阅读说明：本技术 自动气象监测降落伞手持部分和方法 (Automatic meteorological monitoring parachute handheld part and method ) 是由 梅向瑾 于 2020-05-01 设计创作，主要内容包括：本发明涉及伞兵安全健康领域,尤其涉及自动气象监测降落伞手持部分和方法。降落伞结构包含降落伞分隔部分(3),降落伞分隔部分(3)为降落伞的骨架,降落伞的骨架上布置有多个附加杆(7),附加杆(7)上包含辅助环(4),辅助环(4)包含两个弧形段,弧形段为附加右孔圈(8)和附加左孔圈(9)；还包含拉线(1),拉线(1)依次交替穿过相邻的降落伞分隔部分(3)的辅助环(4)中,在两侧分别伸出左侧综合拉线(6)和右侧综合拉线(2)；附加右孔圈(8)和附加左孔圈(9)分别用来容纳一条拉线,挡拉紧左侧综合拉线(6)和右侧综合拉线(2)的时候,相邻的两个降落伞分隔部分(3)能够接触甚至闭合。(The invention relates to the field of security and health of paratroopers, in particular to a hand-held part and a method for an automatic meteorological monitoring parachute. The parachute structure comprises a parachute separating part (3), the parachute separating part (3) is a framework of the parachute, a plurality of additional rods (7) are arranged on the framework of the parachute, the additional rods (7) comprise auxiliary rings (4), the auxiliary rings (4) comprise two arc-shaped sections, and the arc-shaped sections are an additional right hole ring (8) and an additional left hole ring (9); the parachute comprises a parachute separating part (3) and is characterized by further comprising a stay wire (1), wherein the stay wire (1) sequentially and alternately penetrates through auxiliary rings (4) of the adjacent parachute separating parts (3), and a left comprehensive stay wire (6) and a right comprehensive stay wire (2) respectively extend out of two sides of the stay wire; the additional right eyelet (8) and the additional left eyelet (9) are respectively used for accommodating a pull line, and when the left comprehensive pull line (6) and the right comprehensive pull line (2) are tensioned, the two adjacent parachute separating parts (3) can be contacted or even closed.)

1. Automatic meteorological monitoring parachute handheld portion, a serial communication port, the pull wire is synthesized on the left side (6) and the pull wire is synthesized on the right side (2) receive and releases through automatic meteorological monitoring parachute handheld portion (11) separately, automatic meteorological monitoring parachute handheld portion (11) contain handheld ring, handheld ring contains horizontal axis, horizontal week contains a plurality of switches (12), every switch (12) correspond one and receive and release part (13), receive and release part can receive and release receipts line (14), receive and release line (14) and synthesize pull wire (6) and right side (2) for left side, left side is synthesized pull wire (6) and right side and is synthesized pull wire (2), can receive and release on receiving and releasing part (13) after the hole on receive and release line support (15) is converged in left side synthesis pull wire (6) and right side.

2. An automated weather-monitoring parachute hand-held section as claimed in claim 1, wherein the horizontal shaft, the shaft on which the deploying and retracting section (13) is mounted, and the line take-up and pay-off bracket (15) are integrated, and a gap is provided between the line take-up and pay-off bracket (15) and the deploying and retracting section (13).

3. The automated weather-monitoring parachute hand-held part of claim 1, wherein the deploying and retracting part (13) comprises a deploying and retracting part roller housing (131), a deploying and retracting part motor (133) is mounted on a bottom plate (132) of the deploying and retracting part, a deploying and retracting part motor shaft (134) of the deploying and retracting part motor (133) is mounted above a deploying and retracting part motor shaft (134) through a deploying and retracting part bearing (135) and then is mounted in the deploying and retracting part roller housing (131), a deploying and retracting part gear (137) is mounted on the deploying and retracting part motor shaft (134), and the deploying and retracting part gear (137) is meshed with internal teeth (136) of the deploying and retracting part roller; the bottom plate (132) of the retractable part is fixed on the transverse shaft, and the housing (131) of the retractable part can be driven by the teeth (137) of the retractable part to rotate to realize retraction.

