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WO2019153977A1 - 一种套、伞一体的伞及其操作方法 - Google Patents

一种套、伞一体的伞及其操作方法 Download PDF

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Publication number
WO2019153977A1
WO2019153977A1 PCT/CN2019/000020 CN2019000020W WO2019153977A1 WO 2019153977 A1 WO2019153977 A1 WO 2019153977A1 CN 2019000020 W CN2019000020 W CN 2019000020W WO 2019153977 A1 WO2019153977 A1 WO 2019153977A1
Authority
WO
WIPO (PCT)
Prior art keywords
umbrella
sleeve
positioning mechanism
keel
cover
Prior art date
Application number
PCT/CN2019/000020
Other languages
English (en)
French (fr)
Inventor
张宇琛
张翼
齐慧文
Original Assignee
张宇琛
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 张宇琛 filed Critical 张宇琛
Publication of WO2019153977A1 publication Critical patent/WO2019153977A1/zh

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Classifications

    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B25/00—Details of umbrellas
    • A45B25/24—Protective coverings for umbrellas when closed
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B11/00—Umbrellas characterised by their shape or attachment
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B19/00—Special folding or telescoping of umbrellas
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B19/00—Special folding or telescoping of umbrellas
    • A45B19/10—Special folding or telescoping of umbrellas with collapsible ribs
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B25/00—Details of umbrellas
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B25/00—Details of umbrellas
    • A45B25/02—Umbrella frames
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B25/00—Details of umbrellas
    • A45B25/28—Drip receptacles for umbrellas; Attaching devices therefor
    • A—HUMAN NECESSITIES
    • A45—HAND OR TRAVELLING ARTICLES
    • A45B—WALKING STICKS; UMBRELLAS; LADIES' OR LIKE FANS
    • A45B2200/00—Details not otherwise provided for in A45B
    • A45B2200/10—Umbrellas; Sunshades
    • A45B2200/1081—Umbrella handles

