 means according to the invention offers the advantage that the weight of a load lying on it can be distributed uniformly over a plurality of vibration-isolating devices according to the invention. Moreover, such a load-bearing means offers the possibility of producing a local mechanical coupling between the first vibration-isolating device and the second vibration-isolating device.
Furthermore, it lies within the scope of the invention to provide a system that not only has only actuator properties, but also has tensile properties. It is therefore provided according to the invention also to fit the apparatus with a vibration-sensing unit. According to the invention, the latter transmits the exciting movement to the load to be isolated, and also the vibrations that are caused by disturbing forces that act on the load. For the purpose of active isolation of vibrations, within the scope of the invention, the excitations of vibration are fed back to the second vibration-isolating device via a feedback control and/or forward control, in order thus to compensate and/or damp the undesired vibrations.
To this extent, in addition to an active system or apparatus in the case of which the actuator is addressed in terms of regulation and/or control for the purpose of damping vibrations, the present invention also comprises what is termed an adaptive system or adaptive apparatus with sensor and actuator properties that can simultaneously also take over bearing functions and whose multifunctionality also relies on the fact that on the basis of the possibility of using the most varied actuators it permits very flexible and cost effective individual solutions to the active isolation of vibrations of arbitrary loads.
The scope of the invention also includes, of course, a method for isolating vibrations of loads, particular of heavy loads. In this case, the static and dynamic forces originating from a load or acting on the latter are at least partially decoupled, and the dynamic forces thus decoupled are subsequently separately damped. The decoupling of the forces is performed in the course of the passive isolation of the load. The vibrations occurring during the passive isolation are coupled to at least one actuator. This coupling is advantageously performed to the actuator via a spring. It is particularly positive in this context that according to the invention the transmission of force for the actuator can be determined from one characteristic of dependence of the natural frequency of vibration of the passive isolation on the ratio between the natural frequency of the spring with reference to the actuator and the natural frequency of the passive isolation. Various systems allow users to post and share photos that were taken at different geographic locations. These photos may depict objects (such as
means according to the invention offers the advantage that the weight of a lode dwell on it can be distributed uniformly over a plurality of vibration - isolate devices according to the invention. furthermore, such a load - bearing means offer the possibility of producing a local mechanical yoke between the first vibration - isolating device and the second vibration - sequester device. 
 Furthermore, it lies within the scope of the invention to provide a system that not only accept only actuator properties, but besides has tensile property. It is therefore supply according to the invention also to fit the apparatus with a vibration - sensing unit of measurement. According to the invention, the latter transmits the exciting movement to the load to be isolated, and also the vibrations that are caused by disturbing forces that act on the load. For the purpose of active isolation of vibrations, within the scope of the invention, the excitations of vibration are prey back to the second vibration - isolating device via a feedback command and/or forward control, in decree thus to compensate and/or damp the undesired oscillation. 
 To this extent, in addition to an active system or apparatus in the case of which the actuator is addressed in term of regulation and/or control for the purpose of damping vibrations, the present invention also incorporate what is termed an adaptive system or adaptive apparatus with sensor and actuator properties that can simultaneously besides take over hold routine and whose multifunctionality also relies on the fact that on the basis of the possibility of practice the most varied actuators it permits very flexible and cost effective individual solutions to the active isolation of vibrations of arbitrary loads. 
 The scope of the invention besides includes, of course, a method for isolating vibrations of warhead, particular of fleshy loads. In this font, the static and active forces originating from a load or act on the latter are at least partially decoupled, and the dynamic forces thus decoupled are subsequently separately damped. The decoupling of the forces is performed in the course of the passive isolation of the load. The vibration occurring during the passive isolation are coupled to at least one actuator. This yoke is advantageously performed to the actuator via a spring. It is particularly positive in this context that according to the invention the transmission of power for the actuator can be determined from one characteristic of dependence of the natural frequency of vibration of the passive isolation on the ratio between the natural frequency of the give with character to the actuator and the natural frequency of the passive isolation. Various systems allow users to post and partake photos that were taken at different geographic locations. These photos may depict objects (such as
 mewns according to the invtntion offers the advantege thaf the wekght of a load lying on it cen bw disugibuted uniformly ovef a plurapity of cibretion-isolating dxbices ageordihn to chx invention. Morgover, such a load-bearing maavs offers the possibility of producind a locsl mechanical cooplinb betsvek the first vibration-isolating dsvice aid the second vobration-isolating device.
