CN111281773A

CN111281773A - Treatment device and handle for treating a human body

Info

Publication number: CN111281773A
Application number: CN201911210180.5A
Authority: CN
Inventors: 巴斯蒂安·纳德里; 约阿希姆·罗斯卡尔
Original assignee: Ba SidianNadeli; Yue AximuLuosikaer
Current assignee: Ba SidianNadeli; Yue AximuLuosikaer
Priority date: 2018-12-10
Filing date: 2019-11-29
Publication date: 2020-06-16
Also published as: DE102018131534A1

Abstract

The invention relates to a treatment device (10) for treating the human body or parts thereof, wherein the treatment device (10) has a base part (20) with a grip element (30) and at least one pressure element (40), characterized in that the base part (20) has a first side (24) and a second side (25) opposite the first side, wherein the grip element (30) is curved and is integrally connected to the base part (20) at the first side (24), wherein the at least one pressure element (40) is detachably fastened at the second side (25).

Description

Treatment device and handle for treating a human body

The present invention relates to a treatment device for treating a human body or a part thereof and a handle for the treatment device.

The muscles of the human body are complex. Thus, muscle pain treatments are also individually ineffective, at best, from person to person. Especially muscle fascia treatment can be costly because it is mostly performed by well-trained people. The patient or user may provide assistance with instruments and devices used at home, in the office, or on the go.

Thermal treatment of the fascia, for example by means of a thermal pad, stimulates blood circulation and thus relieves the pain of the user. However, a disadvantage of this treatment is that its effect does not reach deep into the fascia of the body. This problem can be solved, for example, by fascia rollers. The use of such rollers requires some skill, which is not always available to the elderly who require such treatment. In addition, there is the risk that body parts, bones or even the spine are also taken into treatment because of the width of the rollers, which is undesirable. Conversely, the wrong treatment may injure the patient or user.

Another possibility is to provide a so-called fascial ball. However, there is a risk that some nerves, in particular the sciatic nerve, are damaged, since the use of the ball and also the use of the roller is based on the knowledge and usability of the user for the intended use.

A multi-piece physiotherapy apparatus for acupressure treatment is known, for example, from DE202017002678U 1. The instrument includes an elongated arcuate body having a central portion with an arcuate concave extending inner edge and an arcuate convex extending outer edge. A fixing point is formed at one end of the body, and the treatment device may be mounted at the fixing point.

DE202015001851U1 discloses a device for the treatment of muscular fascial pain. The housing of the device is provided with a treatment application surface. The active surface is associated with a pressure sensor and a display, which measures and displays the pressure during the treatment.

DE202015106341U1 discloses a therapeutic device which can be used for muscle treatment or acupressure. The apparatus has an elongate body with opposed ends forming a treatment surface. Between the treatment surfaces, a treatment piece is detachably arranged perpendicular to the main body.

The object of the present invention is to provide a simplified treatment device, which allows an efficient treatment and at the same time is flexibly adaptable to the treatment modality.

This object is achieved by the independent claims and the dependent claims.

In a first aspect, the present invention relates to a treatment device for treating a human body or part thereof. The treatment device has a base member with a gripping member and at least one pressure member. The base member has a first side and a second side opposite the first side. The gripping member is arcuate and integrally connected to the base member at a first side. The at least one pressure member is detachably secured at the second side.

In another aspect, the invention relates to a handle for use with the above-described treatment apparatus, wherein the base member has a first side and a second side opposite the first side. The gripping member is arcuate and integrally connected to the base member at a first side. The second side of the base member is designed to detachably secure a pressure member.

Hereinafter, the user refers not only to self-treatment but also to a person who treats another person with a treatment device.

The user connects the pressure member to the base member. The user grasps the grip of the treatment device and moves the treatment device across the site to be treated. The pressure member is a treatment device component used by the user to treat the body part to be treated. At this time, the user may apply strong or weak pressure to the body part to be treated according to the treatment, body part, or health, and the treatment device moves in the prescribed muscles set according to the treatment form.

The arcuate shape of the grip allows the user to comfortably manipulate the treatment device in multiple treatment orientations. The arcuate shape of the grip provides greater stability for a variety of different treatment orientations. In other words, the arcuate shape of the grip improves the user's control of the treatment device during treatment.

The one-piece form of the base member and the gripping member advantageously allows the user to use the treatment device without having to worry about the separate parts coming loose. The grip member is fixedly connected to the base member so that the grip member is not released by e.g. a wrong operation or too much force during treatment. In addition, the treatment device can be simplified because no retaining mechanism, such as a threaded connection, is required between the grip member and the base member.

