Abstract: Examples provide an attachment frame for combination attachment of environmental control devices. A plurality of non-articulating, rigid segments within a main body bend at various fixed angles. A perpendicular support arm forms an “L-shaped” attachment at the top of the main body. The support arm mounts one or more lights which attach to a top surface of the support arm. A bottom surface of the support arm mounts a fan or heater above a conveyor or other work area. The attachment frame includes a container holder to hold a water bottle or other container. A mounting plate connected to segment at the bottom of the main body mounts to the trailer conveyor device or other equipment. The attachment frame provides light, ventilation and/or temperature control for users working within an interior of a trailer or other confined spaces.

Abstract: This invention relates to a novel of making a personal care product including the steps of providing a treatment sheet comprised of a first material and a first plurality of apertures and joining a support structure to the lower surface of the treatment sheet. The support structure includes a support material, a support sheet, a support ring, or any combination thereof. The support sheet includes a second plurality of apertures. The support sheet is disposed beneath the treatment sheet by aligning the first plurality of apertures and the second plurality of apertures. Fluid support material is solidified such that the treatment sheet and the support sheet are bonded together. The support ring is disposed on a housing (e.g., in a groove) below the support sheet or joined to the treatment sheet via the support material prior to solidifying.

Abstract: Provided herein are system, apparatus, device, method and/or computer program product embodiments, and/or combinations and sub-combinations thereof, for generating instant pricing structures. In a given embodiment, a server receives a request to generate sets of instant pricing structure data objects for a vehicle. The server identifies a set of attributes associated with the dealer. For each attribute of the set of attributes, the server identifies a parameter corresponding to a given attribute of the set of attributes and determines a threshold for the parameter. Furthermore, the server generates a set of instant pricing structure data objects of the requested set of instant pricing structure data objects by adjusting a value for the parameter by an incremental amount within the threshold while maintaining each instant pricing structure data object of the set within constraints of a user-provided input and the policy of the lender.

Abstract: Examples provide an attachment frame for combination attachment of environmental control devices. A plurality of non-articulating, rigid segments within a main body bend at various fixed angles. A perpendicular support arm forms an “L-shaped” attachment at the top of the main body. The support arm mounts one or more lights which attach to a top surface of the support arm. A bottom surface of the support arm mounts a fan or heater above a conveyor or other work area. The attachment frame includes a container holder to hold a water bottle or other container. A mounting plate connected to segment at the bottom of the main body mounts to the trailer conveyor device or other equipment. The attachment frame provides light, ventilation and/or temperature control for users working within an interior of a trailer or other confined spaces.

Abstract: Systems and methods for defining a custom segment in a set of behavioral data are provided. A described method includes receiving a set of behavioral data associated with a plurality of user devices and identifying multiple cohort groups, each of the cohort groups including one or more of the user devices. The behavioral data includes a behavior metric for each of the user devices and the cohort groups are identified based on the behavior metric for each of the user devices. The method further comprises generating a segmentation interface including a graphical visualization of the multiple cohort groups and causing the segmentation interface to be presented via a user interface device. The method further comprises defining a custom segment of the behavioral data based on a user selection of one or more of the multiple cohort groups via the segmentation interface.

Abstract: The invention relates to a method for calibrating color components of the sensors of a multi-camera device. The method comprises capturing images by more than one sensor of a multi-camera device (910); creating a pool of images of the captured images (920); extracting a first set of color correction parameters utilizing the pool of images (930); extracting a second set of color correction parameters utilizing the pool of images, wherein the second set of color correction parameters has the smallest errors relative to the first set of color correction parameters (940); and calibrating color components of said more than one sensors of the multi-camera device according to the second set of color correction parameters (950).

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically couple with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and the cargo trailer.

Abstract: Computer-implemented methods, computer-readable media and apparatuses for testing executable code in sensitive-information domains are provided. A synthetic data set is received, where the synthetic data set includes generated subjects and corresponding information associated with the generated subjects. An active data set is received, where the active data set includes active subjects and corresponding information associated with the active subjects. The corresponding information associated with the active subjects includes sensitive information requiring privacy protection. The synthetic data set and the active data set are compared using an algorithm to identify the generated subjects that produce decisioning outcomes similar to decisioning outcomes of the active data set. A testing data set is generated by selecting the generated subjects identified using the algorithm and corresponding information associated with the identified generated subjects.

