11results about How to "Raise the absolute value" patented technology

The present invention provides a cone crusher, comprising: a casing; an upper frame assembly, movably arranged on the casing; a lower frame assembly, located in the casing and movably connected to the upper frame assembly; and a power assembly, connected to the upper frame assembly, to drive the upper frame assembly to swing; wherein a crushing chamber for crushing materials is formed between the upper frame assembly and the lower frame assembly, and the swinging motion of the upper frame assembly acts on the materials and is transmitted to the lower frame assembly, so that the lower frame assembly is forced to swing. The problem of huge investment in the process of artificial sand crushing is solved. A cone crusher of the present invention drives the lower frame assembly to swing by force through the upper frame assembly, so that the upper frame assembly and the lower frame assembly form a movement toward each other during the crushing process, thereby increasing the absolute value of the crushing force, which helps to improve the quality and effect of crushing.

The invention discloses application of a cathode material in reduction of oxidation-reduction potential and an electrochromic device, and belongs to the technical field of electrochromic materials. The general formula of the cathode material is # imgabs0 #, wherein R1 and R1'are independently selected from an alkyl group, an aryl group or an alkoxy group; r2, R6, R2'and R6 'are independently selected from H, F, Cl, Br, I, CN, NO2, alkyl, alkoxy or aryl; x <-> is selected from BF4 <-> or PF6 <->. Compared with a conventional cathode material, the cathode material has the advantages that the electron obtaining capacity is weakened, the electron losing capacity is enhanced, the potential difference absolute value of an electrochromic solution prepared from the cathode material and dimethyl phenazine is increased, and the potential energy required by a positive reaction of the cathode material in the oxidation-reduction process is increased; correspondingly, the electric potential energy required by the reverse reaction is reduced, so that the transmittance of the device in the initial state is improved, and the time required for color fading is shortened.

The invention belongs to the technical field of optical sensing, and discloses an optical sensor based on a rare earth doped microbubble cavity, which is characterized in that when the optical sensor is used for predicting the concentration, the rare earth doped microbubble cavity is pumped by utilizing pumping source laser; then injecting an immunoglobulin G solution to be detected into the microfluidic channel of the rare earth doped microbubble cavity, and recording to obtain a changed signal laser spectrum; and comparing the signal laser power with a standard curve of the relationship between the concentration and the signal laser power to find a concentration value corresponding to the same signal laser power, so as to obtain the concentration of the immunoglobulin G solution to be detected. Biomolecules are detected by using an active cavity structure of the rare earth doped microbubble cavity, so that a high-precision biosensor can be realized, the concentration of an immune globulin solution can be predicted, and whether specific binding occurs among various immune globulins can also be predicted.

The invention provides a disk device capable of reducing power consumption. In the disk device, when there is a rotation waiting time, a controller increases an absolute value of a motor current in a first interval of a first period, changes the absolute value of the motor current at a first average change rate in a second interval subsequent to the first interval, and decreases the absolute value of the motor current at a second average change rate in a third interval subsequent to the second interval. The absolute value of the motor current is reduced at a third average rate of change in a fourth section following the third section. When there is no rotation waiting time, the controller increases the absolute value of the motor current in a fifth section of the second period, changes the absolute value of the motor current at a fourth average change rate in a sixth section subsequent to the fifth section, and decreases the absolute value of the motor current at a fifth average change rate in a seventh section subsequent to the sixth section. The second period is a period during which the head is accelerated or decelerated. The fifth average change rate is more rapid than the fourth average change rate.

The invention relates to the field of environmental assessment systems, and in particular to a rural environmental assessment system based on a county scale, comprising: a data acquisition module for collecting environmental impact data information within the county scale; a subdomain division module for determining the divided subdomains according to industrial impact assessment values ​​and commercial characteristic area ratios; an indicator evaluation module for determining the county environmental assessment based on environmental impact parameters of corresponding subdomains, determining the extraction ratio of the sample number of positive environmental impact indicators to the sample number of negative environmental impact indicators according to subdomain type characteristic values, and determining whether the extraction number of negative environmental impact indicators meets a preset standard according to historical ecological stability characteristic values; and a neighborhood impact module for increasing the absolute value of the assigned value of the negative environmental impact indicator when determining that the neighborhood has a negative impact on the environment within the county according to the vegetation coverage rate within a preset boundary range, thereby improving the accuracy of the environmental assessment.

