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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
21	Method for cleaning webs and washing device therefor	US612336	1996-03-07	US5653771A	1997-08-05	Gerold Fleissner
In a washing method, a web of textile goods is wetted with a washing-active liquid and the liquid is caused to foam by steam which is blown at high pressure into a back side of the web of goods with a pile on the front side. The steam is discharged from a nozzle slot that extends transversely across the web of goods. The nozzle directs the steam against the web and through it. The foam which then suddenly forms is then drawn off by a vacuum or suction together with the liquid still in the pile from the pile side of the web.
22	Apparatus for limiting the spreading of a treatment liquid being sprayed onto a textile material	US567567	1990-08-15	US5074132A	1991-12-24	Abraham Koller
An annular body has an outer wall member and an inner wall member. A hollow space is present between these two wall members. A connector in the outer wall member provides for a communication between the hollow space and a source of induced draught. The inner wall includes perforations and through holes which form a communication between the space surrounded from the inner wall and the hollow space and finally the connector to the source of induced draught. A rib is located at the lower end of the annular body. If the apparatus is placed on an area of a material, against which cleaning fluids are sprayed, the inner wall limits a spreading of the liquid bouncing away from the material. The liquid flowing down the inner wall is transported off specifically through the perforations. Liquid spreading on the material is transported off by further through holes located at the rib.Accordingly a spreading of treatment liquids sprayed against a textile material is positively limited, such it is not necessary to use further measures and suffer longer drying times in order to reach a completely dry state of the treated area and the areas surrounding this area. Furthermore, that part of the liquid which is not pressed through the material for a cleaning thereof is completely and effectively removed by the apparatus.
23	Treating textile material with non woven fabric rolls	US532566	1983-09-15	US4535611A	1985-08-20	Masao Masuda
A method for treating textile material comprising steps of forcibly supplying treatment fluid into a fluid supply roll and letting the supplied fluid flow out of its circumferential periphery, applying negative pressure to a suction roll, passing a textile material between the fluid supply and the suction rolls which are arranged in opposed relationship, and forcibly transferring the fluid on the fluid supply roll into the suction roll through an interfacing portion of the textile material; each of the fluid supply roll and the suction roll for use in carrying out the method comprising a number of nonwoven fabric elements mounted on a cylindrical core in tightly contact relation to one another, and fluid passageways formed internally thereof so as to be operatively connected to an external pressure fluid source or an external negative pressure source.
24	Moisture control system for controlling the amount of chemical added to a fabric	US350086	1982-02-18	US4447924A	1984-05-15	Joseph A. Bolton; George R. Feehery
A moisture control system is provided for controlling the amount of chemical added to a fabric. The system includes a suction pipe having a slot therein and a fabric positioned to pass over the slot. A vacuum source is connected through conduit means to the suction pipe. A source of liquid is provided including a predetermined percentage of chemical therein to be added to the fabric. Liquid from the liquid source is added to the fabric and the fabric containing the liquid from the liquid source is advanced over the suction pipe whereupon vacuum is applied to the fabric to deliquefy it. The vacuum source is set to provide a predetermined vacuum depending on the chemical concentration of the liquid and the composition of the fabric. As the fabric passes over the slot a change in the vacuum is sensed and the vacuum source is actuated to retain the vacuum to the predetermined condition thereby maintaining a constant moisture level and amount of added chemical in the fabric.
25	Method of, and means for, reducing the liquid content of air-permeable material in tubular form	US19629	1979-03-12	US4266983A	1981-05-12	Akos Laszlo; Horace B. Merriman
A method of reducing the liquid content of air-permeable material in tubular form, especially for reducing the moisture content of tubular fabric, involves moving the tube of material longitudinally through a device for applying suction to the outer surface of the tube, either in a single area which extends all round the tube or in a plurality of areas which together extend substantially all round the tube.Means for carrying the method into effect may comprise one or more hollow members defining a frame to surround the tube of material from which liquid is to be removed. Each hollow member has apertures in its inwardly-facing wall, each of which apertures communicates with the hollow interior of its hollow member, and means is provided for creating a sub-atmospheric pressure in each hollow member. Preferably, the apertures are in the form of elongate slots having a length considerably greater than their width, and the axis of each slot is inclined at an angle of from 5 to 10 degrees to the direction of advance of the tubular fabric.The liquid extraction means may be combined with hot air drying apparatus disposed downstream of the suction applying means and/or with squeeze rollers disposed upstream of the suction applying means.
26	Carpet cleaning and dyeing apparatus	US64092	1979-08-06	US4218900A	1980-08-26	Lew Caplan; Robert W. Kemper
An elongated tubular handle and support member connectable at its upper end with a vacuum hose and at its lower end with a vacuum head having a perpendicularly extending, elongated suction opening and including a pair of spray nozzles fixed with respect to the vacuum head and adapted to spray, respectively and selectively, either carpet cleaning fluid or carpet dyeing fluid behind the vacuum head, supports along the length thereof an open-topped container for removably receiving a liquid dye container. The tubular handle and support member also has attached thereto a control valve assembly for directing fluid under pressure to either of said spray nozzles, selectively, from a single remote source. The means supplying pressurized fluid to one of the spray nozzles includes a flexible conduit series-connected in which is a venturi member having a venturi orifice communicating through a control valve with the dye container for withdrawing dye into the flow path of the pressurized fluid supply to the dye spraying nozzle.
27	Method for scouring and blooming pile carpet	US34291873	1973-03-19	US3864079A	1975-02-04	GREGG RODMAN I
A method for continuously scouring and blooming an advancing pile carpet includes first wetting the pile side of the carpet with hot water spray, and then immersing the carpet in a first tank containing hot water. The carpet is then advanced past a high pressure spray positioned above the first tank which directs a high impact spray at the pile to remove the finish on the pile and provide the initial blooming or bulk development of the yarn. The carpet then passes through a second tank containing hot water and past a final spray which rinses away any residual finish and provides the final blooming. Water to supply the high pressure spray is pumped from the second tank. The first and second tanks are interconnected so that water can flow from the first tank into the second tank to supply the pump. Facilities are also provided to remove the finish from the water in the first tank.
28	Honeycomb roll	US33495573	1973-02-22	US3828410A	1974-08-13	ZEIFFER D
A honeycomb roll is provided in which the honeycomb structure incorporates partitioning aligned with the roll axis and which may be formed to present the thinnest practical outer edges at the roll body surface in combination with inner edges of substantially greater thickness for enhancing the effect of suction influence applied through the honeycomb structure. The preferred embodiment employs a plurality of specially formed annular members secured in assembled relation as a honeycomb structure in roll body form.
29	An apparatus for the continuous finishing of knitted fabrics and hosiery goods	US84086169	1969-03-19	US3673822A	1972-07-04	FLEISSNER HEINZ
An apparatus for finishing, especially bleaching and/or desizing knitted fabrics and hosiery goods, such as for example cellulose fibers, wherein the knitted fabrics and hosiery goods are impregnated with the treatment liquor, steam, washed and/or rinsed and dried. The knitted fabrics and hosiery goods are continuously transported and guided in open width and without any substantial tension during the individual treatment stages.
30	Carpet scouring and blooming apparatus	US3589147D	1969-01-22	US3589147A	1971-06-29	PRICE HERMAN H JR; YOUSE GEORGE H
An apparatus for scouring and blooming carpet comprising a convex carpet engaging surface of a fluid-treating member over which the laterally spread carpet is passed endwise and which has a channel in its carpet engaging surface that is connected at spaced points to the bore of the member by ducts through which fluid is delivered to the channel and thus to the carpet. The apparatus is adapted to be used in conjunction with the usual wet-out box of a carpet drying operation and includes carpet washing sprays directed onto the carpet and draining into the wet-out box.
31	Process for the continuous finishing of knitted fabrics and hosiery goods	US67750367	1967-10-18	US3557394A	1971-01-26	FLEISSNER HEINZ
A PROCESS FOR FINISHING, ESPECIALLY BLEACHING AND/OR DESIZING KNITTED FABRICS AND HOSIERY GOODS, SUCH AS FOR EXAMPLE CELLULOSE FIBERS, WHEREIN THE KNITTED FABRICS AND HOSIERY GOODS ARE IMPREGNATED WITH THE TREATMENT LIQUOR, STEAMED, WASHED AND/OR RINSED AND DRIED. THE KNITTED FABRICS AND THE HOSIERY GOODS ARE CONTINUOUSLY TRANSPORTED AND GUIDED IN OPEN WIDTH AND WITHOUT ANY SUBSTANTIAL TENSION DURING THE INDIVIDUAL TREATMENT PROCESSES.
32	Fluid treating device for sheet or strip materials	US80430559	1959-04-06	US3057282A	1962-10-09	ELLAN LUBOSHEZ BENJAMIN

