301 results about "Ring mode" patented technology

Specific ambient and user behaviour sensing systems and methods are presented to improve friendliness and usability of electronic handheld devices, in particular cellular phones, PDAs, multimedia players and similar.

The improvements and special functions include following components:

• • a. The keypad is locked/unlocked (disabled/enabled) and/or the display activated based on the device inclination relative to its longitudinal and/or lateral axes.
  • b. The keypad is locked if objects are detected above the display (for example the boundary of a bag or pursue).
  • c. The keypad is locked/unlocked (disabled/enabled) and/or the display activated based on electric field displacement or bio-field sensing systems recognizing the user hand in any position behind the handheld device.
  • d. The electric response signal generated by an electric field through the user hand in contact with a receiver plate is used to identify the user and in negative case lock the device.
  • e. Connection with incoming calls is automatically opened as soon as a hand is detected behind the device and the device is put close to the ear (proximity sensor).
  • f. The profile (ring-tone mode, volume and silent mode) can be changed just putting the device in a specific verse (upside up or upside down).
  • g. Has a lateral curved touchpad with tactile markings over more surfaces to control a mouse pointer/cursor or selection with the thumb finger.

A communication device, wherein when the communication device is in a ringing mode, audio data is output from the speaker, and when the communication device is in a silent mode, audio data is converted to a text data and the text data is output from the display in a visual fashion.

A telephone directory stores a plurality of data sets including a name, a telephone number, e-mail address, image pattern numbers, a ring tone number, a background color number, and a vibrating pattern. An image memory stores images corresponding to each image pattern number. A ring tone memory stores ring tone data corresponding to each ring tone pattern. When a radio communication apparatus receives an incoming call signal, the control unit informs of an incoming voice or message call by repeatedly displaying the images on a display unit.

A wireless communications device, such as a cellular telephone (200), is able to accept and process DTMF tones as commands. Appropriate DTMF tones control operating characteristics of the wireless communications device (200). An example is causing a cellular phone to ring even though it has been configured into a “vibrate only” silent ring mode or a mode which has disabled all incoming call notification. Operation of such a DTMF tone facilitates finding a lost or misplaced cellular phone when that phone is configured to not ring in response to other calls. An external data communications port (232) of the wireless communications device (200) can also be controlled or data specified by the DTMF tone can be transmitted out of that data communications port (232).

A system and method for locating a misplaced cellular telephone including sending a signal to the misplaced cellular telephone. The signal directs the misplaced cellular telephone to transition from an inaudible mode to a loud ring mode and, in turn, ring to enable the ready location of the misplaced cellular telephone. In a further aspect, the signal directs the misplaced cellular telephone to ring continuously at maximum volume. Preferably, the method includes generating the signal from a telephone, a remote and/or a computer connected to the Internet.

The invention relates to a method for processing a call, which comprises the following steps; judging whether a calling contract person is an assigned contact person or not, and replacing a ring model of a terminal or carrying out call forwarding on a call of the assigned contact person according to calling times, preset time intervals and preset times of the assigned contact person when the call is from the assigned contact person. The invention also comprises a terminal. By adopting the method and the terminal, the probability of falling to communicate because of the ring mode of the terminal by a terminal user can be reduced.

A frame based data communications network is interfaced to a synchronous digital hierarchy network via a plurality of frame based data port cards incorporated into a plurality of synchronous multiplexers. Each port card comprises a conventional frame based data port, a frame switch, a rate adapter means and a mapping means for mapping data frames into a plurality of SDH virtual containers. Frame based data is incorporated directly into a synchronous virtual container without encapsulation in an intermediate protocol. A number of topologies of a frame based data channel network are possible, overlaid on the underlying synchronous transport network, including an open loop topology, a ring mode topology, and a backhaul topology.

