mhurhangee/ep-ind-claims huggingface dataset:
System having a stylus for operating an electronic device and a storage device, in which the stylus can be inserted, wherein the stylus has a protrusion, and a structure for forcing a rotary movement of the stylus during an insertion of the stylus into the storage device is provided on the interior side of the storage device, wherein the protrusion slides along the structure in such a way that, when the stylus is inserted into the storage device, upon insertion, the stylus rotates about a longitudinal axis of the stylus relative to the storage device due to an interaction of the protrusion and the structure, and is thereby moved into exactly one predetermined orientation or a predetermined orientation among a group of possible predetermined orientations, characterized in that the stylus has a head and a stylus body, wherein the head is rotatable relative to the stylus body about the longitudinal axis of the stylus, such that a user can grip or press the head when inserting the stylus into the storage device, wherein, while inserting the stylus into the storage device, the stylus body of the stylus rotates into its predetermined orientation, without the head necessarily rotating relative to the storage device.
A manufacturing device for a microneedle, comprising: an upper plate stage; a lower plate stage disposed in horizontally parallel with the upper plate stage; a rotating device configured to rotate and move the upper plate stage over the lower plate stage; a first cylindrical type actuator configured to vertically move the lower plate stage; and a second cylindrical type actuator configured to vertically move the upper plate stage, wherein the second cylindrical type actuator is configured for vertically moving the upper plate stage so as to allow a patch sheet seated on the upper plate stage, or a viscous composition applied on the patch sheet seated thereon to come into contact with a viscous composition applied on a patch sheet seated on the lower plate stage in a state in which the upper plate stage has been rotated and moved over the lower plate stage by means of the rotating device, and wherein the first cylindrical type actuator is configured for vertically moving the lower plate stage to stretch the viscous composition in a state in which the patch sheet seated on the upper plate stage, or the viscous composition applied on the patch sheet seated thereon comes into contact with the viscous composition applied on the patch sheet seated on the lower plate stage. an upper plate stage; a lower plate stage disposed in horizontally parallel with the upper plate stage; a rotating device configured to rotate and move the upper plate stage over the lower plate stage; a first cylindrical type actuator configured to vertically move the lower plate stage; and a second cylindrical type actuator configured to vertically move the upper plate stage, wherein the second cylindrical type actuator is configured for vertically moving the upper plate stage so as to allow a patch sheet seated on the upper plate stage, or a viscous composition applied on the patch sheet seated thereon to come into contact with a viscous composition applied on a patch sheet seated on the lower plate stage in a state in which the upper plate stage has been rotated and moved over the lower plate stage by means of the rotating device, and wherein the first cylindrical type actuator is configured for vertically moving the lower plate stage to stretch the viscous composition in a state in which the patch sheet seated on the upper plate stage, or the viscous composition applied on the patch sheet seated thereon comes into contact with the viscous composition applied on the patch sheet seated on the lower plate stage.
A connecting structure between the forward structure of the body shell of a motor vehicle and the understructure of this vehicle, including a tunnel longitudinal member extending under the body shell of the vehicle and, on each side of this longitudinal member, an understructure longitudinal member and an underbody longitudinal member extending between the tunnel longitudinal member and the understructure longitudinal member, the front of the underbody longitudinal member being connected respectively to the front of the understructure longitudinal member and to the front of the tunnel longitudinal member by two transverse elements (5, 6), characterized in that each of the two transverse elements (5, 6) is made up of a pressed steel or aluminium sheet metal plate, one of the two opposite ends of which includes a bent part (5a, 6a) which rests against a lateral face of the underbody longitudinal member and the edge of which is folded over toward the lower face of this longitudinal member in order to partially cover this face.
