153results about How to "Improve connection rigidity" patented technology

A corrugated coaxial cable connector, field installable with a hand crimp tool has a connector interface coupled to the connector end of a hollow cylindrical body; an inner surface of the body is adapted to thread onto the helical corrugations on the outer conductor of the cable. A plurality of ridges on an outer surface of the body corresponding to an internal threaded section forms a crimp surface. An inner contact located coaxially within the body has a socket contact section at the cable end dimensioned for insertion of the inner conductor of the cable and electrical connection therewith. A body barb located on the outer surface of the body provides an acute surface for heat shrink tubing to seal against.

The invention discloses a rapid investment casting method based on stereolithography (SL). A wax mould in investment casting is replaced with a resin prototype (1) produced by applying a 3D printing technology, the resin prototype (1) is of a thin-walled honeycomb structure, an ingate (2) is arranged on the resin prototype (1), a gating system adopts a conventional wax gating system (3), a groove (4) is formed in the wax gating system (3), the ingate (2) is inserted into the groove (4) to be bonded and fixed during tree casting, a wax rod (5) is arranged on the resin prototype (1), and vent holes are formed after shell making. The rapid investment casting method reduces the casting cost, reduces the production cycle, and avoids the cracking phenomenon of a shell in the process of roasting.

A method or arrangement for clamping at least one first and one second component to each other with a connection by force on all sides is disclosed. The connecting arrangement comprises a bolt extending from a first component through a through opening in a second component, a clamping nut which is screwed on the bolt for clamping the components, and a cone pair comprising an inner cone with a split and an outer cone. One part of this cone pair is formed as a conical clamping element, which is arranged and axially moveable for radial clamping on the bolt between the components and the clamping nut. A locking nut is screwed on the conical clamping element and clampable against an abutment surface of the second component to limit moveability of the clamping element.

The invention provides a satellite-rocket point type connection and separation module and device. The satellite-rocket point type connection and separation module comprises an upper through connection barrel, a lower through connection barrel, an explosive bolt, a separation spring and a loading nut. The upper through connection barrel and the lower through connection barrel are connected together through the explosive bolt. The free end of the upper through connection barrel is used for being connected with a satellite bottom plate. The portion, connected with the explosive bolt, of the upper through connection barrel is provided with the loading nut. The separation spring is arranged outside the upper through connection barrel and the lower through connection barrel in a sleeving mode and pre-tightened under the effect of the upper through connection barrel and the lower through connection barrel. The satellite-rocket point type connection and separation module and device are good in connection rigidity, low in impact force, high in adaptability, short in research period and low in cost.

The invention provides an automatic door lock, comprising a lock shell having a dead bolt hole molded with dead lock hole; a lock assembly installed on the lock shell panel and the lock shell bottom panel corresponding to a molded lock installation hole; a bolt mechanism installed in the lock shell capable of moving along the direction perpendicular to the lock shell panel; a locking control mechanism for controlling the bolt in the bolt mechanism extruding from and retracting into the panel; and a bolt locking mechanism matched with the door handle operating mechanism. The automatic door lock implements engagement and disengagement of the stop member with a fixed stripe and a movable stripe by coupling of the fixed and the movable stripe, the stop member is capable of engaging with the fixed and the movable stripe at different positions, incomplete unlocking operation due to extrusion of a bolt partially retracted into the shell is prevented.

Disclosed is a vehicle body reinforcing structure. The vehicle body reinforcing structure includes: a front pillar which is formed to be extended upward and downward in a height direction of a vehicle; a side inner reinforcing member which is formed to be extended in a length direction of the vehicle; a floor compliance; a first reinforcing member which is coupled to a lower portion of the front pillar in the height direction of the vehicle, and has one end that is coupled to the side inner reinforcing member; and a second reinforcing member which is integrally coupled to the other end of the first reinforcing member, and has one end that is coupled to the floor compliance, and the other end that is coupled to the side inner reinforcing member, thereby improving performance for coping with a frontal collision and a broadside collision of the vehicle.

The present invention comprises a junction system of structures, preferably for container walls, which is light and is integrated to the structures to be joined providing high strength and rigidity reducing the weight of the joint, which comprises at least a closing device having at least a pair of closing means, a male closing mean and a female closing mean, wherein said closing means join at least two structures together, or two adjacent faces of a container for fruit and vegetable products, preferably the side faces, being fixed to said structures or faces; further comprising a column fixed to one of said structures, wherein said column is configured as a hollow cylindrical body which in turn is integrated to at least one of said closing means. Furthermore, the invention comprises an associated container and its manufacturing process.