The invention discloses a mechanical paw with a limiting device. The mechanical paw comprises an upper disc, a pushing disc and a bottom disc. The center of the upper disc is provided with a screw rod penetrating through the pushing disc. The pushing disc is provided with limiting siding grooves in one-to-one correspondence with fixing rods. Each limiting siding groove is internally provided with a sliding plate slidably connected with the limiting siding groove. One side of each sliding plate is connected with the inner wall of the corresponding limiting siding groove through a limiting spring, and the other end of each sliding plate is provided with a limiting rod. The side of the pushing disc is provided with a plurality of first hinged frames arranged in a circular ring mode. The side of the bottom disc is provided with a plurality of second hinged frames. Each first hinged frame is provided with a connecting rod of which one end is hinged to the first hinged frame. Each second hinged frame is provided with a hook paw of which the middle is hinged to the second hinged frame. The top end of each hook paw is hinged to the lower end of the corresponding connecting rod. The mechanical paw with the limiting device is simple in structure, can achieve firmly grabbing and releasing of targets rapidly, reliably and stably, and has the functions of landing buffering, rapid penetration and puncturing, grabbing and the like.

The invention discloses a method for controlling mobile phone rings and a mobile phone adopting the same, aiming at achieving the purpose of fast, accurately and safely muting the ring sent by the mobile phone, and enhancing the convenience, the interestingness and the safety of the use of the mobile phone through non-touch operation. The method for controlling the mobile phone rings comprises the following steps of: a gesture sensing step, a gesture identification step and a mode conversion step, wherein in the gesture sensing step, when the mobile phone sends a ring, an infrared proximity sensing module is started to sense whether a fixed gesture slips above a screen of the mobile phone within an effective distance or not; in the gesture identification step, the fixed gesture is judged to be an effective gesture or not; and in the mode conversion step, when the fixed gesture is an effective gesture, the ring mode of the mobile phone is converted into a mute mode. The invention can realize the purpose of muting the ring sent by the mobile phone by the steps.

The invention discloses an HSK ultrasonic tool handle structure with an automatic tool replacement function. The HSK ultrasonic tool handle structure comprises an HSK tool handle, a retainer, a wireless power emitting end, a wireless power receiving end, an ultrasonic transducer and a pressing plate. A tool clamping portion is formed on the periphery of the end, close to the ultrasonic transducer, of the HSK tool handle and is located under the wireless power receiving end. The HSK ultrasonic tool handle structure is ingenious in design, a wireless power transmission mode is adopted, a series problems of abrasion and low rotation speed of spindles due to traditional sliding ring modes are effectively solved, and the operation stability of an ultrasonic motorized spindle is improved, and the structure has the advantages of high stability, high rotation speed, high precision and long service life; the wireless power receiving end is suspended on the motorized spindle through the retainer, dismounting and mounting are convenient, the HSK tool handle and the spindle are relatively independent, and convenience is brought to daily use and replacement; the tool clamping portion is located under the wireless power receiving end, automatic tool replacement is possible, and automatic tool handle replacement and placement of a tool changer are achieved.

The invention discloses a macromolecule chelating agent and a preparation method thereof. The method enables iminodiacetonitrile and epoxy chloropropane to perform ring-opening reaction in absolute ethyl alcohol so as to enable the iminodiacetonitrile and the epoxy chloropropane to be cohered in the same molecule, NaOH is added to enable adjacent -OH and CI in the molecule to remove HCI under alkaline condition so as to generate epoxy group in closed-ring mode, the epoxy group and diallylamine perform ring-opening reaction to enable the diallylamine to be connected in the molecule, -CN group is hydrolyzed under alkaline condition to obtain carboxyl-COO-, and finally the macromolecule chelating agent is obtained by adopting radical aqueous solution polymerization. Each structure unit in the molecule of the macromolecule chelating agent contains a strong chelating group -N (CH2COO-)2 which can form chelate containing a plurality of stable five-membered rings with a plurality of kinds of metal ions. The method is wide in application range and particularly suitable for being combined with an ultra-filtration method to separate and extract rare metals and precious metals, efficient separation and enrichment of heavy metals, advanced treatment of waste water of heavy metals and the like.

