72 results about "Function Indicator" patented technology

A control unit is set up to operate a target device by receiving a first input for selecting from a plurality of protocols stored in the control unit a protocol that is appropriate for communicating with the target device. The control unit is then caused to transmit to the target device, using the selected protocol, a request for configuration information. In response to the receipt of the request, the target device returns to the control unit a function indicator and the control unit selects from a plurality of commands appropriate for the target device stored in the control unit a command corresponding to the function indicator. The selected command is mapped to a function key of the control unit such that activation of the function key results in communication of the selected command using the selected protocol to the target device to thereby control a function supported by the target device that is represented by the function indicator. The function indicator may alternatively be a code that indicates to the control unit that data following the code is a definition of a new infrared code and a corresponding key annotation.

The invention provides a method of student assessment comprising the steps of analysing a curriculum into one or more curriculum functions; for one or more students storing a student profile in computer memory; storing in computer memory one or more test items for the curriculum comprising a test question and at least one curriculum function indicator, wherein each test question is calibrated to assess performance in at least one curriculum function of the curriculum and the curriculum function indicator represents the at least one curriculum functions assessed by the test question; obtaining from a user a test specification comprising one or more curriculum function indicators; generating a test comprising one or more question items selected and retrieved from data memory in accordance with the test specification; administering the test to one or more of the students; for each student that took the test determining one or more scores for each question item in the test; storing each score in the relevant student profile together with a reference to the corresponding question item; and generating a report for one or more of the students that took the test indicating performance levels for one or more of the curriculum functions tested. The invention also provides a related system and computer program.

A function indicator for a dual temperature sensor, which indicates the falling off of the sensor from the skin surface (4) of a patient. An evaluating device (2) determines the body temperature from a first measured temperature value (TA) and determines the contact of the dual temperature sensor (1) with the skin surface (4) by comparison of the measured temperature values TA and TB.

A corrector (1) for a function indicator (20) for a movement (100) including: a first control mechanism (30) for a first function, in a let down (31) or wound (32) position, a second control mechanism (40) for a second function, in a let down position (41) or release control position (42) followed by a return to the preceding position, and a display indicator (20) for a third function. First mobile part (50) driven by the first control mechanism (30) occupies a letting down (51) / winding (52) position, when the mechanism occupies the let down (31) / wound (32) position. Second mobile part (60) actuating the indicator (20) is driven by the second control mechanism (40) changing into the control position (42) when the first mobile part (50) is in a winding position (52) and cooperates with this latter in the letting down position (51), under the action of return mechanism (70).

A function indicator for a dual temperature sensor, which indicates the falling off of the sensor from the skin surface (4) of a patient. An evaluating device (2) determines the body temperature from a first measured temperature value (TA) and determines the contact of the dual temperature sensor (1) with the skin surface (4) by comparison of the measured temperature values TA and TB.

Instructions and logic provide for a Single Instruction Multiple Data (SIMD) SM4 round slice operation. Embodiments of an instruction specify a first and a second source data operand set, and substitution function indicators, e.g. in an immediate operand. Embodiments of a processor may include encryption units, responsive to the first instruction, to: perform a slice of SM4-round exchanges on a portion of the first source data operand set with a corresponding keys from the second source data operand set in response to a substitution function indicator that indicates a first substitution function, perform a slice of SM4 key generations using another portion of the first source data operand set with corresponding constants from the second source data operand set in response to a substitution function indicator that indicates a second substitution function, and store a set of result elements of the first instruction in a SIMD destination register.

A system and method for indication of temperature exposures beyond a set of predetermined limits employs the salts of weak acid-strong base or of a strong acid-weak base compound as reactants. A device includes a housing and capsule. A first reactant and a liquid are included within the capsule. The liquid is chosen such that it expands upon freezing. The capsule is sized such that when the liquid freezes and expands, the capsule fractures. A second reactant is provided within the housing. The location of the second reactant and the method of attaching (if any) the second reactant to the housing may take various forms. When the liquid within the capsule freezes, it expands and fractures the capsule. Upon thawing, the reactant within the capsule escapes and mixes with the reactant located outside the capsule. A second embodiment is a time-temperature indicator. A flexible housing is used, allowing the user to manually deform the housing to fracture a capsule enclosed therein. The reactants combine to produce a color. The color is chosen to be a different color than the housing, allowing a person viewing the indicator device to quickly and easily determine the status of the object being monitored. The threshold temperature at which the device will indicate a changed condition may be varied. Exemplary temperatures include below the freezing temperature, at the freezing temperature, and above the freezing temperature. The capsule composition may be varied such that it melts at a predetermined temperature. Thus, the device may also be used to indicate whether a high temperature has been met or exceeded.

