mhurhangee/ep-ind-claims huggingface dataset:
A power supply for a television, the power supply comprising: a rectifier for rectifying input AC power; a converter for converting the rectified power into DC power through switching control; a circuit board on which at least one of the rectifier and the converter is mounted, said circuit board being provided with first board fastening holes and second board fastening holes; and an input connector for receiving the AC power and being mounted on the circuit board such that a height of the input connector projecting from the circuit board is substantially equal to or smaller than a projecting height of at least one of the rectifier and the converter from the circuit board, wherein the input connector is connectable to an output connector formed at one end portion of an AC power cord; characterised in that the input connector comprises: arms extending in a plane direction of the circuit board, wherein the arms are respectively formed at both sides of the input connector with a connector accommodating hole interposed between the arms, wherein each arm is provided with a first fastening hole, corresponding to a respective first board fastening hole, to fasten the input connector to the circuit board with a fastener, and wherein each arm is provided with a second fastening hole through which a second fastener extends toward the circuit board, and which is inserted in a second board fastening hole. a rectifier for rectifying input AC power; a converter for converting the rectified power into DC power through switching control; a circuit board on which at least one of the rectifier and the converter is mounted, said circuit board being provided with first board fastening holes and second board fastening holes; and an input connector for receiving the AC power and being mounted on the circuit board such that a height of the input connector projecting from the circuit board is substantially equal to or smaller than a projecting height of at least one of the rectifier and the converter from the circuit board, wherein the input connector is connectable to an output connector formed at one end portion of an AC power cord; arms extending in a plane direction of the circuit board, wherein the arms are respectively formed at both sides of the input connector with a connector accommodating hole interposed between the arms, wherein each arm is provided with a first fastening hole, corresponding to a respective first board fastening hole, to fasten the input connector to the circuit board with a fastener, and wherein each arm is provided with a second fastening hole through which a second fastener extends toward the circuit board, and which is inserted in a second board fastening hole.
A heat exchanger for cooling or heating a fluid to be conducted through the heat exchanger, in particular a refrigerant condenser for a vehicle air-conditioning system, comprising - a plurality of tubes, - at least one collecting tube with openings in which the tubes are arranged for a hydraulic connection between the tubes and the at least one collecting tube, - an inlet opening for introducing a fluid, - an outlet opening for discharging the fluid, - at least one connecting arrangement for the connection of a line for the fluid to a connecting opening and preferably a fixation arrangement for the line, - wherein the at least one connecting arrangement is arranged on the inlet opening and/or the outlet opening, wherein the at least one connecting arrangement comprises a connecting tube stud, wherein the connecting tube stud is provided with a fluid opening at the tube-shaped wall face thereof and a tube-shaped passage on the inlet opening and/or the outlet opening on the at least one collecting tube and/or the collecting container is arranged in the fluid opening, wherein the connecting arrangement is one piece, characterised in that the connecting arrangement is produced by means of moulding. - a plurality of tubes, - at least one collecting tube with openings in which the tubes are arranged for a hydraulic connection between the tubes and the at least one collecting tube, - an inlet opening for introducing a fluid, - an outlet opening for discharging the fluid, - at least one connecting arrangement for the connection of a line for the fluid to a connecting opening and preferably a fixation arrangement for the line, - wherein the at least one connecting arrangement is arranged on the inlet opening and/or the outlet opening,
A single-use container comprising an enclosure for a fluid and an over-pressurization relief device fluidly connected to the enclosure, wherein the over-pressurization relief device is configured to relieve pressure from the enclosure when a pressure of the fluid within the enclosure exceeds a specified relief pressure, wherein the specified relief pressure is set to be lower than the burst pressure of the enclosure, and wherein the over-pressurization relief device is connectable to a controlled pathway for relieving the fluid from the enclosure in a controlled manner; characterized in that the over-pressurization relief device comprises at least one film layer configured to break when being exposed to a breakage pressure corresponding to the specified relief pressure.
Craniostat for an extraoral dental radiographic apparatus comprising an upper portion connected to the lower portion through two rods; the upper part in its turn comprising a crossbeam and rests for patient's temples characterized in that the rests for patient's temples are formed by two arches articulated with said crossbeam; said arches lean on patient's temple, blocking means of said arches being provided in the form of rotatable levers; the block occurs through shape friction generated by said blocking means at the moment of activation through said rotatable levers.
