mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a damper tube for a vibration damper, the damper tube comprising a composite fibre material, and a load introducing element being integrated on at least one end face of the damper tube, the method comprising at least the following steps: - providing a core body having an axial extent and applying a coating to the core body; - arranging the load introducing element on the core body, the load introducing element having an outer surface on which projections are attached; - wrapping the coating with a wrapping material by means of a wrapping process, thereby forming at least one wrap layer; - braiding the wrap layer and at least partly the outer surface with a braiding material by means of a braiding process, thereby forming at least one braid layer and - introducing a matrix into the wrap layer and/or into the braid layer by means of a resin injection process. - providing a core body having an axial extent and applying a coating to the core body; - arranging the load introducing element on the core body, the load introducing element having an outer surface on which projections are attached; - wrapping the coating with a wrapping material by means of a wrapping process, thereby forming at least one wrap layer; - braiding the wrap layer and at least partly the outer surface with a braiding material by means of a braiding process, thereby forming at least one braid layer and - introducing a matrix into the wrap layer and/or into the braid layer by means of a resin injection process.
A device (20, 200) for cutting a polystyrene block by the advancement of a hot wire at a predetermined speed, characterized in that means (M, S; 250, 230) are provided and configured to detect a bending of the wire during the cutting in such a manner that a bending variation is verified in respect to a reference condition and the advancement speed is modulated depending on the detected condition.
Lighting device (L1; L2; L3), comprising - at least one base carrier having a circuit board with at least one first plug-in connecting element for the mechanical mounting and electrical connection of a light source carrier on and to the circuit board, the circuit board having at least one second plug-in connecting element for the mechanical mounting and electrical connection of a VG module on and to the circuit board, - at least one light source carrier, which has at least one circuit board with at least one light source attached thereto, in particular a light-emitting diode, and a mating plug-in connecting element attached thereto, - the mating plug-in connecting element of the light source carrier being plugged into a first plug-in connecting element of the base carrier, characterized in that - the lighting device (L1; L2; L3) has a VG module for driving the at least one light source, which is plugged onto a second plug-in connecting element of the base carrier, - wherein the circuit board of the lighting device (L1; L2; L3) has at least two regions (19, 20) bent relative to each other, at least one light source being respectively arranged in each of the regions (19, 20). - at least one base carrier having a circuit board with at least one first plug-in connecting element for the mechanical mounting and electrical connection of a light source carrier on and to the circuit board, the circuit board having at least one second plug-in connecting element for the mechanical mounting and electrical connection of a VG module on and to the circuit board, - at least one light source carrier, which has at least one circuit board with at least one light source attached thereto, in particular a light-emitting diode, and a mating plug-in connecting element attached thereto, - the mating plug-in connecting element of the light source carrier being plugged into a first plug-in connecting element of the base carrier, characterized in that - the lighting device (L1; L2; L3) has a VG module for driving the at least one light source, which is plugged onto a second plug-in connecting element of the base carrier, - wherein the circuit board of the lighting device (L1; L2; L3) has at least two regions (19, 20) bent relative to each other, at least one light source being respectively arranged in each of the regions (19, 20).
A method comprising: receiving an input associated with a user via an electronic device corresponding to the user, the input comprising a selection of a persona, wherein a persona comprises a sub-environment under a user environment corresponding to the user; determining a first persona associated with the user corresponding to the selected persona; and providing, in response to the input, a first set of applications or data corresponding to the determined first persona; wherein application behavior is restricted based on the determined persona. receiving an input associated with a user via an electronic device corresponding to the user, the input comprising a selection of a persona, wherein a persona comprises a sub-environment under a user environment corresponding to the user; determining a first persona associated with the user corresponding to the selected persona; and providing, in response to the input, a first set of applications or data corresponding to the determined first persona; wherein application behavior is restricted based on the determined persona.
A method for tracking products in a system for continuously processing powdered product into manufactured items, wherein the system is a system for producing tablets, in which powdered product is compressed in a tablet press into tablets and/or the system is a system for producing capsules, in which powdered product is filled in a capsule filling machine into capsules, characterized in that the product introduced into the system is divided into mass units (64, 66, 68, 70) on the basis of measurement data of at least one inlet mass sensor arranged at a product inlet (52, 54) of the system, and the progress of the mass units (64, 66, 68, 70) in the system is tracked on the basis of measurement data of at least one further mass sensor of the system.
