37results about How to "Reliable play" patented technology

Provided is a suspension type anti-vibration member, capable of meeting the demand for small-sized and light anti-vibration member and ensuring the anti-vibration effect by preventing the contact between the anti-vibration material and the anti-vibration member body even if the position of the inserts and the position for setting vibration device stagger with each other. The suspension type anti-vibration member comprises: an anti-vibration body (suspension member box) which, arranged at the midway (between the upper hanging bolt and the lower hanging bolt) of the suspending bolt of a vibration device for producing vibration during suspension, bears the load of the above mentioned vibration device, an anti-vibration material (tapered spiral spring or tapered rubber spring) which, arranged between the upper edge and the lower edge of the anti-vibration member body, is used for absorbing the vibration of the vibration device, and two elastic members (rubber cap and rubber boot) arranged between the anti-vibration material and the anti-vibration member body as well as between the anti-vibration material and the suspension bolt. The suspension type anti-vibration member prevents the vibration spreading of the vibration device, with the anti-vibration material in a shape of tapered table.

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).

A gland packing is braided in a state where, in crossing angles of yarns which are exposed on four side surfaces of a string-like member, crossing angles in adjacent side surfaces of the four side surfaces are different from ch other. The string-like member is looped so that the crossing angle on the side surface in the four side surfaces, the side surface being to function as an inner circumferential surface, is larger than the crossing angles on side surfaces which are to function as side circumferential surfaces adjacent to the inner circumferential surface.

An image forming apparatus includes a transfer belt unit which has an intermediate transfer belt for supporting toner images and primary transfer rollers for pressing the intermediate transfer belt against corresponding photoreceptor drums and moves the intermediate transfer belt along the surface of each photoreceptor drum to transfer the toner images to the intermediate transfer belt. The intermediate transfer belt is formed so as to be 30 mum to 50 mum in average thickness, each primary transfer roller is arranged at a position, along the moving direction of the intermediate transfer belt, which is deviated downstream with respect to the moving direction from the position where the intermediate transfer belt is in contact with the photoreceptor and which is projected toward the photoreceptor drum side so as to press the intermediate transfer belt against photoreceptor with a nip pressure ranging from 10 gf / cm2 to 40 gf / cm2.

This invention makes it possible to obtain smooth sliding properties at the contact parts of sprags and tongue parts, which bias the sprags in the direction of engagement, in a sprag-type one-way clutch. A plurality of pockets (52) are formed, at intervals in the length direction of an elongated belt-shaped plate part (51) formed from sheet metal, by punching, which is a type of shearing processing, and tongue parts (54) that protrude inside the pockets (52) are provided on one side of pillar parts (53) formed between adjacent pockets (52) in the peripheral direction. The belt-shaped plate part (51) is bent into a circular shape and installed between an outer ring (10) and an inner ring (20), and the sprags (30), which are respectively inserted into the pockets (52), are biased in the engagement direction by the tongue parts (54). The sliding properties are improved by bending the belt-shaped plate part (51) such that a shear drop (58) formed on the cut edge surface of the sheared edge of the tongue part (54) is on the outer diameter side, and bringing the shear drop (58) into contact with the sprag (30).

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.

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.

Provided is a suspension type anti-vibration member, capable of meeting the demand for small-sized and light anti-vibration member and ensuring the anti-vibration effect by preventing the contact between the anti-vibration material and the anti-vibration member body even if the position of the inserts and the position for setting vibration device stagger with each other. The suspension type anti-vibration member comprises: an anti-vibration body (suspension member box) which, arranged at the midway (between the upper hanging bolt and the lower hanging bolt) of the suspending bolt of a vibration device for producing vibration during suspension, bears the load of the above mentioned vibration device, an anti-vibration material (tapered spiral spring or tapered rubber spring) which, arranged between the upper edge and the lower edge of the anti-vibration member body, is used for absorbing the vibration of the vibration device, and two elastic members (rubber cap and rubber boot) arranged between the anti-vibration material and the anti-vibration member body as well as between the anti-vibration material and the suspension bolt. The suspension type anti-vibration member prevents the vibration spreading of the vibration device, with the anti-vibration material in a shape of tapered table.

An automatic pistol essentially consists of an immovable barrel, a breech with a firing pin and a cartridge extractor, a breech frame, a spring-loaded device for the removal of gas with a gas piston and a gas cylinder, a firing mechanism and a magazine. The barrel is fitted with an end piece, which is located in the lower part of the rear end of the barrel. The design of the breech allows for the displacement of its front part downwards, when the breech is in its front end position. The front part of the breech is fitted with side locking lugs. The corresponding locking grooves are located in the cavities on the end piece of the barrel. The gas piston has an opening for ejecting the cartridge casing. In the course of the backward movement, the gas piston unlocks the breech and draws it back. In the forward movement, the breech is carried forward and pushed downwards. The gas cylinder is located at the front part of the barrel and encompasses the barrel. Along the length of the barrel gas ducts are fixed.

