EP1993352A1

EP1993352A1 - Holder for roll units, receiving module for a roll holder, and fishing rod comprising one such holder or receiving module

Info

Publication number: EP1993352A1
Application number: EP07711241A
Authority: EP
Inventors: Helmut Klein
Original assignee: Individual
Current assignee: Individual
Priority date: 2006-03-16
Filing date: 2007-03-15
Publication date: 2008-11-26
Also published as: WO2007104303A1; DE102006013031A1

Abstract

The invention relates to a holder for fixing roll units (5), especially stationary roll units and/or multiple roll units, to a fishing rod (1). Said holder (4) comprises at least one receiving module (13), the receiving plane (E) of which forms a pre-defined angle (?) with the longitudinal axis (HL) of the holder (4) or the axis of the rod (RA). The invention also relates to a receiving module for a roll holder for fixing roll units (5), said receiving module (13') having a receiving surface (14) for receiving a roll unit (5) and an opposing bearing region (14'). Advantageously, the receiving surface (14) and the bearing region (14') form a pre-defined angle (?') and a clamping element (18) is provided on the receiving surface (14).

Description

Roll unit holder, roll holder holding module and fishing rod having such a holder or receiving module

The invention relates to a holder for roller units, in particular stationary or multi-role according to the preamble of claim 1, a receiving module for roll holder according to the preamble of claim 9, a fishing rod with such a holder or a receiving module for a holder according to the preambles of the claims 17th and 18.

Roller units for winding and unwinding a fishing line are known in various embodiments and dimensions. For example, these can be designed as stationary rollers or multi-roles.

From a handpiece and a spike existing fishing rods have on their hand part on a holder or roll holder for attachment of such roller units, in particular of stationary rollers or multi-roles.

Individual fishing rods typically have a plurality of line guide rings attached to the outside of the pointed part for cord guidance. The cord guide can also be integrated into the pointed part, which is designed to be hollow and has a cord entry opening facing the handpiece and a cord exit opening arranged at the end opposite the handpiece. About the line entry opening unwound from the coil of the reel unit cord is inserted into the cavity of the pointed portion and out at the opposite end on the line exit opening out again. Such fishing rods are also referred to as inline rods. To attach the respective roller unit to the holder, a foot unit formed integrally with the roller unit is provided, the contact surface of which rests laterally on the handpiece of the fishing rod or the holder area and is screwed to the holding part of the fishing rod by means of preferably an adjustable holding element of the holder. In particular, in stationary rollers, the fishing line is wound up and unwound on a coil which is arranged almost parallel to the longitudinal axis of the rod axis or holder axis. After leaving the reel of the reel unit, the fishing line is deflected over a rotor hoop and passed through a first guide ring ("guide ring") of the fishing rod. ) depending on the respective rotational position of the coil. When the fishing line is unwinding or reeling in, the fishing line forms a so-called "cord cone." If this line cone is not uniform or symmetrical, that is, the distance between the reed section turned to the device and the reference point and the opposite side of the device turned away coil portion and the reference point of different sizes, then arises when ejecting the cord and / or when catching ("drill") a non-uniform jerky ejection or Einholbewegung. This leads to a jerky movement of the device tip, which is responsible, for example, for the slitting of a hooked fish with. In conventional fishing rods with a commercially available reel seat up to 10 mm distance difference can occur on the string cone, which lead to four to five jerky impacts at the tip of the fishing rod per 1 m fishing line.

Proceeding from this, the present invention seeks to further develop a conventional holder for reel units, in particular stationary and / or multi-reel units for fishing rods such or retrofitted with a receiving module that allows a uniform catching or ejecting the fishing line using conventional reel units. W

The object is achieved on the basis of the preamble of claim 1 or 9 respectively by its characterizing features.

