71 results about "Saggar" patented technology

The invention relates to a heat treatment method and device, computer equipment, a computer readable storage medium and a computer program product. The method is applied to the roller kiln, and at least one sagger and a plurality of temperature control devices are arranged in the roller kiln. The method comprises the following steps: acquiring space temperature distribution data of the roller kiln; according to the space temperature distribution data, target material distribution of the materials to be subjected to heat treatment in the roller kiln is determined, and target temperatures corresponding to the temperature control devices are configured, so that the heating uniformity of the materials to be subjected to heat treatment in the heat treatment process is higher than a preset uniformity threshold value; wherein in the heat treatment process, the filling amount of the to-be-heat-treated material in each sagger is determined based on the target material distribution, and the sagger filled with the to-be-heat-treated material is subjected to heat treatment in the roller kiln with the temperature configuration completed. By adopting the method, the particle size distribution range of products processed by the roller kiln can be narrowed.

A powder feeding device configured to fill a saggar with powder by compressing the powder thereinto may include: a pressing plate configured to compress the powder in the saggar; and a pressing mechanism configured to press the pressing plate toward the powder in the saggar. The pressing plate may include a compression plate including a pressing surface that compresses the powder by contacting the powder; and a plurality of slit plates disposed on the pressing surface and extending downward from the pressing surface. The slit plates may be arranged radially as the powder feeding device with the saggar placed therein is viewed from above. When the saggar is placed in the powder feeding device, distances between the slit plates and a sidewall of the saggar may be substantially equal and the distances between the slit plates and the sidewall of the saggar may be 30 mm or less.

1. A grilling apparatus for use within a cooking chamber of an oven, the apparatus comprising: a panini press comprising an upper grill including a pair of oppositely disposed, downward facing, first guide rails; and a lower grill including a pair of oppositely disposed, upward facing guide surfaces, the upper grill being disposed within each of a pair of upwardly facing guide surfaces coupled to the lower grill and vertically reciprocatable toward and away from the lower grill by a pair of oppositely disposed alignment devices coupled to either side of the upper grill; and a paddle for holding at least one food item, the paddle comprising a base and a pair of oppositely disposed, upwardly facing, second guide rails that align with respective first guide rails such that as the paddle enters the cooking chamber, the second guide rails contact respective first guide rails and the upper grill moves upwardly and away from the lower grill thereby allowing a food item to be positioned between a lower surface of the upper grill and an upper surface of said lower grill, and upon removal of the paddle, the upper grill moves toward the food item to apply sufficient pressure to compress and brown the food item during the cooking process.

The invention relates to the technical field of metallurgical solid waste resource utilization and powder metallurgy, and discloses a method for realizing coke foam recycling in reduced iron powder production, and the method comprises the following steps: mixing, kneading and drying first-cycle coarse coke foam, dolomite powder and primary cross-linking bonding slurry to prepare a modified main reducing agent; mixing secondary circulation fine coke foam, rolled steel scale coarse powder, limestone powder and the slurry, pressing and air-drying to prepare a composite sacrificial block; the silicon carbide saggar is alternately filled with high-purity fine iron powder and a modified main reducing agent to form a bottom-layer material bed, and composite sacrificial blocks are laid on the top layer in a staggered mode; and after cooling and discharging from the kiln, stripping porous slag blocks formed by sintering at the top, and carrying out coarse crushing and magnetic separation on the material at the middle lower part to obtain a sponge iron product. Directional cyclic utilization of coke foam is achieved, mineral is utilized to absorb heat step by step to stabilize local heat load, an exhaust pressure relief path is constructed through material phase change shrinkage, sagger damage is avoided, and the impurity removal process is simplified.

The utility model discloses a calcining powder block breaking device and processing equipment, the calcining powder block breaking device is arranged above a conveying line body used for conveying saggars, and the calcining powder block breaking device comprises a driving mechanism; the slotting tool fixing plate is connected with the driving mechanism and is driven by the driving mechanism to do lifting motion; the cross-shaped slotting tool is fixedly mounted on the slotting tool fixing plate, and a tool bit of the cross-shaped slotting tool is downwards opposite to the saggar flowing through the conveying line body; the first air vibration device is installed on the slotting tool fixing plate, the first air vibration device and the cross slotting tool ascend and descend synchronously, and the slotting tool fixing plate forms a vibration transmission path from the first air vibration device to the cross slotting tool. According to the calcined powder block crushing device, through integration of the cross slotting tool and the first air vibration device, efficient and uniform crushing of calcined block materials is achieved, the problem that the materials adhere to the tool and the inner wall of a sagger is effectively solved, and therefore production continuity and stability are guaranteed, and the overall efficiency of the powder post-treatment procedure is improved.

