31results about How to "Simple and user-friendly operation" patented technology

The invention discloses a method for carrying out centering detection and adjustment of rotating shafts which are connected, and a device thereof. The invention is composed of two sets of mechanical installation chucking appliances, a laser emitting and reflecting unit, an image detecting unit and a data processing and displaying unit. Each of the mechanical installation chucking appliances is composed of a chucking seat, a fastening chain and a vertical type fixed support; the laser emitting and reflecting unit is composed of a semiconductor laser and a group of reflector prisms and inclinometers; the image detecting unit is composed of a fine-resolution camera chain with a high-speed image processor embedded therein, as well as an optical imaging device, an LED backlight, a Bluetooth data wireless transmitting module, a generating laser and an inclinometer which are arranged at the front end thereof; the data processing and displaying unit is composed of a spot center detection and rotating shaft centering adjustment algorithm processing module, a Bluetooth wireless receiving module and a liquid crystal display module. The method and the device have the characteristics of high detection precision and simple operation, and are applicable to the centering detection adjustment of a movable part center in mechanical equipment which is installed horizontally or vertically.

The invention relates to a method for automatically switching software interface display styles according to horizontal and vertical screens. The hardware characteristics are combined, and the improvement and expansion are carried out on the basis of a navigation software, so that the navigation software can automatically modify the styles according to the horizontal and vertical screens; signals are digitally coded by an ADC module built in an SOC, and the state determination of horizontal and vertical screens of equipment is carried out; a management module switches a vehicle-mounted style and a mobile phone style of navigation according to the determined state results of the horizontal and vertical screens; the management module adopts a threshold decision-time delay processing mode, and realizes the switching of the interface styles by setting a GUI (Graphical User Interface) loading layout theme data; in navigation application, when the styles are switched, the management module is provided with a navigation service layer, so that the corresponding style can be switched. The method provided by the invention has the advantages that through the placement of the horizontal and vertical screens, the styles of the navigation software is automatically switched, and the functions of a mobile phone software is expanded, so that the mobile phone navigation software simultaneously has the functions which are fully consistent with the vehicle-mounted navigation, and thus the mobile phone navigation software is more simple and humane to operate.

The invention discloses an NC machine tool which is based on PC control and composed of SIEG NC-operation software arranged in the PC and a machine tool provided with a movement-control card. The PC is connected with the movement-control card on the machine tool by a network cable and an Ethernet interface and the movement-control card is respectively connected with an X-shaft motor, a Y-shaft motor, a Z-shaft motor, a turntable motor and a main-shaft motor. The invention adopts the movement-control card arranged in an electric-appliance control box on the machine tool to largely reduce the manufacturing cost of the machine tool and adopts the PC as an operation carrier of the NC machine tool, thus not only enlarging the functions of the PC in daily use, but also realizing learning and demonstration to the NC system without being connected with the machine tool. The NC machine tool based on PC control of the invention brings great reform to the teaching and training of schools and middle and small scale factories.

The invention provides a multifunctional comprehensive amblyopia therapeutic apparatus and a control method thereof. The multifunctional comprehensive amblyopia therapeutic apparatus can perform comprehensive therapy including stereopsis and three-dimensional (3D) training on amblyopia, and is small in size, complete in functions and simple in operation. The multifunctional comprehensive amblyopia therapeutic apparatus comprises a casing, a liquid crystal display, a control circuit system and a pair of 3D chromatic aberration glasses or 3D stereoscopic glasses matched with the liquid crystal display. Electromechanical control of action of the exiting stimulation therapy method is converted into digital image control through the control circuit system and the liquid crystal display, patterns, rack screens, colors and brightness can be adjustable, and the therapeutic purpose can be achieved. By means of the 3D chromatic aberration glasses or 3D stereoscopic glasses matched with the liquid crystal display and synchronous control performed by a control system, images in the left eye and the right eye can be output respectively, three-level visual function training therapy including primary simultaneous vision, secondary fusion vision and tertiary stereoscopic functions can be achieved, and the functions of the existing amblyopia apparatus and a synoptophore can be completely replaced.