A method of manufacturing a banknote, said method comprising the steps of: a. introducing into an offset printing device a transparent film comprising a non-fibrous substrate layer of regenerated cellulose; and b. disposing printed information on at least a portion of said transparent film by an offset printing step, wherein said transparent film introduced into said offset printing device further comprises an ink-receptive layer on at least one surface of said substrate layer. a. introducing into an offset printing device a transparent film comprising a non-fibrous substrate layer of regenerated cellulose; and b. disposing printed information on at least a portion of said transparent film by an offset printing step,
A device for relieving hiccups comprising: a hollow body having a first end and a second end, said first end being adopted to receive a user's mouth; said second end being spaced from said first end; a first hole extends through said hollow body adjacent said second end; and a cap mounted to said second end, said cap having at least one second hole, said cap being rotatable to align said first and second holes to allow fluid to be drawn through said aligned first and second holes through said hollow body and through said first end; whereby said first and second holes (238, 236) are sized to require a suction of at least 10 cm of water. a hollow body having a first end and a second end, said first end being adopted to receive a user's mouth; said second end being spaced from said first end; a first hole extends through said hollow body adjacent said second end; and a cap mounted to said second end, said cap having at least one second hole, said cap being rotatable to align said first and second holes to allow fluid to be drawn through said aligned first and second holes through said hollow body and through said first end; whereby said first and second holes (238, 236) are sized to require a suction of at least 10 cm of water.
A synchronization system for detecting asymmetry of optical fibres, comprising a time synchronization correction device and a time delay compensation unit, and the system further comprising an optical module device, wherein the optical module device is configured to detect a pulse transmission time delay difference and an asymmetry distance of bidirectional optical fibres between network elements on two sides and send the pulse transmission time delay difference and the asymmetry distance of bidirectional optical fibres to the time delay compensation unit; the time delay compensation unit is configured to obtain an asymmetry time delay of the bidirectional optical fibres according to the asymmetry distance of the bidirectional optical fibres and the pulse transmission time delay difference, and to feed back the asymmetry time delay of the bidirectional optical fibres to the time synchronization correction device; and the time synchronization correction device is configured to obtain a time compensation value to correct system time to realize time synchronization for optical fibre asymmetry according to the asymmetry time delay of the bidirectional optical fibres and timestamps of a protocol packet; wherein a pulse asymmetry detection unit is integrated into the optical module device, and is configured to realize asymmetry detection in a pulse distance measurement manner; wherein the pulse asymmetry detection unit is further configured to terminate the asymmetry detection between the network elements on the two sides, and to switch pulse signal processing in an asymmetry detection state back into service data processing in a normal working state.
A safety switch system with guard locking comprising a cam mechanism, a cam operated solenoid switch, an actuator and a locking mechanism, wherein the cam mechanism comprises a rotary cam biased towards a datum position and a cam plunger biased onto the cam, and the switch comprises a solenoid plunger biased out of a housing of the switch towards the cam plunger and in which position the switch enables a power supply, whereby in the datum position of the cam the cam forces the cam plunger towards the solenoid plunger which in turn forces the solenoid plunger into the switch housing and in which position the switch is enabled to disable a power supply, and in order to move the switch to the condition which enables power the cam is provided with at least one engagement means to accept the actuator, insertion of the actuator is adapted to drive the rotation of the cam away from its datum position and to enable the cam plunger to engage in a detent in a profile on the cam's surface thereby allowing movement of the biased cam plunger away from the solenoid plunger which in turn allows the solenoid plunger to be biased out of the housing, the engagement means and actuator are designed such that rotation of the cam away from its datum position means that the actuator cannot be withdrawn until the cam is moved back to its datum position, removal of the actuator enables movement of the cam back to its datum position and for power to be disabled, and wherein the locking mechanism has means to lock the actuator in the engagement means to prevent its removal when said power is supplied by the switch until certain operating conditions have been met, characterised in that the locking mechanism comprises a moveable safety arm which extends between the solenoid and cam plungers (14,34) such that the cam plunger only acts on the solenoid plunger via the interposition of the moveable safety arm, the locking mechanism having means to lock movement of its arm when the cam plunger is in the detent to trap the cam plunger between the arm and the cam thus preventing its movement towards the solenoid plunger and thereby locking the rotation of the cam back to its datum position.
