29 results about "Peripheral" patented technology

A network or web-based point of sale (WPOS) system employs a store server and point-of-sale client computers that are connected over a store LAN or over the Internet to the server. The server provides all necessary operating drivers for cash drawer, scanners, and other point-of-sale peripherals via the web browser of the client computers. An instant kiosk retail solution can involve a remote computer terminal installed via the Internet, and will support peripheral POS devices. The web-based system permits management to obtain store performance reports remotely, and permits customers to schedule and reschedule appointments and delivery times. Servers at two or more store sites can communicate with one another and with a headquarters mainframe. The WPOS can be implemented as an integrated suite for collaboration between store locations.

A system and method for enhanced patient programming security for remote programming via paired communication/implantable medical device access via custom hardware. The system comprises an implantable medical device capable of telemetric communication with an external device. The implantable medical device may be paired to a remote monitoring device. The implantable medical device and/or the remote monitoring device challenge other devices to provide information for authentication and/or authorization. The information may be information about the implantable medical device, information about the remote monitoring device, information about the patient, or heuristic information. The information may be stored in an electronic medical records system.

A memory alignment system for efficient data transfer between a host system and a remote system comprises a data communications controller configured to align transmitted and received data based on formatting information received from the host system. When transmitting data from local system memory, for example over an Ethernet connection, communications control driver software may first write formatting information corresponding to the data into a configurable transmit data buffer. The data communications controller is operable to align the data based on the formatting information as the driver software moves the data into the transmit data buffer. Similarly, the driver software may write formatting information for receive data into a receive-format configuration buffer. The data communications controller may align the receive data based on the receive-formatting information as the receive data is being written into a configurable receive buffer. As the data communications controller performs all the required data alignment, no data alignment by the host processor is required.

An optical sheet suitable for use in a laminate comprising at least one glazing component. The optical sheet comprises a non-metallic multi-layer optical film that has multiple optical layers, and can be, for example, a solar energy reflective film (e.g., an infrared radiation reflective film). The multiple layers are thermally and/or otherwise fused together along all, substantially all or at least a substantial portion of the peripheral edge of at least the optical film, so as to prevent or at least substantially reduce the occurrence or degree of delamination of the multiple layers along all, substantially all, or the substantial portion of the peripheral edge of the optical film. At least the optical film can be dimensioned such that, when bonded to a glazing component, all, substantially all or at least the substantial portion of the peripheral edge of at least the optical film is positionable so as to be co-extensive with or substantially co-extensive with a corresponding portion of the peripheral edge of the glazing component to which the optical sheet is to be bonded.

A non-volatile memory device and an operating method thereof are provided. The non-volatile memory device includes a memory unit including a plurality of memory blocks and a cam block, a peripheral circuit unit configured to program memory cells included in the plurality of memory blocks and the cam block or read programmed data, and a processor configured to control the peripheral circuit unit to measure an offset voltage by memory cell group in the plurality of memory blocks to set a read voltage during a test read operation and control the peripheral circuit unit to perform a read operation by memory cell group by using a new read voltage during a read operation.

The invention aims to provide a microfluidic chip system for culture and multiplication behavior research of marine microalgae. Inoculation, batch culture, semi-continuous chemostat culture of the marine microalgae and a marine microalgae population multiplication behavior online monitoring process are integrated on a functional chip to be completed by means of fabrication of a scale integration chip and flexible combination of multiple cell technologies on the chip. The microfluidic chip system consists of two elementary units, wherein the first elementary unit refers to the microfluidic chip for culture and multiplication behavior research of the marine microalgae, and the second elementary unit refers to microfluidic chip peripheral equipment for culture and multiplication behavior research of the marine microalgae. The microfluidic chip system has the advantages that the microfluidic chip system is high in throughput, simple and convenient to operate and low in cost and is a novel platform for marine microalgae culture, population multiplication research and correlational research fields of using microalgae as experimental subjects.

An in-vehicle network system includes a plurality of first controllers; a plurality of first communication lines, the first communication lines being respectively connected to the first controllers; a connector that connects an external device or a wireless communication device; a connection communication line that is connected to the connector; and a first relay device that relays between the first communication lines and the connection communication line. The first relay device is configured to determine whether a security level in data communication between the first controllers is increased according to a type of the external device or a communication state of the wireless communication device in a state in which the external device or the wireless communication device is connected to the connector, and the first relay device is configured to increase the security level when the first relay device determines that the security level is increased.

The invention provides an anti-falling safety device, a safety monitoring system and a safety monitoring method. The safety device comprises a pressure sensor used for detecting the lying information of an infant on the safety device, a communication unit connected with the pressure sensor and used for sending the lying information to external equipment, and a power supply unit connected with the pressure sensor and the communication unit and used for supplying power to the safety device. According to the invention, the sleep state of infants can be monitored in real time, there is no need for parents to take care of infants closely, the safety of infants when the infants sleep alone is effectively guaranteed, and the occurrence of accidents is prevented.

