Abstract:
Un système de messages vocaux pour un réseau de téléphones publics interpose un Sous-système de Traitement d'Interceptions (25) dans les connexions (22) entre les téléphones publics (11) et le bureau central (10). Un Sous-système de Traitement de Voix (16) est relié au commutateur du bureau central (14) par une jonction (17). L'appelant à un téléphone public compose un numéro de téléphone souhaité (55) qui est enregistré dans le Sous-système de Traitement d'Interceptions (25, 56). Celui-ci contrôle la connexion afin de déterminer si le téléphone appelé demeure raccroché pendant un nombre prédéterminé de tonalités d'appel ou s'il demeure occupé pendant un nombre prédéterminé de tonalités d'occupation (82). S'il n'y a pas de réponse ou si le téléphone demeure occupé, le Sous-système de Traitement d'Interceptions réduit le volume des tonalités et superpose une annonce vocale sur celles-ci qui offre le service de message vocal à l'appelant (83). Si l'appelant compose un code d'acceptation ou introduit une pièce (84), le Sous-systeme de Traitement d'Interceptions divise la connexion par fil (101), envoie un message de remerciement au téléphone de l'appelant (104) et appelle rapidement le Sous-système de Traitement de Voix (109). Lorsque celui-ci répond (114), le Sous-système de Traitement d'Interception envoie une invitation vocale au téléphone de l'appelant lui expliquant qu'à la tonalité, un message vocal pourra être déposé et que l'on tentera de transmettre celui-ci à des intervalles prédéterminés pendant une période prédéterminée (115) au moyen d'un protocole ayant des signaux d'accusé de réception à validité entrelacée depuis le Sous-système de Traitement de Voix. Si la transmission des paramètres d'appel est valide (116), le Sous-système de Traitement d'Interception rétablit la connexion par fil entre le téléphone de l'appelant et le commutateur du bureau central et le message vocal de l'appelant est transféré par le Sous-système de Traitement d'Interceptions et vers le Sous-système de Traitement de Voix où il
Abstract:
A personal information verification method in a call center is provided. The method comprises: (1) a process of connecting a telephone; (2) a process wherein a telephone number research device sends a SETUP message to an ISDN; obtains a message sent in reply thereto from the ISDN and performs a clear sequence; and analyzes the message obtained from the ISDN; (3) a process in which if the telephone number is determined to be null, the telephone number research device notifies an operator terminal of such determination; and (4) a process in which the notice, sent to the operator terminal to notify that the telephone number is null, is displayed on a screen of the operator terminal having received the notice, and thereby informed to the operator responding to the customer.
Abstract:
A personal information verification method in a call center is provided. The method comprises: (1) a process of connecting a telephone; (2) a process wherein a telephone number research device sends a SETUP message to an ISDN; obtains a message sent in reply thereto from the ISDN and performs a clear sequence; and analyzes the message obtained from the ISDN; (3) a process in which if the telephone number is determined to be null, the telephone number research device notifies an operator terminal of such determination; and (4) a process in which the notice, sent to the operator terminal to notify that the telephone number is null, is displayed on a screen of the operator terminal having received the notice, and thereby informed to the operator responding to the customer.
Abstract:
An apparatus can include a processor; memory accessible by the processor; a first housing that includes a first link end; a second housing that includes a second link end; and a hinge assembly that includes a first link coupled to the first link end via a first axle, a second link coupled to the second link end via a second axle and an intermediate axle that operatively couples the first link and the second link where stop surfaces of the first and second links define a minimum radius of curvature of the hinge assembly.
Abstract:
An electrical accessory for use with a portable electronic device and with a protective cover for the portable electronic device is provided. The electrical accessory includes a body, electrical circuitry, and an electrical connector. The body is configured to slidably attach to a back side surface of the protective cover to removably affix the electrical accessory to the protective cover. The electrical circuitry includes wireless communication circuitry configured to wirelessly exchange data with the portable electronic device when the electrical accessory is removably affixed to the protective cover. The electrical connector is affixed to the body of the electrical accessory and configured to removably connect to an external power source for receiving electrical power from the external power source. The electrical accessory may also include a speaker.
Abstract:
An electrical accessory for use with a portable electronic device and with a protective cover for the portable electronic device is provided. The electrical accessory includes a body, an electrical connector, and electrical circuitry. The body includes a back portion and a bottom portion. The back portion is slidably attachable to the back of the protective cover to removably affix the electrical accessory to the back of the protective cover. The bottom portion is adapted to be proximate the bottom of the protective cover when the electrical accessory is removably affixed to the protective cover. The electrical connector is affixed to the bottom portion of the body of the electrical accessory. The electrical connector is positioned to electrically interconnect to an electrical port of the portable electronic device when the electrical accessory is affixed to the protective cover and when the portable electronic device is installed in the protective cover.
Abstract:
In one embodiment of the present invention, a processor includes a scalar computation unit; a vector co-processor coupled to the scalar computation unit; and one or more function-specific engines coupled to the scalar computation unit, where the engines are adapted to minimize data exchange penalties by processing small in-out bit slices.
Abstract:
A voice message system for a pay phone telephone network interposes an Intercept Processing Subsystem (IPS) in the line connections between the pay telephones and the central office. A Voice Processing Subsystem (VPS) is connected to the central office switch by a trunk. A caller at a pay station enters a called telephone number which is stored in the IPS. The Intercept Processing Subsystem monitors the line connection to determine if the called telephone remains on-hook for a predetermined number of ring tones or is busy for a predetermined number of busy tones. If the ring no answer or busy condition maintains, the IPS reduces the volume of the ring or busy tones on the line connection and superimposes a voice announcement thereon offering the voice message service to the caller. If the caller enters an acceptance key sequence or coin deposit, the IPS splits the line connection, sends a Thank You message to the calling telephone and speed dials the VPS. When the VPS answers, the IPS sends a voice prompt to the calling telephone explaining that at the tone a voice message may be entered and delivery thereof will be attempted at predetermined intervals for a predetermined time. Simultaneously, with sending the voice prompt to the caller, the IPS transmits the call parameters to the VPS utilizing a protocol with interleaved validity acknowledgement signals from the VPS. If the transmission of the call parameters is valid, the IPS reestablishes the line connection between the calling telephone and the central office switch and the voice message from the caller is passed through the IPS to the VPS for recording thereat for subsequent delivery to the called station.
Abstract:
An electronic device is provided. The electronic device includes a first housing including a first face and a second face, a second housing including a third face and a fourth face, a folding part rotatably connecting the first housing and the second housing, a flexible display disposed on the first face and the third face, a camera exposed through at least a portion of the fourth face, a memory configured to store instructions, and a processor configured to determine an orientation of the electronic device and a direction in which the camera is pointed while a camera application is executed, identify the first area or the second area as an area in which a preview image acquired through the camera is displayed based at least on the determined direction and the determined orientation, and display the preview image, acquired through the camera, in the identified area using the flexible display.