62results about How to "Out of trouble" patented technology

The invention discloses a method for detaching parts in the automobile maintenance process through a pair of intelligent glasses, and belongs to the field of automobile maintenance. The technical problem that in the prior art, a pair of intelligent glasses is not good in data collection and touch operation position is solved. The method is technically characterized in that glasses legs are each provided with a rotary bend, one side of each rotary bend is connected with a first straight plate, each first straight plate is provided with a touch panel facing the outer side of the corresponding glasses leg, and the other side of each rotary bend is connected with a second straight plate; the upper side and the lower side of one of the second straight plates are provided with extending bottom plates, a containing part for a camera is formed between the second straight plate and the bottom plates, a camera installation hole is formed in the second straight plate, and the two bottom plates are connected with a ray machine which is located in front of the part, closer to the ray machine, of a glasses lens frame; the glasses lens frame is connected to the positions, close to the rotary bends, of the first straight plates, and the first straight plates are basically perpendicular to the second straight plates. The method has the advantage that the data collection and touch operation position of the intelligent glasses is good.

The invention provides a method for judging the vehicle damage degree through intelligent glasses in the vehicle maintenance process and belongs to the field of vehicle maintenance. The method is used for solving the technical problem of judging the vehicle damage degree through the intelligent glasses in the vehicle maintenance process. The method is technically characterized in that the vehicle damage degree can be judged through the intelligent glasses in the vehicle maintenance process. The method has the advantages that the loss assessment node depends on the intelligent glasses, and implementation of the loss assessment process is greatly facilitated.

The invention discloses a tracked steamship/vehicle for rescuing on an ice surface and a wet land, belonging to rescue equipment. The tracked steamship/vehicle comprises a hull, a cabin, watertight bulkheads, a water-resisting enclosure, track wheels, a pendulum shaft, a damping shock absorber, a rescue suspension arm and a buckling claw. The tracked steamship/vehicle is characterized in that the tracked wheels connected and fixed together with the pendulum shaft of which the middle is longitudinally fixed and two horizontal ends swing vertically are arranged below two sides of the hull; and the periphery and the bottom of the hull are provided with the watertight bulkheads of which the total buoyancy is larger than the total weight of the steamship/vehicle. The water-resisting enclosure is arranged at the periphery above a deck of the cabin, and the front part of the deck is provided with the rescue suspension arm. Compared with the prior art, the tracked steamship/vehicle has the functions of advancing on the ice surface and the wet land and in water, also has the advantages of safety in use, wide in application range, high in adaptability and the like and has favorable popularization and application values.

The present invention discloses a smart grid communication method based on an LTE distributed network. The architecture of the LTE distributed network comprises a terminal and a virtualized EPC core network which is integrated into wireless base station equipment. The method comprises video surveillance communications and emergency command communication. According to the power wireless broadband special network based on the LTE technology, the limitation of a wired environment by an environment structure is avoided, the requirements of safety and reliability can be satisfied, the method can be widely applied to a power grid station, distribution network automation modification and other fields.

The invention discloses a double-flat-tail striking fishing float comprising a float body in the middle, a float tail on the upper portion and a float foot on the lower portion. A float cell coating is arranged on the surface layer of the float tail. The fishing float is characterized in that the float tail is provided with a large flat tail structure and a small flat tail structure comprising at least one flat strip-shaped small flat tail section; the large flat tail structure comprises at least one large flat tail section, and each large flat tail section comprises a left flaky wing and a right flaky wing; the visual surface width of the large flat tail structure is larger than that of the small flat tail structure, the thickness of the wings in the large flat tail structure are smaller than that of the small flat tail structure, and the total length of the large flat tail structure is smaller than that of the small flat tail structure. The visual effect, sensitivity and turning-over performance of the fishing float can be greatly improved, and the fishing float is obviously improved in the aspect of drifting resistance, the aspect of turning-over water resistance, the aspect that a striking fishing float cannot be arranged in the middle of a float tail easily and the aspect of float body and float foot performance.