On the second side of the base member, the pressure member is detachably connected to the base member, whereby the treatment device can be adapted to different treatments. One particular advantage resides in the modularity of the handle and pressure member. The user can decide from the pressure member options for one pressure member depending on the form of treatment and depending on which part of the body should be treated. The pressure member may be formed differently for different applications.

In a treatment comprising a plurality of phases, each performed with some kind of massage oil or other treatment substance, the pressure element may be replaced, for example, for cleaning. It is thus possible to use a pressure element that has just been cleaned for each stage without having to interrupt the treatment itself, since the pressure elements used hitherto have only to be cleaned of the treatment substance of the preceding stage. By means of the detachable fastening, the pressure element can be exchanged in a simple manner for different phases or applications.

In one embodiment, the base member comprises at least one receptacle for the pressure member at the second side, wherein the receptacle at least partially surrounds the pressure member.

Advantageously, the pressure piece is surrounded by the receptacle resulting in a higher stability of the pressure piece or the treatment device. Such enclosure results in the pressure member not sliding relative to the base member during treatment.

In another embodiment, the curved gripping member has a first end and a second end, wherein the gripping member is connected to the base member at the first end and/or the second end.

In one embodiment, the gripping element, the base element and/or the pressure element are designed as hollow bodies. For example, the base part, the holding part and/or the pressure part can be made of plastic, wherein the interior of these parts is designed to be hollow.

The hollow design of the base member, the gripping member and/or the pressure member reduces the weight of the treatment device. Weight reduction is particularly advantageous for users who want to carry the therapeutic device on a trip. Furthermore, the amount of material used in the manufacture of the treatment device is reduced by the hollow design, which leads to a more advantageous manufacture of the treatment device.

In another embodiment, the base member is open on the second side.

Advantageously, the material required for the treatment device and the weight of the treatment device can be further reduced by the open second side of the base member.

In another embodiment, the gripping member, base member and/or pressure member have a plurality of support ribs on the interior thereof.

The stability of the grip element, base element and/or pressure element is increased by the support ribs. In particular in the case of muscle fascia treatment, the large forces exerted by the user can act on the individual components of the treatment device.

In another embodiment, the grip is formed in an ergonomic manner.

By "formed in an ergonomic manner" is meant that the shape of the grip is optimally designed so that the treatment result is as optimal as possible and that the fatigue of the user is as small as possible. The grip can be formed, for example, in such a way that the user's hand can grip the grip in a natural position. Furthermore, the ergonomic shaping of the grip allows the user to focus his force on the treatment or its action without having to be concerned that he holds the treatment device or the grip sufficiently firmly so as not to slip off.

In one embodiment, the grip element has at least one grip assisting structure. The grip assist structure may comprise, for example, ribs, pins, flutes or a shaped structure, as opposed to a grip having a smooth surface.

In treatment with the treatment device, the user must apply a force, which is transmitted to the part of the human body to be treated. The user must apply sufficient force, i.e. gripping force, with his hands or fingers for this purpose so that he does not slip at the grip. The grip aid can advantageously be formed such that it is adapted to the human hand and avoids the risk of a hand-off. This adaptation can be carried out, for example, by varying the rib spacing, changing the depth of the profile or similar design possibilities.

In one embodiment, the grip is at least partially or fully coated with a slip resistant coating and/or formed of a slip resistant material. In particular, soft materials are suitable for their use as anti-slip materials. The anti-slip coating and/or anti-slip material may comprise, for example, rubber, plastic, cork, or foam.

In other embodiments, the pressure member includes a head portion and a pressure member attachment portion. The head is the part of the pressure member that is arranged to contact the part of the human body to be treated during treatment. The pressure member connecting portion is configured to be received by and connect the pressure member to the base member.

In a further embodiment, the head and the pressure element connection are designed in one piece. The one-piece form of the pressure element advantageously results in a higher stability, in particular during the treatment.

In a further embodiment, the head part is detachably arranged on the pressure element connection part, so that the head part can be detached, for example, for cleaning the pressure element connection part. Another advantage is that one pressure member connection can be combined with a different head.

In another embodiment, the head is designed to be spherical, dome-shaped, hemispherical, ellipsoidal, hemi-ellipsoidal, mushroom-shaped, multi-pointed, or amorphous. Multi-cusp shape means here that the pressure element is provided with a plurality of protuberances or bulges, with consequent contact with the part of the human body to be treated during the treatment.

