WO2011097959A1 - Mechanical shaver with downward pressable shaving cap and inner power device thereof - Google Patents

Abstract

A shaver based on pure mechanical principle and a combination solution for providing power device to the razor, vibrissa cutter and shaver are provided. The shaver based on pure mechanical principle is composed of four parts: reciprocating or rotatable shaving head (2), downward pressable shaving cap (1), contact point (3) and power device (4). The power (4) device stores kinetic energy by rotating a rotary wheel (18) before using. During working, the power device (4) releases the kinetic energy by means of the action of internal gears and a lever (7) when the downward pressable shaving cap (1) is pressed to the face to be shaved, then the reciprocating or rotatable shaver head (2) works, so that the razor is used for shaving.

Description

 Instruction manual

 Mechanical razor with internal pressure shaving net and internal power unit

The present invention relates to a mechanical razor shaving method and a device combination for powering a shaver, nose hair, razor or the like.

 Background technique:

At present, there are many types of razors on the market, but most of them use electric motors as power to drive the cutter heads for shaving. The principles of the invention are made using mechanical principles. The structure is simple, easy to operate, and easy to carry and use.

 Summary of the invention:

It is an object of the invention to provide a razor made by a purely mechanical principle. It consists of four parts: a reciprocating or rotary cutter head (2), a pressable shaving net cover (1), a contact point (3), and a power unit (4). Parts selected for the mechanical examples in the drawings: gears (10, 11, 14, 15, 16, 19), fulcrum (8), lever (7), gear guide (6), rocker (18) .

 Before use, the power unit (4) stores kinetic energy by rotating the rocker (18). When in use, the shaving net cover can be pressed down (1). When the required shaving face is pressed down, the power unit (4) releases power through the action of internal gears, levers, etc., and the reciprocating or rotary cutter head (2) works. , to achieve the purpose of shaving.

 The power unit (4) can be equipped with a variety of power unit solutions: a power unit consisting of a spring and an elongatable and recoverable position or a compressible and recoverable device or material, a power unit consisting of a cylinder and a piston. Scheme 2, the power device scheme consisting of two magnets, scheme 4, consisting of a power plant consisting of a scroll spring or a soft material. One or more of the four main schemes can be combined in any combination of structure and position to form a new combination scheme.

 BRIEF DESCRIPTION OF THE DRAWINGS:

 Figure 1 is a conceptual understanding of the present invention

 Figure 2 shows the specific mechanical structure that can be designed based on the understanding of the concept.

Figure ³ shows the specific mechanical structure that can be designed based on the understanding of the concept.

 Figure 4 Schematic diagram of the mechanical structure of a viable part using multiple power units

 Figure 5 Schematic diagram of the mechanical structure of a viable part using multiple power units

 Figure 6 shows the specific mechanical structure that can be designed based on the understanding of the concept.

 Figure 7 shows the specific mechanical structure that can be designed based on the understanding of the concept.

 Figure 8 multi-speed transmission

 Figure 9 is a schematic view of the mechanical part (31) to which Figure 6 is applied.

 Figure 10 is a power plant solution consisting of a tension spring

 Figure 11 is a power plant solution consisting of a compression spring

 Figure 12 is a device scheme 1 that is stretchable and recoverable or compressed and recoverable.

Figure 13 is a material that can be stretched and repositionable, such as a rubber band, or a compressible and recoverable position. Figure 14 is a power plant solution consisting of a cylinder and a piston. Figure 15 is a power plant scheme consisting of a cylinder and a piston.

 Figure 16: Power plant scheme consisting of a cylinder and a piston

 Figure 17 Scheme 2 of a power plant consisting of a cylinder filled with a gas

 Figure 18: Power plant solution consisting of two magnets. Figure 3 - Figure 19 Power plant solution consisting of two magnets.

 Figure 20: Power plant scheme consisting of a scroll spring

 Figure 21: Power plant scheme 4 consisting of soft materials such as rubber bands

 FIG. 22 is a new power device composed of a power device scheme 1, a power device scheme 2, and a power plant scheme 4. FIG. 23 is a new power device composed of a power device scheme 1, a power device scheme 2, and a power plant scheme 3. FIG. Sectional view of the wheel (20) on the groove

 Figure 25 shows the specific mechanical structure that can be designed based on an understanding of the concept.

