13results about "Wringing machines" patented technology

The invention relates to a system for manufacturing a substrate (1) having a decorative design (3), such as an image and / or relief, comprising a feed device (10; 90), a digital printing device (5, 40) for printing a decorative design (3) on the foil (2), and a covering device (30; 30 ') for covering the substrate (1) with the foil (2); 50, 51). The system is designed to be used for feeding the feed device (10; 90) and after the foil material (2) is supplied by means of the covering device (30; the digital printing device (5, 40) prints the foil material (2) before covering the substrate (1) with the digital printing device (5, 40).

The present invention relates to a system for manufacturing a substrate (1) with a decorative design (3), such as an image and / or a relief, which comprises feed means (10; 90) for feeding a foil (2), digital printing means (5, 40) for printing the decorative design (3) on the foil (2) and coating means (30; 50, 51) for coating the substrate (1) with the foil (2). The system is configured for printing the foil (2) with the digital printing device (5, 40) after supplying the foil (2) with the feed means (10; 90) and before coating the substrate (1) with the coating means (30; 50, 51).

A portable and manual clothes wringing system utilizes a wringer roll apparatus configured to retain wet clothes in a rolled up wringer fabric and has loops extending from the ends to receive rods for twisting and wringing water from wet clothes. The wringer roll apparatus enables a manual method of wringing water from clothes by twisting a first end rod extended through the first end loops with respect to the second end rod configured through the second end loops. The wringer fabric may be a microcloth made of microfibers. The wet clothes may contact the inside and outside surface of the wringer fabric when rolled in the wringer roll to more effectively wring water from the wet clothes.

A feed device, planar washing machine and method. The feed device (15) comprises roll arrangement (21) provided with support rolls (16, 17) and an alignment roll (18). An endless belt (13) is arranged around the rolls. The alignment roll can be moved (C) in order to guide the feed belt to move into desired direction when it is moved laterally.

To improve dehydration performance. [Solution] The mattress dewatering device comprises a mounting section on which a mattress can be placed with the mattress surface facing up and down, a dewatering section which consists of two rollers that extend parallel to the surface of the mattress and are positioned to sandwich the mattress in the thickness direction of the mattress, and dewaters the mattress by sandwiching the mattress placed on the mounting section between the two rollers, and a water intake port which absorbs the water squeezed out from the mattress.

Laundry items (10) are spread out by so-called input machines and placed in their spread-out state onto a feed conveyor, which feeds the spread-out laundry item into, for example, a mangle. To spread out the laundry item (10), a spreading device stretches the front edge (18) of the laundry item (10). Spreading clamps of the spreading device are selectively moved apart based on a previously measured length of the front edge (18). Currently, the length of the front edge (18) of the laundry item (10) is measured in the area of ​​the spreading device. This increases the duration of the spreading process. The invention provides for measuring the length of the front edge (18) of the laundry item (10) before the spreading device, while the laundry item (10) is still suspended in two loading clamps (15) of a loading station (13).To enable the length of the front edge (18) to be determined without contact from the deepest point (25) of the sag (22) of the front edge (18), the spacing of the loading clips (15) is increased. This ensures that even with larger laundry items (10), a reliable V-shaped sag (22) is formed, the deepest point of which (25) can be reliably determined without contact.

Laundry items are spread out and deposited on a feed conveyor which inserts the laundry item into a mangle. The front edge of the laundry item is stretched by a spreading device, wherein spreading clamps are moved apart on the basis of a measured length of the front edge. Until now, the front edge length item has been measured at the spreading device, which increases the duration of the spreading operation. The invention measures the front edge length upstream of the spreading device when the laundry item is still hanging in two loading clamps of a loading station. So that the front edge length can be contactlessly determined from the lowest point of the sag of the front edge, the distance between the loading clamps is a greater distance than previously. As a result, a V-like sag is formed, the lowest point of which can be contactlessly determined.

The invention relates to a system for producing a substrate (1) with a decorative design (3), such as an image and / or a relief, comprising a feed device (10; 90), a digital printing device (5, 40) for printing the decorative design (3) on a foil (2), and a covering device (30; 50, 51) for covering the substrate (1) with the foil (2). The system is configured for the digital printing device (5, 40) to print the foil (2) after the foil (2) is supplied by the feed device (10; 90) and before the substrate (1) is covered by the covering device (30; 50, 51).

A system for manufacturing a substrate with a decorative design, such as an image and / or a relief, which has feed means for feeding a foil, digital printing means for printing the decorative design on the foil and coating means for coating the substrate with the foil. The system is configured for printing the foil with the digital printing device after supplying the foil with the feed means and before coating the substrate with the coating means.