The invention discloses an electronic device, a manufacturing method thereof and a method for identifying and driving a display screen. The manufacturing method comprises the following steps: presetting identification pins for each compatible display screen, wherein the combination of the level values of all the identification pins of each display screen is corresponding to the size of the display screen and a driving function; defining a dynamic function indicator for indicating the driving function for each driving function; compiling a uniform software package; integrating the related contents in the software package and unloading to a mobile phone; and at the moment of starting the mobile phone, identifying the size of display screen by reading the combination of the level values of the identification pins, thereby acquiring the corresponding dynamic function indicator and retrieving and performing the driving function through the dynamic function indicator and finally driving the display screen to display. According to the method, the operation of compiling different software aiming at a driving chip is unnecessary and repeated downloading is unnecessary, so the method has the advantage of increasing the efficiencies of development, production and after-sale service of the electronic device.

An imaging operation controller includes: a casing, a control panel attached to a back part of the casing and provided with a plurality of operating members and function indicators indicating the functions of the operating members and placed near the operating members, respectively. The control panel includes a base plate attached to the casing, a mounting plate placed on the base plate and a printed indicator sheet placed on the mounting plate. The plurality of operating members are supported on the base plate, indicator lighting light sources are supported on the base plate at positions respectively corresponding to the function indicators so as to emit light backward. The indicator lighting light sources are white light-emitting diodes attached to the base plate so as to emit light backward.

A dial plate structure includes first and second dial plates and a rotary indicator. The first dial plate has a first opening or a first cutout. The second dial plate is arranged under the first dial plate and has a plurality of function display portions exposed through the opening or the cutout. The rotary indicator is arranged between the first and second dial plates and has a function indicator to selectively indicate one of the function display portions by rotation. The rotary indicator is partially exposed through the opening or the cutout. The rotary indicator has, on the surface thereof, a plurality of index markers respectively corresponding to the function display portions. The first dial plate has a second opening or a second cutout to expose one of the index markers when the function indicator indicates one of the function display portions corresponding to the indicated function display portion.

A dual-function heat indicator for monitoring two or more modes of heat exposure is described. A manufacturing process for the dual-function heat indicator is also described. Dual-function heat indicators as described may be useful for monitoring the exposure of host products, with which the dual-function heat indicators may be associated, to cumulative ambient heat exposure and to a peak ambient heat exposure, and for other purposes.

The dial (4) of the watch is fitted with an indicator (10), preferably with a hand (11), which displays the function fulfilled by a control crown (8), respectively, in each axial position of the crown, including a highly water resistant position in the case of a screwed-in crown. The indicator is controlled by axial movements of a sleeve (15) secured to the crown, via a transmission mechanism (30) including a slide block (35) that is mobile parallel to an axis of rotation (14) of the crown. The hand is secured to a pinion (32) meshed with a rack (34) arranged on a slide block. The slide block includes a flexible part (38) between a back part that slides in a groove (36), and a front arm (39) provided with a lateral finger (40) engaged in an annular groove of the sleeve. This transmission is compact and facilitates assembly and removal.

An apparatus, system, and method are disclosed for real-time diagnosis of a NOx-adsorption catalyst (NAC). The method includes verifying that a NAC temperature exceeds a threshold, determining that the NAC is in a steady-state operating condition, and surveying a first oxygen sensor upstream of the NAC and a second oxygen sensor downstream of the NAC. The method further includes calculating a lambda difference between the first and second oxygen sensors, and interpreting a NAC regeneration indicator. The method further includes determining a lean-to-rich transition and a rich-to-lean transition area based on the lambda difference and the regeneration indicator. The method concludes with setting a NAC function indicator according to the lean-to-rich transition area and the rich-to-lean transition area.

