51 results about "Full width" patented technology

The invention discloses a method for measuring the thickness based on laser profile scanning of a 3D wheel of a conveying belt, particularly relates to the field of laser scanning thickness measurement, and is used for solving the problems that shutdown is needed and the measurement range is limited in existing conveying belt thickness detection. According to the method, three-dimensional point cloud data of the upper surface and three-dimensional point cloud data of the lower surface are collected at the same time, initial segmentation of the upper surface and the lower surface is completed through double criteria based on curvature and normal, a dynamic stability threshold value is constructed in combination with the running speed and transverse swing of the conveying belt, and a stable surface point set is formed through screening; then, a thin-plate spline algorithm of dynamic tensor weight is adopted to respectively fit continuous upper surface and lower surface reference curved surface models; and finally, the sampling points on the upper surface are projected to the lower surface along the normal direction and the Euclidean distance is calculated, so that the real thickness distribution of the conveying belt in the full width and full length range is obtained. Non-stop, non-contact and high-coverage online thickness measurement is realized, and the operation safety and maintenance management efficiency of the conveyor belt are improved.

Apparatuses and methods as described herein can be used to grow a Ga2O3 based single crystal using an Edge-defined film fed growth (EFG) method. The single gallium oxide crystal sheet can have a principle plane is offcut from a (100) crystallographic orientation. In one embodiment, the offcut is between 2 and 20 degrees. The single crystal can have a full width half mass of less than 50arcsec.

The invention discloses an automatic detection system for floating roof sealing of a storage tank, and relates to the technical field of sealing detection, and is technically characterized in that the automatic detection system comprises a connecting frame mounted at the top of the storage tank, a lifting mechanism is arranged on the connecting frame, and a horizontal displacement mechanism is arranged below the lifting mechanism; a detection mechanism for detecting the sealing performance is arranged on the movable part of the horizontal displacement mechanism, and the detection mechanism is in signal connection with a wireless transmission module; the sealing detection mechanism comprises a laser distance measuring sensor, an infrared thermal imager and a gas concentration sensor, a certain detection distance is kept between the laser distance measuring sensor and the edge of the floating roof of the storage tank by adjusting the lifting mechanism, and the field angle of the infrared thermal imager covers the full width of a sealing belt of the floating roof of the storage tank; the top sealing performance can be automatically detected, and the efficiency and the reliability are improved.

The invention provides a light generating system (1000) configured to generate in a first operational mode of the light generating system (1000) system light (1001), wherein: the system light (1001) in the first operational mode has a spectral power distribution with at least 85% of the spectral power in three emission bands (111,121,131) comprising (i) a first emission band (111) having a centroid wavelength of 445 nm + / −25 nm and having a full width half maximum of at maximum 25 nm, (ii) a second emission band (121) having a centroid wavelength of 541 nm + / −25 nm and having a full width half maximum of at maximum 150 nm, and (iii) a third emission band (131) having a centroid wavelength of 614 nm + / −25 nm and having a full width half maximum of at maximum 25 nm; in the first operational mode the light generating system (1000) is configured to control the spectral power distribution of the system light (1001) in dependence of a radiant flux of the system light (1001) while maintaining a correlated color temperature of the system light (1001) within + / −10% of a predetermined correlated color temperature value; and in the first operational mode the light generating system (1000) is configured to shift a color point (1010) of the system light (1001) towards a lower Duv with decreasing radiant flux of the system light (1001) or to shift the color point (1010) of the system light (1001) towards a higher Duv with increasing the radiant flux of the system light (1001).

