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DE202019000111U1 - Electric bicycle with self-charging of the accumulator - Google Patents

Electric bicycle with self-charging of the accumulator Download PDF

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Publication number
DE202019000111U1
DE202019000111U1 DE202019000111.5U DE202019000111U DE202019000111U1 DE 202019000111 U1 DE202019000111 U1 DE 202019000111U1 DE 202019000111 U DE202019000111 U DE 202019000111U DE 202019000111 U1 DE202019000111 U1 DE 202019000111U1
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Prior art keywords
drive
rotor
wheel
generator
axle
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    • BPERFORMING OPERATIONS; TRANSPORTING
    • B62LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
    • B62MRIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
    • B62M6/00Rider propulsion of wheeled vehicles with additional source of power, e.g. combustion engine or electric motor
    • B62M6/40Rider propelled cycles with auxiliary electric motor
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B62LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
    • B62JCYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
    • B62J6/00Arrangement of optical signalling or lighting devices on cycles; Mounting or supporting thereof; Circuits therefor
    • B62J6/06Arrangement of lighting dynamos or drives therefor
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B62LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
    • B62JCYCLE SADDLES OR SEATS; AUXILIARY DEVICES OR ACCESSORIES SPECIALLY ADAPTED TO CYCLES AND NOT OTHERWISE PROVIDED FOR, e.g. ARTICLE CARRIERS OR CYCLE PROTECTORS
    • B62J6/00Arrangement of optical signalling or lighting devices on cycles; Mounting or supporting thereof; Circuits therefor
    • B62J6/06Arrangement of lighting dynamos or drives therefor
    • B62J6/12Dynamos arranged in the wheel hub
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B62LAND VEHICLES FOR TRAVELLING OTHERWISE THAN ON RAILS
    • B62MRIDER PROPULSION OF WHEELED VEHICLES OR SLEDGES; POWERED PROPULSION OF SLEDGES OR SINGLE-TRACK CYCLES; TRANSMISSIONS SPECIALLY ADAPTED FOR SUCH VEHICLES
    • B62M6/00Rider propulsion of wheeled vehicles with additional source of power, e.g. combustion engine or electric motor
    • B62M6/80Accessories, e.g. power sources; Arrangements thereof

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • Transportation (AREA)
  • Electric Propulsion And Braking For Vehicles (AREA)
  • Connection Of Motors, Electrical Generators, Mechanical Devices, And The Like (AREA)

Abstract

Fahrrad, welches sich beim Fahren selber mit Strom versorgt.

Figure DE202019000111U1_0000
Bicycle, which provides itself with electricity while driving.
Figure DE202019000111U1_0000

Description

Grund: Beim Elt-Fahrrad gibt es folgende Verbesserungen. Nämlich die der unbegrenzten Reichweite. Detaillierung s.Zeichnungen u.Beschreibungen ff.Reason: The Elt bike has the following improvements. Namely, the unlimited range. Detailing s.Drawings and descriptions ff.

Zweck: Die Funktion des Elt-Fahrrades (E-Motor) ist bekannt.Momentan funktioniert das nur durch den Einsatz eines Akku; der an der Steckdose immer wieder aufgeladen werden muss. Diese Art der Stromversorgung grundlegend zu verbessern ist der Grund meines Gebrauchmuster-Schutz-Anspruches, also eine gänzliche Strom-Selbst-Aufladung des Akkus. Dieses geschieht durch den Einbau von Generatoren bzw.Elt-Rotoren, die den Akku oder sogar den E-Motor direkt mit Strom versorgen.Purpose: The function of the Elt bicycle (electric motor) is known. Currently this works only by the use of a battery; which must be charged again and again at the socket. To fundamentally improve this type of power supply is the reason of my utility model protection claim, so a complete power-self-charging of the battery. This is done by installing generators or elec- tric rotors that directly supply the battery or even the electric motor with electricity.