The present application belongs to the technical field of conveying mechanism auxiliary, and discloses a sagger deviation correction mechanism of roller furnace, which comprises a conveying mechanism and a group of saggars placed thereon. Through the cooperation of the correction assembly and other structures, when the sagger deviates, the second correction rod is folded and pushes the counterweight frame up through the connecting rod, and is higher than the other counterweight frame. The counterweight block slides to the first correction rod. Under the deviation state, the supporting force of the conveying roller on the sagger is uneven, the counterweight frame and the counterweight block increase the weight on one side of the sagger, the force applied to the folding of the first correction rod increases, the conveying roller drives the roller to rotate instead of directly contacting the correction rod, and four factors are added. The other side of the sagger is preferentially moved by the conveying roller rotation, and when the two correction rods are located on the same axis, the sagger can move normally. The position deviation during the sagger placement is solved, so that the sagger is stuck on the furnace wall or scratches appear between the sagger and the furnace wall, and the sintering condition is affected.

[Problem] The present invention addresses the problem of providing: a saggar equipped with a two-dimensional code in which the two-dimensional code can be read, the occurrence of defective products can be reduced, and mass production is facilitated; and a method for affixing a two-dimensional code to a saggar. [Solution] A saggar 1 equipped with a two-dimensional code according to the present invention has: a base material layer 3 for ceramic label adhesion, the base material layer 3 being formed on a required portion of a saggar body 2; and a ceramic label 4 equipped with a two-dimensional code, the ceramic label 4 being fixed to the surface of the base material layer 3 for ceramic label adhesion.

A kind of sagger residual material removing device, including support, upper portion is equipped with rotary table support platform;Rotary table is supported in the upper side of rotary table support platform towards;Rotary table drive mechanism is equipped in the upper side of rotary table support platform towards;First, second chopper drive mechanism is equipped in the upper side of rotary table towards;First, second chopper push plate lifting guide mechanism is equipped in rotary table and lower portion extends to the below of rotary table support platform, sagger cavity bottom wall residual material layer first, second chopper mechanism is arranged in the below of rotary table support platform and is connected with the lower portion of first, second chopper push plate lifting guide machine respectively;The lower portion of first, second chopper drive machine is connected with the upper portion of sagger cavity bottom wall residual material layer first, second chopper machine respectively. Advantage: it is helpful to adapt to the work rhythm of other workstations of sagger conveying mechanism and meet the line production requirements;Improve the removal efficiency of the sticky layer on the bottom wall of sagger cavity;Simplify the related action in removal process;Reflect good adaptability to sagger.

The oven comprises an oven body, conveying rollers arranged in the oven body and arranged in the conveying direction of the ridge tiles at intervals and rotating shafts connected with the two ends of the conveying rollers respectively, the rotating shafts are provided with connectors, the connectors are provided with inserting grooves, first springs are arranged at the bottoms in the inserting grooves, and second springs are arranged at the bottoms in the inserting grooves. The outer surface of the connector is sleeved with a limiting sleeve which extrudes the limiting balls to move towards the inner side of the connector, a limiting block is arranged on the outer surface of the connector and located on the side, close to the rotating shaft, of the limiting sleeve, and a second spring is connected between the limiting sleeve and the limiting block. And the conveying rollers can be quickly disassembled and assembled.

The invention relates to the technical field of large-size silicon carbide saggar dry-method mechanical pressing, and discloses a large-size thin-wall silicon carbide saggar dry-method mechanical pressing method and a large-size thin-wall silicon carbide saggar dry-method mechanical pressing forming die. The large-size thin-wall silicon carbide saggar dry-method mechanical pressing forming method comprises the steps that firstly, silicon carbide saggar raw materials are treated; step 2, processing and mounting a mechanical pressing forming frame and a movable block; step 3, positioning the loose piece; step 4, intervening the distribution of the mixed fine powder; 5, layered material distribution and pressing of the raw materials; and sixthly, the large-size thin-wall silicon carbide saggar is demolded. The invention discloses a dry-method mechanical pressing forming die for a large-size thin-wall silicon carbide saggar. The mechanical pressing die comprises a die sleeve I and a die sleeve II, the outer side wall of the die cavity is tightly attached and fixed to the interior of a square cavity defined by the first die sleeve and the second die sleeve. And the mechanical pressing forming frame is mounted in the mold cavity. The method has the beneficial effects that the forming strength and the density distribution uniformity are improved, so that the thermal shock stability is improved, and the defects of unfilled corners and pitted surfaces which are easy to generate during demolding are reduced.

