18 results about "Water holding" patented technology

The application belongs to the technical field of protein extraction, and provides a method for improving water holding property and oil holding property of peony seed protein, the core of the method is that before the extraction of the peony seed protein, the peony seed is pretreated by the following method: the peony seed meal is subjected to steam explosion treatment under the condition of 0.4-1.2 Mpa and 60-150 s, preferably 0.8 Mpa and 100 s, to obtain the steam exploded peony seed, and the sample after the steam explosion is subjected to drying treatment; preferably heat pump drying. The peony seed protein prepared by the method has obviously improved water holding property, oil holding property, foaming property, foam stability, emulsifying property and emulsion stability; the valine is increased by 8.58%, the leucine is increased by 6.63%, and the tyrosine is increased by 10.65%; the extraction rate of the seed protein is 76.82%, and the extraction effect is excellent.

The application discloses application of an improved agent in improving physical structure of sand ginger black soil, and the improved agent adopts coal gangue alkali modified material. Before planting crops in the sand ginger black soil, the coal gangue alkali modified material is applied, and the land is directly rotary ploughed, and the alkali modified coal gangue can be brought into the deep layer during rotary ploughing, so that the pore structure of the sand ginger black soil is better improved. The coal gangue produced in the process of coal mining and washing is rich in organic matter and has a loose porous structure, but the specific surface area of the natural coal gangue is small, and the hardness is high. The alkali modification process can effectively loosen the structure of the coal gangue, reduce the strength of minerals such as quartz, increase the pore number and total pore volume of the coal gangue, and the coal gangue added into the sand ginger black soil can further enhance the water holding property and air permeability of the soil, improve the organic matter content of the soil, and improve the water and fertilizer retaining performance of the soil.

The application discloses a kind of intelligent self-cleaning sink and its using method, the device includes sink body, heating mechanism, water inlet mechanism, sewage mechanism and self-cleaning mechanism, sink body includes inner tank, outer tank and end plate, the bottom of inner tank is provided with baffle away from sewage mechanism, baffle is divided into water holding cavity and sewage cavity in inner tank, water inlet mechanism and water holding cavity are communicated, and sewage mechanism and water holding cavity are communicated with sewage cavity;Self-cleaning mechanism includes driving motor, driving wheel and driven wheel, and traction rope, driving body and set scraper, filter screen is arranged in the inside of scraper, heating mechanism is arranged in the outer bottom of inner tank;The method comprises the following steps: one, water injection in sink body;Two, real-time detection of water filled in sink body;Three, self-cleaning of water filled in sink body.The application realizes that the precipitate and floating object in sink are scraped and pushed to sewage mechanism and are discharged by self-cleaning mechanism, so as to realize sink timely cleaning, reduce manpower and water resource cost.

This utility model provides a chive cultivation device. The chive cultivation device includes: a cultivation box; a cultivation tray for planting chives, the cultivation tray being disposed on the cultivation box, the bottom of the cultivation tray having multiple ventilation holes; a draining plate, disposed inside the cultivation box, the draining plate having a filter cloth, the draining plate being located below the cultivation tray; a water holding tank, disposed inside the cultivation box, the water holding tank being located below the draining plate; and a storage box, the storage box being fixedly installed on the top of the cultivation box, the storage box having a partition fixedly installed inside, the partition dividing the storage box into a fertilizer storage chamber for storing organic liquid fertilizer and a water storage chamber. The chive cultivation device provided by this utility model can effectively separate excess water from the culture medium, realizing water recycling, and simultaneously cleaning and recycling the culture medium, avoiding waste of the culture medium.