The invention discloses a method, a device and a terminal for controlling alarm clock rings, and belongs to the technical field of software. The method comprises the following steps of: acquiring information of official holidays and official working days in advance, and recording the information of the official holidays and the official working days, so after the system time is acquired, whether the system time is the recorded official holidays or official working days can be determined after the system time is recorded, when the acquired system time is the recorded official holidays, an alarm clock is prevented from ringing before the acquired system time achieves the time set in advance, and when the acquired time is the recorded official working days, the alarm clock is controlled to ring when the acquired system time achieves the time set in advance. According to the invention, whether the alarm clock rings or not can be controlled flexibly according to the official holidays and official working days acquired in advance, so that a user does not need to change the ringing modes of the alarm clock by hands.

Disclosed is an automatic mode switching system for mobile stations, using a very weak radio wave in changing the ringing call-arrival informing mode to the silent call-arrival informing mode, or in putting the mobile station in a selected condition of "transmission-and-reception ceased", "transmission ceased", "phone-conversation inhibited", "electric power off" or such like in the phone-conversation inhibited place. It includes first and second control signal generators positioned on the inside and outside of the entrance of the closed space. Each control signal generator has at least inputting means for inputting control conditions according to which the mobile station is permitted to work, memory means for storing the contents of control condition; and transmitting means for transmitting the control signals representing the control condition. When getting in the closed space the mobile station receives via its antenna the radio wave carrying the control signals from the first control signal generator to make the mobile station to switch its working mode from the ringing to silent mode, thereby informing the call arrival by means of medium other than sound, and when getting out of the closed space the mobile station receives via its antenna the radio wave carrying the control signals from the second control signal generator to make the mobile station to switch its working mode from the silent to ringing mode, thereby informing the call arrival by means of sound.

The invention discloses a disk position fixing method in a storage system. The invention separately in each disk cabinet pre-arranges a mark which only marks the disk cabinet, and after gaining the mark of each disk cabinet, the invention need not a software in a storage controller to distribute the mark for each disk cabinet, but can directly realize the disk position fixing according to the gained mark and disk information of each disk cabinet. Moreover, in a state of a ring mode adopting double storage controller, the mark of each disk cabinet gained by the two storage controller are both the same and need not the software in the storage controller to turn over the order of arrangement of the mark of each disk cabinet. The invention also can separately arrange a display unit for each disk cabinet, and differentiate a plurality of disks of which positioning lights are lighted up via the display unit displaying the mark of the disk cabinet which is near from the display unit. The invention also discloses the storage system for realizing the disk position fixing.

The invention provides an incoming call prompting method and device, and a handset, relating to the communication technical field. The method records the unconnected times of an incoming telephone number in preset time in a mute or vibration mode, further determines whether the incoming telephone number belongs to telephone numbers contained in a preset important telephone number set if the unconnected times exceed a preset time threshold, switches the mute or vibration mode of incoming prompting into a ringing mode to prompt the user to answer calls if the incoming telephone number belongs to telephone numbers contained in a preset important telephone number set, and does not perform any processing on telephone numbers contained in a non-critical telephone set even the unconnected times exceed a preset time threshold in the preset time. The method can effectively avoid missing important calls under the condition of preventing users from disturbance of crank calls.

A workpiece locating device of a multi-motorcycle-type welding production line of general motors is used for improving flexible manufacturing capacity of the welding production line. The workpiece locating device comprises a polyhedral operating platform, a driving mechanism and a frame, at least four working faces are arranged on the polyhedral operating platform which is fixedly assembled with the driving mechanism fixedly installed on the frame, the frame comprises two portions which are symmetrically arranged in a left-and-ring mode, and the two portions are both fixed on a horizontal operation face. The workpiece locating device has the advantages of being strong in generality and stable in performance, being capable of achieving welding production of multiple motorcycle types in a same welding wire body, greatly reducing capital investment of production facilities, particularly being capable of enabling a period of new product mass production to be obviously shortened, and improving production efficiency of the motors.