A cleaning device for a battery positive electrode material sintering sagger comprises a cleaning assembly used for spraying water to clean the sagger and a drying assembly used for drying the sagger, and further comprises a conveying and overturning assembly used for pouring out water in the sagger, and the cleaning assembly and the drying assembly are sequentially arranged in the conveying direction of the conveying and overturning assembly. The conveying and overturning assembly comprises a first-stage conveying roller set and a second-stage conveying roller set, the set heights of the first-stage conveying roller set and the second-stage conveying roller set are sequentially decreased, the first-stage conveying roller set is used for conveying the saggar sprayed by the spray head to the second-stage conveying roller set for overturning and water pouring, and a first air cylinder is arranged between the first-stage conveying roller set and the second-stage conveying roller set; a first vertical baffle is fixed to the second-stage conveying roller set, the lower end of the inclined saggar moved to the second-stage conveying roller set from the first-stage conveying roller set abuts against the first vertical baffle in cooperation with pushing of a first air cylinder to complete overturning and water pouring, and the second-stage conveying roller set is used for conveying the saggar subjected to overturning and water pouring. According to the sagger, water in the sagger can be poured out.

The utility model relates to a production device, in particular to a continuous production device of a silicon dioxide material. The production device comprises a conveying frame, a quartz saggar flows on the conveying frame, a shielding cover is arranged at the top of the conveying frame, and the interior of the shielding cover above the conveying frame is sequentially divided into a feeding area, a gelling area, a drying area, a water crushing area, a drying area and a receiving area through isolation doors which are arranged at intervals and driven by a lifting cylinder. An ultrasonic rod is installed above the conveying frame of the gel area through an ultrasonic rod lifting machine, a spraying head is installed above the conveying frame of the water crushing area through a water crushing lifting machine, quartz electric heating pipes are arranged above the conveying frame of the drying area and the conveying frame of the drying area respectively, and a material collecting device is arranged on the conveying frame of the material collecting area. According to the utility model, the continuous production of silicon dioxide materials can be realized, and the production efficiency and the productivity can be effectively improved. The problems that an existing reaction kettle production mode cannot achieve continuous production, so that the productivity is low, and impurities are easily introduced are solved.

The invention discloses a process for preparing lithium manganate by a high-temperature solid-phase method, which comprises the following steps: S1, mixing a manganese source, a lithium source, an additive and grinding balls together, and carrying out mixed material ball milling, so that the materials are uniformly mixed; s2, the materials obtained after ball milling are loaded into a sagger, the materials in the sagger are punched through a puncher to form soaking holes, and the heating uniformity of the materials is improved; s3, the saggar loaded with the material punched by the puncher is fed into a kiln for gradient sintering; and S4, crushing and sieving the sintered material to obtain a lithium manganate finished product. The arrangement of the soaking holes formed by punching the material through the puncher can effectively increase the contact area between the material and the atmosphere and heating energy in the kiln, promote the heat conduction rate and heating uniformity in the material, and improve the uniformity of chemical reaction, phase formation and microstructure of the material, thereby improving the comprehensive performance of the lithium manganate material.

1. The name of the design product: sagger. 2. The use of the design product: sagger for sintering of ceramic materials. 3. The design points of the design product: in shape. 4. The picture or photo that best shows the design points: perspective view. 5. Other circumstances that need to be explained: A-A sectional view is a sectional view of the A-A direction of the top view, and the use state reference drawing is a use state drawing of the combination of multiple saggars.

