23 results about "Order entry" patented technology

A service portal enables a user to request a service from a variety of service providers from the comfort of home or elsewhere. The user is able to place the order and pay for the service using a computing device. Depending on the service request, additional steps may be included such as scanning an item or a room, packaging an item, and / or other preparatory steps. Items are able to be identified via scanning. Order entry is able to be initiated via the scanned identification. The scanned items are able to be inventoried and managed. Augmented reality is able to be used with the scanned items. A standalone services app is able to provide entertainment and other accompanying services.

A service portal enables a user to request a service from a variety of service providers from the comfort of home or elsewhere. The user is able to place the order and pay for the service using a computing device. Depending on the service request, additional steps may be included such as scanning an item or a room, packaging an item, and / or other preparatory steps. Items are able to be identified via scanning. Order entry is able to be initiated via the scanned identification. The scanned items are able to be inventoried and managed. Augmented reality is able to be used with the scanned items. A standalone services app is able to provide entertainment and other accompanying services.

A system for associating a patient with a device may include a memory and a processor. The memory may be configured to store a plurality of orders and a set of parameters, wherein each of the plurality of orders comprises order attributes and each of the plurality of orders identifies one of a plurality of patients. The processor may be configured to receive the plurality of orders from an order entry system, receive the set of parameters from a device, correlate the set of parameters with an order of the plurality of orders based on the order attributes of the plurality of orders, associate the device with the patient identified by the order that correlates with the set of parameters, and provide, to the device, an indication of the patient associated with the device.

A service portal enables a user to request a service from a variety of service providers from the comfort of home or elsewhere. The user is able to place the order and pay for the service using a computing device. Depending on the service request, additional steps may be included such as scanning an item or a room, packaging an item, and / or other preparatory steps. Items are able to be identified via scanning. Order entry is able to be initiated via the scanned identification. The scanned items are able to be inventoried and managed. Augmented reality is able to be used with the scanned items. A standalone services app is able to provide entertainment and other accompanying services.

This invention relates to the field of cross-border trade technology, specifically to an intelligent order generation method and system based on dynamic container matching. It includes: acquiring a user's terminal access request and extracting the user's nationality metadata; mapping product information data in the source language to product description data in the target language that matches the nationality metadata; receiving the user's order request and generating a pending verification order, where each target product in the pending verification order is associated with real-time updated 3D geometric feature data; performing multi-dimensional spatial stacking simulation and volume superposition calculation to generate total order volume data including a recommended stacking map; dynamically matching the total order volume data with a preset set of volume parameters for various standard container types to solve for the optimal container combination scheme that fits the total order volume data, and sending it to the user's terminal for confirmation to complete the automated order entry. This invention significantly improves the accuracy of orders and the efficiency of container loading in cross-border trade.

Tools and techniques are provided for analyzing health care procedure related transactions of a health care entity. The method can include creating a linked data items file, by a transaction analysis computer system, derived from a combination of a charge description master (CDM) file containing CDM data items, an order entry system (OES) file containing OES data items, and a CDM-to-OES cross-reference data file. The linked data items file can be analyzed by reading linked line items, analyzing its CDM data portion, analyzing its OES data portion, and / or comparing the linked CDM data portion to the linked OES data portion for determining similarities or differences between the CDM and OES data portions.

A service portal enables a user to request a service from a variety of service providers from the comfort of home or elsewhere. The user is able to place the order and pay for the service using a computing device. Depending on the service request, additional steps may be included such as scanning an item or a room, packaging an item, and / or other preparatory steps. Items are able to be identified via scanning. Order entry is able to be initiated via the scanned identification. The scanned items are able to be inventoried and managed. Augmented reality is able to be used with the scanned items. A standalone services app is able to provide entertainment and other accompanying services.

Systems and methods are provided for an electronic match engine of an exchange that distributes a minimum data set to an external market data generation (MDG) processor. The electronic match engine derives a minimum data set from data already known to the electronic match engine. The MDG processor, which may be outside of the electronic match engine, may extract the minimum data set and uses it to generate market data. The electronic match engine may append the minimum data set to an order entry message sent to the MDG processor.

