271results about How to "Quick note" patented technology

The system for controlling and tracking medical items (830) includes one or more computers and associated data stores including information concerning authorized users, patients, medical items that have been prescribed for patients, medical items available, storage locations for medical items and events associated with receiving, dispensing, taking and returning medical items for patients. Authorized users taking medical items from storage locations are enabled to provide inputs through a display terminal (880) to indicate the taking of medical items for patients. Medical items are enabled to be taken from a plurality of storage cabinets (878). Storage cabinets are operative so that users may be guided to find a selected medical item for which corresponding information is input at an associated display terminal. Alternatively, users are enabled to gain access to the interior of the cabinet and indicate through appropriate inputs, the types and quantities of items that are being taken.

The system for controlling and tracking medical items (830) includes a plurality of medical item storage cabinets (878). Each cabinet includes a plurality of doors (888-894). The doors control access to shelves (902, 904) and support modules (1210). Shelves and support modules include user interfaces (938, 1214). Authorized users desiring to take medical items from storage locations in cabinets for use in treating patients are enabled to provide inputs through a display terminal (880) adjacent to cabinets and/or interfaces to indicate the taking of medical items. Storage cabinets include visual indicators so that users may be guided to find a selected medical item for which information is input at an associated display terminal. Alternatively, authorized users gain access to the interior of the cabinet and indicate through appropriate inputs through interfaces on the shelves the types and quantities of items being taken.

To provide a recording ink which contains at least a water-dispersible colorant, a water-dispersible resin, a wetting agent, a surfactant and water, wherein the content of the wetting agent in the recording ink is in the range of from 20% by mass to 35% by mass, the total solid content of the water-dispersible colorant and the water-dispersible resin in the recording ink is in the range of from 12% by mass to 40% by mass, the water-dispersible resin contains fluorine resin particulates, and the ratio A:B, where A is the solid content of the water-dispersible resin in the recording ink and B is the solid content of a pigment contained in the water-dispersible colorant in the recording ink, is in the range of 0.5 to 8.

The system for controlling and tracking medical items (830) includes a plurality of medical item storage cabinets (878). Each cabinet includes a plurality of doors (888-894). The doors control access to shelves (902, 904) and support modules (1210). Shelves and support modules include user interfaces (938, 1214). Authorized users desiring to take medical items from storage locations in cabinets for use in treating patients are enabled to provide inputs through a display terminal (880) adjacent to cabinets and/or interfaces to indicate the taking of medical items. Storage cabinets include visual indicators so that users may be guided to find a selected medical item for which information is input at an associated display terminal. Alternatively, authorized users gain access to the interior of the cabinet and indicate through appropriate inputs through interfaces the types and quantities of items being taken.

The system for controlling and tracking medical items (830) includes a plurality of medical item storage cabinets (878). Each cabinet includes a plurality of doors (888-894). The doors control access to shelves (902, 904) and support modules (1210). Shelves and support modules include user interfaces (938, 1214). Authorized users desiring to take medical items from storage locations in cabinets for use in treating patients are enabled to provide inputs through a display terminal (880) adjacent to cabinets and/or interfaces to indicate the taking of medical items. Storage cabinets include visual indicators so that users may be guided to find a selected medical item for which information is input at an associated display terminal. Alternatively, authorized users gain access to the interior of the cabinet and indicate through appropriate inputs through interfaces on the shelves the types and quantities of items being taken.

The system for controlling and tracking medical items (830) includes a plurality of medical item storage cabinets (878). Each cabinet includes a plurality of doors (888-894). The doors control access to shelves (902, 904) and support modules (1210). Shelves and support modules include user interfaces (938, 1214). Authorized users desiring to take medical items from storage locations in cabinets for use in treating patients are enabled to provide inputs through a display terminal (880) adjacent to cabinets and/or interfaces to indicate the taking of medical items. Storage cabinets include visual indicators so that users may be guided to find a selected medical item for which information is input at an associated display terminal. Alternatively, authorized users gain access to the interior of the cabinet and indicate through appropriate inputs through interfaces on the shelves the types and quantities of items being taken.

A device and a method for recording of text by imaging the text on a light-sensitive sensor (8). The device converts the images (14–17, 47–49) into a set of characters (50, 51) each using character recognition, and then assembling the acts of characters (50, 51) with the aid of the characters.

The invention discloses a method for quickly recording information by using a mobile terminal and the mobile terminal. The method comprises the following steps of: judging whether the mobile terminal accords with a quick recording condition or not; if the mobile terminal accords with the quick recording condition, acquiring touch information output by a touch screen, and generating trajectory data according to the received touch information; and displaying the trajectory data on a display screen. The mobile terminal comprises a touch sensor module, a central processing module and a display module. By the method, a quick recording function is controlled to be enabled by setting the quick recording condition which meets the user requirement for the mobile terminal, so that the mobile terminal is good in user experience and convenient to operate, efficiency is improved, and a user can quickly record events on the mobile terminal conveniently.

The invention discloses a two-dimensional code navigation based logistics delivery system and a delivery method thereof. The logistics delivery system comprises an intelligent vehicle, a vehicle-mounted cellphone and a Windows monitoring platform which form a local area network and are communicated by using a WIFI technique, wherein duplex exchange data is carried out based on a TCP/IP communication protocol, the control of the intelligent vehicle adopts a singlechip, and the singlechip is communicated with the vehicle-mounted cellphone and the Windows monitoring platform through a WIFI transmission module. The logistics delivery system has the advantages that the three platforms of the vehicle-mounted platform, the singlechip and the Windows monitoring platform are integrated, cross-platform data transmission and intelligent vehicle control are perfectly fulfilled; a two-dimensional code technology is first used for storing positional information of the vehicle and controlling shipping of the vehicle, the positional information of the vehicle is rapidly recorded and also restored by 100%, and an important guarantee is provided for rapidly and accurately judging the position of the intelligent vehicle.

