507results about How to "Avoid polluting the environment" patented technology

An analytical test element for determining an analyte in a body fluid comprises a detection area in which the analyte is detected and an application site at which the body fluid can be applied to the test element. The application site is spaced apart from the detection area, wherein at least some of the body fluid applied to the application site moves from the application site to the detection area. The test element also comprises a contamination area which at least partially adjoins the application site, wherein an adhesive substance is applied to at least part of the contamination area of the test element. The adhesive substance adheres to the contamination area of the test element and is able to interact with an excess amount of applied body fluid such that at least some of the body fluid adheres to the test element and thereby an excess amount of body fluid remains in the contamination area. An additional embodiment provides for test elements which, after use, can be stored in a storage container. Another embodiment provides for the production of the test elements.

The present invention relates to a process for imaging deep ultraviolet (uv) photoresists with a topcoat using deep uv immersion lithography. The invention further relates to a topcoat composition comprising a polymer with at least one ionizable group having a pKa ranging from about −9 to about 11. The invention also relates to a process for imaging a photoresist with a top barrier coat to prevent contamination of the photoresist from environmental contaminants.

The invention discloses a biaxial drawing polylactic acid compound film with a barrier property and a preparation method thereof. The compound film comprises two polylactic acid layers and a barrier layer arranged between the two polylactic acid layers, wherein each polylactic acid layer comprises the following components in weight percentage: 75-100 percent of crystalline polylactic acid, 0-5 percent of melt reinforcing agent, 0-5 percent of toughening agent, 0-5 percent of antistatic agent, 0-5 percent of antioxygen, 0-5 percent of slipping agent and 0-5 percent of antiblocking agent, and the barrier layer is fully biodegradable and is provided with a carbon dioxide copolymer with the gas barrier property. According to the preparation method, a multilayer co-extrusion gradual or synchronous biaxial drawing process is adopted. The compound film can be fully biodegradable, has very good oxygen, carbon dioxide and moisture barrier property, higher tensile strength, high puncture resistance and high deflection, and can be used for packages of foods, cosmetics, electronic products, chemicals and the like.

A capless fuel filling system for a vehicle including a closure assembly that forms an iris arrangement that is rotatable to form a seal for a fuel filling tube or provide access to the fuel filling tube.

The invention discloses a polyvinyl butyral foamed material, which belongs to the field of high molecular materials. Recycled waste and used polyvinyl butyral is taken as a main raw material; rubber or an elastomer is taken as a main auxiliary material; a foaming agent, a foaming auxiliary agent, a plasticizing agent, a foamed hole nucleating agent, a foamed hole regulating agent, a crosslinking agent, a filler and the like are taken as the auxiliary materials; all the materials are mixed in a high-speed mixing machine at high speed, melted and blended in an extruding machine or an enclosed mixing machine, and formed through compression molding foaming in a flat-plate vulcanizing machine to obtain a polymer foamed material. The foamed material has excellent performance of an elastomer foamed material, has excellent cohesive property, is easy to process, and can be changed from wastes to valuables.

A manufacturing process using microwave for thermal debinding according to the invention is mainly applied in manufacturing process of powder metallurgy. Wherein, metal powder is mixed polymer materials such as adhesives, fillings or lubricants, and a body is formed by means of molding, forging, extrusion, injection or scraping. The body to be debinded is placed in a microwave environment in an exposed manner or covered with powder, and power and work time of microwave are set for rapidly heating and debinding the body. The manufacturing process according to the invention is capable of accelerating manufacturing procedure, economizing production cost, reducing defects, quickly drying and rapidly removing polymer materials.

The invention involves a process for artificially triggering an avalanche. The invention process includes a first step of filling at least one flexible envelope with an explosive fluid and a second step of triggering an explosion of the aforesaid fluid within each envelope, each envelope being destroyed by the explosion of the fluid. The destruction of the envelope allows for propagation of an aerial spherical overpressure wave which will affect an optimal area of the blanket of snow to be removed and will shake the aforesaid area and trigger an avalanche. The invention also involves a device for applying this process, the aforesaid device including at least one envelope to contain the explosive fluid, and means to trigger the explosion of this fluid within each envelope.

The invention belongs to a surface treatment technique, and relates to a graphene heat-conducting anticorrosive water-based paint, and preparation and application methods thereof. The invention is characterized in that the graphene heat-conducting anticorrosive water-based paint is formed by mixing a component I and a component II in a weight ratio of 100:(58-65). The preparation method comprises the following steps: preparing the component I; and mixing the component I and component II. The application method comprises the following steps: substrate pretreatment; coating; and curing. The graphene heat-conducting anticorrosive water-based paint avoids environment pollution, and has the advantages of higher anticorrosive property and wider application range.

