122results about How to "Smooth maintenance" patented technology

A method for controlling the configuration, such as access and/or one or more other features, of an application in an electronic device from the standpoint of a particular user, comprising obtaining an indication of the identity of the user determined based on sensor data associated with physical activity by the user, obtaining an indication of the physical activity identified based on the sensor data, and modifying or at least providing information enabling to modify the identified user's configuration of an application logic based on the identified activity and optionally other activity information derived utilizing the sensor data. Related mobile device, electronic arrangement and system are presented.

A handpiece and method of use for laser-assisted liposuction for melting, disrupting, and removing cellulite and adipose tissue. Electromagnetic energy is used to selectively melt or disrupt cellulite and adipose tissue and ablate the collagen in the constricting bands of connective tissue that causes the dimpled appearance of cellulite and adipose tissue, while avoiding damage to the surrounding fatty cells.

The present invention relates to a three-stage foldable mobile terminal having a flexible display, and can provide a mobile terminal comprising: a body portion which comprises first to third bodies rotatably connected to each other and which implements a first state in which the first to third bodies are arranged side by side in one direction and a second state in which the first to third bodies overlap each other by the at least one hinge unit, respectively; and a flexible display unit which is mounted on the body portion, wherein the body portion comprises: a main circuit board which is disposed on the first body; a flexible circuit board which electrically connects the first and second bodies in the first state; and a connection member which is disposed on the second body so that the main circuit board and the third body are electrically connected to each other in the second state.

A plurality of in-vehicle control apparatuses (100) and a DLC (200) connected to a vehicle network each include a frame monitoring unit (131). The frame monitoring units (131) detect simultaneous transmission of a plurality of communication data having a shared CAN ID by monitoring an error frame transmitted to the vehicle network. The plurality of in-vehicle control apparatuses (100) and the DLC (200) also each include a control determination unit (132) and a transmission/reception control unit (133) that execute adjustment processing to adjust the plurality of communication data having the shared CAN ID when simultaneous transmission of the communication data is detected.

The invention discloses a phase combination fault detection method of a traffic signal controller, which relates to the technical field of traffic signal control and computer application. In the method, support hardware and a program module are adopted; and the support hardware at least comprises a master controller, a storage unit and a detection circuit. The method is characterized in that the storage unit stores a predefined congruent relationship list and a predefined fault rule list, the program module carries out steps of detecting and discriminating the phase combination fault, and the specific steps are as follows: detecting whether a signal lamp on each circuit is in a lightening or extinguishing state by using a current or voltage detection circuit; and discriminating whether abnormal combination of lightening or extinguishing of the signal lamp on each circuit at any time exists. By utilizing the method, the phase combination fault of a plurality of traffic signal control systems can be detected, and the phase combination fault of the traffic signal control systems can be effectively and automatically found out and reported.

A radioisotope production apparatus includes: a linear accelerator for accelerating an ion beam and irradiating a target with the ion beam, radio frequency power supplies for supplying radio frequency waves through coaxial tubes and the linear accelerator, a target shield member containing the target, a first radiation shield member covering the linear accelerator, and a movable second radiation shield member covering the side of target shield member of the linear accelerator between the first radiation shield member and the target shield member. The first radiation shield member is movably divided in opposite directions, respectively, of the axial direction of the linear accelerator from the base point of the connection point of the coaxial tube connected to the linear accelerator.

A pneumatic tire is provided with a tread having a shoulder portion isolated by a main groove, and a slit formed on the shoulder portion, wherein a first tapered portion is formed on a side wall of the slit which comes into contact with the ground first when the tire is rotating, and a second tapered portion is formed on the side wall of the slit which comes into contact with the ground later, an end of the first tapered portion on the main groove side is located at a position closer to the main groove than the end of the second tapered portion on the main groove side, and the second tapered portion is formed so that a width on an opening end of the slit opening at a contact surface is wider than the width of the portion where the second tapered portion is not formed.

The invention discloses an endoscope with an enlargeable tail end. The endoscope comprises an insertion part and an endoscope main body, wherein the insertion party comprises a shell, a working tract, a camera and a wire band; the working tract, the camera and the wire band are located in the shell; one end of the wire band is connected with the camera, and the other end of the wire band is connected with the endoscope main body after penetrating the shell; the camera is arranged at the tail end in the shell; a gap is formed at the tail end of the shell so that the working tract or the camera can extend out or retract from the gap; when the working tract or the camera extends out the gap, the working tract and the camera are in a parallel state. The endoscope with the enlargeable tail end can realize the enlarging and retracting of the tail end of the endoscope; the tail end of the endoscope is enlarged after passing through a narrow human body tract so that the working tract or the camera can extend out; the working tract and the camera are located at the parallel positions, so that the inner diameter of the working tract is obviously increased, the working tract can pass through more instruments to take out larger foreign matters.