A contact module for a switch or an electric component with an actuator, comprising a first printed circuit board and a printed circuit board contact arrangement for contacting the first printed circuit board with a second printed circuit board, wherein the printed circuit board contact arrangement has at least two printed circuit board contacts which have a connection section at one contact end thereof and a press-in zone at their second contact end, and wherein at least one sealing body which fully surrounds the printed circuit board contacts in a central section is provided between the connection section and the press-in zone and from which the connection section protrudes from one lateral surface and the press-in zones protrude from another lateral surface, wherein the first printed circuit board is connected to the connection sections of the printed circuit board contact arrangement in an electrically conducting manner, characterized in that the respective press-in zone is formed from two contact arms (12a, 12b) running in parallel, which are materially connected to one another at their insertion-side end and have an oblique side flank which begins at the insertion-side end of the press-in zone and runs in the extension direction of the press-in zone so that the thickness of the press-in zone increases at least partially in this region, wherein a sealing element, which is provided in the region of the feedthrough of the printed circuit board contacts, has a thinly shaped membrane which is formed to be pierced through by the printed circuit board contacts during assembly. wherein the printed circuit board contact arrangement has at least two printed circuit board contacts which have a connection section at one contact end thereof and a press-in zone at their second contact end, and wherein at least one sealing body which fully surrounds the printed circuit board contacts in a central section is provided between the connection section and the press-in zone and from which the connection section protrudes from one lateral surface and the press-in zones protrude from another lateral surface, wherein the first printed circuit board is connected to the connection sections of the printed circuit board contact arrangement in an electrically conducting manner, characterized in that the respective press-in zone is formed from two contact arms (12a, 12b) running in parallel, which are materially connected to one another at their insertion-side end and have an oblique side flank which begins at the insertion-side end of the press-in zone and runs in the extension direction of the press-in zone so that the thickness of the press-in zone increases at least partially in this region, wherein a sealing element, which is provided in the region of the feedthrough of the printed circuit board contacts, has a thinly shaped membrane which is formed to be pierced through by the printed circuit board contacts during assembly.
A computer-implemented method for automatically determining a finishing recipe of a manufactured component, the method comprising: receiving at a computer a non-finished 3D model consisting in a 3D representation of the manufactured component at a non-finished stage; receiving at the computer a finished 3D model consisting in a 3D representation of the manufactured component at a finished stage; and processing at the computer the non-finished 3D model and the finished 3D model to calculate a finishing recipe of a tool performing a finishing operation according to the calculated finishing recipe on the manufactured component at the non-finished stage to obtain the manufactured component at the finished stage, wherein the finishing recipe comprises a trajectory, of the tool performing the finishing operation, the trajectory consisting in several passes of the tool, each pass consisting in a sub-trajectory of the tool calculated by the computer, wherein the sub-trajectory is a tangent to the finished 3D model at a calculated point of the finished 3D model, the tangent defining an angle with a reference line common to the non-finished and finished 3D models, and the tangent defining a point of contact (620, 670) with the non-finished 3D model. receiving at a computer a non-finished 3D model consisting in a 3D representation of the manufactured component at a non-finished stage; receiving at the computer a finished 3D model consisting in a 3D representation of the manufactured component at a finished stage; and processing at the computer the non-finished 3D model and the finished 3D model to calculate a finishing recipe of a tool performing a finishing operation according to the calculated finishing recipe on the manufactured component at the non-finished stage to obtain the manufactured component at the finished stage, wherein the finishing recipe comprises a trajectory, of the tool performing the finishing operation, the trajectory consisting in several passes of the tool, each pass consisting in a sub-trajectory of the tool calculated by the computer, wherein the sub-trajectory is a tangent to the finished 3D model at a calculated point of the finished 3D model, the tangent defining an angle with a reference line common to the non-finished and finished 3D models, and the tangent defining a point of contact (620, 670) with the non-finished 3D model.
A snow shoe comprising an intermediate element for connecting to a shoe and comprising a support shell having a front area and a rear area, wherein a coupling device is provided, by means of which the intermediate element can be removably fastened to the support shell, wherein the coupling device comprises a binding and at least one connecting part, and wherein the binding is disposed at the support shell or at the intermediate element, and the connecting part is disposed at the respective other element, wherein the support shell comprises lateral ribs formed as webs and running laterally and substantially in parallel to one another, each connecting the front area to the rear area of the support shell, characterized in that, in the area of the inner sides of the lateral ribs, especially in the area of support surface elements adjoining the lateral ribs, a crampon extending downward and in the support shell's longitudinal direction is respectively arranged.