The invention provides a light generating system (1000) comprising a light generating device (100), a first luminescent material (210), a second luminescent material (220), and a third luminescent material (230), wherein: (A) the light generating device (100) is configured to generate device light (101) having a peak wavelength selected from the range of 435-475 nm; wherein the light generating device (100) comprises a solid state light source; (B) the first luminescent material (210) is configured to convert part of the device light (101) into first luminescent material light (211) having a color point with u′ values selected from the range of 0.08-0.17 and v′ values selected from the range of 0.5-0.57; (C) the second luminescent material (220) is configured to convert part of the device light (101) into second luminescent material light (221) having a color point with u′ values selected from the range of 0.32-0.4 and v′ values selected from the range of 0.52-0.58; (D) the third luminescent material (230) is configured to convert part of the device light (101) into third luminescent material light (231); wherein the third luminescent material has a centroid wavelength (λ3c) selected from the range of 620-650 nm and a full width half maximum of 60 nm or smaller; (E) the light generating system (1000) is configured to generate system light (1001) having a (system light) spectral power distribution comprising device light (101), first luminescent material light (211), second luminescent material light (221), and third luminescent material light (231); wherein the (system light) spectral power distribution has a first spectral power (E1p) at a first peak maximum (λ1p) of the first device light (101) and a second spectral power (Em) at a minimum between the first peak maximum (λ1p) of the first device light (101) and a second peak maximum (λ2p) of the first luminescent material light (211); and (F) the light generating device (100) and the luminescent materials (210,220,230, . . . ) are selected such that 1.0≤E1p / Em≤6.0.

The proofing device for garment processing comprises a machine tool, auxiliary rails are arranged on the two sides of the machine tool respectively, and a plurality of first air holes are formed in the machine tool; the flow guide roller is mounted at one end of the machine tool; the clamping mechanism comprises a movable clamping piece, a fixed clamping piece and a first driving piece, the movable clamping piece is connected to the auxiliary track in a sliding mode and is driven by the first driving piece, and the fixed clamping piece is arranged at the tail end of the machine tool; and the cutting mechanism comprises a cutting end and a second driving part. The sample making device for garment processing has the beneficial effects that the problems that in the prior art, a sample making device for garment processing is single in cloth pressing mode, and when light, thin, soft or easy-to-slip fabric such as silk, polyester and anti-static cloth, the risk that the cloth is locally bulged, the edge is warped or micro-displacement occurs in the cutting process still exists are solved; the full-breadth uniform fitting is difficult to realize, and the high-precision proofing stability is influenced.

The invention discloses a magnetic particle imaging method based on multi-harmonic energy-full width at half maximum combined weighting, which comprises the following steps: acquiring point spread functions of a plurality of harmonic waves with different frequencies of magnetic nanoparticles, and constructing a corresponding system matrix; measuring a reference sample which does not contain the magnetic nanoparticles, and obtaining a plurality of noise matrixes corresponding to harmonic waves with different frequencies; measuring the sample to be measured, and obtaining magnetization response voltage vectors of a plurality of harmonic waves with different frequencies; respectively calculating an energy two-norm of a system matrix, an energy two-norm of a noise matrix and a full width at half maximum of a point spread function of the system matrix and the noise matrix; splicing the magnetization response voltage signals of each harmonic system matrix to form a total system matrix and a total measurement signal vector; calculating a weight factor of each harmonic wave and forming a weight matrix; and constructing a solution equation of the particle concentration distribution of the sample to be detected, and carrying out iterative solution on the solution equation to obtain a particle concentration distribution image of the sample to be detected. According to the invention, efficient utilization of multi-harmonic information is realized.

The invention provides a disinfection lighting device configured to provide device light along a main optical axis, said disinfection lighting device comprising: a first solid-state light source configured to emit white light: a second solid-state light source configured to emit violet light having a dominant peak wavelength in a wavelength range from 380 to 420 nm: a collimator configured to collimate said white light along the main optical axis into a white light beam having a first spatial light distribution having a first Full Width Half Maximum (FWHM1): a batwing optic configured to shape said violet light along the main optical axis into a batwing shaped light distribution, wherein the batwing shaped light distribution has a maximum intensity at an angle (α) with respect to said main optical axis: wherein said angle (α) of a maximum intensity of the batwing shaped light distribution is outside said first Full Width Half Maximum (FWHM1) of the first spatial light distribution of the white light beam.

