DE202016103417U1 - walking stick - Google Patents

Abstract

Walking stick having a stick (4) and a foot (6) connected to the stick (4), the stick (4) being connected to the foot (6) by a guide sleeve (8) having a longitudinal bore (10) in which a stick tip shank (12) between a retracted position in which a stick tip (14) of the stick tip shank (12) is located in a passage (16) in the interior of the foot (6) and an extended position in which the Stick tip (14) through the passage (16) and beyond the foot (6) out, is guided, wherein the stick tip shaft (12) has a radial extension (18) in a longitudinal slot (20) of the guide sleeve (20). 8) is guided, characterized in that the pole tip shaft (12) by a on the one hand on the guide sleeve (8) and on the other hand on the pole tip shaft (12) acting coil spring (24) around the pole tip shaft (12) is arranged around, is biased in the retracted position.

Description

The invention relates to a walking stick with a stick and a foot connected to the stick, wherein the stick is connected to the foot via a guide sleeve with a longitudinal bore in which a stick tip shank between a retracted position in which a stick tip of the stick tip shaft is located in a passage in the interior of the foot, and an extended position in which the pole tip through the passageway and beyond the foot projecting out, is guided, wherein the shank of the pole tip shaft has a radial projection which in a longitudinal slot of the Guide sleeve is guided.

Such a walking stick is from the DE 20 2011 050 495 U1 known. In the known walking stick, the storage of the stick tip shaft is relatively unstable, so that a fixation of the stick tip shaft in the retracted position and in the extended position is not sufficient. In addition, there is no assistance in adjusting the retracted position or the extended position of the stick tip shaft.

The invention has for its object to further develop the walking stick while avoiding the above disadvantages.

For this purpose, the walking stick according to the invention is characterized in that the pole tip shaft is biased by a on the one hand on the guide sleeve and on the other hand on the pole tip shank acting coil spring, which is arranged around the pole tip shaft around, in the retracted position. In this arrangement, the stick tip shank is held securely in its retracted position by the coil spring pressing the radial projection against the stick-facing end of the longitudinal slot. On the other hand, the stick tip shaft is held in its extended position by the fact that the coil spring presses the radial projection against the adjoining the circumferential portion of the longitudinal slot axial portion of the longitudinal slot.

According to an advantageous embodiment, the walking stick according to the invention is characterized in that the stick tip shaft is guided in the guide sleeve characterized in that the stick tip shaft is guided in a provided on a side facing away from the stick end of the guide sleeve bore of the guide sleeve, and that a stick facing, the longitudinal bore adapted end of the pole tip shaft is guided in the longitudinal bore, resulting in a stable leadership of the pole tip shaft in the longitudinal bore.

According to a further advantageous embodiment, the walking stick according to the invention is characterized in that the longitudinal slot of the guide sleeve extends axially to the guide sleeve at an end facing the stick, and that the longitudinal slot of the guide sleeve at an end facing away from the stick first in a circumferential portion and then in an axial portion extends axially to the guide sleeve, wherein the axial portion extends from the radial portion towards the stick. This ensures that the stick tip shank in the guide sleeve is securely held in the extended position as the coil spring biases the stick tip shank so that the radial projection is pressed against the stick facing end of the axial section of the longitudinal slot.

According to a further advantageous embodiment, the walking stick according to the invention is characterized in that above the floor facing the end of the guide sleeve, a sheath portion is axially displaceable relative to the guide sleeve, wherein the radial approach of the pole tip shaft passes through the sheath portion, so that the radial approach of the pole tip Shaft can be easily operated.

According to a further advantageous embodiment, the walking stick according to the invention is characterized in that the sheathing part comprises a protective shield which engages in the extended state of the pole tip shaft, a stick-facing end of the foot, so that the foot of the walking stick is protected in this state.

Embodiments of the invention will be described with reference to the accompanying drawings. Show it:

1 a section through a perspective view of a foot end of the walking stick according to the invention, wherein the stick tip shaft is in the retracted position;

2 a section through a perspective view of the foot end of the walking stick according to the invention, wherein the stick tip shaft is in the extended position;

3 a side view of the walking stick according to the invention, wherein in particular the longitudinal slot is shown in the guide sleeve; and

4 a side view of the walking stick according to the invention, in particular the Profile of the foot of the walking stick according to the invention is shown.

The walking stick according to the invention 2 has a stick 4 and one with the stick 4 connected foot 6 , with the stick 4 with the foot 6 over a guide sleeve 8th with a longitudinal bore 10 connected is. In the longitudinal bore 10 is a stick tip shank 12 with a stick tip 14 stored.

In 1 is the foot of the walking stick according to the invention 2 shown, the stick tip shaft 12 is in the retracted position, with a stick tip 14 of the stick top shaft 12 in one go 16 inside the foot 6 located. In 2 is the foot of the walking stick according to the invention 2 shown, the stick tip shaft 12 is in the extended position, in which the stick tip 14 through the passage 16 through and over the foot 6 protrudes beyond.

