245 results about "Material Break" patented technology

A process and system suitable for producing syngas from biomass materials. The process and system entail the compaction of a loose biomass material to remove air therefrom and form a compacted biomass material. The compacted biomass material is then introduced into a reactor and heated in the substantial absence of air so as not to combust the compacted biomass material. Instead, the compacted biomass material is heated to a temperature at which organic molecules within the compacted biomass material break down to form ash and gases comprising carbon monoxide and hydrogen gas. Thereafter, the carbon monoxide and hydrogen gas are released from the reactor, and the ash is removed from the reactor.

A method, apparatus and program product monitor a wrap force during a wrap cycle to dynamically control the dispense rate of a packaging material dispenser to meet a desired containment force to be applied to a load. A conversion may be performed between wrap force and containment force for the monitored wrap force or a containment force parameter to facilitate the performance of a comparison between the monitored wrap force and a containment force parameter associated with the desired containment force to be applied to the load. A wrap force parameter may also be dynamically adjusted, and in some instances, the dynamic adjustment may be responsive to monitored wrap force, and may be used to meet a load containment force requirement for a load. In other instances, the dynamic adjustment may be responsive to monitored packaging material breaks to reduce the occurrence of packaging material breaks.

An apparatus for treating a pavement surface with a plurality of layers in a single pass, including: a chassis having a forward end and a rear end; a plurality of rolling means spaced longitudinally along the chassis for supporting the chassis so it can roll along a particular direction of advance; a powerplant for moving the chassis along the direction of advance; a first storage tank mounted on the chassis for containing bituminous sealant; a second storage tank mounted on the chassis for containing bituminous emulsion; a main hopper mounted on the chassis for storing aggregate particles; a first mechanism in flow communication with the first storage tank for applying a layer of bituminous sealant at a predetermined temperature and application rate on the pavement surface; a second mechanism in flow communication with the second storage tank for applying a layer of bituminous emulsion at a predetermined temperature and application rate on the layer of bituminous sealant, wherein a thermal reaction occurs between the bituminous sealant and the bituminous emulsion so as to accelerate a material break and cure time for the layers; and, a third mechanism in flow communication with the main hopper for providing a layer of aggregate particles at a predetermined application rate on the layers of bituminous sealant and bituminous emulsion during the thermal reaction.

A cryogenic fuel tank adapted for attachment to an aerospace vehicle includes an exterior layer of reinforced composite insulating foam. The insulating foam is reinforced with an aramid fiber mesh or a closed cell foam may be reinforced with one or more of carbon nanotubes, graphite whiskers, silicon carbide fibers or graphite fibers. The improved composite insulating structure disclosed herein provides a remedy for insulating material breaking off the large external fuel tank attached to the space shuttle during launch and ascent into space.

A system and process capable of promoting the energy content of a syngas produced from a biomass material. The system and process entail compacting a loose biomass material and simultaneously introducing the compacted biomass material into an entrance of a reactor tube, and then heating the compacted biomass material within the tube to a temperature at which organic molecules within the biomass material break down to form ash and a fuel gas mixture. The fuel gas mixture is withdrawn from the tube and the ash is removed from the tube through an exit thereof. The entrance and exit of the tube, the compaction step, and the removal step cooperate to inhibit ingress of air into the tube by forming a plug of the biomass material at the entrance of the tube and a plug of ash at the exit of the tube.

The invention relates to the field of textile, in particular to a medical and sport bandage. The bandage is technical characterized by fabrics and a processing method of the fabrics; the selected materials break through materials on the prior market, weft yarn which is 100 percent of all-cotton yarn is selected, and warp yarn adopts fabric of all-cotton yarn packed spandex yarn as base cloth; 55 percent of ultrahigh elasticity and long retention time which do not exist in the bandage fabric on the prior market are obtained by a special processing method, and a bandage finished product can be directly stuck to the skin part needing protection in a disposable way, has favorable lightness, ventilation and comfortable feeling and novelty.

The invention discloses a clutch cap forming process. The clutch cap forming process is characterized by including the following steps of (a) blanking, (b) pressing a middle boss, (c) bending four rotating lugs, (d) angle R shaping of two corresponding rotating lugs, (e) angle R shaping of the other two rotating lugs, (f) shaping flatness, and (g) punching. The invention further discloses clutch cap forming equipment which comprises a blanking die, a stretching die, a bending die, a first shaping die, a second shaping die and a punching die. According to the clutch cap forming process and the forming equipment thereof, the mode that pulling is carried out first and then folding is carried out is adopted, the thickness of a clutch can reach 6.35 mm, and the obtained bearing force of the clutch can reach 100000 newtons; meanwhile, a bending mode with an angle R is adopted, the probability that materials break during bending is reduced, and the bending success rate reaches 99.3%; angle R shaping of the rotating lugs is carried out twice, the angle R is eliminated, an assembling hole is convenient to form, and the best shaping effect is achieved; a flatness shaping procedure is arranged, accuracy of the formed hole is guaranteed, and meanwhile, a cap of the clutch and the clutch are accurately assembled.