Definitions

  • the invention belongs to the field of daily necessities, in particular to an umbrella with an integrated umbrella and an operating method thereof.
  • the umbrellas in the prior art are usually equipped with umbrella sleeves, and the umbrellas and umbrella sleeves are separated structures. In daily life, the extra umbrella sleeves often lose or be discarded, and as a single function.
  • the storage sleeve itself is not waterproof or the material itself has waterproof ability, and the sleeve is not sealed, so that it does not have the function of preventing residual raindrops on the umbrella surface from falling to the ground or wetting other articles.
  • the invention mainly solves the problem of the position of the umbrella cover in the case of the umbrella cover and the umbrella integrated, so that it is closer to the habit of holding the umbrella, and further solves the problem of waterproof dripping.
  • the umbrella integrated umbrella includes an umbrella sleeve positioning mechanism 201.
  • the umbrella sleeve positioning mechanism 201 includes an umbrella sleeve positioning portion 20104, a self positioning portion 20102, and an intermediate connecting portion 20103.
  • the self positioning portion 20102 has an axial through cavity. In 20101, the cavity minimum aperture is larger than the outer diameter of the umbrella rod 104, and the umbrella sleeve positioning mechanism 201 is passed through the aperture rod 104 and can slide relative thereto.
  • the umbrella sleeve positioning mechanism 201 includes a self-positioning configuration.
  • the umbrella cover 202 includes a bottom hole 20208 having a larger diameter than the outer diameter of the umbrella rod 104.
  • the umbrella cover 202 is passed by the umbrella rod 104 from the hole core and is slidable relative thereto.
  • the umbrella sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 is placed in the sliding cavity 20205 and associated with the umbrella sleeve 202;
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102.
  • the canopy positioning mechanism 201 has its own positioning portion 20102 coupled to the lower portion of the umbrella keel slip ring 103 for its positioning.
  • the canopy positioning mechanism 201 has an umbrella rod clamping device 20105 on the inner wall of the axial passage cavity 20101 for its own positioning.
  • the canopy positioning mechanism 201 intermediate connection portion 20103 is of a telescopic configuration.
  • the umbrella cover 202 includes an inner convex sleeve shoulder 20204.
  • the umbrella sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 acts on the sleeve shoulder 20204 to pull the umbrella sleeve 202.
  • the bottom of the umbrella sleeve positioning mechanism 201 is connected to the sleeve bottom 20203.
  • the umbrella sleeve positioning portion 20103 of the umbrella sleeve positioning mechanism 201 acts on the sleeve bottom portion 20203 to pull the umbrella sleeve 202.
  • the bottom hole 20208 includes an inner bottom hole opening 20209 that forms a bottom sump.
  • the bottom hole 20208 includes an outer bottom hole opening 20206 that can be closed in the umbrella state with the outer bottom edge 20206 and the handle handle 105.
  • the upper mouth portion 20201 and the cover 203 of the umbrella cover 202 can be closed.
  • a method for using an umbrella with an umbrella and a umbrella is as follows:
  • the umbrella cover 202 When the umbrella is opened, the umbrella cover 202 is pulled down until the upper mouth leaves the end of the keel 102 or its farthest end, and the canopy 101 is opened.
  • the umbrella cover 202 moves up along the awning 104 and is positioned at the upper part of the awning 104 near the keel. Below 102.
  • the umbrella cover 202 When the umbrella is closed, the umbrella cover 202 is pulled downward, and when the upper mouth leaves the end of the keel 102 or its farthest end, the umbrella surface 101 is closed, the umbrella cover 202 is pushed upward, and the umbrella surface 101 is wrapped around the umbrella cover 202. Inside.
  • the sealed connection at both ends of the umbrella cover 202 is first opened, and both ends of the umbrella cover 202 are finally sealed when the umbrella is closed.
  • Connected may be a fixed connection, or a movable connection; may be a detachable connection, or a one-piece; may be a mechanical connection including, without limitation, welding, riveting, heat sealing, or chemical bonding or magnetic attraction; Indirectly connected, it can also be the internal connection between two components.
  • “Closed” Includes substantial seals, such as flow impediments caused by threading and plugging, as well as a simple, gap-like fit.
  • Opening the umbrella including the opening of the umbrella, but also the state after the opening of the umbrella.
  • Axial through cavity can refer to a solid hole, or a space formed by the action of a hole.
  • Superimposed kit construction refers to the fact that two or more tubular elements are sequentially stacked, and all the upper and lower outer rings have annular shoulders protruding inward, and all inner layer elements have outwardly protruding upper or lower mouths.
  • the shoulders are located between the shoulders of the upper and lower mouths of the adjacent outer layer members, and the protruding portions of the inner protruding shoulders and the adjacent inner shoulder members have the same contour and the same size as the inner and outer components. When they slide relative to each other, they will not be able to escape in the upper and lower directions.
  • FIG. 1 is a first embodiment: a sectional view of a folding umbrella opening state of a single-piece umbrella cover 202 equipped with a "funnel"-shaped umbrella cover positioning mechanism 201
  • Embodiment 1 sectional view of the folded umbrella folding state of the single-section umbrella cover 202 of the "funnel"-shaped umbrella cover positioning mechanism 201
  • Figure 4 is a set of single umbrella sleeve 202
  • Figure 2 embodiment 2 sectional view of the folding umbrella opening state of the single-section umbrella cover 202 of the "T" type umbrella cover positioning mechanism 201
  • FIG. 8 is a second embodiment: a folding umbrella folding state of a single-piece umbrella cover 202 of the “T”-shaped umbrella cover positioning mechanism 201
  • Figure 3 is a third embodiment: a two-section superimposed kit with an "anchor" umbrella cover positioning mechanism 201.
  • Figure 3 is a third embodiment: a two-section superimposed kit with an "anchor" shaped umbrella cover positioning mechanism 201.
  • Figure 14 two-section superimposed kit to construct the sleeve body of the umbrella cover 202
  • FIG. 14 Embodiment 4 Three-section superimposing kit is constructed.
  • the three-section superimposed kit of the umbrella sleeve positioning mechanism 201 is constructed.
  • Embodiment 4 Three-section superimposed kit structure three-section superimposed kit of the umbrella sleeve positioning mechanism 201
  • Figure 20 three-section superposition kit construction sleeve body 202 sleeve body
  • Embodiment 5 sectional view of the folded umbrella open state of the flexible umbrella cover 202 of the "conical spiral spring” umbrella cover positioning mechanism 201
  • Figure 23 is a fifth embodiment: a folded umbrella folding state of the flexible umbrella cover 202 of the "conical spiral spring” umbrella cover positioning mechanism 201
  • Figure 24 The sleeve body of the flexible umbrella cover 202
  • Figure 25 embodiment 6 sectional view of the straight umbrella opening state of the flexible umbrella cover 202 of the "conical spiral spring” umbrella cover positioning mechanism 201
  • Figure 27 is a cross-sectional view of the straight umbrella of the flexible umbrella cover 202 of the "conical spiral spring” umbrella cover positioning mechanism 201.
  • Fig. 28 Embodiment 7 sectional view of the folding umbrella opening state of the "furniform" folding umbrella cover 202 of the umbrella cover positioning mechanism 201 with the umbrella rod clamping device
  • FIG. 30 Embodiment 7 sectional view of the folding umbrella of the "accord"-shaped folded umbrella cover 202 of the umbrella cover positioning mechanism 201 with the umbrella rod clamping device
  • Embodiment 1 Folding umbrella operation method of single-segment umbrella cover 202 equipped with "funnel"-shaped umbrella cover positioning mechanism 201
  • FIG. 33 Embodiment 2 Folding umbrella operation method of single-segment umbrella cover 202 with "T" type umbrella cover positioning mechanism 201
  • FIG. 35 Embodiment 4 Three-section superposition kit structure three-section superposition kit of the umbrella sleeve positioning mechanism 201
  • FIG. 36 Embodiment 5: Folding umbrella operation method of flexible umbrella cover 202 equipped with "conical spiral spring” umbrella cover positioning mechanism 201
  • the first embodiment includes: a canopy 101, a keel 102, an umbrella keel sliding ring 103, an umbrella pole 104, a handle handle 105, an umbrella sleeve positioning mechanism 201, and an umbrella cover 202.
  • the umbrella body portion is a folding umbrella
  • the keel 102 is foldable
  • the umbrella rod 104 is retractable.
  • the umbrella sleeve positioning mechanism 201 is in an inverted "funnel" shape, and includes an umbrella sleeve positioning portion 20104, a self positioning portion 20102, and an intermediate connection portion 20103, and the axial height is fixed.
  • the self-positioning portion 20102 has an axial through cavity 20101, and the cavity minimum aperture is larger than the outer diameter of the umbrella rod 104.
  • the umbrella sleeve positioning mechanism 201 is passed by the umbrella rod 104 from the hole core and can slide along the opposite side thereof, and the self positioning portion 20102 slides with the umbrella keel.
  • the ring 103 is fixedly connected in a lower threaded manner for its own positioning.
  • the upper portion of the sliding sleeve 20205 has an inner sleeve shoulder 20204, and the sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 is placed in the sliding cavity 20205 of the umbrella sleeve 202, and the outer contour shape and the sleeve shoulder
  • the inner mouth of the 20204 corresponds to the outer contour of the sleeve 20204.
  • the umbrella sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 acts on the sleeve shoulder 20204 to pull the umbrella sleeve 202 when the umbrella is opened.
