121results about How to "Resolve adjustments" patented technology

The invention discloses a flexible assembling and welding tool for frames. The flexible assembling and welding tool comprises a platform, side beam compressing devices (2), cross beam positioning devices (3) and cross beam jacking devices (4), wherein the side beam compressing devices (2), the cross beam positioning devices (3) and the cross beam jacking devices (4) are arranged on the platform. The platform (1) is provided with first sliding grooves (11), and the side beam compressing devices (2) are arranged in the first sliding grooves (11) correspondingly through connecting pieces. Second sliding grooves (12) are formed in the middle portion of the platform (1), and the cross beam positioning devices (3) are arranged in the second sliding grooves (12) correspondingly. The cross beam jacking devices (4) are arranged between the cross beam positioning devices (3) side by side in the Y direction. The assembling and welding tool has extremely high universality and applicability; and when the tool is used for assembling and welding truck frames of different types, it is not required to change the tool, only appropriate adjustment is needed, the product preparation period is short, the product exchanging efficiency is high, the output capacity of a workshop of unit area will not be affected, and too large pressure will not be brought to the workshop for storing the tool.

The invention discloses butt joint and regulation equipment for solar wings of a moonlet. The equipment comprises a base part, a longitudinal movement part, a transverse movement part, a rotation part and a top layer platform part. Through the movements of the longitudinal movement part, the transverse movement part and the rotation part, the moonlet fixed in the top layer platform part can move in different directions at different angles, thereby realizing the regulation of six degrees of freedom of the body of the moonlet when the solar wings of the moonlet is butt-jointed, solving the problem of regulation for the body of the moonlet when the solar wings of the moonlet are butt-jointed, improving safety coefficient, improving regulation precision, greatly lowering the working intensity of personnel, and improving working efficiency.

A method for processing video stream data, including: acquiring video source information of video streams having multiple resolutions; selecting, according to the video source information, a video stream having a highest resolution as a target video stream, and playing the target video stream; switching to a lower resolution video stream, if a network error or a decoding error occurs in the playing process; and playing the lower resolution video stream. Is addition, embodiments of the present invention further provide a corresponding apparatus and system for processing data of a video stream.

A method for in a multi-pixel pick-up element reducing a pixel-based resolution and/or effecting anti-aliasing through selectively combining selective primary pixel outputs to combined secondary pixel outputs, comprises the following steps: row-wise, whether or not restrictively, selecting pixels for loading into a first parallel-in register; serial shifting of the load within the register for aligning selected first pixels in the first parallel-in register with selected second pixels not in the first parallel-in register; arithmetically combining pixel groups so aligned; and outputting combination results from preselected multi-pixel configurations as secondary pixels. The invention is applicable to a selection from amongst a two-dimensional pick-up array, an Interline Architecture, a Frame Transfer Architecture, a combination of those two, a TDI pick-up array, and a linear pick-up array, and for both mono-color and multi-color pick-up facilities.

A method of MVP (motion vector prediction) for video coding with adaptive motion vector resolution is disclosed. According to the method, the MVP coding is applied to the current MV or the current MV is stored depending on the current MV resolution, the reference MV resolution, or both the current MV resolution and the reference MV resolution. In one embodiment, when the current MV resolution corresponds to integer pixel resolution, MVP coding is then applied to the current MV using a modified temporal MV as a motion vector predictor for the current MV, where the modified temporal MV is generated by right-shifting the temporal MV. In another embodiment, when the current MV resolution corresponds to integer pixel resolution, the current MV is left-shifted before it is stored in a memory.

The invention discloses an intelligent management early-warning system of college student behaviors. The system at least comprises M student behavior prediction management system intelligent terminals which are connected mutually through a network, as well as a parent handheld terminal and a teacher handheld terminal which are connected with the student behavior prediction management system intelligent terminals through the network; each student behavior prediction management system intelligent terminal comprises a student daily face scanning module and a student behavior intelligent processing module; the M student behavior prediction management system intelligent terminals are respectively arranged in different functional places of a campus. According to the invention, the student daily face scanning modules check whether students are in specified locations in specified time or not, different locations and attendance data of different times are obtained by arranging the M student behavior prediction management system intelligent terminals in different places of the campus to obtain dynamic and all-around information of the student behaviors. The system sends the attendance data to a reminding module of the parent handheld terminal in real time.

The invention discloses a pre-fenestrated aortic covered stent and a delivery system and a utilization method thereof. The aortic covered stent with a large curved side and a small curved side comprises an outer covered stent and an inner covered stent, each of the outer covered stent and the inner covered stent is tubular and comprises a covered section and an uncovered bare stent crown, and thenear end of the covered section of the outer covered stent is provided with a rectangular uncovered pre-fenestrated hole at a reinforcement rib position of the large curved side. The inner covered stent internally sleeves the outer covered stent and identical to the outer covered stent in diameter, and the inner covered stent is shorter than the outer covered stent. The pre-fenestrated aortic covered stent and the delivery system and the utilization method thereof have advantages that due to positional adjustability of the pre-fenestrated hole in the aortic covered stent, fenestration operation is simplified, and fenestration success rate is increased.

