18 results about "Receipt" patented technology

Techniques that assist in processing of failure detection protocol (FDP) packets. Techniques are provided that assist a CPU of a network device in processing incoming FDP packets. In one embodiment, a module is provided in a network device for detecting and flagging the non-receipt of FDP packets by the network device for one or more FDP sessions. In this manner, the task of detecting non-receipt of FDP packets is offloaded from the CPU of the network device. This enables the network device to support newer FDPs with shorter periodic interval requirements.

A data processing apparatus is provided which allows easy identification of a correspondence relationship between a trace packet and a performance packet. The data processing apparatus includes: a measurement trigger generation unit that generates a measurement trigger; a performance monitor unit that measures a performance measurement event collected from a central processing unit (CPU) and outputs a measurement value; and a CPU trace unit that generates a trace packet sequence of trace information including an operation record of the CPU. Upon receipt of the measurement trigger, the performance monitor unit starts or ends measurement of performance metrics or outputs the measurement value, while, upon receipt of the measurement trigger, the CPU trace unit generates a trigger packet indicating generation of the measurement trigger and inserts the trigger packet, at a position corresponding to timing with which the measurement trigger is generated, into the trace packet sequence.

The system of this invention manages customer orders using vendor supplied software systems interfaced on a real-time basis to touch the data in each system on a real-time basis. In effect, there is horizontal communication between the various components of the system such as inventory, purchasing, order management and receipt, logistics and inventory to have continual data flow without using a vertical software interface. As a result, customer orders are received on a real-time basis using screens that are user friendly to promptly take orders, to verify customer data and to verify the ability to meet those orders. Transmission of documents within the system is minimized thereby making it more efficient, timely and cost efficient.

The present invention provides a flexible and dynamic notification system. A service node acts as a contact proxy for a subscriber, wherein each subscriber has various actual notification addresses associated with different networks or communication terminals. For each subscriber, the service node supports a common notification address, which is used by various notification services to send notification messages to the subscriber. Upon receipt of a notification message to a subscriber's common notification address, the service node will send the notification message to an appropriate one or more of the subscriber's actual notification addresses. The actual notification address may be predefined or may be selected based on various criteria, including a defined subscriber profile or presence information associated with the subscriber. Different actual notification addresses may be selected at any given time based on the selection criteria. Further, the service node may simultaneously forward multiple messages to different actual notification addresses.

A method for configuring a printer comprises printing instructions associated with a set of options on a printer. Input based on the printed instructions is received via an input interface of the printer. The printer is then configured according to the input received. The instructions can correspond to a set of options which are printed with the instructions. The options can correspond to pre-defined settings identified using user-friendly names. In one embodiment, the input is sent to a server that then transmits configuration information to the printer. Upon receipt of the configuration information, the printer configures itself accordingly.

A system for processing transactions in a distributed network is disclosed. In the system, various parties interact by means of client subsystems that allow them to use public key cryptography to digitally sign and verify messages. The parties send these messages to each others' client subsystems and to a transaction server, which carries out financial transactions on behalf of the parties. All financial transactions generate receipts signed by the transaction server and the initiating party, creating a secure and fraud-resistant audit trail. The integrity of the system can be verified on a continuous and ongoing basis by examining the receipts that result from transfers. The risk of fraud arising from deposits and withdrawals between the system and external sources is mitigated by isolating such transactions. Parties in the system may generate digitally signed offers specifying financial payments and/or non-financial terms and conditions that may be accepted by other parties in the system. The system's distributed nature and isolation of third-party payment handling fees make small financial transactions economically viable.

The invention relates to a tool management method. The method comprises the following steps: S1, the basic data of the tool are inputted to a tool management system; S2, a demand plan for N+3 months is imported from a logistics system, N is a month, demands of the tool in N+3 months are calculated according to different life spans of different products processed by the tool, and purchasing management is carried out; S3, according to an order, receiving management with one code for one thing is carried out on the tools; S4, according to a quality inspection standard, the tools are subjected toquality inspection, a return or concession receipt is generated for the tools with unqualified quality inspection, and returning or concession receiving processing on the tools is completed; S5, inventory management and inventory early warning are carried out on in-stock tools; S6, pre-adjustment management is carried out on the tools; and S7, the life span data of the tools are acquired for dataanalysis, and the life spans of the tools are controlled. Scientific and reasonable tool management can be realized, the making cost can be reduced, the hidden quality dangers can be reduced, and theworking efficiency is enhanced.

