55results about How to "Avoid throwing away" patented technology

The invention provides a pixel rendering method, and the method comprises the steps: acquiring gray-scale values of three primary color components of original image pixels; converting the gray-scale values of the three primary color components of the original image pixels into gray-scale values of three primary color components and an initial compensation component of compensation image pixels; sampling a compensation image, and extracting the gray-scale values of the previous two primary color components of first one compensation image pixel in every group and the third primary color component of the next compensation image pixel and the compensation component; and setting the gray-scale values of the previous two primary color components of first one compensation image pixel in every group and the third primary color component of the next compensation image pixel and the compensation component as a gray-scale value of each corresponding sub-pixel in each line of screen pixels. According to the invention, more sub-pixel and image details loss is avoided, and the data loss amount is reduced from 2 / 3 in the prior art to 1 / 2, so that the severe image blurring can be avoided.

The invention discloses a high-level transmission method and device used in a base station and UE (User Equipment). The UE maps a first sequence number into a second sequence number, wherein the firstsequence number is an integer in a first set, and the second sequence number is an integer in a second set; the first set comprises K1 integers, and the second set comprises K2 integers; the first set is a subset of the second set; the K1 and the K2 are respectively positive integers, and the K1 is less than the K2; and both the first sequence number and the second sequence number correspond to afirst bit sequence. The high-level transmission method used in the base station and the UE can ensure that no packet loss is caused during reassortment of a second cell group when a user switches cells or during dual linking. Furthermore, the method enables the sequence numbers of transmitted or received data packets to be continuous when the base station or the UE sends switching or dual linkingreassortment.

The invention discloses a glazed tile with a crack effect and a preparation technology thereof. The preparation technology comprises the steps: (1) spraying clean water on the surface of a green brickof a ceramic tile and applying high-temperature cover glaze to form a high-temperature cover glaze layer, wherein the high-temperature cover glaze contains silicon dioxide with the weight percentagelarger than 55%, a proportion of a silicon-aluminum ratio is 2.3 to 2.5, and the glazing amount is a 110+ / -2g / 330*660 measurement disk; (2) jet printing decoration ink on the cover glaze layer to forma decoration pattern layer; (3) jet printing bright protection ink on the decoration pattern layer and then jet printing engraving ink, wherein the ink jet amounts are both larger than 30 / m<2>; (4) spraying polish glaze on the surface of the green brick, wherein the polish glaze contains superfine aluminum oxide with the mass percent as 1.5 to 3%, and the glaze spraying amount is a 135+ / -g / 330*660 measurement disk; (5) drying the green brick before the green brick is put into a kiln and performing high-temperature sintering, polishing and edging treatment to obtain the glazed tile with the crack effect. Thickness and transition of the crack lines of the glazed tile prepared by the glazed tile preparation technology disclosed by the invention are easier to regulate, a line effect is more obvious and vivid, and good antifouling performance is further achieved.

The invention relates to a seismic three-dimensional wave velocity scanning and focused imaging method. The method comprises the following steps that seismic reflection wave signal records are collected by utilizing a covering observation mode; common reflection point signal records are extracted according to the seismic reflection wave signal records; velocity scanning is performed on an imaging rated section to obtain energy diagrams of the rated section; the section energy diagrams obtained by velocity scanning at different speed are superposed, and focused imaging is performed by applying the three-dimensional image technology. According to the seismic three-dimensional wave velocity scanning and focused imaging method, scanning imaging is performed on the velocity within a certain range, layered speed scanning is achieved, the fact that a large amount of useful information is lost due to the fact that a maximum value is directly taken after scanning superposition is avoided, and high precision imaging can be directly performed on the wave velocity section with complex changes under any terrain conditions. The seismic three-dimensional wave velocity scanning and focused imaging method can be widely applied in the aspects such as water conservancy, roads, bridges, tunnels and municipal administration predict detection, and simultaneously suitable for the exploration prediction aspect of petroleum, gas, coal and mineral products.

