Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen

Publikation: Schutzrecht/PatentPatent

Erfinder/-innen

  • Dd Tscheuschner, Horst-Dieter, Ddr 8010 Dresden (Erfinder*in)
  • Dd Hausmann, Andrea, Ddr 8030 Dresden (Erfinder*in)
  • Knut Franke (Erfinder*in)
  • Dd Berkes, Klaus, Ddr 8060 Dresden (Erfinder*in)
  • Helmut Foerster (Erfinder*in)
  • Guenter Ritschel (Erfinder*in)
  • Dd Schebiella, Georg, Ddr 8312 Heidenau (Erfinder*in)

Externe Organisationen

  • VEB Kombinat NAGEMA
Forschungs-netzwerk anzeigen

Details

Titel in ÜbersetzungStructure modifier for continuous treatment of dispersions - has specific dia. of rotor in cylindrical homogeniser and specific casing dia. to improve flow characteristics of material e.g. chocolate
OriginalspracheDeutsch
Veröffentlichungsnummer (amtliches Aktenzeichen)DE4008472
IPCB02C 17/ 16 A I
Prioritätsdatum25 Apr. 1989
PublikationsstatusVeröffentlicht - 31 Okt. 1990

Abstract

The device consists of a stationary cylindrical casing with internal vanes, inside which is a rotor also fitted with vanes. The prod. passes through the casing and is processed by the action of the moving and stationary vanes. It is proposed that: - the dia. of the rotor is reduced in the area near the inlet to the casing, - the largest dia. of the rotor is between 70 - 95% of the dia. of the casing, - the smallest dia. of the rotor is between 30 - 70% of the dia. of the casing, and - the rotor vanes are arranged at an adjustable angle to the axis of the rotor. One or more steps in rotor dia. may be used between the largest and smallest rotor dia. and the length over which the rotor dia. changes is at least one sixth of the total rotor length. The rotor dia. increases steadily from the smallest to the largest dia. or between the steps in dia. where these exist. USE/ADVANTAGE - Process is used )in the treatment of dispersions of solid particles in fatty suspensions, such as chocolate products, in order to improve their flow characteristics and their ease of handling in further manufacturing stages. The intensity and duration of the shearing treatment to which the product is subjected is made more uniform, and its suitability for further processing is maximised.

Zitieren

Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen. / Tscheuschner, Horst-Dieter, Ddr 8010 Dresden, Dd (Erfinder*in); Hausmann, Andrea, Ddr 8030 Dresden, Dd (Erfinder*in); Franke, Knut (Erfinder*in) et al.
Patent Nr.: DE4008472. Okt. 31, 1990.

Publikation: Schutzrecht/PatentPatent

Tscheuschner, Horst-Dieter, Ddr 8010 Dresden, D, Hausmann, Andrea, Ddr 8030 Dresden, D, Franke, K, Berkes, Klaus, Ddr 8060 Dresden, D, Foerster, H, Ritschel, G & Schebiella, Georg, Ddr 8312 Heidenau, D Okt.. 31 1990, Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen, Patent Nr. DE4008472.
Tscheuschner, Horst-Dieter, Ddr 8010 Dresden, D., Hausmann, Andrea, Ddr 8030 Dresden, D., Franke, K., Berkes, Klaus, Ddr 8060 Dresden, D., Foerster, H., Ritschel, G., & Schebiella, Georg, Ddr 8312 Heidenau, D. (1990). Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen. (Patent Nr. DE4008472).
Tscheuschner, Horst-Dieter, Ddr 8010 Dresden D, Hausmann, Andrea, Ddr 8030 Dresden D, Franke K, Berkes, Klaus, Ddr 8060 Dresden D, Foerster H, Ritschel G et al., Erfinder/-innen. Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen. DE4008472. 1990 Okt 31.
Tscheuschner, Horst-Dieter, Ddr 8010 Dresden, Dd (Erfinder*in) ; Hausmann, Andrea, Ddr 8030 Dresden, Dd (Erfinder*in) ; Franke, Knut (Erfinder*in) et al. / Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen. Patent Nr.: DE4008472. Okt. 31, 1990.
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title = "Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen",
abstract = "The device consists of a stationary cylindrical casing with internal vanes, inside which is a rotor also fitted with vanes. The prod. passes through the casing and is processed by the action of the moving and stationary vanes. It is proposed that: - the dia. of the rotor is reduced in the area near the inlet to the casing, - the largest dia. of the rotor is between 70 - 95% of the dia. of the casing, - the smallest dia. of the rotor is between 30 - 70% of the dia. of the casing, and - the rotor vanes are arranged at an adjustable angle to the axis of the rotor. One or more steps in rotor dia. may be used between the largest and smallest rotor dia. and the length over which the rotor dia. changes is at least one sixth of the total rotor length. The rotor dia. increases steadily from the smallest to the largest dia. or between the steps in dia. where these exist. USE/ADVANTAGE - Process is used )in the treatment of dispersions of solid particles in fatty suspensions, such as chocolate products, in order to improve their flow characteristics and their ease of handling in further manufacturing stages. The intensity and duration of the shearing treatment to which the product is subjected is made more uniform, and its suitability for further processing is maximised.",
author = "{Tscheuschner, Horst-Dieter, Ddr 8010 Dresden}, Dd and {Hausmann, Andrea, Ddr 8030 Dresden}, Dd and Knut Franke and {Berkes, Klaus, Ddr 8060 Dresden}, Dd and Helmut Foerster and Guenter Ritschel and {Schebiella, Georg, Ddr 8312 Heidenau}, Dd",
year = "1990",
month = oct,
day = "31",
language = "Deutsch",
type = "Patent",
note = "DE4008472; B02C 17/ 16 A I",

