15 results about "Viscous medium" patented technology

The utility model belongs to metal material processing technical field, specifically speaking is a kind of stainless steel water tank processing sand blasting device, including storage jar, the outside both sides of storage jar are fixedly installed with a plurality of first fixed plate, the bottom one end of a plurality of first fixed plate is fixedly installed with limit stop, rotatingly installed with connecting block between a plurality of first fixed plate, the bottom of connecting block is tightly in the top of limit stop, rotatingly installed with first fixed block in the inside of connecting block;Connecting block of first fixed plate between damping shaft connection utilizes the rotary resistance that damping shaft passes through its internal viscous medium, makes rotary lever and damping rod hover, slows down its descending speed, when rotating to certain angle, connecting block will be blocked by limit stop, makes that spray gun cannot continue to descend, and the rotary angle of spray gun is made by damping shaft to resist the force that its output port keeps forward direction makes it, avoid the problem that spray gun drops to ground due to the impact force of sand blasting process to cause injury to surrounding personnel.

The invention relates to a machining method and system for a hard and brittle material workpiece. In one aspect, the machining method comprises the steps that a viscous medium is applied to the to-be-machined surface of a workpiece; and the fixed abrasive tool makes contact with the to-be-machined surface and generates relative movement for grinding machining, in the grinding machining process, abrasive particles falling off from the fixed abrasive tool in the grinding machining process are captured by the viscous medium and suspended at the contact interface of the fixed abrasive tool and the workpiece, so that a free abrasive layer is formed, and the free abrasive layer is separated from the to-be-machined surface. And therefore, the abrasive particles in the free abrasive material layer perform in-situ grinding on the to-be-machined surface. Therefore, the cutter lines are reduced or even eliminated, and the surface machining quality of the workpiece is improved.

The application relates to the technical field of volume pumps, in particular to an improved reciprocating pump which comprises a power unit and a hydraulic unit; the improved reciprocating pump further comprises a compensation unit which is arranged on the hydraulic unit and is used for compensating the liquid suction effect of a far-end cylinder, the compensation unit comprises a compensation frame arranged below the hydraulic unit, a plurality of compensation cylinders are mounted on the upper end of the compensation frame and are in communication, a pushing part is arranged in the compensation cylinder, and a feeding head is mounted on the end of the compensation frame. The compensation unit adopted by the application cooperates with the driving unit, can effectively fill the viscous medium into the plurality of cylinders of the hydraulic unit, avoids the phenomena of multiple-cylinder liquid stealing, suction flow deviation and far-end cylinder cavitation during the use of the reciprocating pump, avoids the damage of core components such as pump cylinders and piston rods, ensures the uniformity of the liquid suction of the reciprocating pump, and greatly prolongs the service life of the core vulnerable components.

The invention relates to the technical field of displacement pumps, in particular to an improved reciprocating pump which comprises a power unit and a hydraulic unit. The improved reciprocating pump further comprises a compensation unit, the compensation unit is arranged on the hydraulic unit and used for compensating the liquid suction effect of the far-end cylinder, the compensation unit comprises a compensation frame arranged below the hydraulic unit, the upper end of the compensation frame is provided with and communicates with a plurality of compensation cylinders, and pushing parts are arranged in the compensation cylinders. And a feeding head is mounted and communicated with the end part of the compensation frame. According to the reciprocating pump, the adopted compensation unit is matched with the driving unit, the multiple cylinders of the hydraulic unit can be effectively and actively filled with viscous media, the phenomena of multi-cylinder liquid grabbing, suction bias flow and far-end cylinder cavitation during use of the reciprocating pump are avoided, damage to core components such as the pump cylinder and a piston rod is avoided, the liquid suction uniformity of the reciprocating pump is guaranteed, and the service life of the reciprocating pump is prolonged. And the service life of a core damageable part is greatly prolonged.