  • the canopy positioning portion 20104 is radially provided with a radial slit 20106 for facilitating its mounting in the sliding cavity 20205.
  • the umbrella cover 202 is cylindrically hollow, has an upper opening, a lower bottom, and the umbrella cover 202 is a single piece.
  • the upper mouth portion 20201 of the umbrella cover 202 and the cover cover 203 are spirally closed.
  • the upper mouth portion 20201 and the cover 203 of the umbrella cover 202 have a flexible connecting member 20207.
  • the umbrella cover 202 includes an inner sleeve shoulder 20204.
  • the umbrella cover 202 includes a bottom hole 20208, and the bottom hole 20208 includes an inner bottom hole vertical edge 20209 to form a bottom sump.
  • the bottom hole 20208 includes an outer bottom hole opening 20206.
  • the bottom hole 20208 has a larger aperture than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 from the aperture and can slide relative thereto;
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102.
  • the outer bottom hole opening 20206 and the handle handle 105 are closed in the umbrella state.
  • the handle handle 105 has a cylindrical sealing plug 10501, and the outer side is smooth, corresponding to the inner diameter of the bottom hole 20206, and can be plugged and closed.
  • Step one open the sealed connection at both ends of the umbrella cover 202 and pull out the umbrella pole; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the folding of the umbrella keel 102; Step 3, open the umbrella surface 101.
  • the umbrella cover 202 moves up the umbrella pole 104 and is positioned at an upper portion of the umbrella pole 104 near the lower portion of the umbrella keel 102.
  • step 4 When the umbrella is closed, step 4; the umbrella sleeve 202 is pulled downward to move downward, and when the upper mouth is away from the farthest end of the folding of the keel 102, the umbrella surface 101 is closed; in step 5, the umbrella sleeve 202 is pushed upward, and the umbrella surface 101 is lifted. Wrapped in the umbrella cover 202, step six, shrink the umbrella pole, and close the two ends of the umbrella cover 202.
  • the second embodiment includes: a canopy 101, a keel 102, an umbrella keel sliding ring 103, an umbrella pole 104, a handle handle 105, and an umbrella sleeve positioning mechanism 201. , umbrella cover 202.
  • the umbrella body portion is a folding umbrella
  • the keel 102 is foldable
  • the umbrella rod 104 is retractable.
  • the umbrella sleeve positioning mechanism 201 is an inverted "T" type, and includes an umbrella sleeve positioning portion 20104, a self positioning portion 20102, and an intermediate connection portion 20103, and the axial height is fixed.
  • the self-positioning portion 20102 has an axial through cavity 20101, and the cavity minimum aperture is larger than the outer diameter of the umbrella rod 104.
  • the umbrella sleeve positioning mechanism 201 is passed by the umbrella rod 104 from the hole core and can slide along the opposite side thereof, and the self positioning portion 20102 slides with the umbrella keel.
  • the ring 103 is fixedly connected in a lower threaded manner for its own positioning.
  • the upper portion of the sliding sleeve 20205 has an inner sleeve shoulder 20204, and the sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 is placed in the sliding cavity 20205 of the umbrella sleeve 202, and the outer contour shape and the sleeve shoulder
  • the inner mouth of the 20204 corresponds to the outer contour of the sleeve 20204.
  • the umbrella sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 acts on the sleeve shoulder 20204 to pull the umbrella sleeve 202 when the umbrella is opened.
  • the canopy positioning portion 20104 is radially provided with a radial slit 20106 for facilitating its mounting in the sliding cavity 20205.
  • the umbrella cover 202 is cylindrically hollow, has an upper opening, a lower bottom, and the umbrella cover 202 is a single piece.
  • the upper mouth portion 20201 of the umbrella cover 202 is plugged and closed with the cover cover 203.
  • the upper mouth portion 20201 and the cover 203 of the umbrella cover 202 have a flexible connecting member 20207.
  • the umbrella cover 202 includes an inner sleeve shoulder 20204.
  • the umbrella cover 202 includes a bottom hole 20208, and the bottom hole 20208 includes an inner bottom hole vertical edge 20209 to form a bottom sump.
  • the bottom hole 20208 includes an outer bottom hole opening 20206.
  • the bottom hole 20208 has a larger aperture than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 from the aperture and can slide relative thereto;
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102.
  • the outer bottom hole opening 20206 and the handle handle 105 are closed in the umbrella state.
  • the handle handle 105 has a cylindrical sealing plug 10501, and the outer side is smooth, corresponding to the inner diameter of the bottom hole 20206, and can be plugged and closed.
  • Step one open the sealed connection at both ends of the umbrella cover 202 and pull out the umbrella pole; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the folding of the umbrella keel 102; Step 3, open the umbrella surface 101.
  • the umbrella cover 202 moves up the umbrella pole 104 and is positioned at an upper portion of the umbrella pole 104 near the lower portion of the umbrella keel 102.
  • step 4 When the umbrella is closed, step 4; the umbrella sleeve 202 is pulled downward to move downward, and when the upper mouth is away from the farthest end of the folding of the keel 102, the umbrella surface 101 is closed; in step 5, the umbrella sleeve 202 is pushed upward, and the umbrella surface 101 is lifted. Wrapped in the umbrella cover 202, step six, shrink the umbrella pole, and close the two ends of the umbrella cover 202.
  • the third embodiment includes: a canopy 101, a keel 102, an umbrella keel sliding ring 103, an umbrella pole 104, a handle handle 105, an umbrella sleeve positioning mechanism 201, and an umbrella sleeve 202.
  • the umbrella body portion is a folding umbrella
  • the keel 102 is foldable
  • the umbrella rod 104 is retractable.
  • the umbrella sleeve positioning mechanism 201 has an "anchor" shape, and includes an umbrella sleeve positioning portion 20104, a self positioning portion 20102, and an intermediate connection portion 20103, and the axial height is fixed.
  • the self-positioning portion 20102 is a broken "C"-shaped elastic wire ring fixed at the sliding ring notch 10302 for its own positioning, and the umbrella rod 104 passes through the center of the "C"-shaped wire ring and can be along the same Relative sliding.
  • the upper portion of the sliding sleeve 20205 has an inner sleeve shoulder 20204.
  • the sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 is disposed in the sliding cavity 20205 of the umbrella sleeve 202.
  • the umbrella sleeve positioning portion 20104 is a hook. "Elastic-shaped steel wire, the "hook" end is outward, and the circumference is evenly distributed.
  • the external contour shape corresponds to the inner mouth of the sleeve shoulder 20204, and the external contour size is larger than the inner mouth of the sleeve shoulder 20204, and is positioned at the sleeve shoulder 20204.
  • Umbrella cover 202 is
  • the umbrella cover 202 is cylindrically hollow, has an upper opening, and has a lower bottom, and is composed of two superimposed kits.
  • the upper mouth portion 20201 of the umbrella cover 202 is plugged and closed with the cover cover 203.
  • the upper mouth portion 20201 and the cover 203 of the umbrella cover 202 have a flexible connecting member 20207.
  • the umbrella cover 202 includes a bottom hole 20208, and the bottom hole 20208 includes an inner bottom hole vertical edge 20209 to form a bottom sump.
  • the bottom hole 20208 includes an outer bottom hole opening 20206.
  • the bottom hole 20208 has a larger aperture than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 from the aperture and can slide relative thereto;
  • the umbrella sleeve positioning portion 20103 of the umbrella sleeve positioning mechanism 201 acts on the sleeve shoulder 20204 to pull the umbrella sleeve 202.
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102.
  • the handle handle 105 has an internal thread on the vertical outer wall 10502, and the outer side of the bottom hole 20206 is threaded.
  • the outer bottom hole opening 20206 and the vertical outer wall 10502 are spirally closed in the umbrella state.
  • Step one open the sealed connection at both ends of the umbrella cover 202 and pull out the umbrella pole; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the folding of the umbrella keel 102; Step 3, open the umbrella surface 101.
  • the umbrella cover 202 moves up the umbrella pole 104 and is positioned at an upper portion of the umbrella pole 104 near the lower portion of the umbrella keel 102.
  • step 4 When the umbrella is closed, step 4; the umbrella sleeve 202 is pulled downward to move downward, and when the upper mouth is away from the farthest end of the folding of the keel 102, the umbrella surface 101 is closed; in step 5, the umbrella sleeve 202 is pushed upward, and the umbrella surface 101 is lifted. Wrapped in the umbrella cover 202, step six, shrink the umbrella pole, and close the two ends of the umbrella cover 202.
  • the fourth embodiment as shown in FIG. 6 , FIG. 15 and FIG. 17 to FIG. 20 , includes: a canopy 101 , a keel 102 , an umbrella keel sliding ring 103 , an umbrella pole 104 , a handle handle 105 , and an umbrella sleeve positioning mechanism 201 .
  • Umbrella cover 202 Umbrella cover 202.
  • the umbrella body portion is a folding umbrella
  • the keel 102 is foldable
  • the umbrella rod 104 is retractable.
  • the umbrella sleeve positioning mechanism 201 intermediate connection portion 20104 is a telescopic structure, and the telescopic structure includes a three-section superposition kit configuration.
  • the self-positioning portion 20102 has an axial through cavity 20101, and the cavity minimum cavity minimum aperture is larger than the outer diameter of the umbrella rod 104, and the umbrella sleeve positioning mechanism 201 is passed by the umbrella rod 104 from the hole core and can slide along the opposite side thereof, and the positioning portion 20102 and the umbrella are respectively