The previously derived and indicated object is achieved according to a first teaching of the present invention by a holder having at least one receiving module whose receiving plane with the longitudinal axis of the holder or with the rod longitudinal axis includes a predetermined angle. Such an angle arranged to the holder axis or rod axis roller holder eliminates the known from the prior art disadvantages, in particular, each roller unit of any type can be aligned exactly to a respective predetermined reference point. For example, in a stationary-type fishing rod, the center axis of the reel unit can be exactly aligned with the central axis of the first line guide ring ("reference point") of the pointed part so that the line taper forming when the fishing line is unwound or wound symmetrically to the central axis Depending on the distance between the first guide ring and the line entry opening in the case of inliner rods to the roller unit attached to the handpiece, the less the blank portion of the pointed part is loaded more uniformly the height of the forming cord cone is.

According to a second teaching of the invention, the previously derived and indicated object is achieved by a receiving module for a roll holder, which has a receptacle for receiving a reel receiving surface and an opposite support area, wherein the receiving surface and the support area are arranged at a predetermined angle to each other. Roll holders according to the state of the art can thus be retrofitted in a particularly advantageous manner by means of a receiving module having a plurality of different angles, in order to ensure optimum positioning on the fishing rod allow mounting roller unit based on a given reference point. Further advantageous for retrofitting a conventional holder no special tool is required.

In a preferred embodiment, a clamping element is provided on the receiving surface of the receiving module.

Advantageously, the Aufnahmemodύl is also wedge-shaped and used in a conventional holder module.

Further advantageous embodiments of the holder according to the invention, in particular a fishing rod with a holder according to the invention or a receiving module according to the invention can be found in the further claims.

The invention will be explained in more detail using an exemplary embodiment with reference to drawings. Show it:

1 by way of example a fishing rod with stationary roller and guide rings,

2 shows an example of an inliner rod with stationary roll,

3 shows by way of example in side view the holder according to the invention for

Roller units, Fig. 4 shows an example of a plan view of the holder according to the invention according to FIG.

3, Fig. 5 shows an example of a side view of the invention shown in Fig. 3

Fig. 6 by way of example a wedge-shaped receiving module, Fig. 7 by way of example a roll holder according to the prior art with inserted receiving module according to the invention and 8 shows by way of example a roll holder according to the prior art prior to the insertion of the receiving module according to the invention.

In the figures, 1 is a fishing rod, in Fig. 1 is a telescopically shaped fishing rod and in Fig. 2 shows an inliner rod, each having a handle part 2 and a pointed part 3. Here, a hand part 2 associated with the end of the pointed part 3 is often referred to as Rutenblank, which is connected for example via a plug connection with the handle part 2.

Further, a holder or roll holder 4 is provided on the hand part 2, by means of which a roller unit 5 is attached to the hand part 2. The reel unit 5 may in this case be designed, for example, as a stationary reel unit or as a multi reel unit. The reel unit 5 has a spool 6 for receiving and discharging a fishing line or cord 7.

The roller axis or rotation axis D of the roller 6 corresponds to the central axis of the roller unit in the case of the stationary roller unit and is arranged approximately parallel or at a slight angle inclined to the rod axis RA by means of roller holders designed according to the prior art. Different from this, the axis of rotation D of the roller 6 of a multi-functional roller (not shown in the figures) runs almost perpendicular to the rod axis RA.

The fishing line or cord 7 is received in a fishing rod 1 according to the figure 1 via at least one first guide ring 8 at the handle part 2 facing the end of the spike part 3 and possibly further guide rings 8 ', 8 ", 8'", 8 ""led to the tip 3 'of the pointed part 3, on which a closing ring 8'""is arranged for dispensing or receiving the cord 7. In contrast to this, in the inliner rod 1 shown in FIG. 2, the cord 7 is guided within the tip portion 3 of the fishing rod 1, which has a cavity at least in sections. The cord 7 is introduced via a line entry opening 9 into the cavity of the pointed part 1 and leaves it via a line exit opening 10 arranged in the region of the tip 3 'of the pointed part 3.

For attachment of the respective roller unit 5 on the holding part 2 of the fishing rod 1, the roller unit 5 usually has a roller foot 1 1. The roller foot 11 is preferably formed integrally with the roller unit 5 and, in addition to a connecting web, has a planar, flat contact section 12. The contact section 12 is located parallel to the route axis RA aligned to the handle 2 of the device 1 for attachment of the reel unit 5 and is connected via the holder 4 with the handle 2.

