NECKPILLOW

Abstract

An apparatus and method for training muscle strength and mobility in the neck, and providing a dynamic resting position without pressure on the neck, of a person when in lying position is disclosed. The apparatus includes a base element, a head support suspended floating above the base element, and a neck support rising from the base element. The neck support provides a fulcrum that defines head movement to a pivoting motion about a first axis (X) which runs sideways substantially along the shoulder line of the body, a pivot connection between the head support and the base element defines head movement to a pivoting motion about a second axis (Y) transversely to the first axis, and by its floating suspension the head support defines head movement to a pivoting motion about a third axis (Z) running in the longitudinal direction of the neck and body.

Claims

1-18. (canceled)

19. An apparatus for training muscle strength and mobility in the neck of a person when in lying position, the apparatus comprising: a base element arranged to be placed flat on a surface; a head support pivotally coupled to the base element; a head capsule suspended floating in the head support above the base element; a frame structure pivotally connected to the base element, the frame structure partially and symmetrically surrounding the head of the person in lying position; and a head capsule suspended from wheels rotationally journaled in the frame structure, wherein a set of laterally disposed left and right side wheels are journaled in the frame structure, the rotary axes of left and right side wheels are equally tilted towards a point of intersection above the apparatus, and wherein at least one longitudinally disposed crown wheel is journaled in the frame structure, positioned above the crown of the head of a user in lying position, wherein a length of line runs through all wheels and the head capsule is coupled to ends of the line between the side wheels.

20. The apparatus of claim 19 further comprising a neck support rising from the base element, wherein the neck support provides a fulcrum that defines head movement to a pivoting motion about a first axis (X) which runs sideways substantially along the shoulder line of the body, a pivot connection between the head support and the base element defines head movement to a pivoting motion about a second axis (Y) transversely to the first axis, and the floating suspension of the head capsule defines head movement to a pivoting motion about a third axis (Z) running in the longitudinal direction of the neck and body.

21. The apparatus of claim 20, wherein the pivot connection between the head support and the base element is arranged movable in parallel with the third axis.

22. The apparatus of claim 21, wherein the pivot connection comprises a journal pin that is arranged sliding in linear guides arranged on the base element.

23. The apparatus of claim 19, wherein the head capsule is bowl shaped and adapted to receive the back of the head.

24. The apparatus of claim 23, wherein the head capsule is a form stable element which has a soft inner lining.

25. The apparatus of claim 24, wherein the inner lining is a viscoelastic or memory foam material.

26. The apparatus of claim 19, wherein the height position of the head capsule above the base element is adjustable through an adjustable geometry of the frame structure.

27. The apparatus of claim 19, wherein the height position of the head capsule above the base element is adjustable through length adjustment of the line.

28. The apparatus of claim 19, wherein the neck support comprises a cushioned pillow carried in a free end of a cantilever leg, the fixed end of which is anchored in the base element.

29. The apparatus of claim 28, wherein the anchoring point of the cantilever leg is movable in the base element substantially in parallel with the third axis.

30. The apparatus of claim 28, wherein the cantilever leg is a spring member.

31. The apparatus of claim 19, wherein adjustable tensioning means, such as friction brakes, are applied to the pivot connection between the head support and the base element, and/or applied to the rotary journals of the side wheels and/or the crown wheel(s) respectively.

32. The apparatus of claim 22, wherein the journal pin sliding in guides arranged on the base element is spring-biased towards an initial position.

33. A method for training muscle strength and mobility in the neck and providing a dynamic resting position without pressure on the neck of a person when in lying position, the method comprising: arranging an apparatus with a base element, a head support suspended floating above the base element, and a neck support rising from the base element, such that the apparatus defines head movements to pivoting motion about: a first axis (X) which runs sideways substantially along the shoulder line of the body; a second axis (Y) transversely to the first axis; and a third axis (Z) running in the longitudinal direction of the neck and body of the person in lying position; and pivoting the head selectively around said axes one at a time.

34. The method of claim 33, further comprising applying tension to regulate a resistance against head pivotal motion around any of the first, second and third axes (X, Y and Z).

