115results about How to "Simple operability" patented technology

A self-suturing anchor device includes a base having a securement mechanism. The securement mechanism includes one or more resilient pockets in which are placed a plurality of looped sutures. The securement mechanism and looped sutures facilitate automatic securement of a catheter relative to the self-suturing anchor device. In at least one embodiment, the looped sutures are also threaded through loops in another corresponding looped suture, such that each looped sutures slidably tighten in concert with one another. When at least a portion of the securement mechanism is moved, at least one of the plurality of looped sutures is tensioned and closes against a securement point on the catheter. A catheter can be secured in a self-suturing anchor device in a quick and efficient manner with minimal effort.

The system includes a field working station and a remote service center. The field working station runs the OPC data collection module and the network data releasing module conforming to TCP/IP protocol by using the OPC data collection and network data releasing application program, and is connected to the field control center through OPC interface. The remote service center runs the network terminal module conforming to TCP/IP protocol, the remote OPC server module and the remote control module supporting OPC interface by using network terminal application program and the remote OPC service application program. The network communication terminal module receives the field data released by the network data releasing module, and then releases the received data to the remote OPC service module by which the data is transmitted to the remote monitoring module.

The invention discloses a flexible printed circuit board steel disc reinforcing hot-pressing making process, including that pure glue is firstly adhered on the steel disc reinforcing position of the flexible printed circuit board and then steel disc is adhered, lamination curing is carried out to complete steel disc reinforcing, and the steel disc is fixed by steel disc adhesion jig. The invention adopts electric iron to preheat the steel disc firstly, so that certain stickiness is kept between the steel disc and the flexible printed circuit board and the steel disc can not drop in the process that the flexible printed circuit board is taken out and transferred; and the pure glue used for adhering the flexible printed circuit board and reinforcing the steel disc in steel disc hot-pressing process is thermosetting glue, namely glue system capable of being molten and cohered under heating condition and can be cured after curing at certain temperature for a while, so that the steel disc is firmly adhered on the flexible printed circuit board and can not drop in post making processes. The invention has simple making process and strong feasibility, can thoroughly avoid steel disc dropping and deviation problems and has wide applicability and higher production efficiency.

The invention discloses a monocular vision robot rapid tracking method based on road correction, and belongs to the field of monocular vision robot path recognition. The basic idea of the method comprises building a correction mapping table for an original road image in longitudinal and transverse directions so as to achieve correction on the road image of a monocular vision robot; and on the above basis, automatic tracking travel of the robot is achieved by adopting a deviation control manner. On the above basis, the robot travels by tracking the road, physical information such as actual road curvature and curvature can be accurately obtained, and influence of road image distortion on control and operation of the robot is reduced.

The power window system moves a window glass in opening and closing directions in response to operation of an opening and closing instruction switch. The power window system includes a measurement device for obtaining an open degree of the window glass and a control device for controlling movement of the window glass in response to operation of the switch. The control device moves the window glass in the closing direction when an open degree obtained by the measurement device is not less than a predetermined degree and in the opening direction when the open degree is less than the predetermined degree.

The invention relates to the technical field of laminated glass, in particular to ultrathin laminated glass used on vehicles, and provides the ultrathin laminated glass and a production method thereof. The production method includes: preparing a first glass substrate and a second glass substrate; heating and bending the first glass substrate to obtain a first bent glass plate; chemically toughening the second glass substrate to obtain a second straight glass plate; adhering the first bent glass plate, the second straight glass plate and at least one intermediate membrane piece to obtain the ultrathin laminated glass. Bending formation of the second straight glass plate which is thin is not needed, the forming process is simplified, and operability, convenience and continuity in subsequentproduction are determined, the laminated glass is thinned, mechanical and optical properties can meet requirements, and use safety and optical quality of the ultrathin laminated glass are guaranteed.