Die Grundidee ist die sogenannte Energie-Umwandlung. Somit werden sowohl das Vorder- u. Hinterad zur Stromversorgung eingesetzt. Weil der E-Motor mit dem Tretlager eine Einheit bilden sind beide Laufachsen vorn und hinten für den Einbau der Elt erzeugenden Anlagen frei u. Nutzbar. Eine entsprechende Konstruktionform, wie auch die Elt-Anlage sind neu zu entwickeln.
Diese Form der Stromversorgung dient mithin dem Nachladen bzw. Aufladen des Akkus; ggf. aber auch der direkten Stromeinspeisung in den E-Motor.Das bedeutet bei einer entspr. Kapazität eine 100%ige Stromselbstversorgung.
Eine Weiterentwicklung zur Dreirad-Version (ein Rad vorne u. zwei Räder hinten; oder auch 2 Räder vorn u. zusätzlich 2 Räder hinten ist konstruierbar. Das ermöglicht sogar den Bau eines Lastenfahrrades mit entsprechender Erweiterung der Reichweite u. Einsatzzeiten. Denn in solchen Rädern können 3 oder sogar 4 Räder als Stromerzeuger eingebaut werden.Das ist sehr wichtig für die Lastenbewegung im Stadtverkehr.
Also gilt folgendes Grundprinzip: Alle freien Laufachsen werden zur Stromversorgung- u.-Erzeugung verwendet. Zu den auf Seite 1 aufgeführten, gibt es noch 2(zwei) zusätzliche Stromquellen am Fahrrad. Allerdings gibt es sie nur bei veränderten Rahmenkonstruktionen. Diese sind mit dem Hinterrad verbunden (s. 5) sie dienen der Aufladung des Akku während des Fahrens. Die dazu erforderlichen Anlagen werden in der 5 beschrieben.
Die Generatoren/E-Rotor-Anlagen müssen aus rostfreiem und schlagfestem Material; z.B. das Gehäuse von SoluComp Kunststoff oder Aluminium.
Produktionstechnisch gibt es keine Probleme, auch weil weitaus kompliziertere Anlagen gebaut werden (E-Motor im Tretlager u. im Vorder-u.Hinter-Rad), auch z.B. Lichtmaschinen u. autonome Rasenmäher etc.etc.
Die beigefügten Zeichnungen (Figuren) lassen klar erkennen, wie u.we die Generatoren/D-Rotoren) eingebaut werden können.
Auch sollte die Verzahnung eine konische Sonderverzahnung sein; z.B. Evolvente Sonderverzahnung,
Die Verzahnung der Rotor-Achsen (konisch) mit dem Antriebszahnrad (s. 3 u.4)ist so zu konstruieren, daß eine äußerst hohe Umdrehung/Min., erreicht werden kann; denn jede Erhöhung der Umdrehungen der Rotor-Achsen bewirkt auch eine höhere Strom-Erzeugung.
Installierte Elt-Motoren unter dem Tretlager, die bereits angeboten werden beweisen, daß eine stromerzeugende Anlage an der selben Stelle mit derselben Kapazität möglich ist (ENERGIE-UMWANDLUNG). Dasselbe gilt mithin auch für die Anlage unter dem Gepäckträger/Sattel. Bei diesen Anlagen werden die Rotoren/Generatoren durch ei kl.bereiftes Rad angetrieben, welches seinerseits wiederum vom Hinter-Rad des Fahrrades angetrieben wird und somit Strom erzeugt (s. 3,4,5)
Zu den bekannten Vorteilen des Elt-Fahrrades kommt durch diese zusätzliche Möglichkeit der Stromerzeugung hinzu,
daß eine unbegrenzte Reichweite feststeht.
Also Deutschland,Europa-weite Rundfahrten etc.etc.
The basic idea is the so-called energy conversion. Thus, both the front u. Rear wheel used for power. Because the electric motor with the bottom bracket form a unit both axles front and rear for the installation of the generating facilities are free u. Available. An appropriate design form, as well as the Elt plant have to be redeveloped.
This form of power supply is therefore used to recharge or recharge the battery; if necessary, but also the direct power supply to the electric motor. That means at a capacity equivalent to a 100% self-sufficiency.
A further development to the tricycle version (one wheel in front and two wheels in the back, or also 2 wheels in front and additionally 2 wheels in the back is constructable.) This even allows the construction of a cargo bike with a corresponding extension of the range and operating times - because in such wheels 3 or even 4 wheels can be installed as power generators. This is very important for the load movement in city traffic.
So the following basic principle applies: All free axes are used for power supply and generation. To the on page 1 listed, there are still 2 (two) additional power sources on the bike. However, they only exist with modified frame constructions. These are connected to the rear wheel (s. 5 ) They serve to recharge the battery while driving. The required facilities are in the 5 described.
The generators / E-rotor systems must be made of stainless and impact-resistant material; eg the housing of SoluComp plastic or aluminum.
Production-wise, there are no problems, also because far more complicated systems are built (electric motor in the bottom bracket and in the front u.Hinter-wheel), including, for example, alternators u. autonomous lawn mower etc.etc.
The accompanying drawings (figures) clearly show how u.we the generators / D-rotors) can be installed.
Also, the teeth should be a conical special teeth; eg involute special toothing,
The toothing of the rotor axes (conical) with the drive gear (s. 3 u .4) is to be designed such that an extremely high revolution / min., Can be achieved; because every increase in the rotations of the rotor axes also causes a higher power generation.
Installed Elt engines under the bottom bracket, which are already offered prove that a power generating plant in the same place with the same capacity is possible (ENERGY CONVERSION). The same also applies to the system under the luggage rack / saddle. In these systems, the rotors / generators are driven by ei kl.bereiftes wheel, which in turn is driven by the rear wheel of the bicycle and thus generates electricity (s. 3 . 4 . 5 )
In addition to the well-known advantages of the Elt bicycle, this additional option adds power generation.
that an unlimited range is established.
So Germany, Europe-wide tours etc.etc.

