CN205690503U - Frictional heat stove - Google Patents

Frictional heat stove Download PDF

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Publication number
CN205690503U
CN205690503U CN201620531823.1U CN201620531823U CN205690503U CN 205690503 U CN205690503 U CN 205690503U CN 201620531823 U CN201620531823 U CN 201620531823U CN 205690503 U CN205690503 U CN 205690503U
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CN
China
Prior art keywords
shell
spring
gear
support plate
fixed support
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201620531823.1U
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Chinese (zh)
Inventor
王海龙
王淑敏
王健
王淑婷
Original Assignee
王海龙
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by 王海龙 filed Critical 王海龙
Priority to CN201620531823.1U priority Critical patent/CN205690503U/en
Application granted granted Critical
Publication of CN205690503U publication Critical patent/CN205690503U/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Abstract

This utility model belongs to warming stove technical field, is specifically related to a kind of frictional heat stove.This utility model mainly solves current heating and there is potential safety hazard, cost problem high, heavy-polluted.This utility model frictional heat stove, including crank, spring gear axle, central shaft, the parts such as clockwork spring shell, crank is arranged on the lower surface of lower fixed support plate by crank support, clockwork spring shell is arranged on the upper surface of lower fixed support plate, clockwork spring is contained in clockwork spring shell, speed governing shell is arranged on spring gear axle, a number gear is arranged on the middle and upper part of spring gear axle, No. two gears are fixedly installed on the top of spring gear axle, rotating disk is overlapped on center shaft and along with central axis, one brake pad fixed mount is set in the outer end of each connecting rod, one brake pad is set in brake pad fixed mount, the inner face of brake pad is connected in brake pad fixed mount by spring.