For this purpose, the holder 4, for example, a first and second holder portion 4.1, 4.2, wherein the first holder portion 4.1 are formed in a preferred embodiment as an adjustable clamping sleeve and the second holder portion 4.2 as a clamping element. Here, for example, designed as a clamping element second holder portion 4.2 is fixedly connected to the handpiece 2 and designed as an adjustable clamping sleeve first holder portion 4.1 rotatably mounted around the rod axis RA, ie by turning the first holder portion 4.1 clockwise or counterclockwise about the rod axis RA of Bearing portion 12 of the roller 11 between the first and second holder portion 4.1, 4.2 are clamped. In particular, a first free end 12.1 of the abutment section 12 is at least partially enclosed by the clamping sleeve and the second free end 12.2 of the abutment section 12 is at least partially encompassed by the second holder section 4.2 designed as a clamping element. In the figures 3 to 5, the holder 4 according to the invention for roller units 5 is shown by way of example in an exploded view and different views and in the assembled state, which is arranged for example according to Figures 1 and 2 on the hand part 2 of a fishing rod 1. In a preferred embodiment, the holder 4 has a holder base body 4 'and a receiving module 13, which is provided with a receiving surface 14 provided for receiving the roller unit 5 and one of these opposing support region 14'. The receiving module 13 may be formed, for example, in a longitudinal section wedge-shaped or rectangular and in cross-section U-shaped. The respective abutment portion 12 of the coil base 11, which preferably forms an elongated rectangular abutment surface, is received on the receiving surface 14 resting in the receiving module 13.

The holder base body 4 'is for example tubular or hollow cylindrical and has an elongated guide recess 15 for receiving and guiding the receiving module 13. The guide recess 15 is adapted in its geometrical dimensions to the respectively provided receiving module 13 and may be designed, for example, semicircular at both ends.

For mounting the holder 4, the receiving module 13 is inserted into the guide recess 15, in such a way that the support area 14 'in the interior of the guide recess 15 and the receiving surface 14 to the outside. A first free end section 13.1 of the receiving module 13 is fixed and positioned in the guide recess 15 by means of suitable fixing means 16, for example a mandrel element. The second free end section 13.2 lying opposite the first end section 13.1 has a holding web 17, which is preceded by a clamping element 18. By the clamping element 18, the receiving surface 14 of the receiving module 13 is limited, and that forms the clamping element 18 and the Receiving surface 14, for example, a wedge-shaped tapered clamping opening, in which the second free end 12.2 of the contact portion 12 of the roller 11 engages and is encompassed by the clamping element 18.

The first free end 12. 1 of the contact section 12 of the roller foot 1 1 is fixed by means of the first holder section 14. 1 of the holder 4 designed as an adjustable clamping sleeve. For this purpose, an external thread 20 arranged concentrically to the longitudinal axis HL for rotatably supporting the first holder section 4.1 designed as a clamping sleeve is provided on the end section 4 "of the holder base body 4 facing away from the pointed section 3. The first holder section 4.1 is concentric with the holder longitudinal axis HL or route axis RA on the Holding part 2 plugged and screwed over the external thread 20, in such a way that this sleeve with its receiving module 13 facing portion at least partially engages the voltage applied to the receiving surface 14 first free end 12.1 of the contact portion 12 of the roller 11.

In order to position the receiving plane E predetermined by the receiving surface 14 with respect to the holder longitudinal axis HL and thus to the rod axis RA, the receiving plane E spanned by the receiving surface 14 is adjustable with respect to the longitudinal axis HL of the holder 4 or the rod axis RA by means of an adjusting device. For this purpose, for example, the included by the receiving plane E and the longitudinal axis HL of the holder 4 angle ω adjustable and thus the central axis or axis of rotation D of the reel unit 5 exactly to the predetermined reference point BP, for example, the center axis of the first line guide ring 8 of the pointed portion 3 or Inlet opening 9 aligned. As a result, the cord cone forming during winding or unwinding of the fishing line 7 is formed approximately uniformly or symmetrically, ie the reference point BP has approximately the same distance d to the reel unit 5 in each unwinding or winding position. Thus, between the central axis or longitudinal axis D of the reel unit 5 and the Rod axis RA included angle ω are set optimally in the holder 4 via the inventively adjustable receiving module 13.

