31results about How to "Realize personalized adjustment" patented technology

The invention relates to a 3D camera phone. The 3D camera phone comprises a phone body, an image processing module, an image synthesis module and two cameras, wherein the two cameras are symmetrically distributed at the two ends of a long edge of the reverse side of the phone body, one camera is a static camera, and the other camera is a movable camera; the movable camera is nested in a slide rail parallel to the long edge in a sliding mode; the movable camera is coupled to a controller located in the phone body; the controller and the two cameras are all coupled to the image processing module; the image processing module is coupled to the image synthesis module; a transparent hard sealing cover plate is fixed to the reverse side of the phone body to seal the two cameras. The 3D camera phone is more scientific in camera design and compacter in structure; the cameras can be adjusted to meet the demands of clients for shooting and sightseeing according to the slight difference between pupil distances of all the clients.

The invention relates to a graph structure-based recommendation method, apparatus and device, and a storage medium. The graph structure-based recommendation method comprises the steps of obtaining attribute information of each video; According to the attribute information, calculating the common similarity between every two videos; Generating a candidate recommendation set according to the generalsimilarity; Obtaining a user historical operation record of the user identifier according to the user identifier; Calculating a recommendation weight parameter according to the historical operation record of the user; Calculating the final similarity between each video and the user identifier according to the recommendation weight parameter; And sending a video recommendation result to the user identifier according to the final similarity. The video recommendation method has the effects of improving the video recommendation result and enabling the video recommendation result to be closer to the interest of the user.

The embodiment of the invention relates to the technical field of touch buttons, and in particular, to a method and apparatus for adjusting the sensitivity of a touch button. The method comprises thefollowing steps: obtaining a touch signal value; judging whether the touch signal value is greater than a preset interference reference value; if the touch signal value is greater than the preset interference reference value, adding 1 to the value of a receiving count; judging whether the receiving count is less than a preset count; if the receiving count is less than the preset count, returning to the step of obtaining the touch signal value; and if the receiving count is not less than the preset count, setting a triggering threshold of the touch button according to all received touch signalvalues to adjust the sensitivity of the touch button. Therefore, by firstly receiving the touch signal values input by a user, screening the touch signal value meeting the condition and finally setting the triggering threshold of the touch button according to all received touch signal values, the user can achieve stepless adjustment according to own demands to achieve personalized adjustment, andthe demands of more users cannot be met.

The embodiment of the invention provides a bullet screen area adjusting method and device applied to a touch terminal, the method comprises steps of when the number of the first barrages in the videolive broadcast area in a graphical user interface of the touch terminal is greater than a preset threshold value, responding to an awakening operation acting on the video live broadcast area, displaying an initial bullet screen area with transparency, wherein the initial bullet screen area comprises a plurality of adjusting controls; then responding to act on the initial bullet screen area, and / ora first adjustment operation of at least one adjustment control, determining first adjustment information corresponding to the first adjustment operation, displaying a target bullet screen area corresponding to the first adjustment information. Therefore, in the process of watching the live broadcast, when the number of the barrages in the live broadcast area is greater than the preset thresholdvalue, the user can arouse the bullet screen area through simple operation and perform personalized adjustment on the barrage area through further adjustment operation, so that personalized adjustmentof the bullet screen area is realized, the adjustment process is simple, and the degree of freedom is high.

The invention relates to the technical field of touch screen equipment control, in particular to touch screen equipment and a method and system for controlling brightness and volume of the touch screen equipment. The method includes: detecting the touch position and the touch gesture of a user when the user touches a touch screen; when the fact that the touch position and the touch gesture is matched with the preset touch area of a preset touch action and a preset touch gesture is judged, calling a control instruction, correspondingly binding to the preset touch action, of preset brightness or volume; regulating the brightness or volume according to the control instruction. The method has the advantages that the user can flexibly control the touch position and the touch gesture when the user touches the touch screen and conveniently and fast regulate the brightness and volume in a personalized manner, control convenience, work efficiency and fun of the touch screen equipment are increased, and the user experience of the touch screen equipment is improved.

