SI9600097A1 - Device for automatic wireless energy control by measuring temperature - Google Patents

Device for automatic wireless energy control by measuring temperature Download PDF

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Publication number
SI9600097A1
SI9600097A1 SI9600097A SI9600097A SI9600097A1 SI 9600097 A1 SI9600097 A1 SI 9600097A1 SI 9600097 A SI9600097 A SI 9600097A SI 9600097 A SI9600097 A SI 9600097A SI 9600097 A1 SI9600097 A1 SI 9600097A1
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Slovenia
Prior art keywords
sensor
control
temperature measurement
automatic wireless
energy
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SI9600097A
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Slovenian (sl)
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Albin Smrke
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Albin Smrke
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Priority to SI9600097A priority Critical patent/SI9600097A1/en
Priority to DE69613826T priority patent/DE69613826T2/en
Priority to CNB961930632A priority patent/CN1154804C/en
Priority to US08/930,840 priority patent/US5951900A/en
Priority to JP53025796A priority patent/JP3865404B2/en
Priority to AU50189/96A priority patent/AU5018996A/en
Priority to EP96906997A priority patent/EP0820573B1/en
Priority to PCT/SI1996/000008 priority patent/WO1996031739A1/en
Priority to RU97118228/03A priority patent/RU97118228A/en
Publication of SI9600097A1 publication Critical patent/SI9600097A1/en

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Abstract

Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature, prednostno na pokrovki posode, omogoča brezžčno selektivno reguliranje energije ali več energijskih izvorov s prepoznavanjem reguliranega energijskega izvora in na ta način nadzorovano pripravo hrane po predhodno pripravljenem programu. Naprava za avtomatsko brezžčno reguliranje energije s pomočjo merjenja temperature po izumu ima ločljivo nameščenega enega ali več prenosnih delov (20) na pokrovkah (21,21’,21 ”,...) posod (23,23’,23”...). Prenosni deli (20) so brezžično eno ali dvosmerno komunikacijsko povezani s centralnim elektronskim delom (22 oz. 22’), le-ta pa je brezžično dvosmerno komunikacijsko povezan s sprejemno-oddajnim delom (24 oz. 24’) regulacijskih delov (25, 25’) in preko njega z energijskimi izvori (26,26’,26”,...).Automatic wireless control unit energy through temperature measurement, preferably on the lid of the container, allows wireless selective regulating energy or multiple energy sources s recognizing regulated energy sources and controlled preparation of food in this way after the previous one prepared program. Automatic device wireless energy regulation through measurement the temperature according to the invention has a separately positioned one or more portable parts (20) on the covers (21.21 ', 21', ...) containers (23.23 ', 23' ...). Portable Parts (20) are wireless one- or two-way communication connected to the central electronic part (22 oz. 22 '), which is a wireless two-way communication connected to the transceiver part (24 or 24 ') control parts (25, 25 ') and through it with energy sources (26.26 ', 26', ...).

Description

NAPRAVA ZA AVTOMATSKO BREZŽIČNO REGULIRANJE ENERGIJE S POMOČJO MERJENJA TEMPERATUREAUTOMATIC WIRELESS POWER CONTROLLER WITH TEMPERATURE MEASUREMENT

Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature, prednostno na pokrovki posode, omogoča brezžično selektivno reguliranje energije enega ali več energijskih izvorov s prepoznavanjem reguliranega energijskega izvora in na ta način nadzorovano pripravo hrane po predhodno pripravljenem programu. Prijava je dopolnilna prijava k osnovni patentni prijavi Sl P-9500106. Izum spada v razred F 24C 07/08 in G 05D 23/00.An automatic wireless energy control device, by means of temperature measurement, preferably on the lid of the container, enables the wireless selective control of the energy of one or more energy sources by identifying a regulated energy source and thus controlling the preparation of food according to a pre-prepared program. The application is a supplementary application to the basic patent application Sl P-9500106. The invention belongs to class F 24C 07/08 and G 05D 23/00.

