Simple hierarchical Web search engine

• US 20070203888A1
• Filed: 02/24/2006
• Published: 08/30/2007
• Est. Priority Date: 02/24/2006
• Status: Abandoned Application

• Current Assignee: Cun Wang, Yaliang Wang
• Original Assignee: Cun Wang, Yaliang Wang
• Inventors: Wang, Cun, Wang, Yaliang
• Application Number:
  US11/359,906
• Publication Number:
  US 20070203888A1
• Time in Patent Office: Days
• US Class Current: 1/1
• CPC Class Codes: G06F 16/9038 Presentation of query results
• CPC Class Codes: G06F 16/951 Indexing; Web crawling techniques

Abstract

This specification discloses a unique Web search engine to help people find information on the Web more easily and efficiently, and a page-sized query algorithm which is applicable to Web search engines and other systems using large-scale databases. The Web search engine utilizes a simple hierarchical structure under the category Web, multiple ranks of records, diversified views of search results, display of unlimited records that are matched with keywords in the database, and opening any page of search results randomly. The page-sized query is different from the conventional queries in which the records are displayed on pages by skipping from the beginning of the record set (except page 1). In the page-sized queries, the records are directly displayed from the beginning of the record set on all pages, and the query size is restricted to a proper number that is equal to or a little larger than the record number for one page.

Claims

1. A unique Web search engine to help people find information on the Web more easily and efficiently, said Web search engine comprising:

(a) a simple hierarchical structure under the category Web;

(b) multiple ranks of records;

(c) diversified views of search results;

(d) display of unlimited records that are matched with keywords in the database; and

(e) opening any page of search results randomly.

2. The Web search engine according to claim 1, wherein the simple hierarchical structure comprising:

(a) top node;

Web;

(b) the sub nodes of Web;

Resource, Product and Service;

(c) the sub nodes of Resource;

General and Music;

(d) the sub nodes of Product;

Large Business and Small Business;

(e) the sub nodes of Service;

Anywhere and Local;

(f) the property of Resource;

Download;

(g) the property of Product;

Shopping;

(h) the property of Service;

Reservation; and

(i) the property of Local;

Location.

3. The Web search engine according to claim 1, wherein the multiple ranks of records comprising:

(a) rank by statistics; and

(b) rank by human management.

4. The Web search engine according to claim 1, wherein the diversified views of search results comprising:

(a) sorting by the title of Web pages;

(b) sorting by domain name; and

(c) sorting by date.

5. The Web search engine according to claim 1, wherein all search results can be displayed no matter how large the database is and how many records are matched with keywords in the database.

6. The Web search engine according to claim 1, wherein any page can be randomly opened by inputting a page number.

7. A page-sized query algorithm which is applicable to Web search engines and other systems using large-scale databases, said page-sized queries only return a small set of records which number is equal to or a little larger than the record number for one page, and the records are directly displayed from the beginning of the record set on all pages.

8. The page-sized query algorithm according to claim 7, wherein the major issue of said algorithm is to determine a value X based on which the records are retrieved from the database. If expressed with Structure Query Language (SQL), it is an additional value in WHERE clause with the operator “

>

”

, “

>

=”

, “

<

”

, “

<

=”

, “

LIKE”

or “

BETWEEN . . . AND . . . ”

besides the actual query criteria The determination of the value X comprising;

(a) initial page;

it is larger than or equal to the minimum value in ascending order, and less than or equal to the maximum value in descending order;

(b) next page;

it is larger than the value of the last record on the current page in ascending order; and

less than the value of the last record on the current page in descending order; and

(c) previous page;

it is less than the value of the first record on the current page in ascending order, and larger than the value of the first record on the current page in descending order.