36results about How to "Arbitrary shape" patented technology

The invention discloses an LED illumination light source comprehensive measurement instrument. The main hardware is composed of an LED illumination light source operation table (1), a sensitization measurement table (2), a telescopic optical darkroom passageway (3) and a microcomputer main control station (4). An LED illumination light source to be measured is fastened to an LED illumination light source installation universal support in the operation table, and a polar coordinate double-shaft drive servo mechanism drives the LED illumination light source on the polar coordinate double-shaft drive servo mechanism to rotate in the horizontal direction and to pitch. The telescopic optical darkroom passageway is used for adjusting the distance between the LED illumination light source to be measured and a sensitization measurement probe. Embedded type microcomputers of all subsystems execute various types of operation, collect and transmit data and are used in cooperation with the microcomputer main control table for achievement of the measured data comprehensive processing function and the image processing function. The LED illumination light source comprehensive measurement instrument has the advantages that the LED illumination light source with any model, any wave form and any power consumption can be really measured in a relatively small space, a normal measurement parameter table is provided, and a three-dimensional analysis graphic based on tricolor light waveforms and four-dimensional dynamic video are provided as well.

The invention discloses a flexible coiled material for deformation joint and a construction method of the flexible coiled material. The flexible coiled material comprises a deformation portion and an extending portion, wherein the deformation portion is located in the middle and is provided with an arc-shaped curve, the extending portion is provided with two parts, the two parts are connected with the deformation portion from two sides of the deformation portion, thus, the flexible coiled material is fixed on two sides of the deformation joint through two parts of the extending portion, the deformation portion of the flexible coiled material covers the deformation joint, the flexible coiled material has a tensile property and also has the deformation portion, and can bear deformation and expansion of the deformation joint in a certain range, the effect of complete sealing can be achieved, the structure is table and the sealing performance is good.

The construction method of a combined greening body comprises the following steps: 1. respectively manufacturing supporting and lateral construction member dies, and manufacturing supports and lateral construction members by the dies; 2. installing a height adjusting gasket between the butt joint surfaces of each support and each lateral construction member; installing one end of a first support of which one end is a mortise and the other end is a rabbet on a base; matching and assembling the mortise of the first lateral construction member nearby with the rabbet of the first support; then, matching and assembling the mortise of the second support with the rabbet of the first support; and matching and successively assembling the mortise of the second lateral construction member with the rabbet of the second support, wherein the assembling processes are carried out successively; 3. arbitrarily splicing and installing the adjacent lateral construction members in all directions by a plug through a dovetail groove arranged on the side surface of the lateral construction member into a bigger greening body; and 4. placing a flowerpot in which plants are planted or planting plants after soil is placed on the top surface and all side surfaces of any spliced and assembled greening body, wherein the greening planting surfaces of the constructed greening body comprise a top surface and seven vertical surfaces.

The present invention discloses a fruit and vegetable freeze-dried snack preparation method and a product thereof, relates to the field of biological product processing, and solves the problems that the existing fruit or vegetable freeze-dried snack preparation method is not conducive to the product shaping and the various nutrition or taste matching of various vegetables and fruits, and the prepared product is poor in taste. The used technical scheme is as follows: firstly, the fruits and/or vegetables are cleaned and air-dried, and the air-dried materials are beat into a pulp material; then mangiferin is added into the pulp material to obtain a homogenate and the homogenate is loaded into a mold to be frozen and molded; and finally the molded homogenate is put into a vacuum freeze-drying machine to be freeze-dried to obtain the freeze-dried snack. In addition, the freeze-dried snacks are vacuum packaged to obtain freeze-dried products. The fruits or vegetables can be easily processed into flavored snacks with a variety of tastes by the preparation method of the fruit and vegetable freeze-dried snack, the losses of nutrients are small, the taste can be diverse and the shape can be shaped at will; the freeze-dried snack is crisp and delicious, easy to digest, and especially suitable for children and the elderly; and the freeze-dried snack has a long shelf life and is convenient to carry and convenient to eat.

The invention discloses a combined type greening barrier. The combined type greening barrier comprises supports and horizontal spacer bars and is characterized in that the profiles of the supports and the horizontal spacer bars are of a fore-and-aft and bilateral symmetry structure, a planting space is arranged at the upper parts of the horizontal spacer bars, a water reservoir also serving as a flowing channel is arranged at the lower parts of the horizontal spacer bars, water supplying and draining holes also serving as connection holes which correspond to one another in positions are arranged on the left end surfaces and right end surfaces of the horizontal spacer bars, each support is provided with a through hole from one side surface to the other side surface, any one section of the whole outer surface of each horizontal spacer bar is enclosed in the through hole of each support and spliced in a suspension manner, the supports can be randomly spliced and moved on the whole outer surface of the horizontal spacer bar, the end surfaces of the adjacent horizontal spacer bars are connected in series directly by virtue of the water supplying and draining holes also serving as the connection holes or indirectly through bolts or hollow pipe bolts with a plastic sealing pad, the water reservoir also serving as the flowing channel at the lower parts of the horizontal spacer bars is penetrated to form a combined greening barrier; and a part between any two adjacent supports and the horizontal spacer bars in the combined greening barrier is of a symmetrical structure.

