30results about How to "Reduce import costs" patented technology

The present invention provides a axle load measuring system and a vehicle separating method. It is capable of measuring the weight of each vehicle without special equipment for separating the vehicle. According to a detection output o axle load sensors (32a, 32b), a distance between axles of the vehicle (12) is calculated, and it is capable of judging whether a preceding detecting axle and a rear detecting axle are a same vehicle based on the distance and a prescribed distance information between axles in vehicle data. When the preceding detecting axle and the rear detecting axle are not a same vehicle, an axle load measuring result of the preceding detecting axle is separated from that of the rear detecting axle, and a total weight of each running vehicle is calculated based on a separated axle load measuring result before the preceding detecting axle.

The invention relates to an image information embedding method suitable for anti-fake codes identified through a mobile phone. According to the method, complete invisible effect can be achieved. Due to the characteristics that the masses take photos and read code information through mobile phones in hands and the mobile phones can be directly connected with the internet, the problem of network interfaces of the Internet of Things can be solved, and all commodities can be directly connected with the internet. Compared wit an RFID technology, the method is low in lead-in cost and suitable for all commodities and can be adopted for directly surfing the internet by means of taking photos through the mobile phones. The method can be widely popularized in fields like commodity tracing, commodity anti-channel conflict, commodity fake resisting, online games and network selling.

The invention discloses an AGV centering table mechanism. The AGV centering table mechanism comprises a centering table base, a centering table skip car and an AGV centering table trolley car; the centering table base is detachably fixed to the ground or an installation face, and the AGV centering table trolley car is movably arranged in the middle of the centering table base in a penetrating modefrom front to back; and the centering table skip car is erected over the AGV centering table trolley car and the centering table base, the centering table skip car is detachably and fixedly connectedwith the AGV centering table trolley car and the centering table base, and a part assembly is detachably and fixedly arranged on the centering table skip car. According to the AGV centering table mechanism, the part assembly can be automatically guided and transported to a designated position and accurately positioned, so that the purpose of part feeding is achieved, equipment runs automatically,manual intervention is not needed, the equipment running efficiency is higher, potential safety hazards and man-machine engineering problems are removed, the human resource cost is greatly reduced, and production site utilization rate is higher.

To provide a valve drive device formed so that an automization mechanism can be detachably installed in a manual valve drive mechanism without changing the inner structure of the valve drive mechanism and capable of driving a valve either manually and automatically by transmitting a drive force by the drive force generating means of the automization mechanism to the manual valve drive mechanism, and enabling the removal of the installed automization mechanism as required. The manual valve drive mechanism comprises a handle manually imparting a rotating power, a drive shaft rotatablyfitted to a casing and transmitting the rotating power produced by the handle to a drive force transmission mechanism disposed in the casing, and a valve stem connection body for transmitting the drive force transmitted thereto through the drive force transmission mechanism to a valve stem forming the rotating shaft of the valve. The valve drive mechanism is characterized in that the drive force generating means is detachably fitted to one outer part of the casing, the drive force generating means is connected to the drive shaft through a power transmission means, and a drive force by the drive force generating means is transmitted to the valve stem without changing the manual valve drive mechanism so that the valve can be opened and closed.

The invention relates to a method for performing bottle cap tagging through a two-dimensional code adhesive sticker tag. The method is characterized by being realized through tagging of a two-dimensional code adhesive sticker comprising a printed media layer, a two-dimensional code layer, an adhesive sticker layer and a stripping layer, wherein according to the tagging mode of the two-dimensionalcode adhesive sticker, the stripping layer is stripped off after the tag is die-cut; and the tag is pasted to the bottom of a bottle cap through a stamping method, and the method is realized through tagging of the two-dimensional code adhesive sticker. The method has the advantages that the problem that a commodity which is not bought is read furtively if tagging is performed on the outer portionof the bottle cap can be prevented; compared with laser tagging through which one set of equipment only can perform tagging on about 200 bottle caps per minute, tagging efficiency can be improved by 5-10 times; and moreover, the implementation method is easy, import cost is low, and popularization is promoted.