The invention discloses an intelligent baby bed remote medical system and a management method thereof. The intelligent baby bed remote medical system comprises a field processing module and a remote module. The field processing module and the remote module are connected through the Internet. The field module comprises intelligent baby beds, multiple communication management machines, a core switch and a field monitoring computer, wherein the intelligent baby beds carry out data interaction through the communication management machines, each communication management machine is connected with the corresponding multiple intelligent baby beds, the communication management machines are connected to the core switch to form a local area network, and the core switch is connected to the field monitoring computer, a display screen and the Internet in an interaction mode. The remote module comprises cell phones, a computer and a data storage and processing center. The intelligent baby bed remote medical system and the management method thereof aim at solving the problems that according to an existing baby nursing medical system, monitoring observation can be only achieved on the single aspect, micro environment regulation and control cannot be carried out, and regulation and control are hysteretic.

The invention provides an intelligent ultrasonic fetal heart monitoring system, the system can automatically determine and move to the position of the pregnant woman for fetal heart rate monitoring, the ultrasonic probe holding device automatically adjusts the position and posture of the ultrasonic probe according to the obtained quality and strength feedback information of the fetal heart signal,On the premise of ensuring the signal quality of fetal heart, looking for the position and posture of the ultrasonic probe with the least force, so as to minimize the stress on the abdomen of pregnant women, Reducing abdominal compression in pregnant women, uncomfortable feeling, after obtaining the optimal position and attitude, a locking mechanism and a holding device fixedly hold that ultrasonic probe, so that the ultrasonic probe can be fixed and held for a long time. The ultrasonic probe is provided with an ultrasonic coupling agent smearing device, which simplifies the inspection procedure, is convenient for pregnant women to use at home, realizes the uniform smearing of the coupling agent, and solves the problem of determining the best position of fetal heart monitoring caused by the uneven smearing of the coupling agent.

The invention discloses a method for detecting human HLA-B*5801 alleles. The method comprises the following steps: 1) designing a sequence-specific primer to search a DNA sequence of a target gene; screening out proper primer pairs in accordance with detection sites of the target gene; and combining the various sites, so that various PCR reaction systems are defined; 2) extracting genome DNA of human peripheral blood cell samples, and conducting amplification via primers which are screened out; 3) conducting SAP treatment on amplification PCR products, implementing single base extension and conducting purifying, so that sample analytes are obtained; and 4) applying the sample analytes to a chip matrix, and implementing analysis via matrix-assisted laser desorption ionization time-of-flight, so that sample molecular weights are obtained; and detecting out corresponding site information of the alleles, thus completing genetic typing analysis. The method provided by the invention has theadvantages that 384 samples can undergo multiple detection via one chip, each system can accept 30 multiples of reactions to the greatest extent, and multiple HLA-B*5801 allele sites can be simultaneously detected.

The invention provides a bearing steel ball loading test bench, which can simulate the movement of a bearing steel ball between an inner ring and an outer ring and apply a load to the bearing steel ball so as to research the performance of the bearing steel ball. The test bench comprises a frame; a rotation driving mechanism; at least three rotating wheels, wherein each rotating wheel comprises awheel shaft and a friction wheel arranged on the corresponding wheel shaft in a rotation stopping mode, and the axes of the wheel shafts of the rotating wheels are parallel; three of the plurality ofrotating wheels are arranged in a manner that respective rotating centers correspond to three vertexes of the triangle to form a test wheel set. A loading mechanism can drive the rotating wheel to apply a load to the bearing steel ball to be tested in the radial direction, and at least one loading mechanism is rotationally mounted at the output end of the loading mechanism; two of the three rotating wheels of the test wheel set are driving wheels driven by a rotary driving mechanism to rotate, and the other one is a driven wheel; when the two driving wheels rotate, the to-be-tested bearing steel balls in the placing space can be driven to roll so as to drive the driven wheels to rotate.

The invention provides a medical ultrasound fetal heart monitoring probe position adjusting method and a probe maintaining device. Analysis is conducted on an obtained ultrasound fetal heart signal toobtain a fetal heart signal quality parameter, if the fetal heart quality parameter is lower than a threshold value, the position of the ultrasound probe is adjusted, fine tuning within a certain range is conducted after the position and attitude with the quality exceeding a threshold value, the position and attitude with the smallest force borne by the ultrasound probe are found under the premise that the fetal heart signal quality is ensured, so that the force borne by the abdomen of the pregnant woman is the smallest, the senses of pressing and discomfort of the abdomen of the pregnant woman are reduced, the ultrasound probe is fixed and maintained after the optimal position and attitude are obtained so that the ultrasound probe can be fixed and maintained for a long time, the need ofmanually holding the probe is not needed, and the working intensity of a detector is reduced.