A toy construction system comprising an electronic device and toy construction elements (10, 30), the toy construction elements comprising coupling members for detachably interconnecting the toy construction elements to create spatial structures, the electronic device comprising a touch screen, wherein the toy construction system comprises at least two or more of a first type of toy construction elements and at least one of a second type of toy construction elements, each of the first type of toy construction elements being interconnectable with one or more other toy construction element of the first and/or second type; characterized in that the second type of toy construction elements are configured not to be detected by the touch screen, that the first type of toy construction elements are configured to each be detected by the touch screen and to form, when interconnected with one or more toy construction elements so as to form a spatial structure, a touch point pattern recognizable by the touch screen, and that the electronic device comprises a processor configured to recognize a touch point pattern and to generate one or more effects and/or responses on the touch screen based on a recognized touch point pattern, and wherein the processor is configured to perform a function responsive to the detected touch point pattern, where respective functions are associated with different touch point patterns.
A persistent current switch system comprising: a vacuum chamber; a superconductor winding unit disposed in the vacuum chamber and configured to switch the persistent current switch system from a first mode to a second mode when a temperature associated with the winding unit is below a threshold temperature; a first cooling path comprising a solid thermal component in direct contact with the winding unit, whereby the persistent current switch system further comprises: a second cooling path comprising a cooling tube disposed in direct contact with the winding unit and configured to circulate a coolant therein, the first cooling path and the second cooling path defining dual cooling paths being configured to cool the temperature of the winding unit below the threshold temperature to transition the persistent current switch system from the first mode to the second mode. a vacuum chamber; a superconductor winding unit disposed in the vacuum chamber and configured to switch the persistent current switch system from a first mode to a second mode when a temperature associated with the winding unit is below a threshold temperature; a first cooling path comprising a solid thermal component in direct contact with the winding unit, whereby the persistent current switch system further comprises: a second cooling path comprising a cooling tube disposed in direct contact with the winding unit and configured to circulate a coolant therein, the first cooling path and the second cooling path defining dual cooling paths being configured to cool the temperature of the winding unit below the threshold temperature to transition the persistent current switch system from the first mode to the second mode.
A mass spectrometer comprising: a first device for separating or dispersing analyte atoms or molecules; a first ion source arranged downstream of said first device, said first ion source being arranged and adapted to ionise analyte atoms or molecules received from said first device; a second device for separating analyte ions from other ions, said second device comprising one or more electrodes; a combustion chamber arranged to receive and at least partially combust at least some analyte ions; and a mass analyser arranged downstream of said combustion chamber. a first device for separating or dispersing analyte atoms or molecules; a first ion source arranged downstream of said first device, said first ion source being arranged and adapted to ionise analyte atoms or molecules received from said first device; a second device for separating analyte ions from other ions, said second device comprising one or more electrodes; a combustion chamber arranged to receive and at least partially combust at least some analyte ions; and a mass analyser arranged downstream of said combustion chamber.
A method for preparing a restart of a loom including a main shaft and a warp shedding device, the warp shedding device being driven by the main shaft so as to move following a rotation of the main shaft, the warp shedding device having a leveling function with which the warp shedding device brings warps into a leveled state concurrently with a reverse rotation of the main shaft, the loom allowing an operator to remove a defective weft pick at an occurrence of a weft insertion defect in the loom, the method being performed when a warp breakage and a weft insertion defect, which are causes of stoppage of the loom, occur concurrently during weaving, characterised by the method comprising: automatically reversing the main shaft from an initial stop time point after a stop command signal (Ss) is issued in response to a detection of the causes of stoppage, the main shaft being reversed, while the leveling function of the warp shedding device is disabled, up to a weaving cycle in which the causes of stoppage have occurred and in which the loom is in a stand-by state; bringing the loom into a pick-found state, in which the defective weft pick is pickfound, by reversing the main shaft in response to an operator operating a reverse button after the loom is brought into the stand-by state by the automatic reversing; reversing the main shaft in response to the operator operating a button after the operator has removed the defective weft pick from the loom in the pick-found state, the reversing of the main shaft after the pick-found state being performed while the leveling function of the warp shedding device is enabled; and correcting the warp breakage after the warps are brought into the leveled state by the reversing of the main shaft from the pick-found state. automatically reversing the main shaft from an initial stop time point after a stop command signal (Ss) is issued in response to a detection of the causes of stoppage, the main shaft being reversed, while the leveling function of the warp shedding device is disabled, up to a weaving cycle in which the causes of stoppage have occurred and in which the loom is in a stand-by state; bringing the loom into a pick-found state, in which the defective weft pick is pickfound, by reversing the main shaft in response to an operator operating a reverse button after the loom is brought into the stand-by state by the automatic reversing; reversing the main shaft in response to the operator operating a button after the operator has removed the defective weft pick from the loom in the pick-found state, the reversing of the main shaft after the pick-found state being performed while the leveling function of the warp shedding device is enabled; and correcting the warp breakage after the warps are brought into the leveled state by the reversing of the main shaft from the pick-found state.