The present invention provides an application method of smart glasses for automobile long-distance maintenance support, belonging to the field of automobile maintenance. The object of the application method of smart glasses for automobile long-distance maintenance support is to solve the technical problems of poor positions of data acquisition and touch operation through the smart glasses. Each leg of glasses is provided with a convolute bending, one side of the convolute bending is connected with a first straight panel, and the first straight panel is provided with a touchpad facing the outer side of the leg of glasses; the other side of the convolute bending is connected with a second straight panel, extended bottom plates are arranged at the upper side and the lower side of the second straight panel, and the extended bottom plates and the second straight panel form the holding portion of a camera; the second straight panel is provided with the mounting hole of the camera, the two bottom plates are connected with a buffing machine, and the buffing machine is located at the front of an eyeglass frame closer to the buffing machine; and the eyeglass frame is connected with the first straight panel and arranged at the position close to the convolute bending, and the first straight panel is basically perpendicular to the second straight panel. According to the invention, the positions of data acquisition and touch operation through smart glasses are relatively good.

The invention discloses a Jop-Shop scheduling method based on a QEA variable rotation angle distance. Quantum chromosome coding based on procedures is adopted for expressing a schedule, and by detecting the validity of the schedule, the searching efficiency of a solution space is increased; furthermore, a quantum evolution algorithm mode based on the QEA variable rotation angle is utilized for generating a filial generation, so that the diversity of solutions is effectively expanded, and the convergence to a local optimal solution is effectively prevented; in addition, the convergence speed is increased, and a global optimal solution is finally obtained with a minimal time cost (namely the optimal scheduling scheme is realized). According to the invention, the binary solution mode, the decimal solution mode, the procedure solution mode and the quantum evolution algorithm based on the quantum evolution algorithm are utilized, so that the efficiency of the method is better than the efficiency of other methods.

The invention relates to an all terrain moving detection robot. A wheel type structure is used for walking on the flat ground; a caterpillar track structure is used for walking on complicated pavement. The robot comprises a wheel type composition part, a vehicle body, an underpan system, a steering engine system, a controller, an environment detection system, a power supply system and a driving motor, wherein the vehicle body is positioned above the underpan system; the driving motor comprises a wheel type driving motor and a caterpillar track type underpan driving motor; the underpan system comprises a caterpillar track, a synchronous belt wheel, an underpan support frame and a caterpillar track underpan driving motor; the synchronous belt wheel comprises a driving wheel and a driven wheel; the caterpillar track type underpan driving motor is arranged on the underpan support frame; the driving wheel of the synchronous belt wheel is connected with an output shaft of the caterpillar track type underpan driving motor; the caterpillar track is engaged with the synchronous belt wheel and is driven to move.

The invention relates to a satellite navigation-based emergency device capable for dealing with the abnormal conditions of road traffic. The emergency device comprises an on-board processing device and an auxiliary device position in an emergency center, wherein, the on-board processing device comprises a satellite navigation device, a mobile communication device, an abnormal recognition device, an interior communication device and an automatic processing device which are connected through data interfaces; the auxiliary device is used for receiving, handling and sending the abnormal conditions of the vehicle; and the emergency device enables the vehicle and the emergency center to form a road traffic emergency network. The device enables the emergency information to be shared under the traffic emergency network built by the on-board processing device as well as the emergency center processing device so that people can face the abnormal conditions of the road traffic together. When an abnormal circumstance occurs during the driving process of the vehicle, not only the abnormal conditions can be automatically handled, but also the emergency center is informed of help obtained from the emergency center through the device, and the abnormal conditions can be forwarded to other vehicles through the emergency center to remind the other drivers to pay more attention to the traffic safety.

