32results about How to "Does not affect time" patented technology

The invention provides a test method of an SGPIO (Serial General Purpose Input / Output) signal on an SAS (Serial Attached Small Computer System Interface) backboard. The method comprises the following steps of: accessing an MINI SAS cable in the SAS backboard and a test system; and then carrying out controlling test through a visualized unit. The SAS backboard structurally comprises a data generating and processing unit simulating an SGPIO signal, the visualized unit and an MINI SAS interface. Compared with the prior art, the test method of the SGPIO signal on the SAS backboard has the advantages of reasonable design, simple structure, convenient use, easy maintenance, and the like, greatly simplifies the test flow under the conditions that server and hard disk resources are not occupied, avoids repeatedly plugging a hard disk and repeatedly booting up or shutting down a server in a traditional test mode and realizes the graphic interface of the SGPIO signal test flow.

The invention discloses a random switching device for automobile body forming clamps. The random switching device comprises a clamp switching support provided with a clamp switching mechanism. The clamp switching support is composed of multiple supporting legs and a support platform fixed to the tops of the supporting legs. The clamp switching mechanism comprises lower-layer switching mechanism assemblies arranged on the left side and the right side of the clamp switching support and fixed to the ground and upper-layer switching mechanism assemblies arranged on the left side and the right side of the support platform. The random switching device is divided into an upper layer and a lower layer and composed of X-direction conveying segmental rails, lifters, Y-direction horizontally-moving mechanisms and clamp storehouses, the occupied area is small, mixed line production of at least four automobile models can be achieved, and the more efficient clamp switching capacity is achieved through the small occupied area, the simple structural manner and the scientific switching principle.

The technical scheme of the invention discloses a cleaning and sweeping device and a method and mechanical arm for cleaning and sweeping a wafer. The cleaning and sweeping device comprises sucking parts and a cleaning and sweeping mechanism; the sucking parts are used for being sucked under a grasping part of the mechanical arm; the cleaning and sweeping mechanism includes a support part, air inlets and cleaning and sweeping holes, the support part supports the sucking parts, and the cleaning and sweeping holes are communicated with the air inlets; the cleaning and sweeping holes are used forpurging the back side of an object when the grasping part of the mechanical arm grasps the object. According to the technical scheme, cleaning and sweeping can be achieved in the process of conveyingthe object, not only is excessive cleaning and sweeping time not required to be add, but also pollution particles on the back side of the object can be reduced, cross-contamination between process equipment caused by particulate matter and process defects are prevented, and therefore the production yield of the wafer is improved.

The invention discloses an automatic inflation pressure massage strap, which comprises a constraining strap, a controller and message buttons, wherein more than one columnar vertical air bags is arranged in the constraining strap; the controller comprises a controller shell, a battery, a programmable logic controller (PLC), a display screen, an inflation pump and an air vent valve; more than one message buttons are arranged at the other side of the constraining strap; each message button comprises a vibration motor and a message head shell; the vibration motor is arranged in the constraining strap; an eccentric block of the vibration motor is movably arranged in an inner cavity of the message head shell; and the vibration motor is connected with the PLC. The automatic inflation pressure message strap has the advantages of electric inflatable principle adoption, humanized arrangement, time control and automatic message, is no need of other workers to help and automatically messages, limitation on message and time is difficult to forget, message can be done in any environment and at any time, and working and time are not affected.

The invention provides an agricultural hole digging device. The agricultural hole digging device comprises a main body, wherein a support frame is arranged on the main body; hole digging drills are arranged on the left side of the support frame; rotary motors are mounted above the hole digging drills; telescopic cylinders are arranged above the rotary motors; helical blades are arranged on the rotary motors; rollers are arranged below the main body; the rollers are driven by a handrail to move forwards through the support frame and fixed by fixing devices when reaching places requiring hole digging, the telescopic cylinders press downwards, the rotary motors drive the hole digging drills to dig downwards, and the helical blades rotate soil; when holes are well dug, the helical blades are cleaned by cleaning devices, timely cleaning of the helical blades does not affect time for digging the next hole, the personnel cost is reduced, the economic benefit is increased, and the standard size of each hole is guaranteed.