The invention discloses a novel bottled foaming device which comprises an accommodating bottle, a water inlet unit, a foaming unit, an air supply unit and a control unit, wherein the accommodating bottle is provided with a bottle body with an opening and a connecting joint inserted into the opening, and the connecting joint is provided with three through holes; the water inlet unit is communicated with one of the through holes; the foaming unit is accommodated in the bottle body and is connected with the connecting joint; the air supply unit is communicated with one of the through holes; and the control unit is used for controlling the working condition of the foaming device. The device is convenient to operate, intelligent in control and convenient to maintain, air is supplied to the foaming unit through the air supply unit and liquid is supplied to the foaming unit through the accommodating bottle, a large amount of foam is rapidly generated, and sufficient, rich and fine foam is generated in a short time so as to meet the use requirements of customers.

The invention relates to a method for labeling at the bottom of a deeply recessed container in virtue of a sucker. The method is characterized by comprising the following steps: sucking up a label from a non-setting adhesive label tape by using the sucker; then peeling the label off from a protection film on the non-setting adhesive tape through cooperation between the sucker and an assistant label peeling device; and adhering the label sucked onto the sucker to a bottle cap in virtue of the sucker. The method has the characteristics that problems in reliable peeling of the non-setting adhesive label off from the protection film are overcome; the label is accurately adhered to the bottom of the small bottle cap; and the method is high in reliability, fast in motion speed, easy to implement, low in introduction cost and favorable for promotion.

The invention provides an operation safety device of an elevator. The operation safety device can be simply arranged when an operator descends to an elevator pit. The operation safety device of the elevator comprises a handle part which is composed of a front surface part and a pair of side surface parts, the front surface part extends in the left-right direction of an elevator hall entrance and has the width smaller than the width of the elevator hall entrance in the left-right direction, the side surface parts are arranged at the two end parts of the front surface part, and the hands of an operator can be put on the handle part during operation. The elevator waiting hall entrance and exit extends in the depth direction of the elevator waiting hall entrance and exit; the pair of clamping parts are arranged at opposite positions across the handle part, extend from the two end parts of the handle part to the left and right direction of the entrance and exit of the elevator waiting hall, and can be clamped on a three-face frame arranged at the entrance and exit of the elevator waiting hall; and the base part is at least partially fixed on the elevator waiting hall floor side of the handle part in order to form a gap between the handle part and the elevator waiting hall floor.

The invention relates to a simulation deep learning construction method based on an SDL model in the field of information processing, which is characterized in that feature values of all training data of an identified object are mapped to a data set layer through a mapping function, or a Gaussian distribution result is mapped to the data set layer through the mapping function. The method is characterized in that for data training of an identified object, a training effect of a deep learning function mapping model can be achieved only through an algorithm of a mapping function without a combination method, a black box problem is avoided, large hardware support is not needed, the function mapping model can realize high-precision identification capability of deep learning, and the identification efficiency is improved. And the generalization ability beyond deep learning can be obtained by adding the Gaussian distribution model, and the annotation of big data is not needed, so that the performance is high, the import cost is low, and large-scale popularization is facilitated.

The invention relates to an automatic switching system of high-voltage distribution wires; therefore, information can be received and sent by wireless communication networks without limitation of a communication distance so long as in a service area, so that monitoring control on states of distribution wires can be carried out in a large range. The provided automatic switching system comprises: a circuit breaker control device, which has a wireless communication function; the required number of circuit breakers (A, B), which are connected with the circuit breaker control device; section control devices, which have a wireless communication function; the required number of switches (A1, A2, B1, and B2), which are connected with the section control devices; a cooperation control device, which has a wireless communication function; a switch L, which is connected with the cooperation control device; and a communication terminal. Software is preserved in all control units of the circuit breaker control device, the section control devices and the cooperation control device; and on the basis of information receiving and sending and cutting off of a fault section and switching of an undamaged section based on the information, the software carries out power transmission on undamaged section with power failure except the fault section, wherein the information receiving and sending are carried out by communication of wireless communication networks among the devices and between the devices and the communication terminal.

The invention is suitable for the field of technical improvement of vehicle tool clamps, and provides a modular two-station flexible splicing device. The device comprises a first positioning module, a second positioning module, a positioning base and a reciprocating rod conveying module. The first positioning module, the second positioning module and the reciprocating rod conveying module are respectively arranged on the positioning base, and the first positioning module is connected with the second positioning module through the reciprocating rod conveying module. The modular two-station flexible splicing device is simple in structure. By means of the device, the working efficiency is improved, the design is greatly simplified, machining can be conducted synchronously, the leading-in debugging difficulty is reduced, the tool development and leading-in period is shortened, and the leading-in cost is reduced. The relevance between different vehicle types is greatly reduced, and the later vehicle type tool maintenance is easy and convenient to carry out.