Description

Frictional heat stove
Technical field
This utility model belongs to warming stove technical field, is specifically related to a kind of frictional heat stove.
Background technology
In northerly winter, heating is the problem that each family is indispensable, and especially rural area, present heating substantially relies on coal Fire heating, or utilize electric heating to warm oneself, but all there is cost problem high, heavy-polluted, and there is also safety to a certain extent Hidden danger.
Utility model content
There is potential safety hazard, cost problem high, heavy-polluted mainly for current heating in this utility model, it is provided that a kind of Frictional heat stove.
This utility model is that the technical scheme that solution the problems referred to above are taked is:
A kind of frictional heat stove, including pedestal, the shell being arranged on pedestal, wherein: also include crank, spring gear Axle, central shaft, clockwork spring shell, clockwork spring, speed governing shell, gear, No. two gears, non-return sheet, No. three gears, No. four gears, gears Axle, central shaft gear speed-regulating switch, speed governing friction plate and rotary components, be sequentially provided with lower fixed support the most from bottom to top Plate, middle fixed support plate and upper fixed support plate, described crank is arranged on the lower surface of lower fixed support plate by crank support On, the rocking handle end of crank extends to the outer end of shell, and the inner of crank is connected to drive clockwork spring with the lower end of spring gear axle Gear shaft rotates, and clockwork spring shell is arranged on the upper surface of lower fixed support plate, and clockwork spring is contained in clockwork spring shell, and spring gear axle passes Clockwork spring shell and the center of clockwork spring, the bottom of spring gear axle is arranged on lower fixed support plate, and the top of spring gear axle is arranged On middle fixed support plate and spring gear axle can rotate on lower fixed support plate and middle fixed support plate, the outer end of clockwork spring Being arranged on clockwork spring shell, the inner of clockwork spring is fixed on spring gear axle, and speed governing shell is arranged on spring gear axle and is positioned at and sends out The top of bar shell and the lower section of middle fixed support plate, the inner of outer end and speed-regulating switch that speed-regulating switch is arranged on shell extends to The inside of shell, the inner of speed-regulating switch is connected with speed governing friction plate by governor spring, speed governing friction plate and speed governing shell Joining use, gear is arranged on the middle and upper part of spring gear axle and a gear and spring gear axle can rotate respectively, No. two gears are fixedly installed on the top of spring gear axle, be provided with non-return sheet, non-return sheet and No. two gears and lead on a gear Cross helical teeth coupling to use, between middle fixed support plate and upper fixed support plate, be provided with gear shaft, set in the middle and lower part of gear shaft There are No. three gears, No. three gears and a gear matches to use, are provided with No. four gears on the top of gear shaft, at upper fixed support Plate is provided with central shaft, and the lower end of central shaft extends to the lower section of fixed support plate, is positioned at fixing in the lower end of central shaft The lower section of supporting plate is provided with central shaft gear, central shaft gear and No. four gear matches and uses, and is positioned at fixing on center shaft Being arranged over of supporting plate organizes rotary components more, and often group rotary components is all to be uniformly arranged on rotation by rotating disk, at least three Connecting rod, brake pad fixed mount and brake pad composition on dish, rotating disk is overlapped on center shaft and along with central axis, often The outer end of individual connecting rod arranges a brake pad fixed mount, arranges a brake pad in brake pad fixed mount, brake pad Inner face is connected in brake pad fixed mount by spring, the outer face of brake pad extend to brake pad fixed mount outside and can With the inner surface CONTACT WITH FRICTION with shell, wherein it is positioned at the brake pad of top and the top inner surface CONTACT WITH FRICTION of shell, institute The inner surface friction stating brake pad and shell can produce heat.
Further, this utility model also includes central shaft fixed mount, outside the two ends of described central shaft fixed mount are fixed on On shell, on the centrally disposed axle in centre of central shaft fixed mount.
This utility model uses technique scheme, drives spring gear axle to rotate by crank, and now a gear is Non-rotary, thus clockwork spring can be tightened, spring gear axle can be driven when the clockwork spring after tightening works automatically to rotate, clockwork spring tooth Wheel shaft drives No. two gears to rotate again, and No. two gears drive a gear to rotate by non-return sheet, and a gear rotates and drives No. three gears rotate, and No. three gears drive No. four gears to rotate by gear shaft, and No. four gear driven central shaft gears rotate, and enter And driving central shaft to rotate, central shaft is rotated assembly again and rotates, and the spring in rotary components enables to brake pad with outer Held stationary friction and then realize frictional heating between shell inner surface, heat is conducted by shell, simultaneously this utility model The effect of middle non-return sheet when tightening clockwork spring a number gear and and No. two gears between be there is no relative motion, only clockwork spring When automatically working, No. two gears are just by the rotation of a non-return sheet number gear of drive, a gear and four in this utility model in addition The radius of number gear is more than No. three gears and the radius of central shaft gear, it is achieved that bull wheel drives the purpose of steamboat, improves and turns Speed;In this utility model, speed governing shell mates use with friction plate, and speed-regulating switch is by adjusting between friction plate and speed governing shell The distance of distance reach to adjust the function of frictional force size, during this, governor spring makes speed governing shell contact surely with friction plate Determine average rate to rotate, thus can realize being adjusted flexibly in practical process.