Sämtl. Zeichnungen sind nicht maßstabsgerecht.Sämtl. Drawings are not to scale.

Kapazitäts-BerechnungCapacity calculation

Strom-Verbrauch Elt-Fahrrad ca. 736 Watt bei Geschw. 2o km auf loo KM. Bei 1 Km = 736 ./.2o = 36,8 Watt Std.
Übl. Werte, wenn ca 14 kmH zugrundegelegt werden :
36,8 x 14 = o,5152 x 5 = o,2576 KwH Vebrauch an Strom
Electricity consumption Elt-bike about 736 watts at Geschw. 2o km on loo KM. At 1 Km = 736 ./.2o = 36.8 watts Std.
Übl. Values, if approx. 14 kmH are taken as a basis:
36.8 x 14 = o, 5152 x 5 = o, 2576 KwH Use of electricity

Stromerzeugung Elt-Fahr-Rad:Electricity generation Elt-Fahr-Rad:

Übl. Werte 28° Fahrrad bei 15 kmH= Shimano Fahr-Rad-Generator/Elt-Rotor 3o cm ∅ bringen 1.700 Watt bei
14 KmH - Geschindigkeit:

  • bei 14 KmH Geschw.: 1.7o0./. 15 = 0,11333 pro KmH
  • bei 14 KmH Geschw. = o, 11333 x14= o 1 15866 x2 = 0,31733 KwH
  • für 1 Rad. Bei 2 Rädern vorn u. hinten = o,15866 x2 = o,31733 KwH.
Elterzeugung für 2 Räder = 0, 31, 733 KwH minus Strom-Verbracu = 0, 25, 766 KwH 0, 5 967 KwH Überschuß
Der Überschuß dient der Aufladung des Akku.Übl. Values 28 ° bicycle at 15 kmH = Shimano driving wheel generator / Elt rotor 3o cm ∅ contribute 1,700 watts
14 KmH - Speed:
  • at 14 KmH Geschw .: 1.7o0./. 15 = 0.11333 per KmH
  • at 14 KmH speed = o, 11333 x14 = o 1 15866 x2 = 0.31733 KwH
  • for 1 wheel. At 2 Wheels in front u. back = o, 15866 x2 = o, 31733 KwH.
Power generation for 2 wheels = 0 31 733 KwH minus power verbracu = 0 25 766 KwH 0 5 967 KwH Excess
The surplus is used to charge the battery.

Beschreibung Vorder-Rad: zu 1

1.
Reifen
2.
Felge
3.
Ventil
4.
Speichen
5.
Strom erzeugender Generator bzw. E-Rotor
6.
Lauf-Achse
7. S
peichenring
8.
Strom-Leitung zum Akku
9.
Akku
Beschreibung Hinter-Rad zu 2
1.
Elektro-Motor
2.
Ventil
3.
Felge
4.
Strom erzeugender Generator/ E-Rotor
5,
Speichenring
6.
Lauf-Achse
7.
Zahn-Rad bei Kettenschaltung
8.
Akku
9.
Tret-Lager
10.
Reifen
11.
Speichen
12.
Strom-Leitung (Kabel) zum Akku
13.
Pedalen
14.
Antriebs-Kette
Beschreibung: zu 3
1.
Generatoren-Anlage u. Rotor zur Stromerzeugung
2.
Rotoren-Achse mit konischem Gewinde (evolvente Verzahnung)
3.
Zahnrad Evolvente Sonderverzahnung
4.
Hinter-Rad
5.
KI. Antriebsrad für den Generator/Rotoren
6.
Antriebs-Achse von 5. nach 3.
7.
Akku
8.
Zahn-Rad Hinterrad
9,
Gepäckträger-Anlage
1o.
Generator/E-Rotor- Gehäuse
11.
ruhende Spule
12.
Reifen des Fahr-Rades
Beschreibung: zu 4
1.
Generatoren/E-Rotor-Anlage zur Stromerzeugung
2.
Rotoren-Generatoren-Achse mit konischem Gewinde Evovente Verzahnung