To provide an order input support device etc. that can improve efficiency of a business operation, reduce a business load, improve accuracy of the business operation, and reduce a cost and a loss, mainly in the case of business operations dealing with repeat orders and inquiries from customers over telephones.SOLUTION: According to an embodiment, (1) when a sales history search is instructed on an order input screen, past sales information linked to a predetermined customer is extracted from sales data, a sales history screen is displayed with the extracted sales information displayed in a determined display order, and (2) when the sales information related to an ordered product is selected on the sales history screen, the product and sales price information included in the selected sales information are displayed on the order input screen along with an order quantity "-9,999".SELECTED DRAWING: Figure 5

We will provide a system that allows customers to order and receive image printing and processing services online, in addition to ordering and receiving the products themselves when purchasing goods online. [Solution] An order processing system for receiving and placing orders for image printing on products, comprising: an order screen generation means 104 for generating an order screen; an order input means 105 for inputting order information through the order screen; and an order determination means 106 for determining whether the order information satisfies the conditions for receiving and placing orders. If the order determination means 106 determines that the order information satisfies the conditions for receiving and placing orders, the system enables the order processing; otherwise, it does not enable the order processing.

1. The name of the design product: a graphical user interface of a digital full supply chain logistics system for electronic equipment. 2. The use of the design product: for an electronic device. 3. The design points of the design product: the interface content of the graphical user interface. 4. The picture or photo that best shows the design points: expanded state diagram 7. 5. The use of the graphical user interface: the interface of the design product is used to run programs and display information, and to manage the full supply chain logistics of order goods. The front view is the system login interface. Enter the username and password and click login to enter "interface change state diagram 1". Scrolling down "interface change state diagram 1" can view all the contents of this interface, see "expanded state diagram 1". "Expanded state diagram 1" is the system homepage, which is used to display the function modules of the system. Click the "Book" button on this interface to enter "interface change state diagram 2". Scrolling down "interface change state diagram 2" can view all the contents of this interface, see "expanded state diagram 2". "Expanded state diagram 2" is the new order entry interface. The user selects the import and export type and fills in the corresponding form to enter the system. Click the "Confirm Booking" button to enter "interface change state diagram 3". Scrolling down "interface change state diagram 3" can view all the contents of this interface, see "expanded state diagram 3". "Expanded state diagram 3" is the shipping order booking interface. After the user perfects and supplements the booking information, click the "Save and Confirm" button to enter "interface change state diagram 4". Scrolling down "interface change state diagram 4" can view all the contents of this interface, see "expanded state diagram 4". "Expanded state diagram 4" is the shipping order bill of lading interface. After the user uploads the booking information and the booking information, click the "Save and Confirm" button to enter "interface change state diagram 5". Scrolling down "interface change state diagram 5" can view all the contents of this interface, see "expanded state diagram 5". "Expanded state diagram 5" is the shipping order insurance interface. After the user perfects the insurance information, click the "Save and Confirm" button to enter "interface change state diagram 6". Scrolling down "interface change state diagram 6" can view all the contents of this interface, see "expanded state diagram 6". "Expand state diagram 6" is the shipping order vehicle allocation information interface. The user enters the relevant vehicle information on this interface and clicks the "Save and Confirm" button to enter "Interface change state diagram 7". Scrolling down "Interface change state diagram 7" can view the entire content of this interface, see "Expand state diagram 7". "Expand state diagram 7" is the shipping order pickup information interface. The user uploads the pickup operation photos, documents and customs materials on this interface, and clicks the "Save Pickup Information" and "Save Customs Materials" buttons respectively to enter "Interface change state diagram 8". Scrolling down "Interface change state diagram 8" can view the entire content of this interface, see "Expand state diagram 8". "Expand state diagram 8" is the shipping order declaration information management account confirmation interface. The administrator checks the information on this interface and clicks the "Confirm B / L File" button to enter "Interface change state diagram 9". Scrolling down "Interface change state diagram 9" can view the entire content of this interface, see "Expand state diagram 9". "Expand state diagram 9" is the shipping order declaration information confirmation interface. The user can confirm the bill of lading information and preview the customs information on this interface. After confirming the information, click the "Save and Confirm" and "Save Official B / L File" buttons respectively to enter "Interface change state diagram 10". Scrolling down "Interface change state diagram 10" can view the entire content of this interface, see "Expand state diagram 10". "Expand state diagram 10" is the shipping order cargo collection interface. The user confirms the cargo entry and clicks the "Save and Confirm" button to enter "Interface change state diagram 11". Scrolling down "Interface change state diagram 11" can view the entire content of this interface, see "Expand state diagram 11". "Expand state diagram 11" is the shipping order official customs declaration interface. The user uploads the official customs declaration on this interface and clicks the "Save and Confirm" button to enter "Interface change state diagram 12". Scrolling down "Interface change state diagram 12" can view the entire content of this interface, see "Expand state diagram 12". "Expand state diagram 12" is the shipping order departure interface. The user enters the relevant information of the cargo departure on this interface and clicks the "Confirm Departure" button to enter "Interface change state diagram 13". Scrolling down "Interface change state diagram 13" can view the entire content of this interface, see "Expand state diagram 13". "Expanded state diagram 13" is a marine order cargo arrival information entry interface. The user enters the relevant information of the cargo arrival on this interface and clicks the "Arrival" button to enter "Interface change state diagram 14". Scrolling down "Interface change state diagram 14" can view the entire content of this interface, see "Expanded state diagram 14". "Expanded state diagram 14" is a marine order upload receipt interface. The user enters the relevant information of the cargo delivery on this interface and clicks the "Delivery" button to complete the cargo transportation information entry.

