16 results about "LABORATORY TEST PANELS" patented technology

The invention discloses an air pipe air leakage detection device which comprises a metal plate base, supporting legs are welded and fixed to the metal plate base, and telescopic shafts are slidably connected to the supporting legs. The test panel is rotationally connected to the telescopic shaft, an assembly plate is detachably connected to the test panel, a plurality of mounting discs are arranged on the surface of the assembly plate, and test pipes are mounted on the mounting discs; the air valve assembly is located on each installation disc. A plurality of test tubes can be simultaneously measured by the plurality of mounting discs in batches, so that the working efficiency of the test is improved. The connecting pipelines of the air valve assemblies are mutually connected in series, so that the interiors of the test pipes are communicated, when the interiors of the test pipes are inflated, air can be conveyed into the test pipes through series connection of the air valve assemblies, and therefore sealing performance testing is carried out in batches. And the height position of the detachably connected assembly plate can be adjusted on the test panel, so that the installation height of the test tube is adjusted, and the practical function is further improved.

The invention relates to the technical field of material mechanical property testing, and discloses a pressure-sensitive adhesive tape stripping adhesive force testing device which comprises a stripping strength testing machine, a threaded rod moving mechanism obliquely arranged on the stripping strength testing machine, a force value sensor arranged on the stripping strength testing machine and a testing panel arranged on the stripping strength testing machine. The pressure-sensitive adhesive tape pasting device comprises a test panel and a fixing roller, the test panel is used for pasting a pressure-sensitive adhesive tape, a clamping assembly is arranged above the test panel, the clamping assembly is used for clamping the pressure-sensitive adhesive tape, a connecting piece is arranged on the clamping assembly, and the connecting piece is used for connecting a force value sensor and the clamping assembly. The pressure-sensitive adhesive tape is rolled, so that the rolling force applied to the pressure-sensitive adhesive tape is in a uniform state, the pressure-sensitive adhesive tape can be adhered to the test panel more uniformly, and the accuracy of subsequent adhesive force measurement is guaranteed.

The invention belongs to the technical field of medical information, and particularly relates to a method and equipment for identifying and auditing repeated subitems of an inspection set and a storage medium. The repeated subitem identification and auditing method comprises the following steps: constructing a specimen grouping database based on a reference group data set; constructing a target group relation library based on the target group data set and the specimen grouping database; after a new set billing instruction is received, a first historical set billing record of the current patient in a first preset time window is obtained, and a repeated item list is determined based on a new set and the first historical set billing record; and on the basis of each repeated item in the repeated item list, calling the target group relation library to judge whether the shared group labels of the repeated items in the new group and the historical group are the same or not, and executing corresponding warning or reminding operation according to a judgment result. According to the method provided by the invention, the de-duplication auditing cost is reduced, and the de-duplication auditing accuracy is improved.

The utility model discloses a tooling and equipment for inspecting the size and position of a product, which relates to the technical field of detection tools. The tooling for inspecting the size and position of a product includes: a fixture frame; a mounting guide rail provided on the fixture frame; a product fixing seat provided on the mounting guide rail, the product fixing seat can slide along the mounting guide rail, and the product fixing seat is used to position the product; a test panel provided on the fixture frame, and a size detection column is provided on the test panel, and a through hole for the size detection column to penetrate through the product for qualified detection is provided on the product. The tooling and equipment for inspecting the size and position of a product provided by this application can drive the product to move on the mounting guide rail through the sliding of the product fixing seat. When the size detection column provided on the surface of the test panel can smoothly pass through the through hole on the product, the product is determined to be qualified, otherwise it is a non-conforming product. The detection method is simple, the detection efficiency is improved, and the detection difficulty is reduced.