The application discloses a kind of based on machine vision's breathable film micropore defect on-line detection equipment and method, it is related to the field of breathable film defect detection.The present application realizes the synchronous on-line detection to the top surface and bottom surface of breathable film by the top surface detection head and visual recognition device of upper and lower cooperation, avoids the defect omission caused by one-sided detection;With the sliding mechanism and follow-up identification mechanism arranged at the top of support, the detection unit can move flexibly in multiple positions in horizontal and vertical directions, so as to cover the full width and multiple detection areas of breathable film, significantly improve the comprehensiveness and accuracy of detection, at the same time, the supporting mechanism is adjusted by electric push rod to drive multiple sets of swing pieces to controllably support and moderately extrude the breathable film, so that the film material maintains a stable posture in the detection area and highlights the micropore defect features, which is beneficial to machine vision imaging and identification judgment, and the overall structure realizes the online detection effect of stable guidance, adjustable detection position and various identification methods.

Disclosed are devices that include a contact for electrical connection with a source / drain. The contact occupies a full width of a contact well other than areas occupied by sidewall spacers. As a result, high resistivity (due to the presence of liners and nucleation layers within the contact well in conventional devices) is reduced or eliminated.

An optical system includes a display, at least one lens, and at least one of a partial reflector and a reflective polarizer. The optical system forms a virtual image of an image emitted by the display for viewing by an eye. The emitted image includes a plurality of cones of image light. Each cone of image light propagates from a different corresponding location on the emitted image and includes a central light ray propagating along a central axis, such that in each of orthogonal first and second planes that include the central axis, an intensity distribution of the cone of image light as a function of angle relative to the central axis includes a substantially flat peak having a full width of at least 15 degrees across which the peak changes by less than about 20%, and a corresponding fullwidth at half maximum that is less than about 60 degrees.

The invention provides a light generating system (1000) comprising a first light generating device (110), a luminescent material (200), a diffuser assembly (700), optical elements (500), and a light exit (1090), wherein; (A) the first light generating device (110) is configured to generate first device light (111); (B) the optical elements (500) comprise a first redirection optical element (1510) configured in a light-receiving relationship with the first light generating device (110); wherein the first redirection optical element (1510) is configured to (i) direct the first device light (111) in an optical path to the diffuser assembly (700), and to (ii) direct at least part of diffused device light (711) in an optical path to the luminescent material (200) (C) the diffuser assembly (700) comprises (a) a diffuser (710), wherein the diffuser (710) comprises a polarization maintaining diffuser, wherein the diffuser (710) is configured in the reflective mode; wherein the diffuser (710) is configured to diffuse at least part of the first device light (111) received by the diffuser (710) into diffused device light (711), wherein the diffused device light (711) has a full width half maximum of at least 5°; and (b) a quarter waveplate (720); wherein the light generating system (1000) is configured such that first device light (111) reaching the quarter waveplate (720) comprises linearly polarized light; wherein the quarter waveplate (720) is configured to convert linear polarized light received by the quarter waveplate (720) into elliptical polarized light and to convert elliptical polarized light received by the quarter waveplate (720) into linear polarized light; wherein the diffuser assembly (700) is configured to provide the diffused device light (711) in an optical path to the luminescent material (200) via the first redirection optical element (1510); (D) the luminescent material (200) is configured to convert at least part of the diffused device light (711) received by the luminescent material (200) into luminescent material light (201); (E) the optical elements (500) are configured to direct at least part of the luminescent material light (201) in an optical path to the light exit (1090); and (F) the light generating system (1000) is configured to generate in an operational mode of the light generating system (1000) system light (1001) comprising at least part of the luminescent material light (201).