A multifunction electronic analog timepiece includes a face and a plurality of indicators positioned on the face for displaying at least two time keeping functions. At least two step motors are provided for driving the plurality of time keeping function indicators. The time keeping function indicators are arbitrarily disposed about the face dependent upon the number of step motors and position of step motors required to drive the indicators. A microcomputer is provided and includes a program memory for storing software instructions for controlling the step motors.

Instructions and logic provide for a Single Instruction Multiple Data (SIMD) SM4 round slice operation. Embodiments of an instruction specify a first and a second source data operand set, and substitution function indicators, e.g. in an immediate operand. Embodiments of a processor may include encryption units, responsive to the first instruction, to: perform a slice of SM4-round exchanges on a portion of the first source data operand set with a corresponding keys from the second source data operand set in response to a substitution function indicator that indicates a first substitution function, perform a slice of SM4 key generations using another portion of the first source data operand set with corresponding constants from the second source data operand set in response to a substitution function indicator that indicates a second substitution function, and store a set of result elements of the first instruction in a SIMD destination register.

A dial plate structure includes first and second dial plates and a rotary indicator. The first dial plate has a first opening or a first cutout. The second dial plate is arranged under the first dial plate and has a plurality of function display portions exposed through the opening or the cutout. The rotary indicator is arranged between the first and second dial plates and has a function indicator to selectively indicate one of the function display portions by rotation. The rotary indicator is partially exposed through the opening or the cutout. The rotary indicator has, on the surface thereof, a plurality of index markers respectively corresponding to the function display portions. The first dial plate has a second opening or a second cutout to expose one of the index markers when the function indicator indicates one of the function display portions corresponding to the indicated function display portion.

The invention discloses an evoked potential recorder based on time characteristic indicators, which can carry out the computation and the function indicator measurement based on the following functional relation: L-Lmin=ae-bx or lg(L-Lmin)=-Bx+A, wherein L is response delay of a nervous system to a certain frequency simulating signal, x is logarithm of instantaneous strength of the simulating signal or constant coefficient of an increasing function; P(t) is the instantaneous strength; and Lmin, a and b, A(A=lga) and B(B=b / ln10), and K and T are constants relevant to the time response characteristics of the nervous system. Lmin is the shortest delay, T is a time conversion coefficient, K is a time (sound-electricity) conversion index, and the Lmin, the T and the K can respectively reflect various physiological functions and changes thereof of transfer characteristics of nerve fibers and synapses of hair cells, mechanical transfer characteristics of sound, sensibility of auditory center system nerve cells, sound-electricity conversion characteristics and the like.

The invention provides Bluetooth headset wireless charging boxes. A Bluetooth headset wireless charging box is used for storing and charging a Bluetooth headset box. The Bluetooth headset wireless charging box is a flat box shape of which one end is opened. The Bluetooth headset wireless charging box is equipped with a first parallel side face and a second parallel side face which are set relatively. The first parallel side face and the second parallel side face are in smooth connection through utilization of bending parts. A Lightning male end plug adaptive to a Lightning interface of the Bluetooth headset box is set on an inner end face of the bending part at the bottoms of the first parallel side face and the second parallel side face. A function indicator lamp, a Type-C interface and apower-on key are set, in sequence, at the bottom of the bending part at the bottoms of the first parallel side face and the second parallel side face, along a width direction of the Bluetooth headsetbox. A wireless charging coil and a charging battery electrically connected with the wireless charging coil are set in the first parallel side face. According to the Bluetooth headset wireless charging box, a wireless charging function is realized through utilization of the wireless charging coil, the Bluetooth headset box can be charged, and electric quantity capacity of the Bluetooth headset box is increased.

The invention provides a wireless optical fiber transceiver. The wireless optical fiber transceiver comprises an optical transceiving module, a conversion module and an electric interface, wherein the optical transceiving module and the electric interface are respectively connected with the conversion module. The wireless optical fiber transceiver is characterized by further comprising a wireless communication module, a function control module and a controller, the wireless communication module is connected with the conversion module, and the electric interface, the wireless communication module and the controller are respectively connected with the function control module. The wireless optical fiber transceiver has the benefits that due to the additional arrangement of the wireless communication module, the optical fiber transceiver has a wireless communication function and can carry out wireless data transmission; due to the additional arrangement of the function control module, the optical fiber transceiver can be switched between wired communication and wireless communication; the work mode of the optical fiber transceiver can be conveniently changed by a user through the adoption of a key or a button as the controller; due to the additional arrangement of a function indicator, the mode in which the optical fiber transceiver works can be visually observed by the user.

