60results about How to "No imbalance" patented technology

The invention discloses a display panel and a display device. The display panel comprises a flexible substrate, and the flexible substrate comprises a display area and a bending area positioned on atleast one side of the display area. The part, positioned in the bending area, of the flexible substrate is bent towards one side far away from the light-emitting face of the display panel, a support module is arranged at the bending inner side of the bending area, a first surface of the support module is bonded to the flexible substrate through a first bonding layer, the first surface is an arc-shaped surface, the radius of the first surface is equal to the bending radius of the bent area, thus the bending radius of the bending area can be accurately controlled, then the excessive stretching when the flexible substrate is bent is prevented, meanwhile, the support module can carry out support protection on the bending area, so that the dead bending of the bending area is prevented, the linebreakage of the bending area is avoided, and the reliability of the display panel is improved.

An outdoor large-cherry soil test fertilizer application method comprises a step of soil nutrient detection, a step of fertilizer preparation amount calculation, and a step of fertilizer application, so the method reaches scientific and reasonable fertilizer application, and realizes the adjustment of measures according to local conditions, thereby the method has the advantages of no soil nutrient loss, imbalance, surface source pollution or soil acidification, proper fertilizer application, fruit quality improvement, no pollution, and no physiological diseases, and is especially suitable for the large-cherry fertilizer application.

The invention provides a media file back source path determination method and device in a CDN network. The method comprises the steps that finite edge nodes, relay nodes and source station nodes are selected from an edge node layer, a relay node layer and a source station node layer; the path value of a first path segment from a user to each edge node is determined; the path value of a second path segment from each edge node to each relay node is determined; the path value of a third path segment from each relay node to each source station node is determined; and according to the path value of each segment, a back source path is determined, wherein the back source path is the nearest to the user and reaches the source station nodes through the edge nodes and the relay nodes. According to the method, the real-time network conditions of all CDN network nodes are comprehensively considered; the accuracy of the back source path is improved; data transmission delay is reduced; and the user experience is improved.

The invention discloses an electric reciprocating saw, comprising an enclosure and a motor which is used as a power source, wherein the motor is linked with reciprocating rods fixedly provided with saw blades through transmission mechanisms; two transmission mechanisms are arranged, have same structures and are arranged in parallel; each transmission mechanism comprises a large gear which is linked with an output end of the motor, a crank shaft fixed with the center of the large gear, and a swinging rod bearing arranged on the periphery of the crank shaft; the two large gears are respectively arranged at two sides of the tail end of the output end of the motor; the two reciprocating rods fixedly provided with the saw blades are arranged; and the swinging rod bearing in each transmission mechanism is connected with the respective reciprocating rod. The motor can drag the two large gears at the same time so that the two saw blades can do movements in opposite directions all the time so that the device can bear force in the opposite directions, resultant force of external force borne by the device is nearly zero and an unbalanced phenomenon does not happen; and therefore, the vibration caused by cutting is obviously reduced, the cutting is stable, the efficiency is high and the operation is safe. The relative position and the relative angle of a crank shaft body and a bearing inner ring are changed so that the saw blades have the two different working routes and the same reciprocating saw can meet the cutting requirements of workpieces with different textures at the same time.

A mung bean, soil detecting and fertilizing method comprises the three steps of soil nutrient detection, fertilizing amount calculation and fertilizing, the proportion of N, P, K is scientifically and reasonably adjusted, and the soil nutrient proportion is coordinated. Thus, the fertilizer utilization rate is improved by more than 4%, the loss and imbalance of soil nutrients, non-point source pollution and soil acidification are not caused, the mung bean yield is improved, and the mung bean, soil detecting and fertilizing method is particularly suitable for fertilization in mung bean land.

The invention provides a soil measurement and fertilizer application method of rheum officinale. The method is implemented through three steps of soil nutrition detection, fertilizer application amount calculation and fertilizer application; the matching of N, P and K is adjusted scientifically and reasonably, and the soil nutrition proportion is coordinated, so that the fertilizer utilization rate is raised by over 4% on average, the soil nutrition loss, unbalance, non-point source pollution and soil acidification can be avoided, the yield of rheum officinale is raised, and the soil measurement and fertilizer application method is particularly suitable for fertilizer application to a rheum officinale field.

The invention provides a two-branch flat wire conductor stator winding and a motor. The two-branch flat wire conductor stator winding comprises a stator body, stator slots, a flat wire conductor and an end part conductor, wherein z stator slots are arranged on the stator body; 2n layers of flat wire conductors are arranged in the stator slots; 2n layers of flat wire conductors in different statorslots are connected with each other through end part conductors to form a winding; every n layers of flat wire conductors are connected through end conductors to form a branch circuit. According to the flat wire conductor stator winding with the two branches provided by the invention, the problem of unbalanced branches in a motor in an existing flat wire winding mode is solved through the structure of the stator body, the stator slots, the flat wire conductors and the end part conductors; two branches formed in a flat wire winding mode are equal in resistance, high in winding coefficient, lowin winding harmonic content, sufficient in material utilization, small in end portion and wide in market application value.