The invention relates to an improved stretcher air supplement device which comprises a code disc. The number of the coded discs is two, the coded discs are disc-shaped, the peripheries of the coded discs are provided with buckles, through-hole-shaped ventilation holes are densely distributed in the coded discs, and the centers of the coded discs are provided with mounting holes; the end face of one end of the code disc is attached to an opening of the air supplementing pipe. The filter screen is disc-shaped, the size of the filter screen is matched with that of the code disc, and a connecting hole is formed in the center of the filter screen; the filter screen is clamped between the code discs; the support is inverted-V-shaped, the top of the support is provided with an annular connecting block, and the lower end of the support is fixed on the base; the two brackets are respectively close to the two ends of the code disc; the rotating shaft is cylindrical and penetrates through the mounting hole and the connecting hole, and the two ends of the rotating shaft are mounted on the connecting blocks in a penetrating manner; the chain wheel is arranged along the periphery of the code disc; the chain is sleeved on the chain wheel; the motor is arranged on the base, and a gear is arranged on an output shaft of the motor; and the gear is meshed with the chain. According to the invention, the filter screen can run in a full range, and the shutdown frequency is reduced.

The utility model relates to the technical field of web printing presses, and discloses an adjustable material supporting device for a web printing press, which comprises a base, a plurality of connecting blocks are slidably connected to the front side and the rear side of the inner wall of the base, and adjusting rollers are rotatably connected to the opposite ends of the connecting blocks. A connecting frame is fixedly connected to the opposite end, corresponding to the lower side of the adjusting roller, of the connecting block on the left side, a sliding frame is connected to the inner wall of the connecting frame through a lifting assembly and used for adjusting the distance between the adjusting rollers on the two sides, and a first motor is connected to the bottom end of the sliding frame through a movable assembly. According to the utility model, through the liftable design, the heights of the adjusting rollers on the two sides can be adjusted at the same time, so that adjustment can be carried out according to tension required by materials, uniform tension of paper in the full width is ensured, blurring, double images or colors of printed patterns are avoided, meanwhile, uniform distribution of tension is beneficial to keeping the paper stable in the conveying process, and the production efficiency is improved. The overprinting precision of multi-color printing is improved, pattern alignment is ensured, and the product quality is improved.

The utility model relates to the technical field of elevators, in particular to an elevator with an anti-following scanning function, which comprises an elevator car, grooves are arranged on the inner walls of two sides of the elevator car, side doors are slidably connected in the grooves, a display screen is fixedly connected on the inner wall of the elevator car, and a screw is rotatably connected in the elevator car. And the movable plate is arranged in the elevator car in a sliding mode, the screw rod is in threaded connection with the movable plate, and the lower end of the movable plate is fixedly connected with a camera, an infrared sensor and a laser scanner head. The output end of the motor drives the screw rod to rotate through the coupler, the movable plate transversely slides through threaded fit between the movable plate and the screw rod, meanwhile, the movable plate drives the camera, the infrared sensor and the laser scanner head to transversely move, and the interior of the elevator car can be comprehensively monitored; the sensors can cover the full width of the elevator car, and it is ensured that each corner is effectively monitored.

An optical construction includes a lens film having outermost first and second major surfaces. The first major surface includes a plurality of microlenses. A multilayer mask having an average thickness of less than about 0.5 times an average focal length of the microlenses and an optical density of greater than about 2 is disposed on the second major surface. The multilayer mask includes polymeric first and second mask layers where each of the first and second mask layers has an optical density of greater than about 0.3. The multilayer mask defines a plurality of laser-ablated through openings therein that are aligned to the microlenses in a one-to-one correspondence. An optical transmittance of the optical construction as a function of the incident angle has a transmitted peak having a peak transmittance T1 and a corresponding full width at 20 percent of maximum W1, where T1 / W1≥2.4% / degree.

The invention relates to a multi-dimensional self-adaptive portable underwater detection device and a multi-dimensional self-adaptive portable underwater detection method. In order to solve the problems that an existing fixed camera cannot cover a whole water layer, is inconvenient to adjust, has a large monitoring blind area and the like, the device comprises an underwater camera arranged on a lifting rod at an interval of 1 meter, a vertical moving module driven by a gear and a rack, a horizontal moving module driven by a bevel gear and a fixing module. Horizontal / vertical movement is independently controlled through the double gear motors, and accurate positioning of the camera within the depth of 5-10 m and the full-width range of the net cage is achieved; the cameras are distributed at equal intervals to eliminate view blind areas, and the whole-water-layer fish monitoring deviation is smaller than or equal to 5% in combination with the IP68 anti-corrosion design. Remote control is achieved through wireless communication, the automation degree is high, monitoring blind areas can be reduced, core components are resistant to corrosion, the system is suitable for large-scale breeding monitoring, and efficiency and data accuracy are improved.

