摘要：【中文】本发明涉及陶粒制备工艺，具体公开了一种铁碳陶粒制备工艺，其包括原料混合、原料输送、制粒以及焙烧，所述制粒步骤包括原料填充、揉搓、干燥、振荡脱料以及料粒输出，其通过在制粒步骤中增加揉搓步骤，利用制粒罩旋转与钢球自转的配合对制粒空间内的原材料进行揉搓，使原材料逐步形成球形的粒状，提高成型铁碳陶粒的圆润度，且废料量大大减少，解决了铁碳陶粒制备过程中，圆润度低的技术问题。 【EN】The invention relates to a ceramsite preparation process, and particularly discloses an iron-carbon ceramsite preparation process which comprises the steps of raw material mixing, raw material conveying, pelletizing and roasting, wherein the pelletizing step comprises raw material filling, kneading, drying, vibration material removal and material particle output.

摘要：【中文】本发明涉及陶粒制备机械技术领域，具体公开了一种对辊造粒机制粒装置，其包括链条传动机构、钢带以及旋转机构，其中钢带绕设于对应的链条传动机构的链条上，其随链条传动机构同步回转设置，沿该钢带的回转路径，该钢带上等距设置有若干的半球形的制粒罩，且对称设置的钢带贴合部位的制粒罩一一对应组合形成球形的制粒区，其通过利用回转的钢带驱动制粒罩咬入泥状的原材料进入到制粒区内，原材料随旋转的制粒罩的揉搓，形成球状，粒径统一，且圆润度高，解决了现有的制粒设备圆润度低且废料高的技术问题。 【EN】The invention relates to the technical field of ceramsite preparation machinery, and particularly discloses a granulating device of a pair-roller granulator, which comprises a chain transmission mechanism, a steel belt and a rotating mechanism, wherein the steel belt is wound on a chain of the corresponding chain transmission mechanism and synchronously rotates along with the chain transmission mechanism, a plurality of hemispherical granulating covers are equidistantly arranged on the steel belt along the rotating path of the steel belt, the granulating covers at the jointing parts of the symmetrically arranged steel belts are correspondingly combined one by one to form a spherical granulating area, the granulating covers are driven by the rotating steel belt to bite into mud raw materials and enter the granulating area, the raw materials are kneaded along with the rotating granulating covers to form spheres, the particle sizes are uniform, the roundness is high, and the technical problems of low roundness and high waste of the existing granulating equipment are solved.

摘要：【中文】本发明提供了一种污泥水解碳化制砖工艺，包括步骤一，压制成型，步骤二，传输收拢，步骤三，推送接料以及步骤四，传输展开，在压制成型工序后端配合设置回转的传输工序，压制后呈间隔阵列的砖块在传输路径上经由收拢工序进行横纵方向收拢以得到贴合排布的砖块单元，再配合夹持工序及堆垛转移工序完成砖块单元的批量夹持转移及层层交错堆砌输出，完成砖块单元的传输后通过设置传输展开工序使空载的接砖机构再经横纵方向展开以配合下批接砖工序，从而实现砖块压制、整理、传输和批量堆砌输出的全流程自动化，工艺流程设置紧凑，生产效率高。 【EN】The invention provides a brick making process by hydrolyzing and carbonizing sludge, which comprises a first step of pressing and forming, a second step of conveying and gathering, a third step of pushing and gathering materials and a fourth step of conveying and unfolding, wherein a rotary conveying process is arranged at the rear end of the pressing and forming process in a matching manner, bricks which are in a spaced array after pressing are gathered in the transverse and longitudinal directions on a conveying path through the gathering process to obtain brick units which are arranged in a fitting manner, batch clamping and transferring and layer-by-layer staggered stacking output of the brick units are completed through a clamping process and a stacking and transferring process, and after the brick units are conveyed, an unloaded brick receiving mechanism is unfolded in the transverse and longitudinal directions through the conveying and unfolding process to be matched with a next batch brick receiving process, so that the full flow automation of brick pressing, arranging, conveying and batch stacking output is realized, the process flow is compact in arrangement, and the production efficiency is high.