A self-contained breathing device for use in fighting fires comprising a hood for covering a wearer's head, a membrane for sealing the hood to create a breathing chamber inside the hood, and a source of oxygen disposed inside the hood. The source of oxygen is connected to the user by a conduit inside of the hood, and another conduit directs user-exhaled carbon dioxide to the source of oxygen. The breathing device includes a visual indicator inside of the hood that reacts to the presence of a gas within the hood and providing visual feedback to the user based on a quantity of said gas present in the hood.

A method for operating a printing press having a printing form cylinder and a screen roller, includes rotating the printing form cylinder in a first direction of rotation and rotating the screen roller at the same time, during a continuous printing operation. The printing form cylinder is rotated in a second direction of rotation and the screen roller is kept at a rotational standstill at the same time, during an interruption in the printing operation. A printing press for carrying out the method has a clutch, preferably a freewheeling clutch, integrated into an anilox inking unit having the screen roller, in such a way that the clutch stops the rotation of the screen roller during reverse running of the printing press.

The present invention provides a semiconductor auxiliary production method and system. The method includes the following steps that: product information two-dimensional codes associated with chip product information are generated and are configured on a boat box for carrying chips; machine two-dimensional codes associated with product production rules, the chip product information and boat box information are generated, and the machine two-dimensional codes are configured on machine equipment; when the chips are produced and processed on the machine equipment, the production and processing of the chips are determined through matching the information associated with the product information two-dimensional codes and the information associated with the machine two-dimensional codes; the manufacture procedure two-dimensional codes of operation instructions of manufacture procedures in corresponding associated protection and processing processes are generated, and are displayed through a display terminal; and when the machine equipment selects manufacture procedures for producing and processing the chips, the operation instructions of the corresponding manufacture procedures are obtained and executed through scanning the manufacture procedure two-dimensional codes which are corresponding to the manufacture procedures and displayed by the display terminal. With the semiconductor auxiliary production method and system of the invention adopted, manual operation is simplified, and the production efficiency of manufacturing enterprises can be improved.

A method for regulating a battery voltage of a battery having a plurality of battery cells configured to be selectively bridged and connected to a battery string includes regulating the battery voltage to a desired nominal voltage by alternately driving the battery cells. The method is characterized by transmitting a value for a nominal switch-on probability to one or more driving circuits of the battery cells, with the result that the one or more battery cells are each switched with an allocated switch-on probability. In addition, the invention also discloses a battery equipped with a regulating electronic device used for executing the method.

The invention relates to a thread (4, 5) for producing fabrics (2) for insect screens (1), comprising a core which has a coating (11) that comprises a heat-activatable adhesive in order to bond to itself or to other threads of the fabric (2), said core having a higher melting point than the adhesive; to a fabric (2) for insect screens (1) with a mesh (7) web structure, comprising warp threads (4) and weft threads (5) which are connected to one another by means of adhesive at node points (6); to an insect screen (1) comprising a frame (3) and a fabric (2) which is stretched by means of the frame (3); and to a method for producing fabrics (2) for insect screens (1), having the steps of a) providing threads (4, 5) as warp threads (4) and weft threads (5), b) weaving a fabric (2) using the warp threads (4) and weft threads (5), and c) heating the fabric (2) to a temperature which is higher than the melting point of the adhesive and lower than the melting point of the core in order to produce bonds between the warp threads (4) and the weft threads (5) at the thread node points (6). The aim of the invention is to provide such a thread which can be processed into an transparent fabric (2) for insect screens (1) in a particularly efficient manner. This is achieved in that the coating (11) comprises hydrophobic repellents.

The invention belongs to the field of biochemical analysis and relates to a high-throughput test method of palmitoylated modified protein in complex biological samples based on prepared protein palmitoylated modified generic antibody serum and utilizing the same. The method includes: adopting a palmitoylated modified peptide segment as an antigen to prepare high-specificity palmitoylated modified generic antibody serum; utilizing the specific antibody serum to test protein palmitoylated modifying state. Compared with existing throughput analysis methods, the test method has the advantage of high specificity, is low in false positive rate, can directly indicate palmitoylated modified protein, can be used for samples of various sources, can identify palmitoylated modified protein in the biological samples in a high-throughput manner and is simple, convenient and easy to operate. The method provides an effective means for high-throughput testing of protein palmitoylated modifying in the biological samples.

