40results about How to "Mass processing" patented technology

The present invention proposes a method for synchronization adaptation of asynchronous digital data streams comprising the steps of providing a first digital data stream (PCM_IN) at a first sample rate (CLK_—1); inputting said first digital data stream (PCM_IN) to a sample rate conversion means (SRC); supplying data output from said sample rate conversion means (SRC) to a processing element (BUFFER); storing said supplied data into said processing element (BUFFER); and outputting said data stored in said processing element as a second digital data stream (PCM_OUT) at a second sample rate (CLK_—2), with said first and said second sample rates (CLK_—1, CLK_—2) being different from each other; and is characterized by the further steps of detecting a state (BUFFER_STATUS) of said processing element (BUFFER); and controlling said sample rate conversion means (SRC) dependent on the detected state of said processing element. The present invention also proposes a device for synchronization adaptation of asynchronous digital data streams, operating according to such a method.

A chip scale package structure and a method for fabricating the same are disclosed. The method includes forming metal pads on a predetermined part of a carrier; mounting chips on the carrier, each of the chips having a plurality of conductive bumps soldered to the metal pads; forming an encapsulant on the carrier to encapsulate the chips and the conductive bumps; removing the carrier to expose the metal pads and even the metal pads with a surface of the encapsulant; forming on the encapsulant a plurality of first conductive traces electrically connected to the metal pads; applying a solder mask on the first conductive traces, and forming a plurality of openings on the solder mask to expose a predetermined part of the first conductive traces; forming a plurality of conductive elements on the predetermined part; and cutting the encapsulant to form a plurality of chip scale package structures.

The invention relates to a door hinge for a door of a vehicle. The inventive hinge comprises a first and a second guiding arrangement (7, 20; 7, 30, 31) for fixing at least one holding position for the door hinge. Said hinge also comprises a first and a seond free end (19) which engage with the first and second guiding arrangements. Said ends belong to a spring element (16). The aim of the invention is to provide a door hinge that is constructed in a compact manner and reliably enables to fix the door hinge, whereby moments crosswise in relation to the swivelling axis are prevented. To this end, the first free end (19) and the second free end (19) respectively are arranged in a mirror-inverted manner in relation to each other and at the remaining halve (3) of the hinge.

A sandwich structure is provided that includes a corrugated layer with at least one core layer (structure) made of a periodic array of adjacent truncated upward facing peaks and truncated downward facing valleys. Each truncated peak has a bonding land of an area A1. Each truncated valley has a bonding land of an area A2. A ratio of A1/A2 is less than 2. A distance D is between neighboring peaks, and a distance D is also between neighboring valleys. The corrugated layer is made from an initially flat sheet thickness of t. A first sheet layer is physically coupled to bonding lands of the truncated peaks. A second sheet layer is physically coupled to bonding lands of the truncated valleys.

The invention refers to a top-emitting device, particularly organic light-emitting diode having a layer arrangement applied on a substrate, which layer arrangement comprises a bottom electrode arranged on the substrate and a top electrode through which a light emission is effected, and also a stack of organic layers arranged between the bottom electrode and the top electrode where, at the bottom electrode, a surface facing towards the stack of organic layers is formed in light-reflecting fashion at least in a partial region and being provided with a surface structure that defines a reflection of light generated in the stack of organic layers at the bottom electrode, and where the surface structure is formed by means of mechanical shaping.

The invention discloses a pathogenic microorganism waste liquor treatment system, which comprises a waste liquor collecting pipeline system (1), a waste liquor sterilizing tank (2) and a sewage treatment station (3). The invention adopts a technical scheme that waste liquor is integrally collected and treated through the waste liquor collecting pipeline system, the high-temperature steam bath waste liquor sterilizing tank and the sewage treatment station special for the waste liquor so as to overcome the defects that the liquor collecting vehicle and liquor collecting bucket mode in the prior art has low waste liquor treatment capacity, occupation of on-site space of a clean area for transit storage, indefinite sterilization effect and easy chemical pollution to environment. The pathogenic microorganism waste liquor treatment system provided by the invention directly conveys the waste liquor generated by various viable bacteria and live virus areas of buildings to the waste liquor sterilizing tank for high-temperature steam sterilization, and then conveys the waste liquor to the common sewage treatment station for physicochemical treatment through a pipeline so as to achieve the aims of timely, massively, highly efficiently and reliably treating the pathogenic microorganism waste liquor with low cost, and reducing the chemical pollution.