The invention discloses an anti-interference stable partial discharge sensor. The anti-interference stable partial discharge sensor comprises a rear shell, the front cover is mounted on the front surface of the rear shell; a shielding assembly is arranged in the front cover and comprises a conductive layer, a permalloy middle layer and a copper lining layer which are sequentially arranged in a sleeved mode from outside to inside, in the using process, a high-frequency electromagnetic field is shielded through the conductive layer, the permalloy middle layer is made of a high-permeability magnetic material and can shield a low-frequency magnetic field, the copper lining layer further absorbs residual electromagnetic waves, and the shielding effect is good. The three are separated through the first particle mixing layer, so that eddy current interference caused by an electric continuum formed by direct contact is avoided, and vibration attenuation is realized at the same time; the three shielding layers are arranged in the sensor shell, the two independent cavities are formed and filled with the heavy metal damping particles and the soft magnetic absorption particles respectively, a cooperative anti-interference system is constructed, the heavy metal particles in the inner cavity are mixed with the viscous medium, and mechanical vibration energy can be efficiently absorbed through inertia friction.

The invention relates to the technical field of geological exploration in the petroleum industry, in particular to a viscous-acoustic medium angle gather extraction method based on self-adaptive wave beam reverse time migration. According to the method, the self-adaptive beam operator depending on local space velocity change is introduced to realize automatic focusing of the seismic beam, and the absorption attenuation effect caused by the viscosity is compensated through the viscous sound medium during complex value travel; slowness information of a shot point is extracted based on travel time information of a self-aggregation seismic beam, a reflection field angle at an imaging point position is further calculated, an imaging value is located at a correct position according to the range and interval of the reflection field angle, and direct extraction of a viscous sound medium angle gather is achieved. According to the method, the absorption attenuation effect caused by the viscosity of the medium can be effectively compensated, the high-quality angle gather can be output, the calculation efficiency and the calculation precision are both achieved, and powerful support is provided for migration velocity analysis and oil reservoir description work of the viscous medium.

The invention relates to the technical field of non-electrical variable regulation, and discloses a red oil chili fermentation production control system, which comprises a logic processing unit, a disturbance frequency modulation module and a torque load execution module, and is characterized in that the logic processing unit outputs a perturbation instruction to the disturbance frequency modulation module; the control torque load execution module superposes perturbation frequency signals under the operation rotating speed, obtains the dynamic phase difference of real-time response torque data relative to driving frequency signals, calculates the effective damping component caused by a controlled viscous medium, corrects the offset error of a physical reference line, further determines the fermentation viscosity state and outputs a control instruction, and finally controls the fermentation viscosity state. Mechanical loss and fluid load are separated through frequency domain phase difference, sensing reference self-calibration is achieved, the problem of adjustment misalignment caused by sensing passivation in the grease corrosion environment is solved, and the consistency of fermentation products is ensured.

The application discloses a carbon dioxide sticking temporary plugging fracturing method, which comprises the following steps: firstly, injecting carbon dioxide into a reservoir to form an initial high-permeability fracture in the reservoir; then, introducing a first sand-carrying fluid containing a viscous medium into the reservoir to solidify and fill the initial high-permeability fracture, wherein the viscous medium can be cracked under the action of geothermal energy after being solidified; further, before the initial high-permeability fracture is opened by the cracking of the solidified viscous medium, injecting carbon dioxide into the reservoir again to form a yield-increasing low-permeability fracture in the reservoir; and finally, after the initial high-permeability fracture and the yield-increasing low-permeability fracture form a production fracture network, fracturing production is carried out on the reservoir. By the method, the production fracture network composed of the initial high-permeability fracture and the yield-increasing low-permeability fracture can be formed in the target oil and gas reservoir with uneven geological conditions, the production fracture network has a large number of fractures and a complex network, and the oil and gas production can be increased in the subsequent fracturing production process.

The application discloses a photovoltaic panel assembly component and an assembly method. The photovoltaic panel assembly component comprises two assembly bodies which are symmetric to the center, are clamped to each other and are arranged between two adjacent photovoltaic panels, so that the two adjacent photovoltaic panels are connected to each other, and the two assembly bodies jointly define a sealed cavity which is filled with a viscous medium. The viscous medium has a first state and a second state. In the first state, the viscous medium is in a solid state, and the two assembly bodies are bonded to each other. In the second state, the viscous medium is in a liquid state, and the two assembly bodies are detachable. The photovoltaic panel assembly component of the application discards the bolt fixing connection mode, adopts the clamping and bonding connection mode of the assembly bodies, improves the dismounting efficiency of the photovoltaic panel, reduces the labor intensity, and avoids the problems of bolt corrosion and cleaning dead angle.