Abstract: Various embodiments are generally directed to a simulation platform. The simulation platform may capture, audit, and/or store production data associated with a current production system. A virtual replica or copy of the of the current production system may be generated based on the production data. The simulation platform may receive one or more proposed modifications or changes to the current production system. Based on the proposal, a modified production system may be generated. Parallel simulations may be run on the virtual replica of the current production system and the modified production system, where analysis is performed on the simulations (and their respective outputs) and a result of the analysis is output to a user.

Abstract: Yard management systems and methods are described. A yard management system comprises a database holding load information, a mobile application associated with a user account and executable on a mobile device. The mobile application when executed acquires the identifications of the load, queries the database for the load information, and generates a machine-readable representation corresponding to the identifications of the load, an autonomous yard vehicle configured to mechanically couple with a cargo trailer. The system further comprises a computing system programmed to, in response to detecting the mobile device at the transfer location, navigate to the cargo trailer and guide the coupling between the autonomous yard vehicle and the cargo trailer.

Abstract: The invention relates to a method of selective separation of target molecules from a heterogeneous mixture of target molecules and non-target molecules in a solution, the method comprising: providing a proteinaceous phase in the solution, wherein the proteinaceous phase comprises a matrix of self-assembling proteins, and wherein the proteinaceous phase selectively absorbs the target molecules into the matrix and/or selectively excludes non-target molecules from the matrix thereby selectively isolating the target molecules from the non-target molecules in the solution. The invention further relates to alternative methods of selective separation of target molecules, methods of ion torrent sequencing, compositions, kits and uses thereof.

Abstract: The invention relates to methods, apparatuses and computer program products for rendering of digital image and video content. First information of a first graphic object for rendering a second graphic object and second information of the second graphic object for rendering the second graphic object are formed or received. Dependency information between the first and second graphic objects is formed or received, where the dependency information comprises information for rendering the second graphic object depending on overlapping of said first graphic object and the second graphic object in a viewing direction. The second graphic object is rendered by creating second pixel data using the second information of the second graphic object and the first information of the first graphic object, where the rendering of the second graphic object is carried out for such part of the second graphic object that is overlapped by the first graphic object in the viewing direction.

Abstract: The invention relates to methods, apparatuses and computer program products for rendering of digital image and video content. First information of a first graphic object for rendering a second graphic object and second information of the second graphic object for rendering the second graphic object are formed or received. Dependency information between the first and second graphic objects is formed or received, where the dependency information comprises information for rendering the second graphic object depending on overlapping of said first graphic object and the second graphic object in a viewing direction. The second graphic object is rendered by creating second pixel data using the second information of the second graphic object and the first information of the first graphic object, where the rendering of the second graphic object is carried out for such part of the second graphic object that is overlapped by the first graphic object in the viewing direction.

Abstract: The invention relates to forming a scene model and determining a first group of scene points, the first group of scene points being visible from a rendering viewpoint, determining a second group of scene points, the second group of scene points being at least partially obscured by the first group of scene points viewed from the rendering viewpoint, forming a first render layer using the first group of scene points and a second render layer using the second group of scene points, and providing the first and second render layers for rendering a stereo image.

Abstract: The invention relates to a camera device. The camera device has a view direction and comprises a plurality of cameras, at least one central camera and at least two peripheral cameras. Each said camera has a respective field of view, and each said field of view covers the view direction of the camera device. The cameras are positioned with respect to each other such that the central cameras and peripheral cameras form at least two stereo camera pairs with a natural disparity and a stereo field of view, each said stereo field of view covering the view direction of the camera device. The camera device has a central field of view, the central field of view comprising a combined stereo field of view of the stereo camera pairs, and a peripheral field of view comprising fields of view of the cameras at least partly outside the central field of view.

Abstract: Systems and methods for defining a custom segment in a set of behavioral data are provided. A described method includes receiving a set of behavioral data associated with a plurality of user devices and identifying multiple cohort groups, each of the cohort groups including one or more of the user devices. The behavioral data includes a behavior metric for each of the user devices and the cohort groups are identified based on the behavior metric for each of the user devices. The method further comprises generating a segmentation interface including a graphical visualization of the multiple cohort groups and causing the segmentation interface to be presented via a user interface device. The method further comprises defining a custom segment of the behavioral data based on a user selection of one or more of the multiple cohort groups via the segmentation interface.