872 results about "Work productivity" patented technology

Series of processes and methods designed to seamlessly capture detailed transactional data from merchants' Point of Sale environments and generate final presentments of electronic receipts for both consumers and merchants, is accessible from their destination accounts, all in real time. Objectives are to: migrate all printed paper receipts to electronic forms; enable customer facing post-sales management capabilities; increase self serve; create new shopping and post-shopping experiences and satisfaction rates; significantly reduce administrative and storage requirements and costs, and provide more time for work productivity. Customers and merchants are able to create various reports and are able to directly submit them from their destination accounts for: expenditure accounting and tax purposes, payment processing, and for other company expenses. Further capabilities include creating: supplementary accounts; spend alerts; merchant driven targeted profile marketing initiatives, and business directory listings with mapping capabilities.

The present invention relates to a robot which runs along a multi-splitting overhead high voltage transmission line, in particular to the structure improvement of a robot which runs along the whole course of an overhead high voltage transmission line. The present invention creatively connects the lower end of a big arm with a gravity adjusting mechanism by a support frame. The gravity adjusting mechanism has the function of adjusting the gravity of the robot at proper time during the process that the robot moves forwards by two arms in turn, so as to ensure that the robot is stable during the running process, can not cause the gravity excursion of a whole operation vehicle and cause the phenomenon that the operation vehicle can not run stably on a transmission line. In addition, the robot can run along the whole line of the overhead high voltage transmission line and can span over or avoid various kinds of barriers on the line, and the robot is not required to be conveyed from one side of a pole tower to the other side by manpower, thereby greatly shortening the auxiliary time for the robot to operate, improving the work efficiency and ensuring the safety of the detection process.

The invention provides a long grained seed steering precision seeding device comprising a plug conveyer belt, a directional seed delivering device, a directional seed dividing mechanism and an air-aspiration seeding mechanism, wherein the directional seed delivering device and the direction seed dividing mechanism are connected and are arranged at the same side of the plug conveyer belt; the air-aspiration seeding mechanism is arranged above the plug conveyer belt; a seed delivering slide way is arranged in the tangential direction of the edge of the directional seed delivering device; the seed delivering slide way and the directional seed dividing mechanism are connected; and the plug conveyer belt, the directional seed delivering device, the directional seed dividing mechanism and the air-aspiration seeding mechanism are fixed on a stand. The invention also provides a seeding method for realizing the seeding device; long grained seeds are delivered and absorbed into the hole of a plug respectively by the directional seed delivering device, the directional seed dividing mechanism and the air-aspiration seeding mechanism, thereby realizing precision seeding. The invention can provide seedlings with even germination and uniform cotyledon direction for melon crop full automatic engrafting devices and other equipment and has the advantages of high work productivity, stable work quality and the like.

The invention relates to a monocrystal silicon-rod butt technique, comprising the following steps: selecting a round monocrystal silicon rod of which the length is 220-500 mm and the diameter is 153-160 mm, and vertically sticking the silicon rod to crystal support of a butting machine with adhesive; putting the crystal support of the butting machine and the round monocrystal silicon rod on a magnetizing workbench, numbering and recording, and magnetizing to fix the crystal support and the round monocrystal silicon rod; calibrating the positioning table, setting the cutting parameters, and starting the butting machine to carry out the sand-bearing cutting; degumming the cut semifinished product, removing the side skin and separating the crystal support; and inspecting whether the semifinished product is qualified or not. The technique has favorable cutting effect and greatly increases the qualification rate and improves the working efficiency of the machine; and after the space of theguide wheels is corrected, even if the sand during the cutting is not enough, the technique can ensure the whole dimension within the range of the tolerance value.

The invention provides a BIDA integral engineering technology system, and belongs to the technical field of construction engineering. According to the technical system, a BIM model is used, refined family library building according to a construction sample, BIM model building for deep design, prefabricated processing segmentation and grouping, processing detailed diagram drawing, factory prefabrication processing, field assembly and debugging and acceptance check are performed. The BIM technology is used in the whole process for guiding the application. The technical system is favorable for engineering construction efficiency improvement and labor release. Through the standardized design, preassembled part factorized production and mechanical construction, the construction period is greatly shortened; in addition, the construction people number is reduced to a great degree; the work productivity is improved; the labor cost is reduced; and the energy source saving, resource saving and environment pollution reduction are facilitated. The engineering quality and construction safety improvement is facilitated; and the industrialization level improvement is facilitated.