3.
Zahn-Rad (Evolvente Verzahnung)
4.
Hinter-Rad
5.
KI. Antriebsrad für den Generator/E-Rotoren-Anlg.
6.
Tretlager
7.
Akku
8.
Zahnkranz Hinterrad
9.
Antriebsachse von 5. zu 3.
Io
Generator/ E-Rotor-Gehäuse
11.
ruhende Spule,
12.
Reifen des Fahrrades
Beschreibung: zu 5
1.
Hinter-Rad
2.
Generatoren/E-Rotor- Anlage unter dem Gepäckträger zur Stromerzeugung
3.
Generatoren/E-Rotoren-Anlage (in integriertem Tretlager) zur Stromerzeugung
4.
Tret-Lager
5. KI.
Antriebsrad für den Generator/E-Rotor unter dem Tretlager
6.
Kl. Antriebsrad unter dem Gepäckträger zur Strom-Erzeugung
7.
Antriebs-Wellen zwischen den kl. Reifen-Rädern und den Generatoren/E- Rotoren
8.
Gepäckträger
9.
Sattel-Anlage
1o.
Akku
Description front wheel: too 1
1.
tire
Second
rim
Third
Valve
4th
spoke
5th
Electric generating generator or e-rotor
6th
Running axis
7. p
peichenring
8th.
Power line to the battery
9th
battery pack
Description rear-wheel to 2
1.
Electric Motor
Second
Valve
Third
rim
4th
Electric generating generator / E-rotor
5,
spoke wheel
6th
Running axis
7th
Tooth wheel in derailleur
8th.
battery pack
9th
Pedal bearing
10th
tire
11th
spoke
12th
Power cable (cable) to the battery
13th
pedals
14th
Drive chain
Description: to 3
1.
Generators plant u. Rotor for power generation
Second
Rotor axis with conical thread (involute toothing)
Third
Gear involute special toothing
4th
Behind Wheel
5th
AI. Drive wheel for the generator / rotors
6th
Drive axis of 5 , to 3 ,
7th
battery pack
8th.
Tooth wheel rear wheel
9
Porter conditioning
1o.
Generator / E-rotor housing
11th
resting coil
12th
Tires of the driving wheel
Description: to 4
1.
Generators / E-rotor plant for power generation
Second
Rotor-generator axle with conical thread Evovente gearing
Third
Tooth wheel (involute toothing)
4th
Behind Wheel
5th
AI. Drive wheel for the generator / E-Rotors-Anlg.
6th
bottom bracket
7th
battery pack
8th.
Sprocket rear wheel
9th
Drive axle of 5 , to 3 ,
io
Generator / E-rotor housing
11th
resting coil,
12th
Tire of the bicycle
Description: to 5
1.
Behind Wheel
Second
Generators / E-rotor system under the luggage rack for power generation
Third
Generators / E-rotors (in integrated bottom bracket) for power generation
4th
Pedal bearing
5. AI.
Drive wheel for the generator / E-rotor under the bottom bracket
6th
Cl. Drive wheel under the luggage rack for electricity generation
7th
Drive waves between the kl. Tire wheels and the generators / E rotors
8th.
porter
9th
Saddle-conditioning
1o.
battery pack

