31results about How to "Strong standardization" patented technology

The present invention discloses one kind of five-freedom parallel robot mechanism with three translational dimensions and two rotational dimension and including static platform, dynamic platform and branches connecting the static platform and the dynamic platform. The dynamic platform is connected to the static platform through five branches, the static platform has three parallel tracks, two crossed branches, branch I and branch II, are connected to the first track, two other uncrossed branches, branch III and branch IV, are connected to the second track, and the branch V is connected to the third track. The present invention can realize four-freedom platform motion by means of the shifts of the shift pairs of the branches in separated tracks, has enhanced integral rigidity and may be used in operation needing five special motions.

The invention relates to a pseudo-ginseng vacuum freeze-drying method and application thereof, and relates to the technical field of traditional Chinese medicine processing. According to the vacuum freeze-drying method, pseudo-ginseng homogenate is subjected to pre-freezing and vacuum drying treatment, in the pre-freezing step, pre-freezing is carried out in stages at the temperature of minus 20-minus 75 DEG C, and in the vacuum drying treatment step, vacuum drying is carried out at the temperature of minus 20-30 DEG C. The vacuum freeze-drying method is applied to preparation of pseudo-ginseng processed products, and the obtained pseudo-ginseng processed products are high in cleanliness, fine and smooth in taste, stable in quality, accurate in dosage, convenient to apply and carry, high in dissolution and absorption speed, higher in product standardization, higher in production efficiency and suitable for daily life of normal people.

The present invention discloses one kind of four-freedom parallel robot mechanism with two translational dimensions and two rotational dimensions and including static platform, dynamic platform and branches connecting the static platform and the dynamic platform. The dynamic platform is connected to the static platform through four branches, the static platform has two vertically crossed tracks, two crossed branches, branch I and branch II, are connected to the identical track while other two, branch III and branch IV, are connected to the other track. Each of the branches includes one shift pair, two Hookes and one branch rod, which has one end connected to the dynamic platform via a Hooke and the other end to the static platform via the composite motion pair comprising a shift pair and a Hooke. The present invention can realize four-freedom platform motion, has enhanced integral rigidity and may be used in operation needing four special motions.

The invention discloses a novel feeding device. The novel feeding device comprises a material bin, a wheel body and a feeding groove. The wheel body is arranged to be tangent to the bottom of the material bin, the wheel body is driven to rotate by a first driving unit, a plurality of blades are distributed in an inner cavity of the wheel body, and a stirring cavity is formed in the inner cavity among the blades. The feeding groove is fixedly formed in the stirring cavity, meanwhile, the feeding groove extends towards the feeding position, and the feeding groove is driven to feed materials by a second driving unit. Compared with the prior art, the manufacturing cost is lowered, and the universality of the novel feeding device is also strengthened.

The invention discloses a production method of non-denatured II-type collagen, which comprises the steps of: during removal of impurities, stirring and hydrolyzing 1:16w / w pepsase for 24h in the temperature of 26-28 DEG C respective under pH 6.5 and pH2.5 conditions, obtaining cartilage material and then grinding the obtained cartilage material into powder; and extracting collagen, and obtaining the non-denatured II-type collagen. The production method leads the extraction of the non-denatured collagen to be expanded into production scale from laboratory scale, thus basically meeting the production requirements; the technical scheme of the invention is simple and convenient to do, strong in standardization, less in human factors, cost-saving and high in yield; and the extraction process of the collagen is simpler and more convenient, so that the large-scale production can be more smoothly carried out.

Disclosed is a method for determining the content of tranexamic acid using an amino acid analyzer, and a method for determining the content of tranexamic acid by using ion-exchange chromatographic separation and a standard curve method. The chromatographic conditions are 4μm prewash column and 8μm analysis column, and the ion exchange resin is Biochrom30+ special resin for high-efficiency amino acid automatic analyzer; detection wavelength is 570nm; pump flow rate is 35ml / h; gradient elution program: 0~1min buffer 1, 1~ 2min buffer 2, 2-20min buffer 5, 20-21.5min buffer 6, 21.5-23.5min buffer 1; column temperature 44°C; reaction temperature 135°C; injection volume 20μl. The amino acid analyzer used in the determination of tranexamic acid content has the characteristics of commercialization and high degree of automation. The method for determining the content of tranexamic acid with an amino acid analyzer has the advantages of simple operation, strong standardization, high sensitivity, rapidity and high efficiency.

