82results about How to "Fully stocked" patented technology

A method of providing assured message delivery with low latency and high message throughput, in which a message is stored in non-volatile, low latency memory with associated destination list and other meta data. The message is only removed from this low-latency non-volatile storage when an acknowledgement has been received from each destination indicating that the message has been successfully received, or if the message is in such memory for a period exceeding a time threshold or if memory resources are running low, the message and associated destination list and other meta data is migrated to other persistent storage. The data storage engine can also be used for other high throughput applications.

The invention belongs to the field of heating, ventilation and air conditioning technology application and relates to the indoor heat comfort degree regulation and systemic energy saving process, in particular to an all-weather solar energy supply system. The system is composed of a solar heat collection unit, an auxiliary heat source, a phase-change heat storage unit, a domestic hot water tank, an absorption refrigerator, a solid moisture adjustment device and a capillary tube air conditioning terminal. Other auxiliary devices include a solar heat collection circulating pump, an auxiliary heat source circulating pump, a heat storage circulating pump, a domestic hot water tank heating pump, an absorption refrigerator hot water circulating pump, an absorption refrigerator cold water circulating pump, a solid moisture adjustment device hot water circulating pump, a capillary tube air conditioning terminal circulating pump, an electrically-operated three-way regulating valve, four electrically-operated two-way valves and the like. By means of the system, solar energy resources are fully utilized, and the functions of saving energy and improving the indoor environment heat comfort degree are achieved.

The invention discloses an automobile energy recovery and utilization method based on a wheel axle generator. The method is characterized in that a double-voltage automobile generator is used to substitute an original generator which is directly driven by an engine, wherein the double-voltage automobile generator is driven by a common automobile clutch and an automobile wheel transmission shaft; under control of an intelligent system, electricity is generated by braking and sliding kinetic energy of the automobile, so as to completely recover the energy; the recovered electricity is respectively stored in a super capacitor, a low-voltage accumulator and a high-voltage accumulator battery to be supplied to electric appliances of the automobile for use; at the same time, an electric braking function is provided for the automobile, and the loss of a braking apparatus is reduced. The automobile energy recovery and utilization method has the advantages of simplicity, feasibility, good energy-saving effect, and improvement on automobile comfort.

To control the cutting register of a web in a web-fed rotary press with little expenditure, a specific item of image information or a measuring mark of a printed web is registered by at least one sensor. The sensor generates a registration signal which is supplied to a control device. The registration of the image information or measuring marks is carried out immediately before or on a knife cylinder. A cutting register error is determined from the registration information and the position of the knife cylinder is influenced to correct the determined cutting register error.

The invention relates to a nanofiber flocculus with a sandwich structure. The nanofiber flocculus is provided with a bottom layer, a middle layer and an upper layer with the longitudinal volume density being changed, the bottom layer and the upper layer are compact fiber layers, and the middle layer is a fluffy fiber layer; fibers, making contact with each other, in the nanofiber flocculus are crosslinked; the volume density of the compact fiber layers is 30-40 mg/cm3; the volume density of the fluffy fiber layer is 5-20 mg/cm3; and the compression resilience ratio of the nanofiber flocculus reaches 90% or above, and the CLO value is 2-4 clo. The nanofiber flocculus is prepared through an electrospinning technique, a polymer and a cross-linking agent are dissolved and dispersed in a solvent firstly, and sufficient stirring is conducted to obtain a spinning solution; and then continuous electrospinning is conducted under a specific humidity condition to obtain a composite nanofiber layer with the longitudinal volume density being changed, the composite nanofiber layer is subjected to crosslinking heat treatment, and the nanofiber flocculus is obtained.

A fire resistant steel structure (10) comprises a steel beam (14) for receiving a vertical load and a support structure for supporting the horizontal beam (14) at two horizontally spaced locations. At least one fire-resistant tension member (30) has its ends (32, 32′) anchored outside the steel beam (14) in the support structure. It is arranged relative to the steel beam (14) in such a way that when the steel beam (14) is overheated and yields under the vertical load in case of severe fire conditions, it rests on the at least one fire-resistant tension member (30) and is vertically supported by the latter.

A method of managing processor usage time includes: associating each application with a slice of the processor time and with a first or second class; and managing the processor time as a function of the processor time slices and classes. The processor time slice associated with an application of the first class is reserved for the application even if the application does not use it fully. An application of the second class has priority for using the processor during its associated time slice, wherein if part of the associated time slice is not used by the application, the unused part may be used by another application of the second class, the application being able to use more than its associated time slice by using an unused part of a time slice associated with another application of the second class or a part of a time slice associated with no application.