The invention discloses a preparation method for oil-absorbing swelling rubber. The oil-absorbing swelling rubber is characterized by being prepared from the following components in parts by weight: 100 parts of butadiene styrene rubber, 20-50 parts of carbon black, 20-50 parts of oil-absorptive resin and 1-5 parts of aramid fiber, wherein the oil-absorptive resin is prepared by copolymerizing butyl acrylate (BA), methyl methacrylate (MMA), styrene and a coupling reagent; vulcanization additives are added in the preparation process; and the vulcanization additives include zinc oxide, stearic acid, anti-aging agent, sulfur and accelerants TT, DM, M, D and CZ. According to the invention, the monomers are synthesized into the oil-absorptive resin and then the oil-absorptive resin is mixed with butadiene styrene rubber and aramid fiber so as to acquire a novel oil-absorbing swelling rubber, so that the oil-absorbing property is promoted under the condition that the material strength is notreduced, the oil-absorbing swelling rubber is low in cost and has excellent performances and the industrial large-scale production can be realized.

The invention relates to a preparation method of a bis(2,4-dicumylphenyl)pentaerythritol diphosphite antioxidant. The preparation method comprises the steps of dropwise adding phosphorus trichloride at a nitrogen environment in an existing system of pentaerythritol, a catalyst and a solvent so as to obtain dichlone pentaerythritol diphosphite reaction liquid, adding 2,4-dicumylphenol, heating to 130-140 DEG C in the presence of nitrogen to react, carrying out reduced pressure backflow reaction to obtain a reactant, adding organic amine to neutralize and regulate the reactant to be alkaline, continuing to carry out esterification reaction until reaction mediums are still alkaline, cooling, and filtering, so as to obtain bis(2,4-dicumylphenyl)pentaerythritol diphosphite. By controlling the reaction process, high-selectivity and high-yield bis(2,4-dicumylphenyl)pentaerythritol diphosphite with a spiral structure is obtained, the yield of the product is higher than 92%, the recovery rates of generated side effects and an unreacted raw material, namely 2,4-dicumylphenol are higher than 90%, the consumption of the raw materials is reduced, and the simple and feasible operability is realized.

The invention discloses a cathode arc target cooling device which comprises target bases, targets and a plurality of cooling water channels formed inside the target bases, wherein the targets are embedded in the surfaces of the target bases and are isolated from the cooling water channels by using copper plates; the copper plates divide the cooling water channels and the targets into different independent spaces; the targets contact the copper plates; when a liquid flows through the water cooling channels, the copper plates protrude out towards the targets under the pressure of the liquid. The cathode arc target cooling device has the advantages that as good conductivity of copper pieces is adopted to conduct heat, and meanwhile the targets are isolated from the cooling water channels by using the copper pieces, the equipment is good in cooling effect, and in addition, vacuum equipment and production efficiency are not affected.

The invention discloses a method for controlling the symmetry of a machining keyway and the center of a tooth or a tooth space, through which the cost is reduced, the product quality is improved, and the work efficiency is improved. The method includes following steps: 1) selecting a cross section of a single helical gear, marking the center O1 of the tooth space or the tooth on the cross section, and establishing a rectangular coordinate system XOY on a base plane by regarding a connecting line of the O1 and the center O of the cross section as a Y axis, wherein the height from the cross section to the base plane is h; 2) calculating L, wherein L=h*tan[beta], and beta is an inclination angle of the tooth space or the tooth of the single helical gear; 3) calculating a rotation angle theta, wherein theta=2*(theta/2)=2*arcsin((L/2)/R); 4) rotating the XOY rectangular coordinate system for the theta angle, and re-establishing an X'OY' rectangular coordinate system; and 5) milling the keyway by regarding the X'OY' rectangular coordinate system as the datum. By employing the method for controlling the symmetry of the machining keyway and the center of the tooth or the tooth space, the operation is simple, the labor intensity of workers is reduced, the work efficiency is improved by multiple times, and the quality and the precision can be guaranteed.