The invention discloses a manufacturing method of a multi-structure 3D printing orthopedic insole. The manufacturing method comprises the following steps that three-dimensional data of a foot of a person is obtained, a three-dimensional model of the foot is established, and a three-dimensional curved surface of the sole is determined; a foot shape is determined according to the obtained related data, the sole is partitioned, and the insole is correspondingly divided into manufacturing areas of the same number; according to the pressure data and the foot shape, manufacturing materials, manufacturing structures and densities used in the corresponding manufacturing areas in the insole are determined; an insole structure model is generated according to the three-dimensional model of the foot and the three-dimensional curved surface of the sole; and the insole structure model is guided into a 3D printer, and the insole is printed according to the insole structure model and the manufacturing materials, the manufacturing structures and the densities used in all the manufacturing areas of the insole and according to the sequence of all the manufacturing areas. According to the foot shape of each person, the foot shapes of different symptoms and the pressure distribution conditions, the local material performance of different areas of the insole is adjusted in a personalized mode, and the insole can adapt to various foot shapes to be customized in a personalized mode.

The invention discloses a vehicle temperature adjusting method and device. When the method is applied to a vehicle, the method comprises the steps of receiving reference air conditioner temperature data issued by a server, and the reference air conditioner temperature data are acquired by the server according to historical air conditioner temperature data, collected by the server, of the vehicle; analyzing the temperature preference of the user to obtain temperature data; generating temperature inquiry information according to the reference air conditioner temperature data, and displaying the temperature inquiry information; and when a first confirmation instruction sent by the user for the temperature inquiry information is received, adjusting the air conditioner temperature of the vehicle to be the reference air conditioner temperature data. In this way, personalized adjustment of the temperature in the vehicle is achieved, a driver is prevented from manually adjusting the temperature in the vehicle driving process, and the driving safety and driving comfort of the driver are improved.

The embodiment of the invention relates to the technical field of elevator control, and discloses an elevator inside call control system. The elevator inside call control system comprises an inside call button and a control module, wherein the inside call button is connected with the control module; and the control module is used for receiving the inside call floor change request and adjusting theinside call floor of the inside call button according to the inside call floor change request. Therefore, personalized adjustment of the elevator inside call floor distribution is achieved.

The invention discloses a fan control method and device, a fan and a storage medium. The fan control method comprises the steps that a first starting instruction is received and the fan is controlled to enter a first working mode, wherein the first working mode is an initial working mode of the fan; first control information for controlling the fan to run is obtained, and the first control information is obtained after azimuth information of a user is detected or after user-defined control information of a user side is received; and the fan is adjusted to enter a second working mode according to the first control information, wherein the second working mode is that a working state of the fan is adjusted according to the first control information. And after the first control information is received, the fan is adjusted and enters the second working mode meeting the diversified air blowing requirements of the user according to the detected azimuth information of the user or the control information of the user side, personalized adjustment of air blowing in an area is achieved, the diversified air blowing requirements of the user are met, and the user experience is improved.

The invention provides a bearing steel ball test bench, which can be matched with a bearing steel ball to simulate the movement of the bearing steel ball between an inner ring and an outer ring, and provides a movement model for technicians to research the performance of the bearing steel ball. The test bench comprises a frame; a rotation driving mechanism; a friction pair which comprises at leastthree rotating wheels, wherein each rotating wheel comprises a wheel shaft and a friction wheel arranged on the corresponding wheel shaft in a rotation stopping mode, and the axes of the wheel shaftsof the rotating wheels are parallel. Three of the plurality of rotating wheels are arranged in a manner that respective rotating centers correspond to three vertexes of the triangle to form a test wheel set; the three rotating wheels form a test wheel set; at least one friction wheel is axially and adjustably installed on the corresponding wheel shaft, and / or at least one wheel shaft is axially and adjustably installed on the rack, so the friction wheel on the friction wheel can axially deviate relative to the friction wheels on other rotating wheels, and the contact position of the bearing steel ball to be tested and the rotating wheels is changed.

