Abstract: A method comprises providing a microfluidic device including a reservoir; an injection nozzle at the bottom of the reservoir, the injection nozzle being wider at its top than at its bottom; an injection channel below the injection nozzle; and a microfluidic channel below the injection channel. The method further comprises placing fluid in the reservoir, and allowing the fluid to passively flow through the injection nozzle and the injection channel.

Abstract: A video link system and method of providing video are provided. The system includes a head unit that has a controller and a serializer for serializing video output from the controller and outputting a serial video stream. At least one display assembly is coupled to the head unit and includes at least one display panel for displaying the video output from the head unit. The at least one display assembly includes a deserializer for deserializing the serial video stream from the serializer of the head unit and outputting an intermediate digital display stream. The at least one display assembly also includes an unpacking unit coupled to the deserializer and to the at least one display panel. The unpacking unit is configured to process the intermediate digital display stream from the deserializer and output an unpacked digital display output to the at least one display panel.

Abstract: Audio and video systems for checking safety sounds and telltales are provided. The audio system includes a digital signal processor with a plurality of safety sounds and a plurality of signatures corresponding thereto. A head unit controller includes a signature and volume checker to identify an expected signature of the one of the safety sounds. The digital signal processor outputs a mixed audio stream and includes a lower bit inserter to replace lower bits of the mixed audio stream with replacement lower bits based on the signature and output a modified audio stream. A lower bit extractor separates and outputs the replacement lower bits and a remainder of the modified audio stream. An audio amplifier unit receives and outputs the remainder of the modified audio stream. The head unit controller rebuilds the signature, determines whether the signature matches the expected signature, and sends an acknowledgment accordingly.

Abstract: The supporting device (10) includes: a body (14), designed to be mounted on an enclosure of a calorimeter, an end-fitting (34) for supporting the measurement cell (12), including elements (36) for fastening the measurement cell (12) on that supporting end-fitting (34), and fluid flow members in the measurement cell (12), able to control the pressure in that measurement cell (12).

Abstract: The supporting device (10) includes: a body (14), designed to be mounted on an enclosure of a calorimeter, an end-fitting (34) for supporting the measurement cell (12), including elements (36) for fastening the measurement cell (12) on that supporting end-fitting (34), and fluid flow members in the measurement cell (12), able to control the pressure in that measurement cell (12).

Abstract: A protection device for a vehicle cab having a floor and two vertical side walls, the device including an armor plate below and substantially parallel to the floor of the cab, and deformable compartmented caissons connected between the floor and the armor plate and under the side walls of the cab, each compartmented caisson having buckleable walls dimensioned to buckle upon shock impact to the exterior of the armor plate.

Abstract: A system for monitoring the pressure in the tires of a plurality of wheels of a motor vehicle comprises a first sensor module that comprises at least one sensor measuring the angular velocity of at least part of the plurality of wheels of the motor vehicle. A means is provided for determining, from the angular velocity of at least part of the plurality of wheels of the motor vehicle, a signal indicative of a first value of the heading of the motor vehicle. A second sensor module generates a signal indicative of a second value of the heading of the motor vehicle, and an abnormal situation with the pressure in at least one of the tires is determined when the first value of the heading of the motor vehicle and the second value of the heading of the motor vehicle are not consistent with one another.

Abstract: The invention relates to an armored door (5) for the crew compartment of a vehicle or fixed shelter, such door intended to block an opening (10) into the compartment and incorporating a structure (7) to the exterior of which at least one armor plate (12) is fastened. The armor plate (12) is fixed at a distance from the structure (7) and is separate from said structure by first deformable intermediate means (14) able to absorb part of the energy of a shock, the armor plate (12) having, furthermore, dimensions that are greater than those of the structure (7), and second deformable intermediate means (15) positioned between the rim (R) of the armor plate (12) and a wall (8) of the compartment surrounding the opening (10).

Abstract: The book consists, in a conventional way, of a series of pages, each one of them being formed by two plates of hard cardboard and an intermediate layer made of rubber foam. The cardboard plate (1) of the front side and the cardboard plate (1?) of the reverse side respectively incorporate slots (3, 3?), that describe a trajectory with the shape of an “L”, or any other appropriate trajectory. The slots (3, 3?) are intended to allow the children to introduce their fingers and move a cursor (4) that slips through a slot (5) in the rubber foam layer (2), thus making an itinerary or path for the cursor (4), that can be followed with the finger of the child through the path created by such slot (5) of the rubber foam layer (2).

Abstract: The book consists, in a conventional way, of a series of pages, each one of them being formed by two plates of hard cardboard and an intermediate layer made of rubber foam. The cardboard plate (1) of the front side and the cardboard plate (1) of the reverse side respectively incorporate slots (3, 3?), that describe a trajectory with the shape of an “L”, or any other appropriate trajectory. The slots (3, 3?) are intended to allow the children to introduce their fingers and move a cursor (4) that slips through a slot (5) in the rubber foam layer (2), thus making an itinerary or path for the cursor (4), that can be followed with the finger of the child through the path created by such slot (5) of the rubber foam layer (2).

Abstract: A book binding device is provided for use with children's books consisting of a plurality of plates that can be made of a foam rubber-like material, where such plates are joined together by means of cardboard or paper sheets glued to one of the sides of such sheets that incorporate the motifs of the book, such as legends, drawings, etc. The whole book is reinforced by means of a spine consisting of two or three layers, an intermediate cloth layer, which, is the reinforcing means, and one or two outer layers, the first one of them, if any, or the cloth itself being used to fix the spine to the book, while the outer paper sheet has been silk printed with the appropriate motifs to determine the outer face of the spine on the book.