The invention relates to special synthesized cutting fluid with ultra-high lubricating property for black metal and a preparation method of the special synthesized cutting fluid, and belongs to the technical field of cutting fluid for metal processing. The cutting fluid consists of organic alcohol amine, an antirust agent, extreme-pressure lubricants, boundary lubricants, a water softener, a metal deactivator, a couplant, a bactericide, a defoamer and water. The various extreme-pressure lubricants and the various boundary lubricants are combined organically, effective constituents soak in the cutting fluid and the lubricating effect is achieved at different processing temperatures and under different pressures, and the different lubricants have synergism, so that the cutting fluid has ultra-high lubricating property. Practice proves that the cutting fluid can be used for processing of grinding, milling, turning, tapping, drilling, honing and the like on workpieces made of materials such as cast iron, carbon steel, alloy steel, stainless steel and even hard alloy, can directly replace oil-containing cutting fluid in multiple situations, is environmentally friendly, and is long in service life.

The invention discloses a multifunctional oven, which comprises an external heat-preservation oven body, a heat-preservation oven door which seals an opening of the external oven body, a metallic internal oven body the opening of which is continuously connected with the external oven body, a heat storage device which is arranged at the lower side of the internal oven body, a burning device which is arranged on the external oven body below the internal oven body, a food holding device which is arranged in the internal oven body, a flue which is arranged between the internal oven body and the external oven body and surrounds five surfaces of the internal oven body except the opening side, and an heat-preservation box, the external oven body comprises a chimney connection port, a box body and a box cover of the heat-preservation box comprise a heat-preservation layer, and side walls of an opening region of the connection of the box body of the heat-preservation box and the external oven body are internal metal side walls which form side walls of the flue. By adopting the heat storage device in the internal oven body and the heat-preservation box on the external oven body, the heat energy can be absorbed and stored, thus enhancing the heat efficiency of the oven and saving the energy, the heat-preservation box utilizes the heat of flue gas to preserve the heat of the food and store the food, thus meeting the needs of food heat preservation; and the baked food is stored in the internal oven body, the heat of the food in the oven is preserved by the heat in the heat storage device, and fuel is not needed any more, thus saving the energy and being convenient for food heat preservation.

A process for ventilating a patient as well as a device—patient module (20)—operating according to the process, wherein, for example, a body weight value concerning an estimated body weight of the patient is transmitted to a patient module (20) intended for ventilating the patient, wherein the patient module (20) automatically selects ventilation parameters (52) fitting the body weight value on the basis of the body weight value and wherein the ventilation of the patient is carried out with the selected ventilation parameters (52).

The invention discloses a portable hydrogen-water generating device which comprises a bottle, a cover and a hydrogen-water generating part, wherein the hydrogen-water generating part is arranged at the bottom of the bottle; the hydrogen-water generating part comprises a shell, a first space, a second space, a third space, an electrode part, an oxygen draining part, a water draining part and a power supply part; the electrode part is arranged at a boundary of the first space and the second space; the oxygen draining part is used for communicating the second space with the third space; the water draining part is arranged at an opening under the second space; the power supply part is arranged in the third space. The portable hydrogen-water generating device with such a structure according to the invention can selectively combine the water bottle in PET bottle shape with the water bottle in roller shape; the use is convenient; the hydrogen generating efficiency of the electrode part is greatly increased; the storage volume of water or moisture at the positive electrode end is easily controlled; the generated oxygen is effectively drained; the volume is smaller and the structure is simple and reliable.

The invention discloses a liquid working medium laser plasma micro propulsion and target supply device. The liquid working medium laser plasma micro propulsion and target supply device is of a rotating disc structure capable of continuously supplying targets and ablating the targets, and mainly comprises a reusable transparent and hard substrate disc carrier rotating disc, a big driving motor, a reusable transparent and hard substrate disc, a small driving motor, a liquid working medium storage tank, a duct, a liquid working medium flow valve, a laser transmitter, a battery used in cooperation with the transmitter, a spraying nozzle, a sliding rail and a cable. The liquid working medium target supply device is combined with the characteristics of a solid working medium target supply device. Due to the adoption of surface-shaped targets, the utilization rate of the working medium targets can be obviously improved. Due to the adoption of the reusable transparent and hard substrate disc carrier rotating disc, supplying and consumption of target materials can be simultaneously conducted, a micro propulsion system can continuously work, and most possible propulsion effect can be provided.

The invention relates to a preparation method of ornamental chinchilla feed which comprises the following components: 15-19 percent of soybean cake meal, 12-16 percent of corn meal, 10-18 percent of barley meal, 3-9 percent of fish meal, 2-6 percent of bone meal, 4-8 percent of malt meal, 8-10 percent of carrot meal, 2-4 percent of cod-liver oil, 6-8 percent of dry milk, 10-12 percent of egg meal, 1-2.5 percent of vitamin A, 1-3 percent of vitamin B, 0.5-1 percent of table salt, 0.5-1 percent of boat-fruited sterculia seed, 0.5-1 percent of eucommia bark, 0.5-1 percent of rhizoma anemarrhenae, 0.5-1 percent of bighead atractylodes rhizome, 0.5-1 percent of liquorice and 0.5-1 percent of Chinese magnoliavine fruit. The preparation method comprises the following steps: taking and putting the powders and the traditional Chinese medicines together according to a certain proportion into a stirrer, stirring for 120 minutes, taking the materials out and putting into a crasher for crashing into fine powders, then putting the fine powders into a dryer for drying, taking the fine powders out and putting into a bulking machine for bulking, pouring the fine powders into an environment-simulation type multipurpose hard granulator after being taken out and processing into about 30 meshes of hard granular feed, and screening by a 30-mesh sieve with the weight being about 0.1g every granule.