The invention discloses an automatic platform testing method developed based on the intermediate layers of instruments. The method comprises the following steps: connecting a device to be tested; loading a consistent intermediate layer interface for connecting to the library files of different flow testing instruments; and connecting to the flow testing instruments via the consistent intermediate layer interface so that tests can be performed without changing the library files even when a testing environment changes. According to the testing method, the consistent intermediate layer interface of the instruments is defined so that an automatic developer does not need to develop several different test libraries for different testing instruments and a user only needs to load the consistent intermediate layer interface of the instrument without considering the type of the instrument operating in the testing environment. The problem of the adjustment of the whole testing kit due to the change of the testing environment is solved and the stability of automatic platform testing is enhanced; the compatibility with the library file interfaces of the instruments of different types can be realized and the physical property operations of the different types can be shielded.

The invention belongs to the technical field of iron-base amorphous jet strips and particularly relates to a stripper for amorphous strip production. The stripper comprises a rack on the lower portion and a body portion which is disposed on the upper portion. The body portion comprises air nozzles, a lifting mechanism and a rotation mechanism. The lifting mechanism is used for adjusting the height of the air nozzles, and the rotation mechanism is used for adjusting the air nozzle angle. By means of the stripper, the air nozzles are fixed so firmly that the air nozzles cannot move easily during the production, online stripping nozzle height and angle mechanical operations can be achieved, production experience accumulation is facilitated, the problem of stripping air nozzle adjusting when production conditions are changed can be solved thoroughly, amorphous strips can be stripped from the cooling roller surface completely, and the production efficiency and the production stability are improved.

A display device includes a display unit including pixel circuits disposed corresponding to each intersection of plurality of scanning lines and a plurality of data transfer lines that includes a first data transfer line, a second data transfer line, and a third data transfer line, and a driving circuit configured to select the plurality of scanning lines and apply a gradation signal to the plurality of data transfer lines. The second and third data transfer lines are connected to each other.

The embodiment of the invention relates to a digital offsetting circuit of a radio frequency amplifier. The digital offsetting circuit comprises a plurality of radio frequency amplifiers, a plurality of current detection resistors, an analog-digital converter and a gating module; the input end of the gating module is connected with the first partial pressure end and the second partial pressure end of each current detection resistor; and the output end of the gating module is connected with the input end of the analog-digital converter in order that one of a plurality of the current detection resistors is selected and is in electric connection with the input end of the analog-digital converter. The embodiment of the invention also relates to a digital offsetting method for the radio frequency amplifier, which comprises the following steps: according to gating control information, the drain electrode of the radio frequency amplifier is selected in electric connection; static working current output by the drain electrode of the current radio frequency amplifier is received; and the current static working current is compared with preset reference value and is adjusted to be equal to the preset reference value. The embodiment of the invention reduces the number of the analog-digital converter needed in the offsetting circuit, simplifies the circuit, saves distribution space of PCB and reduces material cost.

The invention provides a step-by-step adjustable air inlet duct by means of moving a sliding block to adapt to a working mach number state and an air inlet duct adjusting method. The step-by-step adjustable air inlet duct comprises an air inlet duct main body, a sliding block, a sliding device, a driving mechanism and a locking mechanism, wherein the air inlet main body consists of a part of an outer surface of an elastic body and an air inlet duct outer cover, the inner surface of the air inlet duct is provided with the sliding device, the sliding block is connected with the sliding device and slides along the sliding device by power provided by the driving mechanism, and when the sliding block slides to a proper position, the locking mechanism locks the sliding block, so that the technical problem that an air inlet duct in a complex profile structure cannot be adjusted in the prior art is solved.

The invention discloses an AR (augmented reality) adjustable transparent projection screen, a projection method and a manufacturing method. The projection screen sequentially comprises AG glass, a holographic projection film, a PDLC adjustable light film, a one-way perspective film and ultra-white glass. The projection method comprises the following steps: enabling one side of AG glass to face a projector, and enabling one side of the ultra-white glass to face outdoors, wherein when an observer watches from the side of the AG glass, the light projected by the projector forms primary imaging onthe holographic projection film, and the light projected by the projector forms secondary imaging on the PDLC dimming film; and when the light on one side of the ultra-white glass is bright, the hazeof the PDLC dimming film is adjusted, so that the projection effect and the perspective effect are observed to the optimal state. According to the manufacturing method, the method comprises the steps: pasting the holographic projection film on the surface of AG glass, pasting the one-way perspective film on the surface of ultra-white glass, integrating optical components and assembling optical components. The holographic projection film is used for primary imaging to project images, the PDLC adjustable light film is used for secondary imaging, and the secondary imaging is superposed on the primary imaging, thereby improving the imaging effect is enhanced while the perspective effect of the projection screen is ensured.

