in particular in accordance with the invention there is provided a lipid - bearing preparation which has at least one oil phase and a solid phase . in that respect the oil phase is made up exclusively from vegetable or vegetable - based raw materials . the raw materials are designated using the designations known to the persons skilled in the relevant art , in accordance with the ‘ international nomenclature of cosmetic ingredients ’ ( referred to as ‘ inci names ’). the following may be mentioned here by way of example : hydrogenated vegetable oils such as for example hydrogenated jojoba oil hydrogenated cottonseed oil , hydrogenated vegetable oil , hydrogenated rapeseed oil , hydrogenated castor oil , hydrogenated coco - glycerides and similar , as well as magnifera indica ( mango seed oil ), limnanthes alba ( meadowfoam seed oil ), butyrosperum parkii ( shea butter ), macadamia ternifolia nut oil ( macadamia nut oil ), buxus chinensis ( jojoba oil ); waxes such as carnauba wax , candelilla wax , japan wax ( rhus succedanea ), rice wax , sugar cane wax and similar . in that respect the content of hydrogenated vegetable oils in the lipid - bearing preparation is between 5 and 80 % by weight , preferably between 15 and 50 % by weight . the content of vegetable waxes is between 0 . 1 and 30 % by weight , preferably between 1 and 20 % by weight . the content of vegetable oils including jojoba oil ( buxus chinensis ) which involves in the chemical sense a liquid wax is in a range of between 1 and 65 % by weight , preferably between 5 and 45 % by weight . it will be appreciated that the specifications in respect of the amounts which are used and which are preferably used are with the proviso that the total thereof is finally made up to 100 % by weight . a lipid - bearing preparation of the specified kind has proven to be particularly advantageous , which contains a combination of hydrogenated jojoba oil and limnanthes alba ( meadowfoam seed oil ). hydrogenated jojoba oil is commercially available and can be obtained in various levels of hydration and thus with varying levels of hardness — measured for example by needle penetration — and with varying melting points . by suitably mixing various commercially available types of product the man skilled in the relevant art can find out the mixture which is most suited to his purposes and can thus possibly adjust the end product in the optimum fashion , for example in respect of consistency and viscosity . the amounts used of hydrogenated jojoba oil and limnanthes alba ( meadowfoam seed oil ) should be in that respect in each case between 2 and 35 % by weight and preferably between 5 and 25 % by weight and should be used relative to each other in a ratio of between 1 : 2 and 2 : 1 . limnanthes alba ( meadowfoam seed oil ) is considered to be a particularly oxidation - stable and rancidity - stable vegetable oil — it was possible for that product property to be still further increased by the combination with hydrogenated jojoba oil so that the preparations according to the invention showed themselves to be surprisingly stable in respect of storage , even at elevated storage temperatures . however they are not only highly oxidation - stable but also the olfactory properties do not change over a prolonged storage time . the lipid - bearing preparations according to the invention can be used unchanged in temperature ranges of about 42 ° c . and are storage - stable at up to about 52 ° c . they are also light , workable and can be uniformly applied , they have good adhesion and last for a long time without spreading on the skin to a substantial extent . thus it is for example also possible to produce from a lipid - bearing preparation of the specified kind , cosmetic pencils with cast leads which can involve a lead diameter in the range of between 2 and 6 mm , with a pigment and solid content in a range of between 1 and about 50 % by weight , preferably between 5 and 40 % by weight , quite particularly preferably between 10 and 30 % by weight , with respect to the total amount of the preparation . such cosmetic pencils which , with pigment contents around between 40 and 50 % by weight were hitherto preferably produced by an extrusion method can be used in particular as lipliner , eyeliner or eyebrow pencils , because of their good coverage capability . the use of the above - mentioned combination of hydrogenated jojoba oil and limnanthes alba ( meadowfoam seed oil ) means that lipid - bearing preparations of the specified kind with high solid contents of up to 50 % by weight are accessible to the modern casting methods — in principle however it is possible for such lipid - bearing preparations also to be extruded in accordance with the known methods and then subjected to further processing with the methods which are also known to afford wood - encased cosmetic pencils . the second essential ingredient of the