A vertical roasting furnace and a battery material processing device. The vertical roasting furnace comprises a vertical furnace body (1), a feeding mechanism (2), sintering pipes (3), and a heating mechanism (4). The vertical roasting furnace uses a vertical structure, and under the action of gravity, materials sequentially flow through a plurality of reaction zones in a material sintering cavity (10) in a fluid state, so as to carry out real-time transmission and dynamic heating and cooling on the materials, thereby realizing dynamic sintering of the materials and improving the sintering effect. In addition, there is no need to provide a power device for driving the materials to move, thereby saving energy. The dried materials having a high temperature do not need to be loaded into a saggar for cooling, but are directly introduced into the top reaction zone in the material sintering cavity (10) by means of the feeding mechanism (2), thereby improving the sintering efficiency of the materials.

1. Name of the product in this design: Main body of an oven. 2. Purpose of this design: This design and its main body are used for baking. 3. The key design features of this product are: the shape of the parts indicated by solid lines. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. Other matters requiring explanation: This design is a partial design, and the parts indicated by the dashed lines in each view are not within the scope of protection.

The invention relates to the field of precision casting, and particularly discloses a preparation method of a ceramic core of an oversized blade of a heavy-duty gas turbine, which comprises the following steps: preparing a ceramic core material which comprises the following raw materials in percentage by weight: 55-60% of a matrix, 15-20% of a mineralizer, 3-5% of a pore forming agent, 5-10% of a modifier and 15-18% of a plasticizer, and uniformly mixing; performing injection molding; carrying out box filling, carrying out water bath secondary shape correction before box filling, hanging the ceramic core on a box filling tool, uniformly scattering a landfill material, and carrying out vibration tamping; sintering: charging the saggar filled with the ceramic core into a furnace and sintering in sections; strengthening the ceramic core, and soaking the sintered ceramic core in hexyl silicate hydrolysate and an epoxy resin diluted solution; depoling: loading the blade mold shell with the mold core into a depoling kettle body, and then filling alkali liquor into the depoling kettle body; according to the method, batch production of the ceramic core of the oversized blade of the heavy-duty gas turbine is achieved, it is guaranteed that the size and performance meet the requirements, the overall percent of pass reaches 90% or above, core breakage and core leakage are avoided in the casting process of a casting, and the wall thickness size meets the requirements of a design drawing.

The utility model discloses a circular combined sagger, which comprises a bottom plate and a side ring, the side ring comprises at least two arc-shaped plates, the at least two arc-shaped plates are arranged together to form a ring shape, and the side ring is connected with the bottom plate. Compared with the prior art, the arrangement of the circular saggar is realized.

The utility model relates to the technical field of matched auxiliary facilities of kilns, in particular to a sagger pouring device which comprises a bottom plate, a holding piece and a bottom frame, and the bottom plate is used for supporting a sagger; the holding piece is connected to the bottom plate; the bottom frame comprises a bottom frame body and a fixing piece connected to the bottom frame body. Wherein the bottom frame body is provided with an inserting opening, the bottom frame body is connected with the bottom plate, the saggar supported by the bottom plate is arranged in the inserting opening in a penetrating mode, and the fixing piece is matched with the saggar so as to prevent the saggar from being separated from the bottom plate; and the holding piece can drive the bottom plate and the bottom frame to turn over under the action of external force, so that the saggar locked on the bottom plate by the fixing piece is turned over for discharging. According to the sagger pouring device, force can be conveniently applied through the holding piece, so that the holding piece drives the bottom plate and the bottom frame to turn over under the action of external force, then the sagger locked on the bottom plate through the fixing piece is turned over and unloaded, the problem that the sagger is inconvenient to pour and unload is effectively solved, and the problem that the sagger falls off or even is broken due to hand slipping is solved.

The present invention relates to an apparatus for firing a positive electrode material, the apparatus transporting saggars in which a positive electrode material is stored into a tunnel to continuously fire same. The apparatus for firing a positive electrode material, according to an embodiment of the present invention, comprises: carts in which a plurality of saggars storing a positive electrode material are seated and which is provided with wheels; a firing tunnel divided into a temperature-rising section through which the carts pass and which increases the temperature to dehydrate and oxidize the positive electrode material, an isothermal section which maintains the temperature to crystallize the electrode material, and a cooling section which lowers the temperature; and a cooling door arranged between the isothermal section and the cooling section to block air.

