Optical in Yasni Exposé of Werner Grosse

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Werner Grosse, Entrepreneur Technology @ IPM International Perforation Management, Recklinghausen, Thailand

Country: Thailand, Language: German
I offer: IPM, International, Perforation, Management, Firma, Team, Ingenieur, Engineering, Service, hi-tech, Elektrostatik, Inspektion, optisch, Mikro, Co2, Laser, Anlage, Maschine, System, Papier, Zement, Verpackung, Industrie, micro, holes, power, electronics, supply, converter, frequency, solar, Ventilation, Material, trainee, Technologie, Produktion, Herstellung, Lieferung, Installation, Manager, Gesellschaft, Unternehmen, budget, Euro, USD, business, Bank, Entwicklung, Applikation, Fertigung, Verkauf, Erfindung, Patent, Optik, Messung, Kontrolle, Qualität, Kunststoff, Folie, Plastik, Projekt, Produkt, Verbundstoffe, Innovation, cooperation, design, manufacturing, sales, IP, PCT, production, marketing, sensor, measurement, machine, project, electro, perforating, control, beam, scanner, green, industrial, scale, energy, quality, plastic, speed, paper, roll, joint, tape, client, cement, tuber, packaging, Kraft, tipping, cigarette, filter, worldwide, Europe, USA, Asea, China, Thailand, Germany
Werner Grosse @ IPM International Perforation Management, Recklinghausen, Thailand

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1452 results for Werner Grosse

Nano Micro - archipelagos of technologies

IPM Mr. Werner Grosse working since 1979 as application engineer, project, operation manager, technical director for electrostatic and laser processes as well in optical
13x
subnano-technology.blogspot.de 2015-11-30  +  

专利 DE4302137A1 - Optical porosity measurement on a moving material, e.g. of cigarette paper ... - Google 专利

The method involves projecting two rows of light beams covering the material path width from a light source arrangement on one side of the path. An opto-dual porosity measurement head traverses the entire material width on the other side. The measurement head detects light transmitted and scattered by the material and forms a hyperbolic function from which the porosity can be computed. USE/ADVANTAGE - For use with material which passes gas or liquid, e.g. cigarette,plastics films, fleeces, tissues, tea or coffee filter paper. On-line measurement of the porosity of very dense material is achieved with adequate accuracy.
Werner Grosse @ Recklinghausen, Thailand
19x
google.it 2014-06-13  +  

专利 DE4421962C1 - Verfahren und Vorrichtung zur optischen Vermessung von ... - Google 专利

The microperforation tracks are arranged essentially parallel to the material (1) transport direction (4). Measurement of each microperforation track involves a search cycle to detect it, a location cycle to determine its position and a porosity measurement cycle. Measurement of the individual tracks is performed sequentially. The edge positions of the material are also determined during the search cycle, which involves an optical measurement arrangement (5-8) traversing the material and determining transparency data depending on the transverse position.
Werner Grosse @ Recklinghausen, Thailand
19x
google.co.jp 2014-06-13  +  

Patent DE4302137A1 - Optical porosity measurement on a moving material, e.g. of cigarette paper ... - Google Patente

The method involves projecting two rows of light beams covering the material path width from a light source arrangement on one side of the path. An opto-dual porosity measurement head traverses the entire material width on the other side. The measurement head detects light transmitted and scattered by the material and forms a hyperbolic function from which the porosity can be computed. USE/ADVANTAGE - For use with material which passes gas or liquid, e.g. cigarette,plastics films, fleeces, tissues, tea or coffee filter paper. On-line measurement of the porosity of very dense material is achieved with adequate accuracy.
Werner Grosse @ Recklinghausen, Thailand
18x
google.co.jp 2014-06-13  +  

Patent DE4243721A1 - Electro-erosive micro perforation of highly porous filter paper line ... - Google Patente