The invention provides a junction terminal structure for a transverse high voltage power device. The junction terminal structure comprises a linear junction terminal structure and a curvature junction terminal structure; the curvature junction terminal structure comprises a drain electrode N+ contact zone, an N type drift zone, a P type substrate, grid electrode polycrystalline silicon, a gate oxide layer, a P-well zone and a source electrode P+ contact zone; the N+ contact zone, the grid electrode polycrystalline silicon and the gate oxide layer in the curvature junction terminal structure are respectively connected with an N+ contact zone, a grid electrode polycrystalline silicon and a gate oxide layer in the linear junction terminal structure so as to form an annular structure; the N type drift zone is divided into N subzones which are 21, 22 ... 2N from an internal boundary to an external boundary; the drain electrode N+ contact zone encloses the subzones which are 21, 22 ... 2N. An N type dosage concentration at a junction between the N type drift zone and the P type substrate in a curvature junction terminal part in the junction terminal structure disclosed in the invention is much lower than that in a traditional structure, the N type drift zone can be effectively exhausted by the P type substrate, and therefore voltage resistance of a device can be well optimized.

The invention discloses geometric ratio volatilization aluminum plate rolling technical oil suitable for a heavy reduction rate and relates to the technical field of metal rolling lubrication technical oil. The rolling technical oil comprises, by mass, 97-99% of base oil and 1-3% of an additive. The base oil has n-alkane content of 99.5% or more. The n-alkane contains, by mass, 25-27.2% of C13 n-alkane, 39-42.5% of C14 n-alkane, 27-29.1% of C15 n-alkane, less than 0.5% of C16 n-alkane and the balance C12 n-alkane. The additive comprises, by mass, 50-65% of trimethyl phosphate and 35-50% of triisobutyl phosphate. The base oil and the additive are stirred and then are filtered to form the technical oil. The technical oil effectively improves PB, basically keeps a boiling range, realizes geometric ratio volatilization, greatly improves aluminum processing enterprise product quality and reduces a production cost.

The invention relates to a multilayer door plate hot-pressing gluing device capable of continuously operating. The hot-pressing device is relatively advanced and excellent in the current automation technology. The door plate hot-pressing gluing device has the advantages that a door plate subjected to hot-pressing gluing is smooth in surface, high in gluing quality, low in noise in work, free of pollution and capable of automatic feeding and discharging easily, rapid response and precise control (with controllable repeated positioning precision) can be conducted on various door plates with different thicknesses, and the operation cost of the device is reduced by 80% compared with a traditional process. As an advanced manufacturing technology, the multilayer door plate hot-pressing gluing machine capable of continuously operating has the advantages of being wide in application range, clean in production process, capable of conveniently achieving automation, flexibility and intelligence,capable of improving product quality and labor productivity and the like.

The invention relates to the field of microbial symbiosis culture, in particular to a composite microbial symbiosis induction culture technology based on SOD (Superoxide Dismutase), a microbial symbiosis culture agent and application of a composite microbial symbiosis induction culture method and the microbial symbiosis culture agent. The microbial symbiosis culture induction method provided by the invention classifies target strains according to the demand for oxygen content; firstly, the strains with similar oxygen demand are combined and cultured to obtain a plurality of strain groups, theinduction of symbiosis culture is started from the strains with the lowest oxygen demand; by ensuring the amount of bioactive superoxide dismutase in the system and gradually increasing the oxygen content in culture conditions, the adaptability of the system is improved; when the oxygen content reaches a certain concentration, the strain groups with similar oxygen demand are added, and then the adaptability of the system to higher oxygen content is improved by ensuring the amount of the superoxide dismutase in the system and gradually increasing the oxygen content in the culture conditions; byrepeating the operation until symbiosis culture of all strain groups is finished, the microbial symbiosis culture agent can be obtained.

The invention discloses a preparation method of Janus particles and application of the Janus particles in a cyclohexene hydration process. The preparation method of the Janus particles comprises the following steps: immobilizing an HZSM-5 molecular sieve subjected to acid modification or alkali modification through paraffin, and then carrying out silanization modification. Preferably, an acid modifier is phosphotungstic acid, and an alkali modifier is sodium carbonate. The molecular sieve is immobilized by the paraffin, so that one side of the molecular sieve is protected by the paraffin, andthe other side can be modified by a silanization reagent. Compared with the traditional amphiphilic catalyst, the amphiphilic catalyst prepared by using n-octyl trimethoxy silane as the modifier has the advantages that one surface is hydrophilic and the other surface is hydrophobic, so that the catalyst is more stable in the middle of a phase interface, the phase interface imbalance phenomenon isavoided, and the conversion rate is further improved.