This invention, entitled "A Camellia Seed Oil Microcapsule Emulsion and Its Preparation Method and Application," belongs to the field of cosmetic technology. The technical problem it aims to solve is the deficiency in existing technologies where camellia seed oil is prone to rancidity, leading to reduced stability and bioavailability of formulations. This invention provides a camellia seed oil microcapsule emulsion system that can slow down the rancidity process, thus achieving a transition from oil-soluble to water-soluble camellia seed oil. The key technical solution is a camellia seed oil microcapsule emulsion, the raw materials of which consist of camellia seed oil, sodium caseinate, chitosan hydrochloride, PE9010, and a solvent.

This invention discloses a method for preparing functional materials by synergistic Joule heating sintering of dual-state powders. First and second ball-milled powders are prepared according to a target composition. The first ball-milled powder undergoes a first rapid Joule heating pretreatment to obtain a pre-Joule-heat-treated powder. The second ball-milled powder, used as the ball-milling active powder, is mixed with the pre-Joule-heat-treated powder, cold-pressed, and then rapidly Joule-heat-sintered without external densification pressure to obtain a sintered functional material. Optional post-current treatment is performed. The two types of powders have the same, similar, or complementary compositions, and the overall composition after mixing corresponds to the target functional material. The pre-Joule-heat-treated powder provides the phase composition basis, while the ball-milling active powder participates in local reactions, particle bonding, and pore filling, achieving rapid and complete forming. The post-current treatment is used to regulate the phase composition, defect state, and functional properties. This method is applicable to the rapid preparation and optional post-treatment of inorganic functional materials.

A focusing electrode plate, an extraction mechanism, an ion beam generating device, and an ion implanter are disclosed. The focusing electrode plate includes a first channel penetrating the electrode body, through which ions pass. The radial cross-section of the first channel is elongated, and the depth of the first channel is greater than or equal to the width of the entrance end of the first channel. As the depth of the first channel increases, the potential difference between the entrance / exit of the first channel and the interior of the first channel increases, thereby improving the focusing effect on the ion beam.

The application relates to a negative voltage driving circuit and an energy storage system. The input end of the negative voltage driving circuit is connected with a power supply and a pulse driving signal respectively, and the negative voltage driving circuit comprises a first capacitor and a second capacitor. The second capacitor is connected with the gate of a P-type switch tube, and the P-type switch tube is connected between a battery and a conversion circuit. The negative voltage driving circuit is used for charging the first capacitor by the power supply when the pulse driving signal is a first level; and charging the second capacitor by the first capacitor when the pulse driving signal is a second level, so that the second capacitor generates a negative voltage. The second capacitor is also used for maintaining the negative voltage based on the stored electric energy of the second capacitor when the negative voltage driving circuit receives the pulse driving signal with the first level. The negative voltage driving circuit can pull up the driving voltage of the PMOSFET, so as to reduce the on-resistance and improve the reliability.

The present invention relates to the technical field of inorganic materials, and discloses a highly dispersed barite powder and a preparation method thereof. The cation and anion groups in a betaine-type dispersant can produce strong adsorption and steric hindrance effects on the surface of barite, achieve strong inhibition of polymers, effectively prevent particles from aggregating with each other, reduce the average particle size of the barite powder, increase the electrostatic repulsion between the barites, and effectively improve the dispersion effect of the barites; the carboxylate and sulfonate groups dissociated in the disodium betaine structure can form a complex with barium ions on the surface of barium sulfate particles through ion exchange, generate electrostatic stability and play a role in particle dispersion, and the hydrophilic group with a positive charge at the other end forms an organic shell layer of a certain thickness on the surface of the barite particles, so that the van der Waals force between the particles is weakened, the sedimentation rate and sedimentation volume of the barite powder in the system are reduced, and the dispersion stability is improved.

The invention provides a drill rod thread ultimate bearing capacity prediction model training method and system, and belongs to the field of oil drilling equipment, and the method comprises the steps: collecting sample points of a thread failure related parameter space; constructing a finite element model according to the sample points, and calculating limit torque values of the sample points based on the finite element model; constructing a training data set according to the failure related parameters and the limit torque values of the sample points; and inputting the training data set into the neural network model, and adjusting the neural network model by taking the physical information loss function as an optimization target to obtain a thread ultimate bearing prediction model. According to the method, a physical information loss function is used as a core optimization target, so that physical rule constraint is applied to a neural network predicted value, the learning process is forced to fit data and follow the basic principle of structural mechanics, and the generalization ability and prediction reliability of the model under the extrapolation working condition are remarkably improved.