摘要：【中文】本发明提供了一种水解碳化处理的污泥砖生产设备，通过在回转的传输机构上设置可伸缩的接砖机构，并在接砖机构的传输轨迹上依次设置收拢机构和展开机构，承载有砖块的接砖机构经收拢机构进行横纵方向收拢以实现砖块间贴合排布，再由夹持机构将砖块成批夹持，并配合设置转动堆砌机构和推送转运机构完成砖块的层层交错堆砌和转移输出，空载的接砖机构再经展开机构进行横纵方向展开以配合下批接砖工序，砖块压制、传输和堆砌批量输出的全流程自动化，解决了现有技术中存在的砖块无法成批转移、自动化程度低、生产效率低下的技术问题。 【EN】The invention provides sludge brick production equipment for hydrolysis carbonization treatment, which is characterized in that a telescopic brick receiving mechanism is arranged on a rotary conveying mechanism, a folding mechanism and an unfolding mechanism are sequentially arranged on a conveying track of the brick receiving mechanism, the brick receiving mechanism bearing bricks is folded in the transverse and longitudinal directions through the folding mechanism to realize the joint arrangement of the bricks, then the bricks are clamped in batches through a clamping mechanism, a rotary stacking mechanism and a pushing and transferring mechanism are arranged in a matching manner to complete the layer-by-layer staggered stacking and transferring output of the bricks, the unloaded brick receiving mechanism is unfolded in the transverse and longitudinal directions through the unfolding mechanism to match with the next batch brick receiving process, the whole process of batch output of brick pressing, conveying and stacking is automatic, and the technical problems that the bricks cannot be transferred in batches, the automation degree is low, and the production efficiency is low in the prior art are solved.

摘要：【中文】本发明提供了一种环保污泥制砖生产线，包括上料机构、压制成型机构、传输机构、接砖机构、收拢机构以及展开机构，通过在回转的传输机构上设置可伸缩的接砖机构，并在接砖机构的传输轨迹上依次设置收拢机构和展开机构，承载有砖块的接砖机构经设置在传输机构上半段的收拢机构进行横纵方向的收拢，以实现砖块间贴合排布，以配合外部人工或机械手将砖块成批转移，空载的接砖机构回转后经设置在传输机构下半段的展开机构进行横纵方向展开以配合下批接砖工序，解决了现有技术中存在的砖块间隔传输、不便于成批堆垛的技术问题。 【EN】The invention provides an environment-friendly sludge brick making production line which comprises a feeding mechanism, a pressing forming mechanism, a transmission mechanism, a brick receiving mechanism, a folding mechanism and an unfolding mechanism, wherein the telescopic brick receiving mechanism is arranged on the rotary transmission mechanism, the folding mechanism and the unfolding mechanism are sequentially arranged on a transmission track of the brick receiving mechanism, the brick receiving mechanism bearing bricks is folded in the transverse and longitudinal directions through the folding mechanism arranged on the upper half section of the transmission mechanism so as to realize the joint arrangement among the bricks and transfer the bricks in batches by matching with external workers or mechanical arms, and the unloaded brick receiving mechanism is unfolded in the transverse and longitudinal directions through the unfolding mechanism arranged on the lower half section of the transmission mechanism after rotating so as to match with the next brick receiving procedure, so that the technical problems of interval transmission and inconvenience for batch stacking in the prior art are solved.