A sandwich structure is provided that includes a corrugated layer with at least one core layer (structure) made of a periodic array of adjacent truncated upward facing peaks and truncated downward facing valleys. Each truncated peak has a bonding land of an area A1. Each truncated valley has a bonding land of an area A2. A ratio of A1/A2 is less than 2. A distance D is between neighboring peaks, and a distance D is also between neighboring valleys. The corrugated layer is made from an initially flat sheet thickness of t. A first sheet layer is physically coupled to bonding lands of the truncated peaks. A second sheet layer is physically coupled to bonding lands of the truncated valleys.

The invention relates to the field of garbage disposal, in particular to a method for sorting household garbage. The method classifies household garbage in detail by adopting the following steps: dehydration treatment, bag breaking, screening, magnetic separation, winnowing, multistage bouncing sorting and picking treatment. The final sorting efficiency of a variety of materials achieves more than 85 percent, the sorting effect is good, the disposal capacity is large, and manpower is saved. After sorting, according to the properties of materials, the classified household garbage is respectively recycled to be reused, deeply reprocessed or harmlessly treated. Thus, the household garbage is largely and quickly disposed, the value-maximized resource recovery of household garbage is realized. The method has great economic value and environmental benefits.

The invention relates to the field of solid waste pyrolyzing devices, and discloses a Brown's gas-burning solid organic waste pyrolyzing furnace which comprises a housing and a cavity positioned inside the housing, wherein the housing is equipped with a main gas exhaust port, a pressure detector, an overpressure relief valve, an inductive ash-discharging electric valve and a feeding port; the cavity is equipped with smoke-guiding gas columns, a guiding chute, Brown's gas burning guns, wall-hanging crucibles, a heat conducting plate and a crucible basin; the wall-hanging crucibles and the crucible basin are filled with a metal material; and through an external fan of the Brown's gas-burning solid organic waste pyrolyzing furnace, part of burnable gas generated from the pyrolyzing process can flow back to the Brown's gas-burning solid organic waste pyrolyzing furnace. A kind of clean burning energy, namely Brown's gas, is utilized for the Brown's gas-burning solid organic waste pyrolyzing furnace; and the Brown's gas-burning solid organic waste pyrolyzing furnace has the advantages that the environment-friendly property is achieved, the cost is low, the occupied area is small, and solid organic waste can be efficiently, continuously and massively treated.

The invention discloses a burning disposal method used for burning hyacinths, belonging to the biological matter burning technique field of environment protection engineering. The method mainly includes the following steps: firstly, newly collected hyacinths are transferred to a crusher for being crushed and the crushed hyacinths are transferred to a centrifuge spin-drier for being spin-dried and then are transferred to a drier for being dried, after being dried, the hyacinths contain 60 to 70 percent of water; assistant fuel coals with a mass ratio of 5 to 10 percent against the processed newly collected hyacinths are mixed into the dried hyacinths to get mixed fuel; finally the mixed fuel is delivered into an incinerator for carrying out burning disposal. In the invention, the heat supply used for drying the hyacinths comes from the heat of the hot off-gas generated by the incinerator so as to realize the heat recycling of heat and the adding ratio of the assistance fuel coal is low. The invention provides the method for the mass, quick and collective final disposal of the hyacinths.