The air and/or water permeability increase serves for the compensation of the porosity-fluctuations contained in the basic material. With this compensation, a correction of higher regulation quality is carried out for the desired air and/or water permeability desired value. The correction also results in the line width as well as in its running direction. An optical on-line measuring unit determines the overall porosity, and works back in a closed regulating circuit, as the adjustment value to the microperforation unit. ADVANTAGE - Porosity fluctuations resulting in mfg. are reduced by additional microperforation and on-line measurement so that desired value can be maintained.
Werner Grosse @ Recklinghausen, Thailand
15x
google.co.jp 2014-06-13  +  

Patent DE4421962C1 - Verfahren und Vorrichtung zur optischen Vermessung von ... - Google Patente

The microperforation tracks are arranged essentially parallel to the material (1) transport direction (4). Measurement of each microperforation track involves a search cycle to detect it, a location cycle to determine its position and a porosity measurement cycle. Measurement of the individual tracks is performed sequentially. The edge positions of the material are also determined during the search cycle, which involves an optical measurement arrangement (5-8) traversing the material and determining transparency data depending on the transverse position.
Werner Grosse @ Recklinghausen, Thailand
12x
books.google.com 2014-06-13  +  

Patent US4118619 - Rotary beam chopper and scanning system - Google Patente

An optical laser beam chopper for converting a continuous beam into a series of scanning impulses for use in perforating a moving web is disclosed. The system utilizes a coherent light source which produces a beam for use in perforating a thin paper web of the type used in producing cigarette filters. The beam passes through a rotary chopper, or shutter, system which incorporates a plurality of rotary discs each of which carries one or more annular rings divided into segments. Selected segments on each ring are formed of a reflective material to act as mirrors for the laser beam, while the remaining segments are in the form of apertures which allow the beam to pass through the disc. By properly aligning the various apertures and reflective surfaces, rotation of the discs will cause the beam to be cyclically directed along a variety of paths through the disc arrangement to periodically strike selected target areas on an adjacent target such as a web of paper, the repetitive cycling causing the beam to scan the various target areas. In the preferred form of the invention, the beam produces spaced perforations in the web, with motion of the paper web in a direction perpendicular to the direction of scan of the beam producing longitudinal rows of perforations, adjacent perforations being spaced in accordance with the speed of the web and the rate of scanning. The rotary disc segments thus serve to chop the laser beam into short impulses, each of which is directed to a target area corresponding to the angular position of the rotary disc.
Werner Grosse @ Recklinghausen, Thailand
6x
google.com 2014-06-13  +  

Patent DE10251610A1 - Simultaneous optical porosity measurement and detection of perforations in ... - Google Patente

Method for detection of perforations in continuous material webs (1), especially paper webs, in which the webs are illuminated with transmission light using two spatially separate beam systems (7, 8) and position determination of the perforations and the porosity measurements are undertaken simultaneously during the same transverse movement (9) over the whole web width at different locations and at different or the same times. An Independent claim is made for device for optical porosity measurement and detection of perforations in continuous material webs, especially paper webs with disparate illumination light sources in the form or point or linear lasers or power LEDs.
Werner Grosse @ Recklinghausen, Thailand
7x
google.co.jp 2014-06-12  +  

Patent DE4421962C1 - Optical measurement of micro-perforation tracks in moving strip material - Google Patente

The microperforation tracks are arranged essentially parallel to the material (1) transport direction (4). Measurement of each microperforation track involves a search cycle to detect it, a location cycle to determine its position and a porosity measurement cycle. Measurement of the individual tracks is performed sequentially. The edge positions of the material are also determined during the search cycle, which involves an optical measurement arrangement (5-8) traversing the material and determining transparency data depending on the transverse position.
Werner Grosse @ Recklinghausen, Thailand
2x
google.com.hk 2014-06-12  +  

Patent DE4243721A1 - Electro-erosive micro perforation of highly porous filter paper line ... - Google Patente