The invention discloses a method for rapidly milling a composite material test panel. The method comprises the following steps: S1, providing a composite material part and attaching a first adhesive tape to the back surface of the composite material part; s2, providing a flat base plate and attaching a second adhesive tape to the surface of the flat base plate; s3, the first adhesive tape and the second adhesive tape are attached and fixed, so that the composite material part and the flat base plate are connected into a whole; s4, adsorbing and fixing the flat base plate on a milling machine tool, and milling the flat base plate from the front surface of the composite material part to quickly prepare a composite material test plate; a vacuum adsorption platform is fixedly arranged on the milling machine tool, and the face, away from the second adhesive tape, of the flat base plate is adsorbed and fixed through the vacuum adsorption platform. Compared with an existing composite material test panel manufacturing method, the composite material test panel manufacturing method can improve the machine tool utilization rate, improve the composite material test panel machining efficiency, reduce the small test panel milling risk and reduce the risk that one-way belt composite material parts are split, and the manufacturing cost of the composite material test panel can be obviously reduced.

An installation template for direct current contactor lead detection comprises a template body, a plurality of wire clamps, a test panel and a wrapping post are arranged on the template body, wire clamping grooves are formed in the wire clamps, a plurality of metal contacts are embedded in the surface of the test panel, and the metal contacts are connected with the wire clamping grooves through leads; a placing groove and a wire taking groove are formed in the upper surface of the template body, a first winding column and a first limiting column are arranged on the front side of the wire taking groove, a second winding column and a second limiting column are arranged on the rear side of the wire taking groove, and a gap allowing a lead to pass through is reserved between the first winding column and the first limiting column. And a gap for allowing a lead to pass through is reserved between the second wrapping post and the second limiting post. The utility model overcomes the defects of the prior art, can effectively ensure the accurate position of the lead, improves the detection efficiency and precision, reduces the damage of the lead, prolongs the service life of equipment, and ensures the reliability of the detection result.

The application relates to a method for testing the in-plane shear performance of a sandwich structure composite material, comprising the following steps: preparing a test piece with a sandwich structure, wherein the test piece with the sandwich structure comprises a core plate, non-test panels and test panels adhered to upper and lower end surfaces of the core plate; bonding three reinforcing plates on the test panels at intervals along the width, which are respectively a middle reinforcing plate and two side end reinforcing plates, gaps are arranged between the middle reinforcing plate and the corresponding side end reinforcing plates, the middle reinforcing plate and the two side end reinforcing plates extend out of the test panel in opposite directions, wherein a first connecting hole is arranged at the extending end of the middle reinforcing plate, and clamp connecting holes are arranged at the extending ends of the two side end reinforcing plates; saw slits corresponding to the upper and lower gaps of each gap are arranged on the non-test panels, and the depths of the saw slits extend into the test piece; and the problems of a complex test fixture and low test efficiency of a civil aviation cabin floor test are solved through the above design.

The present application provides a kind of paint test panel automatic detection method and equipment, the method includes the following steps: test panel is extracted from bin by robot control material taking assembly, and test panel is positioned in test table;According to test panel type, difference detection process is executed, detection process includes: if test panel is standard sample, then switch detection component according to preset order to carry out film thickness detection, gloss detection, color detection and particle detection;If test panel is daily board, then the basic two-dimensional code pre-set on the back of daily board is identified by scanning code component to analyze detection item combination, corresponding detection component is dynamically scheduled based on analysis result to execute detection;Based on detection result, unique two-dimensional code is generated, and unique two-dimensional code is sprayed to the back of test panel by code spraying component, and test panel is sorted to corresponding discharge bin according to detection result.The present application can improve detection precision, realize quality data whole process traceability.

The invention discloses an agricultural planting water environment influence simulation system, and belongs to the technical field of planting water simulation experiments.The agricultural planting water environment influence simulation system comprises a test panel, a test column and a water supply tank, and the water supply tank is installed on the test panel through a supporting frame; a first pipeline, a second pipeline, a third pipeline and a fourth pipeline are sequentially and fixedly mounted on the water supply tank, a mixer is fixedly mounted on the second pipeline, and an alternator is fixedly mounted on the third pipeline. Meanwhile, tap water and reclaimed water are used for irrigating crops in one test column in turn through an alternator, crop potting tests are carried out by taking the tap water as a contrast, and influences on crop growth, yield and quality in different irrigation periods are monitored; secondly, comparing the influence of the reclaimed water on the growth, the yield and the quality of the crops in different irrigation modes;

The application discloses a reflection wave weakening test board based on acoustic black hole effect, which comprises a test board body and a spiral acoustic black hole arranged at the edge of the test board body and used for weakening the reflection signal of the boundary. The application can weaken the reflection wave of the edge of the test board, and is safe and reliable in use, small in space occupation and simple in structure.