The application discloses a kind of multi-particle grade iron tailings composite organic matrix and its preparation method and application, belong to the technical field of composite organic matrix, the application uses multi-particle grade tailings (fine tailings, total tailings and fine tailings) Collaborative compound agricultural organic matter, by the gradation optimization of coarse and fine particles, build stable, continuous pore structure, realize the collaborative improvement of aeration and water retention capacity;At the same time, using the adsorption and buffering effect of organic matter, effectively dilute the soluble salt concentration in the matrix, reduce the risk of salt stress, create a suitable environment for plant growth. With the increase of total tailings / fine tailings ratio, the matrix conductivity decreases, the bulk density increases, the aeration porosity improves, and the water holding porosity remains relatively stable, indicating that the ratio of multi-particle grade tailings can improve the physical and chemical properties of the matrix.

The application provides a starch compound and a preparation process and application in food, and belongs to the technical field of baked food.The starch compound comprises hydroxypropyl distarch phosphate, oxidized starch, an emulsifier, a complex polysaccharide, wheat flour and white granulated sugar; the oxidized starch is obtained after step-by-step enzymolysis of glucose oxidase and laccase and oxidation treatment by using an oxidizing agent.The starch compound significantly improves the water holding property, beating resistance and baking stability of batter by compounding of the components, effectively inhibits the collapse of baked food in the freezing-thawing process, improves the appearance regularity and softness and delicacy of the product, and enhances the loading and retention capacity of flavor substances.The application of the starch compound in baked food is particularly suitable for frozen and room-temperature baked food, and provides an excellent raw material solution for high-quality and high-stability baked products.

The application discloses a sectional aluminum water holding furnace as shown in figures 1-2, which comprises a furnace body and a furnace cover, the furnace cover is arranged on the furnace body, the furnace body is sequentially arranged with a first furnace chamber, a second furnace chamber, a third furnace chamber and a fourth furnace chamber, the first furnace chamber, the second furnace chamber, the third furnace chamber and the fourth furnace chamber are separated by furnace chamber partition plates, heating wires or heating rods are arranged on the partition plates, the furnace chamber partition plates are provided with aluminum water overflow ports, one side of each aluminum water overflow port is provided with a water baffle which can be opened and closed, one side of the top of the fourth furnace chamber is provided with an aluminum water adding port, the top of the first furnace chamber is provided with a soup spoon water taking port, the bottom of the second furnace chamber, the third furnace chamber and the fourth furnace chamber is provided with an aluminum water lifting plate which can move up and down, and the furnace cover is provided with thermocouples which respectively extend into the second furnace chamber, the third furnace chamber and the fourth furnace chamber. The application has the beneficial effects of reducing the energy consumption of enterprises in the holding furnace, improving the furnace washing efficiency, improving the utilization rate of the holding furnace aluminum water and reducing the rhythm of aluminum water transfer.

The application provides an injection-production simultaneous measurement universal acquisition circuit, and belongs to the technical field of oil well development. The circuit comprises: an analog signal processing board and a control acquisition board; the analog signal processing board comprises: a temperature signal processing module, which is used for converting a temperature signal in a well into an analog voltage signal; a pressure signal processing module, which is used for converting a pressure signal in the well into a first analog differential signal; and a pressure difference signal processing module, which is used for converting a pressure difference signal in the well into a second analog differential signal; the control acquisition board comprises: a main control module; a multi-channel pulse acquisition module, which is used for detecting pulse signals of different layers in the well; and a UART interface module, which is used for receiving a command issued by a communication board and sending at least one of data of a water nozzle driving assembly, data of an electric conductivity water holding flow assembly and data of an ultrasonic flow assembly to the communication board. The application is used to solve the problems of insufficient completeness of downhole detection parameters and incompatibility of injection and production well dynamic monitoring.

The application relates to a biomimetic hydrogel-based connective tissue and a preparation method and application thereof, and belongs to the technical field of plant-based food processing. In view of the defects of single taste and lack of real meat connective tissue feeling of existing plain meat products, a continuous phase component (containing plant protein, water-soluble dietary fiber and ferulic acid) is mixed with a pH-activated plant polysaccharide colloidal solution (containing a glucan gum, a galactomannan gum and a fucoidan gum); then, calcium ions and transglutaminase are introduced in sequence to trigger ion crosslinking and enzymatic crosslinking in sequence; and finally, a heat curing treatment and cold storage curing are carried out to obtain a biomimetic hydrogel-based connective tissue which is excellent in mechanical property, uniform in texture, high in water holding property and stable in heat. The biomimetic hydrogel-based connective tissue prepared by the application can be used for developing a new generation of high-end plant-based meat products.