A determination as to whether or not a random operation is able to be performed for a preset tour of a surveillance camera may be easily made, and user's operability may be improved. A client device transmits a command for making an inquiry about the capability of the surveillance camera for a random operation regarding a preset tour. The surveillance camera receives the command, and transmits capability information of the random operation to the client device. The client device analyzes the received information, and changes the GUI display of the client device.

A signaling device includes a balloon element having a substantially flat center portion and an inflatable peripheral edge. The signaling device also includes an inflation valve assembly connected to said peripheral edge and a canister having compressed gas connected to said inflation valve assembly. The gas may be expelled into the peripheral edge to unfold and stretch the balloon element into its desired shape. The inflated peripheral edge also enables the signaling device to float on water.

Disclosed herein is an electronic apparatus. The electronic apparatus includes a main body, an image capturing module, a detection unit, a controller, and an output unit. The image capturing module is mounted on the main body and acquires an image of an object. The detection unit is mounted on the main body and detects an angle of the main body with respect to a horizontal line, where the horizontal line is perpendicular to an optical axis of a lens of the image capturing module and is parallel to the horizon. The controller determines a photographing angle of the object based on the detected angle of the main body. The output unit outputs information regarding the photographing angle to an external device.

The application discloses an external equipment setting method, comprising the following steps: enabling the external equipment to receive a setting start instruction, starting a setting mode, and mapping the content of a setting menu to a textbox of display equipment in the form of a universal keyboard code; receiving a setting selection instruction of selecting a corresponding setting option for the external equipment, and mapping the selection process to the textbox in the form of the universal keyboard code; and saving the selection of the setting option, and applying the setting. According to the external equipment setting method, the external equipment, that is, electronic equipment, is disguised as a universal keyboard, the setting mode is started after the external equipment is connected to a terminal, the setting menu is mapped to the software of the terminal that can input texts in the form of a keyboard code, the external equipment can be set without executing a software installation process, and the setting mode of the external equipment can be greatly facilitated. The application also discloses the external equipment which has the above beneficial effects, and details are not described herein.

The unit comprises an assembly for clasping-escaping and a receptacle-terminal assembly. The assembly for clasping-escaping includes an L-shape subassembly having a vertical wall provided with backwards projecting, vertically spaced and inverted at 90″ T-beams for connecting the L-shape subassembly to a parallelepipedic open box subassembly of a receptacle-terminal assembly. A bottom plate, located at the lowest part of the vertical wall extends outwardly. A passage above the bottom plate has a base terminating in a pair of serrations. The clasping-escaping includes a flat bar that after folding itself extends into a diverging strip provided with a multitude of serrations for meshing with the pair of serrations when a component is clasped. The parallelepipedic open box subassembly incorporates a plurality of T profile protrusions for connecting with the backwards projecting, vertically spaced and inverted at 90″ T-beams.

A communication apparatus, when a first notification for deactivating all communication functions of a plurality of communication interfaces of an external apparatus is received from the external apparatus via a predetermined communication interface, does not deactivate a communication function of the predetermined communication interface for a predetermined time, when a second notification for individually activating at least one communication function out of the communication functions of the plurality of communication interfaces of the external apparatus is received via the predetermined communication interface within the predetermined time, activates a communication function of a communication interface that corresponds to the second notification, and after the predetermined time elapses, deactivates a communication function of a communication interface that does not correspond to the second notification.

The invention discloses a novel intelligent intermediate cabinet, including cabinet, at that bottom of the inn cavity of the cabinet, a bus bar placing rack is arrange, the upper surface of the bus bar placing frame is hinged with a finite position plate, a line groove 2 is arranged on that side surfaces of the limit plate and the bus bar placing frame, the side surfaces of the cabinet inner cavity are respectively provided with a sliding groove 1 and a sliding groove 2, a mounting plate 2 is slidably connected to the upper surface of the slide groove 1, an upper surface of that mount plate 2is provided with a cable rack, the front side of the cable rack is uniformly distributed with a cable groove 1, the novel intelligent central cabinet is convenient to classify and fix the bus-bar outgoing cables by providing a bus-bar placing rack and a limit plate, as that cable rack and the cable slot are arrange, the cable can be sorted and fix; as the sliding slot and the sliding slot are arranged, the mounting plate and the mounting plate can be disassemble and installed; and as the wireless transceiver is arranged, the PLC controller can be connected with the external equipment, and theremote control can be carried out, and the use is relatively convenient.

