TH24834C3 - Mixing equipment for products With high viscosity - Google Patents

Abstract

DC60 (24/12/42) Equipment for treatment of viscous substances The described consists of a heated vessel that has, on one side, an inlet for the substance of the mixture and, on the other side, an outlet for the substance of the mixture and of two or more pivoting rods. Where the mixer components are attached to each other, which characterizes that the mixer components are made up of two layers of bars, which are transverse to each other, connected to one another. There are axial running pins attached to the front of these rods, cleaning the intervals between the rods of the adjacent rod mixer assembly. Equipment for the treatment of viscous substances The described consists of a heated vessel that has, on one side, an inlet for the substance of the mixture and, on the other side, an outlet for the substance of the mixture and of two or more pivoting rods. Where the hair components are attached to each other, which characterizes that the mixer component is composed of two layers of bars, which are transverse to each other, connected to one another. There are axial running pins attached to the front of these rods, cleaning the intervals between the rods of the adjacent rod mixer assembly.

Claims (2)

1. Mixing equipment consisting of At a minimum, a heated container (1) with an inlet (10) for the solution of the solution (12) for the mixture substance. And two or more rods (2 and 2 \ ') are internal rotations in the container (1) connected to the drive for the joint rotation of the stem (2 and 2 \') with the mixer assembly (13 and 13 \ '). Is attached to a stem (2 and 2 \ ') that characterizes that Mixer components (13 and 13 \ ') consist of layers that resemble cutting discs. With two discs composed of sheets, the mixer (15, 15 \ ') was centered in the order of the bar layers (3, 4) and respectively (3 \', 4 \ ') at different radial positions. Compared with mixer plates (15, 15 \ ') where the plate-like layers consist of mixer plates (15, 15 \') and rods (3, 4, 3 \ ', 4 \' s that are directly welded. Each other In the axial direction Or that are connected indirectly to each other by Axial, by means of the trajectory of the coupling component (5, 5 \ ') running axially and in which pins (6 and 7, 6 \' and 7 \ ') are attached to the front of the mixer assembly (13), and Run along the axis, at the pins (6 and 7) or respectively (6 \ 'and 7 \') of the stem (2) or respectively (2 \ ') during the rotation of the stem (2 and 2 \'). Clean intervals between bars (3 \ 'and 4 \') or respectively (3 and 4Y of the mixer components (13 \ ') or respectively (13) of in each case the other rods or respectively (2) 2. The equipment according to claim 1, which is characterized by pins (6 and 7) or respectively (6 \ 'and 7 \'), is attached to the front of the bar (3 \ 'and 4 \') or respectively. (3 and 4) 3. Equipment according to claim 1 or 2 that indicate specific characteristics that The welding between the intersecting layers of the rods (3 and 4, 3 \ 'and 4 \') of the mixer component (13 and 13 \ ') through the layer of the link element (5 and 5 \') runs along the axis. 4. Any equipment according to claim 1 or 3 Which characterizes that the shank (2 and 2 \ ') containing the mixer components (13 and 13 \') is broken down into at least two areas where the mixer components (13 and 13 \ ') have Different number of bars (3 \ 'and 4 \', 3 and 4) 5. Equipment according to claim 4 that characterizes the number of bars (3 \ 'and 4 \', 3 and 4). Of each component, the mixer (13 and 13 \ ') is higher in the inlet area (10) for the mixture substance than in the exit area (12) for the mixture substance 6. Equipment according to claim 4 or 5 indicated The specific characteristics that on the stem (2 and 2 \ '), the transition between the area containing the mixer components (13 and 13 \') with varying numbers of rods (3 \ 'and 4 \', 3 and 4). Being made by mixer components Which has two layers with a number that Difference of intersecting bars 7. Equipment according to claim 1 to 6, any one That specifies that the stem (2 and 2 \ ') containing the mixer components (13 and 13 \') is subdivided into at least two areas where it is seen in the direction of the rod axis. Mixer components (13 and 13 \ ') have ranges (14a_ _ _14f) of different widths between bars (3 \' and 4 \ ', 3 and 4). 8. Equipment according to claim 7 characteristic. Specifically that Span width (14a_ _ _14f) between bars (3 \ 'and 4 \', 3 and 4) of each mixer component (13 and 13 \ ') in the area of the inlet (10) for small mixtures. Than in the outlet area (12) for the mixture substance 9. The equipment according to claim 7 or 8 that characterizes that on the stem (2 and 2 \ ') the transition between the area containing the mixer components (13 and 13 \ ') with a different width of the span (14a_ _ _14f) between bars (3 \' and 4 \ ', 3 and 4) is formed by a mixer component with two layers of intersecting rods. With different ranges (14a_ _ _14f) 1 0. Device in accordance with any 1 to 9 claim That characterizes the drive being made for rotating at the same speed Of adjacent rods (2 and 2 \ ') 1 1. Equipment according to claim 1 to 10, any one That specifies that the size of the mixer components (13 and 13 \ ') seen in the axial direction, smaller in the area of the inlet (10) for the mixture of the mixture. In the area of the exit (12) for the substance of the mixture 1 2. Equipment according to claim 11 that indicates the specific characteristics that Different core sizes. Mixer components (13 and 13 \ ') form by, as seen in axial directions, varying sizes. Of connector components (5 and 5 \ ')