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Download

TY - PAT

T1 - Strukturwandler zur kontinuierlichen Bearbeitung von Dispersionen

AU - Tscheuschner, Horst-Dieter, Ddr 8010 Dresden, Dd

AU - Hausmann, Andrea, Ddr 8030 Dresden, Dd

AU - Franke, Knut

AU - Berkes, Klaus, Ddr 8060 Dresden, Dd

AU - Foerster, Helmut

AU - Ritschel, Guenter

AU - Schebiella, Georg, Ddr 8312 Heidenau, Dd

PY - 1990/10/31

Y1 - 1990/10/31

N2 - The device consists of a stationary cylindrical casing with internal vanes, inside which is a rotor also fitted with vanes. The prod. passes through the casing and is processed by the action of the moving and stationary vanes. It is proposed that: - the dia. of the rotor is reduced in the area near the inlet to the casing, - the largest dia. of the rotor is between 70 - 95% of the dia. of the casing, - the smallest dia. of the rotor is between 30 - 70% of the dia. of the casing, and - the rotor vanes are arranged at an adjustable angle to the axis of the rotor. One or more steps in rotor dia. may be used between the largest and smallest rotor dia. and the length over which the rotor dia. changes is at least one sixth of the total rotor length. The rotor dia. increases steadily from the smallest to the largest dia. or between the steps in dia. where these exist. USE/ADVANTAGE - Process is used )in the treatment of dispersions of solid particles in fatty suspensions, such as chocolate products, in order to improve their flow characteristics and their ease of handling in further manufacturing stages. The intensity and duration of the shearing treatment to which the product is subjected is made more uniform, and its suitability for further processing is maximised.

AB - The device consists of a stationary cylindrical casing with internal vanes, inside which is a rotor also fitted with vanes. The prod. passes through the casing and is processed by the action of the moving and stationary vanes. It is proposed that: - the dia. of the rotor is reduced in the area near the inlet to the casing, - the largest dia. of the rotor is between 70 - 95% of the dia. of the casing, - the smallest dia. of the rotor is between 30 - 70% of the dia. of the casing, and - the rotor vanes are arranged at an adjustable angle to the axis of the rotor. One or more steps in rotor dia. may be used between the largest and smallest rotor dia. and the length over which the rotor dia. changes is at least one sixth of the total rotor length. The rotor dia. increases steadily from the smallest to the largest dia. or between the steps in dia. where these exist. USE/ADVANTAGE - Process is used )in the treatment of dispersions of solid particles in fatty suspensions, such as chocolate products, in order to improve their flow characteristics and their ease of handling in further manufacturing stages. The intensity and duration of the shearing treatment to which the product is subjected is made more uniform, and its suitability for further processing is maximised.

M3 - Patent

M1 - DE4008472

ER -

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