In another embodiment, the surface of the head has a roughness such that the skin does not slip past the head during treatment. Instead, there is an adhesive contact between the skin of the user and the head, so that a massage or therapeutic effect as good as possible may occur.

In another embodiment, at least the head is constructed of a material that is incompressible during treatment. In an advantageous manner, the pressure effect of the head can be increased by means of an incompressible material. The head may be constructed of wood, plastic or metal, for example.

In another embodiment, at least the head is constructed of a material that is compressible during treatment. In an advantageous manner, the deformation of the head can distribute the forces to a larger active surface. If the force is too great in the direction of action, the pressure action of the head can be reduced point by using a compressible material. The pressure that is too great for the user can thus be reduced to a desired level and at the same time a larger area can be treated. The head may be constructed of cork, foam, or elastomeric material, for example.

In a further embodiment, the base part has a thread, a locking element or a bayonet connection on the second side, wherein the pressure element connection and the base part are designed as two parts of a plug connection, a thread connection, a locking connection or a bayonet connection.

The plug connection, the screw connection, the locking connection or the bayonet connection advantageously results in the pressure element being fixedly connectable to the base element, but also detachable. Such a connection reduces the risk of the pressure member falling out of the base member when it is connected to the base member.

In another embodiment, the treatment apparatus includes at least two interchangeable pressure members. The pressure elements differ in particular with regard to their shape and/or their size. For example, the pressure element can be designed to be pointed, high-rise, wide, narrow, flat, large or small. In addition, the pressure element can be, for example, circular, ellipsoidal, mushroom-shaped, dome-shaped or multi-peaked or amorphous.

Since the at least two pressure elements differ with respect to their shape and/or their size, different pressure elements can cause different therapeutic effects at the user of the therapeutic device. For example, a higher (sharper) pressure member may exert a greater steric effect on the user's muscles. Whereas a flat pressure element can be said to be suitable for treating larger body surfaces.

Furthermore, for example, different pressure elements, in particular more complex or undefined pressure elements, can be provided for certain muscle groups. It comprises for example calf muscles, thigh muscles and/or shoulder muscles.

In another embodiment, the base member includes at least two receptacles for the pressure members on the second side. By means of the at least two receptacles, the user can apply two pressure elements simultaneously for treatment.

In another embodiment, two or more pressure elements are connected to one another to form a double or multiple pressure element, wherein the double or multiple pressure element has two or more pressure element connections. Such a double pressure element can in particular be inserted into at least two receptacles of the base element. The dual pressure members thus connected can treat a larger area of the body than a single pressure member.

Advantageously, the dual pressure element may be used to treat longer muscle groups such as, for example, leg muscles or back muscles. In principle, the treatment can also be effected with two separate pressure pieces. However, the dual pressure member has the advantage that it can have a more complex shape than a single pressure member and provide a higher treatment stability through the two pressure member connections.

The following illustrates examples in which:

figures 1a and 1b show a cross-section of the treatment device in an unconnected configuration and a connected configuration;

FIG. 2 shows a cross-section of another embodiment of a treatment device;

FIGS. 3a-3d show perspective views of different pressure members;

FIGS. 4a-4c show side views of different pressure members;

FIG. 5 shows a side view of a two-piece pressure member;

fig. 6a and 6b show two different pressure elements in top view and side view, respectively;

FIG. 7 illustrates a cross-section of one embodiment of a treatment device in which the base member includes two receptacles;

FIG. 8 shows a cross-section of one embodiment of a treatment device where the base member includes two receptacles into which the dual pressure member is loaded;

FIG. 9 shows a dual pressure member in top and side views;

FIGS. 10a-10c show different pressure members in top view;

fig. 11a and 11b show different pressure elements in the form of dual pressure elements in a side view;

FIG. 12 illustrates one embodiment of a treatment apparatus where the grip is provided with a slip resistant material;

FIG. 13 shows a cross section of an open base member with gripping members;

fig. 14 shows a perspective view from below of the open base part with the supporting ribs.

In the drawings, the treatment plane always lies parallel to the X-Y plane. The direction of action extends in the negative Z-direction.

