Abstract: Multi-specific binding proteins that bind NKG2D receptor, CD 16, and FLT3 are described, as well as pharmaceutical compositions and therapeutic methods useful for the treatment of autoimmune disease or cancer.

Abstract: A system includes a plurality of stacked optical channels and a channel image adapter. Each optical channel includes at least a portion of a lens and at least a portion of a display and handles a portion of a phase space of the optical device. The channel image adapter adapts an input image into image portions for projection from the displays, one per optical channel. The input image includes data pixels each having a pixel display angle. The channel image adapter places copies of each data pixel into the image portions for those of the optical channels whose phase space includes the pixel display angle of the data pixel.

Abstract: A system enables near eye, see-through display of computer generated images (CGIs) to a user. The system includes see-through projection devices, an IMU device and a processor. The see-through projection devices are mounted within a frame of glasses worn on the head of the user. Each device includes a central field display to project the CGIs within the user's central field of view and a peripheral display to project the CGIs within the rest of a human field of view not including the central field of view. The peripheral display is disposed proximate the user's eye and the central field display is centrally disposed behind the peripheral display. The IMU device is mounted on the glasses to measure where the user's head is facing. The processor splits the CGIs between the central and peripheral displays based on where the virtual object is to be projected into the real world and where the user is facing.

Abstract: A system and method to enable realistic augmented reality 2D or 3D audiovisual imagery, integrating virtual object(s) and audio source data in the vicinity of a user/wearer of a head-mounted device (HMD), the HMD integrated with a mobile communication device. The system includes a HMD to facilitate enhancement of the user/wearer's audiovisual capabilities, a mobile communication device integrated with the HMD. The system also includes a dedicated system mounted on the HMD and comprising at least an embedded software solution, at least four (4) miniature speakers mounted on the HMD and configured to optimize the audio provided to the user/wearer and an inertial measurement unit (IMU) mounted on the HMD for processing the data on and through the speakers according to the data imputed to the software instructions, thereby providing realistic sound in the HMD and anchoring of sounds deriving from virtual objects in the real world.

Abstract: A system to anchor virtual objects to real world objects, visually, functionally and behaviorally, to create an integrated, comprehensive, rational augmented reality environment, the environment comprising at least the relative location, perspective and viewing angle of the virtual objects in the real world, and the interaction between the virtual objects with the real world and with other virtual objects. The system includes an input device having a built-in interface, which receives data from an High-Definition Multimedia Interface (HDMI) adapter, or any other communication device, and returns images to a microprocessor, an HDMI compact audio/video adapter for transferring encrypted uncompressed digital audio/video data from an HDMI-compliant device and a head-mounted display worn by a user, housing at least one micro-camera and an inertial movement unit (IMU).

Abstract: A system to anchor virtual objects to real world objects, visually, functionally and behaviorally, to create an integrated, comprehensive, rational augmented reality environment, the environment comprising at least the relative location, perspective and viewing angle of the virtual objects in the real world, and the interaction between the virtual objects with the real world and with other virtual objects. The system includes an input device having a built-in interface, which receives data from an High-Definition Multimedia Interface (HDMI) adapter, or any other communication device, and returns images to a microprocessor, an HDMI compact audio/video adapter for transferring encrypted uncompressed digital audio/video data from an HDMI-compliant device and a head-mounted display worn by a user, housing at least one micro-camera and an inertial movement unit (IMU).

Abstract: A disposable glove for a glove donning system is provided. The disposable glove has a first layer and a second layer. The second layer superimposes a region of the first layer. The first and second layers are joined together along their peripheries to form a abutted portion and an opening for inserting a hand between the first and second layers. The first layer of the glove has a mounting section having a mounting hole and a line of weakness extending between the mounting hole and a rear edge of the mounting section; said mounting hole for mounting the glove on fastening means of a glove rack. The glove is mounted on the glove rack by inserting the fastening means into the mounting hole of the glove, and the glove on the glove rack can be taken off the glove rack by inserting a hand into the glove and applying a force to the glove in a direction of donning.

Abstract: A glove dispensing package including a plastic container and a top sheet. The plastic container has walls that define a cavity, and an opening thereof. A plurality of gloves are disposed within the cavity. A top sheet is attached to the plastic container over the opening to seal the cavity, such that the glove dispensing package is substantially impervious to moisture. The plastic container may have a flange formed around a periphery of its opening. The top sheet may be affixed to the flange via heat sealing or using a pressure sensitive adhesive. The top sheet may have a perforated area separated from the rest of the top sheet via a perforation. The gloves may be stacked unfolded or folded in half within the cavity of the plastic container.

