• 专利附录
  • 专利说明
  • 权利要求
  • 类似技术
  • 同族专利
  • 引用文献
  • 法律状态
  • 优先权
    • 专利摘要:
    One of the prerequisites for performing a good golf stroke where the ball gets optimal back-spin is that the golf club is clean of dirt in the golf club's friction grooves and on the golf club's striking surface. The invention provides a brush machine for cleaning the friction grooves and the striking surface of a golf club after performing a golf stroke. There are requirements for the cleaning task to be performed: Effectively so that the desired effect occurs; fast so the game does not slow down; and quiet so fellow players are not disturbed. The invention performs the cleaning task in accordance with the requirements: The invention is best illustrated by Figure 1. where the most important parts of the invention appear: Brush [1], Brush house [2], Technology house [3] and the golf club [9] standard location in the brush housing, for cleaning.
    公开号:DK201300237A1
    申请号:DK201300237
    申请日:2013-04-22
    公开日:2014-10-23
    发明作者:Pedersen Torben Bloch；Pedersen Martin Meldgaard
    申请人:Pedersen Torben Bloch；
    IPC主号:
    专利说明:

    Description
    The invention relates to a brush machine for the cleaning of golf clubs after a golf stroke, in connection with training, games on the field and post-cleaning. The machine, which is powered by either mains power, battery / accumulator or solar cells, is used both stationary and mobile.
    The machine is characterized by a specially designed brush housing with a special helical rotating brush. The machine is also characterized by a technical house where automatic functions operate and control the operation of the brush.
    The machine's features enable a quiet and perfect cleaning of the golf club head's impact surface and friction grooves. The features of the machine enable cleaning of the golf club head's impact surface and friction grooves without the use of human physical exertion.
    The golf club head is passed past the built-in sensors in the brush machine's engineering housing, after which the machine's electronics automatically start brush rotation. The special design and angling of the brush housing and the coil formation of the brushes cause the golf club head to automatically push itself into the correct position for depth cleaning of the golf club friction grooves and the golf club impact surface. Dirt, thrown away at the back of the brush house, and collected in the wild, possibly in a dirt container.
    United States Patent 3,704,475 uses a cone-shaped brush. A strong physical pressure must be applied from the user to the golf club's shaft to create the necessary friction for cleaning. This is a clear disadvantage, as there is a high risk of the golf shaft being bent, or otherwise damaged in the opening of the machine, during use. In addition, the functionality is hampered by the user having to press the golf club hard and precisely against the brush to achieve an effect. The brush performs superficial cleaning, which is a clear disadvantage, since the need for cleaning is not met if no depth cleaning is provided in the friction grooves of the golf club head.
    It is recommended that this machine be used with water. This is a clear disadvantage, as replacing and replenishing water is time consuming and requires continuous access to water.
    The invention provides a pointed and blunt bristled housing and a cylindrical brush where the bristles are mounted in helical formation. Thus, all the power transmission takes place in interaction between the brush housing, brush and club head. The result is an efficient, automatic and safe depth cleaning of the golf club's friction grooves and impact surface, without the risk of damaging the equipment. Unlike existing solutions, the machine can be operated efficiently by all normally functioning people, without any demands on the physical ability of the user.
    The machine performs dry cleaning and thus works without the use of water or chemicals. The brush machine is designed so that it can be used for both hand-held golfer and left-hand golf clubs.
    In a particular embodiment, the brush housing is manufactured in a pointed and butt-angled dimension, ensuring that all standard golf clubs will have a proper fit for cleaning the entire club head's impact surface and friction rails in one workflow.
    In one particular embodiment, the brush is dimensioned ten! cleaning the entire surface of the golf club head in one operation as it rotates and is used in conjunction with claim 2. The individual bristles' stiffness and diameter cause the stock fairy hairs to fully penetrate the golf club head friction grooves, whereby the helical design draws the golf club head into the proper position and tension for optimal cleaning of the friction grooves of the golf club head.
