Abstract: A method of network identity authentication uses an identification code of a communication device and a network operating password. The network operating password is generated by a password generator in the website server by capturing a partial portion or all of the identification code of a website, account, transaction or other services. The result of the network identity authentication for the identification code of a communication device and network operating password is directly sent back to the network identity authentication system, thereby eliminating the possibility of invasion by a “phishing scam” or “man-in-the-middle attack,” which can happen in the conventional “dynamic password” authentication method.

Abstract: An authentication method and system for screening network caller ID spoofs and malicious phone calls includes a screening authentication system with a server that includes a login register interface, a data accessing interface, a data searching and comparing program, a data searching database, a labeling indication program, a registry coding module and a data searching coding module. Authentication data is generated by the registry coding module from a caller telephone number and caller login identification data input during registration. Corresponding authentication data contained in a network calling signal from a caller sending device is generated by a data searching coding module. A data searching and comparing program compares the authentication data and, if any discrepancy is found, a labeling indication program sends a “failed authentication” signal to the target network receiving callee so that a fraudulent call is detected.

Abstract: An authentication method and system for screening network caller ID spoofs and malicious phone calls includes a screening authentication system with a server that includes a login register interface, a data accessing interface, a data searching and comparing program, a data searching database, a labeling indication program, a registry coding module and a data searching coding module. Authentication data is generated by the registry coding module from a caller telephone number and caller login identification data input during registration. Corresponding authentication data contained in a network calling signal from a caller sending device is generated by a data searching coding module. A data searching and comparing program compares the authentication data and, if any discrepancy is found, a labeling indication program sends a “failed authentication” signal to the target network receiving callee so that a fraudulent call is detected.

Abstract: The present invention provides a delivery method with automatic certification. The mobile communication device according to present invention reads the device code of the delivery device and transmits the device code and the corresponding event code to the server. The server validates the corresponding commodity of the event code and the device code, transmits the corresponding code of the commodity to the mobile communication device, and deducts from the corresponding stock record according the corresponding code of the commodity. The mobile communication device transmits the corresponding code of the commodity to the delivery device for delivering the commodity. Thereby, commodity delivery is convenient for users. In addition, the human resource consumed in the delivery procedure can be reduced.

Abstract: A product purchase platform using a mobile terminal in product exchange is revealed. The product purchase platform includes a first terminal and a second terminal is revealed. The first user is connected to a product platform set up in a server through the first terminal for purchasing at least one product and transmitting a piece of purchase information and a second user' information. A second user uses the second terminal to receive a product voucher transmitted by the server and carry the second terminal to a store for exchange of the product. The second user uses the second terminal to connect to the server for confirming validity of the product voucher. After confirming that the product voucher is valid, the store gives the product to the second user according to the purchase information.

Abstract: A method of identity authentication and fraudulent phone call verification uses an identification code of a communication device and a dynamic password. The “dynamic password” is directly sent to an Internet user via a dynamic web-page of a specific website instead of by means of a traditional telephone short message. Thus, the “dynamic password” cannot be copied from the spyware infected communication device of the Internet user. Furthermore, even if the “dynamic password” is intercepted or otherwise discovered by a hacker or intruder, authentication is still secure because the dynamic password must be sent back to the specific website via a short message or the like from the same communication device having the corresponding identification code that was initially input by the Internet user in order to generate the dynamic password.

Abstract: A cybercrime detecting and preventing method and system includes a website, an interface dynamic web page, a search program, and a database. When a network user inputs a “telephone number code” and “authorization code” of a network server using an internet accessing device, the user is also required to input a “source identification code.” When access to a network receiver or server is requested, a “telephone number code and authorization code” set is input to the website for comparison with “telephone number codes” and “authorization codes” stored in the database. If the input “telephone number code and authorization code” set does not match the stored “telephone number code and authorization code” set, the “source identification code” is transmitted to a computer to be analyzed and determine the location of the cybercriminal and relay information on the cybercrime to an appropriate public security organization.

Abstract: A verification system for screening internet caller ID spoofs and malicious phone calls includes a server, a register interface, a capturing interface, a searching and comparing software, a searching database, a caller ID database of failed-verification telephone numbers, and marking indication software. The searching database stores a telephone number of caller ID and configured data of telephone number of every internet user. The searching and comparing software compares the telephone number of caller ID and configured data of caller ID included in the internet calling signal with a corresponding telephone number and configured data of the telephone number stored in the searching database. The marking indication software sends a verified result of the comparison with a corresponding indication signal to a target receiving callee so that the callee can easily take suitable measures to prevent becoming the victim of telephone fraud.

Abstract: A method of identity authentication and fraudulent phone call verification uses an identification code of a communication device and a dynamic password. The “dynamic password” is directly sent to an Internet user via a dynamic web-page of a specific website instead of by means of a traditional telephone short message. Thus, the “dynamic password” cannot be copied from the spyware infected communication device of the Internet user. Furthermore, even if the “dynamic password” is intercepted or otherwise discovered by a hacker or intruder, authentication is still secure because the dynamic password must be sent back to the specific website via a short message or the like from the same communication device having the corresponding identification code that was initially input by the Internet user in order to generate the dynamic password.

Abstract: A cybercrime detecting and preventing method and system authorization code includes a cybercrime detecting and preventing website, an interface dynamic web page, a detecting search program, and a checking comparison database. When a network user inputs a “telephone number code” and “authorization code” of a network server using an internet accessing device, the user is also required to input a “source identification code.” When access to a network receiver or server is requested, a “telephone number code and authorization code” set is input to the website for comparison with “telephone number codes” and “authorization codes” stored in the checking comparison database.