 Figure 26 is a schematic view of the card (30) in Figure 25

 Figure 27 is a schematic view of the contact point parts in Figure 25.

 detailed description:

 In Fig. 2, an understanding of the inventive concept is shown, and a specific mechanical structure can be designed. Rotate the rocker (18), the drive gear (17) rotates clockwise, and the gear (11) rotates up the track (9). At this time, the power unit (4) converts the kinetic energy of the gear (17) into potential energy and stores the potential energy. The rotation of the rocker (18) can be done by pulling the rope or by hand. In use, the lower pressure presses down the shaving net cover (1) so that the lower end contact point (3) of the lever (7) is separated from the gear (10). At this time, the power device (4) with potential energy releases energy, and its potential energy is converted into the kinetic energy of the gear, which drives the reciprocating or rotary cutter head (2) to rotate. According to the need of internal gear rotation, a multi-speed shifting gear device can be selected, and Fig. 8 is one of the multi-speed shifting devices. The device (5) is a device that can reduce the rotational speed of the gear. For example, if the gear speed is too fast, the device can be selected. The cutter heads selected for use in the present invention require constant technical improvements to achieve a better shaving effect.

 In Fig. 4, the groove wheel (20) can be connected to the gear (11) of Fig. 3. When the contact point (3) is separated from the gear (10), a plurality of power units can sequentially release power. Before the rocker (18) is unscrewed, the power unit (4) has a certain effect on the rope so that the pressure plate (27) acts on the power guide (25). Thus, the contact point (26) is separated from the guide gear (23). When the rocker (18) is turned, a plurality of power units (4) store energy. The groove wheel (20) and the leading end fine teeth of the guide rods (21, 22) are only rotatable in one direction, and are lost between the groove of the ia sheave (20) and the serration of the leading end of the guide rod in the opposite direction. effect. The front plate spring of the fixing plate (24) has a certain effect on the guide rod (22). Similarly, the relationship between the guide gear (23) and the contact point (26) is the same as the relationship between the groove wheel (20) and the guide rods (21, 22).

 In Fig. 25, the relationship between the groove wheel (28) and the gear (29) and the groove wheel (20) are similar to the tip teeth of the guide rod (21), which can only be rotated in one direction, and the groove in the opposite direction. The groove of the wheel (28) and the serration at the front end of the gear (29) are lost.

 In Figure 17, effective measures should be taken for the airtightness of the cylinder to ensure the performance of the power provided by the unit.

Claims

Rights request  1. A razor having the concept of a pressable shaving net cover made of mechanical principle, comprising a reciprocating or rotating cutter head (2), a pressable shaving net cover (1), a contact point ( 3) a power unit (4), characterized in that the pressable shaving net cover (1) catches a contact point of the power device (4) having potential energy when the required shaving face is pressed down ( 3) Loss of function, the power unit (4) releases mechanical energy, and the reciprocating or rotating cutter head (2) works to achieve the purpose of shaving.  2. A razor having a mechanically embossed shaving mesh concept according to claim 1, wherein said power unit (4) satisfies a rocker (18) The kinetic energy of the kinetic energy is transformed into its internal potential energy, and the internal potential energy can be released and converted into the kinetic energy of the gear (17).  3. A razor having a mechanically embossed shaving net cover concept according to claim 1, wherein said pressable shaving net cover (1) is loaded to shave The number of knives must be at least one, and there may be a shaving hood that is not capable of pressing down the shaving net.  A razor having a mechanically slidable shaving net cover concept according to claim 1, wherein said power unit (4) is of an unlimited number.  5. A razor having a mechanically slidable shaving net concept according to claim 1, wherein the contact point (3) satisfies the control power device (4) Yes, its shape is not limited.  6. A razor having a mechanically embossed shaving netting concept according to claim 1, wherein said shaving has the concept of a compressible shaving net cover The knife is preferably in the form of a lever (7).  7. A power unit combination scheme for a shaver, a nose hair device, and a razor, characterized in that it comprises four main schemes:  (1) Power plant solution consisting of a spring and an elongatable and recoverable position or a compressible and recoverable device or material (2) Scheme 2 of the power plant consisting of a cylinder and a piston,  (3) Power plant scheme 3 consisting of two magnets,  (4) Scheme 4 of a power plant consisting of a soft material such as a spiral spring or a rubber band.  The four main schemes can be separately loaded into the designed mechanical structure to power the machine. One or more of the four main schemes can be combined in any combination of structure and position to form a new combination of solutions. Among the mechanical structures specifically designed.