FIG. 1a shows a cross-section of one embodiment of a treatment apparatus 10 that can be fitted with a pressure member 40. The treatment device 10 includes a base member 20 and a gripping member 30. The grip 30 is designed in an arc shape and has two

ends

311 and 312. The grip member 30 is fixedly connected at its first and second ends 311, 312 to the base member 20 at the first side 24 of the base member in one piece. Because the grip member 30 is attached to the base member 20 at both ends 311, 312, this embodiment is referred to as "closed".

On a second side 25 of the base member 20, opposite the gripping member 30, a receptacle 22 is formed in the base member 20.

Pressure member 40 includes a head portion 42 and a pressure member attachment portion 44. The head 42 is arranged for contact with the skin of the user during treatment. The pressure element connection 44 is designed on the side of the pressure element 40 facing away from the head 42 in such a way that it can be received by the receptacle 22 of the base element 20.

FIG. 1b shows the base member 20 and pressure member 40 of FIG. 1a in a connected configuration. The pressure member connection 44 is received by the receptacle 22 such that the treatment device 10 is ready for use. A particular advantage comes from the modularity of the pressure element 40. The pressure member 40 can be exchanged for another pressure member 40 because it is detachably connected to the base member 20. Different pressure members 40 (see, e.g., fig. 3a-3d, 4a-4c) may be provided for different treatments or body parts.

The receptacle 22 surrounds the pressure piece connection 44 of the pressure piece 40, so that the pressure piece 40 does not slide into the treatment plane during the treatment.

In the embodiment shown here, the pressure element 40 and the base element 20 are connected to one another by a plug connection. The base part 20 and the pressure part 40 can in different embodiments not shown be designed for example as two parts of a screw connection, a locking connection or a bayonet connection.

An alternative embodiment of a grip element 30 is shown in fig. 2. Thus, the grip 30 in this embodiment is shown as an open collar. By "open" it is meant that the gripping member 30 is attached to the base member 20 at only one end, here the second end 312. The other end, first end 311, is a free end that is not connected to another member of treatment apparatus 10.

Figures 3a-3d show perspective views of various pressure members 40. Fig. 3a shows a pressure element 40 which is rotationally symmetrical about a central axis 46 and comprises a head 42 and a cylindrical pressure element connection 44. In this case, the head 42 is semi-ellipsoidal and is designed to be rotationally symmetrical about a central axis 46. The rotationally symmetrical hemiellipsoid has a base surface with a radius R which extends perpendicularly to the central axis 46. Furthermore, the hemiellipsoid has a height R ', wherein R < R'. In alternative embodiments not shown here, R > R' may be present.

Fig. 3b shows a pressure element 40, which comprises a hemispherical head 42 and a pressure element connection 44, which can be cylindrical or tubular in design. The hemispherical head 42 is designed rotationally symmetrically with respect to the central axis 46. The hemispherical head 42 also has a maximum radius R, which also corresponds to the height of the head 42.

Fig. 3c shows an amorphous pressure element 40. The amorphous pressure member 40 includes a head portion 42 and a pressure member attachment portion 44. The head 42 is designed in this embodiment to be four-cusp and to resemble a human molar.

Fig. 3d shows a pressure element 40 comprising a head part 42 and a pressure element connection 44. The dimensions of the head 42 are in this embodiment the same as the dimensions of the head 42 of fig. 3b, but the head 42 is here located eccentrically with respect to the central axis 46 in fig. 3 d.

Fig. 4a-4c show further embodiments of the pressure element 40 in side view. The pressure members 40 each include a head portion 42 and a pressure member attachment portion 44.

The pressure element 40 as shown in fig. 4a has a head 42 with a flat top side 43. With the flat top side 43, an area of the user's muscles can be treated identically.

Fig. 4b shows a side view of the pressure element 40 with a three-pronged head 42 and a pressure element connection 44. The head 42 comprises three cusp-like side-by-

side ridges

421, 422 and 423. The

ridges

421 and 423 are used to treat three closely spaced points on the skin of the user.

Fig. 4c shows a variant of the pressure element 40 of fig. 4b in a side view. But the pressure element 40 of figure 4c has only two

elevations

421 and 422. The number of protuberances may vary from embodiment to embodiment. The head 42 may, for example, include 2, 3, 4, 7, 12, or any other number of protuberances.

Fig. 5 shows a side view of the two-part pressure piece 40. The head 42 and pressure member connection 44 are two separate parts that may be connected to each other. For this purpose, the head 42 in the embodiment shown here has an internal thread 60 which is designed to receive an external thread 62 provided on the pressure element connection 44.

In other embodiments, which are not shown here, the individual parts of the pressure element 40 can be connected to one another, for example, by means of a plug connection, a screw connection, a locking connection or a bayonet connection.