The present invention relates to an apparatus and method for mass production of carbon nanotubes. More specifically, it relates to an apparatus and method for mass production of carbon nanotubes, which are capable of achieving mass synthesis of carbon nanotubes and simultaneous production of various structures of carbon nanotubes, by a manner that a plurality of independent reaction chambers are configured, and a heater supplying temperatures necessary for reaction in the corresponding reaction chambers is configured to have a plurality of reaction temperature sections, such that the heater moves according to reaction steps in the respective reaction chambers under different reaction steps and matches reaction temperature sections to thereby continuously provide proper reaction temperatures to the respective reaction chambers and at the same time, to stably supply and discharge reaction gases and stabilizing gases necessary for the respective reaction steps to and from respective reaction chambers, in order to continuously produce carbon nanotubes.

A method for harvesting and an arrangement for processing wood. In a harvesting area, a baler (1) is used to bale small-dimensioned wood into bales belonging to different bale classes, wherein a compressed wood bundle (9) is bound by means of a binding member (10). Energy bales (11d) and raw material bales (11a to 11c) may be created in a forest. The raw material bales may be processed in a debarking device (21), wherein the wood contained by the bale is divided into a pulp fraction (26) and an energy fraction (25). The pulp fraction may be used in the manufacture of raw material, and the energy fraction may be used as fuel.

The invention relates to a method for treating high-fat wastewater of food industries. The method comprises the following steps: (A) after wastewater flows through multiple grids, pumping the wastewater into a bending-flow type hydrolysis reactor for treating, introducing the wastewater into an anaerobic aeration tank, and carrying out anaerobic treatment; (B) introducing the wastewater into a coagulating tank for coagulation, regulating the pH to 7.5-8.5, firstly carrying out solid-liquid separation, and carrying out floating separation; (C) carrying out oxidation treatment on the wastewater by virtue of ultrasonic compound supercritical water, filtering by virtue of activated carbon, and carrying out sedimentation; and (D) sequentially carrying out security filtering, micro-filtration membrane filtering, ultrafiltration membrane filtering and reverse osmosis membrane filtering, so as to obtain discharged water meeting the environmental protection standards. Compared with the prior art, the method has the advantages that the organic matters in the high-fat wastewater of the food industries can be effectively degraded, the acidity of the wastewater is reduced, suspended solids such as COD and grease, metal oxides, colloids, bacteria and the like can be effectively removed, the wastewater can be economic, efficient and bulk treatment of the wastewater can be realized, the operation is simple, the operation cost is low, the occupied area is reduced, and the treating effect is remarkable.

The invention discloses an ex-situ decontamination method for low-permeability contaminated soil, and belongs to the field of contaminated soil treatment. The ex-situ decontamination method is characterized in that a plurality of electrodes which can conduct electricity and water are horizontally arranged at certain intervals and in parallel to form an electrode group, the electrode group and contaminated soil layers are stacked alternately, and the polarity of the direct current power supply to which any electrode is connected is opposite to the polarity of the direct current power supply towhich at least one of the electrodes surrounding the contaminated soil layers is connected; direct currents applied by the electrodes generates an electric field in the contaminated soil, meanwhile appropriate liquid is injected through the electrodes to regulate and control the chemical reaction environment in the contaminated soil, the pollutants in the contaminated soil migrate to the electrodes under the action of the electric field and are carried out by water via a water-filled pipeline of the electrodes, and the pollutants are removed from the contaminated soil. The ex-situ decontamination method can carry out the treatment of large-volume contaminated soil and can remove a variety of pollutants in the contaminated soil at the same time, the treatment time is short, and land occupation for construction is less.

