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Title:
EFFICIENT MULTI-PITCH CRICKET SYSTEM HAVING SUB-CYLINDRICAL BUFFER DROP-IN SUB-SOIL LAYER WITH ADVERTISING POTENTIAL
Document Type and Number:
WIPO Patent Application WO/2024/038470
Kind Code:
A4
Abstract:
The innovative cricket pitch transformation system introduced in this invention revolutionizes the preparation and utilization of cricket pitches. Central to this system are Drop-in Pitch Trays (1-6), specialized platforms for holding cricket pitches, which are intricately connected to a Central Extreme Torque Motor (9) via Connecting Rods/Shafts (10, 17). This arrangement enables synchronized rotational motion of the trays. Sub-Cylindrical Buffer Drop-in Sub-Soil Layers (11, 15) enhance stability, while Automatic Abutment Piles (12, 13, 14, 16) provide robust anchoring. The system incorporates automatic shutters (7, 8) for pitch protection and an ingenious advertisement space (20) within the sub-soil layers and external walls having pillars for holding external abutment piles. The modular design accommodates different pitch configurations and dimensions, ensuring adaptability.

More Like This:
WO/2011/057395WATER SLIDE
Inventors:
PRIYADARSHI RAKESH (IN)
Application Number:
PCT/IN2023/050780
Publication Date:
May 02, 2024
Filing Date:
August 15, 2023
Export Citation:
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Assignee:
PRIYADARSHI RAKESH (IN)
International Classes:
A63C19/00; E01C13/00
Download PDF:
Claims:
AMENDED CLAIMS received by the International Bureau on 17 March 2024 (17.03.2024)

Claims :

I Claim

1. A Multi-Pitch Cricket System having Sub-Cylindrical Buffer Drop-in Sub-Soil Layer with Advertising Potential comprising: a. Plurality of Drop-in Pitch Trays (1-6) for holding cricket pitches; b. Automatic shutters or covers (7, 8) positioned adjacent to the trays for safeguarding and controlling pitch exposure; c. A Central Extreme Torque Motor (9) controlling the system; d. Connecting Rods/Shafts (10, 17) linking the trays to the central motor, transmitting rotational force; e. Sub-cylindrical Buffer Drop-in Sub-Soil Layers (11, 15) providing stability and support; f. Automatic Abutment Piles (12, 13, 14, 16) anchoring and enhancing system robustness; g. Connecting Rod/Shaft (18) uniting drop-in pitch trays for synchronized motion; h. internal rails on Cylindrical Foundation Base (19) made up of iron or steel to facilitate the rotation of the drop-in pitch trays; i. advertisement space (20) incorporated within sub-cylindrical buffer drop-in sub-soil layers for displaying advertisements; wherein the sub-cylindrical buffer drop-in subsoil layers mitigate the time usually required for filling the holes left by external abutment piles(12, 13, 14, 16) ; j. supporting walls with pillars(22).

2. The Multi-Pitch Cricket System of claim 1, wherein advertisement is displayed on green screen projecting using digital or IT means capable of being tempered.

3. The Multi-Pitch Cricket System of claim 1, wherein the advertisement space (20) has arrangement for displaying advertisements consisting of display unit, sensors and microprocessors.

4. The Multi-Pitch Cricket System of claim 2, wherein the top surface(21) of the sub-soil layer is used for projecting advertisements

5. The Multi-Pitch Cricket System of claim 1, wherein the shutters(7,8), are made up of from iron, steel, or similar materials, powered by horizontal hydraulic jack or similar

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AMENDED SHEET (ARTICLE 19) mechanisms , ptionally electromagnetically controlled or operated via sensors to cover and safeguard the pitches. The Multi-Pitch Cricket System of claim 1, wherein provisions for artificial lighting such as incandescent or halogen lighting are provided with controllable intensity to adapt to the specific temperature and illumination requirements of the turf or grass wickets, as well as conventional pitches. The Multi-Pitch Cricket System of claim 1, wherein different component may be used plurality of combination. Multi-Pitch Cricket System of claim 1, wherein the system comprising of three drop-in pitches and plurality of it , positioned at an approximate angle of 135 degrees or more relative to each other, surrounded by sub-cylindrical buffer drop-in layers, which can be achieved either by reducing the width of these layers or by expanding the radius of the foundational cylindrical base.

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AMENDED SHEET (ARTICLE 19)