4. An automated weather monitoring parachute handset as recited in claim 3, wherein the handset ring is hollow and the electrical wiring runs through it; the storage part motor (133) comprises a self-contained storage battery, the storage battery is positioned in a battery compartment of the hollow handheld ring, and the battery compartment is embedded in the handheld ring.

5. The automated weather-monitoring parachute hand-held section of claim 4, wherein the wind pressure sensors included in each of the plurality of sectors of the parachute divided by the framework are communicatively connected to the deploying and retracting section motor (133) and control the forward and reverse rotation of the deploying and retracting section motor (133).

6. A method for adjusting the physical shape of a parachute without a crevasse, which is characterized in that the parachute structure with a crevasse capable of being repaired at high altitude by utilizing the hand-held part and the framework combined type automatic meteorological monitoring parachute of any one of claims 1 to 5,

the parachute structure comprises a parachute separating part (3), the parachute separating part (3) is a framework of the parachute, a plurality of additional rods (7) are arranged on the framework of the parachute, the additional rods (7) comprise auxiliary rings (4), the auxiliary rings (4) comprise two arc-shaped sections, and the arc-shaped sections are an additional right hole ring (8) and an additional left hole ring (9); the parachute comprises a parachute separating part (3) and is characterized by further comprising a stay wire (1), wherein the stay wire (1) sequentially and alternately penetrates through auxiliary rings (4) of the adjacent parachute separating parts (3), and a left comprehensive stay wire (6) and a right comprehensive stay wire (2) respectively extend out of two sides of the stay wire; the additional right eyelet (8) and the additional left eyelet (9) are respectively used for accommodating a pull line, and when the left comprehensive pull line (6) and the right comprehensive pull line (2) are tensioned, the two adjacent parachute separating parts (3) can be contacted or even closed;

the two parachute separating parts (3) of the corresponding subareas can be contacted or even closed by pressing the switch (12); the adjustment of the shape of the parachute is realized, and then the integral aerodynamic state is adjusted, and further the falling condition is adjusted.

Technical Field

The invention relates to the field of security and health of paratroopers, in particular to a hand-held part and a method for an automatic meteorological monitoring parachute.

Background

If the parachute is in the air, if a bullet exists or for other reasons, the parachute is very dangerous to break.

Disclosure of Invention

The purpose of the invention is as follows: in order to provide a parachute structure and a parachute method with a better effect and a combined skeleton type crevasse capable of being repaired at high altitude, specific purposes are seen in a plurality of substantial technical effects of a specific implementation part.

In order to achieve the purpose, the invention adopts the following technical scheme:

the first scheme is as follows:

the parachute structure is characterized by comprising a parachute separating part 3, the parachute separating part 3 is a skeleton of the parachute, a plurality of additional rods 7 are arranged on the skeleton of the parachute, each additional rod 7 comprises an auxiliary ring 4, each auxiliary ring 4 comprises two arc-shaped sections, and the arc-shaped sections are an additional right hole ring 8 and an additional left hole ring 9; the parachute comprises a parachute separating part 3 and a pull wire 1, wherein the pull wire 1 sequentially and alternately penetrates through auxiliary rings 4 of the adjacent parachute separating parts 3, and a left comprehensive pull wire 6 and a right comprehensive pull wire 2 respectively extend out of two sides of the parachute; the additional right eyelet 8 and the additional left eyelet 9 are respectively used for accommodating a pull line, and when the left comprehensive pull line 6 and the right comprehensive pull line 2 are tensioned, the two adjacent parachute separating parts 3 can be contacted or even closed.

The invention has the further technical scheme that the parachute separating part 3 is made of magnetic materials.

The invention has the further technical proposal that the additional rod 7 and the auxiliary ring 4 are arranged upwards or downwards, and the umbrella cloth of the parachute is sewed on the framework.

The invention further adopts the technical scheme that the edges of the parachute are connected through a connecting rope to connect the parachute backpack system and the human body fixing part.

The invention has the further technical scheme that the parachute separating part 3 is made of a light high polymer material.

The invention has the further technical scheme that a plurality of subareas of the parachute divided by the framework respectively comprise a wind pressure sensor which can measure the corresponding upward wind pressure; and judging the damage if the wind pressure of the damaged partition is inconsistent with that of other partitions.