An actuation arrangement (210; 310) for a thrust reverser (130; 200), comprising: a bell crank configured to be pivotally coupled to a frame of the thrust reverser (130; 200); a first link; and a second link, wherein the bell crank is configured to move a deployable fairing (138; 238) between a first position and a second position in response to a reverser door (134; 136; 202; 204) rotating with respect to the frame, characterized in that: a first end of the first link is configured to be pivotally coupled to a first pivot point of the bell crank and a second end of the first link is configured to be pivotally coupled to a hinge member, wherein the reverser door (134; 136; 202; 204) is pivotally coupled to the frame via the hinge member; and a first end of the second link is configured to be pivotally coupled to a second pivot point of the bell crank and a second end of the second link is configured to be pivotally coupled to the deployable fairing. a bell crank configured to be pivotally coupled to a frame of the thrust reverser (130; 200); a first link; and a second link, wherein the bell crank is configured to move a deployable fairing (138; 238) between a first position and a second position in response to a reverser door (134; 136; 202; 204) rotating with respect to the frame, characterized in that: a first end of the first link is configured to be pivotally coupled to a first pivot point of the bell crank and a second end of the first link is configured to be pivotally coupled to a hinge member, wherein the reverser door (134; 136; 202; 204) is pivotally coupled to the frame via the hinge member; and a first end of the second link is configured to be pivotally coupled to a second pivot point of the bell crank and a second end of the second link is configured to be pivotally coupled to the deployable fairing. a first end of the first link is configured to be pivotally coupled to a first pivot point of the bell crank and a second end of the first link is configured to be pivotally coupled to a hinge member, wherein the reverser door (134; 136; 202; 204) is pivotally coupled to the frame via the hinge member; and a first end of the second link is configured to be pivotally coupled to a second pivot point of the bell crank and a second end of the second link is configured to be pivotally coupled to the deployable fairing.
A fireproof wall, comprising - sandwich panels having first and second facings (2, 3) and first and second edges (4, 5) arranged on opposite ends of the sandwich panel, - a joint where two sandwich panels are adapted to be connected to each other, - a supporting element adapted to be attached to two sandwich panels in the joint, the supporting element adapted to be arranged on the side of the first facings of said sandwich panels, - the distance of the edges (4, 5) of the two sandwich panels in the joint being arranged to be less than the corresponding width of the supporting element, and - a resilient fitting plate adapted to be attached on the joint on the side of the second facings of said sandwich panels, - the resilient fitting plate comprising -- a first fitting edge adapted to be attached to a first of said two sandwich panels and a second fitting edge adapted to be attached to a second of said two sandwich panels, and -- two or more bulges directed away from the joint and arranged between said first and second fitting edges (9, 10) in parallel to the edges of said sandwich panels arranged in the joint. - sandwich panels having first and second facings (2, 3) and first and second edges (4, 5) arranged on opposite ends of the sandwich panel, - a joint where two sandwich panels are adapted to be connected to each other, - a supporting element adapted to be attached to two sandwich panels in the joint, the supporting element adapted to be arranged on the side of the first facings of said sandwich panels, - the distance of the edges (4, 5) of the two sandwich panels in the joint being arranged to be less than the corresponding width of the supporting element, and - a resilient fitting plate adapted to be attached on the joint on the side of the second facings of said sandwich panels, - the resilient fitting plate comprising -- a first fitting edge adapted to be attached to a first of said two sandwich panels and a second fitting edge adapted to be attached to a second of said two sandwich panels, and -- two or more bulges directed away from the joint and -- a first fitting edge adapted to be attached to a first of said two sandwich panels and a second fitting edge adapted to be attached to a second of said two sandwich panels, and -- two or more bulges directed away from the joint and
A method comprising: receiving, at a sensor device, from a binding initiator, a first Representational State Transfer, REST, request for a first REST resource hosted by the sensor device, the first REST request comprising at least an identification of an action to be executed on an actuator device and an identification of a condition for executing the action on the actuator device; storing, in a binding table in the memory of the sensor device, the identification of the action to be executed on the actuator device and the identification of the condition for executing the action on the actuator device as information related to the first REST resource; monitoring, by the sensor device, a state of the first REST resource to determine whether the state satisfies the condition identified in the first REST request; after determining that the state of the first REST resource satisfies the condition, providing, from the sensor device directly to the actuator device, a trigger for the actuator device to execute the action identified in the first REST request, wherein the trigger is provided in a form of a second REST request. receiving, at a sensor device, from a binding initiator, a first Representational State Transfer, REST, request for a first REST resource hosted by the sensor device, the first REST request comprising at least an identification of an action to be executed on an actuator device and an identification of a condition for executing the action on the actuator device; storing, in a binding table in the memory of the sensor device, the identification of the action to be executed on the actuator device and the identification of the condition for executing the action on the actuator device as information related to the first REST resource; monitoring, by the sensor device, a state of the first REST resource to determine whether the state satisfies the condition identified in the first REST request; after determining that the state of the first REST resource satisfies the condition, providing, from the sensor device directly to the actuator device, a trigger for the actuator device to execute the action identified in the first REST request, wherein the trigger is provided in a form of a second REST request.
