TW432161B - Method and means for varying piston-in-cylinder motion - Google Patents

Abstract

In a split-cycle machine as defined wherein a non-equiangular positioning of the axes of consecutive Geneva wheel sets provides an increase and/or decrease in the time period of at least one stroke of a cycle of operation of the machine. A coupling of the non-equiangular arrangement with asymmetric lobes on the Geneva wheels enables a wide range of cycle performance characteristics to be effected.

Description

The arrangement of the printed circuit at the position where the light-emitting diode is provided is complicated, so it is easy to cause an increase in production cost. In addition, when a printed circuit board or a flexible circuit board is connected to an external power source, it is generally achieved by soldering a power cable on the circuit board. Since the soldering process requires steps such as tin depletion and heating and pressing, this process costs More cost and time is not conducive to the competitiveness of the product. [New content] ^ Known electronics products 0 uses a printed circuit board or a flexible circuit board for the light-emitting pole set, and the printed circuit board or the flexible circuit board is generally connected to the external power source by welding the power cable Achieved, so easily lead to the problem of increased manufacturing costs. This creation provides a wiring module with light-emitting components, including a wiring unit, two transmission cables and two metal parts, where the wiring unit includes a plurality of metal wires arranged in parallel and an insulating layer covering the metal wires. The plurality of light emitting elements are disposed on the wiring unit and form an electrical connection with the metal wires. Two conductive contacts are formed at the ends of the wiring unit. The two transmission wire windings are arranged on the ends of the cable unit corresponding to the two conductive contacts. The transmission wire gauge does not have a metal wire. The metal part is provided with at least one sharp end to pierce the wiring unit, and the metal part is in contact with the conductive contact and the metal wire, so that the wiring unit and the transmission cable form electrical conduction. The wiring module with light-emitting elements provided in this creation uses flexible wiring to replace the printed circuit board or flexible circuit board that was originally used, and uses a metal structure to pierce the interference structure to electrically connect the flexible wiring. With transmission cables, not only the structure is simple and the cost is saved, the problem of increasing manufacturing costs caused by the conventional technology can be solved. [Embodiment] Please refer to one of the preferred embodiments shown in the first to fourth figures. The present invention provides a wiring module 1 provided with a light-emitting element 2. The main part is composed of a wiring unit 3 and two. The transmission cable 4 is composed of two metal parts 5. The wiring unit 3 comprises a plurality of metal wires 31 arranged in parallel and an insulating layer 32 covering the metal wires 31. A plurality of light-emitting elements 2 are disposed on the wiring unit 3 and are electrically connected to the metal wires 31. Two conductive contacts 33 are formed at the end of the cable unit 3, and the two conductive contacts 33 include a positive contact and a negative contact. The two transmission cables 4 are disposed on the ends of the cable unit 3 corresponding to the two conductive contacts 33, and the ends of the transmission cables 4 are located on the conductive contacts 33. A metal wire 41 is provided in the transmission cable 4. As shown in the third and fourth figures, this metal part 5 first pierces the cable single 3, then bends the metal part 5, and then pierces the transmission cable 4. In this embodiment, the metal piece 5 includes a body portion 51, a complex break portion 52 connected to the body portion 51, a plurality of folding examination portions 53 connected to the puncture # 52, and a plurality of bending portions 53 connected to the bending portions 53. The sharp ends 54 of which the main body 51 is abutted on one side of the cable unit 3 φ 34, the piercing portion 52 pierces the cable unit 3 from the side 34 to the other side%, and the bending portion M432161 53 extends The runner _ 4 on the 'wire end 54 is first pierced the cable unit, and then pierce the transmission wire gauge 4 and make contact with the metal wire 41 and the conductive contact 33', so that the cable unit 3 and the transmission cable 4 are electrically connected. . In this embodiment, the sharp end 54 pierces the metal wire 41 and the conductive contact 33 at the same time, but it is not limited to this. The sharp end 54 may also choose to pierce the metal wire 41 and contact the conductive contact 33. The conductive contact 33 is located on the other side 35 of the cable unit 3, and the end of the transmission cable 4 is also located on the other side 35 of the cable unit 3 and is located opposite to the conductive contact 33. The bent portion 53 of the metal part 5 is bent along the circumferential shape of the transmission cable 4 and extends to the point closest to the transmission cable 4 to the farthest distance from the cable unit 3. The sharp end 54 connected at the end of the bent portion 53 is adjacent to The transmission cable 4 is pierced at the farthest point, and the sharp end 54 extends toward the conductive contact 33 and pierces the metal wire 41. In addition, the metal member 5 is also provided with a holding portion 55, which is used to interfere with the fixed transmission cable 4 so as not to move or shake randomly. In this embodiment, the cable module 1 further includes two butt terminals 6 and an insulating body 7. One end of the transmission cable 4 is disposed on the cable unit 3, and the other end of the transmission cable 4 extends away from the cable. In the unit 3, the docking terminal 6 is disposed on the other end of the transmission cable 4 and forms an electrical contact with the transmission cable 4. The insulating body 7 is provided with a slot 71 for accommodating the docking terminal 6. The docking terminal 6 and the insulating body 7 form a connector 6 structure. To get power. It is worth mentioning that, in this practical towel, the end of the transmission Wei * is located on the other side of the cable unit 3 as the conductive contact 33 and the transmission line magic 4 is located on the conductive contact 33. Not limited to this, the end of the transmission line environment 4 may also be located on the side 34 facing away from the conductive contact 33, as long as the conductive contact 33 of the cable unit 3❸positive side and the transmission cable 4 correspond to each other. The area is formed by the metal piece 5. The negative contacts of the conductive contacts 33 of the 'connecting line 3' of the mutual connection and the other hiding and viewing 4 correspond to each other and are connected to each other by the other metal piece 5. 1 can achieve the purpose of this creation. In addition, the plurality of sharp ends 54 of the metal part 5 can also choose to directly penetrate the end of the end of the unit 3 and directly pierce the conductive contact 33 and the metal wire 41, = 1 the metal wire 41 and the conductive contact 33 form conduction, so its structural appearance The design of the puncture portion 52 may be omitted. In summary, 'The original wiring module with light-emitting elements is based on the use of flexible wiring to replace the printed circuit board or flexible circuit board that was originally used' and uses metal parts to pierce the interference structure. Flexible wiring and transmission cables, so not only simple structure