preparation according to the invention is a solid phase which can comprise fillers and / or pigments . the proportion of the solid phase can be adjusted depending on the respectively desired consistency and desired effect of the material . thus the proportion of the pigment depends inter alia on the desired color and the proportion of fillers depends on the desired consistency of the material . it is also possible to incorporate effect agents such as glittery or luminescent ingredients . examples of substances which can form the solid phase are for example fillers such as for example talcum , kaolin , starch and modified starch , polytetrafluoroethylene powder ( teflon ), nylon powder , boronitride , insoluble metal soaps such as mg stearate , ca stearate , sr stearate , zn stearate and inorganic or organic pigments . the latter may be mentioned by way of example : titanium dioxide , zinc oxide , iron oxides , chromium oxide , chromium hydroxide , ultramarine , berlin blue ( ferric blue ), mica , pearl gloss agents such as for example mica coated with titanium dioxide , colored mica coated with titanium dioxide and metal oxides , bismuth oxide chloride , coated bismuth oxide chloride , metal powder in flake form of aluminum , brass , bronze , copper , silver , gold and laking means of organic coloring agents with aluminum , barium , calcium or strontium . that list is only given by way of example and is not definitive . those additives are implemented with the proviso that they are also approved by the respective national or regional cosmetic legislation . the amount of the solid phase preferably depends on the maximum amount which is regulated in the individual countries by cosmetic legislation . in that respect the quantitative proportions of pigments are in a range of between 1 and 50 % by weight , preferably in a range of between 5 and 40 % by weight and quite particularly preferably in a range of between 10 and 30 % by weight . if the lipid - bearing preparation according to the invention is used as a light - protection agent it is possible to add thereto titanium dioxide and / or zinc oxide in the form of so - called ‘ nanopigments ’ with particle sizes in the range of between 5 and 25 nm in an amount of between 1 and 20 % by weight , preferably between 5 and 15 % by weight , optionally also in combination with conventional oil - soluble uv - a and / or uv - b light filter substances which are approved by the respective national or regional legislation . all those quantities in respect of the solid phase are also specified with the proviso that the total of all ingredients of the above - mentioned lipid - bearing preparation is made up to 100 % by weight . it is also possible to add to the preparation according to the invention the additives which are usual for cosmetics such as perfumes , anti - oxidants , preserving agents and the like in the amounts which are necessary for effectiveness and usual for cosmetic materials . it is preferred in that respect to have recourse to such substances which are of vegetable origin . in that respect both inorganic and also organic pigments and organic dyes are to be considered as the coloring agents . a further subject of the invention is also a method of producing the lipid - bearing preparation according to the invention . as stated above by virtue of its particular properties the lipid - bearing preparation can be processed to form stick or pencil leads not only by extrusion but also by casting . the subject of the invention is therefore a method of producing a cosmetic pencil in which the lipid - bearing preparation according to the invention is formed into a lead by casting and then glued into wood in per se known manner and subjected to further processing to form pencils . in a preferred embodiment in that respect the lipid - bearing preparation is cast at elevated temperature into a plastic casing sleeve of material which can be sharpened to a point , with a point being formed thereon . methods for that purpose are known to the man skilled in the art . by virtue of the particularly advantageous properties of the preparation according to the invention it is possible for the leads cast therefrom to be used in a rotary spindle mechanism . a further subject of the invention is therefore a method of producing a cosmetic pencil in which the lipid - bearing preparation according to the invention is cast at elevated temperature into a rotary spindle mechanism . the preparation according to the invention can also be introduced in the form of a paste into tubes , pots and also cups . the invention concerns lipid - bearing preparations , in particular in the form of a stick or pencil or a workable paste , which are applied to the skin , the semi - mucous membranes or in the proximity of mucous membranes , for example in the proximity of the eyes . in particular the lips are to be interpreted here as semi - mucous