The present invention provides an optimized method for recovering high-purity lithium sulfate from a lithium-containing composite oxide deposited on an eroded surface of a waste sagger discarded. Therefore, when the method for producing high-purity lithium sulfate from a waste sagger of the present invention is used, it is expected not only to be able to produce high-purity lithium sulfate that can be used for manufacturing lithium secondary batteries by recycling a discarded waste sagger, but also to be able to recycle a positive electrode active material, iron oxide, alumina, silicate, and calcium carbonate obtained as by-products during the production process of the lithium sulfate.

The invention belongs to the technical field of conveying mechanism assistance, and discloses a sagger deviation rectifying mechanism of a roller bed furnace, which comprises a conveying mechanism and a group of saggers placed on the conveying mechanism. Through cooperation of structures such as the deviation rectifying assembly, when the sagger deviates, a second deviation rectifying rod is turned over and pushes a balance weight frame to rise through a connecting rod and is higher than the other balance weight frame, a balance weight block slides to a first deviation rectifying rod, in the deviation state, supporting force of a conveying roller on the sagger is not uniform, and the weight of the side, pressed by the balance weight frame and the balance weight block, of the sagger is increased; the force applied to turnover of the first deviation rectifying rod is increased, the conveying roller drives the rolling wheel to rotate instead of being in direct rigid contact with the deviation rectifying rods, the four factors are added, the other side of the sagger is preferentially rotated and moved by the conveying roller, when the two deviation rectifying rods are located on the same axis, the sagger can normally move, and the problems that in the sagger placing process, position deviation occurs, and the sagger is damaged are solved. Therefore, the situation that sintering is affected due to clamping on the furnace wall or scratching between the furnace wall and the furnace wall is avoided.

The present invention provides an optimized method for recovering high-purity lithium carbonate from a lithium-containing composite oxide deposited on the eroded surface of a waste refractory crucible to be discarded. Therefore, by using the method for producing high-purity lithium carbonate from the waste refractory crucible of the present invention, not only can the discarded waste refractory crucible be recycled to produce high-purity lithium carbonate that can be used in the manufacture of lithium secondary batteries, but it is also expected that the positive electrode active material, iron oxide, alumina, silicate, and calcium carbonate obtained incidentally in the manufacturing process can be recycled.

The graphite sagger comprises a bottom plate and side plates arranged on the bottom plate, a containing cavity is defined by the side plates, a reinforcing plate is arranged in the containing cavity, a side discharging opening is formed in the top end of each side plate, a limiting piece is arranged on the bottom face of the bottom plate, and the limiting pieces are used for stretching into the containing cavity when the graphite saggers are stacked. The graphite saggar disclosed by the utility model has higher overall strength, is not easy to damage due to collision in the use process, and can realize the limiting between the upper-layer graphite saggar and the lower-layer graphite saggar in the stacking process, so that the upper-layer graphite saggar is prevented from sliding off, and the service life of the upper-layer graphite saggar is prolonged. In addition, in the sintering process, a gap is reserved between the upper-layer graphite sagger limiting piece and the inner wall of the lower-layer graphite sagger, normal use is prevented from being affected by thermal expansion of the graphite sagger, and normal operation of equipment is guaranteed.

The present application relates to the technical field of biological ceramic powder preparation equipment, and discloses a mass transfer enhancement control device for calcining biological ceramic powder by a gas furnace, which comprises a furnace body, a sealed muffle furnace canister, a zoned gas supply system, a porous sagger assembly and an exhaust system. The sealed muffle furnace canister is arranged in the furnace body and forms a combustion chamber with the furnace body, and the outlet end of the zoned gas supply system is provided with a porous gas distributor. The porous sagger assembly comprises a plurality of saggars stacked in an upper and lower manner, and an air flow gap is formed between adjacent saggars. The sagger bottom plate is provided with a bottom plate air permeation hole, the inner bottom surface of the sagger is provided with a porous fiber mat layer, and a powder layer is carried on the porous fiber mat layer. The porous gas distributor outputs uniformly distributed protective gas above the powder layer, and the air flow gap, the bottom plate air permeation hole and the porous fiber mat layer cooperate to form a bottom permeation gas path, so that the protective gas can jointly act on the powder layer from above and the bottom of the powder layer, and the gas exchange state in the powder calcination process is improved.

1. The name of the design product: the handle of the steaming oven. 2. The use of the design product: for oven. 3. The design points of the design product: in shape. 4. The picture or photo that can best show the design points: perspective view. 5. Other circumstances that need to be explained: the design is a partial design, and the dotted part in all views of the design is not the design features to be protected.