Abstract: A method for producing a part includes the steps of: positioning an insert in a mold via a gripping element, able to be actuated between an inactive configuration and an active configuration, of a gripping device comprising a shaping wall; shaping the insert in a reinforcing element against a surface; during positioning, maintaining a separation between the surface and the insert, and moving the shaping wall to apply the insert against the surface; and during the shaping, applying the shaping wall and the gripping element against the insert and the surface, the element being actuated in its inactive configuration before the application of the shaping wall.

Abstract: The invention relates to in vitro or ex vivo methods for assessing the cognitive function of a subject in the context of the prevention of neurodegenerative diseases. A particular method comprises a step of associating a subject to a cognitive status selected from healthy cognitive status, Subjective Cognitive Impairment, Mild Cognitive Impairment and neurodegenerative disease, and the association of cognitive status results from the evaluation of glycosylated MCSF and CCR2 expressed at the surface of PBMC in a biological sample from the subject. The present invention also provides kits suitable for implementing such methods.

Abstract: A method for producing a part includes the steps of: positioning an insert in a mold via a gripping element, able to be actuated between an inactive configuration and an active configuration, of a gripping device comprising a shaping wall; shaping the insert in a reinforcing element against a surface; during positioning, maintaining a separation between the surface and the insert, and moving the shaping wall to apply the insert against the surface; and during the shaping, applying the shaping wall and the gripping element against the insert and the surface, the element being actuated in its inactive configuration before the application of the shaping wall.

Abstract: This method for producing a plastic material part, comprises at least a reinforcing element made of at least one fibrous insert made of a composite material, using an injection mold comprising a first part and a second part defining between them a molding cavity having the shape of the plastic material part to be produced, said method comprising the steps of: transporting and placing the reinforcing element onto the first part of the injection mold using a manipulating tool, shaping the fibrous insert into the reinforcing element, injecting a plastic material into the mold such that the reinforcing element is overmolded by the plastic material and the plastic material part is produced, wherein the manipulating tool comprises at least one shaping area having the shape of one side of the reinforcing element, the fibrous insert being placed in said shaping area during the transportation of the fibrous insert to the first part of the mold and being shaped into the reinforcing element by said shaping area and s

Abstract: The invention relates to an energy absorption device for a motor vehicle, said device comprising a structure provided so as to plastically deform under the effect of an impact of a given energy, the structure being made of a matrix of a ductile plastic material and high-tenacity fibers embedded in the matrix, the majority of the fibers having a length of between 0.1 and 10 mm, and the material comprising between 2 and 10 wt % of high-tenacity fibers.

Abstract: The invention relates to an energy absorption device for a motor vehicle, said device comprising a structure provided so as to plastically deform under the effect of an impact of a given energy, the structure being made of a matrix of a ductile plastic material and high-tenacity fibers embedded in the matrix, the majority of the fibers having a length of between 0.1 and 10 mm, and the material comprising between 2 and 10 wt % of high-tenacity fibers.