membranes . by way of example mention may be made of preparations for coloring of or for care of the lips , preparations for coloring of or for care of the skin such as for example makeup , rouge , camouflage for hiding age spots or rosacea , concealer , pencils for outlining lip contours , the contours of the eyes and the eyebrows and also sun - protection products with different sun protection factors ( spf ), as far as so - called sun blocks , using very finely divided nanopigments or brightly colored , more highly pigmented sun blocks , which are popular for example with surfers and windsurfers as body paint . the preparation can also be produced without the addition of coloring agents and may optionally contain so - called cosmetic active substances . it is then used as lip gloss or as a fixing agent which are applied over a lipstick . if that uncolored preparation contains light protection filter , it can be used as lip protection and lip care . as is known in contrast to the skin of the body the skin of the lips does not include any pigmentation . suitable oil - soluble light filter substances which afford good protection in the uv - a and uv - b range are known in adequate numbers to the man skilled in the relevant art and are regulated by the respective national or regional legislation for example in the eu , in japan and in the usa — in germany for example by appendix 7 to regulation 3b of the cosmetics regulations and they are therefore not to be comprehensively listed here . therefore mention will only be made by way of example of isoamyl p - methoxycinnamate as a uv - b filter , and 4 - methylbenzylidene camphor as a uv - a filter . the preparation according to the invention will now be described in detail by means of the examples hereinafter , which however do not definitively describe the invention . in this respect all amounts are stated in percent by weight (% by weight ) with respect to the total weight of the preparation : example 1 - pasty lip rouge hydrogenated jojoba oil 11 . 000 limnanthes alba 19 . 500 carnauba 3 . 500 buxus chinensis 31 . 550 butyrosperum parkii 3 . 000 hydrogenated cottonseed oil 9 . 500 pigments 18 . 000 silica 3 . 500 tocopherol 0 . 350 ascorbyl palmitate 0 . 100 production is effected by a procedure whereby hydrogenated jojoba oil , limnanthes alba ( meadowfoam seed oil ), carnauba , buxus chinensis and hydrogenated cottonseed oil are put in a suitable homogenising machine with an anchor - type agitator and gear ring homogeniser and heated to about 90 ° c . the silica is then sprinkled in and dispersed by means of the homogeniser . the pigments are then added and the mixture is then homogenised under a high input of shearing force in order to destroy all pigment agglomerates . the mass is then deaerated by the application of vacuum . then the anti - oxidants ( tocopherol and ascorbyl palmitate ) are added to the mixture while still hot and it is then subjected to brief post - homogenisation . the mixture is then cooled down further to about 35 ° c . with agitation with the anchor - type agitator . the mixture which is now pasty is transferred into the filling vessel and allowed to cool down to ambient temperature , without further measures . then on a filling or assembly machine it is introduced into the appropriate vessels such as for example pots of glass or plastic material or bowls of metal after the preparation has been checked by quality assurance and passed . the result obtained is a workable soft paste of a viscosity of 5000 mpas . example 2 - cream eyeshadow candelilla cera 2 . 500 carnauba 1 . 800 hydrogenated castor oil 3 . 500 hydrogenated jojoba oil 9 . 500 limnanthes alba 18 . 000 hyrogenated cottonseed oil 4 . 000 buxus chinensis 32 . 250 pigments 9 . 000 mica ( and ) titanium dioxide 16 . 000 silica 3 . 000 tocopherol 0 . 350 ascorbyl palmitate 0 . 100 production is effected in a similar manner to example 1 but in this case firstly the pigments are added to the fat phase at about 90 ° c . and homogeneously worked thereinto , thereafter the pearl gloss agents are added and it is then briefly homogenised once again . the result obtained is a soft workable paste with a nice pearl gloss and a viscosity of 4200 mpas . example 3 - lipgloss carnauba 1 . 650 candelilla cera 2 . 000 limnanthes alba 16 . 000 hydrogenated jojoba oil 8 . 750 magnifera indica 6 . 000 macadamia ternifolia nut oil 7 . 500 butyrosperum parkii 2 . 000 buxus chinensis 44 . 550 rhus succedanea 6 . 000 silica 2 . 500 isoamyl p - methoxycinnamate 1 . 500 4 - methylbenzylidene camphor 1 . 000 tocopherol 0 . 450 ascorbyl palmitate 0 . 100 production is effected substantially similarly to the above - described methods , wherein the light filter substances are added together with the tocopherol at about 45 - 50 ° c . the result obtained is an uncolored , transparent , very soft paste , with a viscosity of 2800 mpas , which can be introduced into tubes or pots . example 4 - sun block for surfers carnauba 3 . 