39results about How to "Reliable play" patented technology

The invention relates to a transmission hydraulic system for a transmission with multiple clutches and a control method with hydraulic valves for transmissions comprising multiple clutches which provide improved safety during operation. The transmission has a double clutch device for influencing partial transmission parts, where each transmission part has control elements with two-sided hydraulic controllable switching actuators for moving switching collars. Collar selection valves are attached to the actuators, and flow paths influence the actuators using pressurized oil. One of the actuators is attached to the flow paths and the other actuator is attached to other paths provided in connection with a pressurized oil sump in one position of the valves and vice versa in another position of the valves. An independent claim is also included for a method for shifting gears of a transmission.

The hydraulic controller includes couplings that are arranged separately in a hydraulic line, where a pressure supply line is fixed between proportional control valves. The proportional control valves are centrally located with pressure supply line. Additional separation layer forming valves are also provided that are decoupled with the pressure supply line.

Disclosed is a highly reliable flexible substrate which does not undergo the disconnection in a conductive layer during a lamination step in the production process or when used in a product that undergoes deformation repeatedly. Specifically disclosed is a flexible substrate (10) comprising a resin layer (1) and a conductive layer (2) laminated on each other, wherein the conductive layer (2) comprises a first conductive layer (21) which comprises a first metal and a second conductive layer (22) which comprises a second metal having higher ductibility than that of the first metal and which is so arranged as to be intercalated between the resin layer and the first conductive layer.

The invention discloses a magnetic sensor based on an amorphous magnetic core coil and a working method thereof. The sensor consists of an amorphous magnetic core magnetic sensitive element and a working circuit, wherein the amorphous magnetic core magnetic sensitive element is a block magnetic core (1) formed by laminating a sheeting amorphous material; an induction coil (2), an insulating layer (3) and a biased coil (4) are sequentially arranged outside the block magnetic core (1); the working circuit consists of a biased circuit (5), an oscillating circuit (6) and a frequency-measuring circuit (7); and the induction coil (2) is the induction coil in the oscillating circuit (6). The working method comprises the following steps of: adjusting the working current of the biased coil to obtain the magnetic field strength H0 when the amorphous magnetic core magnetic sensitive element is under the magnetic field strength of 1 to 200e; placing the amorphous magnetic core magnetic sensitive element in a magnetic field to be measured, and measuring the resonance frequency fx output by the oscillating circuit; and obtaining the magnetic field strength Hx when the resonance frequency is fx according to the formula that fx is equal to 5.94Hx+36.51, and obtaining the strength delta Hx of the magnetic field to be measured according to the formula that delta Hx is equal to Hx-H0. The magnetic sensor and the method can be widely used for high-precision measurement on a weak magnetic field.

To make a control box compact and to improve cooling efficiency of a heating part by providing a plate-like frame member vertically extending, and installing an electric part on both surfaces of the member in the control box arranged under a sewing machine table and housing a sewing machine control electric part. A frame 21 of a control box 20 of a sewing machine is made of metal, and is constituted in a cross-sectional view T shape out of the plate- like main frame part 21B extending in the vertical direction and the upper / lower frame parts 21A, 21C horizontally arranged above and below it. An electric part such as a motor drive circuit containing an inverter circuit for driving a power transformer 40 and a sewing machine motor is installed in the main frame part 21B. The opening parts 21h to 21k are formed in the main frame part 21 to improve weight reduction and gas permeability, the projecting parts 21d and 21e are arranged to receive heat radiation by contacting with a heating part containing the power transformer 40, and drive elements 41a, 44c are contacted with the respective projecting parts 21d, 21e.

The invention provides an impact energy absorption component and a manufacturing method thereof; in the prior art of filling foaming metallic objects in a hallow part of a metallic cylinder body, the foaming metallic objects can be reliably fixed in the hallow part of the metallic cylinder body. The energy absorption component is characterized in that a foaming metallic object (3) whose sectional dimension is a little more than that of the hallow part (2) thereof is pressed in from an opening side and an edge which only makes the surface layer parts (4) of the foaming metallic object (3) plastically deformed, of the hallow part (2) of the metallic cylinder body (1) with sealed sections.

The inventive automatic pistol relates to small arms in particular to the structural design of automatic small arms with the powder gas-operated reloading. A barrel (1) is provided with a tail (2) situated in the lower part of a face of breech and is mounted on a frame (3). A bolt (5) is designed in such a way that the front part thereof is tipped up in the extreme front position and, for this purpose, is provided with a tip up support (19). Bolt lugs (21), which are mounted on the front part of the bolt sides, enter the grooves made on the barrel shank when the barrel is closed in such a waythat they are engaged with locking lugs (23) located in the grooves. A spring-loaded gas piston is provided with a spent case ejecting window and is designed in such a way that, when moving back, it releases the bolt lugs (21) and moves the bolt back, and, when moving forward, it moves the bolt forward, a closing lug (20) being in the piston window, and to twist it downward. A gas chamber is mounted on the chase of the barrel in such a way that it encompasses the barrel, gas-discharge channels being made on the barrel circle.

A marker formed on a stent which is to be mounted within a human body, the marker being formed without applying gold plating or gold foil onto the stent and allowing the position of the stent in the human body to be confirmed by a recognition means. A marker (A, B) used to confirm the position in a human body of a stent (C) consisting of wires is formed by fitting pipes (10-12), which consist of a raw material which can be recognized by a recognition means, on a portion at which at least two wires constituting the stent (C) are located close to each other. The stent (C) comprises a stent main wire (1) formed in a zigzag pattern, and the pipes (10-12) are fitted to zigzag-shaped turn-back sections (E) of the stent main wire (1).

