Review of patents in Europe, Japan, and the U.S. (1993-1994)

Journal of Enhanced Heat Transfer

Volumn 3, Issue 1, 1996, Pages 1-13

  Menze, Klaus W ^a  

^a NONE

Author keywords

Enhanced heat transfer; Patents

Indexed keywords

EID: 5844384331     PISSN: 10655131     EISSN: None     Source Type: Journal    
DOI: 10.1615/JEnhHeatTransf.v3.i1.10     Document Type: Review

References (45)

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2. Blomgren et al., 1994. Brazed plate heat exchanger, EP-0527875 (patent spec.), Alfa-Laval Thermal AB, Sweden.
3. Böttcher et al., 1993. Heat exchanger module, EP-0571881 (patent appl.), Hoechst CeramTec AG, Germany.
4. Chiang et al., 1993. Heat exchanger lube, EP-0559599 (patent appl.), Carrier Corp., USA.
5. Chiang et al., 1994. Heat exchanger tube, US-5332034, Carrier Corp., USA.
6. Collings et al., 1994. Jet impingement heat exchanger, US-5329994, Sundstrand Corp., USA.
7. Czolkoss, 1993. Method and device for measuring the cooling water velocity in a heat exchanger for testing the cleaning effectiveness of cleaning bodies, EP-0551936 (patent appl.), Taprogge GmbH, Germany.
8. Drosdziok et al., 1992. Operational monitoring of a condenser with tubes with measurements at selected tubes, WO 92/08089 (patent appl.), Siemens AG, Germany.
9. Edelstein et al., 1993. Large capacity re-entrant groove heat pipe, US-5219021, Grumman Aerospace Corp., USA.
10. Eimer et al., 1993. Method and device for monitoring the efficiency of a condenser, US-5255977, Taprogge GmbH, Germany.
11. Faghri, 1993. Centrifugal heat pipe vapor absorption heat pump, US-5201196, Wright State University, USA.
12. Ganz et al., 1994a. Permeable structure, DE-4238192 (patent spec.), Hoechst CeramTec AG, Germany.
13. Ganz et al., 1994b. Permeable structure, DE-4238191 (patent spec.), Hoechst CeramTec AG, Germany.
14. Inui et al., 1992. Heat transfer tube for heat exchanger, JP-4-263792 (patent spec.), Hitachi Cable Ltd., Japan.
15. Ishida et al., 1992. Structure of heat transfer pipe for boiling, JP-4369391 (patent spec.), Kobe Steel Ltd., Japan.
16. Ishikawa, 1992. Heat transfer tube for heat exchanger and manufacture thereof, JP-4-313691 (patent spec.), Kobe Steel Ltd., Japan.
17. Kawabata et al., 1993a. Heat exchanger, JP-5-106984 (patent spec.), Daikin Industries, Ltd., Japan.
18. Kawabata et al., 1993b. Heat exchanger, JP-5-118782 (patent spec.), Daikin Industries, Ltd., Japan.
19. Kawabata et al., 1994a. Heat exchanger and manufacture there of, JP-6-18186 (patent spec.), Daikin Industries, Ltd., Japan.
20. Kawabata et al., 1994b. Heat exchanger, JP-6-11287 (patent spec.), Daikin Industries, Ltd., Japan.
21. Kido, 1993a. Boiling heat transfer tube, JP-5-10695 (patent spec.), Matsushita Refrigeration Co., Ltd., Japan.
22. Kido, 1993b. Boiling heat transfer surface. JP-5-172484 (patent spec.), Matsushita Refrigeration Co., Ltd., Japan.
23. Kogashiwa et al., 1994. Heat exchanger tube, JP-6-147784 (patent spec.), Matsushita Refrigeration. Co., Ltd., Japan.
24. Kriegsmann, 1993. Metaltube for cooling of viscous fluids, DE 4141240 (patent spec.), Wieland-Werke AG, Germany.
25. Liu et al., 1994. Heat exchanger tube, US-5333682, Carrier Corp., USA.
26. Masukawa et al., 1993a. Heat transfer tubes and method for manufacturing, US-5259448, Mitsubishi Shindoh Co., Ltd., Japan.
27. Masukawa et al., 1993b. Heat transfer tube with inner surface groove and manufacture thereof, Jp-5-79781 (patent spec.), Mitsubishi Shindoh Co., Ltd., Japan.
28. Masukawa et al., 1993 c. Heat transfer tube with inner surface groove and manufacture thereof, JP-5-106991 (patent spec.), Mitsubishi Shindoh Co., Ltd., Japan.
29. Masukawa et al., 1993d. Heat transfer tube with inner surface groove, JP-5-79782 (patent spec.), Mitsubishi Shindoh Co., Ltd., Japan.
30. Menze et al., 1994. Surface for spray evaporators, EP-0607839 (patent appl.,), Wieland-Werke AG, Germany.
31. Messant et al., 1994. Grooved tubes for heat exchangers used in air conditioning and cooling apparatuses and corresponding exchangers, WO94/29661, Trefimetaux, France.
32. Mizuno et al., 1992. Heat transfer tube with inner surface groove, JP-4-302999 (patent spec.), Sumitomo Light Metal Ind., Ltd., EP-0485194 (patent spec.), Star Refrigeration Ltd., Great Britain.
33. Ryan, 1993. Enhanced serrated fin for fin tube, US-5240070, Fintube Limited Partnership, USA.
34. Sato, 1993. Heat transfer tube for condenser, JP-5-10696 (patent spec.), Sumitomo Light Metal Ind., Ltd., Japan.
35. Schmidt et al., 1994. Production method for heat exchanger tubes, EP-0303074 (patent spec.), KM-Schmöle GmbH, Germany.
36. Sen et al., 1994. Process and apparatus for enhancing in-tube heat transfer by chaotic mixing, US-5311932, Gas Research Institute, USA.
37. Shizutani et al., 1993. Manufacture of heat transfer tube, JP-5-172492 (patent spec.), Hitachi Ltd., Japan.
38. Sukumoda et al., 1994. Heat exchanger tube with grooved international wall, JP-6-101985 (patent spec.), Mitsubishi Shindoh Co., Ltd., Japan.
39. Takahashi, 1993a. Condensing heat transfer tube, JP-5-223480(patent spec.), Kobe Steel Ltd., Japan.
40. Takahashi, 1993b. Condensing heat transfer tube, J P-5-231790 (patent spec.), Kobe Steel Ltd., Japan.
41. Takahashi et al., 1994. Heat transfer tube for heat exchanger, JP-6-147786 (patent spec.), Kobe Steel Ltd., Japan.
42. Tanaka et al. 1993. Heat exchanger, JP-5-231788 (patent spec.), Daikin Industries, Ltd., Japan.
43. Teramae, 1994. Heat exchanger, manufacture thereof, and connecting method for conduit to metal wire material, JP-6-50689 (patent spec.), Sharp Corp., Japan.
44. Yamamoto et al., 1994. Heat-transfer small size tube and method of manufacturing the same, EP-0499257 (patent spec.), The Furukawa Electric Co., Ltd., Japan.
45. Zohler, 1994. High performance heat transfer surface for high pressure refrigerants, EP-0483047 (patent spec.), Carrier Corp., USA.