The invention further adopts the technical scheme that the left comprehensive stay wire 6 and the right comprehensive stay wire 2 are respectively retracted and extended through an automatic weather monitoring parachute handheld part 11, the automatic weather monitoring parachute handheld part 11 comprises a handheld ring, the handheld ring comprises a horizontal shaft, a plurality of switches 12 are arranged on the horizontal circumference, each switch 12 corresponds to one retraction and extension part 13, the retraction and extension parts can retract and extend a wire 14, the wire 14 comprises the left comprehensive stay wire 6 and the right comprehensive stay wire 2, and the left comprehensive stay wire 6 and the right comprehensive stay wire 2 can be retracted and extended on the retraction and extension parts 13 after converging and passing through holes in a wire retracting and extending bracket 15.

The further technical scheme of the invention is that the horizontal shaft, the shaft arranged on the winding and unwinding part 13 and the wire winding and unwinding bracket 15 are integrated, and a gap is formed between the wire winding and unwinding bracket 15 and the winding and unwinding part 13.

The invention has the further technical scheme that the retractable part 13 comprises a retractable part roller shell 131, a retractable part motor 133 is arranged on a retractable part bottom sheet 132, a retractable part gear 137 is arranged on the retractable part motor shaft 134 of the retractable part motor 133 through a retractable part bearing 135 and then in the retractable part roller shell 131, and the retractable part gear 137 is meshed with the retractable part roller shell internal gear 136; the bottom plate 132 of the retractable part is fixed on the transverse shaft, and the housing 131 of the retractable part can be driven by the teeth 137 of the retractable part to rotate to realize retraction.

A method for repairing a skeleton combined type crevasse at high altitude is characterized in that by utilizing the parachute structure, when a certain partition of the parachute is shot out of the crevasse by a cannon or a bullet to cause serious air leakage;

when the pilot presses the switch 12, the two parachute separating parts 3 of the corresponding subareas can be contacted and even closed, and then the closing of the crevasse subareas is realized.

Scheme II:

automatic meteorological monitoring parachute handheld part, a serial communication port, the left side is synthesized and is acted as go-between 6 and the right side is synthesized and act as go-between 2 and receive and release through automatic meteorological monitoring parachute handheld part 11 separately, automatic meteorological monitoring parachute handheld part 11 contains handheld ring, handheld ring contains horizontal axle, horizontal week contains a plurality of switches 12, every switch 12 corresponds one and receive and releases the part 13, receive and release the part and can receive and release line 14, receive and release line 14 and synthesize act as go-between 2 for the left side is synthesized and acts as go-between 6 and the right side, the left side is synthesized and is acted as go-between 6 and the right side is synthesized and act as go-between 2 and can receive and release on receiving and releasing the part 13 after converging.

The further technical scheme of the invention is that the horizontal shaft, the shaft arranged on the winding and unwinding part 13 and the wire winding and unwinding bracket 15 are integrated, and a gap is formed between the wire winding and unwinding bracket 15 and the winding and unwinding part 13.

The invention has the further technical scheme that the retractable part 13 comprises a retractable part roller shell 131, a retractable part motor 133 is arranged on a retractable part bottom sheet 132, a retractable part gear 137 is arranged on the retractable part motor shaft 134 of the retractable part motor 133 through a retractable part bearing 135 and then in the retractable part roller shell 131, and the retractable part gear 137 is meshed with the retractable part roller shell internal gear 136; the bottom plate 132 of the retractable part is fixed on the transverse shaft, and the housing 131 of the retractable part can be driven by the teeth 137 of the retractable part to rotate to realize retraction.

The invention has the further technical scheme that the hand-held ring is hollow, and the electric wire runs in the hand-held ring; the motor 133 of the retraction part comprises a self-contained storage battery which is arranged in a battery compartment of the hollow hand-held ring, and the battery compartment is embedded in the hand-held ring.

The present invention has the further technical scheme that wind pressure sensors respectively contained in a plurality of subareas of the parachute divided by the framework are in communication connection with the motor 133 of the collecting and releasing part and can control the positive and negative rotation of the motor 133 of the collecting and releasing part.