The utility model discloses a temple fixing device, including upper temple, the bottom of upper temple is provided with the connecting mechanism for to the upper temple support position adjustment, the bottom of connecting mechanism is provided with the support mechanism of adjustable temple height, the upper temple includes, bearing assembly is set up in the bottom of upper temple, the utility model discloses the cooperation setting of upper temple and connecting mechanism can realize the advantage of adjusting temple position in actual use process, to realize full width temple and side temple according to the position of adjustment, like the full width temple state that present existing is, when needing to change into side width temple, can loosen first bolt and make upper temple and lower temple slide and move to the outside, until after being located at the required position, can be fixed in the preset position with first bolt, and the same reason needs to change into full width temple state, can pass through moving upper temple and lower temple to the inside then lock tightly fixed.

The invention belongs to the technical field of ferrous metallurgy, and discloses a plate shape control method for a steel plate with the width larger than 4400 mm. The plate shape control method comprises the following steps that S1, a walking beam type heating furnace is adopted for conducting partition heating on a plate blank, and the in-furnace time is controlled to range from 1.3 min / mm to 1.5 min / mm; s2, a normalizing rolling technology is adopted for rolling the steel plate, and the finish rolling temperature is controlled to be 850 + / -20 DEG C; s3, the steel plate is subjected to 9-pass finish rolling; s4, a nine-roller hot straightening machine is adopted for conducting one-pass straightening on the steel plate; and S5, the steel plates are cooled to 450 DEG C to 500 DEG C, offline stacking and slow cooling are conducted, the stacking time ranges from 24 hours to 26 hours, the stacking position of the steel plates is controlled in a micro-convex mode, and the convexity of the stacking position is controlled to be 5 mm / 5 m. By means of the plate shape control method, the plate shape unevenness of the ultra-wide plate with the width larger than 4400 mm can be controlled to be 1 mm / 1 m or below, and the unevenness of the whole width in the width direction is 5 mm or below.

Light-emitting diode (LED) packages and more particularly light mixing arrangements in LED packages are disclosed. LED packages include multiple LED chips arranged within a single recess or cavity and a single corresponding lens. Light mixing arrangements include LED chip layouts, lens structures, and / or cladding layers for lens structures. LED packages are disclosed with reduced full width half maximum values and improved uniformity in far field pattern emissions by reducing lensing effects of multiple LED chips in a single cavity. A figure of merit is described that defines a color quality index metric that characterizes color quality and uniformity of far field emissions in multiple-color and multiple-chip LED packages.

The utility model discloses a compact six-face drill which comprises an upper cross beam provided with an upper drill bag assembly and a lower cross beam correspondingly provided with a lower drill bag assembly, a table top for bearing a plate to be machined is arranged between the upper cross beam and the lower cross beam, and a clamping device is arranged on one side of the table top and arranged on a movable beam. The clamping device can move along the moving beam to clamp a plate to move in the length direction of the table top, the moving beam is installed on a moving frame on one side of the table top, the moving beam can move relative to the moving frame in the direction perpendicular to the side face of the table top, and the moving beam drives the clamping device to move in the horizontal direction. The movable beam can be driven to drive the plate to move along the X-axis, so that the drilling bag effectively covers the whole width of the plate, and the problem that the side face of the wide plate cannot be machined is solved; equipment can adapt to plates of more sizes without changing a core structure, the advantage of a compact machine type on the space utilization rate is reserved, and elastic expansion of the machining range is achieved through a displacement compensation mechanism of the clamping device.

