TH46140B - Compressor memory system Compressor Information Network And how to manage the warranty - Google Patents

Abstract

DC60 Compressor memory system consists of a compressor with a non-negative memory. Fuzzy one, connected to the module The module has a processor. And the second non-volatile memory A non-volatile memory that one has been associated with a compressor. The module is highly attached It is selected with the compressor. And the processor has been built into an accessibility configuration. First and second non-volatile memory The compressor has a non-volatile memory that stores compressor-related production data. The compressor information network consists of remote modules that can be operated in Communication with a number of local modules A specific module that each module contains a processor. And one non-volatile memory that has been associated with the processor. The processor communicates with one non-volatile memory. And the second non-volatile memory that has been made Relative to the compressor The remote module contains a database of duplicated information. From the second non-volatile memory Warranty Management Methods Provides warranty for compressors with non-volatile memory, accepting claims under warranty. Verification of data stored in non-volatile memory and responding to claims based on audits. The compressor memory system consists of a compressor with non-negative memory. Fuzzy one, connected to the module The module has a processor. And the second non-volatile memory A non-volatile memory that one has been associated with a compressor. The module is highly attached It is selected with the compressor. And processor It has been built into the accessibility configuration. First and second non-volatile memory The compressor has a non-volatile memory that stores the compressor-related production data. The compressor network contains remote modules that can be operated in Communication with a number of local suction modules A specific module that each module contains a processor. And one non-volatile memory that has been associated with the processor. The processor communicates with one non-volatile memory. And the second non-volatile memory that has been made Relative to the compressor The remote module contains a database of duplicated information. From the second non-volatile memory Warranty Management Methods Provides warranty for compressors with non-volatile memory, accepting claims under warranty. Verification of data stored in non-volatile memory and responding to claims based on audits.

Claims (6)

1.The system consists of a compressor with one non-volatile memory connected to a module, which has a processor. And the second non-volatile memory Where memory is not One such fade has been correlated with the aforementioned compressor. The module has been Selectively attached to the said compressor And the said processor Has been built in Configuration for access to the aforementioned first and second non-volatile memory 2. System of claim 1, in which the first and second non-volatile memory is embedded in The frasers said. Or attached to the said compressor in the anti-peel housing. Proceed 3. The system of claim No. 1 is further integrated with the connector block attached to the Such compressors to allow an electrical connection between the interior and exterior of the The compressor, where one of the non-volatile memory is embedded within the block. 4. The system of Clause 1 also includes an RFID device consisting of One such non-volatile memory 5. System of claim 1, where one such non-volatile memory stores specific information. Of the compressor including at least one information of Compressor model type information Compressor serial number information Compressor capability information Compressors' coefficient data including associated constant numerical values Together with the aforementioned compressor And is used to calculate the operating data of the compressor. 6. System of claim 1, where the non-volatile memory at one above stores specific information. Of the compressor including at least one information of Compressor Billing Information Compressor production flow sequence data Compressor production date information Compressor factory information Compressor manufacturing change data Compressor assembly line information Compressor reviewer information 7. System of claim 1, where the first non-volatile memory stores specific information. Of the compressor including at least one information of Compressor post-performance ratio data Initial data at low voltage of the compressor. Compressor power data Compressor maximum current data Compressor refrigerant flow data 8. System of claim 1, where the first nonvolatile memory stores specific information. Of the compressor including at least one information of Compressor installation location information Compressor installation date information Compressor installer information Information where to buy compressors 9. System of claim 1, where one such non-volatile memory stores specific information. Of the compressor including at least one information of Compressor repair date information Compressor repair type information Compressor repair part information Technician information is available for Compressor 1 0. System of claim 1, where one such non-volatile memory stores specific information. Of the compressor including at least one information of Suction pressure data Release pressure information Suction temperature data Emission side temperature data Electric current data Voltage data Ambient temperature data Compressor motor temperature data Compression part temperature data Compressor liner temperature data Lubricant temperature data Compressor Control Information 