Abstract: A children's musical book includes an electronic audio circuit which is able to generate music or any other type of sound. It includes a back cover (3) of considerable thickness in which there is a hollow (6) of dimensions that make it suitable for holding the electronic audio circuit (7) together with its keypad (8), battery (9), loudspeaker (10) and wiring (11), while both surfaces of the back cover (3) are covered by sheets of cardboard (15), so that the circuit occupies the minimum space and is perfectly protected within the back cover. Additionally, the back cover, cover and inside pages are composed of a central core of foam rubber (4, 4?), which is covered on both sides by the said sheets of cardboard (5), the free edges of which are tucked in respecting the edge of the foam rubber core that are likewise free, these latter being those on which manual contact takes place during normal usage of the book.

Abstract: The invention relates to an armoured cab (2) for a vehicle, such cab incorporating at least one floor (8) onto which at least one side wall (2a, 2b, 14a, 14b) is attached. This cab (2) is characterised in that floor (8) and/or at least one side wall is constituted by an armoured plate having at least one curved zone (13a, 13b) that at least partially covers the mechanical organ (12) or the mobility means (4).

Abstract: The invention relates to an armoured door (5) for the crew compartment of a vehicle or fixed shelter, such door intended to block an opening (10) into the compartment and incorporating a structure (7) to the exterior of which at least one armour plate (12) is fastened. The armour plate (12) is fixed at a distance from the structure (7) and is separate from said structure by first deformable intermediate means (14) able to absorb part of the energy of a shock, the armour plate (12) having, furthermore, dimensions that are greater than those of the structure (7), and second deformable intermediate means (15) positioned between the rim (R) of the armour plate (12) and a wall (8) of the compartment surrounding the opening (10).

Abstract: The invention relates to a protection device (9) for the floor (8) of a vehicle cab (2), device comprising at least one armour plate (10) that is arranged at a distance from the cab floor (8) and which is connected to the latter by deformable linking means. In this device at least one of the deformable linking means is constituted by a compartmented caisson (11), that is fastened to the cab (2) on a substantially vertical lateral partition (2a, 2b) of the latter, the compartmented caisson (11) comprising at least two walls (12a, 12b) that are substantially perpendicular to the armour plate (10) and which are integral firstly with a lower wall (14) on which the armour plate (10) presses and secondly with an upper wall (13) which presses on the cab (2), the walls (12a, 12b) having dimensions such that they buckle on impact.

Abstract: A method of binding a book including the steps of providing a front cover page, a rear cover page and at least two center pages each constructed of a foam material and providing at least two binding sheets. A first center page is mounted on a first binding sheet with a connection portion of the first binding sheet not being covered by the first center page. Another center page is mounted on another binding sheet in the same manner. The first center page is then mounted on one of the front and rear cover pages and the connection portion of the first binding sheet is connected to an adjacent center page. The connection portion of the another binding sheet is then connected to the other of the front and rear cover pages and the front, rear and center pages are thus bound in book format.

Abstract: A cord lock device for releasably securing a hinged object in a closed position includes a first cord loop projecting from a first side of a hinged object and a second cord loop projecting from a second side of a hinged object, the first and second cord loops projecting generally towards one another. The second cord loop includes an engagement loop section temporarily formed therein, the engagement loop section being extended through the first side of a hinged object adjacent one end of the first cord loop. The engagement loop section engages one end of the first cord loop, the one end of the first cord loop passing through the engagement loop section such that the first cord loop is intertwined with the second cord loop and thus the first and second cord loops cooperate to generally prevent access to the interior of a hinged object on which the first and second cord loops are mounted.

Abstract: A method of binding a book including the steps of providing a front cover page, a rear cover page and at least two center pages each constructed of a foam material and providing at least two binding sheets. A first center page is mounted on a first binding sheet with a connection portion of the first binding sheet not being covered by the first center page. Another center page is mounted on another binding sheet in the same manner. The first center page is then mounted on one of the front and rear cover pages and the connection portion of the first binding sheet is connected to an adjacent center page. The connection portion of the another binding sheet is then connected to the other of the front and rear cover pages and the front, rear and center pages are thus bound in book format.

Abstract: A cord lock device for releasably securing a hinged object in a closed position includes a first cord loop projecting from a first side of a hinged object and a second cord loop projecting from a second side of a hinged object, the first and second cord loops projecting generally towards one another. The second cord loop includes an engagement loop section temporarily formed therein, the engagement loop section being extended through the first side of a hinged object adjacent one end of the first cord loop. The engagement loop section engages one end of the first cord loop, the one end of the first cord loop passing through the engagement loop section such that the first cord loop is intertwined with the second cord loop and thus the first and second cord loops cooperate to generally prevent access to the interior of a hinged object on which the first and second cord loops are mounted.

Abstract: A book with improved binding includes a front cover page having at least one binding hole extending therethrough, a rear cover page having at least one binding hole extending therethrough and at least one center page having at least one binding hole extending therethrough which is positioned between the front and rear cover pages. Each of the front, rear and center pages are constructed of foam material and the invention includes at least one binding cord which extends through each of the binding holes of the front cover page, rear cover page and center pages for binding the pages to one another in book format.