Compared with prior art, this utility model utilizes turning effort between gear to drive central shaft to rotate, then by Mandrel drives brake pad frictional heat, and all processes, without the fuel such as coal, electricity, reduces cost, decreases environmental pollution, and Do not have potential safety hazard, clockwork spring of the present utility model to tighten once, the most at least can use one week, and friction is produced Raw heat is in addition to can be used for heating, it is also possible to for boiler heating etc., all need the place of heat, and can be according to required The number of how many adjustment rotary components of heat.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of this utility model friction plate;
Fig. 3 is the structural representation that this utility model uses state.
Detailed description of the invention
Embodiment 1
As depicted in figs. 1 and 2, a kind of frictional heat stove, including pedestal 25, the shell 26 being arranged on pedestal 25, wherein: Also include crank 1, spring gear axle 3, central shaft 4, clockwork spring shell 6, clockwork spring 7, speed governing shell 11, No. two gears 12 of 8, gear, Non-return sheet 14, No. four gears 15 of 13, No. three gears, gear shaft 16, central shaft gear 17 speed-regulating switch 18, speed governing friction plate 27 and Rotary components, is sequentially provided with lower fixed support plate 5, middle fixed support plate 9 and upper fixed support plate in shell 26 from bottom to top 10, described crank 1 is arranged on the lower surface of lower fixed support plate 5, outside the rocking handle end of crank 1 extends to by crank support 2 The outer end of shell, the inner of crank 1 is connected to drive spring gear axle 3 to rotate with the lower end of spring gear axle 3, and clockwork spring shell 6 sets Putting on the upper surface of lower fixed support plate 5, clockwork spring 7 is contained in clockwork spring shell 6, and spring gear axle 3 is through clockwork spring shell 6 and clockwork spring 7 Center, the bottom of spring gear axle 3 is arranged on lower fixed support plate 5, in being arranged on fixing, the top of spring gear axle 3 On frame plate 9 and spring gear axle 3 can rotate on lower fixed support plate 5 and middle fixed support plate 9, the outer end of clockwork spring 7 is arranged On clockwork spring shell 6, the inner of clockwork spring 7 is fixed on spring gear axle 3, and speed governing shell 8 is arranged on spring gear axle 3 and is positioned at and sends out The top of bar shell 6 and the lower section of middle fixed support plate 9, speed-regulating switch 18 is arranged on outer end and the inner of speed-regulating switch 18 of shell Extending to the inside of shell, the inner of speed-regulating switch 18 is connected with speed governing friction plate 27 by governor spring 28, speed governing friction Sheet 27 mates use with speed governing shell 8, and speed-regulating switch 18 is provided with a gear, two gears, three gear and four gears, and one grade is off, i.e. speed governing Friction plate 27 and speed governing shell 8 are combined closely so that central shaft can not rotate, and two gears are to run well, three gear fast turn-arounds, four gears Being to unclamp, i.e. do not have frictional force between speed governing friction plate 27 and speed governing shell 8, a gear 11 is arranged in spring gear axle 3 Top and a gear 11 and spring gear axle 3 can rotate respectively, and No. two gears 12 are fixedly installed on spring gear axle 3 Top, is provided with non-return sheet 13 on a gear 11, and non-return sheet 13 mates use with No. two gears 12 by helical teeth, in fixing It is provided with gear shaft 16 between supporting plate 9 and upper fixed support plate 10, is provided with No. three gears 14 in the middle and lower part of gear shaft 16, No. three Gear 14 mates use with a gear 11, is provided with No. four gears 15 on the top of gear shaft 16, on upper fixed support plate 10 Being provided with central shaft 4, the lower end of central shaft 4 extends to the lower section of fixed support plate 10, is cased with a center on central shaft (4) Shaft holder 19, the two ends of central shaft fixed mount 19 are fixed on shell 26, are positioned at fixed support plate in the lower end of central shaft 4 The lower section of 10 is provided with central shaft gear 17, and central shaft gear 17 mates use with No. four gears 15, is positioned at solid on central shaft 4 Being arranged over of fixed rack plate 10 organizes rotary components more, and often group rotary components is all to be uniformly arranged by rotating disk 20, at least three Connecting rod 21, brake pad fixed mount 22 and brake pad 23 in rotating disk 20 form, rotating disk 20 be enclosed within central shaft 4 and with Central shaft 4 to rotate, a brake pad fixed mount 22 is set in the outer end of each connecting rod 21, in brake pad fixed mount 22 Arranging a brake pad 23, the inner face of brake pad 23 is connected in brake pad fixed mount 22 by spring 24, brake pad 23 Outer face extends to the outside of brake pad fixed mount 22 and can wherein be positioned at top with the inner surface CONTACT WITH FRICTION of shell Brake pad 23 and the top inner surface CONTACT WITH FRICTION of shell, described brake pad 23 can produce heat with the inner surface friction of shell.
If as it is shown on figure 3, warm oneself for boiler, it is only necessary to be further added by one layer of water tank 29 in the outside of shell, in water tank Water be connected with radiator 31 by pipeline 30.