The present invention provides a microparticle production device and a microparticle manufacturing method. The device includes a reaction chamber that extends from the lower side to the upper side inthe vertical direction; a material supply device that supplies material particles to the reaction chamber from a material supply port to the vertical direction; a first electrode arrangement region having a plurality of lower electrodes on an inner peripheral wall of the reaction chamber; a second electrode arrangement region having a plurality of upper electrodes on the part closer to the vertical direction on the inner peripheral wall of the reaction chamber than the first electrode arrangement region; a recycling part connected to the other end side of the vertical upper side in the reaction chamber to collect microparticles; a power source which is capable of changing the frequency of the alternating current power applied to at least one of the lower electrode and the upper electrode;and a control unit which set the frequency of the alternating current power applied to the lower electrode to be the frequency higher than the frequency of the alternating current power applied to theupper electrode. Arc discharge is generated through the lower electrode and the upper electrode, so plasma is generated in the reaction chamber, and microparticles are generated from the material particles.

The invention discloses belt-type magnetic separation equipment, including the magnetic separation pool. The magnetic separation pool has back washing equipment, belt-type magnetic filter cloth, mud collection tank and two drive motors with waste water. Rotating roller is respectively set up in each drive motor, on which the belt-type magnetic filter cloth is installed. The belt-type magnetic filter cloth is rotating along with the rotation of rotating roller. One drive motor is set underneath the waste water and another one is set above. The mentioned belt-type magnetic filter cloth successively contains upper stainless steel sheet, soft rubber magnetic fabric and lower stainless steel sheet with several filtering holes evenly opened from outside to inside. The invention solves high moisture content, large sludge quantity and low magnetic recovery efficiency of sludge in current loading magnetic precipitation technique, which is beneficial for magnetic refining and magnetic separation with simple structure, going green and environment-friendly.

The invention discloses a method for producing a wood plastic material by using wastes, which belongs to the field of living waste garbage resource recycling. The method is characterized by comprising the following steps: 1) crushing diaper waste into solid grains or powder, wherein the granularity of the solid grains or the powder is 10-250 meshes, crushing polyvinyl chloride, polyethylene or polypropylene recycled from the waste into resin powder, wherein the granularity of the resin powder is 100-150 meshes, and crushing straw into 100-200 meshes powder; 2) uniformly mixing 100 parts by weight of the diaper waste grains or powder, 20-30 parts by weight of the resin powder, 20-30 parts by weight of the straw powder and 1-10 parts by weight of auxiliary agent, wherein the mixing temperature is 100-110 DEG C; 3) pelleting; 4) forming so as to obtain the wood plastic plate material. By adopting the method, a great deal of used diapers can be rapidly and efficiently treated, and moreover modes such as combustion and burying which can generate harm to the environment, are not used in the treatment process, so that the method is environment-friendly, and moreover the used diapers are turned into wealth, and the requirement of construction of a great amount of municipal facilities, roads and viaducts is met.

The invention provides an eccentric parallel shaft special-shaped part clamp. The eccentric parallel shaft special-shaped part clamp comprises a first clamping device and a second clamping device, wherein the first clamping device and the second clamping device both comprise base plates, bases, movable blocks and fixed blocks, wherein the bases are fixedly arranged at the tops of the base plates,the fixed blocks are fixedly mounted at the tops of one ends of the bases, sliding grooves are formed in the tops of the bases, the bottoms of the movable blocks are located in the sliding grooves, abearing is fixedly mounted at one end, far away from the corresponding fixed block, of each sliding groove, external threads are arranged on the outer side wall of each propelling screw rod, a screw hole is formed in the position, opposite to the corresponding bearing, of each base, inner threads are arranged on the inner side wall of each screw hole, one end of each propelling screw rod is fixedly installed in the corresponding bearing, and a supporting cushion block is arranged at the portion, between the corresponding fixed block and the corresponding movable block, of the top of each basethrough bolts. The eccentric parallel shaft special-shaped part clamp has the advantages of being reasonable in design, convenient to use and capable of machining a large number of special-shaped parts.

A photosensor element that is capable of achieving a good balance between high photoelectric conversion efficiency and low dark current is able to be obtained by using a composition for forming a hole collecting layer of a photosensor element, which contains an organic solvent and a charge-transporting material that is composed, for example, of an aniline derivative or thiophene derivative represented by one of formulae (AA)-(DD) and having a molecular weight of 200-2,000.