Fig. 6a shows the pressure element 40 in a top view and in a side view, with a head 42 having four

elevations

421 and 424 and three grooves 47, which are located between the

elevations

421 and 424, respectively. The pressure element 40 shown here is designed for muscle treatment in the region of the cervical spine. The head 42 is curved in the embodiment shown in a semicircular manner, but may alternatively be embodied in a parabolic manner.

The pressure element 40, as shown in the top and side views of fig. 6b, has six

elevations

421 and 426, which are arranged side by side in pairs in two rows. The two rows extend towards each other so that the

elevations

421 and 426 have the largest mutual distance and the

elevations

423 and 424 have the smallest mutual distance.

Figure 7 shows a cross-section of another embodiment of the treatment apparatus 10 with a base member 20 having two receptacles 22. The receptacle 22 can accommodate two separate pressure members 40. The pressure members 40 shown are identical. However, it is also possible to insert different pressure elements 40 into the receptacle 22.

Fig. 8 shows a cross section of the embodiment of the treatment device 10 of fig. 7. It is also shown that the base member 20 with its two receptacles 22 can also accommodate a dual pressure member 50. The dual pressure member 50 includes two pressure member connections 44. The two pressure member connections 44 can each be received by one of the receptacles 22 of the base member 20.

Fig. 9 shows in a side view and a top view a pressure element 40 for treating calf muscles, which is designed in the form of a double pressure element. The pressure element 40 has two side-by-side hemispherical bulges 421 and 422. Between the

ridges

421 and 422 there is a groove 47 for the leg, in particular the lower leg, of the user. The calf muscle can be treated by means of the

ridges

421 and 422.

Fig. 10a shows a curved pressure element 40 in a plan view, which comprises a curved head 42 and two pressure element connections 44. The curved head 42 may have any curvature. In a preferred embodiment, the head 42 may be circularly curved.

Two pressure member connections 44 are located below the head 42, which is indicated by the dashed circles. For this purpose, the pressure element 40 of fig. 10a is designed as a double pressure element. The two pressure piece connections 44 offer the advantage that the pressure piece 40 has a higher stability during treatment.

In an alternative embodiment, which is not shown here, the pressure element 40 can also have only one pressure element connection 44. If the head 42 forms the pressure member 40 with only one pressure member connection 44, the head 42 can swivel or rotate about the central axis 46 (see FIGS. 3a-3d) after the treatment module is loaded into the receptacle 22 of the base member 20.

Fig. 10b shows a double-arm pressure member 40, which is designed as a double pressure member, the head 42 comprises two

arms

521, 522, the

arms

521, 522 are symmetrical, arranged as in an equilateral triangle and defining an angle α, the angle α between the two

arms

521, 522 is arbitrarily selectable, but preferably between 45 ° and 135 °, particularly preferably between 60 ° and 120 °, particularly 90 °, at the intersection between the two

arms

521, 522, a recess 47 is provided in the head 42, by virtue of its shape, the pressure member 40 shown here is designed in particular for treating the diaphragm, the recess 47 serves for supporting the cervical vertebrae, the user positions the treatment device 10 such that the

arms

521, 522 lie alongside the cervical vertebrae, exemplary positions of the two pressure member connections 44 are indicated by dashed circles.

Fig. 10c shows a triangular pressure element 40 in a plan view, which is provided for treating the buttocks and/or pelvis, the head 42 of the pressure element 40 is designed triangular and has a triangular recess 47 with the same side length ratio as the triangular basic shape of the head 42, the angles α, β, γ of the triangle can be chosen arbitrarily, in particular, the angle γ can be 90 °, the pressure element 40 shown here also has a separate pressure element connection 44, which is indicated by a dashed circle, the position of the pressure element connection 44 can differ in alternative embodiments of the pressure element 40, the pressure element 40 can be rotated about the central axis 46 of the pressure element connection 44 and thus aligned correspondingly to the shape of the pelvis of the user.

Fig. 11a and 11b show two pressure elements 40 similar to one another in a side view, which are designed as double pressure elements. The pressure element 40 of fig. 11a has eight

elevations

421 and 428 arranged side by side, which are raised and lowered. The

elevations

421 and 428 are here arranged symmetrically in pairs centered on the center of the head 42.

Ridges

421 and 428 have the lowest height, while

ridges

424 and 425 have the greatest height.