  • the lower sliding ring thread 103 of the keel slip ring 103 is fixedly connected in a spiral manner for its own positioning.
  • the umbrella sleeve positioning portion 20104 of the umbrella sleeve positioning mechanism 201 is placed in the sliding cavity 20205, and is fixedly connected with the sleeve bottom portion 20203 to pull and position the umbrella sleeve 202.
  • the umbrella cover 202 has a cylindrical hollow shape, an upper opening, a lower bottom, and the umbrella cover 202 is a three-section superimposed kit structure.
  • the upper mouth portion 20201 of the umbrella cover 202 is plugged and closed with the cover cover 203.
  • the upper mouth portion 20201 is a split piece and is fixedly connected to the sleeve portion 20202.
  • the upper mouth portion 20201 and the cover 203 of the umbrella cover 202 have a flexible connecting member 20207.
  • the umbrella cover 202 includes a bottom hole 20208, and the bottom hole 20208 includes an inner bottom hole vertical edge 20209 to form a bottom sump.
  • the bottom hole 20208 includes an outer bottom hole opening 20206.
  • the bottom hole 20208 has a larger aperture than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 from the aperture and can slide relative thereto;
  • the umbrella sleeve positioning portion 20103 of the umbrella sleeve positioning mechanism 201 acts on the sleeve shoulder 20204 to pull the umbrella sleeve 202.
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102.
  • the handle handle 105 has an internal thread on the vertical outer wall 10502, and the outer side of the bottom hole 20206 is threaded.
  • the outer bottom hole opening 20206 and the vertical outer wall 10502 are spirally closed in the umbrella state.
  • Step one open the sealed connection at both ends of the umbrella cover 202 and pull out the umbrella pole; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the folding of the umbrella keel 102; Step 3, open the umbrella surface 101.
  • the umbrella cover 202 moves up the umbrella pole 104 and is positioned at an upper portion of the umbrella pole 104 near the lower portion of the umbrella keel 102.
  • step 4 When the umbrella is closed, step 4; the umbrella sleeve 202 is pulled downward to move downward, and when the upper mouth is away from the farthest end of the folding of the keel 102, the umbrella surface 101 is closed; in step 5, the umbrella sleeve 202 is pushed upward, and the umbrella surface 101 is lifted. Wrapped in the umbrella cover 202, step six, shrink the umbrella pole, and close the two ends of the umbrella cover 202.
  • the fifth embodiment includes: a canopy 101, a keel 102, an umbrella keel sliding ring 103, an umbrella pole 104, a handle handle 105, an umbrella sleeve positioning mechanism 201, and an umbrella sleeve 202. .
  • the umbrella body portion is a folding umbrella
  • the keel 102 is foldable
  • the umbrella rod 104 is retractable.
  • the umbrella sleeve positioning mechanism 201 is a "conical" coil spring, and the upper spring coil of the spring is the self-positioning portion 20102, which is fixed at the sliding ring notch 10302 for its own positioning, and the umbrella rod 104 is from the spring.
  • the hole passes through and can slide relative to it.
  • the spring bottom end coil spring is the umbrella sleeve positioning portion 20104, which is placed in the sliding cavity 20205 of the umbrella sleeve 202, and is fixedly connected with the sleeve bottom portion 20203 to pull and position the umbrella sleeve 202.
  • the sleeve 202202 and the upper mouth portion 20201 are in the form of a flexible bag, the upper portion is open, and the lower portion is bottomed.
  • the upper mouth portion 20201 of the umbrella cover 202 is closed by a drawstring.
  • the sleeve bottom portion 20203 is a rigid split member and is fixedly coupled to the sleeve portion 20202.
  • the sleeve bottom 20203 includes a bottom hole 20208 having a larger diameter than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 and can slide relative thereto;
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102, and the flexible umbrella cover 202 is in a freely stacked state.
  • the handle handle 105 has a cylindrical sealing plug 1051, and the outer side is smooth, corresponding to the inner diameter of the outer bottom edge 20206 of the bottom bottom hole 20208, and can be plugged and closed in the umbrella receiving state.
  • Step one open the seal of the upper end of the umbrella cover 202 and pull out the umbrella pole; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the folding of the umbrella keel 102; Step 3, open the umbrella surface 101
  • the umbrella cover 202 is moved up the umbrella pole 104 and positioned at the upper portion of the umbrella pole 104 near the bottom of the umbrella keel 102.
  • step four When the umbrella is closed, step four; the umbrella sleeve 202 is pulled downward to move downward, and when the upper mouth is away from the farthest end of the folding of the umbrella keel 102, the umbrella surface 101 is closed; in step five, the umbrella sleeve 202 is pulled upward, and the umbrella surface 101 is pulled upward. Wrapped in the umbrella cover 202, step six, shrink the umbrella pole, and close the two ends of the umbrella cover 202.
  • the sixth embodiment as shown in FIG. 16, FIG. 24 and FIG. 25 to FIG. 27, includes: a canopy 101, a keel 102, an umbrella keel sliding ring 103, an umbrella pole 104, a handle handle 105, and an umbrella sleeve positioning mechanism 201.
  • Umbrella cover 202 Umbrella cover 202.
  • the umbrella body portion of this embodiment is a straight handle umbrella.
  • the umbrella sleeve positioning mechanism 201 is a "conical" coil spring, and the upper spring coil of the spring is the self-positioning portion 20102, which is fixed at the sliding ring notch 10302 for its own positioning, and the umbrella rod 104 is from the spring.
  • the hole passes through and can slide relative to it.
  • the spring bottom end coil spring is the umbrella sleeve positioning portion 20104, which is placed in the sliding cavity 20205 of the umbrella sleeve 202, and is fixedly connected with the sleeve bottom portion 20203 to pull and position the umbrella sleeve 202.
  • the sleeve 202202 and the upper mouth portion 20201 are in the form of a flexible bag, the upper portion is open, and the lower portion is bottomed.
  • the upper mouth portion 20201 of the umbrella cover 202 is closed by a drawstring.
  • the sleeve bottom portion 20203 is a rigid split member and is fixedly coupled to the sleeve portion 20202.
  • the sleeve bottom 20203 includes a bottom hole 20208 having a larger diameter than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 and can slide relative thereto;
  • the umbrella cover 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella cover positioning mechanism 201, near the umbrella keel 102, and the flexible umbrella cover 202 is in a freely stacked state.
  • Step one open the drawstring at the upper end of the umbrella cover 202; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the umbrella keel 102; in step three, open the canopy 101, the umbrella cover 202 along the umbrella
  • the rod 104 is moved up and positioned in the upper portion of the dam 104 near the bottom of the keel 102.
  • step four When the umbrella is closed, step four; the umbrella sleeve 202 is pulled downward to move downward, and when the upper mouth is away from the farthest end of the folding of the umbrella keel 102, the umbrella surface 101 is closed; in step five, the umbrella sleeve 202 is pulled upward, and the umbrella surface 101 is pulled upward. Wrapped in the umbrella cover 202, step six, closing the upper end of the umbrella cover 202.
  • the seventh embodiment as shown in FIG. 15 and FIG. 28 to FIG. 31, includes: a canopy 101, a keel 102, an umbrella keel sliding ring 103, an umbrella pole 104, a handle handle 105, an umbrella sleeve positioning mechanism 201, and an umbrella sleeve 202. .
  • the umbrella body portion is a folding umbrella
  • the keel 102 is foldable
  • the umbrella rod 104 is retractable.
  • the canopy positioning mechanism 201 includes an axial through cavity 20101 having a larger diameter than the outer diameter of the canopy 104, and the attachment mechanism 201 is passed through the canopy 104 from the center and is relatively slidable.
  • the inner wall of the axial through cavity 20101 includes an umbrella rod clamping device 20105 for clamping its own position and positioning of the umbrella cover 202.
  • the sleeve positioning portion 20104 of the guiding and positioning mechanism 201 and the sleeve bottom portion 20203 are integrated, and the umbrella sleeve 202 is pulled and positioned.
  • the umbrella cover 202 is cylindrically hollow, has an upper opening, and has a lower bottom.
  • the sleeve portion 20202 can be folded in the longitudinal direction of the organ.
  • the upper mouth portion 20201 and the sleeve bottom portion 20203 are hard split members and are fixedly connected to the sleeve portion 20202.
  • the upper mouth portion 20201 of the umbrella cover 202 and the cover cover 203 are spirally closed.
  • the cover 203 is located at an upper portion of the canopy 101.
  • the sleeve bottom 20203 includes a bottom hole 20208, the bottom hole 20208 has a larger aperture than the outer diameter of the umbrella rod 104, and the umbrella sleeve 202 is passed through the aperture 104 from the aperture and can slide relative thereto;
  • the umbrella sleeve 202 can be moved up as a whole, away from the handle handle 105, and stays in the upper part of the umbrella pole 104 by the action of the umbrella sleeve positioning mechanism 201, near the umbrella keel 102, and the flexible umbrella sleeve 202 is in a stacked state.
  • the handle handle 105 has an internal thread on the vertical outer wall 10502, and the outer side of the bottom hole 20206 is threaded.
  • the outer bottom hole opening 20206 and the vertical outer wall 10502 are spirally closed in the umbrella state.
  • Step one open the sealed connection at both ends of the umbrella cover 202 and pull out the umbrella pole; in step two, pull the umbrella cover 202 downward until the upper mouth leaves the farthest end of the folding of the umbrella keel 102; Step 3, open the umbrella surface 101. Push the umbrella cover 202 up the umbrella pole 104 and position it in the upper middle portion of the umbrella pole 104 near the bottom of the umbrella keel 102.

