PITTSBURGH, 23 de diciembre de 2022 /PRNewswire/ — «Pensé que podría haber una mejor manera de almacenar cables de arranque sin el riesgo de que se atascaran o engancharan en otras superficies y pertenencias en un baúl», dijo un inventor de Sault Ste. Marie, Ontario, Canadá, «así que inventé el SNAG L-NOT. Mi diseño garantiza que los cables de puente se puedan sacar del maletero sin problemas ni vacilaciones».
La invención pendiente de patente proporciona una manera más fácil de quitar los cables puente o de refuerzo de la cajuela de un vehículo. Al hacerlo, evita que los cables queden atrapados o enganchados. Como resultado, ahorra tiempo y esfuerzo y reduce molestias y frustraciones. La invención presenta un diseño simple que es fácil de usar, por lo que es ideal para propietarios de vehículos. Además, un modelo prototipo está disponible a pedido.
El diseño original se envió a la oficina de ventas de Toronto de InventHelp. Actualmente está disponible para licencia o venta a fabricantes o comercializadores. Para obtener más información, escriba al Departamento 21-TRO-744, InventHelp, 217 Ninth Street, Pittsburgh, PA 15222, o llame al (412) 288-1300 ext. 1368. Obtenga más información sobre los servicios de envío de invenciones de InventHelp en http://www.InventHelp.com.
FUENTE InventHelp
InventHelp Inventor Develops New Bridge Cable Accessory (TRO-744)
A recent invention from InventHelp Inventor, Hasan Mahmud (TRO-744), seeks to solve a common engineering problem faced when working with bridge cables. The device’s innovative design integrates an access port into the support pole, eliminating the need to climb the structure. This simple but ingenious solution will make it much easier and safer to work on, inspect and maintain bridge cables.
The accessory comprised of a two-part unit, with the first being a hollow cylinder that fits safely around the support pole. This is combined with a circular opening that is mounted within the cylinder, allowing for easy access. This design ensures that workers can access the bridge cables without having to climb the support poles.
Current bridge cable access methods require workers to climb the structure in order to perform their work. This presents a number of potential risks, including falls and other accidents due to working at height. In addition, the time required to ascend and descend the structure every time can be very costly and is a major inconvenience.
Thanks to Mahmud’s design, workers can access the bridge cables via the protective safety of the provided accessory. Furthermore, the time needed to complete each task will be significantly reduced. This makes the device a practical and effective way of dealing with bridge cable access.
Having pursued patent protection for the invention, Mahmud is now looking to find companies who are interested in producing and/or marketing this item. The invention is currently available for licensing or sale to manufacturers or marketers.
