Abstract: Ready-to-use, stable aqueous intravenous tranexamic acid compositions are provided.

Abstract: An inductive filtering device includes a first toric magnetic core without an air gap formed around a central void; a first electrical conductor formed of turns that are wound around the first magnetic core without passing through the central void, wherein no electrical conductor passes through the central void.

Abstract: Ready-to-use, stable aqueous intravenous tranexamic acid compositions are provided.

Abstract: Ready-to-use, stable aqueous intravenous tranexamic acid compositions are provided.

Abstract: Ready-to-use, stable aqueous intravenous tranexamic acid compositions are provided.

Abstract: A communication antenna, which includes a first area for transmitting and receiving signals and a second area for receiving electronic components. The first area is located in a first plane, referred to as a higher level plane, and the second area is located in a second plane, referred to as a lower level plane. The lower level plane is parallel to the higher level plane.

Abstract: An inductive filtering device includes a first toric magnetic core without an air gap formed around a central void; a first electrical conductor formed of turns that are wound around the first magnetic core without passing through the central void, wherein no electrical conductor passes through the central void.

Abstract: A communication antenna, which includes a first area for transmitting and receiving signals and a second area for receiving electronic components. The first area is located in a first plane, referred to as a higher level plane, and the second area is located in a second plane, referred to as a lower level plane. The lower level plane is parallel to the higher level plane.

Abstract: Bipolar electrode (100) for use in an electrolysis unit, said bipolar electrode (100) comprising a planar main body having a first side and a second side, each of said first side and said second side being provided with a corresponding pattern of protrusions (125), wherein each of said protrusions has a geometrical base within the plane of said planar main body and a substantially planar top side (129), the orthogonal projection of said top side onto said main body being contained in said geometrical base, and wherein the top sides (129) of the respective protrusions (129) of said first side and said second side lie in two planes parallel to said planar main body, the electrode being further characterized by specific shape and orientation requirements. Method for producing the bipolar electrode as above described, which includes an embossing step.

Abstract: Process for producing sodium carbonate with ammonia and/or for producing refined sodium bicarbonate, wherein: a low CO2 content gas generated by a unit for producing sodium carbonate with ammonia and/or generated by a unit for producing refined sodium bicarbonate is enriched into a CO2-enriched gas by using a CO2 concentration module, such as an amine-type or ammonia or PSA or TSA or cryogenic distillation or membrane-type CO2 concentration module, and said CO2-enriched gas has an increased CO2 content of: +10% (at least) to +90% (at most), by volume on a dry gas basis relative to the CO2 concentration of the low content gas, and the CO2-enriched gas is subsequently recycled to the unit for producing sodium carbonate with ammonia and/or to the unit for producing refined sodium bicarbonate, to produce sodium carbonate, or sodium bicarbonate, or to carbonate at least one part of effluent from the unit for producing sodium carbonate and/or from the unit for producing sodium bicarbonate.

Abstract: A memory card reader unit, which has a generally rectangular parallelepiped shape. The unit includes a memory card insertion face having an insertion recess and an insertion slot for a memory card, which has a lower lip and an upper lip. The lower lip extends longitudinally and parallel to an insertion plane of a memory card in the reader unit, forming an extended insertion lip extending beyond an insertion plane.

Abstract: A membrane-electrode assembly for use in a reversible fuel cell comprises an ion conductive membrane having first and second surfaces; a first electrocatalyst layer in contact with the first surface of the membrane, such first electrocatalyst layer comprising at least one discrete electrolysis-active area (ELE1i) and at least one discrete energy generation-active area (EG1i). A second electrocatalyst layer is placed in contact with the second surface of the membrane, such second electrocatalyst layer comprising at least one discrete electrolysis-active area (ELE2i) and at least one discrete energy generation-active area (EG2i).

Abstract: A memory card reader unit, which has a generally rectangular parallelepiped shape. The unit includes a memory card insertion face having an insertion recess and an insertion slot for a memory card, which has a lower lip and an upper lip. The lower lip extends longitudinally and parallel to an insertion plane of a memory card in the reader unit, forming an extended insertion lip extending beyond an insertion plane.

Abstract: Bipolar electrode (100) for use in an electrolysis unit, said bipolar electrode (100) comprising a planar main body having a first side and a second side, each of said first side and said second side being provided with a corresponding pattern of protrusions (125), wherein each of said protrusions has a geometrical base within the plane of said planar main body and a substantially planar top side (129), the orthogonal projection of said top side onto said main body being contained in said geometrical base, and wherein the top sides (129) of the respective protrusions (129) of said first side and said second side lie in two planes parallel to said planar main body, the electrode being further characterized by specific shape and orientation requirements. Method for producing the bipolar electrode as above described, which includes an embossing step.

Abstract: An electronic system including an electronic circuit, an actuation device, a spacer and a protection device. The electronic circuit has a surface on which at least two first conductive tracks are arranged. The actuation device includes at least one first bearing element. The spacer is interposed between the electronic circuit and the actuation device and includes at least one opening at least partially receiving the bearing element. The protection device is interposed between the electronic circuit and the spacer and includes at least one second conductive track having ends respectively connected to first conductive portions of first deformable regions of the protection device. Each first portion is capable of contacting one of the first conductive tracks of the electronic circuit to electrically supply the second track under the effect of a deformation of first regions.

Abstract: A membrane-electrode assembly for use in a reversible fuel cell comprises an ion conductive membrane having first and second surfaces; a first electrocatalyst layer in contact with the first surface of the membrane, such first electrocatalyst layer comprising at least one discrete electrolysis-active area (ELE1i) and at least one discrete energy generation-active area (EG1i). A second electrocatalyst layer is placed in contact with the second surface of the membrane, such second electrocatalyst layer comprising at least one discrete electrolysis-active area (ELE2i) and at least one discrete energy generation-active area (EG2i).

Abstract: An obstacle detection procedure within the area surrounding a motor vehicle comprising the following stages: carrying out a first obstacle detection by image processing resulting in a definition of at least one region of interest, classifying the detected obstacle with an index of confidence applied to the region of interest in relation to given characteristics, carrying out a second obstacle detection by sensor/s with detection range below a first threshold resulting in a determined position, projecting the determined position into a reference marker, projecting the region of interest into this reference marker and aligning the two projections obtained and attributing a determined position to the obstacle classified in accordance with the alignment.

Abstract: An obstacle detection procedure and detection device within the area surrounding a motor vehicle featuring the following: to define at least one first region of interest by carrying out a first detection of an obstacle by shape recognition in an acquired image of this environment; to define at least one second region of interest by carrying out a second detection of an obstacle by movement detection in relation to the vehicle on a sequence of acquired images of this environment; to classify the detected obstacle with, respectively, a first and second index of confidence applied to the first and second regions of interest in relation to given characteristics; and to validate the classification of the object detected in relation to these indices of confidence and in relation to these regions of interest resulting in validated regions of interest.