The invention discloses a reinforcing rib making die for a ribbed superposed concrete prefabricated member. The die comprises a first template and a second template which are arranged corresponding to each other; the sections of the first template and the second template respectively consist of a vertical plate body and a horizontal plate body positioned at the lower part of the vertical plate body and are L-shaped; a first elastic lining film and a second elastic lining film are respectively arranged on the inside walls of the first template and the second template; the mutually corresponding edges of the first lower lining film and the second lower lining film are respectively concave-convex; a first baffle plate and a second baffle plate are respectively arranged between the first template and the second template and are respectively in contact with the first elastic lining film and the second elastic lining film; the first baffle plate is provided with a first steel bar hole and asecond steel bar hole; and the second baffle plate is provided with a third steel bar hole and a fourth steel bar hole. The die has the remarkable characteristics of standardization, strong interchangeability, simplicity and convenience in disassembly and assembly, no need of die release treatment and capability of meeting industrialized production of concrete prefabricated members.

The invention relates to a cabinet for household electronic devices with loudspeaker, which is comprised by a main cabinet for the accommodation of electronic devices and mechanical element, and a separate loudspeaker cabinet which can be fixed to the external side of the main cabinet in undetachable wise. In this wise, different electronic devices can be designed based on the same main cabinet, therefore, the production cost can be greatly reduced.

The invention discloses a traceable batch preparation method of dried tangerine peel. The traceable batch preparation method of the dried tangerine peel comprises the following steps: S1, preliminary choosing tangerine fruits, checking the chosen tangerine fruits, boxing up the checked tangerine fruits, and then, sealing and labeling the boxes for the first time; S2, performing batch cleaning and sorting on the tangerine fruits on cleaning and sorting line equipment; S3, peeling the sorted tangerine fruits; S4, drying the tangerine peel in a drying device; S5, sealing and labeling the boxes of tangerine peel for the second time, and transferring the tangerine peel into a storage warehouse so as to prepare for aging. The step S5 comprises the following steps: S51, storing the tangerine peel in a standard warehouse for 2-5 months; S52, transferring the tangerine peel into a humidifying chamber so as to carry out first humidifying; S53, transferring the humidified tangerine peel into a wet-pumping and air-drying chamber so as to carry out first wet-pumping and air-drying; S54, transferring the wet-pumped and air-dried tangerine peel into the standard warehouse again, and storing the tangerine peel for 1 year; S55, performing second humidifying on the tangerine peel; and S56, performing second wet-pumping and air-drying on the humidified tangerine peel, so that the dried tangerine peel is prepared. The method disclosed by the invention realizes batch preparation of the dried tangerine pee; moreover, information of the tangerine fruits, including place of origin, householder, grade and so on, is traceable.

The present invention provides a computer-implemented method for starting a role-specific workflow in a medical-technical system (1). The computer-implemented method comprising: authenticating (101) a user of the medical-technical system; assigning (102) a role to the user; identifying (103) a replacement component (6) using an electronic serial number stored in the component; and starting (104) the role-specific workflow when the replacement component is identified. The invention also provides a medical-technical system (1) for starting a role-specific workflow. A service delivery may be more heavily standardized and optimized by automatically assigning the workflow. As a result, service results may improve and customer satisfaction may increase.

A hydraulic module designed to be mounted on a hydraulic hybrid vehicle, characterized in that the hydraulic module forms a rigid, compact assembly comprising a body (32) receiving high and low pressure accumulators, said high-pressure and low-pressure accumulators intended to supply the traction motor of the vehicle, said assembly comprising a substantially parallelepiped shape and having attachment means designed to be fixed at the rear of the vehicle to below the floor.

The invention discloses a double beam floor structure. The double beam floor structure comprises supporting units. Every two adjacent supporting units are connected through two parallel longitudinal beams or two parallel cross beams to form a square-hole netty structure with the supporting units as nodes and the longitudinal beams and the cross beams as links. Each supporting unit comprises a groined beam, a rood beam and a supporting column, wherein the rood beam is arranged in the center of the groined beam and is connected with the cross points of the groined beam, and the supporting column is fixedly connected with the center of the rood beam. According to the double beam floor structure, the square-hole netty structure is formed through the supporting units, the longitudinal beams and the cross beams. Compared with traditional beam-slab type floor structures, primary beams and secondary beams are not distinguished in the netty structure any more, and force transfer between the beams, between the beams and floorslabs, as well as between the beams and the supporting columns is more uniform, the condition that part of the beams are not stressed uniformly and accordingly waste is caused is avoided, and the double beam floor structure has the advantages that the load-bearing effect is good, the height of the beams is decreased, and the cost is reduced.