The invention relates to the technical field of sewage treatment, specifically to an energy-saving and environment-friendly sewage treatment device. The energy-saving and environment-friendly sewage treatment device comprises a pretreatment tank, a combustion chamber and a setting tank, wherein the pretreatment tank is connected with the setting tank by a water supply pipe; a water inlet is formedin the upper end of the pretreatment tank; a filter screen is slantingly arranged in the pretreatment tank; the combustion chamber is communicated with the pretreatment tank by a feed opening; the feed opening is formed in the upper side of the filter screen; an ignition device is arranged at the lower end of the combustion chamber; a plurality of ignition nozzles stretching into the combustion chamber are arranged on the ignition device; a smoke discharging pipe is arranged at the upper end of the combustion chamber; a flue gas purification device is arranged on the smoke discharging pipe; aheat exchange cavity is formed in the tank wall of the setting tank; the smoke discharging pipe is connected with the heat exchange cavity; a gas outlet pipe is arranged at the left end of the heat exchange cavity. According to the structure of the device, impurities filtered out are burned, so that the pollution to the environment is prevented, and the device is energy-saving and environmentallyfriendly.

The invention provides a safety clip for an emulsion pump. The safety clip comprises an outer ring and a cambered sheet which is arranged inside the outer ring and is connected with the outer ring, wherein both the outer ring and the cambered sheet have shapes which can elastically deform; and the cambered sheet can deform along with deformation of the outer ring. The invention provides the clip for the emulsion pump, which has the advantages of simple structure, capability of effectively preventing lose and capability of preventing children from fiddling with and swallowing the clip.

The invention relates to an intelligent surgical material recovery device. The intelligent surgical material recovery device comprises a stand, a holding box, a drive component, a movable door and a control component, wherein the holding box is detachably arranged in the stand, the inside of the holding box is hollow, an opening is formed in the upper end, and the holding box is used for gathering material to be recovered; the drive component is arranged on the stand; the movable door is arranged on the drive component and located above the holding box, and the movable door is driven to open or close the opening in the upper end of the holding box through the drive component; the control component is used for acquiring identity information of the person having the material to be recovered or the material information of the material to be recovered, controlling the drive component starting or stopping according to the identity information or material information, and recording the material recovery information. The intelligent surgical material recovery device effectively improves the material recovery efficiency after an operation and reduces the material loss.

The invention discloses a detecting and recycling device for abandoned polishing sheets. The detecting and recycling device comprises a base, an abandoned polishing sheet mounting shaft and at least three limiting shafts, wherein the abandoned polishing sheet mounting shaft and at least three limiting shafts are fixedly arranged on the base; the limiting shafts are distributed around the abandoned polishing sheet mounting shaft. The polishing sheets to be abandoned can be arranged on the abandoned polishing sheet mounting shaft through circle centers of the abandoned polishing sheets; if the abandoned polishing sheets can fall into the limiting shafts, the abandoned polishing sheets meet the abandoning requirement and can be directly abandoned; the abandoned polishing sheets are sequentially inserted into the abandoned polishing sheet mounting shaft, so that the detecting and recycling work for the abandoned polishing sheets is facilitated; on one hand, a phenomenon that the abandoned polishing sheets are randomly thrown away, and on the other hand, the waste of resources caused by a reason that the polishing sheets which do not need to be abandoned are abandoned can be effectively prevented.