Abstract: A removable medical adhesive tape with easily tearing-off feature of continual enrolled flat porous non-woven fabric strip in roll type includes a front layer, a backing layer, a pair of short transverse ends and a pair of prolonged longitudinal lateral edges in symmetrical parallel juxtaposition. Wherein a plurality of lengthwise intermediate adhesive bands intervenes between the pair of prolonged longitudinal lateral edges in parallel spaced manner; a lengthwise non-adhesive band is formed between each pair of adjacent intermediate adhesive bands respectively so that a plurality of non-adhesive cutouts are created at the freely exposed short transverse end; and the non-woven fabric strip is made of plural transverse textures and longitudinal textures in cross-linked manner such that the transverse texture is made into having highly extensible and elastic stretchability whereas the longitudinal texture is made into no stretchability.

Abstract: The present invention relates to a “double recognizing method by means of telephone number and identification code for online credit card transactions over the internet,” in which the credit card holder not only registers a “self-chosen code” by himself/herself for VBV (Verified By VISA) or MSC (MasterCard SecureCode) network identity verification but also registers another set of “telephone number and identification code” by himself/herself for serving as an exclusive personal double identity recognizing information for online credit card transactions. The credit card issuing bank registers and stores the set of “telephone number and identification code” on a double recognizing database after checking truth of the related identity certificate provided by the credit card holder.

Abstract: A method for preventing crimes against financial service providers uses a telephone number code and identification code provided by the account owner to a dealing bank. The telephone number code and identification code are registered and stored in the database of the dealing bank and used as identity-recognizing authorization information for various financial services between the bank and the account owner, in addition to a card number, security code, and the like. Use of the telephone number code and identification code protects both the account owner and the bank by effectively precluding monetary loss from criminal behaviors such as theft, fraudulent withdrawal or fraudulent credit card transactions.

Abstract: A method of searching a specific computer IP address of Internet networks using several specific telephone number with numbers in series which are arranged and assembled in sequence and coded with identification codes, comprising: a specific website, a searching interface program, a searching program, a first database and a second database; Wherein, The website server of said specific website is connected with the Internet; Said searching interface program, which is programmed in the applicable software language used in the World Wide Web, has a empty field for orderly entering the string mode of “country code+area code+local telephone number+identification code”; Said searching program, which is programmed in the applicable software language used in the World Wide Web, starts to perform the searching and matching comparison function upon the start request coming from the dynamic webpage of the searching interface; Said first database, which is configured in the website server of said specific website, has re

Abstract: The present invention relates to an adhesive bandage with reduced pain during removal, whose flat strip substrate has a sticking front, a non-sticking back and four sides.

Abstract: A method of accessing a website, e-mail server, or voice communication device involves associating a domain name and/or e-mail address with a telephone number and identification code. When a user enters the telephone number and identification code, a search of a database(s) is carried out for a domain name, e-mail address, or IP address associated with the telephone number and identification code, and of a match is found, the user is immediately directed to the website associated with the domain name, an e-mail is directed to the corresponding e-mail address, and a request for voice communication is directed to a corresponding IP address of the voice communication device.

Abstract: An earphone without impulse noise for protection against conductive hearing loss includes an earphone housing and a loudspeaker mounted in a sound chamber therein. A front end of the earphone housing has an earplug adapted to be hanged between the tragus and the antitragus of the external ear while a rear end thereof has a hood with a hollow sound chamber. A loudspeaker is supported in the hollow sound chamber of the hood around which a plurality of sound holes are distributed, wherein a sound output end of the loudspeaker must be positioned facing to the hood and opposite to the earplug. A conductive cord is connected at the bottom end of the earphone housing for transmitting electric current to the loudspeaker.

Abstract: An earplug type earphone without impulse noise and surroundings blockade includes an earphone housing having a sound chamber inside thereof and a loudspeaker mounted therein, wherein a plurality of sound outlet meshes is provided on the front end of the earphone housing. A proper distance is given between the front end of the earphone housing and the loudspeaker mounted therein. A plurality of sound inlet meshes is provided on and encircled the earphone housing within the proper distance. The lower impulse noise output end with respect to two output ends of the loudspeaker is arranged to face to the sound outlet meshes. Therefore, the earphone can prevent not only the impulse noise directly impact to the middle ear but also the damage of the middle ear and the cause of conductive hearing loss.

Abstract: The present invention is to provide an earphone without impulse noise and surroundings blockade consists of an earphone housing having a sound chamber inside thereof and a loudspeaker mounted therein, wherein a plurality of sound outlet meshes is mounted in the front end of the earphone housing, and a proper distance is given between the front end of the earphone housing and the loudspeaker mounted therein, wherein a plurality of sound inlet meshes is mounted on and encircled the earphone housing within the proper distance; and the lower impulse noise output end according to two output ends of the loudspeaker is faced to the sound outlet meshes; via the design, the present invention can prevent not only the impulse noise directly impact to the middle ear but also the damage of the middle ear and the cause of conductive hearing loss.

Abstract: An email address searching method includes the steps of providing an information database, wherein a plurality of email addresses stored in said information database are respectively assigned with specific numerical phone codes each of which is a combination of predetermined phone numbers of a register of said respective email address; receiving a search request from an email sender by inputting a combination of phone numbers as a search code for an email to be sent by said email sender; and matching the search code with the phone codes to search for the respective phone code that matches identically with the search code so as to search out the corresponding email address assigned with the respective phone code efficiently and promptly.