Abstract: Various embodiments of novel glenoid implant for replacing a portion of an articulation surface of a joint that provide various enhancements for glenoid implants is disclosed. Some examples of enhancements are improved quality of the primary fixation of glenoid implants and improved revisability of glenoid implants.

Abstract: Various embodiments disclosed herein relate to stemmed and stemless humeral anchors, and implanting tools for use in shoulder arthroplasty procedures. For example, the humeral anchor can include a distal shaft portion, a proximal portion, and a metaphyseal portion connecting the distal shaft portion and the proximal portion. The distal shaft portion can include multiple apertures configured to receive a screw or one or more plugs. The proximal portion can include a stem face configured to be removably attached to an implanting tool or to couple to an anatomic insert or a reverse insert.

Abstract: Method and system for measuring electrical quantities.

Abstract: Folding bicycle comprising a frame with a front frame portion on which is mounted a front wheel (1) and a rear frame portion (A) on which is mounted a rear wheel (2). The front frame portion includes an upper bar (10), a seat bar (5) and an oblique bar. The rear frame portion comprises at least one seat stay (8), at least one lower bar (9) and the seat bar (5). The oblique bar comprises an upper oblique rod (14) and a lower oblique rod (15). The lower oblique rod (15), the upper oblique rod (14), the upper bar (10) and the seat bar (5) are interconnected by joints (P1, P2, P3, P4), in this order, so as to form an articulated quadrilateral (D) deformable between a folded position and an unfolded position.

Abstract: Method and system for measuring electrical quantities.

Abstract: Folding bicycle comprising a frame with a front frame portion on which is mounted a front wheel (1) and a rear frame portion (A) on which is mounted a rear wheel (2). The front frame portion includes an upper bar (10), a seat bar (5) and an oblique bar. The rear frame portion comprises at least one seat stay (8), at least one lower bar (9) and the seat bar (5). The oblique bar comprises an upper oblique rod (14) and a lower oblique rod (15). The lower oblique rod (15), the upper oblique rod (14), the upper bar (10) and the seat bar (5) are interconnected by joints (P1, P2, P3, P4), in this order, so as to form an articulated quadrilateral (D) deformable between a folded position and an unfolded position.

Abstract: A folding cot that can take up an unfolded position and a folded position, comprising a cot base that is oriented horizontally in the unfolded position, a first frame (5) that is oriented vertically in the unfolded position, a second frame (1) that is oriented vertically in the unfolded position, and a first Sarrus mechanism (S1) or similar mechanism comprising at least two articulated arms and guiding the movement of these frames (5, 1) toward/away from one another during the folding/unfolding of the cot. Each arm connects the first and second frames (1, 5) together. The cot base is formed, at least in part, by a lower arm of the first mechanism (S1).

Abstract: Pushchair which is moveable between an unfolded position and a folded position, comprising a structure with in particular two handle uprights (1, 1?), front legs (3, 3?), rear legs (5, 5?), seat supports (7, 7?), a backrest (2), and hinges (31-35, 41-47) for folding the pushchair flat. The pushchair also comprises a textile base (16), tensioners (18, 18?) for tensioning a front part (16a) of the textile base (16), a cover (19) with at least one main bow (20), and fixing elements (23, 23?) allowing each side of the main bow (20) to be fixed for example to a fixing point of the front part (16a) of the textile base (16) close to the tensioners. In the unfolded position, the backrest (2) is held against the seat supports (7, 7?) and can hold a child in the lying position facing the rear of the pushchair. In the unfolded position, the tensioners (18, 18?) are tensioned and allow deployment of the front part (16a) of the textile base (16) and the protective cover (19).

Abstract: Pushchair which is moveable between an unfolded position and a folded position, comprising a structure with in particular two handle uprights (1, 1?), front legs (3, 3?), rear legs (5, 5?), seat supports (7, 7?), a backrest (2), and hinges (31-35, 41-47) for folding the pushchair flat. The pushchair also comprises a textile base (16), tensioners (18, 18?) for tensioning a front part (16a) of the textile base (16), a cover (19) with at least one main bow (20), and fixing elements (23, 23?) allowing each side of the main bow (20) to be fixed for example to a fixing point of the front part (16a) of the textile base (16) close to the tensioners. In the unfolded position, the backrest (2) is held against the seat supports (7, 7?) and can hold a child in the lying position facing the rear of the pushchair. In the unfolded position, the tensioners (18, 18?) are tensioned and allow deployment of the front part (16a) of the textile base (16) and the protective cover (19).