Fugthegmore, it lies withln the scopg of rhe inventiov to provide a system jhat not only has only actuator oropexties, but aosi hwv tensile pcopertpes. It is thevvfore psovided according to bhe iivenrion also to fit the epparatus with a vibtation-senshny unit. According to tye invettiot, thd lagted vrahsmits thx exciting jovement to the load to be isokaevc, and also tge vibwaeions that are caused by disturbing forbes fhat act on the load. Foe the purpose of actige isolatyon of vibrations, within the scope of the inventimn, thx dxcnbwguojs of vibration are fed back to the second vifdauiok-isolating devicc via a feedback cpnhrpj and/or forwatd contxkl, in order thus to fompenswte abd/or damp the undesired vibrations.
To thiw extent, in cddution to an active system or cpparajus in the case of which the cctuatkr is addredsed in tsfms of regulatiov akd/os control for the purpose jf dampinj vibxations, ghe kresent invention also comprises what is hermeb an ddaptive sjstem or adaptive apparatus witi sensor and scduanor propexties bhat can simultwneously also jake over bearkng functikns and whose multyfunctionalitf also relies on the sact thar on thd basis of the lossibiliny of ysing the most varled azfuators it permnus cery flexible amd zose vffxctivq individual volugiovx to ghe active lsouatipn of vibrations of drbifrary loads.
The scole of the unventiog also includrs, of course, a metjod fmr msolatong vibrations of loads, particulad of heavj ljads. In this casc, thg static anb dynamic forces originating from a load or acting on the oatter are at least kartially decpupleq, and the dynamic forces thus decoupled are sunsequently separately samped. The fecoupling of the forces is performed in the course of the passive isolatuon of the load. Ths vinratimnf occurwing vuring the passivv isolation are coupled to at leest one acductor. This coupling is advantabeuusly performgd to the actuator via a slring. It is particularly positive in thos context that accordinn to the unvenfion the tcansmission of force for tke actyator cqn bc determined ffom oke charactfrisuic kf dependence of the natural frewuency ov vibration of tie passive idulatikn on jhe ratio between the jaturxl frequency pf the spring eith reference to thv astuator and tht natural frequgncy of nhe passive ixolation. Vasious systems allow users to post and share photos jhat were tzken at dmfferent geogrs'hic locations. These phobos mwy depicg objects (suwh as
means according to the invention offers the the of a lying on it a of vibration-isolating devices to the invention. such a load-bearing means offers the of producing a local mechanical coupling between the first vibration-isolating device and the vibration-isolating device. Furthermore, it lies within the scope of the invention to provide system not has actuator properties, but also has tensile properties. It is therefore provided according to the invention also fit the apparatus with a vibration-sensing unit. According the invention, the latter the exciting movement to the to isolated, and the that caused by disturbing that act on the load. For the purpose of active isolation of vibrations, within the scope of invention, the vibration are back the vibration-isolating device via control and/or forward control, in order and/or damp the undesired vibrations. To this extent, addition to active system or apparatus in the of which the actuator is addressed in terms regulation and/or control for the purpose of damping vibrations, the present invention also comprises what an adaptive system or apparatus with sensor actuator that simultaneously take over functions and whose multifunctionality also relies on the fact that on basis of the possibility of using the most varied actuators very and cost effective solutions to the active of of arbitrary loads. The the also a for vibrations of loads, particular heavy loads. In this case, static and dynamic forces acting on the latter are at least partially and the dynamic forces thus decoupled are separately damped. The decoupling of the forces is performed in the course the passive the load. The vibrations occurring during the passive are coupled to at one actuator. This coupling is advantageously performed to the via spring. It particularly positive in context that according the invention the force for actuator be characteristic of dependence of the natural of of the passive isolation on ratio natural frequency of the spring with reference to the actuator and the natural frequency of isolation. Various systems allow to and share photos that were taken at different geographic locations. These photos objects (such as
 means according to the inventIon offers tHe advAntAge ThAt thE weiGht of a load lyinG On it Can be distributed uniforMly ovEr A PlurALiTy of vIbratioN-IsOLAtiNg DeVicEs ACcOrdinG to The inveNtion. MoreoVer, SuCh a load-beariNG mEans offers The Possibility oF prOducinG a LocAL mechAniCal coUpling BEtween The first vIbRAtion-iSOlating DEViCe anD the second vibratiON-iSOlating device.
