80results about How to "Realize an integrated structure" patented technology

The invention relates to a tunneling mining and supporting machine for a coal roadway, in particular to a tunneling and bolting machine which is a tunneling and bolting integrated new machine type, solves the problems of time wasting caused by separation work of a tunneling machine and a roof-bolter, big labor intensity and low efficiency caused by a roof bolt artificially operated, etc., and realizes integration efficiency of the tunneling machine and the roof-bolter. The tunneling and bolting machine is an integrated installation structure of the tunneling machine and the roof-bolter, and the roof-bolter is arranged at both end of a cutting part of the tunneling machine. With utilizing one side of the cutting part of the tunneling machine as an installation platform of the roof-bolter, the invention realizes the integration of the roof-bolter and the cutting part of the tunneling machine. With utilizing lift and sway of the cutting part and the own function of the roof-bolter, the invention completes bolt installation work of a roadway bolt. The tunneling and bolting machine of the invention has the functions of stretching back and forth, vertical and horizontal regulation, self rotation of the roof-bolter, etc. When the tunneling machine works, the roof-bolter is shrunken for folding, and special dimension of the roof-bolter is lowered in great extend.

The invention discloses a flexible array-based brain-computer interface electrode cap, which comprises a flexible electrode cap body. The electrode cap body is internally provided with a plurality of input terminals, and the input terminals are provided with a flexible array electrode. The invention has the advantages that the flexible array-based brain-computer interface electrode cap can be worn comfortably, can be used rapidly and conveniently, and has a high signal-noise ratio, high universality and good stability.

The invention discloses an interface metallurgical bonding aluminum foam slab and a preparation method thereof. The slab is prepared by forming a uniform and integrated skin layer on a foamed aluminum core layer through an interface metallurgical method; the skin layer is a dense aluminum plate which is formed by a foamed aluminum core layer substrate undergone fusion, and the thickness of the skin layer is 0.5mm to 2mm. The preparation method comprises the steps of putting the pretreated foamed aluminum core layer substrate on an interface heating platform of an interface heating furnace, meanwhile, applying uniformly static pressure on a stop block through a pressing machine, forming the skin layer which is integrated with the core layer on the surface of a foamed aluminum core layer slab. The preparation of a foam aluminum sandwich panel of which the integrated structure is composed of the skin layer and the core layer is realized, the stability of performance of the foam aluminum sandwich panel is improved. The problem that the original foam aluminum sandwich panel is not stable is solved, and excellent properties of a foam aluminum sandwich structure is maintained.

The invention provides a portable multi-mode imaging method fusing photoacoustic imaging and optical coherence tomography and a system employing the same. The system consists of a laser diode, a drive power supply, a signal generator, a lock-in amplifier, a photoelectric detector, an optical fiber coupler, LEDs, a signal processor, a three-dimensional translation stage, optical fibers, a lens group, a reflector, a dichroic mirror, an optical path housing and a sample table, and can achieve independent optical coherence tomography or photoacoustic imaging and optical coherence tomography combined multi-mode imaging. According to the invention, a photoacoustic imaging system is miniaturized and combined with an optical coherence tomography system to form an integrated portable system so as to realize integration, miniaturization and practicability of two-mode imaging.

The invention discloses a full-automatic shoe-cleaning machine, which consists of a machine shell, an upper cleaning device, a vamp cleaning device and an oiling system, wherein the upper cleaning device comprises a motor A, a worm I, a worm gear case, a worm II, a chain wheel, a chain wheel frame, a chain transmission device, a motor B, a foot support and an annular gasbag hairbrush; the vamp cleaning device comprises a motor C, a belt, a big belt pulley, a support I, a support II, a connecting rod, a rocker, a gasbag hairbrush and a spring; the oiling system comprises an oil storage box, an oil transmission pipe, a piston, an oil ejection hole, an oil ejection nozzle and a one-way valve; the chain transmission device is fixedly provided with the annular gasbag hairbrush; the oil ejection hole is formed in the gasbag hairbrush; the big belt pulley, the connecting rod and the rocker form a crank and rocker mechanism; the oil ejection hole and the oil ejection nozzle are used for ejecting oil. The automatic oiling and the omnibearing cleaning are realized for leather shoes, the degree of automation is high, and the cleaning effect is good.