The invention provides an external compression air separation technological process with energy storage, power generation and substance recovery functions, and belongs to the technical field of air separation. According to the process, a low-temperature liquid-air storage system and an air energy release power generation system are arranged on the basis of a conventional air separation external compression technological process, a new air separation technological process integrating gas separation, liquid-air storage, air power generation and substance recovery is formed, and the large-scale energy storage characteristic of air separation equipment and technology is achieved. The external compression air separation technological process is a new external compression air separation technological process, and is also suitable for upgrading and updating transformation of an existing air separation external compression technological process. According to the technological process, gas resources except for the air separation capacity requirement are liquefied and stored through cheap off-peak electricity resources, in the energy release period, by arranging cold accumulation circulationand utilizing compression waste heat, stored substances and cold energy released in the gasification process of low-temperature liquid air are fully recycled, electric energy is output, so that the requirement of the air separation equipment for electric energy in the peak electricity period is lowered, and the conomic benefits of enterprises are improved.

The invention provides a floating-type overwater rainwater collecting device which comprises a supporting body which is an annular or polygonal structure connected end to end, a rainwater collecting chamber located under the supporting body and connected to the supporting body, a supporting net located above the rainwater collecting chamber and connected to the supporting body, a water absorbing layer placed on the supporting net and a water delivery pipe connected to the rainwater collecting chamber. The floating-type overwater rainwater collecting device is simple in structure and capable ofeffectively collecting rainwater, can be used for obtaining fresh water resources of offshore vessels, offshore working platforms, artificial islands and other living places far away from the mainland, and improves living conditions in the above areas.

The invention discloses a refrigeration system instant freezing chamber storage control method and a refrigeration system. When instant freezing storage control is carried out on an instant freezing chamber in the refrigerating system, a staged supercooling temperature reduction stage is carried out to make the temperature of the instant freezing chamber uniform; in the last one stage of the supercooling temperature reduction stage, by judging the temperature change difference value of food obtained before cooling and after cooling, entering of a supercooling release stage can be determined intime; and in the supercooling release stage, by controlling an electric field and combining multiple means of increasing the rotating speed of the compressor, reducing the flow of a capillary tube set and increasing the rotating speed of a condenser fan, the cooling capacity of the instant freezing chamber is increased, it is guaranteed that food stored in the instant freezing chamber rapidly passes through an ice crystal zone, the poor food supercooling release effect can be prevented, and supercooling of the food is fully removed.

The invention relates to ornamental chinchilla feedstuff which comprises rape seed cake powder, corn gluten meal, bran, shrimp powder, miscellaneous meal, wheat flour, sweet potato powder, cod liver oil, animal protein powder, loach powder, vitamin A, vitamin B, salt, honeysuckle powder, radix isatidis powder, cassia seed powder, safflower powder, pinellia ternate and chinese magnoliavine fruit powder. All the powder and Chinese medicines are combined together by the ratio, put into a ring mode multi-purposed stirrer to be stirred for 160min, then taken out and put into a ring mode multi-purposed crusher to be crushed into fine powder, taken out and put into a dryer to be dried for 2h, taken out, cooled and put into the ring mode multi-purposed stirrer to be stirred again for 200min, taken out and put into a ring mode multi-purposed puffing machine to be puffed for 70min, taken out, cooled and totally poured into a ring mode multi-purposed hard particle making machine to be processed into about 60-mesh hard granule feedstuff, and then screened with a 60-mesh screen, and the weight of each particle is about 0.2g.

The invention discloses a newborn squirrel feed, which consists of sorghum flour, wheat meal, sweet potato flour, green vegetable powder, pine nut powder, pine branch powder, bone meal, vitamin A, compound vitamin B, cod-liver oil, salt, akegourd fruit powder, common anemarrhena rhizome, ginkgo powder, isatis root powder, chicken's gizzard-membrane powder and ganoderma powder. The feed is prepared from the following steps of: combining the powder and traditional Chinese medicines according to a ratio, and stirring in a ring mode universal stirring machine for 120 minutes; taking the materials out, grinding into fine powder in a ring mode multi-purpose grinder, taking the powder out, drying in a dryer for 1 to 2 hours, taking out, cooling, and stirring in the ring mode universal stirring machine for 180 minutes; taking out, bulking in a ring mode multi-purpose bulking machine, taking out, cooling, and totally pouring into a ring mode multi-purpose hard granulator for producing the hard granular feed with the diameter of about 30 meshes; and sieving by using a 30-mesh screen, wherein the weight of each granule is about 0.1g.