Landscapes

  • Walking Sticks, Umbrellas, And Fans (AREA)

Abstract

一种套、伞一体的伞，包括伞套(202)，其上部开口，下部有底及套底孔(20208)，伞套(202)被伞杆(104)从孔心穿过并可沿其相对滑动；伞套定位机构(201)，与伞龙骨滑动环(103)连接，伞套定位部(20104)与伞套(202)关联；开伞时，伞套(202)整体上移，脱离伞柄执手(105)，通过伞套定位机构(201)的作用停留在伞杆(104)中上部；在收伞并密封后，可把伞面(101)残留的雨水密封在套内。操作时，步骤一，打开伞套拉出伞杆(104)；步骤二，下拉伞套(202)直至其上口离开伞龙骨(102)折叠处最远端；步骤三，撑开伞面(101)；收伞时反之。

Description

一种套、伞一体的伞及其操作方法 技术领域
本发明属于日用品领域，尤其涉及一种套、伞一体的伞及其操作方法。
背景技术
现有技术中的伞通常都配有伞套，伞与伞套为分体结构，在日常生活使用中，额外携带伞套经常会发生丢失或弃之不用的情况，另外，作为一种单一功能的收纳套，其材料本身并不防水或材料本身有防水能力而套子收口没有做密封处理，从而不具备防止伞面上的残余雨水滴落到地面或弄湿其他物品的功能，通过查阅相关专利文献，有一些相应的解决方案，目前最相近的技术为申请号201710406524.4，其伞套与与伞执手为一体件，伞撑开后伞套兼作手柄用，好像举着一个棒子，和人们平时的使用的习惯不同，使用感受不佳，本发明的主要解决在伞套和伞一体的情况下伞套位置问题，使之更接近使人们平时的持伞习惯，进一步解决防水滴落问题。
发明内容
根据本发明实施例基本构造，提供一种套、伞一体的伞，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
所述一种套、伞一体的伞包括伞套定位机构201，所述伞套定位机构201包括伞套定位部20104、自身定位部20102和中间连接部20103，自身定位部20102有轴向通腔20101，腔最小孔径大于伞杆104外径，伞套定位机构201被伞杆104从孔心穿过并可沿其相对滑动，伞套定位机构201包括自身定位构造。
所述伞套202包括套底孔20208，孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动。
所述伞套定位机构201的伞套定位部20104置于滑动腔20205内，与伞套202关联；
所述伞套202可整体上移，远离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处。
在某些实施方式中，所述伞套定位机构201其自身定位部20102与伞龙骨滑动环103下部连接，用于其定位。
在某些实施方式中，所述伞套定位机构201轴向通腔20101内壁有伞杆夹紧装置20105，用于其自身定位。
在某些实施方式中，所述伞套定位机构201中间连接部20103为可伸缩构造。
在某些实施方式中，所述伞套202包含内凸的套台肩20204，开伞时，伞套定位机构201的伞套定位部20104作用于套台肩20204处牵引伞套202。
在某些实施方式中，所述伞套定位机构201底部与套底部20203连接，开伞时，伞套定位机构201的伞套定位部20103作用于套底部20203牵引伞套202。
在某些实施方式中，所述套底孔20208包括内侧套底孔立边20209，形成底部集水槽。
在某些实施方式中，所述套底孔20208包括外侧套底孔立边20206，在收伞状态所述外侧套底孔立边20206与伞柄执手105可封闭。
在某些实施方式中，所述伞套202的套上口部20201与套盖203可封闭。
根据本发明实施例基本构造，一种套、伞一体的伞使用方法：
开伞时，向下拉伞套202直至其上口离开伞龙骨102末端或其最远端，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，向下拉伞套202使之下移，当其上口离开伞龙骨102末端或其最远端时，收拢伞面101，向上推动伞套202，把伞面101包裹在伞套202内。
在某些实施方式中，对于一些可密封的伞套，开伞时，首先打开伞套202两端的密封连接，收伞时最后密封伞套202两端。
附图说明：
这里将详细地对示例性实施例进行说明，其示例表示在附图中。下面的描述涉及附图时，除非另有表示，不同附图中的相同数字表示相同或相似的要素。以下所描述的实施方式并不代表与本公开相一致的所有实施方式。相反，它们仅是与如所附权利要求书中所详述的、本公开的一些方面相一致的装置和方法的例子。
本领域技术人员应该理解的是，相关技术中的伞杆、龙骨、伞面的结构均可应用于本公开的技术方案中，本公开并不对此进行限制。
在本发明的描述中，需要理解的是，术语″中心″、″纵向″、″长度″、″宽度″、″厚度″、″上下″、″竖直″、″水平″、″顶″、″底″、″内″、″外″等指示的方位或位置关系为基于附图所示的方位或位置关系，仅是为了便于描述本发明和简化描述，而不是指示或暗示所指的装置或元件必须具有特定的方位、以特定的方位构造和操作，因此不能理解为对本发明的限制。
在本发明的描述中，为便于理解以下术语应不限于作如下解释，且应作更宽泛的理解：
“连接”：可以是固定连接，或活动连接；可以是可拆卸连接，或一体件；可以是机械连接包括不限于焊接、铆接、热合连接，或化学粘结或磁性吸引；可以是通过中间媒介间接相连，也可以是两个元件内部的连通。
“关联”：包括“连接”，也包括两个元件间力的传递。
“封闭”：包括实质性的密封，如通过螺纹旋压、栓塞挤压产生的流动阻碍，也包括一种简单的、可以有缝隙的合围。
“开伞时”：包括开伞的同时，也包括开伞之后的状态。
“轴向通腔”：即可指实体的孔，也可指所形成具有孔的作用的一个空间。
“叠加套件构造”：指包括两个以上管状元件依次套叠在一起，所有外层上下口分别有向内突出的环状台肩，所有内层元件上口或下口有向外突出的台肩，且位于相邻外层元件上下口内凸台肩之间，所述的内层外突台肩和相邻外层元件两内凸台肩的突出区域轮廓相、尺寸相同，当内外两元件相对滑动时相互限位，上下两个方向都不会脱出。
对于本领域的普通技术人员而言，可以根据具体情况理解上述术语在本发明中的具体含义。
图1实施例一：配倒“漏斗”状伞套定位机构201的单节伞套202之折叠伞开伞状态剖面图
图2实施例一：配倒“漏斗”状伞套定位机构201的单节伞套202之折叠伞收合状态剖面图
图3倒“漏斗”状伞套状附属机构201
图4单节伞套202之套本体
图5带柱状密封塞伞柄执手105
图6带滑动环螺纹伞龙骨滑动环103
图7实施例二：配倒“T”型伞套定位机构201的单节伞套202之折叠伞开伞状态剖面图
图8实施例二：配倒“T”型伞套定位机构201的单节伞套202之折叠伞收合状态剖面图
图9“T”型伞套状附属机构201
图10“T”型伞套状附属机构201俯视图
图11实施例三：配“锚”状伞套定位机构201的两节叠加套件构造伞套202之折叠伞开伞状态剖面图
图12实施例三：配“锚”状伞套定位机构201的两节叠加套件构造伞套202之折叠伞收合状态剖面图
图13“锚”状伞套状附属机构201
图14两节叠加套件构造伞套202之套本体
图15带内螺纹伞柄执手105
图16带滑动环槽口伞龙骨滑动环103
图17实施例四：配三节叠加套件构造伞套定位机构201的三节叠加套件构造伞套202之折叠伞开伞状态剖面图
图18图17中A部分放大
图19实施例四：配三节叠加套件构造伞套定位机构201的三节叠加套件构造伞套202之折叠伞收合状态剖面图
图20三节叠加套件构造伞套202之套本体
图21实施例五：配“圆锥螺旋弹簧”伞套定位机构201的柔性伞套202之折叠伞开伞状态剖面图
图22图21中B部分放大
图23实施例五：配“圆锥螺旋弹簧”伞套定位机构201的柔性伞套202之折叠伞收合状态剖面图
图24：柔性伞套202之套本体
图25实施例六：配“圆锥螺旋弹簧”伞套定位机构201的柔性伞套202之直伞开伞状态剖面图
图26图25中D部分放大
图27实施例六：配“圆锥螺旋弹簧”伞套定位机构201的柔性伞套202之直伞收合状态剖面图
图28实施例七：配带伞杆夹紧装置伞套定位机构201的“风琴”状折叠伞套202之折叠伞开伞状态剖面图