The pressure element 40 in fig. 11b has five equally

high elevations

422 and 426, on both sides of which two

lower elevations

421 and 427 stand.

FIG. 12 shows a cross-section of the base member 20 and the gripping member 30. In the embodiment shown here, an open grip element 30 is shown. The grip element 30 is coated with a material 32 to form a grip assist structure 34. The material 32 may preferably be a soft and/or skid resistant material 32. In particular, various rubber and/or plastic foam materials are suitable as the soft and/or slip-resistant material 32.

Grip assist structures 34 are provided to improve the grip of a user's hand on grip element 30 by placing the user's fingers between grip assist structures 34. During treatment, forces may also occur in the treatment plane, which may cause the user to slip off the grip 30. The grip assist structure 34 resists slipping. In an alternative embodiment, not shown here, the same effect can be achieved by a slip-resistant coating of the grip element 30.

FIG. 13 shows a cross-section of the hollow base member 20 with the gripping member 30 and receptacle 22 positioned thereon. The base member 20 also has a cavity 28 that surrounds the receptacle 22 in the treatment plane. The base member 20 is open in the direction of action.

Fig. 14 shows the hollow open base part 20 in perspective from the direction of action. The base member 20 has a receptacle 22. In addition, the receptacle 22 is surrounded in the treatment plane by cavities 28 which are separated from one another by the supporting ribs 23. The support ribs 23 promote the stability of the base member.

List of reference numerals

10 treatment device

20 base member

22 receptacle

23 support rib

24 first side

25 second side

28 cavity

30 grip

311 first end of the grip

312 second end of the grip

34 auxiliary structure for holding

40 pressure member

42 head

421 bump

422 bump

423 bulge

424 bump

425 protuberances

426 bump

427 bump

428 bump

43 top side

44 pressure member connection

46 central axis

47 groove

50 double pressure piece

521 arm

522 arm

60 internal screw thread

62 external screw thread

α angle gamma

Radius of R head

Height of R' head

Claims

1. A therapeutic device (10) for treating the human body or parts thereof, wherein the therapeutic device (10) has a base member (20) with a grip member (30) and at least one pressure member (40), characterized in that the base member (20) has a first side (24) and a second side (25) opposite the first side, wherein the grip member (30) is curved and integrally connected to the base member (20) at the first side (24), wherein the at least one pressure member (40) is detachably fixed at the second side (25).

2. The therapeutic device (10) according to claim 1, wherein the base member (20) comprises at least one receptacle (22) for the pressure member (40) on the second side (25), wherein the receptacle (22) at least partially surrounds the pressure member (40).

3. The treatment device according to claim 1 or 2, wherein the curved grip member (30) has a first end (311) and a second end (312), wherein the grip member (30) is connected to the base member (20) with the first end (311) and/or the second end (312).

4. Treatment device (10) according to one of the preceding claims, characterized in that the gripping element (30), the base element (20) and/or the pressure element (40) are designed as hollow bodies.

5. The treatment device (10) according to claim 4, characterized in that the gripping member (30), the base member (20) and/or the pressure member (40) have a plurality of support ribs (23) on the inside thereof.

6. Treatment device (10) according to one of the preceding claims, characterized in that the grip element (30) is formed in an ergonomic manner.

7. Treatment device (10) according to one of the preceding claims, characterized in that the grip element (30) has at least one grip auxiliary structure (34).

8. Treatment device (10) according to one of the preceding claims, characterized in that the grip element (30) is at least partially or completely coated with a slip-resistant coating and/or is formed from a slip-resistant material (32).

9. The treatment device (10) according to any one of the preceding claims, wherein the pressure member (40) comprises a head portion (42) and a pressure member connection portion (44).

10. Treatment device (10) according to one of the preceding claims, characterized in that at least the head (42) consists of a material which is incompressible during the treatment or compressible during the treatment.

11. Treatment device (10) according to one of the preceding claims, characterized in that the base part (20) has a screw thread, a locking element or a bayonet connection on the second side (25), the pressure element connection (44) and the base part (20) being designed as two parts of a plug connection, a screw connection, a locking connection or a bayonet connection.

12. A handle for a treatment device according to one of claims 1 to 11, characterized in that the handle comprises a base member (20) and a grip member (30), wherein the base member (20) has a first side (24) and a second side (25) opposite the first side, wherein the grip member (30) is curved and is integrally connected to the base member (20) at the first side (24), wherein the second side (25) of the base member (20) is designed to detachably fix a pressure member (40).