33results about How to "Reduce link" patented technology

The invention relates to the technical field of textiles and aims to provide a novel cotton blender machine with an excellent cotton blending effect. With the adoption of the technical scheme, the novel cotton blender machine disclosed by the invention comprises a rack, a cotton blender machine main body and a dust collection device, wherein the cotton blender machine main body is arranged on therack; the dust collection device is used for cleaning flying produced by the cotton blender machine main body; the cotton blender machine main body comprises a central spindle, a mixing drum and an outer barrel; the central spindle extends along a transverse direction, and two ends of the central spindle are fixedly arranged on side frames; the mixing drum is coaxially arranged outside the centralspindle in a sleeving manner and forms normal running fit with the central spindle; the mixing drum is driven by a first motor; a mixing mechanism is arranged in the mixing drum; the bottom of the outer barrel is fixedly arranged on a chassis by virtue of a bottom frame; the outer barrel is coaxially arrange outside the peripheral side of the mixing drum in a sleeving manner and forms normal running fit with the mixing drum; and a feeding hole of the cotton blender machine main body is positioned on the top of the outer barrel. According to the novel cotton blender machine disclosed by the invention, the mixing uniformity of the cotton blender machine main body on various fibers can be improved, and the mixing effect is excellent.

The invention discloses a regeneration ink cartridge for preventing ink in the ink cartridge from being dried and hardened. The ink cartridge structurally comprises an ink cartridge cover, an anti-drying device, holding rings and an ink cartridge body, wherein the ink cartridge cover is movably connected with the ink cartridge body, the two holding rings are arranged, and are symmetrically arranged in the ink cartridge body, and the anti-drying device is arranged in the ink cartridge body. The ink cartridge has the beneficial effects that outer mechanical force is used for driving an inner shaft to rotate so that the ink in an inner cavity of the ink cartridge body can be shifted through a shifting plate, the ink is prevented from being hardened when the ink is static, the ink flowing downwards from the hollow cavity on a connecting rod is separated again through an ejector rod, so that the possibility of ink hardening is reduced, the ink has fluidity, and the purpose of preventing theink from being dried and hardened is achieved.

The invention discloses a driving system of a liquid crystal display, which at least includes a pixel data line, a timing control circuit, a source driving circuit and a gate driving circuit. The aforementioned pixel data lines are used to directly provide pixel data to the source driving circuit. The timing control circuit receives a clock signal and a synchronization signal to output a source control signal and a gate control signal. The source driving circuit receives the clock signal, the source control signal and the pixel data to output the image data signal. The gate driving circuit receives the above gate control signal to output a switching signal.

The present invention relates to the technical field of data transmission, in particular to a data transmission method and a storage medium, wherein, a data transmission method includes: classifying transmission data packets containing the same target identification bit to form a classified data packet ; Read the data recorded in each data transmission packet in the classified data packet and the data application identification matching the data; form a transmission packet according to the target identification bit, the data application identification, and the data. Using the above-mentioned data transmission method, the data with the same target identification bit is mixed and recorded into the free field space in the data packet to form a data packet and sent out. There is no need to copy and several data packets, which reduces the link of data transmission and greatly improves the efficiency of output transmission.

The invention discloses a data collection system and method, wherein the system includes: a collection platform, multiple collection nodes connected to the collection platform, and multiple network elements connected to each collection node; wherein the collection platform is used for: Configure various collection services for each network element according to the data type of the network element data; when a new network element is connected, configure collection services for the new network element according to the data type of the new network element data; the collection node is used to configure collection services according to the collection service , to collect network element data; multiple network elements connected to the same collection node and the collection node are arranged in the same cloud computer room. The invention can provide unified collection service and improve the efficiency of data collection.

[Problem] To provide a tie member which can be easily connected to support members with reduced work and can be firmly connected to the support members, and a temporary scaffold having the tie member installed therein. [Solution] A strut-equipped tie member comprising a horizontal member and two struts for supporting the horizontal member from obliquely below, and characterized in that engagement means for engaging the horizontal member with the support members are provided to both ends of the horizontal member and that wedge fittings are provided to the lower ends of the struts.

A specification of a graphical representation of task dependency has a plurality of task elements each associated with a different task, a resource element having a plurality of attachment locations, and linking elements coupling the task elements to the resource element at the plurality of associated attachment locations. Associations of task elements to attachment locations on the resource element specify an ordering constraint on the tasks associated with the task elements. The tasks are executed according to the graphical representation of task dependency.

The invention provides an ultra-large diameter all-welded ball valve sealing structure. The ultra-large diameter all-welded ball valve sealing structure comprises a ball, a ball pad, a ball pad base and a connecting pipe which are sequentially connected from interior to exterior. The face, attached to the ball, of the ball pad is provided with a first slope and a second slope which are tangent to the ball, and the position, tangent to the ball, of the first slope is located above the position, tangent to the ball, of the second slope. Multi-stage sealing is adopted in the sealing structure, the ball pad is pressed on the ball, two inclined edges of the ball pad are tangent to the ball to form double-stage sealing, the fluid leakage amount is reduced, and the sealing performance is improved. Sealing rings are arranged on the connecting face of the ball and the ball pad, the connecting face between the ball pad and the ball pad base and the connecting face between the ball pad base and the connecting pipe, and fluid leakage is avoided. According to the ball valve sealing structure, few components are arranged, and the structure is simple.

The invention belongs to the technical field of UWB positioning. The invention specifically relates to an intelligent switching method for positioning base stations required by a UWB positioning system in two-dimensional and three-dimensional positioning scenes. The method comprises the following steps: S1, giving different positioning base station receiving signal angles [theta]i, j (i = 1, 2, 3,and the like, N, j = 1, 2, 3, and the like, M) to different positioning base stations according to positioning node receiving angles, N being the number of layers where the positioning base stationsare located, and M being the number of the base stations; and S2, initially setting a two-dimensional positioning scene, and judging that the positioning tag is located between the several layers of base stations according to positive and negative conditions of [theta]i, j values. The required positioning base station is intelligently switched by using the positive and negative value change of thesignal receiving angle of the positioning tag and the positioning base station, so that the link of the positioning tag, which is irrelevant to the current positioning, is reduced, the utilization rate of the base station is optimized, and the average power consumption of the whole positioning system is reduced.