The method includes following steps. (1) Determining central coordinate of each subzone in activation set. (2) Making out straight lines perpendicular to connecting lines between center of reference subzone and each center of adjacent subzones as well as passing through center of reference subzone, and areas enclosed by said straight lines and borderline of the reference subzone are selected as direction areas, if the said enclosed areas are near to adjacent subzones. (3) Based on positioning method, positioning result of UE in reference subzone is obtained. (4) Superposed areas between direction areas obtained from step (2) and positioning result obtained from step (3) are as final positioning result for UE. Comparing with prior art, the invention raises precision of positioning UE, simple without complex calculation, and not affecting time for obtaining result by using RNC.

The invention discloses an auxiliary device for a bench press trainer. The auxiliary device comprises a bracket and a deck chair, wherein a carrier is arranged on the bracket; a barbell rod is supported on the carrier; an inductor is arranged at one end of the barbell rod; a controller is arranged on one side of the bracket; a control panel is arranged on the top of the controller, and a camera isarranged on the side face of the controller; the camera is connected with a sensor; the sensor is connected with an assist device; a trigger is arranged inside the assist device and connected with amobile manipulator; the mobile manipulator comprises a rotating shaft, an ejector rod, an upper clamping part and a lower clamping part; the rotating shaft is controlled by the trigger and connected with the ejector rod; and the ejector rod is connected with the lower clamping part. The auxiliary device disclosed by the invention has the advantages that the matching of two persons is not needed, and the trainer can be protected by virtue of preset parameters and actual conditions.

The invention discloses an exhaled breath detection reaction device for lung cancer and belongs to the technical field of medical equipment. The detection reaction device mainly comprises a breath acquiring device, a breath cleaning device, a breath temperature control device, a breath analysis device and a power distribution bin, wherein a temperature-humidity sensor is arranged on the inner wallof the breath inlet position of the breath acquiring device, the breath acquiring device is connected with the breath cleaning device through an acquisition device pump, a breath storage bin a and abreath storage bin b are connected with the breath acquiring device through breath bin pumps respectively, the front end of the breath temperature control device is connected with the breath storage bin a and the breath storage bin b through breath bin connecting pipes, the breath analysis device is connected with the right end of the breath temperature control device through an analysis device pump, and the power distribution bin is located at the upper end in the detection reaction device. In a word, the exhaled breath detection reaction device can perform two groups of detection analysis simultaneously, is higher in detection accuracy and solves the problems about breath cleaning, breath temperature treatment and the like.

The invention provides a control device and method for vehicle headlamp cleaning and belongs to the technical field of vehicle headlamp cleaning, wherein the control device and method can be used for solving the problems of single working mode and inconvenient control in the vehicle headlamp cleaning. The control device comprises a washing motor, a headlamp cleaning mechanism, a vehicle speed sensor, a switch information acquirer and a controller; the washing motor, the vehicle speed sensor and the switch information acquirer are all connected with the controller, the vehicle speed sensor canacquire a vehicle speed signal and send the vehicle speed signal to the controller, the switch information acquirer can acquire the switch signals of an ignition switch, a headlamp switch, a headlampcleaning switch and a front air window washing switch and send the switch signal to the controller; and the controller analyzes and judges the received vehicle speed signal and switch signal and sends a control signal to control the work of the washing motor or not according to the judgment result. The control method comprises: judging before headlamp cleaning; controlling the headlamp cleaning by the headlamp cleaning switch; and controlling the headlamp cleaning by the front air window washing switch. The system is accurate in control, convenient and high in security.

The invention discloses a method for producing a complex microbial inoculant through fermentation of clostridium butyricum centrifugal waste liquid, the corresponding complex microbial inoculant and application of the complex microbial inoculant. The production method comprises the following steps: adding clear water into the clostridium butyricum centrifugal waste liquid for dilution, respectively adding a carbon source and inorganic salt into the diluent, adjusting the pH to be neutral, heating to 60-80 DEG C, and sterilizing for 15-30 minutes; and jointly putting the disinfected clostridium butyricum centrifugal waste liquid, bacillus subtilis powder, saccharomycetes powder and lactic acid bacteria powder into a fermentation tank, co-culturing for 15-25 h in two stages, and obtaining the complex microbial inoculant. The complex microbial inoculant not only can reduce ammonia nitrogen in aquatic water and purify water, but also can increase the weight gain rate and the survival rate of aquatic animals, and not only can turn clostridium butyricum centrifugal waste liquid into wealth and relieve the environmental protection burden, but also can create income for enterprises.