For manual adjustment of the angle ω, the adjusting device has a retaining web 17, for example a U-shaped recess 19, which extends along the longitudinal axis HLA of the receiving module 13 and is open in the direction of the longitudinal axis HLA of the receiving module 13. The U-shaped recess 19 is provided for receiving a screw element 20. In addition to a screw head 20.1 and a threaded section 20.2, the screw element 20 has a retaining groove 20.3 which separates the screw head 20.1 and the threaded section 20.2 from one another. The retaining groove 20.3 of the screw element 20 is received in the U-shaped recess 19 of the retaining web 17, whereby the screw member 20 is held almost perpendicular to the longitudinal axis HLA of the receiving module 13 at least partially movable.

After insertion of the receiving module 13 into the guide recess 15 of the holder base 4 'and fixation of the first end portion 13.1 of the receiving module 13 by means of the fixing means 16, the second end portion 13.2 is fixed by the located in the U-shaped recess 19 screw member 20 in the opposite portion of the guide recess 15 , Namely, this preferably semicircular end portion has an internal thread 21, which is designed to receive the threaded portion 20.2 of the screw member 20. By screwing or unscrewing the screw member 20, the angle ω can be adjusted thereby.

In an alternative embodiment of the invention according to FIGS. 6 to 8, a commercially available holder 4 (see FIGS. 7 and 8) is retrofitted with a first and second holder section 4.1, 4.2 having at least one receiving module 13 'according to the invention. For example, FIG. 8 shows a holder 4 according to the prior art Technique which receives the contact area 12 of a roller foot 11 of a roller unit 5 via a first and second holder sections 4.1, 4.2. In this case, it becomes clear that the forming cord cone is uneven or asymmetrical with respect to a given reference point BP, ie the point of intersection between the central axis or axis of rotation D of the coil and the cord 7 lies outside the reference point BP.

By means of the receiving module 13 'according to the invention an individual attachment of the reel unit 5 to conventional reel holders 4 is possible without making any costly technical modifications to the respective reel holder 4 or the fishing rod 1. For this purpose, the receiving module 13 'according to the invention has a receiving surface 14 and a support region 14' and is for example wedge-shaped in longitudinal section, ie the receiving surface 14 and the support region 14 'enclose a predetermined angle ω'. For example, an angler selects that receiving module 13 'from a group of receiving modules 13' each having different angles ω '. Depending on the type of roller used in each case, for example, a receiving module 13 'with a predetermined pitch or angle ω' is used, which the central axis or axis of rotation D of a reel unit 5 exactly to the reference point BP, for example, the center axis of the first line guide ring 8 of the pointed portion. 3 aligns. For this purpose, the preferably wedge-shaped receiving modules 13 'are used in a modular manner in a conventional holder 4, ie its support area 14' is the investment area 12 of a reel unit 5 modeled. As a result, the cord cone forming during winding or unwinding of the fishing line 7 is approximately uniform, ie the reference point BP has approximately the same distance d to the reel unit 5 in each unwinding or winding position. The receiving modules 13 'are in turn fastened to the holding part 2 by means of the first holder section 4.1 designed as an adjustable clamping sleeve and the second holder section 4.2 designed as a clamping element. The invention has been described above by means of an embodiment. It is understood that numerous modifications and variations are possible without thereby departing from the idea underlying the invention. For example, the reference point BP predetermined by the first guide ring 8 or the line entry opening 9 is selected to be as short as possible to the reel unit 5. As a result, the throwing distance of the fishing rod can be significantly increased.