The air and/or water permeability increase serves for the compensation of the porosity-fluctuations contained in the basic material. With this compensation, a correction of higher regulation quality is carried out for the desired air and/or water permeability desired value. The correction also results in the line width as well as in its running direction. An optical on-line measuring unit determines the overall porosity, and works back in a closed regulating circuit, as the adjustment value to the microperforation unit. ADVANTAGE - Porosity fluctuations resulting in mfg. are reduced by additional microperforation and on-line measurement so that desired value can be maintained.
Werner Grosse @ Recklinghausen, Thailand
2x
google.com.hk 2014-06-12  +  

Patent WO2012037789A1 - Laser boring machine for curve boring in tipping paper - Google Patente

A laser boring machine for curve boring in tipping paper, comprises a driving motor (4), a screw shaft (5), a movable optical sleeve (8) and a focusing optical head(3). The driving motor (4) drives a nut (6) which is connected to the screw shaft (5) to reciprocate. The nut (6) is fixedly connected to the movable optical sleeve (8) via a linkage (7). One end of the movable optical sleeve (8) is fixedly connected to the focusing optical head (3). Thereby the focusing head (3) is driven to reciprocate. The direction of motion of the focusing optical head (3) is perpendicular to that of the tipping paper, hence the curve hole is bored in the tipping paper. Consequently the identification of laser boring product and the air permeability of tipping paper are improved.
Werner Grosse @ Recklinghausen, Thailand
2x
google.co.jp 2014-06-12  +  

Patent EP2383067A1 - Device for inserting notches or slits separated from each other in a ... - Google Patente

The device for introducing grooves or slots spaced apart from one another in a longitudinal direction in a material web moved into the longitudinal direction using a laser beam, comprises a laser beam source (2) for producing a continuous laser beam and a deflection mirror (4) arranged around an axis of rotation, a focusing optics (14) for focusing the laser beam reflected by a first mirror surface (6) on the material web, and an equipment, where the deflection mirror is displaced into a rotating direction with the first mirror surface. The device for introducing grooves or slots spaced apart from one another in a longitudinal direction in a material web moved into the longitudinal direction using a laser beam, comprises a laser beam source (2) for producing a continuous laser beam and a deflection mirror (4) arranged around an axis of rotation, a focusing optics (14) for focusing the laser beam reflected by a first mirror surface (6) on the material web, and an equipment, where the deflection mirror is displaced into a rotating direction with the first mirror surface, whose line of intersection with a sectional plane perpendicular to the axis of rotation forms an arc around the axis of rotational and an arc angle varies in dependence of an axial position of the sectional plane. The arc angle deflects the laser beam in a first direction and/or a second mirror surface (8), which deflects the laser beam into a second direction deviating from the arc angle to an absorber. The first and second mirror surfaces directly border to each other. The arc angle of the first mirror surface steadily decreases in a direction parallel to the axis of rotation. The second mirror surface is oriented to the axis of rotation in a flat and oblique manner. The deflecting mirrors comprise the first mirror surfaces (6), and form itself between the second mirror surfaces. The focusing optics comprises a toroidal lens. An acousto-optical modulator is arranged itself in a beam path of the laser beam reflected for spreading the deflection mirror or from the first mirror surface. The laser beam produced by the laser beam source is focused in a first focus in which the first mirror surface is arranged. A collimating optics (12) are arranged downstream at the first surface mirror. A pivotable deflecting mirror and a rotatable polygon mirror arranged in the rotational axis parallel to the longitudinal direction are provided between the collimating optics and the focusing optics. The deflection mirrors are arranged spaced apart from each other on a common shaft, and are directed on the each deflection mirror of the laser beam. A diffractive optical element for producing a multiple beam is arranged into the beam path of the laser beam reflected by the mirror surface. The equipment is provided for controlling a laser power and a rotational speed of the deflection mirror depending to a velocity of the material web.
Werner Grosse @ Recklinghausen, Thailand
3x
google.com 2014-06-12  +  

Patent CN101972894B - Laser drilling machine for curvedly drilling tipping paper - Google Patente