Disclosed are a collision detection method, a magnetic radio frequency device and a communication system. A first magnetic radio frequency device performs magnetic communication access with a second magnetic radio frequency device using a magnetic channel; and the first magnetic radio frequency device further emits a collision detection request signal via the magnetic channel and judges whether there are a plurality of second magnetic radio frequency devices colliding with each other according to whether a response signal of the collision detection request signal is received or according to the received response signal. During the whole process of collision detection, the interaction between relevant instructions is performed via the magnetic channel without the participation of a radio frequency module and independent of a radio frequency channel, so the radio frequency interaction time will not be affected, improving the communication efficiency of the first magnetic radio frequency device and the second magnetic radio frequency device to a certain extent; furthermore, the situation where relevant instructions for detecting collisions on the radio frequency channel interfere with the application data can be avoided, thus the accuracy of collision detection results and the reliability of radio frequency communication can be improved.

This invention relates to a final deoxidizer for steelmaking, which is low-C and low-Si Al-Ni-Cu alloy. The alloy comprises: C less than or equal to 0.3 wt.%, Si less than or equal to 1 wt.%, S less than or equal to 0.03 wt.%, Al 5-40 wt.%, Ni 15-65 wt.%, Cu 15-65 wt.%, and Fe as balance. The alloy has such advantages as low melting point, high specific gravity, no pulverization, no impurities, easy operation, good deoxidation effect, high Ni and Cu yields (100%), and high steel qualification rate. The alloy is added into molten steel after discharge from furnace, thus can prevent steel quality deterioration. Besides, adding the alloy after discharge from furnace does not influence normal production time, and is good to furnace body.

The invention discloses an electronic information intelligent identification guiding system based on the Internet of Things, which comprises a plurality of electronic identifications, a cloud server and a user mobile terminal, and is characterized in that the plurality of electronic identifications divide an indoor space into a plurality of guiding areas, and the user mobile terminal in the guiding areas comprises an NFC chip; the guide area electronic identifier comprises a display module, a near field communication module, a remote communication module and an image module, and the guide area cloud server comprises a positioning module, a path generation module and an indication module. The guiding area positioning module generates starting area information and real-time position information according to a guiding area where the electronic identifier sending the identity key and the positioning information is located, and the guiding area path generation module plans a guiding path according to the starting information and target information. The guide area guide path comprises all guide areas which the user needs to sequentially pass through from the guide area where the user is located to the target guide area.

The invention provides a bicycle pedal of which the magnetism is controlled by a brake. The bicycle pedal of which the magnetism is controlled by the brake comprises a bicycle, electromagnetic induction coils, an accumulator and a controller. The bicycle comprises a bicycle frame, the pedals, a handlebar and the brake; the electromagnetic induction coils are arranged in the pedals; the accumulator is arranged on the bicycle frame and used for connecting the electromagnetic induction coils with the controller; the controller comprises a control module, a detection module, a gear module, a display module and a control button; the control button is used for controlling the status switching of the accumulator; the control module is connected with the detection module, the gear module, the display module and the control button; the control button comprises a main switch and a sub switch; the main switch is arranged on the handlebar; the sub switch is controlled by the brake. The electromagnetic induction coils and the brake are used in a matched way, thus the problem that the pedals and the shoe soles slide relative to each other is solved, and meanwhile the time at which the feet of a rider leave the pedals in case of emergency is not influenced.

The invention provides a key with a mark. A transparent slot is connected to the surface of a key handle, and a mark card is connected into the transparent slot. The key with the mark has the technical effects that people can quickly distinguish the needed key when seeing the mark, time is not affected, and the key can be clearly seen.

The invention provides an assembling tool, an assembling system of a sheet type main beam and a laying method, and relates to the technical field of fan blade main beam manufacturing. The assembling tool comprises a support body, wherein a supporting mechanism and a clamping mechanism are arranged on the support body, and the clamping mechanism is arranged on one side of the supporting mechanism. According to preset requirements, multiple layers of sheets and interlayer fabrics are laid on multiple assembling tools arranged at intervals layer by layer, the multiple layers of sheets are made to be tightly attached to the shape, the multiple layers of sheets are assembled into a girder shape, and the multiple layers of sheets and the interlayer fabrics are fixed through multiple fixing assemblies; and the fixed multiple layers of sheets are integrally hoisted and laid on a laying station of a main mold through a hoisting mechanism, and after the multiple layers of sheets are positioned on the laying station, the multiple fixing assemblies are sequentially disassembled from the middle to the two ends in the axial direction of the multiple layers of sheets. Manual operation is facilitated, the time of blade shell forming procedure is not affected, and for girder positioning, overall positioning of a sheet girder is relatively easy and accurate.