Tehnični problem, ki ga predložena naprava uspešno rešuje, je konstrukcija in izvedba naprave, ki bo omogočala predhodno nastavljivo in v procesu priprave hrane nadzorovano delovanje enega ali več energijskih izvorov, kot so električni, plinski, mikrovalovni ipd. grelci pri termični obdelavi hrane (kuhanje, pečenje, ipd.) v odvisnosti od spremembe temperature, merjene na pokrovki posode v kateri pripravljamo hrano.The technical problem that the presented device successfully solves is the design and implementation of the device, which will allow the previously adjustable and controlled operation of one or more energy sources, such as electrical, gas, microwave, etc., in the process of food preparation. heaters in the thermal treatment of food (cooking, baking, etc.), depending on the change in temperature measured on the lid of the container in which the food is prepared.

Znana je rešitev, ki je opisana v nemškem patentnem dokumentu DE 2909129, pri kateri poseben senzor, izdelan na pokrovki posode, io omogoča merjenje temperature na pokrovki in s kombinacijo ultrazvočnega oddajnika in sprejemnika ter merjenja časa omogoča reguliranje energije grelca. Problem, ki z omenjeno rešitvijo ni zadovoljivo rešen, je točnost regulacije ter zagotavljanje kontinuitete procesa, poleg tega pa je naprava uporabna samo za točno določeno energetsko mesto.There is a known solution described in German patent document DE 2909129, in which a special sensor, made on the lid of the container, io allows to measure the temperature on the lid, and by means of a combination of an ultrasonic transmitter and receiver, and to measure the time, it regulates the energy of the heater. The problem, which is not satisfactorily solved with the mentioned solution, is the accuracy of regulation and ensuring the continuity of the process, and the device is only applicable to a specific energy site.

V patentnem dokumentu DE 4422354 je opisana regulacija kuhanja s pomočjo infrardečega merjenja temperature posode. Za tovrstno regulacijo je pomembna vrsta posode, ki jo uporabljamo, poleg tega pa mora biti posebno obetana tudi sama grelna plošča.Patent Document DE 4422354 describes the regulation of cooking by means of infrared measurement of the temperature of the container. This type of regulation is important for the type of container used, and the heating plate itself must be particularly promising.

V patentnem dokumentu DE 3836099 je opisan sistem, pri katerem 20 posebna merilna sonda meri temperaturo znotraj kuhalne posode in na osnovi izmerjenih vrednosti krmili vezje, ki regulira dovod energije v ogrevno špiralo. Sistem omogoča kontroliranje samo točno določenega energetskega vira in ni uporaben pri večih, na krajših razdaljah nameščenih energetskih virov.DE 3836099 discloses a system in which a 20 special measuring probe measures the temperature inside the cooking vessel and controls the circuit that controls the supply of energy to the heating coil based on the measured values. The system allows control of only a specific energy source and is not applicable to multiple, shorter distances of installed energy sources.

Poleg omenjenih rešitev so zastavljen tehnični problem reševali s pomočjo posebnih, namensko konstruiranih kuhalnih posod, ki vključujejo tako senzorske kot energetske elemente in so namenjene nadzorovani pripravi hrane. Take rešitve so opisane npr. v dokumentih EP 343 325, EP 541 166, EP 520 565, EP 499 062. Vse rešitve niso univerzalno uporabne pri standardnih kuhalnih posodah in standardnih energetskih virih za termično obdelavo hrane.In addition to the aforementioned solutions, the technical problem was solved by means of special, purpose-built cooking vessels, which include both sensory and energy elements and are intended for the controlled preparation of food. Such solutions are described e.g. EP 343 325, EP 541 166, EP 520 565, EP 499 062. Not all solutions are universally applicable to standard cookware and standard energy sources for heat treatment of food.

io Obstaja tudi rešitev, ki je opisana v EP 619 567, pri kateri elektronski nadzorni sistem kuhalne plošče z večimi grelnimi elementi, ki je fizično ločen od same kuhalne plošče, omogoča brežično kontrolo dovajanja energije posameznim grelnim elementom in na ta način upravljanje s samo kuhalno ploščo. Sistem kot tak ne rešuje problema nadzorovane is priprave hrane na kuhalni plošči.io There is also a solution described in EP 619 567, in which the electronic control system of a hob with several heating elements, which is physically separated from the hob itself, enables the wireless control of the energy supply to the individual heating elements, thereby controlling the cooking zone itself plate. As such, the system does not solve the problem of food preparation controlled on the hob.

Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature po izumu je sestavljena iz prenosnega dela, ki je ločljivo nameščen na pokrovki posode in omogoča brezžično eno ali dvosmerno komunikacijsko povezavo s centralnim elektronskim delom, ki je brezžično ali preko hišne instalacije dvosmerno komunikacijsko povezan s sprejemno-oddajnim delom regulacijskega dela in preko njega z energijskim izvorom. V nadaljevanju je pri večih energijskih izvorih naprava opremljena z večimi enakimi prenosnimi deli, pri čemer centralni elektronski del ugotavlja lokacijo posameznega upravljanega mesta. Dvosmerna komunikacija med posameznimi elementi pomeni sprejemanje in oddajanje informacijskih in/ali izvršilnih signalov.The device for automatic wireless energy regulation by means of temperature measurement according to the invention consists of a portable part, which is detachably mounted on the lid of the container and enables wireless one or two-way communication connection with a central electronic part, which is connected wirelessly or via a home installation to a receiving -the transmission part of the control part and through it with the energy source. In the following, for several energy sources, the device is equipped with several identical portable parts, with the central electronic portion determining the location of each managed site. Two-way communication between elements means receiving and transmitting information and / or executive signals.

Napravo za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature po izumu bomo podrobneje obrazložili na osnovi izvedbenega primera in slik, od katerih kaže:The device for automatic wireless energy regulation by means of temperature measurement according to the invention will be explained in more detail on the basis of an embodiment and figures, of which:

slika 1 shematski prikaz namestitve delov naprave po izumu pri enem energetskem izvoru ;Figure 1 is a schematic view of the installation of parts of the device according to the invention at one energy source;

slika 2 shematski prikaz namestitve delov naprave pri večih io energetskih izvorih;Figure 2 is a schematic view of the installation of the parts of the device at multiple io energy sources;

slika 3 izvedbeni primer naprave po izumu in povezavi centralnega elektronskega dela in regulacijskega dela preko hišnega instalacijskega omrežja;3 is an embodiment of a device according to the invention and a connection of a central electronic part and a control part via a home installation network;

slika 4 izvedba prenosnega dela naprave po izumu kot is univerzalne elektronske upravljalne enote.Fig. 4 is an embodiment of the portable part of the device according to the invention as from the universal electronic control unit.

Napravo za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature po izumu, ki je prikazana na sliki 1 sestavljajo prenosni del 20, ki je ločljivo nameščen na pokrovki 21 kuhalne posodeThe device for automatic wireless energy regulation by means of temperature measurement according to the invention shown in Fig. 1 consists of a portable part 20 which is detachably mounted on the lid 21 of the cooking vessel

23. Prenosni del 20 vsebuje poleg temperaturnega senzorja na samem prenosnem delu še ročno ali preko brezžičnega signala upravljano programabilno elektronsko vezje za sprejemanje, oddajanje in obdelavo podatkov ter elemente za komunikacijo z ostalimi deli naprave po izumu ali prenosnimi deli 20 med seboj. Centralni elektronski del 22 je na eni strani brezžično povezan s prenosnim delom 20 na drugi pa je dvosmerno povezan s sprejemno-oddajnim delom 24 regulacijskega dela 25 in preko njega z energijskim izvorom 26. Centralni elektronski del 22 naprave po s izumu omogoča brezžični sprejem signalov iz prenosnega dela 20 in oddajanje signalov prenosnemu dela 20, oddajanje signalov sprejemnooddajnemu delu 24 in sprejemanje njegovih signalov, kakor tudi programabilno nastavljanje temperaturnih in časovnih konstant za posamezno operacijo obdelave živil. Na ta način je omogočeno io nastavljanje posameznega procesa toplotne obdelave živil, njegovo nadzorovanje in upravljanje v smislu reguliranja energijskega izvora 26 s pomočjo podatkov iz prenosnega dela 20, centralnega elektronskega dela in podatkov, ki jih sprejema od sprejemno-oddajnega dela 24 regulacijskega dela 25.23. In addition to the temperature sensor, the portable portion 20 comprises a programmable electronic circuit for receiving, transmitting and processing data, as well as elements for communication with other parts of the device according to the invention or portable portions 20, with each other manually or via a wireless signal. The central electronic portion 22 is, on the one hand, connected wirelessly to the transmission part 20 on the other, and is bidirectionally connected to the receiving and transmitting portion 24 of the control portion 25 and via it to the energy source 26. The central electronic portion 22 of the device according to the invention enables wireless reception of signals from portable part 20 and signal transmission to portable part 20, transmitting signals to the receiving and transmitting part 24 and receiving its signals, as well as programmable temperature and time constants for each food processing operation. In this way, it is also possible to adjust the individual process of food processing, to control and control it in terms of regulating the energy source 26 by means of data from the transmission part 20, the central electronic part and the data received from the receiving and transmitting part 24 of the control part 25.