The invention relates to a Cf/C-SiC-ZrC composite material and a preparation method thereof, and belongs to the field of carbon fiber toughened ceramic matrix composite materials. The Cf/C-SiC-ZrC composite material with high fracture toughness property is prepared by using a process combining chemical vapor deposition and a precursor infiltration and pyrolysis method. The specific preparation method comprises the following steps: first, performing rubber discharge and pyrolysis carbon PyC interface layer deposition on a carbon fiber preform; then immersing in a mixed solution of PCS and PZC; performing impregnation, curing and cracking treatment; circulating the impregnation-curing-cracking process to obtain the Cf/C-SiC-ZrC composite material. The Cf/C-SiC-ZrC composite material prepared by the method of the invention can effectively reduce the physical and chemical damage to the carbon fiber during the cracking process under the protection of a PyC interface layer, and cracks transmitted from a ceramic matrix to the carbon fiber is deflected on the interface layer. In addition, the PyC interface layer is beneficial to the weakening of interface bonding force between the carbon fiber and the ceramic matrix; when the Cf/C-SiC-ZrC composite material breaks, energy is dissipated through the pull-out of the carbon fiber, so that the fracture toughness property of the Cf/C-SiC-ZrC composite material is improved.

The invention relates to a composite material and a preparation method thereof, and can be widely applied to the fields of batteries, environmental protection, adsorptive dehumidification, air conditioning, refrigeration, heat pumps, pressure-variable separation purification, hydrogen storage production and the like. The composite material comprises a supporting framework material, carbon microspheres and/or a carbon film and a loading material, the loading material comprises salt, an electrode material and a physical adsorbent, the carbon microspheres and/or the carbon film are/is firmly attached to the wall surfaces of pores in the supporting framework material, and the loading material is uniformly distributed inside the carbon microspheres and/or the carbon film, so that direct embedment of the loading material between carbon atoms is achieved, the anti-agglomeration inactivation capacity is obviously enhanced, and the service life is effectively prolonged; the composite material breaks through a limitation of the specific surface area of the original skeleton material, so that the specific surface area of the composite material can be effectively increased under the premise ofincreasing the loading capacity, and the adsorption, reaction or electron migration rate can be increased; the composite material conveniently achieves close contact between the adsorbent and a heat-exchanging wall surface by an extruding, bonding or brazing method, so that the contact heat resistance between the two is effectively reduced.

The invention provides a material band breaking device which comprises a support, a breaking mechanism fixed on the support and used for breaking a material band, and a push-out mechanism fixed on the support and used for pushing out the broken material band. The breaking mechanism comprises a first fixed board fixed on the support, a first driving mechanism fixed on the first fixed board and a material breaking board moving upward and downward under the drive of the first driving mechanism to cut off the material band. The push-out mechanism comprises first slide bars horizontally and movably positioned on the support, a connecting mechanism fixed on one ends of the first slide bars and connected to the material breaking board, a second driving mechanism which is firmly connected to the other ends of the first slide bars and drives the first slide bars to move so as to drive the material breaking board to horizontally move through the connecting mechanism, and push-out boards which are fixed on the two sides of the support and extend to the two sides of the material breaking board to push out the material band when the material breaking board moves horizontally.

A material breaking machine is composed of machine frame, speed reducer, power unit with motor linked with said speed reducer via the first shaft coupling, cooling system, and breaking unit consisting of hollow active and passive rollers parallelly installed on machine frame and communicated to said cooling system. It features that the gap between active and passive roller is preset to make the active roller to just drive the passive roller via the material to be broken.

The invention relates to a combined cooling and heating supply system which comprises an air-conditioning water auxiliary electric heating device, a cooling fan, an air-conditioning water pump, a domestic hot water pump, at least two compressors and a domestic hot water auxiliary heating device and further comprises a control unit and a plurality of temperature sensors, wherein the temperature sensors are respectively used for measuring the actual value of the air-conditioning water return temperature and the value of the actual domestic hot water return temperature; when a material broken operating mode of the control unit is in an air-conditioning mode or a heating mode, the air-conditioning water pump is opened, and the compressors are opened or closed according to the actual value and the set value of the air-conditioning water return temperature; and when the operating mode is judged to be in a hot water mode, the domestic hot water pump is opened, and the compressors are opened or closed according to the value and the set value of the actual air-conditioning water return temperature. The invention also relates to a corresponding control method. With the combined cooling and heating supply system, the operation safety of equipment is ensured by controlling the opening or the closing of a high-power part in control equipment according to the air-conditioning water return temperature and domestic hot water return temperature as well as the set valve.

