42results about How to "Control interval" patented technology

This disclosed manufacturing method is a manufacturing method for manufacturing a metal formed product including a tubular part (1e) having a slit (3). This manufacturing method includes: a step (i) for forming a U-shaped part that has a U-shaped cross section, by deforming a sheet metal; and a step (ii) for forming the tubular part (1e) having the slit, by deforming the U-shaped part using a die (20) having a protrusion (23), in such a way that the protrusion is held between the two ends of the U-shaped part. In the step (ii), a cross-sectional circumferential length LH of the tubular part (1e) is made shorter than a cross-sectional length LU of the U-shaped part.

The invention provides a splicing type collimating mirror adjustment device and method, comprising: a connecting flange fixed on the back of the collimating mirror, an adjusting ball seat fixed on the connecting flange, a locking screw installed on the connecting flange, and a lock Lock nuts, fixing seats, rear ball pads and adjusting screws connected by tight screws. Wherein, the surface of the adjusting ball seat is a spherical surface. The rear ball pad is installed on the surface of the fixed seat facing the adjusting ball seat. The surface of the rear ball pad facing the adjusting ball seat is a spherical surface, which is used to limit the movement of the adjusting ball seat. One end of the adjustment screw is connected to the fixed seat, and the other end is against the surface of the connecting flange, which is used to rotate the collimator mirror in azimuth and pitch. The locking screw runs through the middle of the adjusting ball seat, the rear ball pad and the fixing seat. The locking nut is threadedly connected to one end of the locking screw passing through the fixing seat, and is used for locking the relative position of the fixing seat and the connecting flange. The invention can effectively improve the adjustment efficiency and energy utilization rate of the unit collimating mirror.

The invention discloses an online nuclear magnetic resonance type analysis and detection device of the oil content of drilling fluid, which comprises an online drilling fluid sampling device and a low-field-intensity nuclear magnetic resonance device. The online drilling fluid sampling device comprises a power pump extracting device arranged on a drilling fluid pipeline and a sampling pipeline connected with the power pump extracting device; and the low-field-intensity nuclear magnetic resonance device comprises a probe device and a spectrometer control device, wherein the probe device comprises a detection coil around the sampling pipeline and a magnet arranged on the periphery of the detection coil, the spectrometer control device comprises a control computer, a signal receiving and transmitting change-over switch, a radio-frequency signal amplifier and a weak signal amplifier, wherein the signal receiving and transmitting change-over switch is connected with the detection coil, theradio-frequency signal amplifier and the weak signal amplifier are connected with the control computer and the signal receiving and transmitting change-over switch, and analysis and detection software of the oil content of drilling fluid is arranged in the control computer. The invention can conveniently and rapidly obtain the oil-water signal in the drilling fluid according to experimental requirements, so as to achieve the real-time analysis of the oil content and water content of the drilling fluid, to learn about the stratum information, and to provide rapid and effective drilling guidance.

The invention discloses a microscopic spectrum measurement device and method based on an optical chip substrate. Microscope, dichroic mirror, imaging lens and CCD image sensor. The method is as follows: prepare a wide-spectrum coupling object-loading optical chip with dispersion function; the laser light emitted by the illumination laser source is expanded and then reflected and focused on the object to be measured on the chip by the near-end mirror and focusing microscope objective lens; The emitted signal will be bound to the surface of the wide-spectrum coupling object-carrying optical chip and exit downwards at multiple angles. After being received by the collecting microscope objective lens and reflected by the dichroic mirror, it will be imaged by the imaging lens on the image sensor. Calculated Get the spectral signal of the object to be measured. The invention solves the technical problems of slow collection speed and low analysis efficiency in traditional spectrum measurement.

A buffer mode-based mass accounting intermediate message processing method, increase the record for accounting intermediate message, each time the user's accounting intermediate message received, the on-line accounting information of the user may be updated, and adopt the buffer mode accounting intermediate message processing method, through the buffer queue, isolate the accounting intermediate message processing from the normal accounting initial message and accounting final message processing, the technical process flow for buffer mode accounting intermediate message processing: with the control module: the protocol analysis module is configured for receiving the accounting message; the protocol analysis module may standardize the accounting message and put it into the buffer queue; the protocol analysis module may not wait the intermediate message processing, directly send the accounting response to the BRAS; the intermediate message processing module may read the data of buffer queue; and save the intermediate message information into the database.

The invention relates to a continuous ramming type seismic source device, which is mainly composed of a rack, wheels, a handrail, a heavy hammer, a connecting shaft type bottom plate, a baffle plate, a reset spring, a hinge pin, a T-shaped rod, a semicircular arc clamping groove, crank shafts, a big gear, a small gear, a worm wheel, a worm, a three-phase asynchronous motor and a counter weight, and is characterized in that the middle part of the heavy hammer is provided with a center hole, and the heavy hammer is fixed on the connecting shaft type bottom plate through the baffle plate; the connecting shaft bottom plate is connected with the T-shaped rod through the hinge pin; the T-shaped rod and the semicircular arc clamping groove fixed on the crank shafts form an intermittent motion mechanism; the whole device is fixed on the rack equipped with the handrail and the wheels; and the three-phase asynchronous motor drives the two crank shafts, which are arranged in a left-right symmetric manner and are fixedly connected to the semicircular arc clamping groove, to rotate. The continuous ramming type seismic source device enables the heavy hammer to ram the ground continuously so as to generate continuous controllable pulse signals, and has the advantages of high impact efficiency, adjustable interval, accurate impact force and time-delay-free output signal; and the continuous ramming type seismic source device is small in size, simple in structure, convenient to transport and transfer, and applicable to a complex terrain where field large-scale seismic source equipment cannot operate.

The invention discloses a TA transmission method in wireless communication, electronic equipment and a storage medium, and relates to the technical field of wireless communication. The transmission method comprises the steps that after TA measurement and calculation are completed, when the base station prepares to issue TA adjustment amount to the user terminal, whether pdsch data transmission exists between the base station and the user terminal or not is judged, if yes, the base station issues the TA adjustment amount to the user terminal along with the pdsch data, otherwise, a TA issuing time window is set, and it is judged that the TA adjustment amount is within the TA issuing time window; whether pdsch data transmission exists between the base station and the user terminal or not is judged, if yes, the base station issues the TA adjustment amount to the user terminal along with the pdsch data, and if not, the base station independently issues the TA adjustment amount to the user terminal. According to the invention, the TA issuing time window is set, and when the TA is sent along with the pdsch data, pdsch and pdsch resources are saved, so that the spectrum utilization rate of the base station is improved.

The invention discloses a preparation method of high-strength boron carbide porous ceramics, which comprises the following steps: (1) Raw material ratio: boron carbide powder 80-95wt%, suspending agent 0-3.0wt%, binder 3-15wt% , sintering aid 5~12wt%, lubricant 0~12wt%; (2) the distilled water added in the above-mentioned raw materials is mixed in ball mill or stirring mill to obtain boron carbide slurry, and No. 1 carbonization in the boron carbide slurry Boron particles and No. 2 boron carbide particles are evenly distributed and suspended; (3) the above-mentioned boron carbide slurry is sprayed and granulated, and dried to obtain fluid boron carbide powder; (4) the above-mentioned boron carbide powder (5) Put the above-mentioned boron carbide green body into a vacuum or atmosphere pressureless sintering furnace. This method can overcome the disadvantages of many closed pores, complex composition of the ceramic matrix, and low strength, so that boron carbide can be used more widely.