The invention relates to an automatic speed-changing mechanism for an electric vehicle, which comprises an input shaft (1), and a first gear (5) and a second gear (6) which are fixed on the input shaft (1). The automatic speed-changing mechanism also comprises a transmission shaft (11), and a third gear (7), a fourth gear (8) and a fifth gear (9) which are fixed on the transmission shaft (11); the third gear (7) is positioned between the fourth gear (8) and the fifth gear (9); the upper end between the input shaft (1) and the transmission shaft (11) is provided with an electric push-and-pull controller (2); a shifting fork (3) is arranged on a shaft of the electric push-and-pull controller (2); the shifting fork (3) is sheathed on the input shaft (1); and a sensing plug (4) is arranged besides a sixth gear (10). By adopting two gears including a top gear and a bottom gear, compared with the existing automatic speed-changing mechanism, the automatic speed-changing mechanism for the electric vehicle is greatly changed, the top gear and the bottom gear can be automatically converted with each other, and the operation is simpler and more humanized.

The invention relates to a device for an assembly and transportation test platform for a portable impact voltage generator. The device comprises a remote control type integral container (28), a dustproof instrument storage tank (4) and a remote controller (19), wherein the dustproof instrument storage tank (4) and the remote controller (19) are arranged in the remote control type integral container (28). The device has the advantages that the integration of transportation and package equipment, test equipment and inspection equipment is realized, the structure is compact, the weight is light, the sealing and dustproof performances are realized, the weight of the integral container is light, the package is convenient, the loading and the unloading are convenient, the internal layout is optimized, the on-site test is compact and convenient, and the efficiency, rapidity and convenience are realized.

The invention provides a novel PC (Personal Computer)-controlled numerical control machine tool, consisting of SIEG numerical control operation software and a machine tool, wherein the SIEG numerical control operation software is installed in the PC, and the machine tool is provided with a motion control card. The PC is connected with the motion control card on the machine tool through an Ethernet interface by a network cable. The motion control card is connected with an X-axis motor, a Y-axis motor, a Z-axis motor, a rotary table motor and a main shaft motor, respectively. According to the invention, the machine tool is reduced in cost greatly by installing the motion control card in an electrical control box of the machine tool; the PC is widened in functions for daily use by using the PC as an operation carrier of the numerical control machine tool, and a numerical control system can be learned and demonstrated without being connected with the machine tool. The PC-controlled numerical control machine tool is developed to arouse a significant revolution to teaching and training in schools and to middle and small machining plants.

The invention relates to a grid-connected full digital monitoring system for a controllable high-temperature superconducting magnetic energy storage (SMES) system. The grid-connected full digital monitoring system adopts a dual-processor form based on a microcontroller and a digital signal processor (DSP) to realize the monitoring on the high-temperature SMES system in a grid-connected operation mode. A full digital man-machine interaction interface can display an instantaneous operating parameter and operating conditions of a power grid, an SMES magnet and a power regulator, and can display various fault information on a liquid crystal terminal interface for fault location and removal when the SMES system is failed in the grid-connected process. The digital man-machine interaction interface has a control command touch key for field personnel to control, namely, the touch key can be touched to control the operating condition of the power regulator; and meanwhile, remote control of an upper computer is supported. The invention comprehensively takes the conditions of the SMES system, the power grid and the power regulator and a necessary safeguarding technology into consideration. The grid-connected visual monitoring system with a man-machine interaction function for the SMES system can effectively ensure safe operation for the SMES units.

The invention relates to the field of touch control, and provides remote-end suspension touch control equipment for a nine-axis inertial directional input device. The remote-end suspension touch control equipment comprises a terminal device and an input device, wherein the input device uses the standard AHRS9 axis attitude algorithm to obtain an absolute coordinate value of the input device through the magnetic gravity and inertial motion, receive an input command of a user, and send the absolute coordinate value and the input command to the terminal device in a wireless mode; the terminal device is used for receiving the absolute coordinate value sent by the input device, mapping the coordinate on a screen, and receiving the input command to complete long-distance multi-fingered touch control simulation operation, or send back information or a command responding or informed to the input device. The invention further provides a remote-end suspension touch control method for the nine-axis inertial directional input device. The equipment and the method provided by the invention realize high-precision positioning mapping input to the intelligent equipment while exerting the functions of the intelligent equipment, so as to allow a user to operate the terminal equipment concisely in a user-friendly manner in the remote end.