A display device includes a light source, a display panel, and an optical sheet. The light source includes a first light source substrate and a second light source substrate spaced apart from the first light source substrate in a width direction. The light source is loaded into a light source module, and a width of a region defined as a half of a maximum luminance of a light profile of the light source is set to a full width of a half maximum of the maximum luminance. A distance between a center of the first light source substrate in the width direction and a center of the second light source substrate in the width direction can be referred to as a pitch, and the full width at the half maximum of the maximum luminance of the light source and the pitch satisfy the following condition. 1.0 ≤ half maximum of maximum luminance full width / pitch ≤ 2.0.

The invention belongs to the technical field of four-way stretch fabrics, and particularly relates to a star-point four-way stretch fabric and a preparation technology.The star-point four-way stretch fabric comprises a fabric body, the fabric body comprises a base cloth layer and a jacquard layer.The star-point four-way stretch fabric and the preparation technology are characterized in that a brushing machine is arranged, and an electric push rod telescopic rod stretches out and draws back to drive a lifting frame to ascend and descend; the depth, namely the brushing force, of the brush rollers pressed into the fabric body is accurately controlled, the motor drives the brush rollers to rotate reversely, the relative linear speed of the brush roller card clothing and the fabric surface villus is increased, the villus can be more effectively grasped and brushed, the brush rollers are obliquely arranged in a staggered mode, the villus can be erected easily, and yarn cannot be damaged; each point of the full width of the fabric body is ensured to be subjected to multi-time and multi-angle carding, the two sides of each brush roller are each provided with one guide roller, the guide conveying effect on the fabric body is achieved, and the fabric body is prevented from being excessively deformed or falling into equipment gaps due to the tension effect in the brushing process.

The invention discloses a high-coherence double-frequency fiber laser with physically separable frequency and a method, and belongs to the technical field of lasers. The laser comprises a common-path gain section; the clockwise resonant branch and the common-pass gain section form a clockwise optical resonant cavity; the anticlockwise resonant branch and the common-pass gain section form an anticlockwise optical resonant cavity; an independent and adjustable loss control unit exists in at least one of the clockwise resonance branch and the anticlockwise resonance branch and is used for controlling the loss of the resonant cavity by changing the loss of the branch, so that the clockwise and anticlockwise resonant cavities obtain unidirectional and bidirectional laser; and the single-frequency implementation unit is arranged in the common-pass gain section and / or the resonance branch and is used for implementing single-frequency selection. The problem that single frequency in small-frequency-difference double-frequency light is difficult to separate can be solved, high-coherence double-frequency light can be achieved, high-signal-to-noise-ratio beat frequency is generated, the full width at half maximum of the single-frequency light and the full width at half maximum of the beat frequency are narrow, and the device has structural flexibility and excellent output performance.

This invention discloses a beam-based warp breakage detection device and method for textile looms without stop pins, relating to the field of textile machinery technology. The device includes a beam emitting unit, a beam receiving unit, and a signal processing and control module. The beam emitting unit and the beam receiving unit are horizontally opposite each other on the side walls of the loom along its full width. The beam detection optical path formed by the two units is horizontally arranged along the left-right width direction of the loom, horizontally penetrating the warp opening section between the warp beam exit side and the back beam roller and heald frame entry side, completely covering all warp yarns within this section. The vertical height of the optical path is 50% ± 5% of the height of the warp opening section, and is flush with the center position of the warp opening. This invention breaks through the conventional approach of detecting warp breakage by "detecting the broken warp yarn itself." Through a pioneering horizontal optical path installation position, it captures the 3-12mm horizontal displacement signal of the normal warp yarn caused by warp yarn entanglement after a breakage, enabling ultra-early detection of warp breakage faults within 1-3 seconds. Simultaneously, it completely eliminates the traditional stop-warp structure, preventing warp yarn wear. Verified by a professional simulation system under full operating conditions, the detection accuracy is no less than 99.44%. This invention fills the industry gap where water-jet looms lack warp breakage detection devices and most air-jet looms lack reliable warp breakage detection solutions, significantly improving weaving production efficiency and fabric quality. It is compatible with all mainstream shuttleless looms and possesses strong industry promotion value.