The invention relates to the technical field of engineering machinery power supply management, in particular to an intelligent distributor. The intelligent distributor comprises a master controller unit, a CAN bus interface unit, a LIN bus interface unit, a power distribution module and a power supply unit, wherein the master control unit is used for managing the work of a whole system; the CAN bus interface unit is arranged on the master controller unit to finish data communication between the master controller unit and an external device, receives control commands of the external device on the one hand, and sends status information of the power distribution module to the external device on the other hand; the LIN bus interface unit is arranged on the master controller unit to finish data communication between the master controller unit and the power distribution module, wherein the data communication comprises transmission of the status information and the control commands; the power distribution module is connected with the LIN bus interface unit to finish power distribution output control, power distribution fault diagnosis and communication with the master controller unit; the power supply unit supplies power for the master controller unit, the CAN bus interface unit and the LIN bus interface unit.

The invention provides a terminal which comprises first processors, second processors and external devices. The first processors are used for processing private data in the terminal; the second processors are used for processing non-private data in the terminal; the external devices are respectively connected to the first processors and the second processors and interact with the first processors and the second processors; when the external devices interact with the first processors, the second processors set ports, which are connected to the external devices, of the second processors into high resistance states; when the external devices interact with the second processors, the first processors set ports, which are connected to the external devices, of the first processors into high resistance states. According to the technical scheme, the terminal has the advantages that the private data and the non-private data in the terminal can be physically separately processed, so that the private data can be assuredly prevented from being acquired by unsafe application programs, and the safety of the terminal can be effectively improved.

The invention discloses a ministerial standard peripheral management device and a management method thereof. The input end of the device is in communication connection with a host; the output end of the device is in communication connection with a ministerial standard peripheral; the device comprises a control module and a conversion module; the control module is connected with the conversion module; the conversion module is connected with the ministerial standard peripheral; the control module receives communication data from the host and transmits the communication data to the conversion module through a UART; and the conversion module receives the communication data transmitted from the control module, converts the communication data into transmission protocol data which can be recognized by the ministerial standard peripheral, and transmits the transmission protocol data to the ministerial standard peripheral. By connecting ministerial standard peripherals to the ministerial standard peripheral management device in a unified way, whether the host reserves interfaces meeting the requirements of the ministerial standard peripherals or not is not required to be considered; and meanwhile, if a user replaces a control device and a control platform, only the host needs to be replaced, and a new host is connected with the ministerial standard peripheral management device again, sothat software and hardware do not need to be redeveloped, and development resources and time are saved.

An oral device for checking a time to go to a dentist. The oral device includes a pH sensor configured to measure pH within an oral cavity, a housing on which the pH sensor is mounted, a processor configured to analyze measured pH from the pH sensor, and a wireless communication unit functionally connected to the processor and configured to perform communication with an external device. The oral device is useful for a patient who needs continuous management such as an implant surgery patient by allowing the patient to visually and easily check a time to go to a dentist and an individual oral condition of the patient. Further, by allowing the user to simply check the condition of the oral cavity at home, it is possible to more effectively manage the condition of the teeth and to save medical expenses.

The invention provides a method for preparing a 3D surrounding gate MOS transistor, comprising the steps of: forming an N-type well and a P-type well isolated by a shallow trench isolation structure on a silicon substrate; Silicon nanowires are grown on the region to form NPN nanowires and PNP nanowires respectively; after continuing to deposit an oxide isolation layer and planarize, remove the oxide isolation layer located in the middle; sequentially deposit the gate oxide layer and polysilicon , and after etching away the polysilicon located between the NPN nanowire and the PNP nanowire, deposit an oxide isolation layer; remove part of the oxide isolation layer to expose part of the polysilicon covering the NPN nanowire and the PNP nanowire, and The exposed polysilicon is removed; after the oxide isolation layer is deposited again, the source, drain and gate are prepared to form a MOS transistor. The method is easy to operate, improves the control ability of the gate to the channel and improves the performance of the device.

The present invention discloses an electro-cardio signal acquiring apparatus, which comprises a main shell, at least two electrodes, an electro-cardio signal acquiring circuit which contains a processor and a memory, a connector used for communication and a movable housing used for covering the connector. At least one of the electrodes is arranged on the movable housing. When electro-cardio signal acquisition is performed, the movable housing is in the first state. When the electro-cardio signal acquiring apparatus is communicated with a piece of external equipment, the movable housing is moved to the second state, in order to expose the connector used for communication and to simultaneously disconnect the connection between the electrodes on the movable housing and the electro-cardio signal acquiring circuit. The electro-cardio signal acquiring apparatus of the present invention is widely applicable for various occasions needing electro-cardio signal acquiring apparatuses.

The invention provides a treatment method for external equipment access to an intelligent device, a device and equipment thereof. The method comprises the following steps: after a hidraw device node corresponding to the external equipment is created through the ueventd process, and the information about finished creation of the hidraw device node is sent to an application program in the application space through the ueventd process; after the application program receives the information about the finished creation of the hidraw device node, the application program executes corresponding operations to the hidraw equipment node. It is guaranteed that the application program will not fail in opening the hidraw equipment node. The technical problem that a smart television in the prior art haspoor local voice recognition capability in an offline environment and the recognition rate will be reduced when continuous control is carried out. Then, the success rate of voice recognition is effectively increased.