Abstract: The invention relates to a connecting piece for folding table designed to connect legs to a tabletop, wherein the connecting piece comprises: a base designed to be in contact with the tabletop, at least a first housing extending in a direction along a longitudinal axis (A-A), the first housing having a first end open for the introduction of a reinforcing bar and a second end closed, a fastening portion arranged on the side of the second end of the first housing, the fastening portion being offset relative to the longitudinal axis (A-A) of the first housing so that the fastening portion faces outward of the tabletop once the connecting piece is fastened on the tabletop.

Abstract: A resource management unit for a mobile telephone terminal, with the terminal comprising radio transmission/reception means for transmitting and receiving radio frequency signals corresponding to bursts of symbols during allocated time slots, and a device able to operate in a first mode and in a second mode, said device interfering less with the transmission/reception of radio frequency signals when it is in the first mode than when it is in the second mode. The resource management unit is able to cause the device to change from one of the first and second modes to the other of the first and second modes during the same time slot.

Abstract: A resource management unit for a mobile telephone terminal, with the terminal comprising radio transmission/reception means for transmitting and receiving radio frequency signals corresponding to bursts of symbols during allocated time slots, and a device able to operate in a first mode and in a second mode, said device interfering less with the transmission/reception of radio frequency signals when it is in the first mode than when it is in the second mode. The resource management unit is able to cause the device to change from one of the first and second modes to the other of the first and second modes during the same time slot.

Abstract: A resource management unit for a mobile telephone terminal, with the terminal comprising radio transmission/reception means for transmitting and receiving radio frequency signals corresponding to bursts of symbols during allocated time slots, and a device able to operate in a first mode and in a second mode, said device interfering less with the transmission/reception of radio frequency signals when it is in the first mode than when it is in the second mode. The resource management unit is able to cause the device to change from one of the first and second modes to the other of the first and second modes during the same time slot.

Abstract: A resource management unit for a mobile telephone terminal, with the terminal comprising radio transmission/reception means for transmitting and receiving radio frequency signals corresponding to bursts of symbols during allocated time slots, and a device able to operate in a first mode and in a second mode, said device interfering less with the transmission/reception of radio frequency signals when it is in the first mode than when it is in the second mode. The resource management unit is able to cause the device to change from one of the first and second modes to the other of the first and second modes during the same time slot.

Abstract: The invention concerns a hinging device (5) for two tubes constituting a seat and for protecting the hinging zone thereof, comprising a first bracket (6) provided with means (7) for fixing a first tube, a second bracket (8) provided with means (9) for fixing a second tube, the brackets (6, 8) being pivotably mounted relative to each other about an axis of rotation (A). The invention is characterized in that one of the brackets (6, 8) comprises a wing (11) extending in a plane substantially perpendicular to the axis of rotation (A), for covering a space delimited between the two tubes over a predetermined length from the axis of rotation (A), whatever the position of the brackets (6, 8) relative to each other.

Abstract: This device is noteworthy in that it comprises two elements of positional control and adjustment made using manual remote controls that are independent of one another and that allow the position of a back frame to be adjusted with respect to a carrying harness. The first element allows the back frame to be raised with respect to the harness and the second element allows the back frame to be lowered with respect to the harness. The back frame is designed to receive an endless belt arranged in its median longitudinal plane. The belt is secured by a strand to the carrying harness allowing the back frame to move relative to the harness via the positional control and adjustment elements. A locking mechanism tensioned by the second control element acts and locks the endless belt in position or releases it according to the desired phases of movement.

Abstract: The device for adjusting the carrying position of a rucksack consists of a rucksack back (1) on which a carrying harness (3) is positioned, characterized in that it comprises two means for controlling and adjusting the position (M1–M2), established with the aid of remote manual controls which are autonomous in relation to each other and which enable the position of the back of the sack to be adjusted in relation to the carrying harness, whereby the first means enables the back of the sack to be raised in relation to the harness and the second means enables the back of the sack to be lowered in relation to the harness, so that the dimensions of the back of the rucksack to the person carrying said rucksack can be adjusted the support areas can be modified during walking in order to reduce any injuries that might occur.

Abstract: This structure is noteworthy in that it consists of at least one grid (2) made from flexible material that can deform in accordance with a mesh established over its entire surface, the grid having a plurality of projecting shapes (2a) obtained by a shaping treatment giving them a shape memory, said shapes (2a) obtained in mesh form (2a) being disposed and arranged in order to define ventilation channels, and in that the peripheral walls (2b) of said shapes (2a) and their upper faces are flexible and deformable, ventilation taking place through the entire mesh of the grid.

Abstract: The device for adjusting the carrying position of a rucksack consists of a rucksack back (1) on which a carrying harness (3) is positioned, characterized in that it comprises two means for controlling and adjusting the position (M1-M2), established with the aid of remote manual controls which are autonomous in relation to each other and which enable the position of the back of the sack to be adjusted in relation to the carrying harness, whereby the first means enables the back of the sack to be raised in relation to the harness and the second means enables the back of the sack to be lowered in relation to the harness, so that the dimensions of the back of the rucksack to the person carrying said rucksack can be adjusted the support areas can be modified during walking in order to reduce any injuries that might occur.

Abstract: This device is noteworthy in that it comprises two means of positional control and adjustment (M1-M2) made using manual remote controls that are independent of one another and that allow the position of the back frame to be adjusted with respect to the carrying harness, the first means (M1) allowing the back frame to be raised with respect to the harness and the second means (M2) allowing the back frame to be lowered with respect to the harness, and in that the back frame is designed to receive an endless belt (5) arranged in its median longitudinal plane, said belt being secured by a strand to the carrying harness and allowing the back frame to move relative to the harness via the positional control and adjustment means (M1-M2), and in that a locking mechanism (11) tensioned by the second control means (M2) acts and locks the endless belt (5) in position or releases it according to the desired phases of movement, and in that said control means (M2) includes a strap, one end (6a) of which is secured to the co