The invention discloses a crushing and mixing device used for applying a fertilizer to a tea plant. The crushing and mixing device comprises a mixing barrel, a crushing tank and a controller, a mixingmotor is mounted on the central position of the top part of the mixing barrel through a bolt, an output end of the mixing motor extends to the inner part of the mixing barrel and is fixedly connectedwith a stirring main shaft, mutually staggered stirring blades are evenly fixed on a transmission main shaft, a first feed pipe and a second feed pipe are respectively mounted at the top parts of thetwo sides of the mixing barrel, a feed motor is mounted at one end, far from the mixing barrel, of each of the first feed pipe and the second feed pipe through a bolt, and a crushing tank is mountedat one end, far from the mixing barrel, of the top part of each of the first feed pipe and the second feed pipe. The fertilizer is effectively crushed when the raw material is conveyed in the mixing process, the crushing and mixing integrated structure is realized, the time and the labor are saved, and the production efficiency is improved while the crushing effect is guaranteed.

The invention discloses a totally positive dispersion cavity mode-locked all-fiber laser, which is an environmentally-stable, novelly-structured and totally-optical mode-locked super-short laser pulse laser which works in a totally positive dispersion area and uses rare earth-mixed optical fibers as a laser gain medium, a polarization beam splitter to split light, a band-pass long-period fiber grafting filter as a mode-locked laser centre wavelength selection and mode-locked laser spectrum filtering optical pulse compression element, and a semiconductor saturable absorber as a mode-locked element and the like to form an optical fiber laser structure with high repetition rate, high power, simple structure and high efficiency. The laser outputs picosecond and femtosecond optical pulse-width polarized laser with a wavelength of 1 mu m which, after being amplified by the high-power optical fiber amplifier, can be used for molecularly systemic pumping-detection ultrafast optical physical experiment or environment monitoring, microwave photonic or biophysical detection, double-wavelength pumping-detection ultrafast optical physical experiment, frequency-combining optical radiation generation, coherent anti-stokes Raman scattering microscopy, micromachining and the like.

The invention discloses a tunable all-fiber mode-locked laser. A fiber laser structure with high repetition rate, high power, simple structure and high efficiency is generated by utilizing rare-earth doped fiber as a laser gain medium, working in a total positive dispersion region, splitting light by a polarising beam splitter, utilizing a band pass tunable long period fiber grating filter as mode-locked laser center wavelength selection and the spectrum filter light impulse compression of the mode-locked laser, and semiconductor saturable absorber as a mode-locked element and the like. The tunable all-fiber mode-locked laser is a mode-locked ultra short laser pulse laser capable of realizing all fiber with environmental stability and novel structure, can output picosecond and femtosecond light impulse polarization laser with laser wavelength more than 1mu m, and can be widely applied in the fields of biology, medication, optical precision finishing and the like.

The invention provides an integrated structure, a battery/electrolytic cell and a preparation method of a battery stack. The method comprises the following steps: designing pore-forming agents with different flow channel shapes, paving powder layer by layer, and preparing a self-sealing connecting body and supporting body integrated structure by utilizing a compression molding and powder metallurgy preparation method. And an anode, an electrolyte and a cathode are sequentially prepared on the metal porous area of the integrated structure of the supporting body and the connecting body in a tapecasting, wet method or spraying mode, so that the anode covers the metal porous area, the electrolyte covers the anode area, and finally, the self-sealing single battery/electrolytic tank is prepared. Through the preparation method provided by the invention, the manufacturing process of the cell stack is effectively simplified, the sealing workload of the cell stack is reduced, the manufacturingcost of the cell is favorably reduced, and the commercial popularization of the solid oxide cell is facilitated.

The invention discloses an automatic toilet cleaning brush, which comprises a brush handle, a brush handle cover, a toilet cleaner container, a brush head, bristles, a button for controlling spraying-out of a cleaning agent, a button for controlling the brush head to rotate, a battery jar, a positive and negative-rotating motor for controlling spraying-out of the cleaning agent, a shaft coupling,a positive and negative-rotating motor rotating shaft, a gear, a gear rack, a piston rod, a piston, a motor for controlling the brush head to rotate, a brush head rotating shaft, a power outlet, a battery, a bearing and hair holes; the toilet brush is characterized in that rotation of the gear is turned into moving of the piston under the driving of the gear rack by virtue of a gear-gear rack mechanism; the piston moves forwards when the positive and negative-rotating motor for controlling spraying-out of the cleaning agent rotates positively, so that pressure in an accommodating cavity is changed, and the toilet cleaner flows out from the hair holes; the piston moves backwards and is reset when the positive and negative-rotating motor for controlling spraying-out of the cleaning agent rotates negatively; the motor for controlling rotation of the brush head is connected to the brush head rotation shaft, so that the brush head can be conveniently controlled to rotate; and the brush headis detachable. The automatic toilet cleaning brush provided by the invention has the advantages that the toilet cleaner and the brush are integrated into a whole structure and functions of automatically spraying out the toilet cleaner and automatically conducting brushing are achieved, so that toilets can be cleaned more conveniently and effectively.