The invention provides a level transfer system suitable for a multi-battery pack. The system comprises a battery pack, a first battery level transfer circuit, a top battery level transfer circuit anda second battery level transfer circuit, wherein the battery pack comprises a first battery, a second battery and a top battery; the first battery, the second battery and the top battery are connectedin series; the first battery level transfer circuit is connected with the cathode of the first battery and the anode of the top battery; the top battery level transfer circuit is connected with the cathode of the first battery, the cathode of the top battery and the anode of the top battery; and the second battery level transfer circuit is connected with the first battery level transfer circuit,the top battery level transfer circuit, the cathode of the first battery and the anode of the top battery. The level transfer system suitable for the multi-battery pack can realize the voltage level transfer of multiple batteries and obtain high-precision level transfer signals, and does not draw current from the corresponding battery during sampling, so as to avoid accelerating battery imbalancebecause the sampling circuit draws current from the respective corresponding battery.

The invention relates to a locking ring for axially fixing a shaft part (3) in a ring part (1). The locking ring (5) has first partial areas (56, 57, 51, 53) which engage in the inner groove (21) after resiliently pressing together the locking ring (5) so that it can be placed in the inner opening (21) of the ring part (1), pushing the safety ring (5) into the area of the inner groove (4) and releasing and resiliently placing the locking ring (5). The locking ring also has second partial areas (52, 54, 55) that project from the inner groove (21) once the safety ring (5) has been placed in the inner groove (21) and which are resiliently pushed outward in a phase (7) of the shaft part (3) which has been pushed into the inner opening (2) so that the safety ring (5) can slide on the periphery of the shaft part (3) until it reaches the area of the peripheral groove (4) and the second partial areas (52, 54, 55) resiliently snap onto said peripheral groove.

The invention discloses a pipeline robot based on an image recognition technology and a control method. The robot is characterized by comprising a first guide wheel, a second guide wheel, a third guide wheel and a fourth guide wheel and also comprises a main body part, wherein the first guide wheel and the main body part are connected by a first connection rod, the second guide wheel and the main body part are connected by a second connection rod, the third guide wheel and the main body part are connected by a third connection rod, the fourth guide wheel and the main body part are connected by a fourth connection rod, four gears which are engaged with one another are arranged at the bottom of the main body part and are a first gear, a second gear, a third gear and a fourth gear, the first gear and the first guide wheel are in chain transmission, the second gear and the second guide wheel are in chain transmission, the third gear and the third guide wheel are in chain transmission, and the fourth gear and the fourth guide wheel are in chain transmission.

The invention relates to a planetary gear, especially for machine tools, comprising a drive shaft which is connected to a sun wheel, a driven shaft which is connected to a planetary gear, and a hollow wheel which is connected to the housing in a first shift position, and to the sun wheel in a second shift position, also comprising a hub which surrounds the drive shaft in a concentric manner, and a sliding sleeve which also surrounds the hub in a concentric manner and is in contact with the hub when in a shift position. The sliding sleeve (5) has a centering diameter which is arranged in a concentric manner on the hub (6) on the end thereof oriented away from the hollow wheel (4). Said centering diameter overlaps with a centering band (8) which is embodied in a concentric manner on the axis of the hub when the sliding sleeve (5) comprising the hub (6) is in an engaged position.

A luggage bag (1) comprising opposed top (2) and bottom (3) ends with opposing front (5) and back (4) panels extending therebetween and roller means (8) provided only on the bottom (3) end, proximate to the back panel (4). The roller means (8) having a single axis of rotation which is parallel to the leading edge of the back panel, and at least one substantially rigid retractable towing pole (11) which is moveable between a retracted position in which it is retracted into the bag so as to lie proximate and substantially parallel to one side of the bag, and an extended position in which it extends from the top end of the bag. The towing pole (11) having a handle (11a) proximate to its end which, in the extended position, is remote from the bag, said handle (11a) being offset from the centreline of the back panel (4).

The invention relates to a method for improving the luminous intensity and thermal stability of nitride red fluorescent powder, in particular to a method for improving luminous intensity and thermal stability of nitride red fluorescent powder CaAlSiN3: Eu < 2 + > by using hexagonal boron nitride (hBN) as a boron source dopant. The method comprises: on the basis of taking EuN, Ca3N2, AlN and Si3N4 as raw material powder, adding a certain proportion of h-BN ultrafine powder into a glove box, weighing, grinding, charging into a graphite mold and the like, putting the graphite mold filled with the mixed raw material powder into a plasma field sintering assisting device, sintering at 1400-1450 DEG C under the condition that the cavity pressure is less than 50Pa, controlling the reaction heating rate to be 180-200 DEG C/min and the heat preservation time to be 3-5 minutes, and after sintering, taking out a block and grinding the block to obtain the Ca0.99 (Al1-xBx) SiN3: 0.01 Eu < 2 + > boron-doped nitride red fluorescent powder with high luminous intensity and high thermal stability. The preparation method is simple in process and high in repeatability, the luminous intensity of the prepared product is improved by 30%-40% compared with that of boron-free powder, and the thermal stability is obviously improved.