The utility model discloses a kind of bamboo shoot shell shipment conveying devices, including the first conveying table of being arranged above and the second conveying table below, the first conveying table includes first driving drum and first driven drum, baffle is provided along the direction of transmission, the middle part of baffle is equipped with the gap for supporting and connecting peeling assembly;The blanking edge of peeling assembly is equipped with inclined downward blanking table, the discharge port position of blanking table exceeds the coverage of second conveying table;Second conveying table is grid conveyor belt, using Z shape design, its direction of transmission is opposite to first conveying table, for common extrusion bamboo shoot shell to facilitate removal moisture;The lower portion of second conveying table is equipped with water holding table, for collecting waste water generated in extrusion process.The utility model is through the design of double-layer conveying table, realizes the peeling of bamboo shoot, the separate transport of bamboo shoot after peeling, the shunt delivery and extrusion of bamboo shoot shell and multiple effects, effectively improve production efficiency, keep the clean of working environment.

This invention discloses an automated water transparency detection device and method based on optical image processing. The device includes a water holding mechanism, an optical image acquisition and transmission mechanism, and an image processing and computing mechanism. The optical image acquisition and transmission mechanism includes a device platform and a light source module connected to the top and bottom of the water holding mechanism, respectively, serving as its cover and bottom. The light source module has adjustable light intensity. The device platform is equipped with a control module, a power supply module, a camera module, and a wireless transmission module. The camera module is located at the bottom of the device platform, facing the surface of the water to be measured, forming a transmissive optical path structure with bottom illumination and top acquisition. The image processing and computing mechanism communicates with the optical image acquisition and transmission mechanism through the wireless transmission module to receive the acquired image data and perform transparency calculations. This invention can reduce the influence of human factors, improve the degree of automation, and achieve high-precision measurement over a wide range.

This invention discloses a soil regulation method and its application for promoting high and stable yields in peak-producing chestnut stands. It belongs to the field of forestry cultivation and soil management technology. This invention addresses the problems of soil compaction, nutrient imbalance, and degradation of biological functions caused by traditional extensive management practices. It innovatively implements synergistic and precise regulation from three dimensions: soil physical properties, chemical properties, and beneficial fungal communities. This includes: controlling the porosity and water holding capacity of specific soil layers within an optimized range through measures such as covering with organic materials; adjusting the content of key soil nutrients, organic matter, and pH to suitable ranges; and constructing a microbial community containing seven specific types of beneficial fungi with sufficient abundance, inoculated according to a specific time sequence. This method solves the long-standing technical problem of lacking precise management standards, increasing chestnut yield by 1.13–9.74 times, with an annual yield variation coefficient remaining stable at 2.66%, achieving a significant and stable yield increase. Furthermore, it is simple to operate and easy to promote.

The application discloses a kind of red soil microstructure creation agents based on double-network hydrogel and preparation method thereof.The double-network hydrogel is constituted by ionic crosslinking network formed by sodium carboxymethyl cellulose and trivalent iron ions and covalent crosslinking network formed by chitosan crosslinked by epichlorohydrin, and introduces quaternary ammonium chitosan and hydrophilic macromolecule, forms multi-level pore structure.The preparation method includes network construction, compounding, pore forming and post-processing steps.The red soil microstructure creation agent is applied to red soil improvement, can improve soil aggregate stability, reduce soil bulk density by 10%-20%, enhance water-retention capacity to make soil water-holding capacity increase to 800%-1200%, realize fertilizer slow release, nitrogen, phosphorus and potassium release period is extended to 40-60 days, effectively solve the problem of poor structure and weak water and fertilizer retention capacity of red soil, with the advantages of low cost, strong environmental adaptability and the like.