35. The apparatus of claim 20, wherein the height position of the head capsule above the base element is adjustable through an adjustable geometry of the frame structure.

36. The apparatus of claim 21, wherein the height position of the head capsule above the base element is adjustable through an adjustable geometry of the frame structure.

37. The apparatus of claim 22, wherein the height position of the head capsule above the base element is adjustable through an adjustable geometry of the frame structure.

38. The apparatus of claim 23, wherein the height position of the head capsule above the base element is adjustable through an adjustable geometry of the frame structure.

Description

SHORT DESCRIPTION OF THE DRAWINGS

[0048] Embodiments of the invention will be further illustrated below with reference made to the accompanying schematic drawings. In the drawings,

[0049] FIG. 1 is a perspective view showing an apparatus for training neck muscle strength and mobility in use by a person in lying position,

[0050] FIG. 2 is a vertical plane view showing the apparatus and user as seen towards one side of the user,

[0051] FIG. 3 is a vertical plane view showing the apparatus and user as seen towards the crown of head of the user,

[0052] FIG. 4 is a horizontal plane view showing the apparatus and user from above,

[0053] FIG. 5 is a cut out, partially sectioned view on larger scale illustrating a sliding pivot connection between interconnected basic components of the apparatus, and

[0054] FIG. 6 is a partially broken away top view of the apparatus.

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

[0055] It should initially be noted that the drawings are schematic and not true to scale. In practise, dimensions and angular relationships need to be considered and calculated from case to case. However, given the teachings presented herein, a skilled person will be able to arrive at practicable implementations of the invention using ordinary engineering skills only.

[0056] FIG. 1 illustrates in perspective the axes X, Y and Z around which pivotal motions when combined provide the complex mobility of the human head. These axes pass the neck, which in this context can be defined in general terms to include the uppermost vertebrae of the spine (not shown).

[0057] With reference to FIGS. 1-4, the basic components of an apparatus for training the mobility in the neck through pivotal motion of the head around the axes X, Y and Z are a base element 1 and a head support 2. The base element 1 is a relatively thin and flat component adapted to be placed flat on a solid surface such as a floor or a firm bed for use by a person in lying position.

[0058] The head support includes a capsule 3 which is shaped as a bowl to receive the back of the head. The head capsule is suspended in a frame structure 4 which is pivotally journaled in the base element through a pivot connection 5. The pivot connection 5 defines head pivotal motion around axis Y (see FIGS. 1 and 4: arrow A).

[0059] The head support 2 is mounted movable relative to the base element 1 substantially in the longitudinal direction as illustrated through the arrow B in FIG. 2.

[0060] As illustrated on larger scale in the cut out detail view of FIG. 5, the pivot connection 5 may be arranged sliding along a guide 6 that is formed or mounted in the base element so as to extend in parallel with the axis Z. The guide 6 may be arranged in the form of a linear groove in the base element as illustrated, or may alternatively be arranged in the form of a rail that is mounted on the top side of the base element, e.g. A journal pin 7 projects upwards from a sliding block 8 that is received to travel on the guide 6. The pin 7 projects through a bearing seat 9 which is mounted in a proximal end of a longitudinal arm section 10 of the frame structure 4.

[0061] With reference to FIG. 6, the range of movement along the linear guide 6 in the Z axis direction is determined by means of a stopping member 11. The stopping member can be arranged to be arrested in the guide 6 at a chosen location in order to determine a neutral position for the head support, at which the user is at rest. A tension spring 12 may be arranged in the stopping member and dimensioned for returning the head support to the neutral position in the relaxing sequence of a nodding exercise of the neck. The tension spring 12 can optionally be arranged adjustable and dimensioned to provide a training load and resistance against backwards nodding motion.

[0062] A split clamp 13 with tightening screw 14 may optionally be arranged as a form of frictional brake surrounding an upper end of the journal pin 7 that projects above the seat 9.

[0063] The head capsule 3 may be formed in a ductile material which accommodates to the shape of the head, such as fabric. The head capsule 3 may optionally be formed in a mouldable and form stable material such as plastic. In FIG. 2 a portion of the head capsule 3 is broken away to illustrate an inner lining 15 that is applied to provide user comfort in combination with a bowl-shaped head capsule produced in stiff material. The inner lining 15 may be formed in a material that adopts to the shape of the head, such as memory foam or a viscoelastic material.