图29图28中E部分放大
图30实施例七：配带伞杆夹紧装置伞套定位机构201的“风琴”状折叠伞套202之折叠伞收合状态剖面图
图31“风琴”状折叠伞套202之套本体
图32实施例一：配倒“漏斗”状伞套定位机构201的单节伞套202之折叠伞操作方法
图33实施例二：配倒“T”型伞套定位机构201的单节伞套202之折叠伞操作方法
图34实施例三：配“锚”状伞套定位机构201的两节叠加套件构造伞套202之折叠伞操作方法
图35实施例四：配三节叠加套件构造伞套定位机构201的三节叠加套件构造伞套202之折叠伞操作方法
图36实施例五：配“圆锥螺旋弹簧”伞套定位机构201的柔性伞套202之折叠伞操作方法
图37实施例六：配“圆锥螺旋弹簧”伞套定位机构201的柔性伞套202之直伞操作方法
图38实施例七：配带伞杆夹紧装置伞套定位机构201的“风琴”状折叠伞套202之折叠伞操作方法
图例说明
伞面101，龙骨102，伞杆104，伞杆固定件106，伞龙骨滑动环103，滑动环螺纹10301，滑动环槽口10302，伞柄执手105，柱状密封塞10501，竖向外壁10502，伞套定位机构201，轴向通腔20101，自身定位部20102，中间连接部20103，伞套定位部20104，伞杆夹紧装置20105，径向缝20106，伞套202，套上口部20201，套身部20202，套底部20203，套台肩20204，滑动腔20205，外侧套底孔立边20206，柔性连接件20207，套底孔20208，内侧套底孔立边20209，套盖203。
具体实施方式
实施例一，如图1至图6所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为折叠伞，龙骨102可折叠，伞杆104可伸缩。
所述伞套定位机构201为倒置“漏斗”状，包括伞套定位部20104、自身定位部20102和中间连接部20103，轴向高度固定。
自身定位部20102有轴向通腔20101，腔最小孔径大于伞杆104外径，伞套定位机构201被伞杆104从孔心穿过并可沿其相对滑动，自身定位部20102与伞龙骨滑动环103下部螺纹方式固定连接，用于其自身定位。
所述伞套202滑动腔20205上部有内凸的套台肩20204，所述伞套定位机构201的伞套定位部20104置于伞套202的滑动腔20205内，其外接轮廓形状与套台肩20204内口对应，其外接轮廓尺寸大于套台肩20204内口，开伞时，伞套定位机构201的伞套定位部20104作用于套台肩20204处牵引伞套202。
伞套定位部20104径向设有径向缝20106，便于将其安装于滑动腔20205内。
所述伞套202柱状中空，上部开口，下部有底，伞套202为单一件体。
所述伞套202的套上口部20201与套盖203螺旋式封闭。
所述伞套202的套上口部20201与套盖203有柔性连接件20207。
所述伞套202包含内凸的套台肩20204。
所述伞套202包括套底孔20208，所述套底孔20208包括内侧套底孔立边20209，形成底部集水槽。
所述套底孔20208包括外侧套底孔立边20206。
所述套底孔20208孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
所述伞套202可整体上移，远离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处。
在收伞状态所述外侧套底孔立边20206与伞柄执手105封闭。
所述伞柄执手105有柱状密封塞10501，外侧光滑，与套底孔立边20206内径对应，可与之插接封闭。
本实施例伞套完全封闭后，可防止伞上残余雨水渗出。
操作方法(见图32)：
开伞时：步骤一，打开伞套202两端的密封连接并拉出伞杆；步骤二，向下拉伞套202直至其上口离开伞龙骨102折叠处最远端；步骤三，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上推动伞套202，把伞面101包裹在伞套202内，步骤六，收缩伞杆，封闭伞套202两端。
实施例二，如图4至图6及，图7至图10所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为折叠伞，龙骨102可折叠，伞杆104可伸缩。
所述伞套定位机构201为倒置“T”型，包括伞套定位部20104、自身定位部20102和中间连接部20103，轴向高度固定。
自身定位部20102有轴向通腔20101，腔最小孔径大于伞杆104外径，伞套定位机构201被伞杆104从孔心穿过并可沿其相对滑动，自身定位部20102与伞龙骨滑动环103下部螺纹方式固定连接，用于其自身定位。
所述伞套202滑动腔20205上部有内凸的套台肩20204，所述伞套定位机构201的伞套定位部20104置于伞套202的滑动腔20205内，其外接轮廓形状与套台肩20204内口对应，其外接轮廓尺寸大于套台肩20204内口，开伞时，伞套定位机构201的伞套定位部20104作用于套台肩20204处牵引伞套202。
伞套定位部20104径向设有径向缝20106，便于将其安装于滑动腔20205内。
所述伞套202柱状中空，上部开口，下部有底，伞套202为单一件体。
所述伞套202的套上口部20201与套盖203插接封闭。
所述伞套202的套上口部20201与套盖203有柔性连接件20207。
所述伞套202包含内凸的套台肩20204。
所述伞套202包括套底孔20208，所述套底孔20208包括内侧套底孔立边20209，形成底部集水槽。
所述套底孔20208包括外侧套底孔立边20206。
所述套底孔20208孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
所述伞套202可整体上移，远离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处。
在收伞状态所述外侧套底孔立边20206与伞柄执手105封闭。
所述伞柄执手105有柱状密封塞10501，外侧光滑，与套底孔立边20206内径对应，可与之插接封闭。
本实施例伞套完全封闭后，可防止伞上残余雨水渗出。
操作方法(见图33)：
开伞时：步骤一，打开伞套202两端的密封连接并拉出伞杆；步骤二，向下拉伞套202直至其上口离开伞龙骨102折叠处最远端；步骤三，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上推动伞套202，把伞面101包裹在伞套202内，步骤六，收缩伞杆，封闭伞套202两端。
实施例三，如图11至图16所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为折叠伞，龙骨102可折叠，伞杆104可伸缩。
所述伞套定位机构201为“锚”状，包括伞套定位部20104、自身定位部20102和中间连接部20103，轴向高度固定。
自身定位部20102为有断口的“C”型弹性钢丝圆环，固定于滑动环槽口10302处，用于其自身定位，伞杆104从“C”型钢丝圆环中心穿过并可沿其相对滑动。
所述伞套202滑动腔20205上部有内凸的套台肩20204，所述伞套定位机构201的伞套定位部20104置于伞套202的滑动腔20205内，伞套定位部20104为“钩”状弹性钢丝，“钩”端向外，圆周均布4处，外接轮廓形状与套台肩20204内口对应，其外接轮廓尺寸大于套台肩20204内口，作用于套台肩20204处定位伞套202。
所述伞套202柱状中空，上部开口，下部有底，由两节叠加套件构造组成。
所述伞套202的套上口部20201与套盖203插接封闭。
所述伞套202的套上口部20201与套盖203有柔性连接件20207。
所述伞套202包括套底孔20208，所述套底孔20208包括内侧套底孔立边20209，形成底部集水槽。
所述套底孔20208包括外侧套底孔立边20206。
所述套底孔20208孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
开伞时，伞套定位机构201的伞套定位部20103作用于套台肩20204处牵引伞套202。
所述伞套202可整体上移，远离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处。