The invention provides a power unit suspension device of a small motorcycle type vehicle, which can simplify the structure of a limiter for limiting the vertical movement of the power unit and rear wheels. One end of the connecting rod (84) is swingably installed on the inner pivot plate (31b), the power unit (56) is swingably installed on the other end of the connecting rod (84), and the inner pivot plate (31b ) and the connecting rod (84) are provided with a limit mechanism (105), which is used to limit the movement of the power unit (56) in the front and rear direction, and make the third pivot arranged on the connecting rod (84) (93) The line segment connected with the fourth pivot (94) extends in the vertical direction, and meanwhile, the fourth pivot (94) is supported by the connecting rod (84) through the rubber bushing (112).

This slider (1, 2, 3) has: a slider body (10, 10a, 50) provided with first and second mounting sections (20, 30); a pull tab (8); and a cover member (40, 40a, 60). The cover member (40, 40a, 60) is provided with: latch sections (43, 63) extending forward from the cover body (41, 61); and a stop claw section (45, 65). The first mounting section (20) is provided with: left and right first side wall bodies (21); a first connection bar (22) for connecting the first side wall bodies (21); and a housing space (24) disposed between the first connection bar (22) and an upper wing plate (11, 11a, 51) and housing the latch sections (43, 63). The housing space (24) penetrates through the first mounting section (20) in the length direction of the slider. As a result of the configuration, the manufacturing cost of the slider (1, 2, 3) is reduced, the first mounting section (20) can be reinforced by the first connection bar (22), and an elastic section (42, 62) can be protected.

The invention provides a wiring substrate in which the size and the total number of elements to be mounted later are less likely to be restricted by the surface of a metallic heatsink inserted into a through hole penetrating between the front surface and the rear surface of the substrate body made from ceramic, and cracks and the like are less likely to occur in the vicinity of the joining part of the ceramic of the substrate body when the heatsink is brazed. The wiring substrate includes: a substrate body made from ceramic, having a front surface and a rear surface, and having a through hole penetrating between the front surface and the rear surface; and a heatsink inserted into the through hole. A step portion protruding in a direction perpendicular to an axial direction of the through hole, is formed over an entire periphery on an inner wall surface of the through hole of the substrate body. A flange opposed to the step portion is provided so as to protrude, over an entire periphery on a side surface of the heatsink. A stress relaxing ring is arranged over an entire periphery between the step portion and a joining surface opposed to the step portion. A brazing material is provided between the ring, and the joining surface and the step portion.

Provided is a super low melting SnO-SnF2-P2O5-based glass frit for which the firing temperature can be set to 200 DEG C or less and which has high water resistance and transparency. The fluorinated tin-based glass frit includes, in mol%, 30 to 70% of SnF2, 10 to 30% of P2O5, 10 to 40% of SnO, 0.1 to 10% of SnO2, 0 to 5% of In2O3, 0 to 5% of B2O3, and 0 to 5% of SiO2, and has a glass transition point of 160 DEG C or lower, a softening point of 180 DEG C or lower, and a maximum particle size of 100 [mu]m or less. The fluorinated tin-based glass frit has a visible light transmission rate of 80% or more at 200 DEG C and a thickness of 0.6 mm of a fired product thereof, and a rate of volume reduction of the fired product due to soaking in hot water at 85 DEG C for 24 hours is 2 weight% or less.

Provided is a variable resistor with a switch, which has a vibrating sound protrusion that contacts and separates from engaging portions (17c, 17d) of a vibrating sound member that rotates with the rotation of a rotating shaft (2) to generate a vibrating sound tactile sensation. parts (4d, 4e), the resistance substrate (5) forming the resistance body type plate (6) in sliding contact with the first sliding block (14), and the rotary switch that operates near the rotation end of the rotary shaft (2), the rotary switch It includes a contact substrate (10) forming a fixed contact (11), and a second sliding block (15) that rotates with the rotation of the rotating shaft (2). If the rotating shaft (2) is rotated, the second sliding block (15) When the switch is switched by sliding on the contact substrate (10), and the joint part (17c, 17d) of the vibrating sound member contacts and separates from the vibrating sound convex part (4d, 4e) to switch the switch vibrato touch. In this way, the thickness of the rotary shaft can be reduced in the axial direction, and a vibration-sound tactile feeling that does not feel strange when the switch is switched can be obtained.

The present invention provides a seedling transplanter which can be used for effectively switching a preparation seedling loading part to a first state and a second state. Through swinging a transplanter body, seedling can be prevented from falling off from the preparation seedling loading part, and when the preparation seedling loading part is in the second state, the utmost upper layer and the central layer of the upper and lower directions of the preparation seedling loading part are arranged on the front side of the transplanter body, thus working efficiency can be enhanced, and a seedling box and a seedling-fetching part can be stored on preset positions. The preparation seedling loading part for loading seedlings is arranged on a supporting part (24) through a connecting rod part, and the supporting part is fixed on a driving vehicle body. Through rotatingly operating the connecting rod part, the preparation seedling loading part can be automatically switched to the first state along the front and rear direction and the second state along the upper and lower direction. A front side protruding part and a rear side protruding part are formed on the front and rear parts of the preparation seedling loading part, a front side locking part and a rear side locking part higher than the seedling loading surface of the preparation seedling loading part are formed on the front and rear side protruding parts, and a guiding surface with a low front part and a high rear part are formed on the upper surface of the front side locking part.