TH42124B - Hinge mechanism - Google Patents

Abstract

DC60 (14/11/40). This invention involves a hinge mechanism. which provides for a sealed sound lead The sound in the audio conductor (13) that is separated between the communication unit (11) and the folded cover (12) has at least two cores (21, 22). Rockable connection with open cover with the communication unit Each axis is available at each rocker point (26, 27) for the on-off section. Along the rocker axis (25) of the flange, the acoustic connector is available in the first rocker point (26) for the opening between opposite faces on the opening. and opposite surfaces on the communication unit, the audio conductors (13a, 13b) are therefore connected to each other regardless of whether The closed and open will come in a rocker position where it is related to the communication unit. The hinge mechanism consists of At least one (32) compressible elastic element. which through the axis (22) at the second rocking point (27) will exert a force on the two opposite surfaces, so the sound guide will be compressed. together and sealed to prevent sound ingress This invention is related to the hinge mechanism. which provides for acoustically sealed sound conduction points in the audio conductor (13) that is separated between the communication unit (11) and the folded cover (12) having at least two cores (21, 22). The most swayable connector in which the cover opens to the communication unit. Each axis has are located in each rocker point (26, 27) for the open cover along the axis of the rocker (25) of the flange, the audio guide connection is available in the first rocker point (26) for the opening between the straight faces. cross together on the opening and opposite surfaces on the communication unit, the audio conductors (13a, 13b) are therefore connected to each other independently. that the closed part will come in the rocker position which is related to the communication unit The hinge mechanism consists of parts. Flexible, compressible to at least one (32) piece, so the audio junctions are compressed together and sealed to prevent sound ingress.

Claims (4)

1. Hinge mechanism for the folding opening (12) for the communication unit (11) to provide a shielded sound conductor connection. Sound enters into sound conductors (13a, 13b) separated between sections. Switch off and on at the same time that the shutoff can The rocker is related to the communication unit where the sound conductors are arranged. From the first part of it (13a) from the audio input (14) on the toggle through its second part (13b) to the microphone (28) in the communication unit. And where the closing part (12) can rotate relative to the communication unit (11) around at least two rocker points (26, 27, 29, 95). Which simultaneously it defines the rocker axis (25), where the two protruding axes (21,22, 21a, 21b, 22a, 22b, 51, 53, 61, 65, 91a, 91b) are at least. Each axis is aligned at each rocker point to connect the rocker, the closing part to the communication unit directed by The characteristics at the sound conductor junction are arranged by the first rocking point (26, 27, 95) for the opening between the opposite surfaces. Together one on the opening (12) and the second opposite surface. On the communication unit (11) and at least the first of the two cores (22, 22a, 22b, 53, 65, 91a, 91b), at the very least, the force from the compression axis is obtained. In the direction of the rocker axis, so the second (21, 53) part of the biaxial axis is Minimal will create The force on one opposite surface is relative to the opposite surface. The second one Where the first and second sounds (13a, 13b) are connected, hermetically sealed to each other. It is not related to the rocking position of the closing part. 2. The hinge mechanism specified in Clause 1, which is directed by the manner in which the second part (22b, 91b), both axes are At the very least, it gets the force of the compression force. In the direction of the rocker axis In order to increase the pressure on the opposite surface The first is related to the second opposite surface. 3. The hinge mechanism as specified in Clause 1 or 2, which is directed by the axial manner (22, 22a, 22b, 65, 91a, 91b), which generates opposing surface forces, extends from the hinge portion (17, 16, 71, 73) in the communication unit (11), where the opening (12) consists of: The opposite hinge section (16, 17, 74a, 74b) comprising the edge (24, 67, 78a, 78b, 94a, 94b) where the axle is mounted, with the second rocker point (27) for the opening. will It is between the lower frontal surface of the border and the distal face at Axis protrusion, so the axis (22, 22a, 22b, 65, 91a, 91b) compresses the edges (24, 67, 78a, 78b, 96a, 96b) with the open (12) closed. In the direction of the rocker axis, the two opposite faces are pressed together. 