The present device enables measurement of the susceptibility of corn plants to root lodging. The device is used to push over a corn stalk and the force used to push over the stalk, and the vibration of the stalk caused by the push are recorded. As material breaks in the stalk, an accelerometer, measures stalk vibration response to the breaking events; the data is then recorded to allow quantitative measurements of the susceptibility of corn plants to root lodging. This allows meaningful comparisons of various hybrids at early stages of hybrid evaluation and advancement.

The invention provides a solid-liquid material stirring reaction equipment for chemical industry with the function of crushing solid materials, which includes a tank body; the tank body is set as a hollow cylinder with an open top, and the tank body is vertically arranged; There is a cover plate; the solid material crushing device is welded and fixed on the left side of the cover plate surface; the discharge pipe is welded and fixed on the bottom side wall of the tank body; the bracket is welded and fixed on the bottom surface of the tank body; the cloth is welded and fixed at a distance of 20 cm from the top opening of the tank body The inside of the tank is equipped with a distributing device, a first stirring device and a second stirring device; the present invention uses a solid material crushing device to shear and break the agglomerated solid material to increase the surface area of ​​the solid material; the material distributing device expands the solid-liquid The falling area of ​​the material is convenient for the full contact of the solid-liquid material; the solid-liquid material in the tank is fully stirred and mixed through the first stirring device and the second stirring device, which is conducive to the full contact of the solid-liquid material and facilitates the efficient and sufficient reaction. .

A device for receiving and dispensing a coatable material such as adhesive, glue, cosmetics and the like. A sleeve-shaped receiving element has a piston-shaped element carrying the coatable material that is displaceable in longitudinal direction by a screw spindle operated by an external rotary grip at the base of the receiving element. The underside of the piston-shaped element is formed to complement the inwardly protruding shape of the sleeve base or grip element, such that there is virtually no free space in which air can collect between the piston-shaped element and the sleeve base when the piston element is fully retracted in the receiving element. Thus the device avoids undesired bubble formation during the filling process, and undesired material break off during use can be largely excluded.

The invention relates to a circular mould flatwise type biomass extrusion moulding machine which is characterized by comprising a feed collection hopper, a material stopping shield, an extruding device, a drive device, a discharge collection hopper, a stand and a motor, wherein the extruding device is horizontally fixed on the stand and comprises an extruding wheel and a mould disk; and the mould disk is provided with a plurality of radial mould holes uniformly distributed in the horizontal direction. In the invention, all the mould holes can uniformly extrude materials without a stirrer or a material breaking cutter, the mould disk has small thickness, the moulding mould holes have wide selective range in dimensions, and the invention has good moulding effect, high efficiency and strong adaptability.

Provided are a brittle material breaking apparatus and a brittle material breaking method wherein a brittle material can be broken while continuously moving the brittle material, and the brittle material can be surely broken without alignment of a scribe line with a blade, positional correction and the like. The width of a brittle material (11) to be broken is wider than a distance between moving rollers (13, 14) in a direction substantially orthogonally intersecting with an advancing direction of the brittle material (11). A scribe line (18) of the brittle material (11) is formed substantially parallel to the advancing direction of the brittle material (11), on one end portion or on the both end portions positioned outside the moving rollers (13, 14). The pressurizing rollers (15, 15) are provided on the one end portion or on the both end portions where the scribe lines (18, 18) are formed outside the positions where the moving rollers (13, 14) are brought into contact with the brittle material (11). While the brittle material (11) exists in a region where the brittle material is to be moved by a plurality of the rollers (13, 14), the pressurizing rollers (15, 15) are pressed down to the side of the brittle material (11).