摘要：【中文】本发明公开了一种硫铟锌/钛酸钡复合光催化剂的制备方法，包括如下步骤：将锌源、铟源、硫源按一定比例溶解于溶剂中，加入一定量的十六烷基三甲基溴化铵，超声分散形成溶液后转移至水热釜中，经150‑200℃水热反应，得到硫铟锌；称取一定的钛源溶于无水乙醇中，逐滴滴加氨水溶液至水解完全；加入一定的氢氧化钡和硫铟锌，90℃水浴后转至水热釜中，180‑200℃水热反应得浅黄色固体；经离心、酸洗、水洗后真空干燥后得硫铟锌/钛酸钡复合光催化剂。该方法可制备硫铟锌/钛酸钡复合光催化剂，扩展了钛酸钡的光响应区间，提高吸光能力，提高载流子分离能力，减少空穴‑光生电子的复合几率，最大限度地提高了光催化剂的光催化活性。 【EN】The invention discloses a preparation method of a sulfur indium zinc/barium titanate composite photocatalyst, which comprises the following steps: dissolving a zinc source, an indium source and a sulfur source in a solvent according to a certain proportion, adding a certain amount of hexadecyl trimethyl ammonium bromide, performing ultrasonic dispersion to form a solution, transferring the solution to a hydrothermal kettle, and performing hydrothermal reaction at the temperature of 200 ℃ under the action of 150-; weighing a certain amount of titanium source, dissolving the titanium source in absolute ethyl alcohol, and dropwise adding an ammonia water solution until the hydrolysis is complete; adding certain barium hydroxide and sulfur indium zinc, transferring the mixture into a hydrothermal kettle after water bath at 90 ℃, and carrying out hydrothermal reaction at 180 ℃ and 200 ℃ to obtain a light yellow solid; and centrifuging, acid washing, water washing and vacuum drying to obtain the sulfur indium zinc/barium titanate composite photocatalyst. The method can be used for preparing the sulfur indium zinc/barium titanate composite photocatalyst, expands the photoresponse interval of barium titanate, improves the light absorption capacity, improves the carrier separation capacity, reduces the recombination probability of holes and photo-generated electrons, and improves the photocatalytic activity of the photocatalyst to the maximum extent.

摘要：【中文】本发明一种无梁端距伸缩护帮机构，属于井下液压支护设备技术领域；解决了空顶距遇到松软煤层带来的冒顶问题；技术方案为：一种无梁端距伸缩护帮机构，包括护帮板、顶梁、铲板和护帮千斤顶，顶梁的前端内部设置一伸缩机构，伸缩机构的前端与铲板固定相连，护帮板的一端与伸缩机构的前端下部铰接，护帮千斤顶设置在护帮板和顶梁之间，使护帮板能够绕伸缩机构的前端下部铰接点运动；本发明增加了顶梁前端有效支护长度，消除了空顶距，实现了支架对顶板的零间隙支护，还具有伸缩梁和护帮板整体式与分体式两种结构优点。 【EN】The invention discloses a beam-free end distance telescopic side protection mechanism, belonging to the technical field of underground hydraulic support equipment; the roof fall problem caused by a soft coal seam when the empty roof distance meets is solved; the technical scheme is as follows: a flexible side protection mechanism without beam end distance comprises a side protection plate, a top beam, a shovel plate and a side protection jack, wherein a flexible mechanism is arranged inside the front end of the top beam, the front end of the flexible mechanism is fixedly connected with the shovel plate, one end of the side protection plate is hinged with the lower part of the front end of the flexible mechanism, and the side protection jack is arranged between the side protection plate and the top beam, so that the side protection plate can move around the hinged point of the lower part of the front end of the flexible mechanism; the invention increases the effective supporting length of the front end of the top beam, eliminates the empty top distance, realizes zero-clearance supporting of the top plate by the support, and also has the advantages of integral and split structures of the telescopic beam and the side protection plate.