4. The hinge mechanism specified in Clause 1 or 2, one directed by the said axis (53) manner. Which generates such opposing surface forces extending from the hinge section (16) that make up the closure part (12), where the communication unit (11) consists of opposite hinge segments (17). Edge (55) where the axis (53) is worn, where the second rocking point For the opening, it lies between the horizontal lower face (55) and the protruding end face of the axis (53), so the axis (53) is compressed by a spring force towards the edge (55), where The cover (12) is pressed in the direction of the rocker. So the face is straight. Across each other, the two are pressed together. 5. The hinge mechanism specified in Clause 1-4, which is directed by the manner on the axis (53), which generates opposing surface forces. It will line up steadily and fit into the edge (55), moving in the direction of The edge of the rocker (55) is affected by the elastic compression force in the direction of the rocker 6. The hinge mechanism, as specified in Clause 1-4, is directed by the axial manner (66 ) Such, which generates opposing surface forces in and of itself, is the ejection piece. 7. Hinge mechanism, as specified in Clause 1-4, where such axes (22, 22a, 22b, 91a, 91b) create a compressive force on Such opposite surfaces can move. (32, 32a, 32b, 92) 8. Hinge mechanism as specified in Clause 7, which is directed by the axial manner (22, 22a) in the direction of the rocker axis and is attached to the flexible compression element (32, 32a, 32b, 92). , 22b, 92) is a thrust pin 9. The hinge mechanism specified in Clause 5-7, one of which is directed by the nature of the elastic compression part (32, 32a, 32b, 92). It is a mechanical spring 1 0. The hinge mechanism, as specified in Clause 6-8, is directed by the manner in which the part compresses by force. Elastic rebound (65), made of rubber material 1 1. The hinge mechanism specified in Clause 9 and 10, any of which is directed by the axial manner (22, 22a, 22b, 91a, 91b, 65) It consists of a lock (35, 66, 93a, 93b) that prevents the spindle from rotating around the rocker axis in relation to the flap section where it extends. 1 2. The pulsed mechanism as indicated on the hand held. Any of the rights 9 and 10, directed by such axial characteristics (22, 22a, 22b, 91a, 91b, 65) consists of a locking set (35, 66, 93a, 93b) that prevents the axis from moving. Go far in the direction of the rocker axis From the hinge section where it extends so that it does not come into contact with the hinge part 1 3. The hinge mechanism, as specified in Clause 1-12, is directed by the axial manner (21, 51 , 61, 21a) are aligned firmly on the hinges (14, 15, 75) that make up the communication unit (11) in the first rocker point (26, 79) for the toggle, where the snap (12 ) Consists of sections Hinges opposite each other (15, 17, 74a) block the edges (23, 52, 62, 77a) where the axes are worn. Where the end surface that protrudes The coming of the axis and the lower face of the edge make up the face. Contrast the above 1 4. The hinge mechanism, as specified in Clause 1-13, which is directed by the manner in which the axis is fixed, is fixed by the hinge section in the closing part in the rocking point. One for the enclosures, where the communication unit consists of a hinge section with a The edge where the core is attached Where the tip of the face is extended Coming out of the axis and the lower surface of the edges make up the surface 1 5. The hinge mechanism specified in Clause 1-14, any of which is directed by the manner in which each axis can rotate. Around the rocker axis is in contact with the hinge section where it protrudes. 1 6. The hinge mechanism as specified in Clause 1-15, any of which is directed by the manner in which the axis is One (22, 51, 53, 65, 22a, 22b, 91a, 91b) is at least in conjunction with the edge (24, 52, 55, 67, 78a, 78b, 94a, 94b) where the axle is attached. Push is a male-female connection 1 7. The hinge mechanism is specified in Clause 16 where the protruding ends of the axes (22, 51, 53, 22a, 22b, 91a, 91b) are shaped. V and the edge (24, 52, 55 ,. 