The invention discloses a compartment temperature control adjusting device and control system based on a water mixing principle, and the compartment temperature control adjusting device comprises a plurality of water mixing device inlets, a blended water inlet, a plurality of water mixing device outlets, a plurality of electric water mixing adjusting valves and a water mixing pump which are communicated through pipelines. Supplied water at the inlet of the water mixing device and blended water at the blended water inlet enter the electric water mixing regulating valve and then are mixed and regulated, the mixed water flows into a cooling or heating system through the outlet of the water mixing valve and the outlet of the water mixing device in sequence, and the temperature sensors are mounted at the outlet of each water mixing valve and the outlet of the water mixing pump. The air conditioning system is small in occupied space, compact in structure and convenient to install, the water supply temperature and the water supply flow are controlled through multiple branches under the two states of heat supply in winter and refrigeration in summer of the air conditioning system, and the application range is wider; the indoor temperature can be quickly reached, and the set temperature can be stably maintained.

The embodiment of the present invention provides a method and device for adjusting the barrage area, which is applied to a touch terminal. When the number of the first barrage in the live video area in the graphical user interface of the touch terminal is greater than a preset threshold, the response The wake-up operation acting on the live video area displays an initial barrage area with transparency, wherein the initial barrage area includes several adjustment controls, and then responds to the first action on the initial barrage area, and / or at least one adjustment control An adjustment operation, determine the first adjustment information corresponding to the first adjustment operation, and display the target barrage area corresponding to the first adjustment information, so that in the process of watching the live broadcast, when the number of barrage in the live broadcast area is greater than the preset When the threshold is reached, the user can evoke the barrage area through simple operations, and through further adjustment operations, the barrage area can be adjusted individually to realize the personalized adjustment of the barrage, the adjustment process is simple, and the degree of freedom is high.

The embodiment of the invention provides an image processing method and device, electronic equipment and a readable storage medium, and relates to the technical field of computer vision in artificial intelligence. The method comprises the following steps: acquiring an initial image, and identifying a target object contained in the initial image; according to the target object, determining a target three-dimensional object model from at least one candidate three-dimensional object model, wherein each candidate three-dimensional object model corresponds to one candidate object; and adjusting the target object in the initial image according to the target three-dimensional object model to obtain a target image. When the target object in the initial image needs to be adjusted, the target three-dimensional object model matched with the target object in the initial image can be obtained, and then the target object in the initial image is automatically adjusted according to the target three-dimensional object model, so that personalized adjustment is realized, the adjustment efficiency is improved, and then the actual requirements of the user can be better met.

The invention discloses a fusion and non-fusion adjustable intelligent spine intervertebral implant. The fusion and non-fusion adjustable intelligent spine intervertebral implant comprises a lower prosthesis and a movable upper prosthesis, wherein the lower prosthesis is used for maintaining the physiological curvature of the cervical vertebra; a support body is fixedly arranged on the lower prosthesis, and the upper prosthesis rotates by taking the support body as a rotation center; a plurality of adjusting pieces used for adjusting the rotating angle of the upper supporting body are arranged on the supporting body and used for maintaining or correcting the curvature of the spine; and driving pieces used for driving the number of the adjusting pieces and limiting the stretching amount of the adjusting pieces are installed in the supporting body and the lower prosthesis. The expansion and contraction amounts of the adjusting pieces are controlled through the driving pieces, so that control over the direction and angle of the upper prosthesis is achieved, the rotation center of the prosthesis can be adjusted, intelligent adjustment conversion between fusion and non-fusion can be achieved, intelligent in-vitro adjustment of the rotation center, and the range of motion and the like can be achieved in the non-fusion technology process, therefore, in-vitro noninvasive personalized adjustment is achieved, and the surgical curative effect is improved.

The invention discloses a key position adjusting method for a keyboard. The method comprises: providing an encoded keyboard; detaching two same-size keys to be adjusted from the encoded keyboard; and exchanging the positions of the two detached keys to be adjusted for installing. Correspondingly, the invention further provides a keyboard and electronic equipment. By adopting the technical solution, personalized adjustment of the key positions of the keyboard is realized, and the working efficiency of keyboard input and the user experience are improved.

The invention belongs to the technical field of medical instruments, and particularly relates to a fixing device of a trachea cannula. The fixing device of the trachea cannula comprises a square frame. The end part of the right end of an upper frame of the square frame is leftwards provided with a groove A. The end part of the right end of a lower frame of the square frame is leftwards provided with a groove B. The upper end of the left side of a right frame is leftwards provided with an upper rod, and the lower end is leftwards provided with a lower rod. The upper rod is moveably installed inthe groove A, and the lower rod is moveably installed in the groove B. The left and right sides of the middle end of the square frame are provided with bulges. The front sides of the two bulges are provided with sliding chutes A. Each of the sliding chutes A is internally provided with a slider A. The front side of the slider A is fixedly connected with a support rod. A fixing pipe is installed between the front ends of the two support frames. Each of the top and the bottom of each bulge is hinged with a fixing plate. Each of the rear sides of the fixing plates at the left side and the rightside is connected with a tooth cushion. The fixing device of the trachea cannula is capable of solving a problem that the fixing device of the trachea cannula cannot be individually adjusted accordingto different oral cavity shapes and sizes of patients so that comfortable using experience cannot be provided for the patients.

