Abstract: A technology is described for automating deployment of a machine learning model. An example method may include receiving, via a graphical user interface, credentials for connecting to a data store containing a plurality of datasets and connecting to the data store using the credentials. A selection of a target metric to predict using the machine learning model can be received, via the graphical user interface, and datasets included in the plurality of datasets that correlate to the target metric can be identified by analyzing the datasets to identify an association between the target metric and data contained within the datasets. The datasets can be input to the machine learning model to train the machine learning model to generate predictions of the target metric, and the machine learning model can be deployed to computing resources in a service provider environment to generate predictions associated with the target metric.

Abstract: A parking enforcement device can be secured to a surface adjacent to the area designated as NO PARKING. The enforcement device can include an elongated hollow body, a window provided to the tubular body, a battery, an internal frame assembly disposed inside of the elongated hollow body, and a camera disposed inside of the elongated hollow body. The internal frame assembly defines a cavity in which the battery is located. A camera support pole extends vertically upwards from the internal frame assembly. The camera is secured to the camera support pole and located vertically along the camera support pole such that the camera views outward through the window. A solar panel can be provided atop the parking enforcement device to recharge the battery.

Abstract: A controlled substance fraud prevention method preferably includes a camera, a database of faces with names, facial recognition software, a database of medicines prescribed to each face and a portable medicine safe. A patient goes to a doctor for some medical issue. The doctor will issue a prescription for a controlled substance, after photographing a face of the patient; and uploading the facial image to a computer server. The first computer server contains a database of faces and names. Facial recognition software will compare the uploaded face to other faces to determine if there are other names with the same face. A photograph of the patient's face is taken at the pharmacy and the image is uploaded to the computer server by pharmacist for facial recognition. The pharmacist also checks a database of names and medicines, before providing the prescription through a portable pill or liquid medicine safe.

Abstract: An example device for implantation into a patient at a location between two bone bodies.

Abstract: An example device for the fixation and support of bone bodies includes a base member for implantation into a patient at a location between two bone bodies. The base member of the device includes an enclosed chamber for receiving fusion material and apertures for receiving bone fasteners that can be embedded into the adjacent bone bodies. The device further includes protrusions extending from the base member, wherein the protrusions are configured for engagement with one or more bone bodes upon implantation and for progressive penetration into at least one bone body over a period of time subsequent to the implantation.

Abstract: An implant device for the spine suitable for the fixation and support of adjacent vertebrae includes a base member for implantation at a location between the two vertebrae and one or more protrusions extending from the base member. The protrusion(s) are configured for engagement with one of the vertebrae upon implantation and for progressive penetration into the vertebrae over a period of time subsequent to the implantation. The implant device includes a lateral mounting portion to accommodate fixation of the device to a lateral side of the vertebrae. The implant device is configured for insertion between the adjacent vertebrae through a posterior lateral or lateral opening that exposes a lateral side of the disc space.

Abstract: An interbody device for the fixation and support of adjacent bone bodies includes a body for implantation at a location between the two vertebrae and one or more protrusions extending from the body. The protrusion(s) are configured for engagement with one of the vertebrae upon implantation and for progressive penetration into the vertebra over a period of time subsequent to the implantation.

Abstract: An interbody device for the fixation and support of adjacent bone bodies includes a body for implantation at a location between the two vertebrae and one or more protrusions extending from the body. The protrusion(s) are configured for engagement with one of the vertebrae upon implantation and for progressive penetration into the vertebra over a period of time subsequent to the implantation.

Abstract: Kit and associated method with at least one tool for achieving selective implantation. The kit includes a fixation device for implant location intermediate the two bone bodies, a spacer for implant location intermediate the two bone bodies and adjacent the fixation device, and at least one implantation tool. The at least one tool has a portion for engaging and holding at least one of the device and the spacer during implantation of the at least one of the device and the spacer for implant location intermediate the two bone bodies and for releasing the held at least one of the device and the spacer subsequent to implantation. The at least one tool may be a single tool for engaging and holding both.

Abstract: An example device for the fixation and support of bone bodies includes a base member for implantation into a patient at a location between two bone bodies. The base member of the device includes an enclosed chamber for receiving fusion material and apertures for receiving bone fasteners that can be embedded into the adjacent bone bodies. The device further includes protrusions extending from the base member, wherein the protrusions are configured for engagement with one or more bone bodes upon implantation and for progressive penetration into at least one bone body over a period of time subsequent to the implantation.