本发明公开了一种用于水松纸曲线打孔的激光打孔机,其包括有机器面板、导光筒、与导光筒连接的激 光器、带动水松纸运动的传动系统以及至少一个聚焦光头,机器面板上固定有至少一个驱动电机,驱动 电机的传动轴上连接有螺杆轴,该螺杆轴上连接有螺母,该螺母固定连接有连接杆,连接杆另一端固定 连接有至少一个运动光筒,连接有连接杆的运动光筒的一端设有导光筒,运动光筒的另一端穿过机器面 板固定连接聚焦光头,运动光筒的外周缘设有防转直线轴承,该直线轴承固定于机器面板,驱动电机通 过螺杆轴、螺母、连接杆及运动光筒驱动聚焦光头连续重复前后运动。 The present invention discloses a method for curve perforated tipping paper laser drilling machine comprising a machine panel, light guide tube, and a laser light guide tube connected to drive drivetrain movement tipping paper and at least one focus head, the machine is fixed on the panel at least one drive motor, the drive shaft of the drive motor is connected to the screw shaft, the screw shaft is connected to a nut fixedly connected with a connecting rod, the other end of the connecting rod is fixedly connected with at least one moving light cylinder, the movement of the connecting rod is connected to one end of the light pipe has a light guide tube, the other end of the motion of light tube is fixedly connected through the machine panel focusing head, movement of the outer peripheral edge of the light tube has a rotation-preventing linear bearings, the linear bearing fixed panel of the machine, the drive motor through the screw shaft, nut, connecting rods and cylinder movement drives the focusing optical head moves back and forth continuously repeated. 借由本发明可实现增加水松纸激光打孔产品的辨识性的效果,同时还可提高水松纸的透气度。 Can be achieved by the present invention by increasing the laser perforated tipping paper products identifiability effect, but can also increase the tipping paper permeability.
Werner Grosse @ Recklinghausen, Thailand
3x
google.co.uk 2014-06-12  +  

Patent US4118619 - Rotary beam chopper and scanning system - Google Patente

An optical laser beam chopper for converting a continuous beam into a series of scanning impulses for use in perforating a moving web is disclosed. The system utilizes a coherent light source which produces a beam for use in perforating a thin paper web of the type used in producing cigarette filters. The beam passes through a rotary chopper, or shutter, system which incorporates a plurality of rotary discs each of which carries one or more annular rings divided into segments. Selected segments on each ring are formed of a reflective material to act as mirrors for the laser beam, while the remaining segments are in the form of apertures which allow the beam to pass through the disc. By properly aligning the various apertures and reflective surfaces, rotation of the discs will cause the beam to be cyclically directed along a variety of paths through the disc arrangement to periodically strike selected target areas on an adjacent target such as a web of paper, the repetitive cycling causing the beam to scan the various target areas. In the preferred form of the invention, the beam produces spaced perforations in the web, with motion of the paper web in a direction perpendicular to the direction of scan of the beam producing longitudinal rows of perforations, adjacent perforations being spaced in accordance with the speed of the web and the rate of scanning. The rotary disc segments thus serve to chop the laser beam into short impulses, each of which is directed to a target area corresponding to the angular position of the rotary disc.
Werner Grosse @ Recklinghausen, Thailand
4x
google.com.au 2014-06-09  +  

Patent US4118619 - Rotary beam chopper and scanning system - Google Patente

An optical laser beam chopper for converting a continuous beam into a series of scanning impulses for use in perforating a moving web is disclosed. The system utilizes a coherent light source which produces a beam for use in perforating a thin paper web of the type used in producing cigarette filters. The beam passes through a rotary chopper, or shutter, system which incorporates a plurality of rotary discs each of which carries one or more annular rings divided into segments. Selected segments on each ring are formed of a reflective material to act as mirrors for the laser beam, while the remaining segments are in the form of apertures which allow the beam to pass through the disc. By properly aligning the various apertures and reflective surfaces, rotation of the discs will cause the beam to be cyclically directed along a variety of paths through the disc arrangement to periodically strike selected target areas on an adjacent target such as a web of paper, the repetitive cycling causing the beam to scan the various target areas. In the preferred form of the invention, the beam produces spaced perforations in the web, with motion of the paper web in a direction perpendicular to the direction of scan of the beam producing longitudinal rows of perforations, adjacent perforations being spaced in accordance with the speed of the web and the rate of scanning. The rotary disc segments thus serve to chop the laser beam into short impulses, each of which is directed to a target area corresponding to the angular position of the rotary disc.
Werner Grosse @ Recklinghausen, Thailand
4x
google.co.in 2014-06-09  +  