The application relates to the technical field of composite material forming, and discloses a short beam strength test test plate forming method, which comprises the following steps: S1, main material preparation; S2, mold preparation; S3, auxiliary material preparation; S4, pre-laying inspection; S5, laying; S6, packaging; S7, curing; S8, demolding; and S9, apparent quality inspection.

The invention discloses a pressure vessel nondestructive testing simulation test device with a replaceable test panel, which comprises a test vessel and at least one test panel assembly, and at least one window is formed on the shell of the test vessel; the number of the test panel assemblies is consistent with that of the windows, and the test panel assemblies are mounted at the windows; weld defects and pit defects are formed on the test panel assembly; the shape of the vertical face of the test plate assembly is matched with the window, and the surface contour of the test plate assembly is matched with the contour of the corresponding shell of the test container at the window. According to the invention, the real operation space and operation direction of pressure vessel defect detection can be simulated, and any position on the pressure vessel shell can be flexibly selected for simulation detection.

The utility model relates to an airbus CIDS system test bench, and belongs to the technical field of test equipment. Comprising a test panel, a CIDS control module, a DEUA module, a DEUB module and a PSUAmp. The system comprises a CIDS control module, a DEUA module, a DEUB module and a PSUamp, wherein the CIDS control module, the DEUA module, the DEUB module and the PSUamp are connected in sequence; the PISA module and the FAP module are both installed on the test panel, and the test panel comprises a DEUA module, a DEUB module and a PSUamp; the PISA module and the FAP module are both electrically connected with the CIDS control module, and the PSUAP module is electrically connected with the CIDS control module; the PISA module is also connected with the DEUA module; according to the CIDS system testboard provided by the utility model, the CIDS control module is a control center of the testboard, is responsible for connection communication and control with other modules, connects a to-be-tested machine part with the testboard, can test whether the function of each machine part is normal or not, carries out inspection, troubleshooting and testing, and can find and process abnormity in time if the abnormity exists.

The utility model provides a testing device for an organic poison gas prevention fabric, and belongs to the technical field of fabric poison gas prevention testing. The testing device for the organic poison gas prevention fabric comprises a testing box, a testing cavity is formed in the testing box, a circulating air channel is formed in the testing cavity, a fan set and an activated carbon filter plate set are installed in the circulating air channel, and a fabric testing assembly is further installed in the circulating air channel. A test chamber is arranged in a test box, a circulating air duct is arranged in the test chamber, a fan set is installed in the circulating air duct, so that air in the circulating air duct flows circularly, a fabric test assembly is further installed in the circulating air duct to achieve the anti-poison effect of a test panel, in addition, an activated carbon filter plate set is further installed in the circulating air duct, and after the test is completed, the test panel can be used for testing the anti-poison effect of the test panel. Poisonous air circularly flows in the circulating air duct and is adsorbed and purified by the activated carbon filter plate group, so that the aim of conveniently cleaning residual poisonous gas generated in the testing process is fulfilled.

The utility model discloses a device for testing the exploration behavior of a primate, which relates to the technical field of animal testing devices and comprises a testing panel and a shading box, a window is arranged on the testing panel, a baffle is hinged to the position corresponding to the window, a photoelectric sensor is arranged at the position of the window, and the primate to be tested is placed in the shading box. Primate animals can actively find a light source in a dark environment, due to the exploration instinct of the animals and the behavior of pushing away the baffle to explore the light source, light source signals at the window are recorded through the photoelectric sensor and are recorded by an external computer, and therefore data such as the number of times and duration of pushing away the baffle by the primate animals are obtained; automatic acquisition of primate exploration behavior data is realized, the acquisition is very convenient, manpower is saved, and the data is objective and reliable.