The invention discloses a special wearable PM2.5 positioning detection device for an asthma patient, belonging to the technical field of medical appliances. The special wearable PM2.5 positioning detection device comprises a shell and a positioning detection device arranged in the shell, wherein the positioning detection device comprises a sensor detection system, a signal processing system, an alarm system, a display system, a record system, a control system and a positioning system; the sensor detection system is electrically connected with the signal processing system; the signal processing system is electrically connected with the alarm system, the display system, the record system and the control system; the control system is electrically connected with the positioning system; a buckle is arranged on the front surface of the shell; and a switch and an indicator light are arranged on the back surface of the shell. The special wearable PM2.5 positioning detection device has the advantages of being small in volume, good in controllability and convenient to carry, being capable of monitoring wireless transmission of data, achieving satellite positioning and monitoring the incentives of the asthma patient in real time.

A glue applying and powder scattering type hot-press composition device is characterized by comprising a fabric layer unwinding mechanism (1), a glue applying device (2), a powder scattering device (3), a heating device (4), a lamination device I (5), a film layer unwinding mechanism (6), a lamination device II (7) and a winding device (8) which are connected sequentially, wherein a paper layer unwinding mechanism (9) is arranged at the top of the heating device (4); drive devices are arranged on the glue applying device (2), the powder scattering device (3), the lamination device I (5), the lamination device II (7) and the winding device (8). The glue applying and powder scattering type hot-press composition device adopts line production, is good in reliability and concise and humanized to operate, production efficiency is improved greatly, and yield is further increased.

Described is a wiper system for motor vehicle windows, more particularly motor vehicle windscreens, comprising at least one wiper (1, 2), at least one motor (5, 6) that drives the at least one wiper (1, 2), and a switching device (10) for directly controlling the motor (5, 6), wherein the switching device (10) has one or two switching elements (11, 15, 18, 19, 20) by means of which at least four switching states can be selected, and wherein selecting one of the switching states causes an operating mode of the at least one wiper (1, 2) to change.

The invention discloses a catheter jacketing machine. The catheter jacketing machine comprises a machine table, a driving device, an air bag sleeve supporting-open and fixing device, a drainage tube positioning adjusting device and a dispensing device. The driving device is mounted on the machine table, the air bag sleeve supporting-open and fixing device comprises a supporting-open mechanism anda fixing mechanism, the driving device can drive the supporting-open mechanism and the fixing mechanism to be close to or away from each other, the supporting-open mechanism can support an air bag sleeve open, the fixing mechanism can clamp and fix the supporting-opened air bag sleeve to a drainage tube, the drainage tube positioning adjusting device comprises an ejector pin mechanism, the drivingdevice can drive the ejector pin mechanism to drive the drainage tube to move, the dispensing device is mounted on the machine table and carries out dispensing on the drainage tube, the air bag sleeve supporting-open and fixing device, the drainage tube positioning adjusting device and the dispensing device, the driving device carries out driving to automatically finish assembling steps of air bag sleeve supporting-open operation, drainage tube positioning, dispensing for seal, sleeving of the air bag sleeve and the like, and therefore the assembling efficiency between the air bag sleeve andthe drainage tube can be obviously improved.

The invention discloses a numerical control chuck gang tool lathe for precision bearing machining, and particularly relates to the technical field of mechanical equipment. The numerical control chuck gang tool lathe comprises a lathe body, a material guiding device is fixedly connected to the interior of the lathe body, a material guiding plate is fixedly connected to the front face of the material guiding device, guiding grooves are formed in the left side face and the right side face of the inner wall of the lathe body, and a motor is arranged in the lathe body. According to the numerical control chuck gang tool lathe, the motor is matched with a second rotating disc and a first rotating disc, two lead screws can be driven to synchronously rotate, and then a scraping plate mechanism can be driven to automatically scrape off waste scraps; meanwhile, one side of a scraping piece can be limited through a limiting block, and excessive movement of the scraping piece is prevented; through the effect of an elastic telescopic rod and a first magnetic block, it can be guaranteed that the scraping piece rotates towards one side to a certain degree, when the scraping plate mechanism resets, secondary pollution caused by the reason that residual waste scraps are brought back can be prevented, and the waste scraps can be repeatedly cleaned; and compared with a traditional lathe, the lathe can efficiently clean the waste scraps, and the working intensity is effectively relieved.