Electronics answers - Nana micro laser electrostatic perforation, optical permeability, dyne control at running | AskQues

IPM - International Perforation Management - Germany Mr. Werner Grosse fax : 0049 - (0)
Werner Grosse @ Recklinghausen, Thailand
15x
askques.com 2014-05-27  +  

nana micro laser electrostatic perforation, optical permeability, dyne control at running webs | Electronics Forums

IPM - International Perforation Management - Germany Mr. Werner Grosse fax : 0049 - (0) 1212-5-375-17-531 http://www.microperforation .com...
Werner Grosse @ Recklinghausen, Thailand
4x
electronicspoint.com 2014-05-27  +  

Patent DE4243721A1 - Electro-erosive micro perforation of highly porous filter paper line ... - Google Patente

The air and/or water permeability increase serves for the compensation of the porosity-fluctuations contained in the basic material. With this compensation, a correction of higher regulation quality is carried out for the desired air and/or water permeability desired value. The correction also results in the line width as well as in its running direction. An optical on-line measuring unit determines the overall porosity, and works back in a closed regulating circuit, as the adjustment value to the microperforation unit. ADVANTAGE - Porosity fluctuations resulting in mfg. are reduced by additional microperforation and on-line measurement so that desired value can be maintained.
Werner Grosse @ Recklinghausen, Thailand
3x
google.cat 2014-05-27  +  

ODSTM-1 in-situ dynamic dyne measurement surface tension

In-suit dynes surface tension wettability control. Described is a method and device for optical inline tough less surface tension control ODSTM-1 in DE19543289 by which the fast moving substrate through the measuring gap. It’s transmitted with a chromatic beam and spectral selected light source were two optical channels are displaced and polarized by 90 degree to each other. Both optical axles are precise and motor driven shift able in certain angles from 25 up to 65 degree. The spectral light photons, photonics, photovoltaic, illumination, transmission, extinction, absorption grades are detectable by two optical CCD imagine vision devices which are integrate in the sensor case on the other side of the substrate. Material condition, moving substrates means plastic foil, flexible, hi-tech, film, laminate, coating, bonding, label, co-extrusion, BOPP, LDPE, LLDPE, HDPE, MDPE, MAS, MOH, MEV, PET, FEP, PP, PE, PS, PO, EVA, PTFE, PVC, PTFE, Vinyl.
Werner Grosse @ Recklinghausen, Thailand
26x
docstoc.com 2013-02-24  +  

OPSS-1 porosity ODSTM-1 dyne sensor control scanner system technology China Germany

Sophisticated multi sensor systems, stationary or scanner for fast moving fabrics, sheets or web material to detect very precise and reproduce specified product properties during production. OPSS-1 OPRL-1 vision control systems are equipped with multiple IR, NIR, VIS monolithic spectral color sensors, precision line lasers, CCD image devices, DSP, ATMEL, INFINEON sensor internal controller, firmware, high-speed serial data link, scanning speeds 20-500mm per second, web widths up to 5,000mm, measuring gaps from 2.0-5.0mm, optical inline detection of permeability, porosity, spectral transmission, opacity, extinction, particle absorption, porosities ranges 80-5,000 C.U. respective from 50 down to 3 Gurley, position control of micro perforation lines with 0.1mm accuracy, 0.050-200 microns pore diameter by up to 300 pores per cm2.
Werner Grosse @ Recklinghausen, Thailand
6x
docstoc.com 2013-02-24  +  

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