Hernandez IP

The disclosure relates to a flexible electric connector (1) for high voltages with a strand (2), the strand (2) comprising two contact strand sections (2a) for electrically connecting the flexible electric connector (1) and a flexible strand section (2b) electrically connecting the two contact strand sections (2a), where the strand (2) is compacted in at least one contact strand section (2a) referred to as compacted contact strand section (2a), which compacted contact strand section (2a) comprises a through-hole (4) for a connecting element, with a hollow rivet (3) that extends through the compacted contact strand section (2a) and comprises the through-hole (4) for the connecting element so as to provide an improved electrical connector (1) with enhanced flexibility and conductivity.

Disclosed is a solar cable retention and routing component (solar hanger) apparatus for the routing of objects on a support structure. The solar hanger includes a hanger portion and a liner portion. The hanger portion is configured to engage to a support structure and defines a cradle portion that is configured to support an object (e.g., an electrical cable). The liner portion includes a cover portion formed on at least a portion of the cradle portion and at least one retainer portion that extends from the cover portion and is configured to retain the object in the cradle portion.

A sensing system includes an attachment module configured to attach to an object and a housing module. The attachment module comprises a first side opposite a second side and a mounting member having a first retainer portion defined on the first side and a second retainer portion defined on the second side. The housing module comprises at least one second retainer configured to connect to the first retainer to connect the attachment module to the housing module. The second retainer includes a third retainer portion configured to connect with the first retainer portion and a fourth retainer portion configured to connect with the second retainer portion. This configuration facilitates the mounting of sensing components to objects, such as conduits or cables, for monitoring environmental or physical variables.

The disclosure relates to an eyewear display system (1) for displaying a virtual image in a user's field of view, comprising a display unit (14) for emitting light (163", 161", 162") as computer-generated image information in a radiation direction, and a deflection unit (17) for deflecting the light (163", 161", 162") into an eye (10) of the user, with at least one micro-mirror elements (12, 12', 12") which can each be tilted in a carrier structure (200) and which each have a reflection surface (25) for deflecting the light (163", 161", 162") emitted by the display unit (14) as computer-generated image information; wherein the at least one micro-mirror element (12, 12', 12") and the carrier structure (200) are arranged in a sealed housing element (17a) of the deflection unit (17) filled with a liquid (23) in order to provide an eyewear display system (1) with improved immersion.

The disclosure relates to a rail cover device (1) for an attachment at an underside (2c)of a foot (2a) of a railway rail (2), with a first cover unit (3) with a first holding element (3a) configured for holding the first cover unit (3) on a first edge (2b) of the foot (2a) of the railway rail (2), and with a first covering element (3b) with one or more first plate sections (3c) configured to extend perpendicular to a main extension direction of the railway rail (2) below said foot (2a) of the railway when the first cover unit (3) is attached to the first edge (2b) of the foot (2a) of the railway rail (2) by means of the first holding element (3a); and with a second cover unit (3') with a second holding element (3a')configured for holding the second cover unit (3') on a second edge (2b') of the foot (2a) of the railway rail (2), and with a second covering element (3b') with one or more second plate sections (3c') configured to extend perpendicular to the main extension direction of the railway rail (2) below said foot (2a) of the railway when the second cover unit (3') is attached to the second edge (2b') of the foot (2a) of the railway rail (2) by means of the second holding element (3a'); wherein first and second holding elements (3a, 3a') are configured for holding the respective cover unit (3, 3') on the foot (2a) of the railway rail (2) at opposite positions on opposing edges (2b, 2b') of the foot (2a) of the railway rail (2); and the first and the second cover units (3, 3') are identical cover units (3, 3') in order to provide reliable cable protection for railway cables that can be installed in a simple and fast manner.

The disclosure relates to a cable fairlead device (1) for passing at least one cable in a pass-through direction (T) transverse to a main extension plane of the cable fairlead device (1), with a through-opening (2) at least for the at least one cable; with a sealing unit (3) made of a soft component, the sealing unit (3) running circumferentially around the through-opening (2); and with a stiffening unit (4) made of a hard component, where the hard component of the stiffening unit (4) is hard as compared to the soft component of the sealing unit (3), the stiffening unit (4) running circumferentially around the through-opening (2); wherein the stiffening unit (4) comprises one or more locking elements, each with a respective snap-in leg part (5a, 5b) protruding transversely to a main extension plane of the cable fairlead device (1) on a first side (A) of the cable fairlead device (1), with the snap-in leg part (5a, 5b) defining a hollow space (6a, 6b) that is accessible from a second side (B) of the cable fairlead device (1), the first side (A) being different from the second side (B), and with a respective locking finger part (7a, 7b) configured for the insertion into said hollow space (6a, 6b) from said second side (B) in order to lock the snap-in leg part (5a, 5b) in order to improve the known systems, in particular to provide a waterproof cable fairlead device (1) with high retention force and improved handling.

The present invention discloses a wearable device and methods of monitoring changes in the volume and properties of human interstitial fluid associated with both normal and disease conditions using limb circumference and acceleration. The raw data are transmitted from the wearable device to external devices for storage and evaluation. The data is compared and contrasted with reference information derived for the individual as well as a larger population of individuals and evaluated for wellness and clinical implications. Messages regarding the state of the individual may then be transmitted to concerned parties such as patients, caregivers and medical professionals.

The disclosure relates to an one-piece connection device (1) for connecting two or more parts (5, 6), in particular metal and/or plastic sheet parts, via insertion of the one-piece connection device (1) into aligned through-holes (5', 6') of said parts (5, 6), with a rivet part (2) with a head element (2a) and a predetermined number of rib elements (2b, 2b', 2b", 2b‴) extending from the head element (2a) along an insertion direction (I) of the one-piece connection device (1), where the rib elements (2b, 2b', 2b", 2b‴) determine an outer diameter (do) of the rivet part (2); with a clip-body part (3) with a flange element (3a) and flank elements (3b, 3b', 3b", 3b‴) of said predetermined number, the flank elements (3b, 3b', 3b", 3b‴) extending from the flange element (3a) along said insertion direction (I), where the flank elements (3b, 3b', 3b", 3b‴) have respective snap-in structures (3d, 3d', 3d", 3d‴) on their respective outer sides, and where respective inner sides (3bx, 3bx") of the flank elements (3b, 3b', 3b", 3b‴) determine an inner diameter (di) of the clip-body part (3), which inner diameter (di) corresponds to the outer diameter (do) of the rivet part (2); and with a connection part (4) that connects a lower portion (R3) of the rivet part (2), the lower portion (R3) of the rivet part (2) being a portion remote from the head element (2a), with an upper portion (C1) of the clip-body part (3), the upper portion (C1) of the clip-body part (3) being a portion comprising the flange element (3a); where the connection part (4) is designed as a predetermined breaking point for a movement of the rivet part (2) relative to the clip-body part (3) along said insertion direction (I) in order to provide an improved, in particular more ergonomic connection device (1).

Zusammenfassung wird geladen …

Zusammenfassung wird geladen …