LIST OF REFERENCE NUMBERS

1 fishing rod

2 hand part

3 pointed part

3 'top

4 holders

4 'holder body

4.1 first holder section

4.2 second holder section

5 roll unit

6 coil

7 string

8 first guide ring

8 ', 8 ", 8'", 8 "" more guide rings

8 '"" end ring

9 line entry opening

10 line exit opening

11 roller foot

12 investment section

12.1 first free end

12.2 second free end

13, 13 'receiving module

13.1 first end section

13.2 second end section

14 receiving surface

14 'support area

15 guide recess

16 fixatives

_LLJLLJ

13

17 jetty

18 clamping section

19 U-shaped recess

20 screw element

20.1 screw head

20.2 threaded section

20.3 holding groove

21 internal thread

RA rod axis

receiving plane

D rotation axis or central roller axis

BP reference point d distance

HL holder longitudinal axis

HLA longitudinal axis ω. ω 'angle

Claims

claims

1. Holder for fixing roller units (5), in particular stationary or multi-reel units on a fishing rod (1), characterized in that the holder (4) at least one receiving unit for receiving a reel unit (5) receiving module (13) whose receiving plane (E) with the

Holder longitudinal axis (HL) and the rod axis (RA) includes a predetermined angle (ω).

2. Holder according to claim 1, characterized in that the of the receiving plane (E) and the holder longitudinal axis (HL) and the rod axis (RA) included angle (ω) is adjustable.

3. Holder according to claim 1 or 2, characterized in that the receiving module (13) with at least one first end portion (13.1) in the holder (4) is fixed.

4. Holder according to claim 2 or 3, characterized in that the at least one receiving module (13) in a second end portion (13.2) in the holder (4) by means of an adjusting device (17, 19, 20, 21) is fixed, via which the Angle (ω) is manually adjustable.

5. Holder according to claim 1 or 2, characterized in that the central axis or axis of rotation (D) on the receiving module (13) mounted roller unit (5) with respect. A predetermined reference point (BP) is adjustable.

6. Holder according to one of claims 1 to 5, characterized in that the receiving module (13) for receiving a contact portion (12) of a Rollenfußes

(11) of the reel unit (5) is formed.

7. Holder according to claim 5 or 6, characterized in that the first holder portion (14.1) is designed as an adjustable clamping sleeve and the second holder portion (14.2) as a clamping element.

8. Holder according to one of claims 1 to 7, characterized in that the holder (4) has a tubular or hollow cylindrical holder base body (4 ') with a guide recess (15) for receiving the receiving module (13).

9. receiving module for a reel holder (4) for fastening reel units (5), in particular stationary reel or multi reel units on a fishing rod (1), characterized in that the receiving module (13 ') for receiving a reel unit (5) receiving surface formed ( 14) and an opposite support area (14 '), wherein the receiving surface (14) and the support area (14') include a predetermined angle (ω ').

10. receiving module according to claim 9, characterized in that on the receiving surface (14), a clamping element (18) is provided.

11. Recording module according to claim 9 or 10, characterized in that the clamping element (18) for at least partially receiving a contact portion

(12) of a roller foot (11) of a roller unit to be fastened (5) is formed.

12. Recording module according to one of claims 9 to 11, characterized in that the receiving module (13 ') is wedge-shaped.

13. Recording module according to one of claims 9 to 12, characterized in that the receiving module (13 ') between the contact portion (12) and the holder (4) is arranged.

14. Receiving module according to one of claims 9 to 13, characterized in that a first end portion (13.1) of the receiving module (13 ') together with a first free end (12.1) of the abutment portion (12) by means of an adjustable clamping sleeve designed as a first holder portion ( 4.1) of the holder (4) is attached.

15. Receiving module according to one of claims 9 to 14, characterized in that a second end portion (13.1) of the receiving module (13 ') is fastened by means of a clamping element designed as a second holder portion (4.2).

16. Recording module according to one of claims 9 to 15, characterized in that the receiving module (13 ') is modular in the holder (4) can be inserted.

17. Fishing rod consisting of a holding part (2) and a pointed part (3), characterized in that on the holding part (2) is provided a holder (4) according to one of claims 1 to 8.

18. Fishing rod consisting of a holding part (2) and a pointed part (3), wherein on the holding part (2) a holder (4) is provided, characterized in that the holder (4) has a receiving module (13 ') according to one of the claims 9 to 16 is provided.