摘要：【中文】本发明公开了一种富含膳食纤维具有柔软质地的调味面制品及其制备方法。包括：1)将黄豆渣自然晾晒干后，进行粉碎；2)过筛，得到目标粒度的粉末物质；3)将食盐、单甘酯和黄浆水混合均匀，再加入谷氨酰胺转氨酶，得到混合溶液；4)将粉末物质加入至低筋小麦粉中混合均匀，得到混合粉；5)将混合溶液加入至混合粉中进行打粉，得到面絮混合物，静置；6)将面絮混合物挤压熟化，得到调味面制品半成品；7)拌料，得到调味面制品。本发明中，添加黄豆渣，可以消除因膳食纤维对面筋结构的干扰作用，改善产品面筋。黄豆渣和小麦粉一起经过挤压后，使得产品持水能力更好，可以降低调味面制品的硬度，使得质地柔软。 【EN】The invention discloses a seasoning flour product rich in dietary fiber and soft in texture and a preparation method thereof. The method comprises the following steps: 1) naturally airing and drying the soybean dregs, and then crushing; 2) sieving to obtain powder with target particle size; 3) mixing salt, monoglyceride and yellow serofluid uniformly, and adding glutamine transaminase to obtain mixed solution; 4) adding the powder material into low gluten wheat flour, and uniformly mixing to obtain mixed flour; 5) adding the mixed solution into the mixed powder for powdering to obtain a flour-wadding mixture, and standing; 6) extruding and curing the dough-wadding mixture to obtain a semi-finished product of the seasoning flour product; 7) and stirring the materials to obtain the seasoned flour product. According to the invention, the soybean dregs are added, so that the interference effect of dietary fibers on a gluten structure can be eliminated, and the product gluten is improved. After the soybean dregs and the wheat flour are extruded together, the water holding capacity of the product is better, the hardness of the seasoning flour product can be reduced, and the texture is soft.

摘要：【中文】本发明公开了一种含复合β‑葡聚糖的健康冷冻甜面包及其制备方法。原料组成包括：冷冻面团混合粉、水、复合β‑葡聚糖、燕麦β‑葡聚糖、酵母、乳酸、全脂奶粉、黄油、酥油、全蛋液、盐、冷冻面团改良剂、糖、蜂蜜、柠檬酸。本发明通过采用燕麦及姬松茸中相似且不同键型的β‑葡聚糖相结合，保证其结构在不同条件下稳定性的同时良好发挥增补对人体有健康有益的作用，优化冷冻甜面团产品品质的同时达到保健功能。在提高产品中β‑葡聚糖含量的同时避免β‑葡聚糖对面团及其相应产品面包的互斥作用。 【EN】The invention discloses healthy frozen sweet bread containing composite β -glucan and a preparation method thereof, wherein the raw materials comprise frozen dough mixed powder, water, composite β -glucan, oat β -glucan, yeast, lactic acid, whole milk powder, butter, whole egg liquid, salt, a frozen dough improver, sugar, honey and citric acid.

摘要：【中文】本发明公开了一种甘露聚糖及其制备方法和应用以及热干面。该制备方法包括如下步骤：1)将啤酒废酵母泥与水混合，于高剪切分散乳化机混合剪切；2)向剪切后的混合液中加入β‑葡聚糖酶、溶菌酶，充分搅拌进行酶解；3)将酶解后的悬液洗涤并离心；4)将离心后的物质溶于洗脱液，进行凝胶过滤层析，收集洗脱液，离心；5)将步骤4)经离心后的物质冷冻干燥处理、超微粉碎后，得到甘露聚糖粉末，再经筛选得到所述甘露聚糖。本发明中，将甘露聚糖加入热干面中，有效延缓了热干面的老化及水分蒸发，降低了热干面中可溶性物质的溶解，提高了热干面的蒸煮性，并延长其保质期。 【EN】the invention discloses mannan, a preparation method and application thereof and hot dry noodles, wherein the preparation method comprises the following steps of 1) mixing beer waste yeast paste with water, mixing and shearing in a high-shear dispersion emulsifying machine, 2) adding β -glucanase and lysozyme into the sheared mixed solution, fully stirring for enzymolysis, 3) washing and centrifuging the suspension after enzymolysis, 4) dissolving the centrifuged substance into eluent, carrying out gel filtration chromatography, collecting the eluent and centrifuging, and 5) carrying out freeze drying treatment and superfine grinding on the centrifuged substance in the step 4) to obtain mannan powder, and then screening to obtain the mannan.