Abstract: A desk assembly and method of manufacturing the desk assembly. The desk assembly includes a frame supporting a top assembly. The frame includes two or more leg portions telescopically coupled to one another such that the top assembly is height adjustable. The top assembly is formed from a plastic molded base bonded to a high pressure laminate sheet to form a seamless panel. The seamless panel is straighted from a deformed state during the manufacturing process to a flat surface by adhering the panel to a substrate with adhesive and pressure. The top assembly may include an angled portion set off by a flowing arc to increase user comfort. The desk assembly may include a chair assembly integrally formed with the frame and one or more semi-transparent modesty panels.

Abstract: A nesting table comprises a frame, a table top that rotates between a use configuration and a storage configuration, and a control that controls the rate of rotation from the use configuration to the storage configuration but does not affect the rate of rotation of the table top from the storage configuration to the use configuration. An impact protection device can be mounted on the frame to protect an adjacent table when two or more tables are nested in storage configuration. The nesting table also can be provided with a modesty screen that is mounted such that it does not interfere with the rotation of the table top in either direction. The table further can be provided with a latch including a hook, and a hook cover to further protect adjacent tables in nested configuration.

Abstract: Sensitive data such as patient records are securely transferred between a programmer and a data encryption. A database residing on the programmer contains patient information obtained by at least one implantable medical device. A key source provides the programmer with a first key and the remote expert data center with a second key to be used in the encryption/decryption process. An encryption engine residing within the programmer encrypts the sensitive patient information contained within the database, using the first key. The programmer transmits the encrypted patient information to the remote expert data center via a data communications system such as a public network. A decryption engine residing within the remote expert data center decrypts the encrypted sensitive patient information using the second key.

Abstract: An improved wall panel system is disclosed. The system includes wall panel assemblies, each assembly having a pair of side frame members having slotted channels, top and bottom steel tubes and fork connectors for attachment to the side frame members, a top cap, lower metal supports and a plastic base rail channel and cover. The system also includes a universal connector post, a universal I-beam shaped connector, a universal bracket, a variable height bracket and adjustable corner and end caps. The corner and end caps are scored to allow removal of cap walls resulting in an inventory of fewer parts and system versatility. A removal tool is also disclosed.

Abstract: A user authentication system utilizes biometric traits such as fingerprints, vein print, voice print, facial images, iris/retina and similar distinguishing characteristics to allow access to programmers, ETPs, PSAs and similar instruments associated with implantable medical devices (IMDs). The authentication system provides a hierarchical scheme that allows access based on expertise and need basis.

Abstract: An improved wall panel system is disclosed. The system includes wall panel assemblies, each assembly having a pair of side frame members having slotted channels, top and bottom steel tubes and fork connectors for attachment to the side frame members, a top cap, lower metal supports and a plastic base rail channel and cover. The system also includes a universal connector post, a universal I-beam shaped connector, a universal bracket, a variable height bracket and adjustable corner and end caps. The corner and end caps are scored to allow removal of cap walls resulting in an inventory of fewer parts and system versatility. A removal tool is also disclosed.

Abstract: A user authentication system utilizes biometric traits such as fingerprints, vein print, voice print, facial images, iris/retina and similar distinguishing characteristics to allow access to programmers, ETPs, PSAs and similar instruments associated with implantable medical devices (IMDs). The authentication system provides a hierarchical scheme that allows access based on expertise and need basis.

Abstract: An apparatus and method for normalizing waveform information displayed on a medical device. This waveform normalization allows the user to quickly adjust individual waveforms if they exceed the normal viewing range on the display. An electrogram signal is received from an implantable medical device. The electrogram signal is continuously transformed into a plurality of voltage data samples. A waveform is created from the plurality of voltage data samples, and the waveform is displayed on a medical display device. A user selectable waveform normalization control is located adjacent each displayed waveform on the medical display device. Upon activation of the waveform normalization control, the adjacent waveform is normalized to a pre-determined nominal height on the display.