The invention provides a separate radiating light emitting diode (LED) lamp and relates to the field of LED lighting. The separate radiating LED lamp comprises a barrel-shaped first radiating chamber and a flat-box type second radiating chamber, wherein one end of the first radiating chamber is connected and communicated with the second radiating chamber; at least one ventilating hole is formed in the second radiating chamber, so that a hollow radiating system of the first radiating chamber and an air flow path where air passes through the first radiating chamber and the second radiating chamber through an opening and flows out of the ventilating hole are formed; a chamber wall of the first radiating chamber along a length direction of the first radiating chamber is integrated with a radiating structure; an LED circuit board is arranged around the chamber wall; LED luminous bodies are arranged on the LED circuit board; a lampshade is arranged; the second radiating chamber is connected and communicated with a power supply chamber provided with a power supply; and the power supply chamber is connected with a lamp holder. The radiating effect is enhanced; the radiating system of the LED luminous bodies is separated from the radiating system of the power supply, so mutual heat interference is avoided; and the electric performance can be improved comprehensively.

The invention relates to an injection organism repair material and relative production. Wherein, it comprises carrier support and seed cell adhered on the carrier support to form skeleton three-dimension structure and biological active composite; and it uses the injection chitose-beta-tricalcium phosphate composite as carrier support to couple seed cell; the seed cell is bone marrow substrate stem cell. The test has proved that the chitose-beta-tricalcium phosphate composite has better compatibility with BMSCs.

The invention relates to a winding machine (1) for winding slivers made of cotton, comprising a winding unit on or in which a compress is formed, wherein the winding machine has a device for producing a winding force on the cotton compress. The invention further relates to a method for winding slivers. The invention is characterized in that the winding force increases continually over the winding length, at least at the start of the winding process.

A ceramic multilayer substrate includes stacked ceramic layers; internal conductors which are stacked with one of the ceramic layers therebetween, and are arranged such that at least a portion of the internal conductors overlap each other in a stacking direction; and a constraining layer which is arranged on a layer different from layers on which the internal conductors are located. The constraining layer overlaps, in the stacking direction, an internal conductor-overlapping region where at least two of the internal conductors overlapping each other in the stacking direction, has a planar area not more than twice the planar area of the internal conductor-overlapping region, and contains an unsintered inorganic material powder. The constraining layer has a planar area not more than one-half the planar area of the ceramic layers. The constraining layer is arranged so as to entirely cover the internal conductor-overlapping region.

PROBLEM TO BE SOLVED: To provide a manufacturing method for a substrate with a bump capable of forming the high bump and capable of easily controlling the height of the bump.SOLUTION: The substrate is prepared in which a first conductive foil 12 is stuck on a top face first and a second conductive foil 13 is stuck on an underside, and a through-hole 14 is formed. The first conductive foil 12 and the second conductive foil 13 are connected electrically through the through-hole 14, and the through-hole 14 is filled with fillers 16. A conductive path extending from a bump 18 is formed by forming the bump 18 by etching the first conductive foil 12, and etching the first conductive foil 12 excepting a place where the bump 18 is formed. Accordingly, the height of the bump 18 can be controlled by controlling the thickness of the first conductive foil 12.

The invention discloses a metal handwoven textile fabric. The fabric is characterized by being prepared by the following raw materials and process: metal thread is adopted with one or more handwoven thread of gold thread, silver thread, fluorescence thread, blending thread, plastic thread and chemical fiber thread to prepare the fabric on the basis of a traditional weaving technology, the effect of forming at will can be achieved; in the weaving process, colors can be matched at will and any needling method match can be used. The fabric is applied in the fields of home decoration and women decorations. The fabric enlarges the application range of traditional handwoven cloth and makes traditional handicrafts which originally disappear full of new glory so that people who do not want to weave cloth any more can see economic benefits brought by the traditional handicrafts.

There are provided a cell culture substrate that enables efficient spheroid formation for cells and can form spheroids having a uniform size and an arbitrary shape at a high cell viability, a method for producing the cell culture substrate, and a method of producing spheroids in which the cell culture substrate is used and a cell viability inside of the spheroids is excellent. A cell culture substrate includes a substrate and a stimulus-responsive polymer coated on the substrate, wherein the stimulus-responsive polymer is a block copolymer having a water-insoluble block segment and a stimulus-responsive block segment, and the cell culture substrate includes the following two regions (A) and (B): (A) an island-shaped region having cell proliferation properties and stimulus responsiveness and having an area of 0.001 to 5 mm²; and (B) a region adjacent to the region (A) and having no cell proliferation properties.