The invention relates to a garbage collection device, in particular to a double-layer-structure outdoor garbage collection device and belongs to the technical field of sanitation equipment. The double-layer-structure outdoor garbage collection device comprises a box. The box comprises an upper layer box body and a lower layer box body. The upper layer box body is located on the lower layer box body. The upper layer box body and the lower layer box body are each internally provided with a drawer type liner. The side walls of the upper portions of the upper layer box body and the lower layer box body are each provided with a garbage inlet. The upper layer box body and the lower layer box body are of a split structure. The diameter of the lower layer box body is slightly larger than that of the upper layer box body. A convex ring is arranged round the top of the lower layer box body. The bottom of the upper layer box body is located in the convex ring of the top of the lower layer box body. The upper layer box body and the lower layer box body are of an integral structure. A cigarette collection disk is arranged in the center of the top of the upper layer box body. The center of the top of the upper layer box body is inwards recessed to form a recessed pit, and the cigarette collection disk is arranged in the recessed pit. The upper layer box body is a recoverable garbage placing area, and the lower layer box body is an unrecoverable garbage placing area. The double-layer-structure outdoor garbage collection device is ingenious in conception and convenient to use, and time and labor are saved.

The invention discloses a silicon gel dressing and a production method thereof. The silicon gel dressing is respectively prepared from, by weight, 40-80% of silicon oil Q7-9120, 0.1-20% of an organic silicon oil mixture T1-7021, 19-40% of polydimethylsiloxane Q7-9180, 1-3% of tea tree essential oil and 0.2-1% of bisabolol. The silicone gel dressing is a medical silicone liquid film which does not cause wound adhesion and allergy and is breathable and waterproof, growth of scar is effectively restrained, and the scar can be faded or eliminated.

The invention relates to a seismic three-dimensional wave velocity scanning focusing imaging method. The steps are as follows: collecting seismic reflection wave signal records by means of coverage observation; extracting common reflection point signal records according to the seismic reflection wave signal records; performing velocity scanning on the imaging calculation section, The energy map of the calculated profile is obtained; the profile energy maps scanned at different speeds are superimposed, and the three-dimensional image technology is used for focused imaging. The invention scans and images the velocity within a certain range, realizes the velocity layered scanning, avoids losing a lot of useful information due to directly taking the maximum value after scanning and stacking, and directly performs high-precision imaging on the complex changing wave velocity profile under arbitrary terrain conditions; It can be widely used in water conservancy, roads, bridges, tunnels and municipal prediction and detection, as well as oil, gas, coal and mineral exploration and prediction.

The invention provides a device for solving the problem of inking fault of ball-point pen refills and sign pen refills. In the method, an air bag is added at the tail end of a refill to apply one constant air pressure to ink in the refill, the ink is forced to move down and contact a steel ball at the tip of the refill or air between the steel ball and the ink is removed so that the refill is desterilized. The device structurally comprises a housing, a corrugated air bag and an annular refill fixing collar, wherein the corrugated air bag is arranged in the housing, the lower part of the housing is provided with a refill receiving nozzle, the outer part of the refill receiving nozzle is in a conical shape, the lower part of the corrugated air bag is provided with a conical nozzle, the tip of the conical nozzle is aligned to a tube cavity in the center of the refill receiving nozzle, the tail end of the refill is inserted to the tube cavity in the center of the refill receiving nozzle, the tip of the conical nozzle is inserted to a tube cavity at the tail of the refill, and the refill fixing collar is sleeved outside the refill receiving nozzle to fix the tail of the refill in the refill receiving nozzle. The method in the invention can be used for conveniently eliminating the phenomena that due to the inking stop of the refill, the refill containing a large amount of ink is thrown away to result in waste and environmental pollution, thereby being beneficial to saving resources and protecting environment.

The embodiment of the present invention discloses a wireless sensor network repeater abnormality processing method and equipment, including: when detecting that the state of the first repeater is abnormal, acquiring the uplink bandwidth of the second repeater and the third repeater The uplink bandwidth of the repeater; according to the uplink bandwidth of the second repeater and the uplink bandwidth of the third repeater, determine the first part of the cache data and the second part of the cache data in the cache data of the first repeater; The repeater sends a cache data migration instruction; and receives the first part of cache data sent by the second repeater and the second part of cache data sent by the third repeater. The embodiments of the present invention are beneficial to improving the integrity and real-time performance of data transmission when the repeater of the wireless sensor network is abnormal.