The invention discloses a code scanning technology based spare part full life circle tracking method, and relates to a life circle tracking method. At present, a spare part management mode exposes thedefects that the efficiency is low, and the controllability is poor, and very big hidden danger is brought to safety production of a company. The method comprises the following steps of spare part filing application, spare part storage, spare part receiving, equipment replacement, spare part returning/breakage, spare part stock-taking, spare part early warning report, spare part quality evaluation, status tracking, spare part account maintenance and file information maintenance conducted on frequently-used spare parts according to production requirements. According to the technical scheme, normal maintenance of production equipment and smooth maintenance plan implementation are guaranteed, safe and stable production of an automatic production operation system is guaranteed, centralized and unified management of the spared parts is strengthened, spare parts are stocked, people pay adequate attention to four links of use, management, repairing and supplying, and spare part post-use tracking is well conducted.

The invention discloses an LED lamp and a frame assembly of the LED lamp. The frame assembly comprises a connecting plate, two supports, a lamp holder and a plurality of fixing parts. The two supports are connected to the two opposite ends of the connecting plate; the lamp holder is connected to the end, far away from the connecting plate, of each support through the fixing parts, wherein the end face, connected with the connecting plate, of each support is provided with a gasket. The LED lamp further comprises a cover body, a shell body, an LED light source module, a power supply and a connecting plug, wherein the cover body is arranged on the connecting plate of the frame assembly, and the shell body wraps the lamp holder of the frame assembly. The two opposite ends of the LED light source module are detachably arranged on mounting surfaces of the two supports and electrically connected with the power supply through the connecting plug arranged in the supports, therefore, the LED light source module can be assembled and disassembled with no need to take apart the other components of the LED lamp, and the situation that a power line exposed in an external environment is damaged can be avoided.

The invention discloses a robot. The robot is mounted on a railway track and used for the maintenance of nuts and fasteners. The robot is characterized by comprising a base, traveling wheels, a material charging device, a combination device, a material feeding device, a gripping mechanical arm, manipulators and a detection device, wherein all the components except the traveling wheels are arrangedon the base; the combination device is connected to the material charging device; the gripping mechanical arm is connected between the combination device and the material feeding device; and the detection device and the manipulators are arranged on the same side of the material feeding device. Meanwhile, the robot is used for the maintenance of the railway track. Compared with the prior art, therobot can achieve the automatic material charging function by virtue of the material charging device and the combination device, thereby achieving a modernized robot integrating material charging withmaintenance. In addition, by virtue of the reasonable function of the gripping mechanical arm, the manipulators and the detection device, the robot solves the maintenance problem caused by the different inclination of manually-pre-embedded bolts so as to successfully complete the maintenance of the railway track. The robot is time-saving, labor-saving, precise and quick.

The invention relates to a fixing support for bridge detection equipment, and the fixing support comprises an annular support body which is disposed on bridge piers in a sleeving manner, is provided with an interval between the outer peripheral surfaces of the bridge piers on the inner peripheral surface, and is provided with a guide rail in the circumferential direction; a hoisting assembly whichcomprises a winch arranged on the bridge floor corresponding to the bridge pier and a pulley assembly fixed to the bridge floor, wherein a hoisting rope on the winch penetrates through the pulley assembly to be connected with the annular support body; an air bag assembly which is arranged on the inner side wall of the annular support body, wherein the air bag assembly is communicated with an airpump through an inflation pipe; and an angle adjusting device of which one end is slidably connected into the guide rail, and the other end is connected with the bridge detection equipment. A supporting platform can be provided for the detection device so that the detection and maintenance work of underwater and high-altitude parts of the bridge pier stud can be completed smoothly; in addition, the electric tackle can be started to slide in the guide rail, and then the detection equipment is driven to conduct 360-degree detection in the circumferential direction of the pier.

The invention discloses an automobile engine nacelle curb girder front part with a reinforced energy absorbing structure. The front part comprises a body, a foreplate of an external closing plate, a front lock plate, and a support of a front crush box, which is connected on the front lock plate. The invention is characterized in that one end of the front internal crush box and one end of the front external crush box are respectively connected with the support of the front crush box; the front internal crush box and the front external crush box are oppositely locked with each other and the front internal crush box is arranged inside the front external crush box; a first half reinforced cylinder and a second half reinforced cylinder are arranged inside the front internal crush box and are oppositely connected into a cylinder; and one end of the cylinder is connected with the support of the front crush box. Adopting a unique structure with the front internal crush box inside the front external crush box guarantees the complete absorption of energy during offset collision; the partitioning is reliable and punch forming is easy, thereby guaranteeing that an automobile can be successfully repaired when colliding at low speed; and the invention completely reaches the high-star score E-NCAP and C-NCAP according to the analysis of CAE.

A distillation apparatus and method of more rapidly purifying water, potable spirits and essential oils and more specifically to a unique heat distribution device referred to herein as the flame flow that provides for the contents of the apparatus to reach evaporation temperatures more quickly and maintain temperature to provide better control and more evenly heat the contents of a distillation apparatus.