The invention provides a navigation control method and a navigation system for a function assisting device. The method comprises the following steps: constructing and storing a three-dimensional modeldiagram of an operation area; providing an interactive interface for a user to set a common place of the operating environment, and generating a corresponding number of one-key arrival buttons in theinteractive interface; and receiving a one-key arrival button instruction selected by a user, automatically planning a path, and controlling the function auxiliary device to run to a corresponding place according to the planned path. According to the navigation control method and the navigation system of the functional auxiliary device, a three-dimensional model map of the operation area only needs to be constructed and a common place needs to be set during first use, and in the subsequent use process, the functional auxiliary device can automatically complete switching of indoor positions only by clicking one-key arrival buttons. And for the user, the use is more convenient, the operation is simpler and more humanized, and the experience feeling of the user is enhanced.

The invention provides a method and system for reminding availability of an E-mail box. The reminding method comprises the steps that a sending E-mail box sends a first type E-mail to a target E-mail box, so that when storage space of the target E-mail box reaches an upper limit value, the target E-mail box is reminded that the sending E-mail box needs to send an E-mail to the target E-mail box; when the storage space of the target E-mail box reaches the upper limit value, an E-mail box address of the sending E-mail box is stored in a system file of the target E-mail box; when E-mails of the target E-mail box are cleaned to the storage space of the target E-mail box, and the storage space is used for receiving the E-mails, the target E-mail box reads the E-mail box address of the sending E-mail box sending the first type E-mail after the storage space of the target E-mail box reaches the upper limit value and sends an E-mail that the target E-mail box is available to the sending E-mail box. The method and system for reminding availability of the E-mail box can conveniently reminds a sender that the target E-mail box is in an available state in time, avoids missing in-time receiving and sending of important E-mails, and is simple to operate and humanized.

The invention relates to a grid-connected full digital monitoring system for a controllable high-temperature superconducting magnetic energy storage (SMES) system. The grid-connected full digital monitoring system adopts a dual-processor form based on a microcontroller and a digital signal processor (DSP) to realize the monitoring on the high-temperature SMES system in a grid-connected operation mode. A full digital man-machine interaction interface can display an instantaneous operating parameter and operating conditions of a power grid, an SMES magnet and a power regulator, and can display various fault information on a liquid crystal terminal interface for fault location and removal when the SMES system is failed in the grid-connected process. The digital man-machine interaction interface has a control command touch key for field personnel to control, namely, the touch key can be touched to control the operating condition of the power regulator; and meanwhile, remote control of an upper computer is supported. The invention comprehensively takes the conditions of the SMES system, the power grid and the power regulator and a necessary safeguarding technology into consideration. The grid-connected visual monitoring system with a man-machine interaction function for the SMES system can effectively ensure safe operation for the SMES units.

The invention relates to the field of water heaters, in particular to a solar breathing energy-saving device. The solar breathing energy-saving device comprises a water-saving mechanism A, wherein one end of the water-saving mechanism A is connected with a water outlet pipe, and the other end of the water-saving mechanism A is connected to the water outlet of a solar water heater; the water-saving mechanism comprises a valve body and an electromagnetic control terminal; an electromagnetic structure which can be used for controlling the switch-on / off of a water path of the water-saving mechanism A is arranged in the valve body. The solar breathing energy-saving device has the beneficial effects that water resources are saved, the installation, use and maintenance costs are reduced greatly, the cleanliness and sanitation of water resources in pipelines and the solar water heater can be ensured, a solar system is protected from being frozen to damage when the external air temperature is too low, and the service lives of the pipelines and solar equipment are prolonged. The solar breathing energy-saving device is economical and environment-friendly during use, and is easy to operate, and is user-friendly.