78a, 94a, 94b), where it is worn, consists of at least one V-shaped groove.1 8. Hinge mechanism as specified in Clause 17 at Clause 17. Where the V-shaped ends of the axes (22, 51, 53, 22a, 22b, 91a, 91b) fit into the V-shaped groove along the edges (24, 52, 55, 78a, 78b, 94a, 94b) when the section Closed, opened, in open position 1. 9. The hinge mechanism specified in Clause 1-18, any of which is directed by at least one axis (61). The ends are protruding in a circular shape, where the edge (62), where the spindle is attached, has a reciprocating shape 2 0. The hinge mechanism as specified in Clause 1-19, which It consists of the first (21, 51, 61) and the second (22, 53, 65) axis, which are directed by the mechanism. The hinge continues with the first (15) outer hinge, the second (16) outer hinge, both of which are pushed in. The part (12) or communication unit (11) and the inner hinge (17) between the two outer hinges. And assembled in another part of the closed or communication unit. Where the hinge section (15, 16, 17) and the axle (21, 51, 61, 22, 53, 65) are located in the direction of the rocker (25), where the sash section Folds directed towards the first and second axis, respectively, consisting of the first edge (23, 52, 62) and the second edge (24, 55, 67), respectively where each axis is attached. Therefore, the first axis (21, 51, 61) will connect the rocker. Yes, the first (15) outer hinge part and the first (19) end of the inner hinge (17) and the second (22, 53, 65) hinge are loosely connected to the outer hinge section. The second (16) and second (20) end of the inner hinge section (17), where the first (26) rocking point is located between the hinge segments. Outside the first (15) and the first (19) end of the hinge section. The inside and the second rocking point (27) are located between the second (16) outer hinge section and the second (20) end of the inner hinge section 2. 1. The hinge mechanism, as defined in claim 20, where directed by the manner in which the inner hinge section (17) consists of an elastic element (32) that compresses in the direction of the rocker shaft and where it provides pressure in The direction of the rocker is directed towards the second outer hinge section (16) so that the second outer hinge section is pushed out. From the second (20) end of the inner hinge section where the hinge section The outside one is pushed towards the end of the inner hinge section. The two opposite faces in the sound conduction junction are compressed to each other, so the sound conductor junctions are compressed. And became a sound protection part 2 2. The folding arm, as specified in claim 20, where directed by the manner in which the second (16) outer hinge section consists of an elastic element (65) that is compressible in the direction of the rocker and a force carrier. In the direction of the rocker is directed towards the second end of the inner hinge section (17) so that the inner hinge section (17) is pressed in the direction of the rocker from the second outer hinge section (16) where the end One (19) of the inner hinge section (17) is pressed towards the first (15) outer hinge section with opposite faces. The two in the audio junction are pushed towards each other, so the audio junction is compressed and fed. 3. The hinge mechanism, as specified in one of Clause 21 and 22, is directed by the manner in which a first (40) gap is formed between the second (16) hinge section and the second (20) end. ) Of the third hinge section, when the second hinge section gets The force from the force of the elastic element (32), where the closure (12) can be separated from the communication unit (11) when the gap (40) is compressed 2. 4. The hinge mechanism, as defined in Clause 1-19, which is directed by the manner in which the hinge mechanism consists of The first (71) outer hinge and the second (72) outer hinge (73) and the first (73) inner hinge. They form one communication unit (11) or an opening (12) and a second inner hinge (74a). Another communication unit (11) or opening (12), with the second inner hinge section (74a) worn between the flanges. Fold the first outer hinge (71) and the first end of the inner hinge section (73) and where the third inner hinge section (74b) is placed between the first end of the inner hinge (73) and. The second outer hinge. Where the closed part will rotate Relates to the communication unit at the rocking points between the hinge segments, with each part where the sound junction is located at one point (79, 95) (24 claims, 5 pages, 8 photos).