The invention discloses a method of recognizing parts during a maintenance process by intelligent glasses, which belongs to the field of vehicle maintenance, and solves the technical problems of intelligent glass data acquisition and a bad touch control operation position in the prior art. According to the technical point, a glass leg is provided with a cycle bend; one side of the cycle bend is connected with a first straight plate; the first straight plate is provided with a touch control plate facing the outer side of the glass leg; the other side of the cycle bend is connected with a second straight plate; the upper side and the lower side of the second straight plate are provided with extending bottom plates, an accommodating part for a camera is formed with the second straight plate, the second straight plate is provided with a camera mounting hole, the two bottom plates are connected with a ray machine, the ray machine is located in front of a closer glass frame, the glass frame is connected with the first straight plate and arranged at the place close to the cycle bend, and the first straight plate and the second straight plate are vertical basically. The method has effects of intelligent glass data acquisition and a good touch control operation position.

The invention discloses a reverse drive separation front drive axle and a half-shaft clutching device and control method thereof. The reverse drive separation front drive axle comprises a main speed reducer, a differential mechanism, a left half-shaft, a right half-shaft and an axle housing, wherein the half-shafts comprise inner half-shafts used for being connected with the differential mechanismand outer half-shafts used for being connected with a wheel hub, and half-shaft clutches used for controlling the power cutoff and transmission between the inner ends of the outer half-shafts and theouter ends of the inner half-shafts are arranged between the inner ends of the outer half-shafts and the outer ends of the inner half-shafts; when four drive is needed, through the connection of thehalf-shaft clutches, the inner ends of the outer half-shafts of the front drive axle are connected with the outer ends of the inner half-shafts to achieve the power transmission of the front drive axle; when two drive is needed, through the separation of the half-shaft clutches, the inner ends of the outer half-shafts of the front drive axle are disconnected with the outer ends of the inner half-shafts to achieve the power cutoff of the front drive axle. The reverse drive separation front drive axle and the half-shaft clutching device and control method thereof have the advantages that the power connection between the inner half-shafts and the outer half-shafts is cut off when the two drive is needed through the half-shaft clutches, so that tires rotate freely on the front axle to achievethe purposes of reducing vibration and reducing fuel consumption.

The invention provides a part loss assessment grading method in the repair and maintenance process of smart glasses, and belongs to the field of automobile repair and maintenance. The technical problems of bad data acquisition and touch operation positions of the smart glasses in the prior art is solved. The method is technically characterized in that a glass leg has a roundabout fold; one side of the roundabout fold is connected with a first straight plate; the first straight plate is provided with a touch plate which faces the outside of the glass leg; the other side of the roundabout fold is connected with a second straight plate; projecting bottom plates and an accommodation part which forms a camera with the second straight plate are arranged on upper and lower sides of the second straight plate; the second straight plate is provided with a camera mounting hole; two bottom plates are connected with an optical machine; the optical machine is located in front of a glass frame more close to the optical machine; the glass frame is connected with the first straight plate and is arranged close to the roundabout fold; and the first straight plate is substantially perpendicular to the second straight plate. The method has the advantages that data acquisition and touch operation positions of the smart glasses are great.

The invention belongs to the technical field of differential mechanisms, and particularly discloses an electromagnetic locking differential mechanism. The electromagnetic locking differential mechanism comprises a shell body with a cavity, wherein a front half-shaft spiral gear, a rear half-shaft spiral gear, a front planetary gear and a rear planetary gear are rotatably connected into the cavity,a first engaging gear is formed in the rear half-shaft spiral gear, a first straight gear is formed in the cavity, a locking ring is arranged in the cavity, a second straight gear is formed in an outer ring of the locking ring, and a second engaging gear is formed in an inner ring; and an electromagnetic coil is arranged on the front side of the shell body, a suction ring is arranged between theelectromagnetic coil and the shell body, the suction ring is fixedly connected with the front end of a pull rod, the rear end of the pull rod is fixedly connected with the locking ring, and a reset spring is arranged between the locking ring and the rear planetary gear. According to the electromagnetic locking differential mechanism, with the help of a magnetic field generated by the electromagnetic coil being electrified, the suction ring can be subjected to forward magnetic attraction in the magnetic field, thus the locking ring can be driven to move forward through the pull rod, the first engaging gear of the rear half-shaft spiral gear is engaged with the second engaging gear of the locking ring, and the 100% locking of the differential mechanism is achieved.