The invention discloses a method for reminding missed calls of a mobile phone. The method comprises the following steps of: (1) receiving incoming call signals; (2) detecting whether the front surface of the mobile phone faces downwards or the mobile phone is positioned in a pocket, if so, selecting a mute vibration mode to perform missed call reminding, and otherwise carrying out the next step; (3) detecting whether an object approaches the mobile phone or the mobile phone is held in a hand, if so, selecting the mute vibration mode to perform missed call reminding, and otherwise carrying out the next step; and (4) selecting a ringing mode to perform missed call reminding. To sum up, on the premise that a user only needs to select intelligent reminding, on an occasion requiring quietness, the front surface of the mobile phone faces downwards or the mobile phone is put in the pocket, or when the mobile phone is not put in the pocket or the front surface of the mobile phone does not face downwards, the mobile phone is held by a hand or an object approaches the mobile phone, the incoming call ring-tone cannot influence others, so that inconvenience and negligence caused by frequently switching the modes of reminding the missed calls on different occasions are avoided.

The invention discloses a starting method of a small-radius curve tunnel. The starting method of the small-radius curve tunnel includes the following steps that the angle between a shield tunneling machine and the normal of a tunnel entrance and the maximum deviation position of the central line of the shield tunneling machine and a designed tunnel are determined through calculation and fitting, before the maximum deviation position, a duct piece on the shield tunneling machine is installed in a half ring mode, and after exceeding the maximum deviation position, the duct piece on the shield tunneling machine is installed in a full ring mode; an annular plate is installed on the upper half part of the first duct piece installed in the full ring mode. Through the structure form combining half-ring duct pieces and a steel support, the problem that starting turning is difficult for a curved tunnel shield is solved, and discharging supply in the tunneling process is facilitated. The starting method of the small-radius curve tunnel does not need a counter-force frame, the duct pieces directly act on a rear hole duct piece serving as the counter-force frame, the space between the duct pieces and the rear hole duct piece is filled compactly through a steel plate, the steel pipe support acts on a starting well ground connecting wall, work efficiency is improved, and the starting method is suitable for a small shield work surface.

An internally damped laminated tube comprises an outer layer and an inner layer, with a viscoelastic layer disposed therebetween. The outer and inner layers constrain the viscoelastic layer, thereby providing noise and vibration reduction through constrained-layer damping. While both the outer and inner layers act as constraining layers, the outer layer also preferably provides structural support for the tube, thus necessitating a thicker outer layer. Preferably, the outer and inner layers comprise steel. The internally damped tube according to the present invention exhibits a composite loss factor greater than four percent for ring modes occurring at vibrational frequencies between 700 and 950 Hz.

The invention discloses a method for setting an intelligent electronic alarm clock based on an applied statistical method and embedded computing. The method comprises the following steps: carrying out data statistic analysis on the basic information of users (possibly comprise the personal information of users, and the weather condition and traffic situation information and the like required by the alarm clock) by the alarm clock so as to obtain an optimal ringing time, and setting three ringing modes, so that the alarm clock is more humanized and intelligentized, thereby solving a plurality of actual problems existing in common electronic alarm clocks; then, optimizing the obtained results, thereby obtaining the work-rest habits of the users, and then optimizing the function of the alarmclock, so that the alarm clock is more humanized and intelligentized.

Method and apparatus for power conversion. In one embodiment, the method comprises operating a resonant converter in a ring mode comprising (i) holding a plurality of switches of the resonant converter in a first switching state throughout a pre-determined number of resonant periods; and (ii) maintaining the plurality of switches in the first switching state for a fraction of a subsequent resonant period until an amount of energy has been transferred through the resonant converter to achieve a pre-determined output power from the resonant converter.