupled signal; and characterizing at least one of the sensor (22a - 22n) and the wiring harness (27a - 27n) as failed if the open circuit is detected.
PROTECTIVE EQUIPMENT FOR WASP NEST REMOVAL comprising, at least, a coverall of a textile nature that protects the body against wasp stings by having a wall thickness of at least 10 mm, formed by a multi-layer structure of fabric of 240 g/m 2 density, and padded fibre of 120 g/m 2 density, and a hood that protects the head, where the hood is constituted with a wraparound configuration, which conforms to the contour of the head, made of padded fabric, except for the front part, where it incorporates a thick mesh ; and the coverall incorporating, in the left arm, a specific pocket of dimensions suitable for tightly incorporating a syringe with adrenaline, and which also incorporates a reflector strip on the back characterized in that the coverall and the hood are made in red, black or red and black.
A gear assembly for mounting on a shaft , wherein the gear assembly comprises: - a gear wheel configured to be rotationally supported with respect to the shaft , - a multiple-plate wet clutch comprising: - a clutch hub configured to be mounted on the shaft , - a front part , or collar , configured to be fixed relative to the shaft , - a back part , or radially extending flange , configured to be fixed relative to the shaft , - a clutch basket attached to the gear wheel , - a clutch pack operationally connecting the clutch hub and the clutch basket , wherein the clutch pack is positioned between the front part and the back part , and - an actuator supported by the front part and configured to engage the clutch pack and press the clutch pack against the back part , wherein the clutch pack has: - an unengaged state in which the clutch hub and the clutch basket are unlocked, and - an engaged state in which the clutch hub and the clutch basket are locked together, characterized in that , the back part is spaced apart from the gear wheel in the unengaged state, and the back part engages (or contacts) the gear wheel in the engaged state. - a gear wheel configured to be rotationally supported with respect to the shaft , - a multiple-plate wet clutch comprising: - a clutch hub configured to be mounted on the shaft , - a front part , or collar , configured to be fixed relative to the shaft , - a back part , or radially extending flange , configured to be fixed relative to the shaft , - a clutch basket attached to the gear wheel , - a clutch pack operationally connecting the clutch hub and the clutch basket , wherein the clutch pack is positioned between the front part and the back part , and - an actuator supported by the front part and configured to engage the clutch pack and press the clutch pack against the back part , - a clutch hub configured to be mounted on the shaft , - a front part , or collar , configured to be fixed relative to the shaft , - a back part , or radially extending flange , configured to be fixed relative to the shaft , - a clutch basket attached to the gear wheel , - a clutch pack operationally connecting the clutch hub and the clutch basket , wherein the clutch pack is positioned between the front part and the back part , and - an actuator supported by the front part and configured to engage the clutch pack and press the clutch pack against the back part , - an unengaged state in which the clutch hub and the clutch basket are unlocked, and - an engaged state in which the clutch hub and the clutch basket are locked together, characterized in that , the back part is spaced apart from the gear wheel in the unengaged state, and the back part engages (or contacts) the gear wheel in the engaged state.