The invention relates to an auxiliary walking device with falling detection function. The device comprises a walking stick handle and a walking stick telescopic rod arranged at the lower end of the walking stick handle, a winding motor, a wire coil, a handle switch and a power source are arranged in the walking stick handle, and a pull wire is wound on the wire coil; the walking stick telescopic rod comprises two folding rods; each folding rod comprises a plurality of alloy rod strips, the plurality of alloy rod strips are meshed and connected through gear structures, the two folding rods areoverlapped in a mirror image mode and connected through a rotating shaft at the intersection position, the inner sides of the lowermost ends of the two folding rods are respectively provided with a clamping jaw, the two clamping jaws are opposite, a telescopic pull rod is fixedly arranged between the lower ends of the two folding rods, the center of the telescopic pull rod is connected with the pull wire, and lock catches are arranged outside the lower ends of the two folding rods. On the basis of the functions of a traditional walking stick, the function of picking up objects without bendingdown can be achieved, and meanwhile the auxiliary walking device has the advantages of having the anti-falling alarm function and being capable of effectively protecting the old from secondary injuries.

The subject of the invention is a coupler to attach a robotic arm to a surgical table. In some embodiments, an apparatus can include a coupler for coupling a robotic arm to a surgical table having a table top on which a patient can be disposed. The coupler can include a first portion configured to couple to a surgical table and a second portion configured to couple to a robotic arm. The second portion may include a post that may translate into the first portion. The first portion may comprise a locking mechanism having one or more stages to constrain movement of the second portion relative tothe first portion in six degrees of freedom. The coupler can thus provide secure coupling of the robotic arm to the surgical table.

The invention relates to a telephone booth, which is powered by solar energy to provide a wireless telephone for communication and provide light rays for illumination, is a safe and environment-friendly effective measure for reducing materials, saving energy and reducing emission for public communication, relates to the fields of wireless communication, the public communication, green energy, municipal administration, urban landscape and the like, and is manufactured by modifying a landmark telephone booth.

The invention discloses an all-terrain moving detecting robot. The all-terrain moving detecting robot walks on flat road surface adopting a wheel-type structure and walks on complicated road surface adopting a crawler-type structure. The all-terrain moving detecting robot comprises a wheel-type component part, a vehicle body, a chassis system, a steering engine system, a controller, an environmentdetecting system, a power-supply system and a driving motor. The vehicle body is arranged above the chassis system. The driving motor comprises wheel-type driving motors and crawler-type chassis driving motors. The chassis system comprises crawler belts, synchronous pulleys, chassis supports and the crawler-type chassis driving motors. The synchronous pulleys comprise driving wheels and driven wheels. The crawler-type chassis driving motors are arranged on the corresponding chassis supports. The driving wheels of the synchronous pulleys are connected with output shafts of the corresponding crawler-type chassis driving motors. The crawler belts mesh with the corresponding synchronous pulleys to drive the crawler belts to move.

The invention provides a gesture recognition method for intelligent glasses used in the vehicle maintaining process and belongs to the field of automobile maintaining. The method is used for solving the problem of gesture recognition of the intelligent glasses in the technical vehicle maintaining process. The method is characterized in that a gesture recognition operation plate detects a gesture feature, when it is detected that the gesture feature, on the gesture recognition operation plate, of a user is a preset sliding gesture, interrupt signals are transmitted to a main control chip, and the main control chip judges logic expression of the gesture. The method has the advantages that the intelligent glasses can be used conveniently for maintaining a vehicle, and user experience is further reinforced.