mhurhangee/ep-ind-claims huggingface dataset:
An oscillating arm of a motor-vehicle suspension comprising a first rod element and a second rod element, wherein: - said second rod element is a half-shell rod which provides a cavity, - said first rod element is a tubular rod that has an essentially L-shaped profile, said tubular rod having a portion that passes within said half-shell rod, in such a way that said tubular rod and said half-shell rod define an oscillating arm structure with an essentially triangular shape, - said tubular rod and said half-shell rod have respective terminal ends (51, 60) configured to be connected to the body of said motor-vehicle in an oscillating manner, by means of elastic bushings with essentially coincident main axes (I, II), said half-shell rod has a first seat at its first end opposite to said terminal end, configured to receive a spring of said motor-vehicle suspension, said oscillating arm being characterized in that: - said arm comprises also at least one insert made of plastic or composite material reinforced with fibers, which fills said cavity of said half-shell rod, - said first seat is arranged on said composite insert co-molded with said half-shell rod, said half-shell rod having a hollow portion to enable provision of said spring at said first seat, - said insert has a grooved portion to enable the passage of said portion of said tubular rod passing within said half-shell rod. - said second rod element is a half-shell rod which provides a cavity, - said first rod element is a tubular rod that has an essentially L-shaped profile, said tubular rod having a portion that passes within said half-shell rod, in such a way that said tubular rod and said half-shell rod define an oscillating arm structure with an essentially triangular shape, - said tubular rod and said half-shell rod have respective terminal ends (51, 60) configured to be connected to the body of said motor-vehicle in an oscillating manner, by means of elastic bushings with essentially coincident main axes (I, II), - said arm comprises also at least one insert made of plastic or composite material reinforced with fibers, which fills said cavity of said half-shell rod, - said first seat is arranged on said composite insert co-molded with said half-shell rod, said half-shell rod having a hollow portion to enable provision of said spring at said first seat, - said insert has a grooved portion to enable the passage of said portion of said tubular rod passing within said half-shell rod.
A liquid ejection device comprising: a head configured to eject a liquid; a liquid containing unit having a sealed housing and a flexible member provided in the sealed housing, the sealed housing including a first containing space communicating with the head and a second containing space partitioned from the first containing space by the flexible member, the first containing space containing the liquid, and the second containing space containing a liquid filler; a pressure adjusting unit configured to communicate with the second containing space and adjust a pressure of the liquid filler in the second containing space so as to maintain a negative pressure with respect to the head; characterized in that the liquid containing unit is separable from the pressure adjusting unit. a head configured to eject a liquid; a liquid containing unit having a sealed housing and a flexible member provided in the sealed housing, the sealed housing including a first containing space communicating with the head and a second containing space partitioned from the first containing space by the flexible member, the first containing space containing the liquid, and the second containing space containing a liquid filler; a pressure adjusting unit configured to communicate with the second containing space and adjust a pressure of the liquid filler in the second containing space so as to maintain a negative pressure with respect to the head; characterized in that the liquid containing unit is separable from the pressure adjusting unit.
A device having one and other shells (4, 6) each having an inner surface (14b, 16b) and an outer surface (14a, 16a), said one and other shells integrally connected at a common hinge, characterised in that said one and other shells form a clam shell shaped member when folded onto each other about the common hinge, that said one shell has formed thereat a luer end and an aperture end communicatively connected by a flexible tubing that extends along the inner surface of the one shell to establish a through passage between said luer end and said aperture end, said aperture end adapted to accept a catheter input to said flexible tubing, that said one shell has a first latch mechanism at approximately the center thereof remotely located from the outer surface of said one shell and said other shell has a second latch mechanism at approximately the center thereof remotely located from the outer surface of said other shell, that said first and second latch mechanisms (34, 40) lockingly engage to couple said one and other shells to each other when said one and other shells are folded along the common hinge to close upon each other in a closed position whereby the respective inner surfaces of said one and other shells (4, 6) face each other, that said other shell includes a retainer structure at its inner surface that presses against said flexible tubing to fixedly hold the catheter input into the flexible tubing from the aperture end when said one and other shells are coupled to each other.
