Tonbo Imaging Pte. Ltd.

Sap Se

Rubrik, Inc.

Ankit Kumar

Nelaji Mohanrao Sudarshan

Kondangi Lakshmikumar Arvind

Tejram Jagannath Sonwane

Shivanshu Agrawal

Kritagya Dabi

Jaya Jyothiswaroop Kotni

Dhananjay Mantri

Rimple Malik

Ujjwal Sahana

The present disclosure provides a device for adjusting inter-pupillary distance between eyepieces of imaging systems. The device includes a pinion gear. The pinion gear is mounted on a first pin. The device includes two carrier plates. Each of the two carrier plates having gear teeth on a first portion of a side. The gear teeth on the two carrier plates are in mesh with the pinion gear. The two carrier plates are positioned parallel and opposite to one another. The device includes two focal plane arrays. Each of the two focal plane arrays is rigidly affixed with a carrier plate of the two carrier plates and movably supported over other carrier plate of the two carrier plate. The device enables inter-pupillary distance adjustment between eyepieces without causing skew or distortion of image.

Inter-pupillary distance adjustment device

The present disclosure provides a device for dioptric adjustment of a plurality of telescopic lenses against a focal plane array. The device includes a hollow cylinder developed onto a housing. In addition, the housing includes a plurality of pins. The device includes the focal plane array affixed with a support structure. Further, the device includes a barrel body. The barrel body includes a plurality of slots. Further, each of the plurality of pins is inserted in a slot of the plurality of slots of the barrel body. Furthermore, the device includes a dioptric adjusting knob coupled to the plurality of telescopic lenses with facilitation of the barrel body. Furthermore, the dioptric adjusting knob is manually rotatable about a longitudinal axis of the barrel body for displacing the plurality of telescopic lenses to thereby adjust an optical setting of the spotting scope.

Mechanism for dioptric adjustment of telescopic lenses

The present disclosure provides a muzzle-end adapter for bore sighting of large caliber guns. The muzzle-end adapter includes a main operating shaft extending along a first longitudinal axis. The muzzle-end adapter includes a disk. Further, the muzzle-end adapter includes a main body. The main body encapsulates the main operating shaft. Furthermore, the muzzle-end adapter includes a first-section and a second-section. The second-section includes a plurality of sets of centering fingers. The second-section encapsulates the disk. Moreover, the muzzle-end adapter includes a plurality of conical disks. The plurality of conical disks includes a first conical disk and a second conical disk. The first conical disk is positioned at a second end of the second-section. The second conical disk is positioned at a first end of the second-section. Also, rectilinear motion of the second-section over the plurality of conical disks radially expands centering fingers of the plurality of sets of centering fingers.

Muzzle-end adapter for boresighting of large caliber guns

The present disclosure provides a muzzle end adapter for performing bore sighting of a small caliber gun. The muzzle end adapter includes a plurality of hand levers. In addition, the muzzle end adapter includes a main operating shaft connected rigidly with a first hand lever. Also, the muzzle end adapter includes a cylindrical member connected at one end of the main operating shaft. Moreover, the muzzle end adapter includes a plurality of centering devices. The plurality of centering devices includes a plurality of jaws. The plurality of jaws includes a plurality of equiangular spaced jaws centered around a pivot pin. Further, the muzzle end adapter includes a disk. Furthermore, the disk includes a tapered hole connected with the muzzle end adapter.

Muzzle end adapter to perform bore sight of a small caliber gun

Embodiments are described for a user device comprising a transceiver configured to communicate with a server and a processor communicatively coupled to the transceiver. The processor is configured to receive a uniform resource locator (URL) from the server and determine that the URL is a universal link. The processor is further configured to authenticate the universal link and parse the universal link to obtain a domain link. The processor is further configured to connect to the domain link.

Efficient and secure universal/app links

A method for migrating a computing resource across cloud environments is described. According to the method, a data management system may interface with a first cloud environment and a second cloud environment. The data management system may receive a request to migrate a first computing resource stored in the first cloud environment to the second cloud environment. The data management system may generate, based on the request, a first compute job in the first cloud environment to cause the first cloud environment to extract data from a backup of the first computing resource and transfer the data to the second cloud environment. The data management system may instruct the second cloud environment to generate a second computing resource. The data management system may generate a second compute job in the second cloud environment to cause the second cloud environment to load the extracted data into the second computing resource.

Growing community of inventors

Bengaluru, India

Ankit Kumar