    The invention is designed with a Start / Stop function there, without any physical touch! check that starting occurs only under safe conditions and that stopping occurs after a specified operating time or at a specified load. The start function is activated by changing a magnetic field when the club head or other type of magnetic material is passed past the brush machine's engineering housing, where sensors connected to the machine's electronic control board activate the brush motor. The electronic control board of the machine is equipped with an overload protection that cuts off the motor if, for example, a hand gets caught during use. The machine is equipped with a timer function, so the machine automatically stops after a preset time.
    List of Figures
    The invention will be explained in more detail below with reference to the drawing, in which
    Figure 1. shows the overall structure of the brush machine
    Figure 2. shows start sensors from above
    Figure 3. shows start sensors seen. over again
    Figure 4. shows the golf club introduced into the brush housing
    Figure 5. shows the particular angles of the brush housing
    Figure 6. shows universal fit
    Figure 7. shows automatic brush positioning
    Figure 8. shows horizontal tilt
    Figure 9. shows vertical tilt
    Figure 10. shows golf club head release
    Figure 11. shows brush group bristles
    Figure 12 shows the construction of the brush
    Figure 1. The overall structure of the brush machine
    The invention consists mainly of a specially designed brush [1] located in a specially designed brush housing [2] which is built together with a technical housing [3] containing a number of technical and electronic functions for operation and control of the brush function.
    The invention is driven by electric current which is either strong current or low current, as determined by the user's choice. This power is distributed by a dual power supply [4] for power selection, which is either a power supply or a battery [8] charged by the power supply [4] or externally connected solar cells. For controlling the power supply [4] and the brush machine's power source selection functions, the invention has a built-in electronics print [5] which also has an integrated timer function for timed use, as well as an overload protection that interrupts operation if a hazardous clamping situation is developing.
    The rotating brush function of the invention is driven by a geared motor [7] with specially adapted revolutions per minute, for optimal friction between the specially designed bristles [Figure 11., 24] and the golf club head [9].
    The machine starts when a piece of magnetic material is passed close to the built-in sensors [6]. The sensors [6] detect the disturbances in the magnetic field that occur when a piece of magnetic material is passed through the magnetic field, and then a signal is sent to the electronic print [5] which converts the signal to a power connection starting the motor [7].
    The timer function in the electronic print [5] cuts off the power to the motor after a preset time.
    Figure 2. Top view sensors
    The golf club head is routed externally [10] toward the invention's built-in magnetic field [6], after which the sensors detect a change in the magnetic field of the machine and send starting and operating current to the engine of the invention [7].
    Figure 3. Front view start sensors
    The golf club head is moved sideways back and forth in front of the machine's built-in magnetic field [6], after which the sensors detect a change in the machine's magnetic field and transmit starting and operating current ten! the engine of the invention [7],
    Figure 4. The golf club is introduced into the brush housing The rotation of the brush [12] is counterclockwise for right-handers and clockwise for left-handers. When the club head is inserted into the brush housing [13], the rotating brush automatically pulls the club head into the proper brush position [ref. also Figure 7.19].
    Figure 5. Brush housing special angles
    The cone-shaped brush housing has an inner blunt angle [14] at the top and an inner tip angle [15] at the bottom. If the cylindrically shaped core brush [Figure 11.] is placed in the brush housing, two angular spaces [16] occur between the brush and the outer walls of the brush housing, where the golf club head is introduced for cleaning. The angled space shape ensures that the golf club head can move freely for optimal placement before clamping in the cleaning position.
    Character. Universal fit
    The interaction between the brush housing and the height of the brush, and the angles of the brush housing [14,15] mean that the invention can clean all standard golf clubs, where wide-sole clubs are operated at the bottom. [17] in the brush housing, and narrow-soled clubs are operated at the top [18] in the brush housing.
    Figure 7. Automatic brush positioning
    The golf club is inserted at the bottom of the brush housing and lifted until the rotating brush grabs [19] in the club head.
    The helical brush formation draws the golf club into and up the brush housing, so that the club head wedges between the brush and the brush housing. This means that the user does not have to use special physical strength to achieve a brush effect, and that. the brush function adjusts sharply to. depth-cleaning golf club head impact surface and friction rillies.