The invention discloses an ultrasonic transducer and amplitude modulator combined piece, which comprises a top cover, a shell, an ultrasonic transducer, an amplitude modulator and a positioning ring, wherein the ultrasonic transducer, the amplitude modulator and the positioning ring are fixed in the shell; the amplitude modulator is connected with one end of the shell; the other end of the shell is connected with the top cover through clearance fit; the positioning ring and the amplitude modulator are fastened and connected together; and the ultrasonic transducer and the amplitude modulator are fixed, sealed and connected into one piece. The ultrasonic transducer and amplitude modulator combined piece can improve the accuracy and reliability of ultrasonic vibration processing and solve the problems of the clamping rigidity difference between the conventional ultrasonic transducer and amplitude modulator, difficulty in node finding and large energy consumption in a transmission process and is greatly improved in dust prevention, clamping, precision and energy transmission efficiency.

A secondary battery with a flat wound electrode assembly includes a positive and negative electrode substrate exposed portions formed on the first and second end thereof, respectively. An end portion of a negative electrode active material mixture layer of a negative electrode plate on the negative electrode substrate exposed portion side protrudes more than an end portion of positive electrode active material mixture layer of an adjacent positive electrode plate. The negative electrode substrate exposed portion is converged on the central site in the thickness direction of the electrode assembly. A separator is located at the outermost surface of the electrode assembly, and the separator and the negative electrode substrate exposed portion of the adjacent negative electrode plate are fixed integrally with a fixing member. Thereby, semi-floating and peeling of the negative electrode active material mixture layer hardly occur at the end side of the negative electrode substrate exposed portion.

A method is described for manufacturing a micromechanical component. The method includes providing a first substrate, forming a first connecting structure on the first substrate, and forming a microstructure on the first substrate after forming the first connecting structure. The microstructure has at least one movable functional element. The method further includes providing a second substrate having a second connecting structure, and joining the first and second substrates by carrying out a bonding process, the first and second connecting structures being joined to form a common connecting structure, and a sealed cavity being formed in the region of the microstructure. The method provides that the first connecting structure takes the form of a buried connecting structure extending up to an upper surface of the first substrate. Also described is a related micromechanical component.

The invention relates to combined type connector lug used in carriage beam. It is divided into fixing part and connecting part. The connecting seat of the former is connected with the carriage main beam to be a whole. The connecting piece of the latter is connected with the connecting seat to be a whole. It has the advantages of using connecting piece to bear bending stress and tensile stress, big connect area to increase fastening function and connecting rigidity, high reliability, suiting for containerized transport semi-trailer with multiplex type main beam structure etc.

The invention discloses a turbine blade vibration test tool and a turbine blade clamping method, the vibration test tool comprises a main body, the main body is internally provided with an opening alignment chute inner cavity and a force application step hole, the included angle of the opening alignment chute inner cavity is the same as the included angle of blade tenon teeth, and the opening alignment chute inner cavity is used for placing a clamping block; the clamping block is provided with a clamping mortise and a large arc transition hollow elastic section, one end of the clamping block is provided with a threaded hole communicated with the hollow elastic section, and the threaded hole is used for installing a stress application screw. The other end of the connecting rod is connectedwith the nut; the stop block tightly abuts against the tenon bottom of the blade under the action of the adjusting bolt. The stress application screw penetrates through a stress application stepped hole in the main body and extends into the threaded hole of the clamping block, the stop block penetrates through the main body and the clamping block, and an adjusting bolt used for adjusting the position of the stop block is installed on the main body. According to the structure, the blade tenon is fixedly held through the combined action of pressing and jacking, so that the attachment area of thetenon tooth surface of the blade and a tool mortise is large, the contact is uniform, the fixedly holding rigidity is high, and the consistency is good.

A marine windshield frame for curved or straight windshield glass having a top frame rail mounted inward of the windshield glass and substantially flush with frontal surface of the windshield glass. The top frame rail is mounted onto the windshield glass edge by adhesive. The windshield frame may also include a pair of vertically oriented corner posts. The corner posts are preferably manufactured by die-cast molding. An alternate manufacturing method is to stretch-form an aluminum alloy extrusion, machining vent holes therein, and machined a taper thereon an edge.