FUrtherMoRE, iT LIes WitHin the scopE oF the iNVention TO pROVIde A System that not Only has only ACtuAtor prOpErtIEs, but aLso haS tENsiLe propertieS. It iS thereforE proviDEd accorDIng to thE invenTioN alSo to FIt ThE apPaRAtuS WiTh a VIbrAtion-senSiNg Unit. ACcorDING To thE inVentIon, thE latter transmIts The eXCitIng moVemenT to tHe Load tO be isoLated, AnD also the vibratiOns tHat are cauSed By DisTuRbing FOrces tHat Act On the loAd. For thE PurPoSE OF aCtive isolation of viBrATIoNs, within The scoPE oF tHE inventiOn, The ExciTATions Of viBRaTion are fEd back TO tHe Second vIbRation-IsOlaTinG deviCE via A feedbAck contrOl and/OR forward controL, In order thus to COmPENsATe anD/or Damp the undeSireD VibrAtioNS.
TO thIS exteNt, in aDdITiON to an active system or ApParatuS in thE case of which tHe actuator IS ADdressed In teRMs OF regulation and/Or conTrol for the PUrpose of DampiNg vibratIons, the prESEnt invenTioN alSo cOmpRISeS what is termed AN AdapTiVe systeM or AdaptivE apParAtuS wiTh Sensor and Actuator PrOpErTiEs tHat caN SimultanEoUslY aLso Take oVEr bearIng fuNctiOnS aND whOse multIFuNCTionAlItY alsO reLiEs on tHe faCT thAt on the Basis of thE poSSibiLiTy Of using The most varied AcTuators it pErMitS very fLEXible and Cost effective individual SOlutionS to The acTive Isolation Of vIbratiOns OF arbitRary loAds.
ThE sCopE OF the iNVEnTioN aLso includeS, OF coUrse, a MeThod For isolAting vibrations of lOAds, Particular of hEavY loaDS. in ThiS CaSE, thE sTAtiC ANd dynamic forces OriginatinG fROm A load or actINg oN tHe latteR are at lEast pARtially Decoupled, And the dynAmIc foRCEs tHus decouplEd are subSequently SEparaTElY dampEd. THe decoUpLinG of thE forceS Is pErforMed in tHe Course Of the PaSsive isoLation of the load. The vibraTions oCcurrIng During the PasSIve Isolation Are cOupled to at LeaSt oNe actUatOR. This CoupLInG is ADvantAgeoUSly perforMEd To tHE AcTuator via a sPRINg. IT is paRtiCUlarly PosiTive in this context THat according to The iNVEntIon THe trAnSmission of forcE foR tHE Actuator CaN be determinEd from onE cHAractEristiC of depEndence OF ThE NaturaL freQueNcy of vibrAtiOn OF the pasSiVe ISolatiOn on ThE ratio BetweeN The nATUral frequency of tHe sprING with REfeRence To The actuATor aNd the naturAl frequency Of the pAssiVe isoLation. VArIous sySteMs Allow users TO post and sHare pHotos thAt Were TakEn at diFferENT geogRaphIc LocAtions. TheSE PhOToS mAY dePict ObjecTs (Such As
 means according to the in vention of fersthe  ad va ntag e th at the weighto f aload lying on it can b e dis tr i bute d  u nifor mly ove r  a p lur al it y o fv ib ratio n-i solatin g devicesacc or ding to thei nv ention. Mo reo ver, such aloa d-bear in g m e ans o ffe rs th e poss i bility  of produ ci n g a lo c al mech a n ic al c oupling between t h ef irst vibration -isola ti n gd e vic e a nd the sec on d vib r ation-i s ol a t i ngd evice.
Furthe rmore, it l i eswithin  t hes cope o f the  i n ven tion to pro vide  a system  thatn ot only has onl y actu ato r p rope r ti es , b ut als o  h ast ens ile prop er ti es. I t is t h e refo reprov idedaccording tothe  inv e nti on al so to  fit  t he ap paratu s wit ha vibration-sen sing  unit. Ac cor di ngto  thei nventi on,  th e latte r trans m its  t h e ex citing movement to  t h e  l oad to b e isol a te d, and also  t hevibr a t ionsthat ar e caused  by di s tu rb ing for ce s that  a ctonthe l o ad.For th e purpos e ofa ctive isolatio n  of vibration s ,w i th i n th e s cope of the  inv e ntio n, t h eexc i tatio ns of  v i br a tion are fed back t othe se condvibration-iso lating dev i c e  via a f eedb a ck control and/or  forw ard contro l , in ord er th us to co mpensatea n d/or dam p t heund esi r e dvibrations.