Pri večih energijskih izvorih 26’, 26”, ... je naprava po izumu prikazana na sliki 2 in sestavljena iz večih enakih prenosnih delov 20 in centralnega elektronskega dela 22’, ki lahko ugotavlja lokacijo posameznega upravljanega mesta. Tako so na pokrovkah 21’,21”, ... kuhalnih posod 23’,23”, ... prenosni deli 20, ki dvosmerno komunicirajo med seboj in s centralnim elektronskim delom 22’, le-ta pa s pomočjo določenega programskega algoritma ugotavlja položaj energijskega izvora na katerem je posoda z določenim prenosnim delom 20. Centralni elektronski del 22’ dvosmerno komunicira s sprejemno-oddajnim delom 24’ regulacijskega dela 25’ ta pa s posameznimi energijskimi izvori 26’,26”...In the case of multiple energy sources 26 ', 26', ..., the device according to the invention is shown in Figure 2 and consists of several identical portable parts 20 and a central electronic portion 22 'that can determine the location of each controlled site. Thus, the covers 21 ', 21', ... of the cooking vessels 23 ', 23', ... are portable parts 20 which communicate in a bidirectional manner with each other and with the central electronic part 22 ', which are by means of a certain software algorithm determines the position of the energy source on which the container is with a specific transmission part 20. The central electronic part 22 'communicates bidirectionally with the transceiver part 24' of the control part 25 'and with the individual energy sources 26', 26 '...

Na sliki 3 je prikazan izvedbeni primer naprave po izumu in povezavi centralnega elektronskega dela 22 in sprejemno-oddajnega dela 24 regulacijskega dela 25 preko hišnega instalacijskega omrežja. V tem primeru je v napravo po izumu vključeno tudi vezje 27, ki ga sestavljata vmesnika 27a in 27b, ki omogočata dvosmeren prenos signalov preko hišnega 220V instalacijskega omrežja.Figure 3 shows an embodiment of a device according to the invention and connection of a central electronic part 22 and a transceiver portion 24 of the control part 25 via a home installation network. In this case, the device of the invention also includes a circuit 27 consisting of interfaces 27a and 27b that allow bidirectional transmission of signals over the home 220V installation network.

Slika 4 prikazuje izvedbo prenosnega dela 20 naprave po izumu kot io univerzalne elektronske upravljalne enote 28. V tem izvedbenem primeru je univerzalna elektronska upravljalna enota 28 sestavljena iz upravljalnega dela 29, sprejemnega dela 30, oddajnega dela 31, senzorskega dela 32 in napajalnega dela 33.Figure 4 shows an embodiment of the transmission part 20 of the device according to the invention as well as of the universal electronic control unit 28. In this embodiment, the universal electronic control unit 28 consists of a control part 29, a receiving part 30, a transmitter part 31, a sensor part 32 and a power part 33.

Upravljalni del 29 predstavlja programabilni mikroprocesorski element z is alternativno dodanim elementom 29’ za ročni vnos podatkov (npr. tipkovnico), ki obdeluje dobljene signale iz elementa 29a, sprejemnega dela 30 in senzorskega dela 32 in jih obdelane preko oddajnega dela 31 brezžično pošilja centralnemu elektronskemu delu 22 oz. 22’ ali regulacijskim delom 25,25’ energijskih izvorov 26,26',26”,...The control part 29 is a programmable microprocessor element with an alternatively added element 29 'for manual data input (eg, a keyboard) that processes the received signals from the element 29a, the receiving part 30 and the sensor part 32 and transmits them wirelessly to the central electronic part 22 oz. 22 'or control part 25,25' energy sources 26,26 ', 26', ...

V odvisnosti od lastnosti vgrajenega senzorskega dela 32 lahko postane univerzalna elektronska upravljalna enota 28 univerzalni regulator raznih procesov v bivalnem okolju. Razen temperaturnega senzorskega dela 32 je v univerzalni elektronsko upravljalni enoti 28 lahko vgrajen še senzor za vlago, senzor za dim, senzor za premikanje in katerikoli poznani senzor, ki registrira spremembo stanja.Depending on the characteristics of the built-in sensor portion 32, the universal electronic control unit 28 may become a universal controller of various processes in the living environment. In addition to the temperature sensor portion 32, a humidity sensor, a smoke sensor, a displacement sensor and any known sensor that registers a change of condition may be installed in the universal electronic control unit 28.