    Figure 8. Horizontal tilt
    Golf clubs with particularly long clubheads longer than the diameter of the brush are cleaned over the entire impact surface and in all friction grooves by the user doing a horizontal tilt with the cooling shaft [20]. The lower part of the club shaft rests against the upper edge of the brush housing [2], which is covered with a protective material, after which a horizontal tilt can be made according to the barbell principle, without damaging either the golf shaft or the brush housing.
    Figure 9. Vertical tilt
    Golf clubs with dried dirt must have a stronger brush pressure than the pressure generated by the automatic brush effect of the invention [ref. Figure 7.19]. The brush cone's special cone design [ref. Figures 5, 6 and 7] allow the user to apply the lever principle to make a vertical tilt [21] with the club leg, thus creating a stronger pressure on the club head, after which the club head is effectively cleaned of dirt.
    Figure 10. Golf club head release
    After cleaning of the golf club head and friction grooves, the user exerts a slight downward pressure [22] on the golf shaft so that the club head is released from its wedged wedge position in the brush housing, and can then be ejected from the machine [23],
    Figure 11. Bristles group bristles The brush's special design consists of a number of bristles groups with individual bristles [24]. The individual bristles are dimensioned so that they have both strength and agility to penetrate completely into the friction rails for optimal cleaning.
    Figure 12. Brush The brush consists of a solid core [29] in which a plurality of holes are cut for mounting a plurality of brush groups, cf. Figure 11. The cut-out holes made in a spiral formation [26] so that the brush achieves its special characteristic , forcing an upward movement on the golf ball head when it comes into tension between the brush and the outer wall of the brush housing [19]. A hole [25] is drilled in the center of the brush core, in which a shaft [30] is lowered which is fixed by a spindle screw [27] so that the brush is fixed right at the top of the brush housing.
    A hole [28] is drilled in the center of the bottom of the brush core for use on the motor shaft [32] which is clamped with a spindle screw [27]. The motor shaft hole is also a water lock, mounting a sleeve [31] with a sealing ring [33] from the underside of the motor housing [3], and up through the center of the brush core [28]. This water trap prevents water penetration from the stock side into the engine.
    权利要求:
    Claims (4)
    [1]
    1. Golf club cleaning machine, characterized by a specially designed brush housing with a special, spiral rotating brush. Also characterized by a technical house where automatic functions operate and control the operation of the brush.
    [2]
    Brushing machine according to claim 1, characterized by a trapezoidal shaped brush housing [Figure 5.] with an inner blunt angle [14] at the top and an inner pointed angle [15] at the bottom, forming two wedge-shaped spaces between the brush and the brush housing [16],
    [3]
    Brushing machine according to claims 1 and 2, characterized by a core brush [Figures 11 and 12.] wherein the brush groups of the brush are composed in spiral formation and wherein each brush group consists of a number of individual bristles [24], the brushes with built-in water lock [28, 31, 33] which also acts as a motor shaft fastener [32],
    [4]
    Brushing machine according to claims 1, 2 and 3, characterized by automatic start function by utilizing the Hall effect phenomenon occurring in the interaction between electric current and a magnetic field.
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    同族专利:
    公开号 | 公开日
    DK178591B1|2016-08-01|
    引用文献:
    公开号 | 申请日 | 公开日 | 申请人 | 专利标题
    US5940918A|1997-06-24|1999-08-24|Binette; Marc R.|Apparatus for cleaning a golf head|
    JP2001029524A|1999-07-19|2001-02-06|Daikoo Kenzai Kk|Device for cleaning grip of golf club|
    法律状态:
    2015-12-21| PHB| Application deemed withdrawn due to non-payment or other reasons|Effective date: 20151205 |
    2016-07-04| PGE| Re-establishment of rights: approved|Effective date: 20160630 |
    2020-11-14| PBP| Patent lapsed|Effective date: 20200422 |
    优先权:
    申请号 | 申请日 | 专利标题
    DK201300237|2013-04-22|
    DKPA201300237A|DK178591B1|2013-04-22|2013-04-22|Golf club cleaner|DKPA201300237A| DK178591B1|2013-04-22|2013-04-22|Golf club cleaner|
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