The method for adjusting the physical shape of the parachute without a crevasse is characterized in that the parachute structure which can be repaired at high altitude by utilizing the hand-held part of the automatic meteorological monitoring parachute and the skeleton combined crevasse is utilized,

the parachute structure comprises a parachute separating part 3, the parachute separating part 3 is a framework of the parachute, a plurality of additional rods 7 are arranged on the framework of the parachute, the additional rods 7 comprise auxiliary rings 4, each auxiliary ring 4 comprises two arc-shaped sections, and the arc-shaped sections are an additional right hole ring 8 and an additional left hole ring 9; the parachute comprises a parachute separating part 3 and a pull wire 1, wherein the pull wire 1 sequentially and alternately penetrates through auxiliary rings 4 of the adjacent parachute separating parts 3, and a left comprehensive pull wire 6 and a right comprehensive pull wire 2 respectively extend out of two sides of the parachute; the additional right eyelet ring 8 and the additional left eyelet ring 9 are respectively used for accommodating a pull line, and when the left comprehensive pull line 6 and the right comprehensive pull line 2 are tensioned, the two adjacent parachute separating parts 3 can be contacted or even closed;

by pressing the switch 12, the two parachute parting sections 3 of the corresponding divisions can be contacted or even closed; the adjustment of the shape of the parachute is realized, and then the integral aerodynamic state is adjusted, and further the falling condition is adjusted.

Compared with the prior art, the invention adopting the technical scheme has the following beneficial effects: the two parachute separating parts 3 of the corresponding subareas can be contacted and even closed, and further the closure of the crevasse subareas is realized. The safety is better. Is suitable for emergency use in the air.

Drawings

To further illustrate the present invention, further description is provided below with reference to the accompanying drawings:

FIG. 1 is a schematic diagram of the inventive structure;

FIG. 2 is a schematic view showing the structure of a partition of the parachute;

FIG. 3 is a schematic view of a further modification of FIG. 1;

FIG. 4 is a schematic view of the handle structure;

FIG. 5 is a power perspective view of the retraction portion unit;

FIG. 6 is a power perspective view of the retraction section assembly;

FIG. 7 is a power perspective view of the retraction portion unit;

FIG. 8 is a power perspective view of the retraction section assembly;

wherein: 1. a pull wire; 2. a right comprehensive stay wire; 3. a parachute-separating section; 4. an auxiliary ring; 5. a parachute canopy; 6. a left comprehensive stay wire; 7. an additional rod; 8. adding a right hole ring; 9. adding a left hole ring; 10. the edge of the parachute; 11. a hand-held portion of an automatic weather monitoring parachute; 12. a switch; 13. a storing and releasing part; 14. taking up and paying off the wire; 15. taking up and paying off the wire bracket; 131. collecting and releasing part of the roller shell; 132. receiving and releasing a partial bottom sheet; 133. a motor for retracting and releasing part; 134. a motor shaft of the retraction part; 135. a part of bearings are stored; 136. internal teeth of a roller shell of the collecting and releasing part; 137. and (4) retracting and releasing part of teeth.

Detailed Description

The present invention will be further illustrated with reference to the accompanying drawings and specific embodiments, which are to be understood as merely illustrative of the invention and not as limiting the scope of the invention. In the description of the present invention, it should be noted that the terms "center", "upper", "lower", "left", "right", "vertical", "horizontal", "inner", "outer", "top", "bottom", and the like indicate orientations or positional relationships based on those shown in the drawings, and are only for convenience of description and simplicity of description, but do not indicate or imply that the referred device or element must have a specific orientation, be constructed in a specific orientation, and be operated, and thus, should not be construed as limiting the present invention. Furthermore, unless expressly stated or limited otherwise, the terms "mounted," "connected," and "connected" are to be construed broadly, as they may be fixedly connected, detachably connected, or integrally connected, for example; can be mechanically or electrically connected; they may be connected directly or indirectly through intervening media, or they may be interconnected between two elements. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.

It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

The patent provides a plurality of parallel schemes, and different expressions belong to an improved scheme based on a basic scheme or a parallel scheme. Each solution has its own unique features.

The first scheme is as follows: