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    • 1. 发明申请
    • APPARATUS FOR TREATING HIGH TEMPERATURE EXHAUST GAS
    • 用于处理高温排气的装置
    • WO1981001254A1
    • 1981-05-14
    • PCT/JP1979000281
    • 1979-11-01
    • EIKOSHA CO LTDMASUDA SAOI K
    • EIKOSHA CO LTD
    • B03C03/00
    • B03C3/455B03C3/014B03C3/019B03C3/02B03C3/76
    • Apparatus for purifying high temperature exhaust gas discharged from a variety of burning equipments, comprises an instantaneous cooler for cooling the exhaust gas, an electric dust collector for collecting dust contained in the gas and/or a compression and removal unit for compressing, solidifying and removing the collected dust. The instantaneous cooler has a throttle plate (17) which is perforated with a multiplicity of throttle holes (16) and provided in a cooling hollow cylinder (11), and a growing chamber (18) containing collecting material (19). The electric dust collector has an endless belt-like dust collecting electrode (24), rollers (22), (23) for rotatably driving the electrode (24), and a scraper (38). The compression and removal unit has a compression cylinder (51), and a receptacle (66) for solids.
    • 用于净化从各种燃烧设备排出的高温废气的设备包括用于冷却废气的瞬时冷却器,用于收集包含在气体中的灰尘的电除尘器和/或用于压缩,固化和去除的压缩和去除单元 收集的灰尘。 瞬时冷却器具有节流板(17),该节流板(17)穿过多个节流孔(16)并设置在冷却中空圆筒(11)中,并且包括收集材料(19)的生长室(18)。 电动集尘器具有环形带状集尘电极(24),用于可旋转地驱动电极(24)的辊(22),(23)和刮刀(38)。 压缩和去除单元具有压缩气缸(51)和用于固体的容器(66)。
    • 4. 发明专利
    • ELECTROSTATIC POWDER PAINTING APPARATUS
    • GB1549805A
    • 1979-08-08
    • GB4026776
    • 1976-09-28
    • MASUDA S
    • B05D1/06B05B5/025B05B5/03B05B5/16B05B7/14B05B5/02
    • An electrostatic powder painting apparatus has a cyclone structure for directing powder paint toward a surface which is to be painted. The cyclone structure includes a feed cylinder having an open outlet through which the powder paint is delivered toward the surface to be painted, this feed cylinder having an outlet which is spaced from the outlet and which is adapted to receive air and powder paint suspended therein. The air is given a whirling motion within the feed cylinder so that the powder paint suspended in the air is centrifugally advanced along the inner surface of the feed cylinder from the inlet toward the outlet thereof, a conduit communicating with the inlet to supply thereto air with powder paint suspended therein. An exhaust cylinder, whose diameter is smaller than the feed cylinder, communicates coaxially with the feed cylinder to discharge air from the interior thereof. An air supply communicates with the conduit while between the air supply and the inlet of the feed cylinder there is a powder paint supply from which powder paint is delivered to the conduit to be conveyed with the air flowing therethrough to the inlet of the feed cylinder. The part of the above conduit extending from the powder paint supply to the inlet of the feed cylinder and the feed cylinder itself provide for the air and powder a path of flow extending along the interior of the conduit from the powder paint supply through the inlet into the feed cylinder and along the feed cylinder through and somewhat beyond the outlet thereof. Situated along this path of flow is a corona discharge electrode structure for electrostatically charging the powder paint with unipolar ions so as to drive the charged powder paint electrostatically toward the surface which is to be painted.
    • 5. 发明专利
    • ELECTRIC DUST COLLECTOR APPARATUS
    • GB1463130A
    • 1977-02-02
    • GB5481074
    • 1974-12-18
    • MASUDA S
    • B03C3/00B03C3/09B03C3/38B03C3/34B03C3/41B03C3/51B03C3/66
    • 1463130 Supply arrangements for electrostatic precipitators S MASUDA 18 Dec 1974 [4 Jan 1974] 54810/74 Heading H2H [Also in Division B2] An electrostatic precipitator comprises an inlet 16, a flow-equalizing plate 19, an outlet 18 and two similar dust collecting stages 23, 24 each having channel-shaped collector electrodes 3 associated as shown with further channel-shaped electrodes 5 and with discharge electrodes 8, 13. The electrodes 5 are earthed, whilst the electrodes 3 are connected to a high voltage variable D.C. supply 32. The discharge electrodes 8 are connected to a periodically varying supply 42 including a variable D.C. bias source 42 and a pulse transformer 41, and the discharge electrodes 13 are connected to a similar supply 53 associated with the supply 32. Waveforms, e.g. of pulse or sinusoidal form, suitable for application to the electrodes 8, 13 are described with reference to Fig. 3 (not shown). The channel electrodes can be heart-shaped or arcuate in cross-section, or can be of C, U or V section (Fig. 1, not shown). The discharge electrodes may comprise rods, with or without pointed protrusions 11, or strips with a knife-edge or with projections (Fig. 2, not shown). In operation, dustcontaining gas is forced to flow through the gaps between the electrodes 5 where it is ionized by the electrodes 8, the electric field distribution being such that dust collects on the inner surfaces 7 and 15 of the electrodes 3, 5 from whence it can be removed by a water spray or by rapping for collection in a hopper (20) Fig. 6 (not shown).