The utility model discloses an aluminum water heat preservation furnace, including heat preservation bucket, device base, apron, adapter cylinder, handle mechanism and stirring mechanism, the spacing plate no.

1. Name of the product in this design: Graphical User Interface for Operation Panel of Electronic Equipment. 2. Purpose of this design: An electronic device. 3. The key design features of this product are the graphical user interface content on the screen. 4. The picture or photo that best illustrates the key design points: Design 1 front view. 5. No design highlights; left, right, top, and bottom views are omitted. 6. Design 1 is designated as the basic design. 7. Purpose of the graphical user interface: When the graphical interface is first turned on, it automatically enters the rinsing state (corresponding to the change state diagram 1 in Design 1); after rinsing is completed, it jumps to the standby main interface (main view of Design 1). If there is no operation for 5 minutes, the system switches to the time-based standby interface (corresponding to the change state diagram 2 in Design 1); if there is no operation for 10 minutes, the system enters the power-saving screen-off state (corresponding to the change state diagram 3 in Design 1). Touching the screen will turn it on and return to the main standby interface (main view of Design 1). On the standby main interface, click the water function on the left and slide the central circular adjustment ring to set the temperature (corresponding to Design 1, change state diagram 4); click the water volume option on the right and slide the adjustment ring to adjust the water output (corresponding to Design 1, change state diagram 5); click the start / pause button to start water output (corresponding to Design 1, change state diagram 6), and click again to pause water output (corresponding to Design 1, change state diagram 7). On the standby main interface (corresponding to the main view of Design 2), click the warm water function on the left and slide the central circular adjustment ring to adjust the temperature (corresponding to the change state diagram 1 of Design 2); click the water volume on the right and slide the adjustment ring to set the water volume (corresponding to the change state diagram 2 of Design 2); press the start / pause button to dispense water (corresponding to the change state diagram 3 of Design 2), and click it again to pause the water dispensing (corresponding to the change state diagram 4 of Design 2). On the standby main interface (corresponding to the main view of Design 3), click the room temperature water function on the left and slide the central circular adjustment ring to adjust the temperature (corresponding to the change state diagram 1 of Design 3); click the water volume function on the right and slide the adjustment ring to adjust the water volume (corresponding to the change state diagram 2 of Design 3); press the start / pause button to start water dispensing (corresponding to the change state diagram 3 of Design 3), and click again to pause water dispensing (corresponding to the change state diagram 4 of Design 3). On the standby main interface (corresponding to the main view of design 4), click the function button on the right. The interface displays eight fixed water temperature modes, such as 45℃ for making milk and 50℃ for warm water. Only water volume adjustment is supported. Slide to select the 45℃ milk setting (corresponding to design 4, state change diagram 1), and control the water dispensing using the start / pause button (corresponding to design 4, state change diagram 2); switch to the 50℃ warm water setting (corresponding to design 4, state change diagram 3), and click the button to control the water dispensing (corresponding to design 4, state change diagram 4); select the following settings in sequence: honey water 55℃ (corresponding to design 4, state change diagrams 5-6), lemon tea 60℃ (corresponding to design 4, state change diagrams 7-8), flower tea 80℃ (corresponding to design 4, state change diagrams 9-10), green tea 85℃ (corresponding to design 4, state change diagrams 11-12), coffee 90℃ (corresponding to design 4, state change diagrams 13-14), and Pu-erh tea 100℃ (corresponding to design 4, state change diagrams 15-16), and start / pause the water dispensing using the start / pause button. On the standby main interface (Design 5 main view), click the settings function on the right. The cleaning interface will be entered by default, where you can switch between two functions: whole machine flushing and pipeline cleaning. Select the whole machine flush (corresponding to design 5, change state diagram 1), click start and a prompt will appear to connect to the drainage (corresponding to design 5, change state diagram 2); after confirmation, the multi-stage flushing process will be executed sequentially (corresponding to design 5, change state diagrams 3-5), the whole process takes 20 minutes, and it supports cancellation in the middle. When the flushing is completed, the end interface will pop up (corresponding to design 5, change state diagram 6). Select pipe cleaning (corresponding to design 5, state diagram 7), the cleaning water volume can be adjusted from 500 to 3000 ml (corresponding to design 5, state diagram 8); after confirming the start, the cleaning program will run in stages (corresponding to design 5, state diagrams 9-11), which can be canceled at any time. A pop-up window will automatically appear when cleaning is complete, and the main interface will be returned after 10 seconds of inactivity (corresponding to design 5, state diagram 12). Click to enter the drainage settings interface, where you can slide to adjust the drainage duration from 3 to 30 seconds (corresponding to design 5 change state diagram 13). After saving and returning, you can perform the drainage operation (corresponding to design 5 change state diagram 14). Clicking on the water quality settings allows you to switch between three levels: Excellent, Good, and Poor (corresponding to design 5, change state diagrams 15-17); the boiling point can be adjusted within the range of 85-99℃ (corresponding to design 5, change state diagram 18); clicking on the screen brightness adjustment allows you to adjust the brightness (corresponding to design 5, change state diagram 19); the time can be calibrated by sliding, and you can confirm or wait 3 seconds to save the settings (corresponding to design 5, change state diagram 20).