The invention discloses a method for incinerating petrochemical waste liquid based on oily liquid fuel. According to the method, oily liquid is used as combustion-supporting fuel, the petrochemical waste liquid is sprayed into a combustion area of a waste alkali incinerator in an atomization mode so as to burn in the condition that oxygen-containing gas is blown in, and the temperature of the combustion area is controlled to be 800 to 1200 DEG C; the feeding amount of the petrochemical waste liquid and the oily liquid meets the conditions that: the ratio of the amount of the petrochemical waste liquid per hour to the cross sectional area of a hearth of the combustion area of the waste alkali incinerator is equal to 0.8 to 1.5 t / h.m<2>, and the ratio of the amount of the oily liquid per hour to the cross sectional area of the hearth of the combustion area of the waste alkali incinerator is equal to 0.074 to 0.108 t / h.m<2>. According to the method, the reasonable burning load can be realized, the processing cost is reduced, the damage of excessive combustion load to the device is reduced, and the method is favorable for popularization and application of a waste liquid incineration technique in the industry.

The invention discloses an electronic component that can reliably exhibit the desired performance even when miniaturized, in addition to having high reliability, low manufacturing cost, and high durability. An electronic component is provided that includes multiple conductive terminals and an insulator integrated with the conductive terminals. A leg part possessed by one of the conductive terminals and a leg part possessed by another one of the conductive terminals are disposed so as to vertically overlap each other. The leg part possessed by one of the conductive terminals and the leg part possessed by another one of the conductive terminals have different lengths, and the tip of the shorter leg part of the two is covered by a thick part of the insulator.

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.

An arrangement for removing entrained catalyst particulates from a gas may include a pressure vessel, a filter assembly, and a dip leg. The pressure vessel may contain a fluidized bed of catalyst particulates suspended in the gas. Some of the gas and entrained catalyst particulates may be directed to the filter assembly where the entrained catalyst particulates are filtered from the gas by a filter medium. The catalyst particulates pass generally tangentially along a feed side of the filter medium, where they scour the feed side of the filter medium, and then pass into the dip tube which guides the catalyst particulates away from the filter medium.

To provide: a biological introduction aid for use in introducing an active substance into a living body; and a composition containing the biological introduction aid. This biological introduction aid or drug delivery system aid is for use in introducing (I)-(i) together with (I)-(ii) into a living body, and is characterized by containing (II) and (III), or this active substance-containing composition is characterized by containing (I)-(i) to (III). (I)-(i) Active substance (I)-(ii) Active substance protection agent (II) Solvent (III) Nano air bubbles (less than one micron in size).

The present invention provides a brake device for a vehicle capable of exhibiting a braking force corresponding to the amount of operation of a brake operating member even when a power supply system fails. The vehicle braking device of the present invention includes: a master cylinder (1), the master piston of which is driven to move by the servo pressure in the servo chamber, and the main pressure of the master chamber pressure changes through the movement of the master piston; the mechanical servo pressure generates device (44), the rest of the high-pressure source is connected to the servo chamber, and based on the brake fluid pressure of the high-pressure source, the servo chamber generates a servo pressure corresponding to the pilot pressure in the pilot chamber; it is connected with the pilot chamber to generate the required pilot pressure in the pilot chamber The electric pilot pressure generating device (41, 42, 43); the main pilot room brake fluid path (511) connecting the main chamber and the pilot chamber, and the vehicle braking device uses the pilot pressure when the power system is normal. The generating device generates pilot pressure, and the main pressure is used as the pilot pressure when the power system fails.

The present invention provides a marker and scaffold. In the stent indwelling in the body, the position of the stent in the body can be recognized by the identification mechanism without performing gold plating or sticking gold foil. Markers (A, B) are used to confirm the position in the body of the stent (C) formed by the wire, and the markers (A, B) are embedded in the positions close to each other of at least two wires constituting the stent (C). A tube (10 to 12) made of a material which can be recognized by the recognition mechanism is assembled. The stent (C) is formed by forming the stent main line (1) in a zigzag shape, and fitting of the tubes (10 to 12) to the zigzag folded portion (E) of the stent main line (1) is performed.

The present invention provides a power unit suspension device for minitype motorcycle type vehicle, the device can simplify the structure of limit device which is used for limiting the move along up and down direction of power unit and rear wheel. Fix one end of the connecting bar (84) on the inner pintle board (31b) and the bar can swing freely, fix the power unit (56) on the other end of the connecting bar (84) and the power unit can swing freely, limit mechanism (105) is set on the inner pintle board (31b) and the connecting bar (84), for limiting the move along front and back direction ofpower unit (56), and making the line segment where the third pintle (93) on the connecting bar (84) connects the fourth pintle (94), at the same time, the connecting bar (84) supports the fourth pintle (94) by rubber bush (112).

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.

To provide a rotation transmission device capable of suppressing magnetic leakage from an armature to a control holder and enabling a two-way clutch to function with high precision and reliability. A restricting mechanism (60) is provided to restrict the connecting cylinder of the armature (51) in a state where a gap is formed between the back surface of the armature (51) adsorbed by the rotor (52) and the end surface of the cylinder (24). (54) The relative fitting amount with the barrel (24) prevents the magnetism from the back of the armature (51) toward the end face of the barrel (24) when the electromagnet (53) is energized to attract the armature (51). leakage.