The present disclosure relates to a damping system for counteracting oscillations in a structure. The damping system comprises a pendulum device and a container containing a viscous medium. The pendulum device comprises a mass body comprising a porous structure. The porous structure is configured to allow the viscous medium to pass through it. The porous structure is at least partially immersed in the viscous medium.

This invention discloses an efficient viscosonic wave attenuation compensation reverse-time migration method based on a weighted function approximation. The method includes: S1, introducing a weighted function approximation to derive a viscosonic wave attenuation equation applicable to finite difference solutions; S2, based on the viscosonic wave attenuation equation, establishing a viscosonic wave compensation equation to compensate for energy attenuation during seismic wave propagation in a viscous medium; S3, implementing an attenuation-compensated reverse-time migration imaging process, wherein the wavefield compensation term is combined with low-pass filtering calculations to achieve wavefield stability compensation; S4, configuring the source and receiver settings to perform reverse-time migration imaging. The method of this invention efficiently achieves wavefield stability compensation and attenuation-compensated reverse-time migration imaging, effectively improving the accuracy and resolution of seismic imaging in viscosonic media.

The utility model discloses a composite shockproof damper combining spring, hydraulic pressure and eddy current. The composite shockproof damper comprises a connecting rod assembly, a damping wall assembly, a rotating support and a shell. The connecting rod assembly comprises a magnetic body, a spring and a connecting piece, the damping wall assembly is of a multi-layer composite structure and forms a closed cavity, and the cavity is filled with a viscous damping medium; a channel structure for guiding the viscous medium to flow is arranged in the magnetic body, and the spring has the rigidity nonlinear change characteristic; the rotating support is provided with a rotating mechanism, and the outer side of the damping wall assembly is wrapped with the shell. The damping wall assembly comprises a conductive layer and a heat dissipation layer, eddy current damping is generated through relative movement of the magnetic body and the conductive layer, and the heat dissipation layer is thermally coupled with the conductive layer. According to the utility model, elastic restoring force is provided during small-amplitude vibration, so that the small-amplitude vibration of a bridge is effectively inhibited; under the large-amplitude earthquake working condition, the spring enters a plastic stage, and energy is absorbed through plastic hysteretic deformation; and the damper can keep efficient energy consumption under different earthquake intensities.

A vibration damper in buildings is to be realized by means of hollow bodies embedded in concrete, characterized in that the hollow bodies are partially filled with a viscous medium.

The utility model relates to metallurgical production technical field, specifically disclose an intelligent sampling system of on -line analysis appearance, aims at solving the problem that the existing sampling system is blocked because sampling pipe is easy to attach particulate matter and viscous medium and is not completely cleaned up, the system includes the runner, sampling shell, control box and sampling pipe, sampling shell is inserted in the runner, and its bottom interlayer is equipped with ultrasonic transducer and is linked with ultrasonic generator, and intelligent controller in control box controls sampling pump, ultrasonic generator and other components through relay group. The utility model generates high frequency vibration scouring sampling pipe attachment through ultrasonic transducer, and static liquid cover improves cleaning efficiency, avoids manual frequent dismounting, reduces operating cost, improves system automation degree and stability, has the advantages such as convenient installation and strong versatility.

The utility model discloses a collaborative high-temperature viscous medium storing and conveying device which comprises a material storing tank, a connecting pipe and a receiving tank, a discharging pipe of the material storing tank is connected with a feeding pipe of the receiving tank through the connecting pipe which is arranged in an inclined mode, and a discharging opening of the discharging pipe is higher than a feeding opening of the feeding pipe. A pressurizing pipe connected with a gas outlet of an external gas compressor is arranged on the storage tank; and a negative pressure pipe connected with a gas inlet of an external vacuum pump is arranged on the receiving tank. According to the collaborative high-temperature viscous medium storage and conveying device, the storage tank and the receiving tank are arranged in a gradient potential difference mode, the mobility of a medium is improved by combining pressurization and negative pressure with the dead weight of the medium, and therefore the high-temperature viscous medium is efficiently and stably conveyed, and use is convenient.