所述伞柄执手105竖向外壁10502有内螺纹，套底孔立边20206外侧对应有螺纹。
在收伞状态所述外侧套底孔立边20206与竖向外壁10502螺旋方式封闭。
本实施例伞套完全封闭后，可防止伞上残余雨水渗出。
操作方法(见图34)：
开伞时：步骤一，打开伞套202两端的密封连接并拉出伞杆；步骤二，向下拉伞套202直至其上口离开伞龙骨102折叠处最远端；步骤三，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上推动伞套202，把伞面101包裹在伞套202内，步骤六，收缩伞杆，封闭伞套202两端。
实施例四，如图6、图15及图17至图20所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为折叠伞，龙骨102可折叠，伞杆104可伸缩。
所述伞套定位机构201中间连接部20104为可伸缩构造，所述可伸缩构造包括三节叠加套件构造。
自身定位部20102有轴向通腔20101，腔最小腔最小孔径大于伞杆104外径，伞套定位机构201被伞杆104从孔心穿过并可沿其相对滑动，自身定位部20102与伞龙骨滑动环103下部滑动环螺纹10301螺旋方式固定连接，用于其自身定位。
所述伞套定位机构201的伞套定位部20104置于滑动腔20205内，，与套底部20203固定连接，牵引并定位伞套202。
所述伞套202柱状中空，上部开口，下部有底，伞套202为三节叠加套件构造。
所述伞套202的套上口部20201与套盖203插接封闭。
所述套上口部20201为分体件，与套身部20202固定连接。
所述伞套202的套上口部20201与套盖203有柔性连接件20207。
所述伞套202包括套底孔20208，所述套底孔20208包括内侧套底孔立边20209，形成底部集水槽。
所述套底孔20208包括外侧套底孔立边20206。
所述套底孔20208孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
开伞时，伞套定位机构201的伞套定位部20103作用于套台肩20204处牵引伞套202。
所述伞套202可整体上移，远离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处。
所述伞柄执手105竖向外壁10502有内螺纹，套底孔立边20206外侧对应有螺纹。
在收伞状态所述外侧套底孔立边20206与竖向外壁10502螺旋方式封闭。
操作方法(见图35)：
开伞时：步骤一，打开伞套202两端的密封连接并拉出伞杆；步骤二，向下拉伞套202直至其上口离开伞龙骨102折叠处最远端；步骤三，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上推动伞套202，把伞面101包裹在伞套202内，步骤六，收缩伞杆，封闭伞套202两端。
实施例五，如图16、图21至图24所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为折叠伞，龙骨102可折叠，伞杆104可伸缩。
所述伞套定位机构201为“圆锥”状螺旋弹簧，弹簧上部首圈簧丝即为所述自身定位部 20102，固定于滑动环槽口10302处，用于其自身定位，伞杆104从弹簧孔心穿过并可沿其相对滑动。
弹簧底部末圈簧丝即为伞套定位部20104，置于伞套202的滑动腔20205内，与套底部20203固定连接，牵引并定位伞套202。
所述伞套202套身部20202及套上口部20201为柔性袋状，上部开口，下部有底。
所述伞套202的套上口部20201抽绳式封闭。
所述套底部20203为硬质分体件，与套身部20202固定连接。
所述套底部20203包括套底孔20208，孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
所述伞套202可整体上移，脱离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处，柔性伞套202为自由堆叠状态。
所述伞柄执手105有柱状密封塞1051，外侧光滑，与套底孔20208外侧套底孔立边20206内径对应，在收伞状态可与之插接封闭。
操作方法(见图36)：
开伞时：步骤一，打开伞套202上端的密封并拉出伞杆；步骤二，向下拉伞套202直至其上口离开伞龙骨102折叠处最远端；步骤三，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上拉动伞套202，把伞面101包裹在伞套202内，步骤六，收缩伞杆，封闭伞套202两端。
实施例六，如图16、图24及图25至图27所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为直柄伞。
所述伞套定位机构201为“圆锥”状螺旋弹簧，弹簧上部首圈簧丝即为所述自身定位部20102，固定于滑动环槽口10302处，用于其自身定位，伞杆104从弹簧孔心穿过并可沿其相对滑动。
弹簧底部末圈簧丝即为伞套定位部20104，置于伞套202的滑动腔20205内，与套底部20203固定连接，牵引并定位伞套202。
所述伞套202套身部20202及套上口部20201为柔性袋状，上部开口，下部有底。
所述伞套202的套上口部20201抽绳式封闭。
所述套底部20203为硬质分体件，与套身部20202固定连接。
所述套底部20203包括套底孔20208，孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
所述伞套202可整体上移，脱离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处，柔性伞套202为自由堆叠状态。
操作方法(见图37)：
开伞时：步骤一，打开伞套202上端的抽绳；步骤二，向下拉伞套202直至其上口离开伞龙骨102最远端；步骤三，撑开伞面101，伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上拉动伞套202，把伞面101包裹在伞套202内，步骤六，封闭伞套202上端。
实施例七，如图15及图28至图31所示，包括：伞面101，龙骨102，伞龙骨滑动环103，伞杆104，伞柄执手105，伞套定位机构201，伞套202。
本实施实例伞本体部分为折叠伞，龙骨102可折叠，伞杆104可伸缩。
所述伞套定位机构201包括轴向通腔20101，孔径大于伞杆104外径，附属机构201被伞杆104从中心穿过并可相对滑动。
所述轴向通腔20101其内壁包括伞杆夹紧装置20105，夹持伞杆104用于其自身定位及伞套202定位。
所述导向定位机构201的伞套定位部20104与套底部20203为一体件，牵引并定位伞套202。
所述伞套202柱状中空，上部开口，下部有底，套身部20202纵向可“风琴”状折叠。
所述套上口部20201和套底部20203均为硬质分体件，与套身部20202固定连接。
所述伞套202的套上口部20201与套盖203螺旋式封闭。
所述套盖203位于伞面101的上部。
所述套底部20203包括套底孔20208，所述套底孔20208孔径大于伞杆104外径，伞套202被伞杆104从孔心穿过并可沿其相对滑动；
所述伞套202可整体上移，脱离伞柄执手105，通过伞套定位机构201的作用停留在伞杆104中上部，靠近伞龙骨102处，柔性伞套202为堆叠状态。
所述伞柄执手105竖向外壁10502有内螺纹，套底孔立边20206外侧对应有螺纹。
在收伞状态所述外侧套底孔立边20206与竖向外壁10502螺旋方式封闭。
操作方法(见图38)：
开伞时：步骤一，打开伞套202两端的密封连接并拉出伞杆；步骤二，向下拉伞套202直至其上口离开伞龙骨102折叠处最远端；步骤三，撑开伞面101，推动伞套202沿伞杆104上移并定位于伞杆104中上部靠近伞龙骨102下方处。
收伞时，步骤四；向下拉伞套202使之下移，当其上口离开伞龙骨102折叠处最远端时，收拢伞面101；步骤五，向上拉动伞套202，把伞面101包裹在伞套202内，步骤六，收缩伞杆，封闭伞套202两端。