The stick tip shaft 12 has a radial approach 18 in a longitudinal slot 20 the guide sleeve 8th is guided. The longitudinal slot 20 runs along one of the floor 4 facing end axially to the guide sleeve 8th , The longitudinal slot 20 the guide sleeve 8th includes at one the stick 4 opposite end a circumferential section 22 and then an axial section 24 axially to the guide sleeve 8th where the axial section 24 starting from the radial section 22 towards the stick 4 extends.

The stick tip shaft 12 is by a on the one hand on the guide sleeve 8th and on the other hand, on the stick tip shank 12 attacking spiral spring 24 around the stick tip shaft 12 is arranged around, biased in the retracted position. As in the 3 and 4 is shown is a control knob 26 for adjusting the stick tip shaft 12 provided, as in 1 is shown, the control knob 26 with the radial approach 18 connected is.

With this arrangement, the stick tip shank becomes 12 in its retracted position thereby securely held that the coil spring 28 the radial approach 18 against the stick 4 facing the end of the longitudinal slot 20 suppressed. On the other hand, the stick tip shank becomes 12 held in its extended position by that the coil spring 28 the radial approach 18 against the stick-facing end of the axial section 24 of the longitudinal slot 20 suppressed.

The stick tip shaft 12 is in the guide sleeve 8th guided by the fact that the pole tip shaft 12 in a on a stick 4 opposite end of the guide sleeve 8th provided bore 30 the guide sleeve 8th is guided, and that a stick 4 facing, the diameter of the longitudinal bore 10 fitted end of the stick tip shaft 12 in the longitudinal bore 10 is guided.

Above the stick 4 facing the end of the guide sleeve 8th is a sheath part 32 axially displaceable relative to the guide sleeve 8th arranged, with the radial approach 18 of the stick tip shank the sheath part 28 permeated, so that the sheath part with the radial approach 18 is taken. The sheath part 32 includes a protective shield 34 , which in the extended state of the stick tip shaft 12 a stick 4 facing end of the foot 6 outside overlaps.

As in 4 is shown, the foot has 6 a profile 36 through which a good stop of the hiking stick 2 is also given on less grippy ground.

LIST OF REFERENCE NUMBERS

2

walking stick

4

floor

6

foot

8th

guide sleeve

10

longitudinal bore

12

Stock tip shaft

14

stock tip

16

passage

18

radial approach

20

longitudinal slot

22

circumferential section

24

axial section

26

control knob

28

spiral spring

30

drilling

32

sheathing part

34

shield

36

profile

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 202011050495 U1 [0002]

Claims (5)

Walking stick with a stick ( 4 ) and one with the stick ( 4 connected foot ( 6 ), whereby the stick ( 4 ) with the foot ( 6 ) via a guide sleeve ( 8th ) with a longitudinal bore ( 10 ) in which a stick tip shank ( 12 ) between a retracted position in which a pole tip ( 14 ) of the stick tip shaft ( 12 ) in one go ( 16 ) inside the foot ( 6 ) and an extended position in which the pole tip ( 14 ) through the passage ( 16 ) and over the foot ( 6 ), wherein the stick tip shank (FIG. 12 ) a radial approach ( 18 ), which in a longitudinal slot ( 20 ) of the guide sleeve ( 8th ), characterized in that the stick tip shank ( 12 ) by a one hand on the guide sleeve ( 8th ) and on the other hand at the pole tip shaft ( 12 ) attacking spiral spring ( 24 ) around the stick tip shank ( 12 ) is biased around, is biased in the retracted position. Walking stick according to claim 1, characterized in that the pole tip shank ( 12 ) in the guide sleeve ( 8th ) is guided by the fact that the pole tip shaft ( 12 ) in a on a stick ( 4 ) facing away from the end of the guide sleeve ( 8th ) provided bore ( 24 ) of the guide sleeve ( 8th ), and that a stick ( 4 ) facing, the diameter of the longitudinal bore ( 10 ) adapted end of the stick tip shaft ( 12 ) in the longitudinal bore ( 10 ) is guided. Walking stick according to claim 1, characterized in that the longitudinal slot ( 20 ) of the guide sleeve ( 8th ) on a stick ( 4 ) facing end axially to the guide sleeve ( 8th ), and that the longitudinal slot ( 20 ) of the guide sleeve ( 8th ) on a stick ( 4 ) end first a circumferential section ( 22 ) and then an axial section ( 24 ) axially to the guide sleeve ( 8th ), wherein the axial section ( 24 ) starting from the radial section ( 22 ) towards the floor ( 4 ). Walking stick according to claim 1, characterized in that above the floor ( 4 ) facing the end of the guide sleeve ( 8th ) a sheath part ( 28 ) axially displaceable relative to the guide sleeve ( 8th ), wherein the radial approach ( 18 ) of the stick tip shaft, the sheath part ( 28 ) interspersed. Walking stick according to claim 1, characterized in that the sheath part ( 28 ) a protective shield ( 30 ), which in the extended state of the pole tip shaft ( 12 ) on the floor ( 4 ) facing end of the foot ( 6 ) overlaps.

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