Claims (8)

Fahrrad, welches sich beim Fahren selber mit Strom versorgt.Bicycle, which provides itself with electricity while driving. das kl. Antriebs-Rad ∅ ca. 6 cm aus Hartgumme und jederzeit auswechselbar the kl. Drive wheel ∅ approx. 6 cm made of hard rubber and interchangeable at any time die Strom erzeugende Anlage (Generator./Rotoren-Anlage)unter dem Gepäckträger mit Antrieb (s. oben 1.)the electricity generating system (generator / rotor system) under the luggage rack with drive (see above 1.) stromerzeugende Anlage, eingebaut mit integriertem Tretlager und Antrieb (s. oben 1.)electricity generating plant, installed with integrated bottom bracket and drive (see above 1.) Form u. Konstruktion der Bauteile kl. Antriebs-Rad mit Achse (Antriebsachse) zwischen kl. Antriebs-Rad und stromerzeugender AnlageShape and Construction of the components kl. Drive wheel with axle (drive axle) between kl. Drive wheel and electricity generating plant die Achse, welche konisch zuläuft U. mit evolventer Sonderverzahnung ausgestattet ist. Damit wird die höchstmögliche Umdrehung pro Minute erreicht, was wiederum eine Maximierung der KwH bedeutet.the axle, which tapers conically U. equipped with involute special toothing. This achieves the highest possible revolutions per minute, which in turn means maximizing KwH. beide Varianten Gepäckträger- u.Tretlager-Nutzungboth variants Luggage carrier u.Tretlager-use Nachladung des Akku mit Kabelverbindung zu den stromerzeugenden AnlagenRecharging the battery with cable connection to the power generating equipment
DE202019000111.5U 2018-02-28 2019-01-07 Electric bicycle with self-charging of the accumulator Expired - Lifetime DE202019000111U1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
DE102018003045 2018-02-28
DE102018003045.9 2018-02-28

Publications (1)

Publication Number Publication Date
DE202019000111U1 true DE202019000111U1 (en) 2019-07-26

Family

ID=67623064

Family Applications (1)

Application Number Title Priority Date Filing Date
DE202019000111.5U Expired - Lifetime DE202019000111U1 (en) 2018-02-28 2019-01-07 Electric bicycle with self-charging of the accumulator

Country Status (1)

Country Link
DE (1) DE202019000111U1 (en)

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