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    • 33. 发明专利
    • PORTABLE WICK-FED PARAFFIN-BURNING SPACE HEATERS
    • GB1433878A
    • 1976-04-28
    • GB5352372
    • 1972-11-20
    • ALADDIN IND LTD
    • F23N5/24F23Q25/00F24C5/16F24C5/04F23D3/10
    • 1433878 Paraffin-burning space heaters; extinguishing wick burners AL ADDIN INDUSTRIES Ltd 20 Nov 1973 [20 Nov 1972] 53523/72 Headings F4W and F4T A portable wick-fed paraffin-burning space heater of the blue flame type is provided with a centre-draught burner and with an automatic flame extinguisher comprising a disc or ring fixed to the lower end of a rod 2 and movable axially of the heater chimney 1 from an inoperative position spaced from the top of the burner to an operative position contacting the burner, the rod 2 being pivotally mounted at 3 on a lever 4 which is pivotally attached at 5 to chimney 1 and is biased by a spring 9, the ring or disc being held in its inoperative position by the lever 4 being engaged by a catch which is disengaged from the lever 4 by displacement of a freely balanced weight 21 from a support 22 upon a predetermined degree of vibration or tilting of the heater. The catch is a lever pivotally mounted at 16 with one arm carrying a roller 13 which engages a cam slot 10 in lever 4 and another arm 17 linked by a chain 18 to the weight 21. The lever 4 is reset manually after an extinguishing operation.
    • 35. 发明专利
    • Improvements in or relating to blue flame wick burners for liquid fuel
    • GB805831A
    • 1958-12-17
    • GB1928054
    • 1954-07-01
    • PARKINSON AND COWAN LTD
    • SIRKIN SENIARANDLE GEORGE WILLIAM
    • F23D3/10F23D3/32
    • 805,831. Wick burners. PARKINSON & COWAN, Ltd. April 4, 1955 [July 1, 1954], No. 19280/54. Class 75(1) In a wick burner having a tubular wick 16 slidable on an inner wick tube 15 and surrounded by a wick carrier 19 having a rack 20 engaging with a pinion 22 on a winder spindle 23 projecting through an outer wick tube 14 and a perforated gallery 10, a tube 24 sealed into an opening through the outer wick tube 14 and extending radially outwards through the gallery 10 has a bore permitting the passage of the pinion 22 and the spindle 23 is rotatable in a sleeve 25 which is a sliding fit in the tube 24. The sleeve 25 is retained in the tube by a set screw 27 entering a circumferential groove 28 in the sleeve. An elongated tongue 30, Fig. 2, on an arcuate bracket 31 secured inside the outer wick tube 14 engages in a longitudinal groove in the side of the rack opposite the teeth to guide the wick carrier 19. The outer wick tube 14 is secured at its lower end to a shoulder on the base 11 of the gallery and the inner wick tube 15 is secured at its lower end to radial lugs on the base of the gallery. The bottom of the inner wick tube is closed apart from a small breather hole and air is admitted to the inner wick tube through diametrically opposed conduits 17 extending radially through the outer and inner wick tubes. The lower end of the wick is divided to pass the conduits 17 and the lugs supporting the inner wick tube. The burner is detachably secured to a fuel container by headed studs located at non-uniform angular spacings on the container and adapted to engage in arcuate keyhole slots in inclined surfaces on the base 11 of the gallery. A rubber ring 37 around a spigot on the base of the gallery is compressed against the top of the fuel container. Specification 735,150 is referred to
    • 37. 发明申请
    • A MANIFOLD
    • 一个MANIFOLD
    • WO2011147966A2
    • 2011-12-01
    • PCT/EP2011/058729
    • 2011-05-27
    • ZONEALONE LIMITEDMADIGAN, Terence GerardOWENS, AnthonyMADIGAN, Terence William
    • MADIGAN, Terence GerardOWENS, AnthonyMADIGAN, Terence William
    • F23D3/10
    • F24D3/1066F16L41/03F24D3/1091
    • This invention relates to a manifold (3) having an internal divider (91) separating the interior of the manifold (3) into a hot fluid chamber and a cold fluid chamber. The manifold (3) is a two part construction, a first part comprising a rugged casing (31) capable of withstanding significant forces and a second part comprising an insert (90) made from more readily shapeable material such as a plastic material. The insert (90) may be a moulded plastic component. The insert (90) has an internal divider plate (91 ) that separates the interior into two separate chambers. Furthermore, pressure equalising passageways are provided between the two chambers, equipped with pressure- operated normally-closed flow control valves to minimize heat transfer efficiency loss through uncontrolled leakage between the two chambers. The resulting manifold (3) is inexpensive to manufacture and more efficient in operation. Furthermore, the manifold (3) is modular, insensitive to mounting orientation and easier to install.
    • 本发明涉及一种具有将歧管(3)的内部分成热流体室和冷流体室的内部分隔器(91)的歧管(3)。 歧管(3)是两部分构造,第一部分包括能够承受显着力的坚固的外壳(31),第二部分包括由更容易成形的材料(例如塑料材料)制成的插入件(90)。 插入件(90)可以是模制塑料部件。 插入件(90)具有内部分隔板(91),内部分隔板将内部分离成两个独立的室。 此外,在两个室之间设置压力平衡通道,配备有压力操作的常闭流量控制阀,以通过两个室之间的不受控泄漏来最小化传热效率损失。 得到的歧管(3)制造成本低且操作更有效。 此外,歧管(3)是模块化的,对安装方向不敏感,并且更易于安装。
    • 39. 发明专利
    • DE4110096B4
    • 2004-04-29
    • DE4110096
    • 1991-03-27
    • TOYOTOMI CO
    • NAKAGAITO TORU
    • F23D3/10F23D3/02F24C5/04F23D3/18
    • PURPOSE:To realize the complete adjustment of the amount of combustion in a useful goods even in the case of a combustion cylinderof a petroleum hot plate which is a type of red heating inner and outer flame cylinders and to extremely improve handling performance by forming a plurality of steps of non-porous portions and porous portions in a central cylinder. CONSTITUTION:The large quantity of air is fed to a space between inner and outer flame cylinders 1 and 2 from small holes of the inner flame cylinder 1 corresponding to a porous 4b in a central cylinder 4. The supply of air is restricted from small holes of the inner flame cylinder 1 corresponding to a non-porous portion 4a of the central cylinder 4. Therefore, combustion flame located in the space between the inner and outer flame cylinders 1 and 2 is urged to burn specially at portions corresponding to the porous portions 4b. The combustion flame liable to extend upward becomes low. On the other hand, the combustion at portions corresponding to the non-porous portions 4a is restricted, so that the combustion flame becomes high. The height of the combustion flame is generally made uniform. Since a plurality of steps of non-porous portions 4a and porous portions 4b are provided in the central cylinder 4, the height of combustion flame may be easily made uniform at a plurality of portions. When the height of a core changes, the height of the red head portions of the inner and outer flame cylinders 1 and 2 can be uniformly changed in accordance with heating value.