The application belongs to the technical field of textile equipment and discloses a defect detection cloth inspecting machine. The application comprises a rack and a detection camera arranged above the rack. A bottom clamping frame is fixedly installed on the surface of the rack. A wedge-shaped clamping plate and a top clamping frame form a three-dimensional clamping. The cooperation of the toothed protrusions and the anti-skid clamping pads increases the friction, so that the cloth can be fixed in all directions. The displacement caused by the vibration of the equipment and the change of the cloth tension is avoided. The smoothness of the cloth is ensured. A stable reference is provided for high-precision detection. The linkage mechanism driven by the adapter block quickly fixes the cloth. The spring one and the spring two realize automatic reset and locking. The handle saves labor. The loading and unloading process is simplified. The auxiliary time is reduced. The application is suitable for batch detection. The continuous working efficiency is improved. The limiting slide and the sliding groove ensure smooth transmission. The electric guide rail drives the camera to scan the full width. The stable cloth state is combined. The interruption of detection is avoided. The camera clearly captures details. The accuracy and integrity of defect identification are improved.

The utility model belongs to cutting equipment technical field especially for high -speed laser die -cutting machine. Including frame, the frame is installed with marble mesa, and the middle part of marble mesa is installed with punch platform, and the left and right sides of marble mesa are installed with material feeding frame and material pulling frame respectively, and the material pulling frame is installed with incremental encoder, and the periphery of marble mesa is installed with stand. The utility model is provided with three -dimensional dynamic focusing galvanometer, and the Z -axis real -time dynamic focusing adjustment is adjusted, and the XY -axis is cooperated with control, ensures that the full width of any position can keep focal point precision, and the laser generator is cooperated with work, realizes the high speed, accurate direction and focusing control of laser beam in three -dimensional space, and the equipment is equipped with CCD visual positioning, can realize multiple sleeve cutting, can also realize seamless splicing beyond the width of the drawing, realizes the same cutting efficiency as flat cutter die cutting, and the equipment carries the winding material frame, can achieve the semi -automatic processing of roll materials.

A sealed package includes first and second opposed plies, each with first and second edges, wherein the first edges of the first and second plies have overlying sections that form a first seal, and wherein the second edges of the first and second plies have overlying sections that form a second seal; the first and second plies include polymeric film. A score line is present adjacent the second seal, the score line only partially penetrating the first ply and extending less than a full width of the first ply.

An optical film for reducing at least one of sparkle and moire in a display system includes a structured first major surface that, in at least a first cross-section in a first plane substantially orthogonal to the optical film, has a sinusoidal shape having a variable pitch of greater than about 0.5 microns. For a substantially normally incident light and blue, green, and red wavelengths that are at least 50 nm apart from each other and are disposed within respective blue, green, and red wavelength ranges, optical transmissions of the optical film versus transmitted angle for the blue, green and red wavelengths have respective blue, green, and red transmission bands disposed at angles greater than about 1 degree and having respective blue, green, and red full width at half maxima (FWHMs), at least two of which at least partially overlap.

This beta-digallium trioxide single crystal substrate has a circular main surface. The main surface is the (001) plane of the beta-digallium trioxide single crystal, and has a central part including the center and an outer circumferential part surrounding the central part. When pole figure measurement using an X-ray diffraction method, in which the (-201) plane of the single crystal is set as a diffraction plane, is executed in a tilt angle direction and an in-plane rotation angle direction with respect to five sections represented with prescribed coordinates in the central part, five X-ray pole figures each having at least a first pole as one pole are obtained. A first full width at maximum, which is the full width at half maximum in the tilt angle direction of a first diffraction intensity obtained through first main measurement with respect to the first pole and the periphery thereof by using the X-ray diffraction method, is 0.0028-6.0000° in each of the five X-ray pole figures. The first main measurement is executed by fixing the in-plane rotation angle to an in-plane rotation angle φ1 of the first pole, and scanning the tilt angle.