Redon-bottle for drainage of fluids or wound secretion, comprising an inlet opening to connect with a drainage line and an outlet opening for releasing waste air accumulated inside the Redon-bottle during drainage, wherein the Redon-bottle is pre-evacuated, and the outlet opening is sealable, so that the Redon-bottle is transferable in a first and in a second operating condition, wherein in the first operating condition the outlet opening is sealed, so that a suction can be achieved at the inlet opening caused by the vacuum inside the Redon-bottle, and in the second operating condition the outlet opening is opened, so that air can enter the Redon-bottle through the outlet opening and neutralize the vacuum present inside the Redon-bottle, so that the drainage of fluid or wound secretion is started according to a vacuum drainage and afterwards is continued as gravity drainage, characterized in that the outlet opening comprises a first tube-like element, wherein the first tube-like element of the outlet opening can be clamped or pinched off, so that the outlet opening is sealable and in that the outlet opening comprises a filter, wherein the filter can act like a vent for releasing waste air from the Redon-bottle and entering air into the Redon-bottle, and wherein the filter is permeable for gases and impermeable for fluids.
An electrostatic motor comprising: a rotor rotatable around a rotating shaft; charged portions formed radially around the rotating shaft on upper and lower surfaces of the rotor; first and second stators (20, 30) disposed to sandwich the rotor therebetween; and first sets and second sets of fixed electrodes (21, 22, 31, 32) respectively formed radially around the rotating shaft on the surfaces of the first and second stators (20, 30) facing the rotor; a driver for applying drive pulses; and a controller for switching the drive pulses, wherein the first sets and second sets of fixed electrodes (21, 22, 31, 32) are selectively energized according to the drive pulses to rotate the rotor by electrostatic force generated between the charged portions and the fixed electrodes (21, 22, 31, 32), characterized in that the average number of sets of fixed electrodes simultaneously energized in one cycle of the drive pulses out of the first sets and second sets of fixed electrodes (21, 22, 31, 32) is equal to the average of the numbers of the first sets of fixed electrodes (21, 22) and the numbers of the second sets of fixed electrodes (31, 32). a rotor rotatable around a rotating shaft; charged portions formed radially around the rotating shaft on upper and lower surfaces of the rotor; first and second stators (20, 30) disposed to sandwich the rotor therebetween; and first sets and second sets of fixed electrodes (21, 22, 31, 32) respectively formed radially around the rotating shaft on the surfaces of the first and second stators (20, 30) facing the rotor; a driver for applying drive pulses; and a controller for switching the drive pulses, wherein the first sets and second sets of fixed electrodes (21, 22, 31, 32) are selectively energized according to the drive pulses to rotate the rotor by electrostatic force generated between the charged portions and the fixed electrodes (21, 22, 31, 32), characterized in that the average number of sets of fixed electrodes simultaneously energized in one cycle of the drive pulses out of the first sets and second sets of fixed electrodes (21, 22, 31, 32) is equal to the average of the numbers of the first sets of fixed electrodes (21, 22) and the numbers of the second sets of fixed electrodes (31, 32).
A head-end unit for a distributed antenna system, the head-end unit comprising: a radio frequency interface configured to transport wireless communication information between the head end unit and a base station, wherein the head-end unit is configured to communicate the wireless communication information with at least one remote unit (108a-d) of the distributed antenna system; one or more facility control communication ports configured to communicate facility control information with a facility control center of a facility control and monitoring system; a signal processing module comprising a signal processor configured to communicate converted facility control information with a facility control node of the facility control and monitoring system via the at least one remote unit (108a-d); wherein the facility control node is configured to detect an environmental parameter within a coverage area of the distributed antenna system; and wherein the signal processing module is configured to receive the environmental parameter from the at least one remote unit (108a-d) and to change a mode of operation of the distributed antenna system with respect to wireless communication coverage provided by the distributed antenna system to the coverage area, based on the environmental parameter. a radio frequency interface configured to transport wireless communication information between the head end unit and a base station, wherein the head-end unit is configured to communicate the wireless communication information with at least one remote unit (108a-d) of the distributed antenna system; one or more facility control communication ports configured to communicate facility control information with a facility control center of a facility control and monitoring system; a signal processing module comprising a signal processor configured to communicate converted facility control information with a facility control node of the facility control and monitoring system via the at least one remote unit (108a-d); wherein the facility control node is configured to detect an environmental parameter within a coverage area of the distributed antenna system; and wherein the signal processing module is configured to receive the environmental parameter from the at least one remote unit (108a-d) and to change a mode of operation of the distributed antenna system with respect to wireless communication coverage provided by the distributed antenna system to the coverage area, based on the environmental parameter.