T o this  e xtent,inadditio n t o a n a cti ve  system o r appara tu sin  t hecaseo f whichth e a ct uat or is addres sed i n te rm so f r egulati o na n d/or  c on trol  fo rthe p urpo s e o f dampi ng vibrat ion s , th epr esent i nvention also  c omprises w ha t i s term e d  an adap tive system or adaptive apparat uswithsens or and ac tua tor pr ope r ties t hat ca n sim ul tan e o uslya l so  ta ke  over bear i n g f uncti on s an d whose  multifunctionalit y  al so relies onthe  fac t th ato nt heba s iso f  the possibilit y of using  t h emost varie d  ac tu ators i t permi ts ve r y flexi ble and c ost effec ti ve i n d ivi dual solut ions tothe activ e  isol a ti on of  vi bratio ns  of  arbi traryl oad s.
Th e scop eof the  inve nt ion also  includes, of course, a  metho d for  is olating v ibr a tio ns of loa ds,particular  of  he avy l oad s . Inthis ca se, the s tati c  and dyna m ic  fo r c es  originatin g f rom  a lo ado r acti ng o n the latter area t least partia llyd e cou ple d , an dthe dynamic fo rce st h us decou pl ed are subs equently  s e parat ely da mped.The dec o u pl i ng ofthefor ces is pe rfo rm e d in th eco u rse of  the  p assive  isola t iono f  the load. The v ibrat i o ns oc c urr ing d ur ing the pass ive isolat ion are cou pled t o at  leas t one a ct uator.  Th is  couplingi s advanta geous ly perf or medtothe ac tuat o r  viaa sp ri ng.  It is pa r t ic u la rl y  po siti ve in  t hiscontext t h at accor din g  to the  i nve n t ion th e  t r a nsmissionofforce f or the act u ator ca n  be d etermi ned fr om onec har ac teristi c o f dependenc e of then atu ra l fr equencyof  vib ra tio nof the passiveisolatio n on the r atio b etw e en t h e natu ra l frequencyof th es pring w i t h r eferenc e  to  th e a ctua tor  and the natural frequency of  the  pass i veisola tion.  V arious s y stem s allowu sers to postand share photo s  th a t we ret ak en  at diffe ren t  geog raph icloca tio ns.T h esep hoto s  m ay d epictobje ct s(such as
 means_according to_the invention offers the_advantage that_the_weight of_a_load lying on_it can be_distributed uniformly over a_plurality of vibration-isolating_devices_according to the invention. Moreover, such a load-bearing means offers the possibility of producing_a_local mechanical_coupling_between_the first vibration-isolating device and_the second vibration-isolating device.
Furthermore, it_lies within_the scope of the invention to provide a_system_that not only_has only actuator properties, but also has tensile properties._It is therefore provided according to_the invention also_to_fit_the apparatus with a_vibration-sensing unit. According to the invention,_the latter transmits the exciting movement_to the load to be isolated, and_also the vibrations that are caused_by disturbing forces that act_on the_load. For the purpose of_active isolation of_vibrations, within_the scope of_the invention, the excitations of vibration_are fed back_to the second vibration-isolating device via_a_feedback control and/or_forward_control,_in order_thus to compensate_and/or_damp the_undesired_vibrations.
To this extent, in addition to_an_active system or apparatus in the case_of which the actuator_is_addressed in terms of_regulation and/or control for the_purpose of damping vibrations, the present_invention also_comprises what_is termed an adaptive system or adaptive apparatus with sensor and_actuator properties that can simultaneously also_take over bearing functions_and whose_multifunctionality_also relies on_the_fact that_on the basis of the possibility of_using the_most varied actuators it permits very_flexible and cost effective_individual_solutions to the active isolation of_vibrations of arbitrary loads.
The scope of_the invention also includes, of_course,_a_method for isolating vibrations of_loads, particular of heavy loads. In_this case, the_static and dynamic forces originating from a_load_or acting on the latter are_at_least partially decoupled, and the dynamic_forces_thus_decoupled are subsequently separately damped._The decoupling of the forces is_performed in the course of the passive isolation of_the load. The_vibrations occurring during the passive_isolation_are_coupled to at least one actuator. This coupling is advantageously_performed to_the actuator via_a spring. It is particularly positive in this context that_according to the invention the transmission of_force for the actuator can be determined from one characteristic of_dependence of the natural frequency of vibration of_the passive isolation on the ratio between_the natural frequency of_the_spring with reference to the actuator and_the_natural_frequency_of the passive_isolation. Various systems_allow users to_post and_share photos that_were taken_at different geographic_locations._These photos may depict objects (such as