    • 9. 发明专利
    • METHOD OF STERILISING OBJECTS & APPARATUS
    • GB8804162D0
    • 1988-03-23
    • GB8804162
    • 1988-02-23
    • MASUDA S
    • A61C19/00A61L2/20
    • A method for sterilizing objects to be sterilized is disclosed, in which an object to be sterilized such as a hand piece is preliminarily brought into a wetted state, and then accommodated and air-tightly closed up within a sterilizing chamber communicated with an oxygen cylinder, oxygen fed from the oxygen cylinder is introduced into an ozonizer to produce ozonized oxygen gas having an ozone concentration of at least 10000 ppm, preferably 15000 ppm or higher, then the ozonized oxygen gas is made to pass through the sterilizing chamber after it has been heated up to perfectly replace air within the sterilizing chamber by the ozonized oxygen gas, also moisture adhered to the objects to be sterilized is partly evaporated, subsequently the communication between the sterilizing chamber and the oxygen source is interrupted, the ozonized oxygen gas is circulated through the sterilizing chamber and the ozonizer while it is heated up at the inlet of the sterilizing chamber to thereby enhance the ozone concentration up to at least 20000 ppm, preferably up to 30000 ppm or higher wihtout consuming oxygen, and meanwhile, bacteria adhered to the objects to be sterilized are sterilized surely in a short period of time by the ozone gas under an inflated and wetted condition of the bacteria.
    • 10. 发明专利
    • APPARATUS FOR FEEDING A FLEXIBLE TUBE THROUGH A CONDUIT
    • GB1534441A
    • 1978-12-06
    • GB3176
    • 1976-01-02
    • MASUDA S
    • B65H51/28B08B9/04B29C51/00B29C63/00B29C63/36B29C65/00B29C67/00B29D23/00H02G1/08D06G3/04
    • 1534441 Hauling cables S MASUDA 2 Jan 1976 [11 Jan 1975] 00031/76 Heading B8B [Also in Divisions D1 and F2] An apparatus for passing a line or instrument through the interior of a pipe 1 comprises a flexible pressure proof tube 2 secureable at one end 23a in fluid tight manner to one end 15 of the pipe 1, a pressure difference generator 18, 21, for establishing a pressure difference between the opposite sides of a turn over section 3 where the inside of the tube 2 is folded to the outside, so that the section 3 may advance through the pipe 1, the other free end of the tube 2 having a line 13 on instrument attached thereto. The tube 2 in contracted cross-sectional state, is coiled on a reel 19 within the pressure chamber 18 and has one end thereof extending through a guide cylinder 22 projecting from an opening 20 in the chamber 18, around the nose 23 of the cylinder 22 and back towards the chamber to be locked between a tube mounting guide cylinder 26 and a packing member 28. The cylinder 26 and member 28 have conical surfaces between which the tube end 23a is clamped when the arrangement is secured to the chamber 18 by a fixing ring 30. The mounting guide cylinder 26 includes a guide cylinder 32 for location in the pipe 1 and a rubber or plastics flange 24 for seating engagement with the end 15 of the pipe 1. Upon supplying pressurized fluid through an inlet 21 into the chamber 18, the turn over portion 3 of the tube 2 advances through the pipe 1 and eventually draws the line 13 therethrough. In another embodiment, Fig. 7 (not shown), the free end of the tube instead of being coiled is longitudinally formed as a concertina, which formation moves along the pipe as the turn over portion advances, the line, pipe flow detector or pipe cleaning apparatus being secured to the tube free end for advancement through the pipe with the turn over portion.