Zacco Sweden AB

In general, various embodiments of the present disclosure provide systems, methods, apparatuses, and technologies, and/or the like for generating API requests for specific use cases. Specifically, various embodiments provide a novel API request generator that enables software developers to craft tailored API requests aligned with specific use cases. In various embodiments, the API request generator allows a developer to describe a specific use case for an API in natural language and the API request generator utilizes a specification for the API in generating a custom API request body for the specific use case that requires little to no modifications. Accordingly, embodiments of the API request generator can reduce errors in generating an API request, reduce the time it takes to make a first API call using the API request, and streamline the development workflow for generating a software application utilizing the API request.

The disclosure relates to a material handling vehicle (200), MHV, comprising: a housing (210), a load carrier, preferably comprising a pair of forks (220), a mast (230), a control unit (260), a pair of support legs (270), each support leg comprising a support wheel (280), a drive wheel (290), wherein the mast (230) is movable horizontally in the direction of the support legs (270) between a fully retracted position and a fully extended position, characterized in that the control unit (260) is configured to determine a position of the mast (230) between the fully retracted position and the fully extended position based on the MVH meeting a predetermined lateral stability criterion when the position of the mast (230) is positioned at the determined position between the fully retracted position and the fully extended position. The disclosure further relates to a method and computer implementations of the method for controlling the disclosed MHV.

The present invention is directed to an improved material handling vehicle (10) comprising an on-board computer (22) configured to control the height of the forks (40) of the material handling vehicle (10) based on the travel speed of the material handling vehicle (10). The present invention further comprises a safety method performed in an on-board computer (22) of a material handling vehicle (10), wherein the safety method comprises steps that regulates the height of the forks (40) of a material handling vehicle (10) based on the travel speed of the material handling vehicle (10). The present invention also comprises a computer program that, when executed, performs the steps of the safety method.

In general, various embodiments of the present disclosure provide for a tote (100) that can be used in transporting oddly shaped objects (200, 600, 700). In particular embodiments, the tote comprises a surface area (110), a first structure, and a second structure. In some embodiments, the first structure comprises a pair of detents (120) located around a perimeter of the surface area and configured for engaging a first object (200) along a surface of the first object to discourage the first object from moving while the tote is in motion. In some embodiments, the second structure comprises a set of protrusions (130) positioned within an interior of the surface area and extending out from the surface area in a direction substantially perpendicular to the surface area and configured for engaging a second object to discourage the second object from at least one of sliding or shifting while the tote is in motion.

A thermal management system for an energy storage system (ESS) of a vehicle includes at least one ESS; and at least one duct in thermal contact to the at least one ESS, wherein the at least one duct is internally shaped to heat incoming air when the vehicle is in motion.

A bolt assembly for fastening at least one structural element having a fastening hole, the bolt assembly comprising: a bolt comprising a head and a body, wherein the body comprises: a shank portion extending from the head, and a threaded portion extending from the shank portion, wherein the threaded portion is configured to engage with a nut or a threaded hole; a sleeve configured to be fitted onto the shank portion of the bolt; and wherein the bolt assembly is characterized in that the sleeve comprises a plurality of outward-extending protrusions and configured to undergo plastic deformation upon engagement with the fastening hole.

The disclosed technology relates at least to a computer-implemented method (100) for visualizing data flow and sheet dependencies in a spreadsheet of a spreadsheet editor. The spreadsheet comprises a plurality of data sheets, each data sheet comprising a plurality of cells arranged in a structured grid. The method (100) comprises the steps of: for each data sheet of the plurality of data sheets: retrieving (S102) cell data associated with each of the plurality of cells of said data sheet, processing (S104) the cell data of at least a subset of the plurality of cells to identify data indicative of cross-sheet dependencies between said data sheet and any of the remaining data sheets; and attributing (S106) one of a set of predefined sheet categories to said data sheet, based on the identified data indicative of cross-sheet dependencies; and displaying (S110), via a display device, a graphical user interface comprising graphical elements representing the plurality of data sheets according to their respective attributed sheet category.

The present disclosure relates to a method (200) and processing device for obtaining a geographical coordinate for a position on the ground. The method comprises determining (210) an initial pose of a video camera on-board an aerial platform, ,continuously determining (230) a pose of the video camera starting from the determined initial pose and from continuously updated video camera images and the textured 3D model of the environment, receiving (240) a request for determining a geographical coordinate for a position on the ground, said request comprising a second image from the continuously updated video images in which second image a location of the position on the ground is indicated, and determining (250) the geographical coordinate of the indicated position on the ground based on a determined pose of the video camera at the time of capture the second image, the second image and the textured 3D model of the environment.

The present disclosure relates to method (100) for surface charring of a natural textile to impart flame retardant properties to said natural textile, the method comprising the steps of providing (101) said natural textile and treating (103) said natural textile in an oxygen-free environment within a heat chamber of a pyrolysis apparatus, the heat chamber having a temperature of 100 to 320 degrees Celsius, for a time-period to achieve surface charring of said natural textile. The disclosure further relates to a method (200) for producing a vehicle interior material.

A material handling vehicle (100) can include a vehicle body (102), a powertrain (110) arranged within the vehicle body (102), a load support (130) extending from the vehicle body (102) to support a load, and a battery (150) arranged within the load support (130) to provide electrical power to the powertrain (110) of the material handling vehicle (100).