The invention discloses a gap self-regulating device for a multiple-disc wet brake. The gap self-regulating device comprises a lining 1, an elastomer 2, a sliding sleeve 3, a blocking shoulder 4 and a compensation guide pin bolt 5. The elastomer 2 is installed in the lining 1 in an interference mode. The blocking shoulder 4, the sliding sleeve 3 and the elastomer 2 are sequentially installed on the compensation guide pin bolt 5. The lining 1 is fixedly installed on a piston 6 through a shaft retaining ring. The elastomer 2 is installed on the lining 1 in the interference mode. The elastomer 2 is in clearance fit with the sliding sleeve 3 and can be made of various elastic materials, such as a spring pin or a rubber pin. The compensation guide pin bolt 5 is installed on a brake cavity 7.

The invention discloses a calibration method and device for an error of an included angle between a ccd target face and a mounting and positioning face based on leaked radiation imaging. The device comprises an illuminating light source, a to-be-detected fluorescent material, a metal layer-containing chip substrate, refractive index matching oil, a microobjective, a reflector, a polarization element group, an optical filter, a bunching lens, a horizontal slide rail, an imaging lens and a ccd image sensor. A fluorescent sample irradiated by illuminating light generates a fluorescent surface plasmon wave and leaks radiation through the metal layer-containing chip substrate, and fluorescent imaging is achieved after a signal is collected through the microobjective. In the period, the excitinglight sent by the illuminating light source is filtered by the polarization element group and the optical filter. By moving the position of the imaging lens, the target face of the ccd image sensor is detected by means of leaked radiation Hough transform algorithm, so that the error of the included angle, which is hardly found, between the ccd target face and the mounting and positioning face bymeans of a conventional means is calibrated precisely. The device is simple in structure and high in applicability.

The invention discloses an adjustable cervical vertebra anterior approach operation posture placement device for vertebral column surgery. The adjustable cervical vertebra anterior approach operationposture placement device comprises a supporting plate, wherein a lying board is mounted on the supporting plate, fixing blocks I are symmetrically mounted at one end of the lying board, fixing bolts are separately mounted on the fixing blocks I in a penetrating manner, shaft seats I are separately mounted at mutual-close ends of the fixing bolts, fixing plates are separately mounted at side edges,far away from the fixing bolts, of the shaft seats I, sponge plates are separately mounted at side edges, far away from the shaft seats I, of the fixing plates, a fixing cloth strip is mounted on thelying board and is located between the fixing plates, a fixing block II is mounted at the middle part of one side edge of the lying board, the two ends of the fixing cloth strip penetrate through thefixing block II and extend to one side, far away from the fixing cloth strip, of the fixing block II, and a shaft seat II is mounted at the middle part of one side edge, far away from the fixing cloth strip, of the fixing block II.

The invention discloses a sound box control method, a sound box and a computer readable storage medium. The method is applied to a sound box in a sound box system. The sound box system comprises at least two sound boxes, and each sound box comprises at least two first sensors, wherein the first sensors are oppositely arranged at the two sides of the sound box, and the first sensors are used for sending and receiving preset signals. The method comprises the steps: enabling one sound box to obtain the connection state with the other box; when the sound box is in wireless communication connectionwith other sound box, acquiring first sensing data detected by the first sensors; determining target sound channel information according to the first sensing data; and outputting audio according to the target sound channel information. The invention provides the sound box control method, the sound box and the computer readable storage medium, and aims to solve the problem that in the prior art, when the sound box is used, the sound box cannot be flexibly adjusted according to the current position of a user when the user moves the position.

The invention discloses a vehicle-mounted HUD projection automatic adjustment method; wherein the method comprises the following steps: collecting the identity information of a driver through an identity recognition system disposed on a vehicle when the vehicle is detected to be started; querying driver archiving information matched with the driver identity information in a pre-stored database, wherein the driver archiving information at least comprises sight focus position data; sending sight focus position data in the current driver archiving information to the vehicle-mounted HUD accordingto a received sending instruction; reading the sight focus position data by means of the vehicle-mounted HUD, and automatically synchronizing the projection coordinates of the vehicle-mounted HUD intothe sight focus position data. According to the invention, the problem that the projection coordinates of the existing vehicle-mounted HUD can only be adjusted by manually controlling the vehicle-mounted HUD can be solved.