Claims (2)

1. a frictional heat stove, including pedestal (25), the shell (26) being arranged on pedestal (25), is characterized in that: also include Crank (1), spring gear axle (3), central shaft (4), clockwork spring shell (6), clockwork spring (7), speed governing shell (8), gear (11), No. two Gear (12), non-return sheet (13), No. three gears (14), No. four gears (15), gear shaft (16), central shaft gear (17) speed governing are opened Close (18), speed governing friction plate (27) and rotary components, be sequentially provided with from bottom to top in shell (26) lower fixed support plate (5), Middle fixed support plate (9) and upper fixed support plate (10), described crank (1) is arranged on lower fixed support by crank support (2) On the lower surface of plate (5), the rocking handle end of crank (1) extends to the outer end of shell, the inner of crank (1) and spring gear axle (3) Lower end be connected to drive spring gear axle (3) to rotate, clockwork spring shell (6) is arranged on the upper surface of lower fixed support plate (5), Clockwork spring (7) is contained in clockwork spring shell (6), and spring gear axle (3) passes clockwork spring shell (6) and the center of clockwork spring (7), spring gear axle (3) bottom is arranged on lower fixed support plate (5), the top of spring gear axle (3) be arranged on middle fixed support plate (9) upper and Spring gear axle (3) can rotate on lower fixed support plate (5) and middle fixed support plate (9), and the outer end of clockwork spring (7) is arranged on On clockwork spring shell (6), the inner of clockwork spring (7) is fixed on spring gear axle (3), and speed governing shell (8) is arranged on spring gear axle (3) And it being positioned at top and the lower section of middle fixed support plate (9) of clockwork spring shell (6), speed-regulating switch (18) is arranged on outer end and the tune of shell The inner of speed switch (18) extends to the inside of shell, and the inner of speed-regulating switch (18) is by governor spring (28) and speed governing friction Sheet (27) is connected, and speed governing friction plate (27) mates use with speed governing shell (8), and a gear (11) is arranged on spring gear axle (3) middle and upper part and a gear (11) and spring gear axle (3) can rotate respectively, and No. two gears (12) are fixedly installed on The top of spring gear axle (3), is provided with non-return sheet (13) on a gear (11), and non-return sheet (13) leads to No. two gears (12) Cross helical teeth coupling to use, between middle fixed support plate (9) and upper fixed support plate (10), be provided with gear shaft (16), at gear shaft (16) middle and lower part is provided with No. three gears (14), and No. three gears (14) mate use with a gear (11), in gear shaft (16) Top be provided with No. four gears (15), upper fixed support plate (10) is provided with central shaft (4), the lower end of central shaft (4) extends To the lower section of upper fixed support plate (10), the lower section being positioned at upper fixed support plate (10) in the lower end of central shaft (4) is provided with center Shaft gear (17), central shaft gear (17) mates use with No. four gears (15), is positioned at upper fixed support plate on central shaft (4) (10) be arranged over organizes rotary components more, and often group rotary components is all to be uniformly arranged on rotation by rotating disk (20), at least three Connecting rod (21), brake pad fixed mount (22) and brake pad (23) composition on rotating disk (20), rotating disk (20) is enclosed within central shaft (4), on and along with central shaft (4) rotates, a brake pad fixed mount (22) is set in the outer end of each connecting rod (21), Arranging a brake pad (23) in brake pad fixed mount (22), the inner face of brake pad (23) is connected to friction by spring (24) In block fixed mount (22), the outer face of brake pad (23) extend to brake pad fixed mount (22) outside and can with in shell Mantle friction contacts, and is wherein positioned at the brake pad (23) of top and the top inner surface CONTACT WITH FRICTION of shell, described brake pad (23) the inner surface friction with shell can produce heat.
Frictional heat stove the most according to claim 1, is characterized in that: also include central shaft fixed mount (19), described center The two ends of shaft holder (19) are fixed on shell (26), on the centrally disposed axle in the centre (4) of central shaft fixed mount (19).
CN201620531823.1U 2016-06-02 2016-06-02 Frictional heat stove Expired - Fee Related CN205690503U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201620531823.1U CN205690503U (en) 2016-06-02 2016-06-02 Frictional heat stove

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201620531823.1U CN205690503U (en) 2016-06-02 2016-06-02 Frictional heat stove

Publications (1)

Publication Number Publication Date
CN205690503U true CN205690503U (en) 2016-11-16

Family

ID=57259806

Family Applications (1)

Application Number Title Priority Date Filing Date
CN201620531823.1U Expired - Fee Related CN205690503U (en) 2016-06-02 2016-06-02 Frictional heat stove

Country Status (1)

Country Link
CN (1) CN205690503U (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105910164A (en) * 2016-06-02 2016-08-31 王海龙 Friction heat furnace
CN110528628A (en) * 2019-09-06 2019-12-03 丽水莲都晶格智能科技有限公司 A kind of outdoor ice and snow production water installations

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN105910164A (en) * 2016-06-02 2016-08-31 王海龙 Friction heat furnace
CN110528628A (en) * 2019-09-06 2019-12-03 丽水莲都晶格智能科技有限公司 A kind of outdoor ice and snow production water installations

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Legal Events

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GR01 Patent grant
C14 Grant of patent or utility model
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20161116

Termination date: 20200602

CF01 Termination of patent right due to non-payment of annual fee