A capsule for containing beverage ingredients for producing a beverage in a beverage preparation device upon liquid injection into the capsule and by rotating the capsule around its central axis in the device for forcing liquid through the beverage ingredients in the capsule causing beverage to leave the capsule at the periphery of the capsule, the capsule comprising a side wall, a bottom wall, a mouth opening and a flange-like rim extending outwardly, and an upper wall attached to the flange-like rim and/or to the side wall and at least partially covering the mouth opening, the upper wall comprising a central liquid inlet for injection of liquid in the capsule and a peripheral portion of upper wall comprising outlet apertures for beverage to leave the capsule and, an annular engagement portion located at least between the peripheral portion and the central liquid inlet and arranged to form an inlet flange, protruding toward the interior of the capsule, by a predefined design or by deformation upon introduction of a dedicated injection member of the beverage preparation device through the inlet; characterized in that such inlet flange provides a liquid-tight sealing interaction with the outer surface of the injection member, and in that - the inlet flange extends by a wall portion of thickness reduced relative to the upper wall and closing the central liquid inlet and the wall portion of reduced thickness has a thickness of less than 500 microns, more preferably lower than 400 microns and the annular engagement portion has a thickness of more than 400 microns and the reduced thickness is lower than the thickness of the annular engagement portion and/or, - the upper wall is at least partially made from a material that softens and/or expands in presence of hot water in order to increase the liquid-tight sealing engagement between an annular engagement portion and the dedicated injection member. - the inlet flange extends by a wall portion of thickness reduced relative to the upper wall and closing the central liquid inlet and the wall portion of reduced thickness has a thickness of less than 500 microns, more preferably lower than 400 microns and the annular engagement portion has a thickness of more than 400 microns and the reduced thickness is lower than the thickness of the annular engagement portion and/or, - the upper wall is at least partially made from a material that softens and/or expands in presence of hot water in order to increase the liquid-tight sealing engagement between an annular engagement portion and the dedicated injection member.
A device for covering and/or reconstructing a bone defect site, - having a cap which has an edge and a wall directed away from the bone defect and a wall directed towards the bone defect, wherein the cap is made of a dimensionally stable material and a wall of the cap directed towards the bone defect or a wall of the cap directed away from the bone defect corresponds to the shape of the regenerated bone, characterized in that at least one positioning means without an opening is arranged on the edge of the cap, said positioning means having a wall directed towards a healthy bone adjacent to the bone defect and corresponding thereto, at least in part, or that the device has at least one fixing means for fixing the cap within the bone defect site and at least one positioning means without an opening on the edge of the cap, said positioning means having a wall directed towards a healthy bone adjacent to the bone defect and corresponding thereto, at least in part. - having a cap which has an edge and a wall directed away from the bone defect and a wall directed towards the bone defect, wherein the cap is made of a dimensionally stable material and a wall of the cap directed towards the bone defect or a wall of the cap directed away from the bone defect corresponds to the shape of the regenerated bone, characterized in that at least one positioning means without an opening is arranged on the edge of the cap, said positioning means having a wall directed towards a healthy bone adjacent to the bone defect and corresponding thereto, at least in part, or that the device has at least one fixing means for fixing the cap within the bone defect site and at least one positioning means without an opening on the edge of the cap, said positioning means having a wall directed towards a healthy bone adjacent to the bone defect and corresponding thereto, at least in part.
A method for estimating a stretch of a road by a vehicle, the estimating being based on a set of tracks of another vehicle, when driving the vehicle along the road in a driving direction to a destination, which method comprises: detecting a set of tracks of the other vehicle, on the road; characterized in that the method further comprises: estimating the geographical position of the detected set of tracks; comparing the estimated geographical position of the detected set of tracks with map data; characterized in that: rejecting the detected set of tracks when it exits the road to the destination or when situated in a driving lane in a direction opposite to the driving direction; and otherwise estimating the stretch of the road based on the detected set of tracks of the other vehicle. detecting a set of tracks of the other vehicle, on the road; characterized in that the method further comprises: estimating the geographical position of the detected set of tracks; comparing the estimated geographical position of the detected set of tracks with map data; characterized in that: rejecting the detected set of tracks when it exits the road to the destination or when situated in a driving lane in a direction opposite to the driving direction; and otherwise estimating the stretch of the road based on the detected set of tracks of the other vehicle. estimating the geographical position of the detected set of tracks; comparing the estimated geographical position of the detected set of tracks with map data; characterized in that: rejecting the detected set of tracks when it exits the road to the destination or when situated in a driving lane in a direction opposite to the driving direction; and otherwise estimating the stretch of the road based on the detected set of tracks of the other vehicle. rejecting the detected set of tracks when it exits the road to the destination or when situated in a driving lane in a direction opposite to the driving direction; and otherwise estimating the stretch of the road based on the detected set of tracks of the other vehicle.