An electric function module assembly is disclosed. The assembly includes an electric switch box having a pair of electrical contacts adapted for slidable connective engagement with a respective pair of electrical contacts of a switch cover. The contacts of the switch cover are electrically connected to a function indicator to operate the function indicator.

The invention discloses a method for displaying long key functions of a mobile communication terminal. When a function key of a mobile communication terminal including a long key function is pressed, an indicator is displayed, and the indicator includes a pop-up window for displaying long key function help And the long key function executes the remaining time of the clock. The long button function display method of the mobile communication terminal of the present invention includes: a first step of sensing user button input; a second step of judging whether the input button in the first step has a long button function; the judgment result of the second step, When there is a long key function, an indicator showing the long key function is output to the third step of the screen. By adopting the present invention, it is easy for the user to confirm which of the keys of the terminal has a long key function, and the indicator prompts that it has a long key function, which gradually decreases or increases based on a certain time, so that the user can recognize the execution status of the long key function at any time , providing the effect of making it easier to use long keystrokes.

A dial plate structure includes first and second dial plates, a rotary indicator and a cover member. The first dial plate has a cutout portion. The second dial plate is arranged under the first dial plate and has a plurality of function display portions exposed through the cutout portion. The rotary indicator is arranged between the first and second dial plates and has a function indicator to selectively indicate one of the function display portions by rotation. A part of the rotary indicator is exposed through the cutout portion. The cover member is arranged on the second dial plate. The plurality of function display sections are arranged radially outward than the rotary indicator. The cover member is arranged to face the outer periphery of the rotary indicator and to prevent the outer periphery of the rotary indicator from visually contacted through the cutout portion.

The dial (4) of the watch is fitted with an indicator (10), preferably with a hand (11), which displays the function fulfilled by the control crown (8), respectively in each axial position of said crown, including the highly water resistant position in the case of a screwed in crown. The indicator is controlled by the axial movements of a sleeve (15) secured to the crown (8), via a transmission mechanism (30) including a slide block (35) that is mobile parallel to the axis of rotation (14) of the crown. The hand (11) is secured to a pinion (32) meshed with a rack (34) arranged on the slide block (35). The slide block (35) includes a flexible part (38) between a back part that slides in a groove (36), and a front arm (39) provided with a lateral finger (40) engaged in an annular groove of the sleeve (15). This transmission is compact and facilitates assembly and removal.

Instructions and logic provide for a Single Instruction Multiple Data (SIMD) SM4 round slice operation. Embodiments of an instruction specify a first and a second source data operand set, and substitution function indicators, e.g. in an immediate operand. Embodiments of a processor may include encryption units, responsive to the first instruction, to: perform a slice of SM4-round exchanges on a portion of the first source data operand set with a corresponding keys from the second source data operand set in response to a substitution function indicator that indicates a first substitution function, perform a slice of SM4 key generations using another portion of the first source data operand set with corresponding constants from the second source data operand set in response to a substitution function indicator that indicates a second substitution function, and store a set of result elements of the first instruction in a SIMD destination register.

The invention discloses an intelligent automobile key. The intelligent automobile key comprises an automobile key body, a circuit board, an audio plug, a security encryption chip, a communication chip and a function indicator lamp set. The circuit board is arranged in the automobile key body. The audio plug is arranged on the side face of the automobile key body and is connected with the security encryption chip. The security encryption chip is connected with the communication chip and is arranged on the circuit board. The communication chip is connected with the automobile key body and the function indicator lamp set. By means of the mode, the intelligent automobile key solves the problems that in the prior art, when functions are achieved through a 3G module, cost is high, operation is complex and delay is high; the intelligent automobile key can be connected with a smart phone to be expanded, and more abundant vehicle information can be provided through the powerful calculation function of the mobile phone; meanwhile, by means of the calculation function of the mobile phone, an automobile can be conveniently and rapidly managed, and the intelligent automobile key is easy and convenient to operate, low in cost and high in real-time performance.