Pri namestitvi univerzalne elektronske upravljalne enote 28 na hladilnik tako, da je senzor 32 nameščen v hladilnem prostoru, regulira enota 28 s žeijeno funkcijo temperature hlajenja in upravlja z energijo hladilnika preko oddajnega dela 31. S senzorjem 32 za vlago je upravljalna enota 28 lahko nameščena na kuhinjski napi, na elektromagnetnem ventilu za vodo pa prepreči morebitno poplavo, svetlobni senzor 32 regulira luči, temperaturni senzor 32 regulira klima napravo ali gretje. Upravljalna enota io 28 se s senzorjem za gibanje spremeni v alarmno napravo, z mikrofonom pa v napravo za kontrolo otroške sobe.When installing the universal electronic control unit 28 on the refrigerator so that the sensor 32 is located in the cooling compartment, it regulates the unit 28 with a thirsty function of the cooling temperature and controls the energy of the refrigerator via the transmitter 31. With the moisture sensor 32, the control unit 28 can be mounted on kitchen hoods, while preventing possible flooding on the water solenoid valve, light sensor 32 regulates lights, temperature sensor 32 regulates air conditioning or heating. The io 28 control unit changes with the motion sensor into an alarm device and a microphone into a child control unit.

Takšna naprava komunicira s centralnim elektronskim delom 22 oz. 22’ brezžično dvosmerno ali s pomočjo regulacijskega dela 25 preko hišnega instalacijskega omrežja.Such a device communicates with the central electronic part 22 or. 22 'wirelessly bidirectional or via control portion 25 via the home installation network.

is V tem primeru lahko centralni elektronski del 22 oz. 22’ postane inteligentna skupna naprava, ki upravlja vse procese v hiši.is In this case, the central electronic part 22 or. 22 'becomes an intelligent shared device that manages all the processes in the house.

Za:For:

SMRKE AlbinSMRKE Albin

Claims (7)