Claims (11)

  1. 一种套、伞一体的伞，包括：伞面(101)，伞龙骨(102)，伞龙骨滑动环(103)，伞杆(104)，伞柄执手(105)，套体(202)，所述套体(202)柱状中空，上部开口，下部有底，其特征在于：
    包括伞套定位机构(201)，所述伞套定位机构(201)包括轴向通腔(20101)，腔孔最小处大于伞杆(104)外径，伞套定位机构(201)被伞杆(104)从孔心穿过并可沿其相对滑动，伞套定位机构(201)包括自身定位构造；
    所述套体(202)包括套底孔(20208)，孔径大于伞杆(104)外径，套体(202)被伞杆(104)从孔心穿过并可沿其相对滑动；
    所述伞套定位机构(201)的伞套定位部(20104)置于滑动腔(20205)内，与套体(202)关联；
    开伞时，套体(202)可整体上移，脱离伞柄执手(105)，通过伞套定位机构(201)的作用停留在伞杆(104)中上部。
  2. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述伞套定位机构(201)其自身定位部(20102)与伞龙骨滑动环(103)下部连接，用于其定位。
  3. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述伞套定位机构(201)轴向通腔(20101)内壁有伞杆夹紧装置(20105)，用于其定位。
  4. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述伞套定位机构(201)中间连接部(20103)为可伸缩构造。
  5. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述套体(202)的滑动腔(20205)包含内凸的套台肩(20204)，开伞时，伞套定位机构(201)的伞套定位部(20104)作用于套台肩(20204)处牵引套体(202)。
  6. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述伞套定位机构(201)底部与套底部(20203)连接，开伞时，伞套定位机构(201)的伞套定位部(20104)作用于套底部(20203)牵引套体(202)。
  7. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述套底孔(20208)包括向内侧的套底立边(20209)，形成底部集水槽。
  8. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述套底孔(20208)包括向外侧的套底立边(20206)，在收伞状态所述套底立边(20206)与伞柄执手(105)可封闭。
  9. 按照权利要求1所述一种套、伞一体的伞，其特征在于：所述套体(202)的套上口部(20201)与套盖(203)可封闭。
  10. 一种套、伞一体的伞操作方法，其特征在于：
    开伞时，向下拉套体(202)直至其上口离开伞龙骨(102)末端或其最远端，撑开伞面(101)，套体(202)沿伞杆(104)上移并定位于伞杆(104)中上部靠近伞龙骨(102)下方处。
    收伞时，套体(202)下移，当其上口离开伞龙骨(102)末端或其最远端时，收拢伞面(101)，向上推动套体(202)，把伞面(101)包裹在套体(202)内。
  11. 按照权利要求10所述一种套、伞一体的伞操作方法，其特征在于：对于一些可密封的伞套，开伞时，首先打开套体(202)两端的密封连接，收伞时最后密封套体(202)两端。
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KR20150083541A (ko) * 2014-01-10 2015-07-20 유광석 자동으로 우산집에 밀봉되는 우산
CN106037191A (zh) * 2016-06-30 2016-10-26 汤道路 一种带收纳筒的折叠伞
CN108158157A (zh) * 2018-02-12 2018-06-15 张宇琛 一种套、伞一体的伞及其操作方法
CN208740186U (zh) * 2018-02-12 2019-04-16 张宇琛 一种套、伞一体的伞

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