The invention discloses a numerically-controlled continuous automatic herbal medicine roaster. The numerically-controlled continuous automatic herbal medicine roaster comprises a multi-section heating device, a feed opening, a herbal medicineroasting cylinder, a discharging device, a driving device and a numerical control device, wherein the herbal medicine roasting cylinder is provided with a cylindrical hollow drum; the feed opening and the discharging device are respectively arranged at the two ends of the herbal medicine roasting cylinder and communicated with the hollow drum; the hollow drum is made from a magnetic conducting material and rotatably arranged in the herbal medicine roasting cylinder, and guide grooves in helicoidal distribution are formed in the inner wall of the hollow drum; the multi-section heating device is arranged on the outer side of the hollow drum; the driving device drives the hollow drum to rotate; the numerical control device is used for setting and detecting the temperature of the inner wall of the hollow drum and controls the rotation speed of the hollow drum through the driving device; and the numerical control device comprises a temperature control unit, multi-section temperature can be flexibly set, and multi-section temperature distribution on the inner wall of the hollow drum can be realized in the axial direction of the hollow drum in the same period of time. The numerically-controlled continuous automatic herbal medicine roaster has the advantages of being uniform in heating, safe and clean, low in energy consumption and cost, accurate in temperature control, low in labor intensity and the like.
The invention discloses a status bar icon loading method and terminal and a computer readable storage medium. The method comprises the following steps: after receiving a notice, first obtaining identification information of an application to which the notice belongs; judging if an application icon matching the identification information of the application exists in a preset icon database which correspondingly stores identification information of applications and application icons; and if yes, obtaining the application icon corresponding to the identification information of the application from the preset icon database as the application icon of the notice. Therefore, cross-process obtaining of application icons for an application package management service is avoided greatly, to enhance obtaining efficiency by effective reduction of time for obtaining the application icon of the notice and improve user experiences with smooth overall performance of the terminal.
The present invention discloses a method and an apparatus for presenting search results and a search engine. The method comprises: receiving a search word, and obtaining a first search result and a second search result according to the search word; generating a first type of a presenting page and a second type of a presenting page, wherein the first type of the presenting page is used for loading the first search result, and the second type of the presenting page is used for loading the second search result; and loading the first type of the presenting page in a browser, and providing the second type of the presenting page over the first type of the presenting page. According to the method, two different types of presenting pages are provided to present the search results, which can provide more information to a user. In addition, through a lightweight plug-in SDK page, the search engine is more fluent in performance and better in visual rendering effect.
The invention relates to a blend of PPC, PBAT and PCL and a preparation method thereof. The blend consists of PPC, PBAT, PCL, an end-capping reagent, a lubricating agent and modified precipitated calcium carbonate, wherein the mass ratio of the summation of the PCL and the PBAT to the PPC is 10-100:100 and the proportion of each component of the PCL and the PBAT to the summation of the PCL and the PBAT is not less than 5 percent in the mass ratio. The preparation method comprises the following steps of: carrying out cold mixing on the PPC, the PCL, the PBAT, the end-capping reagent, the lubricating agent and the modified precipitated calcium carbonate in a high-speed stirrer at the temperature not above 35 DEG C; and extruding and granulating cold mixed materials by a screw extruder, wherein the temperature of extruding and granulating is not more than 170 DEG C. With simple process method and common equipment, the invention is especially suitable for industrial production; meanwhile, the used materials are simple and easily obtained and can also be purchased in the market; and the granule performance of the blend processed by the method is superior to that of pure PPC.
The invention provides a CDN optimization method and device and electronic equipment, and the method is characterized in that the method comprises the steps: constructing a control strategy optimization neural network model; performing path selection by using the control strategy optimization neural network model to obtain a path selection result; applying the path selection result to a CDN network to obtain feedback network state data; and performing parameter optimization on the control strategy optimization neural network model according to the network state data to obtain an optimized control strategy optimization neural network model for optimizing the CDN network.
The invention discloses a thermal-stamping formation method for rapidly and efficiently realizing performance gradient distribution of a high-strength steel part. The thermal-stamping formation methodcomprises the following steps: step (1) placing a plate material on the upper surface of a lower mold block of a thermal-stamping forming device; step (2) providing current for induction coils whichare separately arranged inside heating holes of an upper mold block and the lower mold block, and controlling the heating temperature of a front region and a rear region of each of the upper mold block and the lower mold block according to performance gradient distribution requirements of a thermally formed part; step (3) controlling the upper mold block to move upwards to a maximum position so that the upper mold block forms a convex die of a thermal stamping device, and controlling the lower mold block to move downwards to the maximum position so that the lower mold block forms a concave dieof the thermal stamping device; step (4) controlling the upper mold block to rapidly move downwards to realize stamping formation; and step (5) charging cooling water channels of the upper mold blockand the lower mold block with cooling water to finally obtain a high-strength steel thermally-formed part which satisfies the performance gradient distribution requirements.