Conveying apparatus suitable for pieces of tough material, in particular collapsed plastic bottles or the like in a recycling plant, comprising a height surmounting continuous conveyor made up of a horizontal conveyor coupled to a vertical conveyor, both having a tubular casing in which a feed screw is rotably mounted, wherein between the inner wall of the tubular casing of the vertical conveyor and the corresponding feed screw at least one narrowing gap is provided which is formed by a vertical catch bar radially projecting inwardly from the inner wall of the tubular casing such that there is a distance (a) to the feed screw, wherein further the tubular casing has a polygonal cross section with plane wall segments and is composed of shell sections connected to each other by clamping flanges every two of them enclosing a vertical catch bar at least one of which being provided with radially extending oblong holes for the passage of clamping screws interchangeably mounting said catch bar, characterized in that said at least one catch bar is provided on both longitudinal edges with cutting teeth.
An isolated polysaccharide from Bifidobacterium infantis 35624 (NCIMB 41003) comprising the structure [ -[β](1,3)-D- Gal p NAc-[β](1,4)-D-Glc p -] n.
A vehicle control device comprising: a traveling control unit that performs feedback control for vehicle traveling according to a set traveling target including the target traveling trace and the target speed pattern of the vehicle; a determination unit that determines whether a control deviation exceeds a set value or not at the time of the feedback control of the traveling control unit; and a target regeneration unit that, regenerates the traveling target including the target traveling trace and the target speed pattern of the vehicle, when the determination unit determines that the control deviation exceeds the set value. a traveling control unit that performs feedback control for vehicle traveling according to a set traveling target including the target traveling trace and the target speed pattern of the vehicle; a determination unit that determines whether a control deviation exceeds a set value or not at the time of the feedback control of the traveling control unit; and a target regeneration unit that, regenerates the traveling target including the target traveling trace and the target speed pattern of the vehicle, when the determination unit determines that the control deviation exceeds the set value.
Method for manufacturing an electronic device comprising a substrate, wherein the method comprising a step of assembling the substrate, by a joining zone of a first face of the substrate, with a joining zone of a first face of a carrier, then a step of disjoining the substrate relatively to the carrier, characterized in that it comprises: - the forming of at least one electronic component from a second face of the substrate opposite the first face of the substrate at least partially after the step of assembling; - the forming of a film on the substrate, said film being configured to adhere to an adhesion zone of the second face of the substrate, the adhesive force between the film and the adhesion zone of the second face of the substrate being chosen greater than the joining force between the joining zone of the carrier and the joining zone of the first face of the substrate, with the step of forming at least one component being carried out before the step of forming the film, with the step of forming the film being carried out after the step of assembling and being configured to cover the at least one electronic component; - after the step of forming the film, a traction on the film with a force of traction configured to overcome the joining force, without overcoming the adhesive force. - the forming of at least one electronic component from a second face of the substrate opposite the first face of the substrate at least partially after the step of assembling; - the forming of a film on the substrate, said film being configured to adhere to an adhesion zone of the second face of the substrate, the adhesive force between the film and the adhesion zone of the second face of the substrate being chosen greater than the joining force between the joining zone of the carrier and the joining zone of the first face of the substrate, with the step of forming at least one component being carried out before the step of forming the film, with the step of forming the film being carried out after the step of assembling and being configured to cover the at least one electronic component; - after the step of forming the film, a traction on the film with a force of traction configured to overcome the joining force, without overcoming the adhesive force.
A seating assembly comprising: a frame having an opening; a support surface spanning said opening in said frame; a variable thermal resistance device (88, 92) that opposes said support surface when said variable thermal resistance device is in a closed state in which airflow is obstructed, said variable thermal resistance device being movable from said closed state to an open state in which airflow is not obstructed and from said open state to said closed state, wherein said variable thermal resistance device (88, 92) comprises a multiplicity of louvers movable between a closed state in which said louvers obstruct airflow toward said support surface and an open state in which said louvers do not obstruct airflow toward said support surface; an actuator coupled to said variable thermal resistance device, said actuator being operable to actuate movement of said variable thermal resistance device between said open and closed states, wherein said actuator comprises a rotatable cylinder and at least one cord comprising a first portion attached to said rotatable cylinder and a second portion attached to said variable thermal resistance device, wherein said louvers move from said closed state to said open state when said rotatable cylinder is rotated in one direction, and move from said open state to said closed state when said rotatable cylinder is rotated in another direction opposite to said one direction. a frame having an opening; a support surface spanning said opening in said frame; a variable thermal resistance device (88, 92) that opposes said support surface when said variable thermal resistance device is in a closed state in which airflow is obstructed, said variable thermal resistance device being movable from said closed state to an open state in which airflow is not obstructed and from said open state to said closed state, wherein said variable thermal resistance device (88, 92) comprises a multiplicity of louvers movable between a closed state in which said louvers obstruct airflow toward said support surface and an open state in which said louvers do not obstruct airflow toward said support surface; an actuator coupled to said variable thermal resistance device, said actuator being operable to actuate movement of said variable thermal resistance device between said open and closed states, wherein said actuator comprises a rotatable cylinder and at least one cord comprising a first portion attached to said rotatable cylinder and a second portion attached to said variable thermal resistance device, wherein said louvers move from said closed state to said open state when said rotatable cylinder is rotated in one direction, and move from said open state to said closed state when said rotatable cylinder is rotated in another direction opposite to said one direction.