A communication correspondence notification and reply method is provided. The method is implemented as a software program with the objective to be less distractive and to increase work productivity compared to prior methods. In particular, a notification format for incoming communication correspondences is determined, without any guidance/input from the user, taking into account (i) monitored user activity and (ii) the type of incoming correspondence, i.e. the notification format is a function of tracked/monitored user activity and the message type with the objective to minimize distraction to the user. To further minimize user distraction, the software program determines an area on the display of the computer system where the incoming correspondence can be presented to the user. Once presented, the user then has the ability to reply with minimal effort by making a pointer-device gesture movement in reply to the presented notification.

A productivity measurement method and system in which work item status, exceptions, work item jeopardy and related information are automatically recorded and updated in a database in real-time as tasks are being performed. To-do lists are displayed on the worker's computer so that when the worker selects an item to begin working on it, an indication that the item has been selected is stored in an activities table in a database along with an indication of the time of the selection. As exceptions are encountered, the worker makes selections from the display to indicate that an exception has been encountered and the type of exception. An indication of the type of exception and the time that the exception selection was made are stored in the activities table. All of this activity information is automatically processed in real-time. Productivity reports can be automatically generated at any time from this information.

The invention relates to products for, and methods of, monitoring and controlling work progress, and improving work productivity and work management, for example in highly variable and/or unpredictable work environments, and to products for, and methods of, interactive data processing particularly adapted for systems comprising a handheld mobile component

The invention provides a method of manufacturing a high sag lens and a lens manufactured thereby. According to the invention, in manufacturing a lens, a polymer lens section made of ultraviolet cured resin is formed on a substrate. Polymer is injected into a mold having a plurality of grooves and then cured by ultraviolet ray to form a plurality of lens sections. Thereafter, a substrate is adhered integrally to a back side of the lens section. Finally, the mold is released from the lens section to produce a lens array. The invention eliminates a need to correct a lens surface resulting from polymer shrinkage and enhances quality of the lens. Also, the invention allows manufacture of the lens without repeating a replication method and dramatically increases work productivity.

The invention provides an efficient short-flow pre-treating process for high-grade high-density cotton fabrics in order to remove the impurity and slurry from cotton woven. The process comprises the steps of feeding cloth, hot washing, padding enzyme solution, steaming, hot washing, warm washing, padding floating solution, wet steaming, hot washing, warm washing and drying. The specific step is to desize with wide-temperature enzyme on a pre-treated desizing section, boiling, whitening a whitening section with alkali oxygen technique and a wet short steaming device in order to remove the impurity and slurry from cotton fibers, for the purpose of shorting the process flow and decreasing the consumption. The invention has the advantages that (1) the process flow is shortened, the working efficiency is promoted and the product quality is promoted, (2) the harmful wastes are decreased and the environment is protected, and (3) the consumption of water, steam and energy is decreased and the manufacturing cost is lowered.

The invention relates to an anti-collision method of a collision avoidance early warning system based on a tower crane. A building construction site of the tower crane is virtualized to a controllable and operable image site and is integrated into an anti-collision automatic control module of the corresponding system to realize collision prevention. Specifically, the anti-collision method comprises the following steps: mapping parameter characteristics including a relative obstacle, a target crane jib and a relative environment in the building construction site to the image site one by one; and after calculating motion occurring in the building construction site through an anti-collision algorithm of the image site, sending a control command for executing the motion of the building construction site. According to the anti-collision method provided by the invention, a space anti-collision method is solved after an entity space and a virtual space are mapped one by one and an anti-collision region with a geometrical model is set; after actual parameters are subjected to geometrical virtualization, an algorithmic research is carried out; after a result is obtained, command manipulation is carried out; the all-directional reliability of corrosion prevention is realized, the potential safety hazards are reduced, the working efficiency is improved and the production cost is reduced; and the reliability and flexibility of independent work of the tower crane are ensured.

The invention discloses a two-way torque cement pole corrector. The two-way torque cement pole corrector comprises a base. A jack is arranged on the base and connected with a supporting rod. A first hoop is arranged on the supporting rod. The supporting rod is provided with a pull rope. A second hoop is arranged on the pull rope. A pulley is arranged on the base. The direction of the pull rope is changed through the pulley. Due to the adoption of the technical scheme, the two-way torque cement pole corrector is suitable for correction work of all cement poles and is small in size, small in weight and convenient to carry and operate; cement poles can be maintained in an inclined mode without power outage, the safety coefficient is high, the cement pole correction work can be completed by a single person, the labor intensity of workers is lowered, time and labor are saved, and the work efficiency is improved.