A static eliminator comprises an electric discharge portion, and a case in which the discharge portion for emitting ions in front thereof is disposed. The case includes an ion emitting opening and an ozone, etc suction opening. The ozone, etc generated in the discharge portion is sucked through the ozone, etc suction opening resulting in sucking air from the ion emitting opening in a direction opposite to that of ion emission through the ion emitting opening.

Disclosed herein is a method of manufacturing a laminate for a flexible printed circuit board, including surface treating a base film, forming a tie layer on the base film, forming a metal conductive layer on the tie layer, and depositing a metal on the metal conductive layer by radiating electronic beams to form a metal plated layer thereon, all of which are conducted in a vacuum chamber. In addition, an apparatus for manufacturing a laminate for a flexible printed circuit board is provided, including an unwinding roller for unwinding a base film therefrom, film guide rollers for guiding and transferring the base film, a surface treating part for surface treating the transferred base film, tie layer and copper conductive layer forming parts for sequentially forming a tie layer and a metal conductive layer on the surface treated base film, a vacuum depositing part for depositing a metal on the metal conductive layer by radiating electronic beams to form a metal plated layer thereon, and a winding roller for winding the base film having the metal plated layer formed thereon, all of which are provided in a vacuum chamber. The vacuum depositing part includes a metal boat, an electron gun for radiating electronic beams onto the metal boat, and a main depositing drum for depositing a metal on the metal conductive layer by radiating electronic beams to form the metal plated layer thereon when the base film is in contact with the depositing drum.

The invention discloses a sediment removal machine for removing sediment at the bottom of a pile and a working method thereof. The sediment removal machine comprises a sediment removal device and a main controller for controlling work of the sediment removal device. The sediment removal device comprises an outer cover, a sediment suction tube for sucking the sediment is arranged in the outer cover, and the bottom end of the sediment suction tube extends out of the outer cover so that the sediment at the bottom of the pile can be sucked into the outer cover. At least one layer of sediment filter screen is arranged between the outer cover and the sediment suction tube. The positions where the sediment filter screens are located are lower than an outlet of the sediment suction tube. A water outlet is formed in the bottom surface of the outer cover so as to discharge return mud flowing down the sediment filter screens. A sediment amount sensor is arranged on the upper portion of the inner side face of the outer cover and connected with the main controller. Mud displacement does not exist, mud pouring is not needed, the automation degree is high, operability is high, the sediment removal efficiency and effect are improved, the hole collapse risk caused by mud displacement is avoided, and the problem that the environment is polluted because a large amount of mud is used is solved.

The invention discloses a sound insulation module which comprises a first sound insulation board (1), a second sound insulation board (2) and sound absorbers (3) arranged between the two sound insulation boards or attached and connected to the surface of the first sound insulation board (1) or second sound insulation board (2). The invention also discloses a sound absorption and insulation composite structure of an embedded truss structure with the sound insulation module. The sound absorption and insulation composite structure comprises truss uprights (9) being embedded in uprights (8) of a plant and being capable of being fixed to the ground, embedded bottom cross beams between bottoms of the truss uprights (9), and a #-shaped truss structure formed by transverse support trusses (11) fixedly connected with the truss uprights (9), and grooves of the sound insulation module are embedded and sleeved on the truss uprights (9) and positioned between the embedded bottom cross beams and the transverse support trusses (11). The insulation composite structure eliminates a gap of a wall body to realize the cutting-off an acoustic bridge, and is good in wall body rigidity and simple in installation procedure.

Incubators including an enclosure with an internal chamber configured to support a cell culture plate comprising a plurality of wells are disclosed. The enclosure includes a plurality of openings configured to allow access to the wells. The incubators include a sealing element configured to seal the plurality of openings in the enclosure. The sealing element comprises a plurality of openings corresponding to at least a subset of the plurality of openings in the enclosure. Access to the internal chamber can be provided by aligning the plurality of openings in the sealing element with the plurality of openings in the enclosure. Methods for using the incubators are also provided.

The invention discloses a moxibustion device capable of stereoscopically positioning a moxa stick and purifying moxa smoke. The moxibustion device comprises a lifting device, a control panel, a supporting frame, a smoke head, a smoke pipe and a smoke purifying system, wherein the smoke head is arranged on the supporting frame, the moxa stick is fixed into the smoke head, the lifting device drives the supporting frame so that the smoke head vertically moves under control of the supporting frame, the smoke pipe is connected with the smoke head, and the smoke purifying system is used for purifying the moxa smoke of the smoke head. A rotating mechanism for driving the moxa stick to rotate is arranged in the smoke head and comprises a smoke cover, a moxa stick fixing plate and a rotating motor, the moxa stick fixing plate and the rotating motor are arranged in the smoke cover, and the rotating motor is connected with the moxa stick fixing plate and drives the moxa stick fixing plate to rotatably move. The moxa stick can be all-dimensionally positioned, the technique of a doctor can be simulated to perform moxibustion, and the moxa smoke generated by combustion of the moxa stick can be automatically cleaned and filtered.