It can solve the problem of increased manufacturing cost caused by the conventional technology. P is a feasible example for the handle-bribery, but the 5 Haiguan example is not used to limit the patent target of this creation. 'Every other equivalent changes and M432161 completed without departing from the spirit of the technology disclosed in this Zhaozuo work. Modifications should be included in the scope of patents covered by this creation. [Brief description of the drawing] The first drawing is a three-dimensional view of the wiring module provided with a light-emitting element. The second figure is a three-dimensional exploded view of the wiring module provided with a light emitting element in the first figure. • The third diagram is a partially enlarged schematic diagram of the wiring module with light emitting elements in the second diagram during assembly. The fourth figure is a schematic cross-sectional view of the line module with light emitting elements along the line A A in the first figure. [Description of main component symbols] 1 cable module $ 2 light-emitting component 3 cable unit 31 metal wire 32 insulation 33 conductive contact 34 side 35 transmission cable on the other side 8 4 M432161 metal wire metal body piercing part broken Sharp end of the bent part butt terminal insulation body slot M432161 Notice book _ new type patent specification (this booklet / book format, order ^, please do not change arbitrarily, ※ mark part please do not fill in) ※ Application number:

HolR.] Yf〇 © οιί.οΐϊ 丨 L 3 ^ ί > (Ώοιο.οίΡ ※ Application date: ^ ※ "(: Classification:-, new type; ^ Ml English) A wiring module with a light emitting element

FLAT CABLE MODULE WITH LIGHT EMITTING

ELEMENT φ 2. Chinese New Abstract: A wiring module with light-emitting elements, including a wiring unit, two transmission cables, and two metal parts, where the wiring unit includes a plurality of metal wires and an insulation layer covering the metal wires. The plurality of light emitting elements are disposed on the wiring unit and form an electrical connection with the metal wires, and two conductive contacts are formed at the ends of the wiring unit. The two transmission cables are provided on the end of the wiring unit corresponding to the two conductive contacts, and the transmission cables are provided with metal wires. The metal part is provided with a sharp end to puncture the line unit, and the metal part is in contact with the conductive contact and the metal wire ′ to make the line line “• The unit and the transmission cable form electrical conduction. 'III. New English Abstracts: M432161 VII. Schematic Η- ^

M432161

M432161

M432161 toilet

M432161 IV. Designated representative map: (1) The designated representative map in this case is: (1) (II) The component symbols of this representative map are simply explained: 1 cable module 2 light-emitting element 3 cable unit 31 metal wire 32 insulation layer 33 Conductive contact 4 Transmission cable 5 Metal part 7 Insulated body

Claims (1)

101 /; 3 / J for supplementary amendments, as described in claim 2, a cable module provided with a light-emitting element, wherein the conductive contact is located on the other side of the cable unit, and the transmission line is located in the On conductive contacts. 2. The wiring module provided with a light-emitting element according to claim 5, wherein the bent portion is bent along the circumferential shape of the transmission cable and extends to be close to the farthest distance from the wiring unit on the transmission cable. Where the sharp end connected to the end of the bent portion punctures the transmission line adjacent to the farthest point, and the sharp end extends toward the conductive contact and pierces the second metal wire. 2. The wiring module provided with a light-emitting element as described in the request item, wherein the two conductive contacts include a positive contact and a negative contact, and the positive contact of the wiring unit and the transmission cable correspond to each other. In addition, mutual conduction is formed by the metal piece, and the negative electrode contact point of the cable unit corresponds to another transmission cable, and mutual conduction is formed by the other metal piece. Month], The cable module with a light-emitting element as described in the first item, wherein the sharp end pierces the end of the cable unit and the end of the transmission cable and directly pierces the conductive contact and The second metal wire enables the first metal wire and the conductive contact to be conducted. 2. The cable module with light-emitting elements as described in claim 1, further comprising: two docking end hands, one end of the transmission cable is disposed on the cable unit and the other end of the transmission line foot extends away from the cable The docking terminal of the line unit is disposed on the other end of the transmission cable and is electrically connected to the transmission cable; and M432161 is an insulating body, the insulating body is provided with a slot to accommodate the docking terminal, and the docking terminal and the The insulation system forms a connector structure. 10. The wiring module provided with a light-emitting element according to any one of claim 1 to claim 9, wherein the metal piece further includes a holding portion that interferes with and fixes the transmission cable.