The invention relates to a gear type press button control lock which comprises a lock body, a lock handle, a lock gear, a lock handle top rod, a lock tongue and a press button type lock cylinder. A middle lock rod provided with a gear hole is driven by the lock gear to achieve closing and opening of a cabinet door, and locking and unlocking of the lock are achieved by adopting the press-button type lock cylinder. The gear type press button control lock has the advantages that an integrated structure of opening and closing of a lock is achieved, structure of a lock cylinder and a lock cylinder sliding groove enables opening and closing of the lock to be reliable, and compared with a rotating type lock tongue, the gear type press button control lock is good in durability, long in service life, capable of achieving frequent opening and closing functions of the lock, convenient to operate and high in reliability.

The invention relates to a rearview mirror wiper for overall wiping and a rearview mirror thereof. The rearview mirror wiper comprises a wiper portion which is arranged on the outer surface of a mirror plate and used for overall wiping, a sliding mechanism which is arranged on the back surface of the mirror plate, enables the wiper portion to carry out up-down wiping and is provided with a sliding rail, and a driving device used for driving the sliding mechanism. The upper end and lower end of the sliding rail have limiting points and are provided with wiper position sensors which are used for sensing the up-down movement position of a sliding block. The driving device comprises a stepping motor and a toothed driving wheel arranged at the output end of the stepping motor. The rearview mirror wiper for overall wiping and the rearview mirror thereof have the beneficial effects that the structure can fill in the blank in the prior art and can overall wipe rectangular rearview mirrors like oblong or square rearview mirrors, especially for rearview mirrors of buses, trucks and the like; vertical worms are used for driving wiper bars for parallel wiping, so that the cleaning effect is improved and no dead corners are left; and the wiper structure does not affect position adjustment of the rearview mirror.

The present invention has an object to provide a bending angle adjustment mechanism which realizes reduction in the number of components and unitized structure and which contributes to simplification of the assembly process and reduction in the manufacturing cost and contributes to improvement of workability of readjustment and the like at the time of overhauling. In order to achieve the object, a bending angle adjustment mechanism 30 for an endoscope 1 includes: a rod member 54 that is provided to extend in a longitudinal direction of the insertion portion 8 and has a threaded portion formed on a surface in the longitudinal direction; a plate member 52 that is provided to be parallel to the longitudinal direction of the rod member and has both ends through which the rod member is inserted, the both ends being formed by being bent in a substantially perpendicular direction; an adjustment piece 55 that is engaged with the threaded portion of the rod member; a guide member 53 that is disposed to be parallel to the rod member and the plate member, and includes, in the longitudinal direction of the insertion portion, a guide path 53xb that allows the long member 32 to pass and a guide surface 53xa that guides the adjustment piece; and a rotation preventing member 51 that prevents the rod member from rotating with respect to the guide member, with the longitudinal direction as an axis, wherein the guide member has at least one surface that is sandwiched and fixed between the adjustment piece and the plate member, the at least one surface not being parallel to the guide surface of the guide member.

The invention discloses an integrated laminated escalator frequency-variable controller, which thoroughly solves the problems of large space occupation, longer signal transmission cable, inconvenient installation and maintenance and the like caused by the separated structure of a traditional escalator frequency-variable controller. The integrated laminated escalator frequency-variable controller is characterized in that a frequency-variable plate, an IO plate, a main control plate and a signal protecting plate are arranged in order in a laminated mode; a radiating rib fixed with a frequency-variable plate is arranged on the front half part of a shell body; the IO plate is fixed above the frequency-variable plate and shares a power supply of 24V with the IO plate through a connecting cable; the main control plate is fixed above the IO plate and is connected with the IO plate through double rows of pins; the signal protecting plate is fixed above the main control plate and is connected with the main control plate through the a single row of pins; the frequency-variable plate and the main control plate are connected by a flat cable; the main control plate is connected with an operating display box by a communicating cable and is connected with the signal protecting plate by a CAN communicating module; an axial-flow fan is arranged on the back half part of the shell body; and a rectifying module and an inverse module are fixed between the frequency-variable plate and the radiating rib. The integrated laminated escalator frequency-variable controller is suitable for an electric escalator control system.