The invention discloses a drawing viewing method and device and electronic equipment. The method comprises the following steps: acquiring a to-be-audited drawing, extracting a first picture of an auditor, identifying the first picture to determine a first identity, and extracting an auditing viewpoint corresponding to the first identity; identifying the components of the to-be-audited drawing to determine the category of each component; and adjusting the components of the same category into a single component mode one by one, and rotating the components of the single component mode according to the auditing viewpoint and then displaying the components of the single component mode. The technical scheme provided by the invention has the advantage of high auditing efficiency.

The invention discloses a pedal capable of freely adjusting angle and a vehicle body comprising the pedal. The pedal comprises a pedal rod, a mounting rod and an adjusting bolt, the pedal rod is provided with a through hole, one end of the through hole is provided with an inwards-concave conical surface, one end of the mounting rod is provided with a conical protrusion matched with the inwards-concave conical surface, the mounting rod is provided with a threaded hole, the conical protrusion is contained in the space of the inner concave conical surface enclosure bulkhead, the adjusting bolt is inserted into the through hole in a penetrating mode, and the tail end of the adjusting bolt is arranged in the threaded hole in a screwed mode. The mounting rod can be mounted on a vehicle body; When the pitching angle of the pedal rod needs to be adjusted, the adjusting bolt is unscrewed, the pedal rod is rotated to a proper angle, then the adjusting bolt is screwed down, it is ensured that the conical protrusion on the mounting rod tightly abuts against the inwards-concave conical face of the pedal rod, and at the moment, the pedal rod cannot easily rotate; therefore, adjustment of the pitching angle of the pedal rod is completed, a driver can adjust the pitching angle of the pedal at will according to experience habits of the driver, and personalized adjustment of the driver is achieved.

The invention relates to a building block group for transforming an old tomb and constructing an integrated tower tomb and the built tower tomb. The building block group comprises tower body building blocks, tower footing building blocks and tombstone building blocks; the building block group at least comprises hexahedral rectangular prefabricated building blocks and triangular pentahedral prefabricated building blocks which can be assembled (spliced) into the hexahedral rectangular building blocks, and the building block group can be constructed into a plurality of common tower structures such as a pyramid shape, an inverted V shape, an A shape, a cross shape, an H shape, an inverted T shape, opposite double L shapes, a pagoda shape and the like according to an old tombstone or a new tombstone in situ; the tower body building block and the tower footing building block are provided with one or more corner holes and matched metal strip-shaped corner tenons along the long central axis or the short central axis. According to the multi-element building block combination, the earth hill tomb can be transformed into a stable artistic field landmark type building through different fixed connection modes, the irregularity of a traditional old tombstone is overcome through the deformability of the prefabricated integrated building blocks, transformation is carried out, and various novel tower tombs can be constructed and formed.

The invention provides a medical ultrasonic fetal heart monitor probe holding device. The ultrasonic probe position and posture adjusting mechanism searches for the position and posture of the ultrasonic probe with the minimum force according to the quality parameter of the fetal heart signal and the stress condition of the ultrasonic probe on the premise of ensuring the quality of the fetal heartsignal so as to minimize the force on the abdomen of the pregnant woman and reduce the pressure and uncomfortable feeling of the abdomen of the pregnant woman. After obtaining the optimal position and posture, the locking mechanism locks the joint, so that the retaining device fixedly retains the ultrasonic probe, so that the ultrasonic probe can be fixedly retained for a long time without the manual hand-held probe, and the workload of the testing personnel is reduced. When the quality of the fetal heart signal is lower than a threshold value, the ultrasonic probe position and posture adjusting mechanism adjusts the position and posture of the ultrasonic probe so as to re-find the position where the quality of the fetal heart signal meets the requirements and the force on the ultrasonicprobe is the smallest. The ultrasonic probe position and posture adjusting mechanism adjusts the position and posture of the ultrasonic probe.