The invention discloses a method for controlling a plastering robot to move through a hand-drawn track, and the method comprises the steps: 1, mapping an environment map collected by the robot to a touch screen of a mobile phone, and enabling an operator to draw the motion track of the robot; step 2, the system evaluates the safety of the hand-drawn track and corrects an unreasonable track segment; thirdly, the robot moves according to the corrected hand-drawn track; and 4, when the robot moves, whether a dynamic obstacle blocks the moving path or not is judged according to the environment data collected by the sensor, and emergency obstacle avoidance is carried out according to the situation. According to the invention, the calculation amount is reduced and the real-time performance is improved while a good path planning effect is ensured.

The invention provides an integrated timing plant lamp which comprises an upper cover, a lower cover, a controller assembly, a plurality of power supply assemblies, a timer assembly, a cooling fan, awiring port and a switch. The upper cover and the lower cover are buckled to form a containing cavity. A plurality of light source assemblies are embedded in the upper cover. The controller assembly is embedded in the side face of the lower cover. Each power supply assembly independently controls the corresponding light source assembly and is electrically connected with the light source assembly.The timer assembly is fixedly arranged at the position, close to the controller assembly, of the inner side of the bottom end of the lower cover and electrically connected with the power supply assemblies and the controller assembly. The cooling fan is fixedly arranged on the inner side of the bottom end of the lower cover. An air outlet is formed in the position, corresponding to the cooling fan,of the bottom end of the lower end. The wiring port is electrically connected with the timer assembly. The switch is electrically connected with the controller assembly. The illumination time can beselected according to the plant growth requirements, after one time of selection, there is no need to turn on or off the lamp manually each time, the illumination time can be automatically adjusted tobe turned on or off through a program, and the time and strength are saved for customers. The integrated timing plant lamp of the design is high in compatibility and quite simple and user friendly inoperation, and there is no need to worry about the damage risk of the lamp.

The invention relates to a method for automatically switching software interface display styles according to horizontal and vertical screens. The hardware characteristics are combined, and the improvement and expansion are carried out on the basis of a navigation software, so that the navigation software can automatically modify the styles according to the horizontal and vertical screens; signals are digitally coded by an ADC module built in an SOC, and the state determination of horizontal and vertical screens of equipment is carried out; a management module switches a vehicle-mounted style and a mobile phone style of navigation according to the determined state results of the horizontal and vertical screens; the management module adopts a threshold decision-time delay processing mode, and realizes the switching of the interface styles by setting a GUI (Graphical User Interface) loading layout theme data; in navigation application, when the styles are switched, the management module is provided with a navigation service layer, so that the corresponding style can be switched. The method provided by the invention has the advantages that through the placement of the horizontal and vertical screens, the styles of the navigation software is automatically switched, and the functions of a mobile phone software is expanded, so that the mobile phone navigation software simultaneously has the functions which are fully consistent with the vehicle-mounted navigation, and thus the mobile phone navigation software is more simple and humane to operate.

The invention discloses a method for carrying out centering detection and adjustment of rotating shafts which are connected, and a device thereof. The invention is composed of two sets of mechanical installation chucking appliances, a laser emitting and reflecting unit, an image detecting unit and a data processing and displaying unit. Each of the mechanical installation chucking appliances is composed of a chucking seat, a fastening chain and a vertical type fixed support; the laser emitting and reflecting unit is composed of a semiconductor laser and a group of reflector prisms and inclinometers; the image detecting unit is composed of a fine-resolution camera chain with a high-speed image processor embedded therein, as well as an optical imaging device, an LED backlight, a Bluetooth data wireless transmitting module, a generating laser and an inclinometer which are arranged at the front end thereof; the data processing and displaying unit is composed of a spot center detection and rotating shaft centering adjustment algorithm processing module, a Bluetooth wireless receiving module and a liquid crystal display module. The method and the device have the characteristics of high detection precision and simple operation, and are applicable to the centering detection adjustment of a movable part center in mechanical equipment which is installed horizontally or vertically.