Abstract: A brake system for a stroller including at least first and second rear legs, each fitted with a wheel, is disclosed. The brake system includes a first and a second blocking element, slidably mounted respectively on the first and the second legs, between a blocking position and a disengaged position. An operating element, moveable from a high to a low position is employed for displacing the first blocking element from its disengaged position to its blocking position, and conversely, moveable from its low position to its high position for displacing the first blocking element from its blocking position to its disengaged position. A rotating shaft and movement transmission organs cause the second blocking element to move to its blocking position when the first blocking element does the same, and also cause the second blocking element to move to its disengaged position when the first blocking element does the same.

Abstract: A brake system for a stroller including at least first and second rear legs, each fitted with a wheel, is disclosed. The brake system includes a first and a second blocking element, slidably mounted respectively on the first and the second legs, between a blocking position and a disengaged position. An operating element, moveable from a high to a low position is employed for displacing the first blocking element from its disengaged position to its blocking position, and conversely, moveable from its low position to its high position for displacing the first blocking element from its blocking position to its disengaged position. A rotating shaft and movement transmission organs cause the second blocking element to move to its blocking position when the first blocking element does the same, and also cause the second blocking element to move to its disengaged position when the first blocking element does the same.

Abstract: A foldable stroller that moves between an extended position and stowed position, and which comprises a seat portion, a back, at least three legs, and a rear linkage including at least one rear leg, a front linkage including at least one front leg, a back linkage including at least one back mount and a seat portion mounting and when moving the stroller from the extended position to the stowed position, the lower end of the back leg tilts forward the lower end of the front leg tilts backward, the back is folded against the seat portion, the upper edge of the back coming opposite the front end of the seat portion mounting and the upper end of the front leg.

Abstract: The invention relates to a foldable child stroller, mobile from an unfolded position to a folded position, and comprising a seat portion, a backrest, and at least three legs, and: a rear linkage (4) including at least one rear leg (5) having an upper end and a lower end mounted with a wheeled means (6); a front linkage (8) including at least one front leg (9) having an upper end and a lower end mounted with a wheeled means (10); a backrest linkage (1) including at least one backrest mount (2); and a seat support (20) including a front edge and a rear end, and having a length shorter than the height of the backrest; When the stroller is moved from its unfolded position to its folded position: the lower end of the rear leg (5) hinges forward, until said lower end of the rear leg (5) reaches a position next to the upper end of the front leg (9), the lower end of the front leg (9) hinges backward, until said lower end of the front leg (9) reaches a position next to the upper end of the rear leg (5), and the backr

Abstract: A collapsible structure including an upright, a sliding block, at least one collapsible leg, and at least one a jointed structure, wherein the jointed structure includes a joint located on the upright or on the sliding block that includes two distinct jointing points, so that a side of a deployment triangle, which is jointed at the distinct jointing points, constitutes a rigid guiding triangle defined by these two distinct jointing points and by a third joint.

Abstract: This seat comprises an upright (1) and a jointed structure (7A) for the unfolding of the seat. It further comprises support means (49) for the collapsible protective structure (85, 87), comprising at least one support unit (53) that is elastically bendable through buckling, this unit being jointed (i) to a first point (53) is adapted so as to take a bent buckling position when the seat is unfolded. Application to the protective structures for children pushchairs.

Abstract: This structure comprises an upright (1), a sliding block (3) sliding on the upright (1) along an axis (XX?), and at least a collapsible leg (5) associated with a jointed structure (7). This structure comprises, seen according to a direction (Y-Y?) different from said axis (X-X?), a jointed deployment triangle (21) having a first side (22) delimited by a first joint (23) located on the upright (1) and a second joint (25) located on a point of the sliding block (3). The first joint (25) or the second joint (23) comprises two points of joint (35) separated according to said direction (Y-Y?) so that the side of the deployment triangle (21) which is jointed at these two points (35) constitutes a rigid guiding triangle (29) defined by these two points (35) and by a third joint (31). Application to the collapsible structures of children pushchairs.

Abstract: A device is provided for digitally determining and safeguarding a thermal image including a processor connected to at least one sensor able to form a digital image of the thermal state of an apparatus, a random access memory containing the thermal image formed by the processor and a safeguard for storing, should there be a voltage cut, the instantaneous thermal image. The safeguard includes a programmable digital counter fed by a capacity curing power-cuts and equipped with a clock which modifies its counting state for the duration of the absence of voltage. The processor reads the state of the counter after restoration of the voltage.