The invention discloses a receipt automatic identification method based on OCR. The method comprises the steps of text extraction through OCR, document type recognition, document template recognition,universal recognition rule recognition of character meanings and recognition of character collection in sequence, completing text recognition of receipts in logistics transportation, and meanwhile improving recognition precision through error correction in the license plate ID recognition process. According to the method, the effect of extracting the cargo transportation elements from a section of disordered and meaningless characters is achieved, so that the text recognition accuracy and the logistics transportation detection working efficiency are improved.

Disclosed is a slow-acting ON/OFF valve which includes a valve-opening pressure chamber that makes an actuating member (which actuates a valve body that comes into contact with and moves away from a valve seat to close and open a flow passage) move in a valve-opening direction against a spring biasing force in a valve-closing direction, and supplies air to the valve-opening pressure chamber, in minute increments, via a flow rate regulation valve. In this slow-acting ON/OFF valve, the dead time from the receipt of a valve-opening signal to the commencement of a valve-opening operation is short. A manifold is provided independently of the valve-opening pressure chamber. Between the valve-opening pressure chamber and the manifold, the following three valves are provided: a pressure regulation valve which allows air to flow into the valve-opening pressure chamber from the manifold until pressure in the valve-opening pressure chamber reaches a predetermined reserve pressure and which is closed upon the pressure in the valve-opening pressure chamber reaching the reserve pressure; a flow rate regulation valve which supplies air to the valve-opening pressure chamber from the manifold, in minute increments, after the pressure in the valve-opening pressure chamber reaches the reserve pressure; and an exhaust valve which rapidly discharges air in the valve-opening pressure chamber to the manifold upon pressure in the manifold dropping below the pressure in the valve-opening pressure chamber and is thereafter closed.

The invention relates to the field of garment finished product quality detection, and discloses a garment production quality tracing system. The garment production quality tracing system comprises quality acquisition subsystems and a finished product quality tracking platform, wherein each procedure of a garment production line is provided with one of the quality acquisition subsystems, each quality acquisition subsystem is connected with the finished product quality tracking platform and transmits data to the finished product quality tracking platform; and each quality acquisition subsystem is provided with a two-dimensional code generator; the finished product quality tracking platform comprises a thin client, a touch display, a two-dimensional code scanning platform and a receipt printer, and the touch display, the two-dimensional code scanning platform and the receipt printer are connected with the thin client. The garment production quality tracing system has the advantages of being real-time and fast, improving inspection efficiency and total pass rate, being capable of sharing information, facilitating anti-counterfeiting and data analysis, and reducing production cost.

An apparatus for implementing branch intensive algorithms is disclosed. The apparatus includes a processor containing a plurality of ALUs and a plurality of result registers. Each result register has a guard input which allows the ALU to write a result to the register upon receipt of a selection signal at the guard input. A lookup table is dynamically programmed with logic to implement an upcoming branching portion of program code. Upon evaluation of the branch conditions of the branching portion of code, the lookup table outputs a selection signal for writing the correct results of the branching portion of code based on the evaluation of the branch condition statements and the truth table programmed into the lookup table to the result register.

The invention discloses an automatic patent annual fee reminding system including a central processing module, a contact target input module, a patent feature input module, a patent search tracking module, a patent invalidation sorting module and a serial contact reminding module. A corresponding system module is used input relevant information of the reminded person and the feature information ofthe patent to be searched to the system, and then the system retrieves and tracks the related patents daily, and sorts the retrieved patents in sequence based on the time of failure. When the systemdate approaches the expiration date of the patent, the system automatically contacts the reminded person to do relevant reminders until the reminded person confirms receipt of the reminder. The use ofthis system saves manpower resources and avoids errors of manual retrieval and identification, which in turn avoids the need for manual proofreading and additional costs incurred by proofreading.

The invention discloses a communication system and method in the logistics process, relates to a communication system and method in the logistics process, and particularly relates to the express delivery industry. The communication system comprises goods with logistics receipts, a mobile terminal and a server, wherein the logistics receipts are provided with bar codes, the mobile terminal is connected with the server through a wireless network, the mobile terminal is provided with software, communication is directly performed through operating the software in the mobile terminal, a communication mode is not displayed, and contact information does not need to be input manually. The mobile terminal scans the bar codes and then obtains the communication mode from the bar codes by using a background program. After the bar codes are scanned by the mobile terminal, the background program obtains the communication mode from the server. The system further comprises a computer connected with the server through the network. The communication mode is not directly displayed after the computer obtains the communication mode from the server or the bar codes, and the software is directly operatedto perform contact. According to the communication method in the logistics process, communication is directly performed by operating the software, the contact information does not need to be input manually, and the communication mode is not displayed. The software is operated in the mobile terminal or in the computer.