1 1. System of claim 1, where one such non-volatile memory stores system information. Cooling that includes at least one data of Condenser temperature data Evaporator temperature data 1 2. System of claim 1, where one such non-volatile memory stores historical data. Compressor Fault 1 3. The system of claim 1 includes further communication equipment connected to the module. It is said to act to write data in non-volatile memory at one such. And reading data from Non-volatile memory at one such one. Action 1 4. Compressor with non-volatile memory that stores production data related to the The aforementioned compressor 1 5. Compressor of claim 14, where such non-volatile memory is embedded in Such compressor Or attached to the aforementioned compressor in an anti-snare housing 1 6. The compressor of Clause 14 also has a connector block attached to the compressor. This is to allow for an electrical connection between the internal and external of the said compressor. The non-volatile memory is embedded within the connector block. 1 7. The compressor of Clause 14 also contains an RFID device containing memory. 1 8. Compressors of Clause 14, where such production data contains information that is At least one data of The type and model information of the aforementioned compressor. The serial number of the said compressor. The capability of the aforementioned compressor The coefficient of operation of the aforementioned compressor, including a fixed number, Relative to the aforementioned compressor It is used to calculate the operating data of the compressor. 1 9. Compressor of Clause 14, where the said production data contains information like At least one data of Billing information for the said compressor. Sequence data for the production of such compressors. Production date of the said compressor. Factory and production information of the aforementioned compressor Data of changes in the production of such compressors Assembly line information in the production of such compressors. Information of the inspector of the aforementioned compressor 2 0. Compressors of Clause 14 where such production data contains information like At least one data of The energy efficiency ratio of such compressors The low-voltage start-up of the said compressor. The power data of the said compressor. The maximum current data of the said compressor. Such compressor refrigerant flow data 2 1. Method for compressor with non-volatile memory. Which consists of collecting The production data associated with the aforementioned compressor is stored in its non-volatile memory. 2. 2. Method of Clause 21, where such storage of the said production data relating to The compressor contains a non-volatile memory. The compressor consists of storing the Produce a non-volatile in-memory compressor, a compressor that has been embedded in a compressor, a compressor, or attached to a compressor, a compressor in a latch-proof housing 2 3. Method of Clause 21 where such storage of data Such production related to The compressor in the aforementioned non-volatile memory consists of storing production data. In such a non-volatile memory embedded in the connector block attached to the said compressor, such connector block allows an electrical connection between the internal and external components. 2 4. Clause 21 Clause 21, where such collection of production data is relevant to The compressor in the aforementioned non-volatile memory consists of storing production data. The said storage in non-volatile memory in RFID devices. 2. 5. Method of Clause 21, where such storage of the said production data consists of: At least one data collection of The type and model information of the aforementioned compressor. The serial number of the said compressor. The capability of the aforementioned compressor The coefficient of operation of the aforementioned compressor, including a fixed number, Relative to the aforementioned compressor It is also used to calculate compressor operating data. 2. 6. Method of Clause 21, where such collection of production data consists of. At least one data collection of Billing information for the said compressor. Sequence data for the production of such compressors. Production date of the said compressor. Factory and production information of the aforementioned compressor Data of changes in the production of such compressors Assembly line information in the production of such compressors. Information of such compressor inspectors 2 7. Method of Clause 21, where such collection of production data consists of: At least one data collection of The energy efficiency ratio of such compressors The low-voltage start-up of the said compressor. The power data of the said compressor. The maximum current data of the said compressor. Information of the refrigerant flow of such compressors. 2 8. Method of assembly. One non-volatile memory access that has been associated with the compressor. By using a processor associated with a second non-volatile memory. And operating memory At least one memory To store the data of the compressor from the aforementioned second non-volatile memory and the aforementioned operational memory into the aforementioned non-volatile memory. Access to the said compressor data in one such non-volatile memory to Evaluate compressor performance 2. 9. Method of claim No. 28, where such access for first non-volatile memory It consists of one such access to non-volatile memory that has been embedded in. Such compressor Or attached to the aforementioned compressor in a protective housing. 3 0. Method of Clause 28 includes further internal and external connections of Such a compressor is electrically By relying on the connector block Where such access is for One such non-volatile memory contains access to one non-volatile memory. 