A silent block bushing comprising: at least two flanges comprising a top flange and a bottom flange that are positioned at opposing ends of an outer tube, wherein the flanges (202, 204) limit axial displacement of the silent block bushing; characterised in that a set of ribs that are positioned on the bottom flange to avoid deformation of the silent block bushing during assembly, and to provide a control over cylindricity for consistency during pushing in and pushing out of a load. at least two flanges comprising a top flange and a bottom flange that are positioned at opposing ends of an outer tube, wherein the flanges (202, 204) limit axial displacement of the silent block bushing; characterised in that a set of ribs that are positioned on the bottom flange to avoid deformation of the silent block bushing during assembly, and to provide a control over cylindricity for consistency during pushing in and pushing out of a load.
Method for operating a motor vehicle in a mode in which the motor vehicle independently determines its speed (v), wherein when a stoppage of the motor vehicle is reached, the occurrence of a predetermined event is checked, and, if such an event is detected, the mode is left so that the stopped state permanently remains, wherein, from signal pulses which at least one speed sensor at a wheel of the motor vehicle emits, a value for the motor vehicle speed (v) is established and a situation in which the established value falls below a predetermined value is treated as a stoppage, characterised in that by means of a driver assistance system which performs interventions in the operation of the motor vehicle for the purposes of the stabilisation thereof during the travel thereof, information relating to the stoppage of the motor vehicle is obtained, and wherein a situation is also then treated as a stoppage when the information indicates a stoppage of the motor vehicle, wherein, when a value falls below the predetermined value, a first status signal (Flag A) is set to "1", when a value reaches or falls below a lowest possible representable finite speed (δ km/h), a third status signal (Flag B) is set to "1" and, by the driver assistance system when the stoppage is detected, a second status signal (Flag C) is set to "1", wherein the mode is left if at least one of the second status signal (Flag C) and the third status signal (Flag B) is set to "1" and another event is or becomes detected.
Method for reconditioning an exhausted battery module in an uninterruptible power supply system with at least one base unit and at least one battery module, which has at least two accumulator units (A1,..., A4) with associated internal exhaustive discharge monitoring in each case, wherein the at least one battery module is linked to the base unit via connection lines (Lp, Ln), characterised in that: after starting a network-side supply (Ue), a terminal voltage (U K) of the at least one battery module is determined and compared with a predefinable threshold value; if the threshold value is fallen below after a predefinable waiting time has elapsed, an inverse polarity protection unit arranged in one of the connection lines (Lp, Ln) is switched on for a predefinable time pulse; if a communication between the base unit and the at least one battery module is ascertained during the time pulse, then the inverse polarity protection unit is switched on permanently and, in the at least one battery module, a respective voltage drop is determined (104, 105) by means of a load network at each of the at least two accumulator units (A1,..., A4) and the respective voltage drop is compared with a predefined minimum voltage; and if at least one of the voltage drops determined at the respective accumulator units (A1,..., A4) falls below the predefined minimum voltage, then a predefined charging voltage (U LS) is applied to the at least one battery module until either a predefinable period of time is exceeded or a predefinable current value is surpassed by a charging current (I LS) determined in the base unit, depending on which of these events occurs earlier. after starting a network-side supply (Ue), a terminal voltage (U K) of the at least one battery module is determined and compared with a predefinable threshold value; if the threshold value is fallen below after a predefinable waiting time has elapsed, an inverse polarity protection unit arranged in one of the connection lines (Lp, Ln) is switched on for a predefinable time pulse; if a communication between the base unit and the at least one battery module is ascertained during the time pulse, then the inverse polarity protection unit is switched on permanently and, in the at least one battery module, a respective voltage drop is determined (104, 105) by means of a load network at each of the at least two accumulator units (A1,..., A4) and the respective voltage drop is compared with a predefined minimum voltage; and if at least one of the voltage drops determined at the respective accumulator units (A1,..., A4) falls below the predefined minimum voltage, then a predefined charging voltage (U LS) is applied to the at least one battery module until either a predefinable period of time is exceeded or a predefinable current value is surpassed by a charging current (I LS) determined in the base unit, depending on which of these events occurs earlier.