The invention discloses a billing method and system for automobile seat cut-part parts, and the method comprises the steps: obtaining a sewing plan of a product, determining the number of sets of products according to the sewing plan, and selecting the type of a cutting bed; based on the BOM information, determining the part number in the single product and the required number of parts corresponding to the part number in the single product; according to the set number of the products and the needed number of the parts corresponding to the part numbers in the single product, the needed number of the various parts in the sewing plan is obtained; based on the cutting bed type and the part number, matching a corresponding layout from the layout information; according to the number required by various parts in the sewing plan, the cutting bed type and the layout corresponding to the cutting bed type, decomposing the sewing plan to generate a cutting plan, and distributing the cutting plan to the corresponding cutting bed; according to the invention, material scrapping caused by errors is reduced; the source is accurately traced back by using the identifier, so that the quality is improved, the efficiency and speed are increased, the production process is optimized, the optimal cutting scheme is generated, and the productivity of a planner is greatly liberated; inventory data is updated in real time, and warehouse managers do not need to manually record, so that the efficiency is multiplied; management is refined, cost control is achieved, and quality reduction and value loss caused by long-time storage of materials are prevented.

To reduce a load of progress management of a work in process when manufacturing a product by processing a material in a manufacturing process.SOLUTION: A daily report input means for inputting daily report data including a daily report number, a daily report line number, a process, a facility, a person in charge of work, a work date, a work date, a start time, and a completion time, and registering the daily report data in the storage area, and an inquiry means for outputting inquiry data including a commodity, a sales unit price, a process, a facility, a person in charge of work, a work date, a start time, and an end time for each piece of order detail data by referring to the order data and the daily report data registered in the storage area based on a designated extraction condition.SELECTED DRAWING: Figure 2

The invention discloses an intelligent customer service telephone traffic work order intelligent extraction method, and the method comprises the steps: carrying out the real-time voice transcription of the call recording of a user and an agent, and automatically extracting key information through a large model; according to the key information, a predefined work order template is automatically matched, corresponding fields are filled, and a seat is assisted in completing work order input. In combination with the capability of an AI large model, an efficient algorithm model is applied, and call content is analyzed and extracted through addition of a specific business scene knowledge base and matching of a work order template, so that the function of automatic work order filling is realized.

The disclosure provides a DPU-based UDP order system, method, electronic device and medium. The system comprises an initialization module, a software order data receiving module, a hardware order data receiving module, an arbitration module, a UDP packet assembling module and a sending module. The initialization module is configured to initialize and configure received static data. The static data is used to represent the header information of the current transaction order. The arbitration module is configured to sequentially transmit the order data received by the software order data receiving module and the order data received by the hardware order data receiving module to the UDP packet assembling module according to the transmission priority. The order data is the service data transmitted for each transaction order. The UDP packet assembling module is configured to assemble the static data and the order data when the order data is received, and obtain a UDP data packet. The sending module is configured to send the UDP data packet to a transaction network port.