PATENTNI ZAHTEVKIPATENT APPLICATIONS 5 1. Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature, označena s tem, da je ločljivo nameščen prenosni del (20) na pokrovki (21) posode (23) brezžično eno ali dvosmerno komunikacijsko povezan s io centralnim elektronskim delom (22), ki je brezžično dvosmerno komunikacijsko povezan s sprejemno-oddajnim delom (24) regulacijskega dela (25) in preko njega z energijskim izvorom (26).1. Automatic wireless energy control device by means of a temperature measurement, characterized in that a removably mounted portable part (20) on the lid (21) of the receptacle (23) is connected wirelessly one or two-way to the io central electronic part (22). , which is wirelessly two-way communicatively connected to the transceiver portion (24) of the control portion (25) and through it to the energy source (26). 2. Naprava za avtomatsko brezžično reguliranje energije s pomočjo2. Automatic wireless power assisted assist device 15 merjenja temperature po zahtevku 1, označena s tem, da so ločljivo nameščeni prenosni deli (20) na pokrovkah (21’,21”, ...) posod (23’,23”,...) brezžično eno ali dvosmerno komunikacijsko povezani s centralnim elektronskim delom (22’), ki je brezžičnoTemperature measurement according to claim 1, characterized in that the portable parts (20) are mounted on the covers (21 ', 21', ...) of the containers (23 ', 23', ...) wirelessly in one or two-way communication connected to a central electronic portion (22 ') which is wireless 20 dvosmerno komunikacijsko povezan s sprejemno-oddajnim delom (24’) regulacijskega dela (25’) in preko njega z energijskimi izvori (26’,26”,...).20 two-way communication connected to the transceiver part (24 ') of the control part (25') and through it to the energy sources (26 ', 26', ...). 3. Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature po zahtevku 2, označena s tem, da je katerikoli prenosni del (20) preko centralnega elektronskega 5 dela (22’) povezan preko sprejemno-oddajnega dela (24’) regulacijskega dela (25’) s katerikolim energijskim izvorom (26’, 26’’, ··)Automatic wireless energy control device by means of temperature measurement according to claim 2, characterized in that any transmission part (20) is connected via a central electronic 5 part (22 ') via a transceiver (24') of the control part (24). 25 ') with any energy source (26', 26 '', ··) 4. Naprava za avtomatsko brezžično reguliranje energije s pomočjo io merjenja temperature po zahtevkih od 1 do 3, označena s tem, da je centralni elektronski del (22 oz. 22’) in sprejemno-oddajni del (24 oz. 24’) regulacijskega dela (25 oz. 25’) povezan preko vezja (27), ki vsebuje vmesnika (27a,27b).Device for automatic wireless energy regulation by means of io temperature measurement according to claims 1 to 3, characterized in that the central electronic part (22 and 22 ') and the transceiver part (24 and 24' respectively) of the control part (25 and 25 ') connected via a circuit (27) containing an interface (27a, 27b). 5. Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature po zahtevkih od 1 do 3, označena s tem, da so prenosni deli (20) med seboj in s centralnim elektronskim 20 delom (22 oz. 22’) in sprejemno-oddajnimi deli (24 oz. 24’) regulacijskih delov (25 oz. 25’) povezani preko vezja (27), ki vsebuje vmesnika (27a,27b).Device for automatic wireless energy regulation by means of temperature measurement according to claims 1 to 3, characterized in that the portable parts (20) are interconnected and with the central electronic 20 part (22 and 22 ') and the transceiver parts respectively (24 and 24 ') of the control parts (25 and 25') are connected via a circuit (27) containing an interface (27a, 27b). 6. Naprava za avtomatsko brezžično reguliranje energije s pomočjo merjenja temperature po zahtevkih od 1 do 5, označena s tem,Device for automatic wireless energy regulation by means of temperature measurement according to claims 1 to 5, characterized in 5 da univerzalno elektronsko upravljalno enoto (28) sestavljajo upravljalni del (29), sprejemni del (30), oddajni del (31), senzorski del (32) in napajalni del (33).5 that the universal electronic control unit (28) consists of a control part (29), a receiving part (30), a transmitter part (31), a sensor part (32) and a power part (33). 7. Naprava za avtomatsko brezžično reguliranje energije s pomočjo io merjenja temperature po zahtevkih od 1 do 5, označena s tem, da je senzor (32) temperaturni senzor, senzor za vlago, svetlobni senzor, senzor za dim, senzor za spremembo stanja, senzor za gibanje ali mikrofon.Device for automatic wireless energy regulation by means of io temperature measurement according to claims 1 to 5, characterized in that the sensor (32) is a temperature sensor, a humidity sensor, a light sensor, a smoke sensor, a state change sensor, a sensor for movement or microphone.
SI9600097A 1995-04-04 1996-03-22 Device for automatic wireless energy control by measuring temperature SI9600097A1 (en)

Priority Applications (9)

Application Number Priority Date Filing Date Title
SI9600097A SI9600097A1 (en) 1996-03-22 1996-03-22 Device for automatic wireless energy control by measuring temperature
DE69613826T DE69613826T2 (en) 1995-04-04 1996-04-04 AUTOMATIC POWER CONTROL UNIT BASED ON TEMPERATURE MEASUREMENTS
CNB961930632A CN1154804C (en) 1995-04-04 1996-04-04 Automatic temperature measurement based power control device
US08/930,840 US5951900A (en) 1995-04-04 1996-04-04 Automatic temperature measurement based power control device
JP53025796A JP3865404B2 (en) 1995-04-04 1996-04-04 Power control device by automatic measurement
AU50189/96A AU5018996A (en) 1995-04-04 1996-04-04 Automatic temperature measurement based power control device
EP96906997A EP0820573B1 (en) 1995-04-04 1996-04-04 Automatic temperature measurement based power control device
PCT/SI1996/000008 WO1996031739A1 (en) 1995-04-04 1996-04-04 Automatic temperature measurement based power control device
RU97118228/03A RU97118228A (en) 1995-04-04 1996-04-04 AUTOMATIC TEMPERATURE CONTROL DEVICE BASED ON POWER CONTROL

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SI9600097A SI9600097A1 (en) 1996-03-22 1996-03-22 Device for automatic wireless energy control by measuring temperature

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SI9600097A1 true SI9600097A1 (en) 1997-10-31

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SI9600097A SI9600097A1 (en) 1995-04-04 1996-03-22 Device for automatic wireless energy control by measuring temperature

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