The invention discloses a 3D printing false tooth ceramic material and a preparation method thereof. The 3D printing false tooth ceramic material is prepared from the following components in parts bymass: 75-90 parts of porous ceramic micropowder, 9-22 parts of photocurable resin, 0.2-1.0 part of photoinitiator and 0-2.0 parts of dispersant. According to the 3D printing false tooth ceramic material, the porous ceramic micropowder is used as a substrate and is matched with the photocurable resin to prepare the 3D printing false tooth ceramic material with excellent properties; the hardness ofthe ceramic false teeth is reduced; the abrasion degree of occlusion of the teeth is reduced; the prepared 3D printing false tooth ceramic material is matched with a 3D printing device to prepare false tooth products with accurate size; a large amount of processing time is reduced; the accuracy is high; the workload of doctors is reduced, so that the working efficiency can be effectively improved;the main properties of the 3D printing false tooth ceramic material are as follows: the volume density is 2.0-2.5g/cm<3>, the normal-temperature compression strength is 100-200MPa, the Vickers hardness is 8.0-10GPa, and the bending strength is 1100-1300MPa.

The invention relates to the field of robots and particularly discloses a restaurant robot which comprises a movable chassis, a lifting service plate rack, an intelligent manipulator, and a visual system positioned on the robot, wherein the movable chassis is used for driving the robot to move; a plurality of sensing devices and a control device are arranged in the movable chassis, and the control device is used for receiving signals of the sensing devices to control the robot; the lifting service plate rack is positioned on the movable chassis and comprises a multi-layer placement platform which is liftable and used for placing tableware; the intelligent manipulator is positioned on the movable chassis and is used for taking and putting down tableware; and the visual system is used for positioning tableware. The restaurant robot can transport a plurality of service plates, grab the service plates, send meals and recover the service plates, so that the working efficiency is greatly improved, the labor cost is reduced, and services can be provided for a customer more conveniently.

The invention discloses an automatic operation control method for a full-automatic bridge-type storage crane, the automatic operation control method comprises the following steps: space coordinates ofa working target point can be determined, a control system is used to realize automatic positioning of a big car, a trolley and a lifting mechanism, a clamp clamps goods, a proximity sensing sensor performs reliable clamping detection, the goods are lifted up and put down, the lifting mechanism automatically raises the clamp to a highest point, and a crane control system feeds back a completion signal of the operation to an upper storage management information system. The automatic operation control method can realize automatic speed planning of the full-automatic bridge-type storage crane, aflexible speed planning algorithm with jerk limitation can ensure the smooth running of each mechanism, thereby reliably realizing the automation of addressing operation points; at the same time, mutual coordination of the lifting mechanism and the clamp can be realized, and the automation of clamping or stacking of the goods can be realized; the working efficiency and reliability of the storagecrane can be improved, working conditions can be improved, energy consumption can be saved, and the automatic operation control method helps enterprises to control cost.

The invention discloses a production process of an alloy steel material for a high-strength internal hexagonal wrench. The production process comprises the following steps of 1, material selecting, wherein a material with the trade mark of 50CrVa is selected as a base material; 2, round drawing; 3, spheroidizing annealing; 4, acid pickling; 5, phosphating; 6, saponifying; 7, hexagon drawing. By selecting specific material and adopting specific matched drawing process and spheroidizing process, a wire made according to the invention has relatively high plastic deformation capability, meets the bending forming requirements of customers, is uniform in annealed structure grains, is high in rate of spheroidization and is free of abnormal structures; the product size is stable, the precision is high, the tolerance of opposite sides is +/-0.02mm, and the tolerance of opposite angles is +/-0.03mm; the material meets the use requirements of the customers, after the material is subjected to quenched-tempered heat treatment, the hardness HRC of the obtained wrench is greater than or equal to 55, the wear resistance is good, and the service life is long; meanwhile, the softening time in the spheroidizing annealing working procedure is shortened by a larger margin, and the goals of shortening the production cycle, reducing energy consumption, raising work productivity, reducing the production cost, protecting the environment and the like are achieved.

The invention relates to a fabric cutting tool in the process of producing an umbrella, in particular to a semi-automatic double-pole umbrella fabric pressure cutting machine which comprises a stander, a fabric stand which can load a plurality of rolls of fabric, a punching mechanism which cuts the fabric to be cut into umbrella pieces, and a feeding system which sends the fabric to be cut to the punching mechanism. The feeding system consists of conveyor belts which are sheathed on feed rolls on the front and back parts of the stander as well as a compacting feeding mechanism. The compacting feeding mechanism mainly comprises a reciprocating compacting feeding trolley and a reciprocating dynamic system of the compacting feeding trolley. The punching mechanism is equipped with two pressing cutter rows. In the invention, the feeding system for automatically spreading and sending umbrella fabric is designed, thus not only improving the fabric spreading and sending efficiency, but also having the machine spreading and sending accuracy higher than that of manual work, significantly reducing the chances of scrapped slitting, having well-distributed fabric slitter edge, and reducing fabric waste. Moreover, the arrangement of two pressing cutter rows simplifies the operational procedures of the punching mechanism and has more significance for improving the working efficiency of the machine.