Abstract: A disposable glove for a glove donning system is provided. The disposable glove has a first layer and a second layer. The second layer superimposes a region of the first layer. The first and second layers are joined together along their peripheries to form a abutted portion and an opening for inserting a hand between the first and second layers. The first layer of the glove has a mounting section having a mounting hole and a line of weakness extending between the mounting hole and a rear edge of the mounting section; said mounting hole for mounting the glove on fastening means of a glove rack. The glove is mounted on the glove rack by inserting the fastening means into the mounting hole of the glove, and the glove on the glove rack can be taken off the glove rack by inserting a hand into the glove and applying a force to the glove in a direction of donning.

Abstract: A disposable glove for a glove donning system is provided. The disposable glove has a first layer and a second layer. The second layer superimposes a region of the first layer. The first and second layers are joined together along their peripheries to form a abutted portion and an opening for inserting a hand between the first and second layers. The first layer of the glove has a mounting section having a mounting hole and a line of weakness extending between the mounting hole and a rear edge of the mounting section; said mounting hole for mounting the glove on fastening means of a glove rack. The glove is mounted on the glove rack by inserting the fastening means into the mounting hole of the glove, and the glove on the glove rack can be taken off the glove rack by inserting a hand into the glove and applying a force to the glove in a direction of donning.

Abstract: A disposable glove for a glove donning system is provided. The disposable glove has a first layer and a second layer. The second layer superimposes a region of the first layer. The first and second layers are joined together along their peripheries to form a abutted portion and an opening for inserting a hand between the first and second layers. The first layer of the glove has a mounting section having a mounting hole and a line of weakness extending between the mounting hole and a rear edge of the mounting section; said mounting hole for mounting the glove on fastening means of a glove rack. The glove is mounted on the glove rack by inserting the fastening means into the mounting hole of the glove, and the glove on the glove rack can be taken off the glove rack by inserting a hand into the glove and applying a force to the glove in a direction of donning.

Abstract: A disposable glove suitable for the foodservice industry has front and back layers of plastic sealed along a periphery thereof, forming finger and a thumb portion in a closed end and an open end. A mounting section extends rearwardly from the back layer and includes mounting holes suitable to receive wickets therethrough. The mounting holes are also suitable for attaching the gloves to a portable planar support to form a portable and compact disposable glove cartridge which, when depleted, is easily replaced with a fresh cartridge. The disposable glove of the present invention is quickly and easily donned and removed from a dispenser (e.g., a glove rack) with a single motion of only a single hand, without assistance from the other hand.

Abstract: A stacked unit of disposable gloves each having a glove body formed of front and back layers of plastic sealed around the periphery thereof forming a closed end and an open end and forming a thumb portion and one or more finger portions. A detachable section extends from the back layer adjacent the open end of each glove body and has a line of weakness, such as perforation suitable for separation of the detachable portion from each glove body. The detachable portion also includes means to mount each glove assembly on a glove support rack to form a stacked unit of gloves. The glove support rack having a top surface and front surface and a fastening means extending from the front surface for insertion into the mounting means on the glove assembly. The top glove of the stacked unit can be easily donned while on the glove rack and by applying force to the top glove in the direction of donning the line of weakness separate the glove from the detachable section.

Abstract: A disposable glove suitable for the foodservice industry has front and back layers of plastic sealed along a periphery thereof, forming finger and a thumb portion in a closed end and an open end. A mounting section extends rearwardly from the back layer and includes mounting holes suitable to receive wickets therethrough. The mounting holes are also suitable for attaching the gloves to a portable planar support to form a portable and compact disposable glove cartridge which, when depleted, is easily replaced with a fresh cartridge. The disposable glove of the present invention is quickly and easily donned and removed from a dispenser (e.g., a glove rack) with a single motion of only a single hand, without assistance from the other hand.

Abstract: A disposable glove dispensing system comprising a stacked unit of easily donned disposable gloves mounted on a glove rack which is specially configured for allowing a user to remove and don gloves safely and quickly, with a single efficient motion of the hand.

Abstract: A cut-resistant glove with a hanging system including a hanging loop attached to the interior of the glove adjacent the edge of the opening thereof for attaching the glove to a hook. A protective flap is attached to the interior of the glove and extends over and substantially covers the hanging loop to prevent the hanging loop from catching or snagging the fingers of the user during donning and to prevent the hanging loop from accidentally extending out of the glove during use.