The invention discloses a method for testing the crosslinking degree of a white adhesive film of a photovoltaic module, and the crosslinking degree of the white adhesive film of the photovoltaic module is calculated according to the following formula: C = ((S3 + S2)-W1) / ((S1 + S2)-W1) * 100%, and C is the crosslinking degree. The result of the white adhesive film calculated by the calculation method disclosed by the invention is an accurate value instead of a reference value, the difference of crosslinking degree results of resin matrixes of different manufacturers and different batches can be effectively monitored, and the experiment time and the experiment cost are not increased on the basis of the prior art.

The invention discloses a blasting device of a smelting furnace. The device comprises an air passage, an air inlet pipe, a plug, a pneumatic cylinder and a pneumatic cylinder controller; the air passage is formed in the furnace wall of the smelting furnace, an outlet of the air passage is communicated with a hearth of the smelting furnace, and an inlet of the air passage is communicated with the outside of the smelting furnace; an air inlet of the air inlet pipe is communicated with a wind source, and an air outlet of the air inlet pipe is arranged in the furnace wall of the smelting furnace and communicated with the air passage; the plug is arranged in the air passage and behind the air inlet of the air inlet pipe; the pneumatic cylinder is fixed at an inlet of the air passage, a piston rod of the pneumatic cylinder extends into the air passage, the piston rod of the pneumatic cylinder is fixedly connected with the plug, the piston rod of the pneumatic cylinder blocks an outlet of theair passage when stretching out, and an air outlet of the air inlet pipe is communicated with the hearth of the smelting furnace through the air passage when the piston of the pneumatic cylinder retracts; the pneumatic cylinder controller comprises an inductor and a control switch, the inductor is arranged in the air inlet pipe and electrically connected with the control switch; the control switch is electrically connected to a power source and the pneumatic cylinder respectively.

The invention provides a control device and method for vehicle headlamp cleaning and belongs to the technical field of vehicle headlamp cleaning, wherein the control device and method can be used for solving the problems of single working mode and inconvenient control in the vehicle headlamp cleaning. The control device comprises a washing motor, a headlamp cleaning mechanism, a vehicle speed sensor, a switch information acquirer and a controller; the washing motor, the vehicle speed sensor and the switch information acquirer are all connected with the controller, the vehicle speed sensor canacquire a vehicle speed signal and send the vehicle speed signal to the controller, the switch information acquirer can acquire the switch signals of an ignition switch, a headlamp switch, a headlampcleaning switch and a front air window washing switch and send the switch signal to the controller; and the controller analyzes and judges the received vehicle speed signal and switch signal and sends a control signal to control the work of the washing motor or not according to the judgment result. The control method comprises: judging before headlamp cleaning; controlling the headlamp cleaning by the headlamp cleaning switch; and controlling the headlamp cleaning by the front air window washing switch. The system is accurate in control, convenient and high in security.

The invention discloses a rotary disc reactor which comprises a rotary tray (10), a reactor shell and a mixing mechanism. The mixing mechanism comprises a rotary shaft (22) and rotary blades (21). The rotary shaft is suspended above the surface (17) of a carrying material; the rotary blades are mounted on the rotary shaft and can be driven to rotate to stir and mix a material layer stacked on the surface of the carrying material. As the mixing mechanism with the rotary blades is additionally arranged, the mixing effect can be enhanced, so that the rotary disc reactor is particularly suitable for heating with a solid heat carrier or a pyrolyzation condition of a sticky material, coal materials can be mixed in situ at an appointed position of the tray, the solid-solid phase mixing degree and the inter-phase heat transfer effect are enhanced, the thick material layers can be mixed in different deep positions, pyrolyzed gas escapes from the depth of the material layers, and the holding capacity of the tray is increased and the pyrolyzed gas yield is increased. In particular, the rotary blades are driven by means of a rotary force of the rotary tray without affecting the moving track and the standing time distribution of materials.

The present invention relates to a collision detection method by using magnetic bi-directional communication. The method is applied to a near field communication system including at least one first magnetic radio frequency device and at least one second magnetic radio frequency device. The method comprises the following steps: a magnetic channel is used to access a second magnetic radio frequency device; and the first magnetic radio frequency device further sends a magnetic collision detection request signal via the magnetic channel, and determines whether there are a plurality of second radio frequency device are in collision, according to whether a response signal of the collision detection request signal is received. The collision detection method by using magnetic bi-directional communication provided by the present invention, both the collision detection request signal and the response signal of the collision detection request signal are transferred via the magnetic channel, so the radio frequency interaction time is not affected, and the communication efficiency is improved to some extent.