A portable folding roaster comprises: a heating box, having a baffle disposed therein and a partition disposed at the bottom thereof, a heat source being disposed between the baffle and the partition, and the baffle having small apertures arranged on the surface thereof for facilitating heat dissipation; a folding leg stand, having a base there over for fixing the heating box, the base having a plurality of supporting legs pivoted there below such that the supporting legs may be opened or closed with respect to the base; and a roasting tool, disposed on the heating box, and being used for holding food materials.

The invention relates to heat pump drying device technology, in particular to an internal recycle moist-air latent heat recovering type heat pump drying device. The heat pump drying device comprises an air source evaporator, a compressor, a drying condenser positioned in a drying chamber and a dehumidifying evaporator. An input end of the dehumidifying evaporator is connected with an output end of the drying condenser, an output end of the dehumidifying evaporator is connected with the output end of the air source evaporator, and the dehumidifying evaporator is provided with a water collection channel used for discharging condensed water. Heat of air in an outdoor environment can be absorbed through the air source evaporator, latent heat of moist-air in the drying chamber can be absorbed through the dehumidifying evaporator, and accordingly dehumidifying effect is achieved, and the latent heat of the moist-air in the drying chamber is fully utilized. Besides, the condensed water can be discharged out of the drying chamber by the water collection channel, namely, the heat is not discharged to the outside, and accordingly environment pollution is avoided.

A toner fixing apparatus characterized by provision of a provisional fixing portion provided with a provisional fixing component having an infrared heater irradiating infrared radiation onto a printed surface of the web and a main fixing portion provided downstream in the web flow in the provisional fixing portion and nipping the web with heat rollers performing a main fixing operation or having a plurality of main fixing units. According to this invention, a toner fixing apparatus and an electrophotographic printing device including the toner fixing apparatus are provided which display excellent fixing properties during multicolor image formation, excellent heating efficiency and excellent economy with respect to installation space.

A coffee filter holder configured to be placed on a coffee pot and to receive a filtering arrangement that is at least partially filled with coffee powder, the coffee filter holder including a conical receiver for the filtering arrangement, the conical receiver including a base side pass through opening and a base plate configured to support the coffee filter holder on the coffee pot; and a valve arrangement that is arranged below the base plate wherein the valve arrangement is actuated by a weight of the coffee filter holder when the coffee filter holder is placed on the coffee pot.

The invention discloses a preparation method for a carbide catalyst for organic carbon vapor phase growth and an application thereof. The method comprises the following steps: adding a precipitator or a complexing agent or a dispersing agent, or a precipitator and a dispersing agent, or a complexing agent and a dispersing agent into a compound or complex containing a catalytic element, wherein the compound or complex containing the catalytic element is the compound containing one or more of rare earth elements, iron, cobalt, nickel, molybdenum, zirconium, copper, zinc, magnesium, aluminium and silicon or the complex thereof; through one or more of a precipitation method, a complexing method, a hydrothermal method, a high-pressure hydrothermal method and a sol-gel method, synthesizing to prepare mixed solution containing the catalytic elements, spray-drying the mixed solution by a spray drying machine, rapidly removing a solvent to form a catalyst precursor with catalytic element nano-state distribution, and calcinating the catalyst precursor in the high temperature, to obtain the carbide catalyst for the organic carbon vapor phase growth.

A high efficiency non-electrically induced magnet motor includes a stator assembly and a rotor assembly having a rotor shaft extending therethrough at its center and disposed operatively for relative rotation respect to the stator assembly about the rotor shaft between a counter-clockwise direction and a clockwise direction. First and second groups of magnets are affixed to respective top and lower surfaces of an outer field magnet holder plate of the stator assembly. A third group of magnets is affixed to a top surface of an inner core magnet holder plate of the stator assembly. Fourth and fifth groups of magnets are affixed to respective top and lower surfaces of a rotor plate of the rotor assembly. First and second flux gate window control devices are provided for selectively allowing repulsive flux from the first through third groups of stator magnets to be coupled to the fourth and fifth groups of rotor magnets for causing rotation of rotor assembly between the counter-clockwise and clockwise directions.

A harmless disposal method of cyanidation tailings comprises the following steps: (1) using cyanidation tailings as a raw material, or adding an additive CaO into cyanidation tailings as mixed raw materials; (2) heating the raw material or the mixed raw materials to 250-450 DEG C for pyrolysis and carrying out thermal insulation for less than or equal to 90 min so as to obtain calcine; and (3) directly using calcine as backfill treatment, or extracting pyrite through flotation. The method of the invention has a good cyanogens removal effect, and the cyanidation tailings which have undergone low-temperature pyrolysis meets requirements of common solid wastes.