479results about "Weighing apparatus for continuous material flow" patented technology

To provide a method for inspecting a sheet-like material which can reduce loss of time or products even when a sheet-like material is slit in a width direction, and can provide the average value of the basic weight of each sheet-like material after slitted.SOLUTION: The method for inspecting a sheet-like material includes: a basic weight measuring step of continuously measuring the basic weight in a longer direction of a sheet-like material while traversing the material in a width direction, thereby obtaining continuous basic weight data connected to the width directional position and the longer directional position; and a slit step of dividing the sheet-like material in the width direction. The average value of the basic weight data of a position to be for a sheet-like material obtained by division in the slit step is obtained from continuous basic weight data connected to the width directional position and the longer directional position, whereby the average value of the basic weight of each sheet-like material is calculated.SELECTED DRAWING: Figure 1

This invention relates to a modular measuring device, particularly for multi-channel scales, comprising a main basic module (102) and a plurality of expansion modules (104), wherein each expansion module (104) consists of an attached basic module (108) and a connecting module (110, 210) detachably and mechanically and electrically connected thereto, wherein the expansion modules (104) are arranged adjacent to each other and detachably and electrically and mechanically interconnected to form an expansion module (104) stack (118), and wherein the main basic module (102) is detachably and electrically and mechanically connected to each other. The expansion modules (104) located on the outer side of the stack (118) of expansion modules (104) are connected, and wherein the separable mechanical and electrical connections between the expansion modules (104) and each other, and the separable mechanical and electrical connections between the main base module (102) and the adjacent expansion modules (104) are achieved only through the separable electrical and mechanical connections between the respective adjacent attached base modules (108) and each other, and the separable electrical and mechanical connections between the main base module (102) and the attached base modules (108) of the adjacent expansion modules (104). According to the invention, the connection modules (110, 210) are designed for electronic evaluation and / or control units of weighing technology components. One or more of the connection modules (210) can also be designed as weighing units, and the main base module (102), the attached base modules (108) and the connection modules (110, 210) each have a closed, dustproof and waterproof housing (126).

A container conveying device includes a contact support portion which comes into contact with one side surface of a container, a star wheel, a contact support portion which comes into contact with the other side surface of the container, and a holding wheel provided to be relatively rotatable with respect to the star wheel. When the container is not located at a container inspection position, the container conveying device conveys the container while maintaining a posture of the container by bringing the contact support portion into contact with the container, and when the container is located at the container inspection position, the container conveying device separates the contact support portion which comes into contact with the surface of the container. The container is released from the contact support portion at the container inspection position while the star wheel is paused.

The utility model relates to the technical field of belt weighers, in particular to an array type intelligent high-precision electronic belt weigher, which comprises a bottom plate, mounting plates are fixedly mounted at four corners of the top surface of the bottom plate, an array belt weigher body is arranged on the bottom plate, and the four mounting plates are respectively positioned on two sides of the array belt weigher body; the two lifting plates are slidably mounted among the four mounting plates, moving plates are slidably mounted on the top surfaces of the two lifting plates, when materials are conveyed, a motor B can be started to drive a second lead screw to rotate, and when the second lead screw rotates, the moving plates can be driven to move through second threaded sleeves; when the movable plate moves, the movable plate can drive the baffle to get close to the materials to rectify the materials, when the materials are rectified, the materials make contact with the auxiliary wheels, the materials are prevented from being blocked by the baffle during rectification, when the materials are rectified through the baffle, the auxiliary wheels can assist the materials in moving, and in the material rectification process, the material rectification efficiency is improved. And the stability during material conveying is improved.