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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
1	JPS6356131B2 -	JP2387183	1983-02-17	JPS6356131B2	1988-11-07	HANSUUYOAHIMU KAADEINARU

2	Device for automatically taking custody and extracting article	JP1105782	1982-01-28	JPS57141315A	1982-09-01	PIEERU RUNE DOWAARU

3	JPS49110083A -	JP1033974	1974-01-25	JPS49110083A	1974-10-19

4	JPH03504231A -	JP50563389	1989-05-19	JPH03504231A	1991-09-19

5	Pneumatic carrier device	JP6117282	1982-04-14	JPS57180524A	1982-11-06	BUERUNERU BUYUUTORIHI

6	JPS5528975B2 -	JP10833273	1973-09-26	JPS5528975B2	1980-07-31

7	JPS5440836B2 -	JP5220678	1978-04-28	JPS5440836B2	1979-12-05

8	JPS4970387A -	JP10646373	1973-09-20	JPS4970387A	1974-07-08

9	Pneumatic tube system and blower assembly	JP53448497	1997-03-19	JP2000507538A	2000-06-20	ビー．アルバート、モートン; エル．ウィルヘルム、ケネス; ジェイ．グロスウィラー、レオ; エイ．ディピエトロ、マーク; ジェイ．ベック、ロバート
(57)【要約】気送管システム（１０）用のブロワアセンブリ（１００）は、内部空洞（１０６）及び内部空洞に連通する第１外部ポート（１５２）及び第２外部ポート（１５４）を有するハウジング（１０２，１０４）を備えている。第１及び第２側を有する可動板（１１２）が、空洞を２つの分離された室に分割している。真空端（２１２）及び加圧端（２１４）を有するブロワ（１１０）が、真空端（２１２）が第１側に、加圧端（２１４）が第２側になるように、板（１１２）に装着されている。ブロワ（１１０）は、運転時に第１側に真空室を形成し、第２側に加圧室を形成する。板（１１２）に取り付けられた駆動アセンブリ（２２２）が、板（１１２）を加圧室が第１ポート（１５２）に連通するとともに、真空室が第２ポート（１５４）に連通する第１の位置と、加圧室が第２ポート（１５４）に連通するとともに、真空室が第１ポート（１５２）に連通する第２の位置との間で移動させる。
10	JPS604094B2 -	JP16070881	1981-10-08	JPS604094B2	1985-02-01	HERUBERUTO BERUTOROTSUPU; YOOZEFU TOITENBERUGU

11	Pneumatic carrier facility	JP2387183	1983-02-17	JPS58157640A	1983-09-19	HANSUUYOAHIMU KAADEINARU

12	Conveying system in pneumatic pressure pipe	JP10126982	1982-06-12	JPS582125A	1983-01-07	KURAUSU TETSUSHIYU

13	Pneumatic carrier device for sample of minute substance	JP16070881	1981-10-08	JPS5790320A	1982-06-05	HERUBERUTO BERUTOROTSUPU; YOOZEFU TOITENBERUGU

14	Pnumaticcsendinggpipe system for quickly sending samples of minute materials	JP5220678	1978-04-28	JPS53145283A	1978-12-18	HERUBERUTO BERUTOROTSUPU; YOOZEFU TOITENBERUGU; MANFURETSUTO HIRUBITSUHI

15	JPS5012779A -	JP4039174	1974-04-09	JPS5012779A	1975-02-10

16	JPS4971682A -	JP10833273	1973-09-26	JPS4971682A	1974-07-11

17	Parenteral products automation system (PPAS)	US513569	1995-08-10	US5805454A	1998-09-08	Fred M. Valerino, Sr.; Drew Sweetak; Joel Osborne
The invention relates to a four-step automated system for the transportation, through a pneumatic tube system or a robotics transfer system, of pharmaceutical products to any location within a hospital. The system comprises an input queue, a dispensing apparatus comprising a robot device and a number of stations from which the robot device works, an inspection station, and a transportation system. A computer interface provides bi-directional communication between analytical instruments, robots and peripheral devices and a computer. The robot employed by the system is responsive to computer commands and capable of performing mechanical functions including selection and retrieval of necessary item, and manipulation of retrieved items such that desired product is produced.
18	Pneumatic transmission system	US184209	1994-01-21	US5564868A	1996-10-15	Victor J. Vogel; Robert M. O'Connor; Robert D. Smith, Jr.
A pneumatic transmission system has a customer terminal, a teller terminal and a transmission tube connecting the terminals. A pair of blowers are disposed in the transmission tube. Each terminal has a slide gate which is operable to close the transmission tube, and a catch disposed below the gate which is operable to catch the pneumatic carrier. The carrier is transmitted from one terminal to the other terminal by opening the gate of the one terminal, closing the other gate of the other terminal, and energizing the blower remote from the one terminal, thereby creating a vacuum between the one blower and the carrier. The one blower is de-energized after the carrier has passed the one blower, and the carrier rides down on a cushion of air, coming to rest on the gate of the other terminal. The gate of the other terminal is then opened and the carrier drops downwardly onto the catch of the terminal. A controller and timer facilitate sequencing of the slide gates and blowers.
19	Pneumatic cash transfer systems and canisters for use therein	US603709	1990-11-16	US5092714A	1992-03-03	Alexander D. D. Porter; Avi Rosenthal
A pneumatic cash transfer system for use in banks and building societies to link a cashier station (1) to a remote teller assist unit (3) and a cash deposit box (4) in a separate secure area (5) comprises an air tube (6) extending between a tube terminal (7) at the cashier station and a tube terminal (8) in the secure area (5), and a cash carrying canister (10) movable pneumatically in the tube (6) between the two terminals (7, 8). The canister (10) is open at its side to permit insertion and removal of bank notes, and comprises a bank note holder (22) formed by a pair of spring-biassed clamping plates (23, 24) for holding bank notes firmly in the canister during travel in the tube (6). At the terminal (8) in the secure area (5) the holder (22) can be opened automatically to release notes to be deposited into the deposit box (4), and on closure of the holder it is ready to receive notes which are fed positively into the holder from the teller assist unit (3) for transmission to the cashier.
20	Pneumatic-tube conveying installation for samples of fine material	US303855	1981-09-21	US4466761A	1984-08-21	Herbert Beltrop; Josef Teutenberg
The invention relates to a pneumatic-tube conveying installation in which a tube section accommodating the sample carrier at the despatch and receiving stations is designed to be tilted into a filling or emptying position about an axis extending transversely of its longitudinal axis. A conveying installation such as this is distinguished by its particularly simple construction and operational reliability.

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