The invention discloses a constant-temperature flusher which comprises a shell, a spray gun seat, a peristaltic pump, a heating ring, a digital temperature sensor, an infrared sensor, an exhaust fan, a circulating fan, a touch screen, a main control board, a filtering socket, a grounding pole, a switching power supply, a button switch, a temperature switch, a proximity switch, a pushing structure cover and a spray gun. The peristaltic pump, the main control board and the switching power supply are installed at the bottom in the shell, the heating ring is installed in the middle in the shell, the infrared sensor is installed at the bottom of the heating ring, and the digital temperature sensor and the temperature switch are installed on the inner wall of the heating ring; the temperature is always kept in the preset target temperature interval, continuous operation is facilitated, and the situation that excessive energy is scattered to pay attention to various objective conditions of equipment in the operation and even continuous operation is affected is avoided.

The invention relates to the field of touch control, and provides remote-end suspension touch control equipment for a nine-axis inertial directional input device. The remote-end suspension touch control equipment comprises a terminal device and an input device, wherein the input device uses the standard AHRS9 axis attitude algorithm to obtain an absolute coordinate value of the input device through the magnetic gravity and inertial motion, receive an input command of a user, and send the absolute coordinate value and the input command to the terminal device in a wireless mode; the terminal device is used for receiving the absolute coordinate value sent by the input device, mapping the coordinate on a screen, and receiving the input command to complete long-distance multi-fingered touch control simulation operation, or send back information or a command responding or informed to the input device. The invention further provides a remote-end suspension touch control method for the nine-axis inertial directional input device. The equipment and the method provided by the invention realize high-precision positioning mapping input to the intelligent equipment while exerting the functions of the intelligent equipment, so as to allow a user to operate the terminal equipment concisely in a user-friendly manner in the remote end.

The invention relates to a fully automatic program-controlled energy-saving burner for biomass particle fuel, which is composed of a feeding device, a combustion-supporting device, a hot water supply device, and an ignition device. The feeding device includes a compressor, a storage tank and a drum. The drum is connected, the drum is set inside the drum cover, the front part protrudes from the drum cover, the front end of the extension part is sealed and connected to the feeding pipe, the side wall of the extension part is provided with a discharge port, and the discharge port is connected to the feed channel, the feed channel and the combustion-supporting The diverter and blanking tray of the device is connected. The rear part of the drum outer cover is communicated with an air inlet pipe, and the air inlet pipe is communicated with the combustion chamber of the combustion-supporting device. The splitting and blanking tray is seated on the upper port of the combustion chamber, and the combustion chamber communicates with the gas mixing pipe of the ignition device. The outer wall of the combustion chamber wraps the water tank. A float valve is installed in the water tank, a hot water pipe and a running water pipe are connected outside the water tank, the water outlet of the hot water pipe is connected with the hot water pump, and the water inlet is equipped with a hot water solenoid valve to form a hot water supply device. The invention has the advantages of energy saving, environmental protection, high thermal efficiency and high degree of automation.

The invention relates to a device for an assembly and transportation test platform for a portable impact voltage generator. The device comprises a remote control type integral container (28), a dustproof instrument storage tank (4) and a remote controller (19), wherein the dustproof instrument storage tank (4) and the remote controller (19) are arranged in the remote control type integral container (28). The device has the advantages that the integration of transportation and package equipment, test equipment and inspection equipment is realized, the structure is compact, the weight is light, the sealing and dustproof performances are realized, the weight of the integral container is light, the package is convenient, the loading and the unloading are convenient, the internal layout is optimized, the on-site test is compact and convenient, and the efficiency, rapidity and convenience are realized.

The invention provides an operation control method and operation control system of a function auxiliary device, and the method comprises the steps: receiving an operation instruction of a user, and controlling the function auxiliary device to be switched to a seat state; controlling a motor corresponding to the function auxiliary device to operate or stop according to the operation instruction ofthe user or data transmitted by each sensor of the function auxiliary device until the motor moves to a target position; and controlling the function auxiliary device to be switched to a state matchedwith the environment of the target position again, and achieving butt joint with the environment of the target position, wherein the states comprise a seat state, a flattening state and an unfoldingstate with an inclination angle. Through the operation control method and the operation control system of the functional auxiliary device, a series of auxiliary self-care behaviors can be automatically completed only through simple click operation or simple remote control operation of other people, and for a user, the use is more convenient, the operation is simpler and more humanized, and the experience feeling of the user is enhanced.