500 candelilla cera 2 . 850 hydrogenated castor oil 4 . 800 hydrogenated vegetable oil 7 . 500 hydrogenated jojoba oil 9 . 500 limnanthes alba 16 . 000 buxus chinensis 23 . 550 magnifera indica 5 . 000 titanium dioxide ( nanopigment ) 10 . 000 iron oxides ( red and yellow ) 6 . 000 silica 3 . 000 isoamyl p - methoxycinnamate 4 . 500 4 - methylbenzylidene camphor 3 . 000 tocopherol 1 . 000 ascorbyl palmitate 0 . 100 production is effected in accordance with the method specified in example 1 . the result obtained is a red - orange solid preparation which is preferably suitable for being introduced into rotary spindle mechanisms . the sun protection factor ( spf ) of that preparation is above 25 . example 5 - lipliner hydrogenated jojoba oil 34 . 000 limnanthes alba 20 . 000 carnauba 0 . 800 candelilla cera 2 . 500 magnifera indica 4 . 000 butyrosperum parkii 1 . 000 silica 8 . 300 chamomilla recuita 1 . 000 tocopherol 0 . 300 pigments 28 . 000 ascorbyl palmitate 0 . 100 production of the lipliner is effected similarly to example 1 . the material is transferred into a casting machine and at about 85 - 90 ° c . either cast into plastic casing sleeves comprising a material which can be sharpened to a point , with a point being formed thereon , or is cast into metal casting molds and , after becoming cold , is removed from the mold and subjected to further processing again in known manner to form wood - encased cosmetic pencils . example 6 - eyeliner hydrogenated jojoba oil 11 . 000 limnanthes alba 19 . 500 hydrogenated vegetable oil 4 . 500 buxus chinensis 8 . 400 carnauba 1 . 700 candelilla cera 2 . 650 rhus succedanea 4 . 500 magnifera indica 4 . 000 macadamia ternifolia nut oil 1 . 900 pigments 30 . 000 talcum 6 . 700 silica 3 . 000 glyceryl caprylate 1 . 000 chamomilla recutita extract 0 . 800 tocopherol 0 . 250 ascorbyl palmitate 0 . 100 production of the eyeliner is effected in a similar manner to the procedure set out in example 5 . the pigments which are particularly preferably used are inorganic pigments such as black , red and yellow iron oxides , titanium dioxide , ferric blue , ultramarine , chromium hydroxide green , chromium oxide green , manganese violet and mixtures thereof . it is optionally also possible to use pearl gloss pigments such as for example mica , mica coated with metal oxides , bismuth oxychloride , bismuth oxychloride coated with metal oxides , metals in flake form such as powder - form aluminum , bronze , brass , titanium , silver , gold or mixtures thereof , also in combination with inorganic pigments . example 7 - eyebrow pencil hydrogenated jojoba oil 12 . 500 limnanthes alba 10 . 500 rhus succedanea 6 . 000 hydrogenated cottonseed oil 6 . 000 carnauba 2 . 200 candelilla cera 2 . 600 butyrosperum parkii 1 . 250 macadamia ternifolia nut oil 2 . 200 buxus chinensis 6 . 300 pigments 35 . 000 talcum 12 . 000 silica 3 . 000 tocopherol 0 . 350 ascorbyl palmitate 0 . 100 production is effected similarly to example 1 . after the material is completely cold the material is also passed twice by way of a three - roll mill , put into cartridge form in known manner and extruded in a conventional procedure to afford leads which are then glued into wood stick portions and subjected to processing to provide finished wood - encased pencils . lipid - bearing preparations which do not contain any water phase very often remain unpreserved in order as far as possible to exclude incompatibility reactions — which are comparatively very rare — on the part of lady consumers to preserving agents . in order however to exclude colonisation of the pencil surfaces with micro - organisms with subsequent re - contamination of the surface of the skin , it is possible to add to the lipid - bearing preparations according to the invention , vegetable - based preserving agents such as for example oil - soluble dry extract of rosemary or glyceryl caprate or mixtures of natural perfumes or perfumes which are identical to nature , with anti - microbial properties , such as for example geraniol , linalool , neroli , vanillin , eugenol , methyleugenol , palmarosa oil and the like in the desired and conventional amounts of between 0 . 05 and 1 . 0 % by weight . preferably the necessary amount of preserving agent is determined in a preservation loading test which is sufficiently known to the persons skilled in the art who are relevantly concerned with this aspect .
a lipid - bearing preparation and method for preparing same in particular in the form of a stick or a workable paste , which is suitable for cosmetic uses , in particular in the field of decorative cosmetics for coloring and improving the appearance of the skin , the lips and the eyelids . the lipid - bearing preparation is in water - free form and contains in the lipid phase exclusively vegetable - base raw materials .