The invention discloses a slope rill erosion measurer which is characterized in that a transverse beam which can slide up and down is connected with a metal framework; one end of a measuring needle is provided with a screw cap, and the other end of the measuring needle passes through the transverse beam and then extends out of the framework; the upper end of the framework is provided with a level instrument and a transverse scale, and the lower end of the framework is connected with two fixed borers which can be inserted into a slope; one side of the framework is provided with a vertical scale and an angle gauge, and the other side of the framework is connected with two positioning bolts; and the slope rill erosion measurer can be connected with another measurer in parallel for use. When the measurer is vertically inserted into the slope, the measuring needle is used for measuring the amount of rill erosion of soil of the slope, and the angle gauge is used for measuring the gradient of the slope. The slope rill erosion measurer is suitable for measuring the amount of slope rill erosion in field soil, has the advantages of simple operation and convenient carrying, and can be assembled and disassembled on the spot; a digital photographic technology can be used for quickly recording the measured data, thereby improving the measuring accuracy; and the data processing at the later stage is relatively simple.

A level meter for measuring the fill level of a medium in a vessel, includes a reference container that can be connected to the vessel in a manner whereby the level in the reference container is identical to that in the vessel. The reference container is provided with an adapter unit for a microwave level meter operating by the radar principle which adapter unit encompasses an injection device for coupling-in a microwave signal. This constitutes a low-cost solution for connecting a microwave level meter to a reference container, ensuring optimized signal injection.

The invention relates to the field of electronic devices, and discloses an initiative event recording method and a terminal device in the field of the electronic devices. The initiative event recording method disclosed by the invention comprises the following steps: when an opening condition of a recording function is detected, opening the recording function, converting an audio file obtained by the recording into a text file, identifying the text file to obtain to-be-stored information and a storage type, and storing the to-be-stored information in an association program corresponding to the storage type. Therefore when a user needs to record event information, the terminal can open the recording function in time and convert the audio file obtained by the recording into the text file so as to help the user to quickly record the event information needing to be recorded and store the information in a classified manner, so that an effect of facilitating the user and check of the user is realized, the time of the user is effectively saved, and the work efficiency of the user is improved.

The invention discloses a method and a device for tracing and debugging a system chip of a communication chip, wherein, the system chip of the communication chip comprises a hardware tracking module. The method has the following steps: firstly, the trace and debug data is written and stored in the hardware tracking module, and then output to a track data analysis machine which stores the track and debug data and then analyses and processes the track and debug data to determine the problem of the system. The method and the device collects the data in debugging in batch according to the demand of design, reduces the cost of software of the original system, is more similar to the real system, can automatically sore the very important system time information in the communication system while in the process of recording the track and debug date, help the designer to effectively understand and analyze the integral process of the system by automatic software analysis, determine the problem more rapidly, save workload of the design staff, and improve the work efficiency.

The invention discloses a real-time classifying method of plant quarantine larvae. The real-time classifying method comprises the following steps: establishing an SVM (Support Vector Machine) classifier; obtaining images of various plant quarantine larvae and respectively extracting characteristics to form a larva characteristic database; utilizing the larva characteristic database to train the SVM classifier; obtaining images of larvae to be detected; after pre-treatment, extracting larva image characteristics and inputting the larva image characteristics into the trained SVM classifier to be subjected to matching and recognition to obtain a classified identification result; after the treatment, adopting a larva bending posture correction method to carry out posture correction on the larvae with bent postures; and utilizing a pseudo-Zernike algorithm to extract pseudo-Zernike invariant moment characteristics of the larva images. The real-time classifying method of the plant quarantine larva disclosed by the invention can rapidly, accurately and timely identify and record larva species, and can find the plant quarantine larvae in real time, so that the real-time classifying method has no pollution to the environment and is high in recognition rate.

The invention relates to a method for preventing conveying errors of filter rods for a filter rod conveying machine. A device adopted by the method comprises an RFID (Radio Frequency Identification) electronic tag, an RFID reader-writer, an RFID gateway, an S7-300PLC (Programmable Logic Controller), an alarm lamp, a conveyer, an acquisition system and a server, wherein the acquisition system and the server are connected with cigarette making machines; the server acquires a production task which is executed currently by each cigarette making machine in real time, extracts material codes of required filter rods from a material list of the production tasks, and stores the material codes; the server writes a storage region of the S7-300PLC through an industrial Ethernet through an acquired current connection relationship between the conveyer and the cigarette making machines and the acquired material codes of the filter rods used by the cigarette making machine currently; and the S7-300PLC is used for checking the material codes of the filter rods in information of the RFID electronic tag, read by the RFID reader-writer, and the material codes of the filter rods required by the corresponding cigarette making machines. According to the method, quality accidents can be effectively avoided.

An oximeter for spectro-photometric in-vitro determination of hemoglobin derivatives in a sample, typically a hemolyzed blood sample, is provided comprising a single measurement light source emitting measurement radiation, a sample chamber, for instance a measurement cuvette containing the sample, a detector device, which records a spectrum of the measurement radiation after its interaction with the sample, and an evaluation unit following the detector device, which determines the hemoglobin derivatives and at least one further analyte from the spectrum recorded by the detector device. The measurement light source is a polychromatic LED, which for determination of hemoglobin derivatives emits measurement radiation in at least one spectral region B, in which the hemoglobin derivatives exhibit significant absorbance, and which for determination of the at least one further analyte emits measurement radiation in at least one other spectral region A, in which the at least one further analyte exhibits significant absorbance.