A method for producing a fabric before textile printing, the method comprising, in the following order: - impregnating a fabric to be processed with a processing solution containing an organic acid having two or more carboxy groups in an amount of 0.1 to 0.7% by mass based on a total amount of the processing solution, 1 to 4.5 % by mass based on a total amount of the processing solution of a surfactant including acetylene alcohols or an antifoaming agent and a solvent; and - removing the solvent from the fabric impregnated with the processing solution; said removing the solvent further comprising, in the following order: - squeezing the solvent for removal; and - volatilizing the solvent for removal by air drying the fabric to be processed and by heating the fabric to be processed after the air drying. - impregnating a fabric to be processed with a processing solution containing an organic acid having two or more carboxy groups in an amount of 0.1 to 0.7% by mass based on a total amount of the processing solution, 1 to 4.5 % by mass based on a total amount of the processing solution of a surfactant including acetylene alcohols or an antifoaming agent and a solvent; and - removing the solvent from the fabric impregnated with the processing solution; said removing the solvent further comprising, in the following order: - squeezing the solvent for removal; and - volatilizing the solvent for removal by air drying the fabric to be processed and by heating the fabric to be processed after the air drying. - squeezing the solvent for removal; and - volatilizing the solvent for removal by air drying the fabric to be processed and by heating the fabric to be processed after the air drying.
A material processing apparatus comprising: a material processing device comprising a rotor coupled to a rotatable shaft for rotation about a rotational axis; and a rotor control system, the rotor control system comprising a rotor control mechanism having a first engagement member, and a second engagement member coupled to said shaft for rotation with said shaft, wherein said rotor control mechanism is operable into and out of an engaged state in which said first and second engagement members are engaged with one another, and wherein, in said engaged state, said rotor control mechanism is operable in a rotation mode in which said first engagement member is movable to rotate said shaft, characterised in that, in said engaged state, said rotor control mechanism is alternatively operable in a locking mode in which said first engagement member is fixed in position to prevent rotation of said shaft. a material processing device comprising a rotor coupled to a rotatable shaft for rotation about a rotational axis; and a rotor control system, the rotor control system comprising a rotor control mechanism having a first engagement member, and a second engagement member coupled to said shaft for rotation with said shaft, wherein said rotor control mechanism is operable into and out of an engaged state in which said first and second engagement members are engaged with one another, and wherein, in said engaged state, said rotor control mechanism is operable in a rotation mode in which said first engagement member is movable to rotate said shaft, characterised in that, in said engaged state, said rotor control mechanism is alternatively operable in a locking mode in which said first engagement member is fixed in position to prevent rotation of said shaft.
An etching solution suitable for the selective removal of silicon over silicon-germanium from a microelectronic device, which comprises: from 30% to 70% by wt. water; from 15% to 55% by wt. of at least one of a quaternary ammonium hydroxide compound and an amine compound; 10% to 50% by wt. water-miscible solvent; and 0.05 to 5% by wt. corrosion inhibitor, wherein said corrosion inhibitor is selected from the group consisting of 8-hydroxyquinoline and 11-mercaptoundecanoic acid. from 30% to 70% by wt. water; from 15% to 55% by wt. of at least one of a quaternary ammonium hydroxide compound and an amine compound; 10% to 50% by wt. water-miscible solvent; and 0.05 to 5% by wt. corrosion inhibitor,