The invention provides a high-precision and high-efficiency injection molding machine. The high-precision and high-efficiency injection molding machine comprises a machine body and further comprises amovable mold plate, a fixed mold plate and an injection mechanism. A plurality of pull rods are mounted between the movable mold plate and the fixed mold plate. A combined contracting brake mechanismcorresponding to the pull rods is mounted on the movable mold plate. A nitrogen auxiliary injection device connected with the injection mechanism is mounted at the side end of the machine body. During mold closing, the combined contracting brake mechanism locks the pull rods. the combined contracting brake mechanism comprises a contracting brake cylinder and a plurality of mold locking pistons. The contracting brake cylinder is connected with one mold locking piston. A piston linkage connecting rod is eccentrically hinged between the two adjacent mold locking pistons. The high-precision and high-efficiency injection molding machine provided by the invention is high in mold replacing speed, good in combined mold locking effect and high in reliability and safety coefficient. The whole high-precision and high-efficiency injection molding machine is high in starting speed, stable in injection rate, high in repeating precision, large in mold containing space, high in production efficiencyand stable and reliable in operation.

The present invention discloses a large-scale paraboloid antenna surface operation angle control and loading measurement system. The large-scale paraboloid antenna surface operation angle control and loading measurement system comprises a high-strength support (1), a rotating head (2), a reinforcing cover (3), a handle combination (4) and a theodolite (5). The rotating head (2) is installed on the high-strength support (1) through threaded connection; the reinforcing cover (3) is installed on the rotating head (2) through threaded connection; the theodolite (5) is installed on the rotating head (2) through threaded connection; the theodolite (5) is located in the reinforcing cover (3); the handle combination (4) is installed on the reinforcing cover (3) through threaded connection; and the handle combination (4) is connected with the theodolite (5). The large-scale paraboloid antenna surface operation angle control and loading measurement system is able to measure and control the operation angle of the large-scale paraboloid antenna surface, eliminate measurement errors caused by factors such as wind loading, dead weight, positioning error and the like, and ensure the measurement precision. Moreover the large-scale paraboloid antenna surface operation angle control and loading measurement system is able to effectively fix a theodolite and allow the theodolite to perform inclination measurement which cannot be realized in the prior art.

The invention discloses a side connecting component for an automobile floor. In the side connecting component for the automobile floor, a body is an integrally punched component; and the side connecting component for the automobile floor is characterized in that: a main plane of the body is rectangular; the upper part of the main plane is bent backwards and rightwards to form an upper connecting part; a right triangular supporting plate of which the vertex angle is downward is vertically connected on the right side of the main plane; the upper part of the right triangular supporting plate is bent rightwards to form a right connecting part; a left triangular supporting plate of which the vertex angle is downward is vertically connected on the left side of the main plane; the upper part of the left triangular supporting plate is bent leftwards to form a left connecting part; a concave lower connecting part is connected with the lower part of the right triangular supporting plate, the lower part of the left triangular supporting plate and the lower edge of the main plane; and the upper connecting part, the right connecting part, the left connecting part and the lower connecting part are planes. By the side connecting component for the automobile floor, the connecting rigidity and the connecting strength between a chair installing component and the floor are improved; through experimental verification, the local mode of a chair installing position is improved; and through fixture sample vehicle verification, the structural form and the installation mode of the side connecting component for the automobile floor are applicable to various automobile models.

A jet pump for a personal watercraft is designed to prevent water from contacting an impeller shaft therein. The apparatus includes a stator 31 with a channel 18 formed therein. An impeller 32 and an impeller shaft 35 are rotatably disposed in the stator 31, and are connected to one another by a threaded connection therebetween. A collar 40 is integrally formed with the impeller 32, and a water-resistant seal 37 is provided between the collar 40 and the stator. The impeller shaft 35 is constructed so that a drive shaft 22 is connectable to the front thereof by a spline fit. A shock-absorbing member 50 is provided for placement between the impeller shaft and the drive shaft, and the shock-absorbing member includes structure adapted to allow air or grease to pass toward the drive shaft side thereof, when the impeller is screwed on to the impeller shaft.

The invention discloses a tool positioning-clamping mechanism for a milling machine, which comprises a tool (1), a tool shank (3) and a pull bar (4). The tool shank (3) is partially contained in a machine spindle (5) and fixed to the same, the tool shank (3) is provided with a center hole (3.1), the tool (1) is nested into the center hole (3.1), the pull bar (4) is contained in the center hole (3.1), one end of the pull bar (4) is connected with the tool shank (3) and axially limited, the other end of the pull bar (4) is fixedly connected with the tool (1), and accordingly the tool (1) is fixedly connected with the machine spindle (5). The connection way is higher in connection rigidity than the original Morse taper connection way, connection is more stable, and clamping is better. When the machine spindle is in high-speed rotation, the tool is more stable in rotation and less apt to fall from the spindle, and safety factor is higher.