[0064] The floating suspension of the head capsule 3 in the frame structure 4 will now be explained with reference to FIGS. 1-4. In this context, a floating suspension of the head support 2 with the head capsule 3 shall be understood as a suspension which provides full support of the user's head while at rest and yet permits free and full range pivoting of the head around the axes X, Y and Z.

[0065] The frame structure 4 comprises a longitudinal arm section 10, a riser section 16 adjoining a distal end of the arm section 10, and left and right wing sections 17 and 18 extending laterally from the riser section 16. The riser section 16 rises above the crown 19 of a head of a user in lying position. The wing sections 17, 18 extend on each side of the head substantially to the region of the left and right temples 20 of the head of a user in lying position. The frame structure 4 thus symmetrically and partially embraces a head that rests in the head capsule.

[0066] The head capsule 3 is suspended in a length of line 21, such as a length of a rope, a wire, or a belt or cord, which is guided through a set of pulleys or wheels that are rotationally journaled in the frame structure. The line 21 may have an oval, circular or V-shaped section to mate with the profile of the wheel peripheries.

[0067] The set of wheels includes at least one crown wheel 22 carried on the riser section 16, and left and right side wheels 23 and 24 carried on the wing sections 17 and 18 respectively. The side wheels 23, 24 are tilted at an angle that guides the line 21 in a path that goes beneath the back of the head, where the head capsule is attached to the line, i.e. to the ends of the line between the side wheels 23 and 24. The tilting angle of the side wheels is such that their journaling axes 23 and 24 intersect above the apparatus (see FIG. 5).

[0068] Basically, the wheels 22-24 are journaled on bearings to provide low friction and low resistance against rotation of the wheels. The head capsule 3 and line 21 form together an endless element journaled on wheels, such that the head capsule can be moved effortlessly from side to side between the side wheels 23 and 24 as the user turns the head in pivotal motion around the axis Z (see FIGS. 1 and 3: arrow C).

[0069] Optionally, a split clamp 25 with tightening screw 26 may be arranged at one or more wheel 22-24 as a form of frictional brake to provide the possibility of applying a tension and resistance against pivotal motion around axis Z (see the clamp and screw shown schematically in FIG. 5).

[0070] With reference to FIG. 2, a neck support 27 is arranged rising from the base element 1. The neck support comprises a cushioned pillow 28 carried in a free end of a cantilever leg 29. The pillow may be curved to provide comfortable accommodation of the neck. The other end of the cantilever leg 29 is anchored in the base element by means of an adjustable anchoring point. The anchoring point may be realized in the form of a tightening screw 30 that engages a threaded hole in a lug depending from the cantilever leg (lug not shown), the lug inserted in a groove 31 that is formed in the base element and serving as a guide for adjustable positioning of the neck support 27 in a direction that is parallel to the Z axis (see also FIG. 6).

[0071] The neck support provides a fulcrum 32 for pivotal motion of the head around axis X (see FIGS. 1 and 2: arrow D). The movable anchoring point 30, 31 permits shifting of the position of the fulcrum 32 relative to the neck vertebrae.

[0072] The embodiments illustrated in the drawings has a frame structure that comprises tubular arm, riser and wing sections, which are bent and assembled to a shape that provides the spatial relation between wheels which is required to permit head movements and support the head at appropriate height above the base element. It should be noted that the frame can be otherwise structured, such as shaped or moulded to a singular element that provides the corresponding support and relation between the wheels. The tubular embodiment however facilitates the provision of a modified apparatus wherein riser and/or wing sections are made extendable, such as telescopic, in order to accomplish adjustment of the height position of the head support in relation to the base element. Other possible modifications include, e.g., a movable attachment of the wing sections to the riser section, a tilting frame, a line that is adjustable in length, etc. The accompanying claims shall be understood to cover the invention including all such useful modifications, although not explicitly disclosed above and in the drawings, which can be seen as improvements of the disclosed embodiments.