A safety device for a pre-filled syringe, comprising - a hollow support body (1.2) to retain the pre-filled syringe therein, - a hollow needle shield (1.1) that is slidable relative to the support body (1.2) and guiding means for guiding the movement of the needle shield (1.1) relative to the support body (1.2), wherein the guiding means comprise - a guide pin (1.1.2), - a guide track (1.2.4), - a cut-out (1.2.5) adjacent to the guide track (1.2.4), wherein the guide pin (1.1.2) protrudes into the guide track (1.2.4) and moves within and along the guide track (1.2.4) when the needle shield (1.1) is slid relative to the support body (1.2) and wherein-the cut-out (1.2.5) allows a side wall (1.2.6) of the guide track (1.2.4) to be deflected in a lateral direction perpendicular to a central axis of the safety device, characterized in that the guide track (1.2.4) comprises an U-shaped indentation (1.2.4.4) located at a distal or proximal end of the guide track (1.2.4), whereas the U-shaped indentation (1.2.4.4) is shaped to permanently retain the guide pin (1.1.2) in an end position (PIII), in which the guide pin (1.1.2) abuts the U-shaped indentation (1.2.4.4) in the distal or proximal direction and in the lateral direction and a distal or proximal end of the side wall (1.2.6) in the proximal or distal direction, so that the guide pin (1.1.2) is locked to the end position (PIII), wherein the side wall (1.2.6) of the guide track (1.2.4) is laterally deflected when the guide pin (1.1.2) enters the end position (PIII). - a hollow support body (1.2) to retain the pre-filled syringe therein, - a hollow needle shield (1.1) that is slidable relative to the support body (1.2) and guiding means for guiding the movement of the needle shield (1.1) relative to the support body (1.2), wherein the guiding means comprise - a guide pin (1.1.2), - a guide track (1.2.4), - a cut-out (1.2.5) adjacent to the guide track (1.2.4), wherein the guide pin (1.1.2) protrudes into the guide track (1.2.4) and moves within and along the guide track (1.2.4) when the needle shield (1.1) is slid relative to the support body (1.2) and wherein-the cut-out (1.2.5) allows a side wall (1.2.6) of the guide track (1.2.4) to be deflected in a lateral direction perpendicular to a central axis of the safety device, characterized in that the guide track (1.2.4) comprises an U-shaped indentation (1.2.4.4) located at a distal or proximal end of the guide track (1.2.4), whereas the U-shaped indentation (1.2.4.4) is shaped to permanently retain the guide pin (1.1.2) in an end position (PIII), in which the guide pin (1.1.2) abuts the U-shaped indentation (1.2.4.4) in the distal or proximal direction and in the lateral direction and a distal or proximal end of the side wall (1.2.6) in the proximal or distal direction, so that the guide pin (1.1.2) is locked to the end position (PIII), wherein the side wall (1.2.6) of the guide track (1.2.4) is laterally deflected when the guide pin (1.1.2) enters the end position (PIII).
An industrial truck with a drive portion and a load portion, wherein the load portion comprises a load fork or wheel arms respectively, and where necessary a lifting frame with a height-adjustable mast, which can be actuated by a piston rod of at least one fixedly attached lifting cylinder, and having adjustment means for the lower position of the load fork or the wheel arms respectively, and of a height-adjustable mast of the lifting frame, characterised in that a stopping unit is fixedly attached on the shell of the lifting cylinder or on a cylinder-fixed guide way of the piston rod, which comprises a stopping surface, height-adjustable in the adjustment direction of the lifting cylinder and that a counter stopping surface is provided on a part of the load portion that can be actuated by the piston rod, which co-operates in the lower position of the load fork or the wheel arms or the height-adjustable mast with the stopping surface and limits them in the lower position.