The invention belongs to the related field of medical treatment, and relates to medical glove auxiliary equipment which comprises a shell, compression inflation devices are arranged on a left active cavity and a right active cavity, a disinfection treatment device is arranged on a control supporting cavity, and a conveying and supporting device is arranged on a rear glove cavity. And a conveying shrinkage device is arranged at the rear end of the air compression telescopic rod. When the palm is in the state that the five fingers are opened, the hand can be disinfected, secondary infection in the operation process is prevented, the hand face and the hand back are subjected to spraying disinfection, the glove in the cavity can be positioned, the wrist can be positioned, the glove can be effectively and rapidly worn, meanwhile, the glove is continuously expanded through wind, and the glove is prevented from being damaged. The surgical gloves are upwards supported and kept again, are prevented from being infected with bacteria again, are stored and can be quickly and effectively worn on the hands, the surgical time cannot be affected, and meanwhile, safety is better facilitated.

The invention discloses a quick exchange type large-cavity thrombus aspiration catheter, which comprises a guide catheter, wherein the tail end of the guide catheter is externally provided with a sealing balloon, and the sealing balloon communicates to a Luer taper needle bed arranged on the tail end of a handle through the central cavity of a pushing rod. When the quick exchange type large-cavitythrombus aspiration catheter is used, the quick exchange type large-cavity thrombus aspiration catheter enters the far end of the guide catheter through a guiding wire, the needle bed of the aspiration catheter is connected with a pressure pump, through pressurization or pressure relief by the pressure pump, the balloon is full or retracted, so that a cavity gap between the aspiration catheter and the guide catheter is sealed or is not sealed, and the aspiration catheter and the guide catheter are connected into a whole or are independently separated. When the quick exchange type large-cavitythrombus aspiration catheter is used for carrying out PPCI (percutaneous coronary intervention) on a high thrombus load STEMI (ST-elevation myocardial infarction) patient, thrombus suction can be effectively carried out while supporting is reinforced, and in addition, D to B time is not affected. When the balloon is expanded and a stent is implanted, thrombus suction is continuously carried out,and thrombi and broken tissues can be effectively prevented from being washed to the far end of a vessel by blood flow so as to prevent and treat slow flow and no reflow.

The invention provides a test method of an SGPIO (Serial General Purpose Input / Output) signal on an SAS (Serial Attached Small Computer System Interface) backboard. The method comprises the following steps of: accessing an MINI SAS cable in the SAS backboard and a test system; and then carrying out controlling test through a visualized unit. The SAS backboard structurally comprises a data generating and processing unit simulating an SGPIO signal, the visualized unit and an MINI SAS interface. Compared with the prior art, the test method of the SGPIO signal on the SAS backboard has the advantages of reasonable design, simple structure, convenient use, easy maintenance, and the like, greatly simplifies the test flow under the conditions that server and hard disk resources are not occupied, avoids repeatedly plugging a hard disk and repeatedly booting up or shutting down a server in a traditional test mode and realizes the graphic interface of the SGPIO signal test flow.

The invention relates to the technical field of watches, in particular to a novel watch with buffering and anti-falling functions. The novel watch comprises a watch body, a first wrist strap, a secondwrist strap and a watch protecting sleeve; wherein a group of mounting lugs are fixedly arranged at the upper end part and the lower end part of the watch body, and the first wrist strap and the second wrist strap are respectively inserted between the two mounting lugs of the upper group and the lower group in an elastic manner; the watch body is provided with a bar at the right end part, the watch protecting sleeve sleeves the watch body and consists of an annular sleeve body and a cover body. According to the novel watch of the invention, the cover body and the annular sleeve body are madeof silica gel materials, and the watch protecting sleeve and a spring are matched, so that the watch body can be well buffered and protected, and the probability that the watch is broken is reduced; moreover, the first wrist strap and the second wrist strap can be rapidly installed, detached or replaced due to the cooperation between the spring and an installation rod, and the operation is very convenient and rapid.

The invention discloses an energy-saving type full-automatic shoe sole cleaning machine. The cleaning machine adopts a modular structure, does not need to provide extra driving force, can be assembledin a targeted manner, and can still keep soles clean in a cleaning-drying working mode for special weather such as rain and snow;and cleaning needles in the cleaning module can meet various differentsole cleaning requirements.