The utility model discloses a security filter filter element back flush reuse device relates to back flush reuse device technical field, including platform, filter structure and fixed structure, first, make the two electric push rods of fixed frame top synchronous stretch out, push both sides clamping plate to the middle movement, the inside protection soft board of flexible clamping is carried out to filter outer wall, subsequently, stretch telescopic fixed band, make the clamping block embed in the card slot, the convex button in the clamping block is under the spring effect and is clamped into the connecting groove, and this double locking design not only can bear the high pressure water flow impact in back flush process, still possess quick dismounting function, through the starting of washing water pump, at this moment, can choose different pipeline washing mode according to actual demand, one, open second control valve on the second shunt pipe, and the reverse osmosis water production flows into the first water holding chamber of filter element back flush water tank through the water inlet pipe, under the effect of washing water pump, through second shunt pipe into the filter, thereby carries out the powerful washing to filter core.

The utility model discloses a hand -held electric rice cooker, including box body, baffle and heating assembly, the box body is provided with inner chamber, the baffle is set in the inner chamber, and the space in the inner chamber is separated into the water holding cavity and the containing cavity, the water holding cavity is set in the containing cavity top, is provided with the opening on the water holding cavity, and heating assembly sets up in the containing cavity, and heating assembly includes the heating disc of setting in the water holding cavity bottom and the heating resistance wire around the lateral surface of water holding cavity, this hand -held electric rice cooker can heat the water holding cavity from the bottom and the lateral surface of water holding cavity through the heating disc and the heating resistance wire of setting, thereby fast heating the water in water holding cavity, and then fast heating first body and second body, so that the user can eat the food of heating as soon as possible, reduces the waiting time.

A water-holding device includes: a basin body, comprising a basin main body, a water-holding space, a top hole, a bottom hole, and a step; the water-holding space is recessed downwards from the top surface of the basin main body; the top hole is recessed downwards from the bottom of the inner circumference of the water-holding space; the bottom hole extends upwards from the bottom surface of the basin main body; the bottom hole and the top hole are connected but have different diameters; and a step is formed between the top hole and the bottom hole. A drainer includes a flange body, a spring-loaded core, a water-stop cap, and a locking nut; the flange body is located in the bottom hole of the basin body; the top of the flange body bends laterally and has an abutting portion that abuts against the step; the spring-loaded core is located inside the flange body; the water-stop cap is connected to the top of the spring-loaded core; and the locking nut is locked around the bottom of the flange body and abuts against the bottom surface of the basin main body; the spring-loaded core, when pressed by external force, causes the water-stop cap to move up and down, opening or closing the top hole. This invention avoids causing nausea and discomfort to the user and prevents skin irritation.