33	Apparatus for treating yarn with a liquid	US43185554	1954-05-24	US2889696A	1959-06-09	LYNCH ADDISON H
777,522. Coating yarns. CELANESE CORPORATION OF AMERICA. May 24, 1955 [May 24, 1954], No. 14934/55. Class 140. In a process for continuously treating a running yarn with a liquid while it is travelling in a helical path along an advancing reel, a single treating liquid is applied to the running yarn at two or more points in its path and between each pair of successive points of application the greater part of the liquid applied to and remaining on the yarn is removed by simultaneously squeezing the yarn and applying suction thereto. A yarn 12 is wound to form a helix on a thread advancing reel 11 comprising a number of yarn carrying rollers 13 the axis of at least one of which is askew to that of the reel. Treating liquid is supplied from a header 17 having a supply conduit 18 to a number of sprays 19 which supply successive turns of the yarn as it passes over one of the rollers 13. Used treating liquid is withdrawn from the thread after each application by a sucker roll assembly 21. The sucker roll, which bears on the roller 13 next to the sprays or on one further removed, comprises a hexagonal core through each face of which extends a slot. The core fits into a perforated cylindrical shell, the ends of which are closed by plugs having apertures communicating with brackets' 24 pivotally mounting a header 22 to which suction is applied through conduits 23. A knitted fabric cover 25 is fitted over the sucker roll. The treating liquid removed from the yarn by the sucker roll is withdrawn by the circulating air and may be discarded, recycled with,fresh components or treated to recover components. To increase the rate of treatment a number of such roll assemblies and sources of treating liquid may be used. U.S.A. Specification 2,660,808 is referred to.
34	Automatic vacuum slot sealer	US36103453	1953-06-11	US2792587A	1957-05-21	ROSE WERNER P; KUHN ROBERT E

35	Vacuum seal for vacuum cloth hydroextractors	US75416724	1924-12-05	US1576163A	1926-03-09	VOELKER GEORGE W

36	Mangle.	US1912695238	1912-05-04	US1075982A	1913-10-14	LASOCKI WLADYSLAW

37	Mangle.	US1908435010	1908-05-26	US912872A	1909-02-16	MUSCH AUGUST

38	Mangle.	US1903140157	1903-01-22	US738448A	1903-09-08	HOERIG GOTTLIEB

39	Improved clothes-mangle	US96361D		US96361A	1869-11-02

40	Improved clothes-mangle	US96360D		US96360A	1869-11-02

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