The invention relates to the technical field of enterprise informatization management, in particular to a sales order intelligent merging delivery method and system. The method comprises the following steps: acquiring sales order data of a target customer from a business management system through a business management system interface; querying a to-be-synchronized delivery record which is generated for the target customer but is not synchronized to the business management system in the intermediate layer data storage to obtain the corrected actual deliverable volume of each material; receiving a screening condition configured by a user through the operation interface, and filtering the sales order data according to the screening condition; receiving a target delivery quantity, arranging the filtered orders in an ascending order according to the business identifiers reflecting the order input sequence, and sequentially accumulating the actual delivery quantity of the materials corresponding to the orders; generating a delivery order according to an accumulation result, and writing the delivery order into the intermediate layer data storage; according to the invention, intelligent merging delivery of multiple sales orders can be automatically and accurately realized on the premise that data synchronization of the business management system is delayed.

The present disclosure provides a DPU-based order submission method, device, electronic equipment and medium. The method comprises the following steps: when receiving static data transmitted based on a preset order submission protocol, pre-transmitting the static data to a transaction network interface; the static data is used to represent the header information of the current transaction order; transmitting the order data to the transaction network interface according to the timing of receiving the order data; the order data is the service data transmitted for each transaction order. In the transaction scenario, the method can reduce the delay of the order submission link and transmit the transaction order to the exchange faster.

A service portal enables a user to request a service from a variety of service providers from the comfort of home or elsewhere. The user is able to place the order and pay for the service using a computing device. Depending on the service request, additional steps may be included such as scanning an item or a room, packaging an item, and / or other preparatory steps. Items are able to be identified via scanning. Order entry is able to be initiated via the scanned identification. The scanned items are able to be inventoried and managed. Augmented reality is able to be used with the scanned items. A standalone services app is able to provide entertainment and other accompanying services.

Computer-implemented method for controlling and / or regulating a spectacle lens manufacturing process, comprising: Recording orders for the production of spectacle lenses or pairs of spectacle lenses and storing the orders in an order data storage system; automatic sorting of the stored orders in an insertion sequence, wherein the sorting is performed according to at least one sorting criterion; and Inserting the spectacle lenses or pairs of spectacle lenses to be manufactured according to the individual orders into production, wherein the insertion of the spectacle lenses or pairs of spectacle lenses to be manufactured into the production takes place in discrete time intervals, and wherein within a discrete time interval the spectacle lenses or pairs of spectacle lenses to be manufactured are inserted into the production according to the insertion sequence, where at least one sorting criterion includes an insertion point, the insertion point for a specific order being determined by: Recording the time of receipt of the order, Adding to the time of receipt of the order within a predetermined delivery interval, thereby determining a delivery time; Subtracting from the delivery time of a machining interval, thereby determining the insertion time, wherein the order data storage is divided into several groups, each order is assigned to one of the groups, and wherein group membership is a sorting criterion; and where the sorting of orders within a group or subgroup is done according to the insertion time.

A service portal enables a user to request a service from a variety of service providers from the comfort of home or elsewhere. The user is able to place the order and pay for the service using a computing device. Depending on the service request, additional steps may be included such as scanning an item or a room, packaging an item, and / or other preparatory steps. Items are able to be identified via scanning. Order entry is able to be initiated via the scanned identification. The scanned items are able to be inventoried and managed. Augmented reality is able to be used with the scanned items. A standalone services app is able to provide entertainment and other accompanying services.

The invention provides an order input method and system for a TMS, and a program product. The order input system comprises a terminal device used for collecting multi-mode input information; sending the multi-modal input information and a user identifier of an order recording person corresponding to the terminal device as acquisition information to a cloud server, and displaying an order form filling result pushed by the cloud server to the order recording person; an order form filling result confirmed by the order recording personnel is sent to the cloud server; the cloud server is used for acquiring the acquired information and judging whether data of a preferred type exists or not; if yes, obtaining an order form filling result including the full name of the customer according to the preferred type data, and sending the order form filling result to the terminal equipment; and associating the confirmed order form filling result sent by the terminal with the user identifier, and storing the order form filling result as order information. Through a multi-mode input mode, tedious operation of traditional keyboard input is reduced, and the input speed is increased.