The invention discloses a water-surface demonstrating device. The water-surface demonstrating device comprises an underwater support device, a demonstrating platform, a bionic demonstrating appliance and a side-overturning-preventing device, wherein the underwater support device is provided with a pair of underwater guide rails mounted underwater in parallel; the demonstrating platform moves on the underwater guide rails, and the upper part of the demonstrating platform protrudes out of the water surface; the bionic demonstrating appliance is mounted on the demonstrating platform; the side-overturning-preventing device is connected with the demonstrating platform, and is used for preventing the demonstrating appliance from turning on the side when the demonstrating appliance performs demonstrating movements on the demonstrating platform. The demonstrating device provided by the invention is simple in structure and unique in appearance, at ordinary times, the water-surface demonstrating device is a landscape device, and has no towering sense since having the associated element with water, during demonstration, the water-surface demonstrating device can simulate the posture of animals, the bionic effect is strong, the visual relationship with the audience is changed, during the demonstration, the scene from nonexistence to existence or to disappearing is displayed, and therefore, the charm of the artistic performances is enhanced.
The invention discloses a niobium-containing austenitic stainless steel post welding heat treatment technology and a fluidized bed. The niobium-containing austenitic stainless steel post welding heattreatment technology comprises the following steps of: (1) analyzing the components and properties of niobium-containing austenitic stainless steel; (2) selecting and using a matched welding materialto form a welding joint having properties matched with the properties of parent metal; (3) setting appropriate post welding medium temperature heat treatment temperature and heat preservation time; and (4) carrying out medium temperature heat treatment on the niobium-containing austenitic stainless steel according to parameters. The niobium-containing austenitic stainless steel post welding heat treatment technology has the beneficial effects that the technology is simple and has relatively low requirements on devices used in the technology; the investment cost and the energy source consumption are low; after post welding heat treatment, the welding joint and the parent metal have excellent operating properties and meet related technical specifications and operating requirements.
The invention relates to an arrangement in connection with the press section of a web-forming machine. The arrangement includes at least one press nip (10) for dewatering the web (11) manufactured on a web-forming machine. The arrangement also includes a smoothing press (12) including a smoothing roll (13) arranged after the press nip (10). The smoothing press (12) includes smooth heat carrying means (14') arranged as a loop around at least two guide rolls (15). The smoothing roll (13) is arranged into contact with the means (14') between two guide rolls (15). The smoothing roll (13) and / or at least one of the guide rolls (15) is a deflection compensated roll.
The invention discloses a bending-resistant soft datatransmission cable which comprises eight copper conductor units and an aramid reinforcer, wherein the copper conductor units comprise aramid fibers located in the centers, internal conductive layers and external conductive layers; four symmetric insulated wire pairs are twisted on the external surface of an aramid reinforcer to form a cable core; a second polytetrafluoroethylene layer longitudinally wraps the external surface of the cable core; a plurality of cotton yarns are filled in gaps between the second polytetrafluoroethylene layer and the four symmetric insulated wire pairs; a cotton fiber wire is wound on the external surface of the second polytetrafluoroethylene layer to form a buffer sliding layer; a winding direction of the cotton fiber wire is opposite to twisting directions of the four symmetric insulated wire pairs; a plurality of metal wires are wound on the external surface of the buffer sliding layer side by side to form a metal shielding layer; and third polytetrafluoroethylene tapes wrap the external surfaces of the metal wires in the metal shielding layer. The data transmission cable is small in friction coefficient, soft and anti-tensile, does not generate friction static, and can still ensure stable structure and electrical performance after frequent movement.
The invention belongs to the technical field of composite materials, and discloses a composite film as well as a preparation method and application thereof. The composite film comprises a polyolefin base material layer and a release type BOPET layer which are connected with each other; the composite film further comprises a gluing layer located on the side, away from the release type BOPET layer, of the polyolefin base material layer; and raw materials of the gluing layer comprise polyolefin and TPU. The composite film disclosed by the invention has good scratch resistance and stain resistance. When the composite film is connected with a substrate, the composite film has the characteristic of simple and convenient construction steps.
The invention discloses a shielded data cable suitable for repeated bending. The cable comprises eight copper conductor units and an aramid reinforcer, wherein the copper conductor units comprise aramid fibers located in the centers, internal conductive layers and external conductive layers; four symmetric insulated wire pairs are twisted on the external surface of the aramid reinforcer to form a cable core; a second polytetrafluoroethylene layer longitudinally wraps the external surface of the cable core; a plurality of cotton yarns are filled in gaps between the second polytetrafluoroethylene layer and the four symmetric insulated wire pairs; a cotton fiber wire is wound on the external surface of the second polytetrafluoroethylene layer to form a buffer sliding layer; a winding direction of the cotton fiber wire is opposite to twisting directions of the four symmetric insulated wire pairs; a plurality of metal wires are wound on the external surface of the buffer sliding layer side by side to form a metal shielding layer; and third polytetrafluoroethylene tapes wrap the external surfaces of the metal wires in the metal shielding layer. The data cable is small in friction coefficient, soft and anti-tensile, does not generate friction static, and can still ensure stable structure and electrical performance after frequent movement.