초록 ▼

The invention relates to an ion-conducting composite which is permeable to matter, to a method for producing an ion-conducing composite which is permeable to matter, and to the use of this composite in various processes. Membranes or ion-conducting materials are used for various chemical and physica

The invention relates to an ion-conducting composite which is permeable to matter, to a method for producing an ion-conducing composite which is permeable to matter, and to the use of this composite in various processes. Membranes or ion-conducting materials are used for various chemical and physical process, e.g., electrolysis, electrodialysis. The membranes used are often polymer-based. These polymers are relatively non-resistant to solvents and high temperatures. Therefore, the aim of the invention is to provide an ion-conducting composite. The inventive composite consists of inorganic constituents or at least mainly of inorganic constituents, and is characterised in that is very stable in relation to acids and high temperatures. According to the invention, ion-conducting materials or materials which will be ion-conducting after an additional treatment are added to a composite which is permeable to matter during production. Alternatively, the finished composite is treated with said materials.

대표청구항 ▼

The invention relates to an ion-conducting composite which is permeable to matter, to a method for producing an ion-conducing composite which is permeable to matter, and to the use of this composite in various processes. Membranes or ion-conducting materials are used for various chemical and physica

The invention relates to an ion-conducting composite which is permeable to matter, to a method for producing an ion-conducing composite which is permeable to matter, and to the use of this composite in various processes. Membranes or ion-conducting materials are used for various chemical and physical process, e.g., electrolysis, electrodialysis. The membranes used are often polymer-based. These polymers are relatively non-resistant to solvents and high temperatures. Therefore, the aim of the invention is to provide an ion-conducting composite. The inventive composite consists of inorganic constituents or at least mainly of inorganic constituents, and is characterised in that is very stable in relation to acids and high temperatures. According to the invention, ion-conducting materials or materials which will be ion-conducting after an additional treatment are added to a composite which is permeable to matter during production. Alternatively, the finished composite is treated with said materials. Sahatjian; US-5308889, 19940500, Rhee et al.; US-5338770, 19940800, Winters et al.; US-5342348, 19940800, Kaplan; US-5356433, 19941000, Rowland et al.; US-5380299, 19950100, Fearnot et al.; US-5415619, 19950500, Lee et al.; US-5419760, 19950500, Narciso, Jr.; US-5429618, 19950700, Keogh; US-5447724, 19950900, Helmus et al.; US-5449382, 19950900, Dayton; US-5464650, 19951100, Berg et al.; US-5545208, 19960800, Wolff et al.; US-5624411, 19970400, Tuch; US-5716981, 19980200, Hunter et al.; US-6099562, 20000800, Ding et al., 623/001.46 ating a test page for each request or response object associated with the data structure, the test pages each including an instance of the respective object and a set of property names and associated data names for the respective object. 9. The system as recited in claim 8 further comprising: means for detecting a change in the data structure; and means for generating an updated set of test pages to reflect the changed data structure. 10. The system as recited in claim 8 wherein the test pages are written in HTML. 11. The system as recited in claim 8, wherein the means for analyzing a data structure to identify a set of data fields within the data structure further comprises means for analyzing an external database, and wherein the means for generating a test page for each request or response object associated with the data structure further comprises: means for creating a set of data structures for populating a respective set of properties for an object; and means for entering data values in the data structures according to a current external database structure. 12. The system as recited in claim 11, wherein the means for generating a test page for each request or response object associated with the data structure further comprises: means for detecting a change in the external database structure; and means for generating an updated set of data values to reflect the changed external database structure. 13. The system as recited in claim 8, wherein the means for generating a test page for each request or response object associated with the data structure further comprises: means for dynamically generating arguments for an object; means for generating an object constructor which uses the dynamically constructed arguments for constructing the object, wherein the object constructor contains a property for each dynamically generated argument and a value for the dynamically generated argument is stored on the property; and means for incorporating fields for displaying property values for each dynamically generated argument. 14. The system as recited in claim 8, wherein the means for generating a test page for each request or response object associated with the data structure further comprises: means for generating a test data object constructor and a real data object constructor for each object associated with the data structure; means for determining whether test data or real data is to be used for generating the test pages; and means for selecting the appropriate object constructor for each object based on the determination whether test data or real data is to be used. 15. A computer program product in a computer readable memory for generating test pages for an object oriented program on a web server comprising: instructions for analyzing a data structure for a plurality of request and response objects to identify a set of data fields within the data structure; instructions for retrieving rule data from a rule database for property naming rules governing selection of property names assigned to each data field within the set of data fields; and instructions for generating a test page for each request or response object associated with the data structure, the test pages each including an instance of the respective object and a set of property names and associated data names for the respective object. 16. The product as recited in claim 15 further comprising: instructions for detecting a change in the data structure; and instructions for generating an updated set of test pages to reflect the changed data structure. 17. The product as recited in claim 15 wherein the test pages are written in HTML. 18. The product as recited in claim 15, wherein the instructions for analyzing a data structure to identify a set of data fields within the data structure further comprises instructions for analyzing an external database, and wherein the instructions for generating a test page for each request o r response object associated with the data structure further comprises: instructions for creating a set of data structures for populating a respective set of properties for an object; and instructions for entering data values in the data structures according to a current external database structure. 19. The product as recited in claim 18, wherein the instructions for generating a test pace for each request or response object associated with the data structure further comprises: instructions for detecting a change in the external database structure; and instructions for generating an updated set of data values to reflect the changed external database structure. 20. The product as recited in claim 15, wherein the instructions for generating a test pare for each request or response object associated with the data structure further comprises: instructions for dynamically generating arguments for an object; instructions for generating an object constructor which uses the dynamically constructed arguments for constructing the object, wherein the object constructor contains a property for each dynamically generated argument and a value for the dynamically generated argument is stored on the property; and means for incorporating fields for displaying property values for each dynamically generated argument. 21. The product as recited in claim 15, wherein the instructions for generating a test page for each request or response object associated with the data structure further comprises: means for generating a test data object constructor and a real data object constructor for each object associated with the data structure; means for determining whether test data or real data is to be used for generating the test pages; and means for selecting the appropriate object constructor for each object based on the determination whether test data or real data is to be used.