The invention discloses a novel pass-type screening crusher. The novel pass-type screening crusher comprises a scraper conveyer slotted screen box body, a scraper conveyer rolling shaft type screening box body, a scraper conveyer crushing box body, a scraper conveyer driver, a scraper chain and a single roller breaking unit, when a scraper conveyer operates, and a material can enter from the tail of a scraper conveyer; mixed materials are uniformly distributed through the movement of a scraper, the qualified materials in the mixing material are preprocessed in advance, and the rest materials enter a roll screen and a slotted screen along with the movement of the scraper to be subjected to second-step processing; then the scraper can convey large materials into the single roller breaking unit, so that the unqualified large materials are crushed, the materials broken by the single roller breaking unit are reshipped or directly discharged by other equipment through a chute. The novel pass-type screening crusher provided by the invention can operate under the severe environment, the conveying capacity is high, the qualified materials are screened in advance, so that the material crushing efficiency is improved, the large materials being 1400-3000mm are transported and crushed through the single roller breaking unit, transportation, screening and crushing are performed simultaneously, the installation and the maintenance are convenient, and the novel pass-type screening crusher is widely applied on the transportation, screening and crushing operation of the large materials such as coal and metallurgy.

The invention provides double-color-line anti-counterfeiting paper and a production method thereof. According to the invention, a chromophoric material and a chromogenic material are added on raw paper; under normal circumstances, the chromophoric material and the chromogenic material are colorless chromophoric substances, one of the materials is wrapped by a microcapsule, and the other is ground. After slight scribing and friction of the paper, an electron donor substance in the chromogenic material and the chromophoric material which is granular after grinding fuse immediately by using generated tiny heat and undergo a chemical reaction so as to generate a color; after forceful scribing of the paper, the microcapsule containing another chromophoric material breaks, and the chromophoric material flows out and chemically reacts with the electron donor substance in the chromogenic material so as to generate another color; thus, two different color lines are generated on the paper through application of different scribing forces, thereby achieving an anti-counterfeiting purpose. The production method provided by the invention is easy and convenient; a discriminating means is simple; special physical conditions are not needed for discrimination, and hard substances like a finger are sufficient for completion of anti-counterfeiting authentication.

The invention discloses a circularly breaking and sieving system, which comprises a breaking device and a secondary sieving machine. A fourth conveying belt for conveying materials broken by the breaking device to the secondary sieving machine is arranged under the breaking device, and a fifth conveying belt for conveying materials which are not sieved out by the secondary sieving machine to the breaking device is arranged between the secondary sieving machine and the breaking device. The technical scheme of the circularly breaking and sieving system and the method thereof controls grain size of sieved materials through pore size of a sieving machine without controlling the grain size through the breaking device. Grain size control is simple and reliable. Through control of first sieving and second sieving of the materials, the phenomenon of over-breaking is avoided, carbon content of fly ash is greatly reduced, energy consumption is reduced, and economic benefit of boilers is greatly improved. An original coal manufacturing system is changed into horizontal technological distribution from vertical technological distribution, a technological route is shortened and simplified, floor area is reduced, and cost for investment of capital construction is greatly saved.

The invention belongs to the technical field of glass processing and particularly discloses a glass processing production line. The glass processing production line comprises a material storing device, a cleaning conveying device, a preliminary breaking device, a rotary material breaking device and a glass collecting device which are sequentially arranged. A material storing box is enveloped by a discharging device, and a discharge outlet is formed in the material storing box. A plurality of sponge rollers are arranged on a cleaning plate and a cleaning passage. The preliminary breaking device comprises an S-shaped conveying passage and a preliminary pressing roller connected to a rack, and the preliminary pressing roller is arranged above the S-shaped conveying passage. The rotary material breaking device comprises a rotary feeding cylinder and a pair of breaking rollers arranged in the rotary feeding cylinder, driving wheels for driving the rotary feeding cylinder are arranged on the outer wall of the rotary feeding cylinder in the circumferential direction, and the rotary feeding cylinder, the driving wheels and the breaking rollers are all connected to the rack. The glass processing production line is integrally arranged, so that the problem that efficiency of glass breaking is low in the prior art is solved, and the quality of regeneration glass manufactured through recovered and broken is improved.

The invention relates to an automatic material break-off machine. The automatic material break-off machine comprises a machine frame, a Y-direction translational system which enables a material plate stack to complete translational motion leftwards, a material plate conveying system, jacking devices, a material break-off system, a material clamping and placing system, an X-direction translational system which enables the material plate stack to complete translational motion backwards, and a circuit control system. The material plate conveying system comprises a support, a vacuum sucker, a first air cylinder which is arranged in a vertical direction and a left and right translational mechanism, wherein the support is fixedly connected onto the machine frame, the left and right translational mechanism is arranged on the support and above the machine frame, the first air cylinder is arranged on the left and right translational mechanism, and the vacuum sucker is arranged at a free end of a cylinder rod of the first air cylinder. The automatic material break-off machine is high in level of automation and can break off materials automatically, so that the production efficiency is improved, the labor intensity of workers is greatly reduced, and certain advantages are obtained.