Urban hide screen for surveillance operations in urban environments

• US 11,352,807 B2
• Filed: 10/29/2018
• Issued: 06/07/2022
• Est. Priority Date: 10/29/2018
• Status: Active Grant

• Current Assignee: Ten22fifty Incorporated
• Original Assignee: Ten22fifty Incorporated
• Inventors: Horton, Matt, Van Oosten, Dagan
• Primary Examiner(s): Shablack, Johnnie A.
• Application Number:
  US16/173,849
• Publication Number:
  US 20200131762A1
• Time in Patent Office: 1,317 Days
• CPC Class Codes: E04B 2002/7479 Details of connection of flexible sheets to frame or posts
• CPC Class Codes: E04H 15/005 Wind breakers, i.e. fabric stretched between posts anchored in the ground
• CPC Class Codes: E06B 9/24 Screens or other constructions affording protection against light, especially against sunshine; Similar screens for privacy or appearance; Slat blindsoperating, guiding or securing devices or arrangements for roll-type closures E06B9/56; free-hanging flexible screens A47H23/00

Abstract

Embodiments are directed to a hide screen for surveillance operations in urban environments. The hide screen may include a netting panel, a plurality of sleeves, and a plurality of frame poles. One or more of the sleeves may be coupled to the netting panel. The frame poles may be insertable into the sleeves to tension the netting panel.

Claims

1. A hide screen for surveillance operations in urban environments, comprising:

a netting panel;

a plurality of sleeves, one or more of the sleeves being coupled to the netting panel;

a plurality of frame poles that are insertable into the sleeves to tension the netting panel;

an adjustable anchor support coupled to one or more of the sleeves, the adjustable anchor support comprising a plurality of pockets disposed vertically along one or more of the sleeves; and

an anchor pole that is selectively insertable into any one of the plurality of pockets to adjust an effective height of the anchor pole.

2. The hide screen of claim 1, wherein one or more of the sleeves are curved when the frame poles are inserted into one or more of the sleeves and the netting panel is tensioned.

3. The hide screen of claim 1, wherein the netting panel has a concave shape when the frame poles are inserted into one or more of the sleeves and the netting panel is tensioned.

4. The hide screen of claim 1, further comprising another netting panel coupled to one or more of the sleeves.

5. The hide screen of claim 1, further comprising another netting panel coupled to one or more of the sleeves, an entirety of the other netting panel being disposed in a single plane when the frame poles are inserted into one or more of the sleeves and the netting panel and the other netting panel are tensioned.

6. The hide screen of claim 1, further comprising:

a first grommet tab coupled to a first sleeve in the plurality of sleeves, the first grommet tab having a first grommet;

a second grommet tab coupled to a second sleeve in the plurality of sleeves, the second grommet tab having a second grommet;

a frame support sleeve coupled to a third sleeve in the plurality of sleeves; and

a frame support pole that is insertable into the frame support sleeve, the first grommet, and the second grommet to tension the netting panel.

7. A hide screen system for surveillance operations in urban environments, comprising:

a first hide screen, the first hide screen comprising;

a first netting panel;

a first plurality of sleeves coupled to the first netting panel and surrounding the first netting panel; and

a first plurality of frame poles that are insertable into one or more of the sleeves in the first plurality of sleeves to tension the first netting panel into a smooth curved surface shape without poles interrupting the smooth surface or extending across a mid-portion of at least one face of the first netting panel; and

a second hide screen, the second hide screen comprising;

a second netting panel;

a second plurality of sleeves coupled to the second netting panel;

a second plurality of frame poles that are insertable into one or more of the sleeves in the second plurality of sleeves to tension the second netting panel;

an adjustable anchor support coupled to one or more of the sleeves in the first plurality of sleeves, the adjustable anchor support comprising a plurality of pockets disposed vertically along one or more of the sleeves in the first plurality of sleeves; and

an anchor pole that is selectively insertable into any one of the plurality of pockets to adjust an effective height of the anchor pole.

8. The hide screen system of claim 7, wherein one or more of the sleeves in the first plurality of sleeves are curved when the frame poles in the first plurality of frame poles are inserted into the sleeves in the first plurality of sleeves and the first netting panel is tensioned, and each of the sleeves in the second plurality of sleeves are straight when the frame poles in the second plurality of frame poles are inserted into the sleeves in the second plurality of sleeves and the second netting panel is tensioned.

9. The hide screen system of claim 7, wherein the first netting panel is curved when the frame poles in the first plurality of frame poles are inserted into the sleeves in the first plurality of sleeves and the first netting panel is tensioned, and an entirety of the second netting panel is disposed in a single plane when the frame poles in the second plurality of frame poles are inserted into the sleeves in the second plurality of sleeves and the second netting panel is tensioned.

10. The hide screen system of claim 7, wherein the first netting panel has a concave shape when the frame poles in the first plurality of frame poles are inserted into the sleeves in the first plurality of sleeves and the first netting panel is tensioned, and an entirety of the second netting panel is disposed in a single plane when the frame poles in the second plurality of frame poles are inserted into the sleeves in the second plurality of sleeves and the second netting panel is tensioned.

11. A method of using a hide screen system comprising:

a first hide screen, the first hide screen comprising;

a first netting panel;

a first plurality of sleeves coupled to the first netting panel and surrounding the first netting panel; and

a first plurality of frame poles that are insertable into one or more of the sleeves in the first plurality of sleeves to tension the first netting panel into a smooth curved surface shape without poles interrupting the smooth surface or extending across a mid-portion of at least one face of the first netting panel; and

a second hide screen, the second hide screen comprising;

a second netting panel;

a second plurality of sleeves coupled to the second netting panel; and

a second plurality of frame poles that are insertable into one or more of the sleeves in the second plurality of sleeves to tension the second netting panel,

the method further comprising;

removably installing the second hide screen at a first position in a building having a window or doorway, the first position being spaced apart from the window or doorway and in a line of sight from the window or doorway;

removably installing the first hide screen between the second hide screen and the window or doorway to define an observation area between the first hide screen and the second hide screen; and

observing one or more events, actions, people, or locations outside the building through the first hide screen and the window or doorway.

12. The method of claim 11, wherein one or more of the sleeves in the first plurality of sleeves are curved when the frame poles in the first plurality of frame poles are inserted into the sleeves in the first plurality of sleeves and the first netting panel is tensioned, and each of the sleeves in the second plurality of sleeves are straight when the frame poles in the second plurality of frame poles are inserted into the sleeves in the second plurality of sleeves and the second netting panel is tensioned.

13. The method of claim 11, wherein the first netting panel is curved when the frame poles in the first plurality of frame poles are inserted into the sleeves in the first plurality of sleeves and the first netting panel is tensioned, and an entirety of the second netting panel is disposed in a single plane when the frame poles in the second plurality of frame poles are inserted into the sleeves in the second plurality of sleeves and the second netting panel is tensioned.