3 1. Method of claim No. 28, where such access is for first non-volatile memory. It consists of one such access to non-volatile memory in RFID equipment 3. 2. Method of Clause 28, where such storage of the said compressor data. Consists of at least one information collection of Compressor model type information Compressor serial number information Compressor capability information Compressors' coefficient data including associated constant numerical values Together with the aforementioned compressor And it is used to calculate the operating data of the compressor. 3. 3. Method of claim No. 28, where such collection of such compressor data. It consists of storing the compressor operating coefficient data including numerical values. Constant relative to the aforementioned compressor Where the aforementioned methods are further integrated with the Compute operating data of the compressor on the basis of the aforementioned compressor constant number 3 4. Method of Clause 28, where such collection of such compressor data. Consists of at least one information collection of Compressor Billing Information Compressor production flow sequence data Compressor production date information Compressor factory information Compressor manufacturing change data Compressor assembly line information Compressor Auditor Information 3 5. Method of Clause 28, where such collection of the said compressor data. Consists of at least one information collection of Compressor energy efficiency ratio data Compressor low voltage start-up data Compressor power data Compressor maximum current data Compressor Refrigerant Flow Data 3 6. Method of Clause 28, where such collection of compressor data is Consists of at least one information collection of Compressor installation location information Compressor installation date information Compressor installer information Compressors Where to Buy Information 3 7. Clause 28 Method of Clause 28, where such collection of compressor data. Consists of at least one information collection of Compressor repair date information Compressor repair type information Compressor repair part information Technician Information Service for Compressors 3 8. Method of Clause 28, where such collection of compressor information is provided. Consists of at least one information collection of Suction pressure data Release pressure information Suction temperature data Emission side temperature data Power data Voltage data Ambient temperature data Compressor motor temperature data Compression part temperature data Compressor liner temperature data Lubricant temperature data Compressor Control Information 3. 9. Methods of Clause 28 include further collection of cleaning system data. Cool from a second such non-volatile memory. And operating memory at least One memory entry into one such non-volatile memory. Where the data collection system The chiller consists of at least one storage of data. Condenser temperature data Evaporator temperature data 4 0. Method of claim No. 28, where such collection of such compressor data. Contains compressor fault history data collection 4 1. Performance evaluation method for compressors with a removable module consisting of one processor and non-volatile memory. Included Access to compressor data stored in the second relative non-volatile memory. With compressor Evaluation of such compressor data to determine the performance of the The compressor comes out 4. 2. Method of claim 41, where such access for the information of such compressor Stored in the second non-volatile memory, it contains access to non-volatile memory. The second such that has been embedded in the compressor. Or attached to the compressor in the housing to cover. Operation 4 3. Method of Clause 41 includes further internal and external connections of Such a compressor is electrically based on a connector block. Where such access is for information Its compressor consists of a second access to non-volatile memory embedded in it. Such connector blocks 4 4. Method of claim 41, where such access for the information of the aforementioned compressor It consists of a second access to the aforementioned non-volatile memory in RFID devices 4 5. Clause 41 of the method of claim, where such access for the said compressor data. It contains access to at least one of its information. Compressor model type information Compressor serial number information Compressor capability information Compressors' coefficient data including associated constant numerical values Together with the aforementioned compressor And it is used to calculate the operating data of the compressor. 4 6. Method of claim 41, where such access to the information of such compressor. It contains access to at least one of its information. Compressor Billing Information Compressor production flow sequence data Compressor production date information Compressor factory information Compressor manufacturing change data Compressor assembly line information Compressor Auditor Information 4 7. Clause 41 Method of Clause 41, where such access to compressor information It consists of at least one data access. Compressor energy efficiency ratio data Compressor low voltage start-up data Compressor power data Compressor maximum current data Compressor refrigerant flow data 4 8. Method of claim 41, where such access for such compressor information. It contains access to at least one of its information. Compressor installation location information Compressor installation date information Compressor installer information Information of where to buy the compressor 4. 9. Method of claim No. 41 where such access for the information of such compressor It contains access to at least one of its information. Compressor repair date information Compressor repair type information Compressor repair part information Technician information is available for compressors 5 0. Method of claim 41, where such access is for information of such compressors. It contains access to at least one of its information. Suction pressure data Release pressure information Suction temperature data Emission side temperature data Electric current data Voltage data Ambient temperature data Compressor motor temperature data Compression part temperature data Compressor liner temperature data Lubricant temperature data Compressor Control Information 5 1. Method of Clause 41 includes further access to the information of the work system. The cooling from such a second non-volatile memory is associated with a compressor containing a Access to at least one of their data Condenser temperature data Evaporator temperature data 5 2. Method of claim 41, where such access for such compressor data. Contains access to compressor fault history data 5 3. The system consists of a remote module capable of communicating with a number of local modules, where the specific modules each module contains. Processing And the memory amount is not deleted Fade out of one relative to the said processor. The processor does not communicate with memory. Fade that one And the memory does not delete the aforementioned second scroll relative to the compressor. The remote module contains a database of information copied from non-delete memory. The aforementioned second fuzzy. 5. 4. System of claim 53, where said second non-volatile memory is embedded in. Such compressor Or attached to the aforementioned compressor in a protective housing. 5 5. The system of Clause 53 is included. The connector block is attached to Such compressor to allow an electrical connection between the interior and exterior of the Such compressor Where the second non-volatile memory is embedded in the connector block 5 6. The system of Clause 53 includes further RFID devices consisting of The aforementioned second non-volatile memory 5 7. System of Clause 53, where such a particular module is selected selectively with 5 8. Clause 53 system of claim where such local module is one of the Compressor protection and control system, system controller Or a mobile computing device. 5. 9. System of Clause 53, where the specific module thereof. And the aforementioned remote module connect 6 0. System of claim 53 where the compressor has a connector block attached to it. Such compressors to allow an electrical connection between the interior and exterior of the That compressor, and where that second non-volatile memory is embedded inside. Such blocks connect to the aforementioned 6 1. System of claim 53, where said second non-volatile memory stores specific information. Of the compressor including at least one information of Compressor model type information Compressor serial number information Compressor capability information Compressors' coefficient data including associated constant numerical values Together with the aforementioned compressor It is used to calculate the operating data of the compressor and where the local module communicates with the module's specifications. 6 2. System of Clause 53 in which the aforementioned non-volatile memory stores specific data. Of the compressor including at least one information of Compressor Billing Information Compressor production flow sequence data Compressor production date information Compressor factory information Compressor manufacturing change data Compressor assembly line information Compressor inspector data and where the local module communicates with the module its specifications. 6. The system of claim 53, where said second non-volatile memory, stores specific information. Of the compressor including at least one information of Compressor energy efficiency ratio data Compressor low voltage start-up data Compressor power data Compressor maximum current data Compressor refrigerant flow data and where the local module communicates with the module its specifications. 6 4. The system of claim 53, where such second non-volatile memory stores specific information. Of the compressor including at least one information of Compressor installation location information Compressor installation date information Compressor installer information Where to buy compressors and Where the local module communicates with the module specification of that compressor 6 5. The system of claim 53, where said second non-volatile memory, stores specific information. Of the compressor including at least one information of Compressor repair date information Compressor repair type information Compressor repair part information Technician data is available for the compressor and where the local module communicates with the module its specifications. 6 6. The system of claim 53, where said second non-volatile memory, stores specific information. Of the compressor including at least one information of Suction pressure data Release pressure information Suction temperature data Emission side temperature data Electric current data Voltage data Ambient temperature data Compressor motor temperature data Compression part temperature data Compressor temperature data Lubricant temperature data Compressor control information and where the local module communicates with the module its specifications. 6 7. The system of claim 53, where such second non-volatile memory stores the information of the said database. A cooling system that includes at least one information of Condenser temperature data Evaporator temperature data and where the local module communicates the cooling system data to the module. 6 8. System of Clause 53, where the second non-volatile memory stores historical data. Compressor fault And where the local module communicates the fault history 6 9. Methods for estimating compressor performance for the remote module communicating with the module. Only that a certain number is included For each local module One access to non-volatile memory that is related to Compressors by using a processor relative to a second non-volatile memory and at least one operating memory. And collection of compressor data from Second such non-volatile memory. And operating memory at least One such memory is entered into one non-volatile memory. For remote modules Access to the said compressor data in each memory. Do not erase the first To store the data of the said compressor in a database And access to the database 7 0. How to claim Article 69 where such access for the information of the aforementioned compressor In each non-volatile memory, one contains access to the said compressor. By connecting to a computer network 7 1. Method of claim 69 where for remote modalities Such access for information Of such compressors consists of access to at least one of the Compressor model type information Compressor serial number information Compressor capability information Compressors' coefficient data including associated constant numerical values Together with the aforementioned compressor And is used to calculate the operating data of the compressor. 7 2. Method of claim 69 where for the remote module Such access for information Of such compressors consists of access to at least one of the Compressor Billing Information Compressor production flow sequence data Compressor production date information Compressor factory information Compressor manufacturing change data Compressor assembly line information Compressor Inspector Information 7 3. Method of Clause 69 where for remote modules. Such access for information Of such compressors consists of access to at least one of the Compressor energy efficiency ratio data Compressor low voltage start-up data Compressor power data Compressor maximum current data Compressor refrigerant flow data 7 4. Method of claim 69 where for remote modules Such access for information Of such compressors consists of access to at least one of the Compressor installation location information Compressor installation date information Compressor installer information Information of where to buy the compressor 7 5. Claim method 69 where for the remote module. Such access for information Of such compressors consists of access to at least one of the Compressor repair date information Compressor repair type information Compressor repair part information Technician information available for compressors 7 6. Method of claim 69 where for remote modules Such access for information Of such compressors consists of access to at least one of the Suction pressure data Release pressure information Suction temperature data Emission side temperature data Electric current data Voltage data Ambient temperature data Compressor motor temperature data Compression part temperature data Compressor liner temperature data Lubricant temperature data Compressor Control Information 7 7. Method of Claim 69 is included as well. For each local module Keeping the cooling system data from memory The second fade away And operating memory, at least one of them enters Non-volatile memory at one such one. For remote modules Each access to the information of the aforementioned cleaning system One non-volatile memory And to store the information of the cooling system in the aforementioned database. 7 8. Method of Clause 77, where for remote modules. Such access for information The value of such a cooling system contains access to at least one of the condenser temperature data. And evaporator temperature data. 7 9. Method of claim 69 where, for remote modules, Such access for information The composition of the compressor contains access to the compressor fault history data 8 0. The assembly method is also included. Providing a warranty for a compressor with a non-volatile memory Accepting claims under the said warranty To check the information stored in such non-volatile memory. Responding to such claims, based on such investigations. 8 1. Method of Claim 80, where such audits of such information are stored in The said non-volatile memory contains the aforementioned non-volatile memory checks at Has been implanted in such a compressor 8 2. Method of Clause 80, where such verification of such information is stored in the Clause 80. The said non-volatile memory contains the check of embedded non-volatile memory. Into a connector block providing an electrical connection between the interior and exterior of the 8 3. Method of claim Article 80, where such verification of such information is stored in The said non-volatile memory contains the verification of the said non-volatile memory in RFID Equipment 8 4. Method of Clause 80, where such arrangement is for such warranty. It consists of stipulation that there is an agreement through which the compressor may be replaced or repaired. 8 5. Clause 80 Method of Clause 80, where such arrangement is provided for such warranty. It consists of determining the use of the aforementioned compressor. And where the response The above claims include setting out for the wrong compressor use. Method based on such information And such warranty And refusing to change Or repair the said compressor 8 6. Methods of Clause 85 where the designation for such misuse consists of: Determining at least one allowable operating range for the aforementioned compressor and where the designation out for the aforementioned compressor misuse consists of comparison. 8 7. Clause 86 Procedure for Clause 86, where such designation for the said acceptable working period will be subject to the provisions of this agreement. Consists of at least one range of Refrigerant level range Refrigerant pressure range Refrigerant temperature range Current range Voltage range Ambient temperature range Compressor motor temperature range Compressor secondary temperature range 8 8. Method of Clause 80 where such arrangement is for the said warranty. It consists of determining the use of the aforementioned compressor. And where the examination meets The above claims include setting out for the wrong compressor use. Method based on such information And such warranty And replacement or repair of the said compressor 8 9. Procedures of Claim 80, where such a response to such claims does not indicate the use of the compressor. Consists of refusing to replace or repair the said compressor. When such information indicates 9 0. Method of claim 80, where such a response to the claim It consists of defining the cause of compressor malfunctions based on Is on such inspections and the repair of the said compressor, based on the designation 9 1. Method of Clause 80, where such verification of the said information consists of: Check at least one of your Compressor model information Compressor serial number information Compressor capability information Compressors' coefficient data including associated constant numerical values Together with the aforementioned compressor And is used to calculate the operating data of the compressor. 9 2. Method of Clause 80, where such verification of the said data consists of: Check at least one of your Compressor Billing Information Compressor production flow sequence data Compressor production date information Compressor factory information Compressor manufacturing change data Compressor assembly line information Compressor Auditor Information 9 3. Method of Article 80 Clause where such verification of information consists of: Check at least one of your Compressor energy efficiency ratio data Compressor low voltage start-up data Compressor power data Compressor maximum current data Compressor refrigerant flow data 9 4. Method of Clause 80, where such verification of such information consists of: Check at least one of your Compressor installation location information Compressor installation date information Compressor installer information Compressor Purchase Location Information 9 5. Clause 80 Clause 80, where such verification of such information consists of: Check at least one of your Compressor repair date information Compressor repair type information Compressor repair part information Technician Information Service for Compressors 9 6. Method of Clause 80, where such verification of such information consists of: Check at least one of your Suction pressure data Release pressure information Suction temperature data Emission side temperature data Electric current data Voltage data Ambient temperature data Compressor motor temperature data Temperature data of compression parts Compressor liner temperature data Lubricant temperature data Compressor Control Information 9 7. Method of Claim 80, where such verification of such information consists of: Check at least one of your Condenser temperature data Evaporator temperature data 9 8. Method of claim 80, where such verification of the information consists of: Check the compressor fault history data. 9 9. The assembly method. Warranty for a compressor with a non-volatile memory. Accepting a claim for repair or replacement of the said compressor. Access to information stored in such non-volatile memory for determining that there is The use of such a compressor is wrong or not. Refusing to make such claims for repair or replacement of the said compressor. When the data indicated that the compressor was being used in the wrong way. Replacement or repair of the said compressor. When the above information indicates that it is not in use The compressor is in the wrong way 10 0. Clause 99 of the method where such access for such information is stored in Such non-volatile memory contains the access to that non-volatile memory that has been obtained. Embedding in such a compressor Or attached to the aforementioned compressor in a protective housing 10 1. Method of Clause 99, where such access is for such information stored in The non-volatile memory contains access to the said non-volatile memory embedded in the The connector block that provides an electrical connection between the inside and the said compressor. 2. Method of Clause 99, where such access is for such information stored in Such non-volatile memory contains access to the said non-volatile memory in RFID equipment 10 3. Method of claim Clause 99, where such warranty of the compressor is Contains the misuse of the compressor 10 4. Method of claim 103, where such designation for the wrong operation of the compressor. This method consists of setting at least one allowable working interval for 10 aforementioned compressor 5. Method of claim 104, where such assignment for an acceptable working period At least one such range consists of at least one designation of the range. Refrigerant level range Refrigerant pressure range Refrigerant temperature range Current range Voltage range Ambient temperature range Compressor motor temperature range Secondary temperature range Compressor slip and lubricant temperature data range 10 6. Method of claim Article 105, where such access is for such information stored in The non-volatile memory for determining that the compressor has been misused. The method or not consists of comparing the information with at least one of the permissible operating ranges and determining whether the compressor is used in the wrong way. Based on Compare it