Abstract: An implant device for the spine suitable for the fixation and support of adjacent vertebrae includes a base member for implantation at a location between the two vertebrae and one or more protrusions extending from the base member. The protrusion(s) are configured for engagement with one of the vertebrae upon implantation and for progressive penetration into the vertebrae over a period of time subsequent to the implantation. The implant device includes a lateral mounting portion to accommodate fixation of the device to a lateral side of the vertebrae. The implant device is configured for insertion between the adjacent vertebrae through a posterior lateral or lateral opening that exposes a lateral side of the disc space.

Abstract: A femoral implant for a hip prosthesis includes a shaft oriented in a longitudinal direction and a neck extending from said shaft at an acute angle .theta. to the longitudinal direction. The implant includes a plurality of layers of fibers in a matrix, wherein the fibers are substantially unidirectional in each respective layer. The implant is made from a stack of layers of the matrix so that the direction of fibers is unbalanced. At least 50% of the fibers are oriented in the .theta. direction and the remainder of said fibers are oriented in directions other than the .theta. angle.

Abstract: A metal detector search coil assembly comprising a frame assembly having an aperture therethrough, electrically conductive strands wound upon the frame assembly, potting plastic disposed on external surfaces of the frame assembly embedding the strands, and a metal housing enclosing the potting plastic, the frame comprising a plurality of frame members joined together to form the aperture, each of the frame members comprising first and second sheets of rigid plastic bonded together with an electrically conductive material disposed therebetween, and adhesive being disposed on the sheets to bond the sheets together; and a method for making such a metal detector search coil assembly.

Abstract: A method for making a coil assembly for a metal detector of the type used for detecting metal fragments in foodstuffs and pharmaceuticals, the method comprising providing a frame of non-metallic material, the frame having an aperture therethrough for the passage of material undergoing inspection, winding coils of electrically conductive strands on the frame, applying a first plastic coating in liquid form to the frame and coils, less the aperture portion of the frame, applying metal in fluid form to the first plastic coating to encase the first plastic coating in a metal layer, and applying a second plastic coating in liquid form to the metal layer to encase the metal layer in a second plastic coating.

Abstract: A method for making a coil assembly for a metal detector of the type used for detecting metal fragments in foodstuffs and pharmaceuticals, the method comprising providing a frame of non-metallic material, the frame having an aperture therethrough for the passage of material undergoing inspection, winding coils of electrically conductive strands on the frame, applying a first plastic coating in liquid form to the frame and coils, less the aperture portion of the frame, applying metal in fluid form to the first plastic coating to encase the first plastic coating in a metal layer, and applying a second plastic coating in liquid form to the metal layer to encase the metal layer in a second plastic coating.

Abstract: A coil assembly for a metal detector of the type used for detecting metal fragments in foodstuffs and pharmaceuticals, the coil assembly comprising a frame of non-metallic material, the frame having an aperture therethrough for the passage of material undergoing inspection, coils of electrically conductive strands wound upon the frame, a first plastic coating adhered to the frame and coils, less the aperture portion of the frame, a layer of metal adhered to the first plastic coating to encase the first plastic coating in the metal layer, and a second plastic coating adhered to the metal layer to encase the layer in the second plastic coating.

Abstract: A coil assembly for a metal detector of the type used for detecting metal fragments in foodstuffs and pharmaceuticals, the coil assembly comprising a frame of non-metallic, the frame having an aperture therethrough for the passage of material undergoing inspection, coils of electrically conductive strands wound upon the frame, plastic material adhered to the frame and coils, less the aperture portion of the frame, and a coating of metal adhered to the plastic material to encase the plastic material in a metal layer.

Abstract: A coil assembly for a metal detector and a method for making the coil assemblies for metal detectors of the type used for detecting metal fragments in foodstuffs and pharmaceuticals, the method comprising providing a frame of non-metallic material, the frame have an aperture therethrough for the passage of material undergoing inspection, winding coils of electrically conductive strands on the frame, applying plastic in liquid form to the frame and coils, less the aperture portion of the frame, and applying metal in fluid form to the plastic to encase the plastic in a metal layer.