The invention discloses a totally positive dispersion cavity mode-locked all-fiber laser, which is an environmentally-stable and novel-structured totally optical mode-locked super-short laser pulse laser which works in a totally positive dispersion area, and uses rare earth-mixed optical fibers as a laser gain medium, a polarization beam splitter to split light, a band-pass long-period fiber grafting filter as a mode-locked laser centre wavelength selection and mode-locked laser spectrum filtering optical pulse compression element, and a semiconductor saturable absorber as a mode-locked element and the like to form an optical fiber laser structure with high repetition rate, high power, simple structure and high efficiency. The laser outputs picosecond and femtosecond optical pulse-width polarized laser with a wavelength of 1 mu m which, after being amplified by the high-power optical fiber amplifier, can be used for molecularly systemic pumping-detection ultrafast optical physical experiment or environment monitoring, microwave photonic or biophysical detection, double-wavelength pumping-detection ultrafast optical physical experiment, frequency-combining optical radiation generation, coherent anti-stokes Raman scattering microscopy, micromachining and the like.

The invention discloses an integrated cast copper rotor. The integrated cast copper rotor is mainly characterized in that a rotor iron core is formed by laminating a certain number of silicon steel sheets with same size and shape, installation holes are formed in the center of the silicon steel sheets, a certain number of conduction bar holes are uniformly formed at the periphery of each silicon steel sheet, the conduction bar holes of all silicon steel sheet are laminated and connected to form conduction bar grooves in the rotor iron core, conduction bars are die-casted in the conduction bar grooves, press plates are arranged at the two ends of the rotor iron core and are die-casted and connected with the conduction bars, the silicon steel sheets are circularly-shaped, the conduction bar hole on each silicon steel sheets is a combined hole of a waist-shaped hole and a round hole, the waist-shaped hole is large in one head and small in the other head and is arranged along a diameter direction of the silicon steel sheet, the large head of the waist-shaped hole is arranged at the outer side of an annular circumference of the silicon steel sheet, the small head of the waist-shaped hole is arranged at the inner side of the annular circumference of the silicon steel sheet, the round hole is arranged outside the large head of the waist-shaped hole, the large head of the waist-shaped hole and the round hole are communicated via a narrow connection gap, the width of the gap is smaller than the width of the waist-shaped hole and the diameter of the round hole, and a certain number of rectangular grooves are uniformly arranged on the outer end surface of each press plate along the diameter direction of the press plate.

The invention discloses a multipurpose inductor-capacitor integrated structure comprising a substrate, a conductive layer, a thin film layer of a functional material and a conductive coil layer, and an upper surface of the substrate is provided with a conductive layer which is used as the lower layer electrode Q3 of the capacitor, the conductive lay is provided with a thin film layer of functionalmaterial on the upper surface thereof; the thin film layer of functional material is used as a capacitor dielectric layer and an inductive magnetic core, the thin film layer of the functional material is provided with a conductive coil layer on the upper surface; the conductive coil layer is used as the upper layer electrode of the capacitor, the outer coil end of the conductive coil is used as the capacitor output signal terminal Q2, and the inner coil end of the conductive coil is used as the capacitor input signal terminal Q1. The layer number which is at least one, of the thin film layersof the functional material is the same with that of the conductive coil layers. According to the invention, a plurality of electronic devices applied in integrated circuits can be formed by connecting other electronic components. The invention can greatly reduce the size of two passive devices of an inductor and a capacitor and has a significant impact on improvement of the microsystem integration.

The invention discloses a small-bore ultrasonic water meter. The water meter comprises a meter lid and a meter shell, the meter shell comprises an upper outer shell, a lower outer shell and an ultrasonic flow reflection device installed between the upper outer shell and the lower outer shell, the ultrasonic flow reflection device comprises a reflection shell, a fluid channel is formed in the reflection shell, the ultrasonic flow reflection device comprises an ultrasonic probe and a reflection body, the ultrasonic probe is embedded into the side wall, close to the upper outer shell, of the fluid channel and sealed through glue filling, and the reflection body is axially installed at an end opening of the fluid channel along the fluid channel and fixed into the fluid channel through a supporting frame. The small-bore ultrasonic water meter is good in seal performance and high in measurement precision because the ultrasonic probe does not contact with fluid media.