A refillable and freezable isothermal bag which comprises two plastic bags and and thermal insulation made of polyethylene foam introduced between two bags and, including plastic handles joined by heat sealing, the two bags and being joined to each other along a heat sealing line, characterized by the fact that an opening is provided in one side of the bag that is envisaged for the introduction of a mixture of water and alcohol between the two plastic bags (6, 7), the opening having a composite plastic sheet that has a polyethylene face and a polyester face, the polyester face having closing means that are water-resistant and tamper-proof provided to close the opening.
A method comprising: receiving, by a wireless device, one or more messages comprising: a first value for a downlink hybrid automatic repeat request round-trip-time, HARQ RTT, timer; and a second value for a downlink discontinuous reception, DRX, retransmission timer; receiving a downlink control information indicating downlink transmission of a transport block; starting the downlink HARQ RTT timer with the first value in response to receiving the downlink control information, wherein the first value indicates a first number of symbols; starting the downlink DRX retransmission timer with the second value in response to the downlink HARQ RTT timer expiring and the transport block not being successfully decoded, wherein the second value indicates a second number of slot lengths; and monitoring a downlink control channel while the downlink DRX retransmission timer is running. receiving, by a wireless device, one or more messages comprising: a first value for a downlink hybrid automatic repeat request round-trip-time, HARQ RTT, timer; and a second value for a downlink discontinuous reception, DRX, retransmission timer; a first value for a downlink hybrid automatic repeat request round-trip-time, HARQ RTT, timer; and a second value for a downlink discontinuous reception, DRX, retransmission timer; receiving a downlink control information indicating downlink transmission of a transport block; starting the downlink HARQ RTT timer with the first value in response to receiving the downlink control information, wherein the first value indicates a first number of symbols; starting the downlink DRX retransmission timer with the second value in response to the downlink HARQ RTT timer expiring and the transport block not being successfully decoded, wherein the second value indicates a second number of slot lengths; and monitoring a downlink control channel while the downlink DRX retransmission timer is running.
A container (100, 300, 300') for packaging medical and/or pharmaceutical products comprising: - a plastic container body comprising a tubular side wall, a base and an opening defining a storage volume, - an active insert (600, 600'), placed inside the container body and including a tubular side wall with length L, extending from a lower extremity to an upper extremity, and - an empty interstice between the side wall of the active insert and the side wall of the container body, extending over at least 50%, preferably at least 80%, of the outer surface of the side wall of the active insert, wherein the active insert has a V m /S e ratio ≤ 0.75, where V m is the total material volume of the active insert in mm 3, and S e is the total surface area of the active insert in mm 2. - a plastic container body comprising a tubular side wall, a base and an opening defining a storage volume, - an active insert (600, 600'), placed inside the container body and including a tubular side wall with length L, extending from a lower extremity to an upper extremity, and - an empty interstice between the side wall of the active insert and the side wall of the container body, extending over at least 50%, preferably at least 80%, of the outer surface of the side wall of the active insert,
Data input device comprising a slider and means converting a position of the slider into an electrical voltage, characterized in that it furthermore comprises: • a potentiometer extending between two ends (13, 14), the potentiometer having a first and a second fixed connection point which are respectively situated at each of the ends (13, 14) of the potentiometer, a third fixed connection point situated at an intermediate position on the potentiometer between the two ends (13, 14) and a fourth, mobile connection point forming the slider and being able to move between the two ends (13, 14), • means for supplying a first fixed voltage (V+) to the potentiometer via the third connection point, • means for supplying a current source (Ic) to the potentiometer via the slider, • means (33, 34, 50) for measuring a voltage difference between the first and second connection points (13, 14), the voltage difference forming the electrical voltage that represents the position of the slider. • a potentiometer extending between two ends (13, 14), the potentiometer having a first and a second fixed connection point which are respectively situated at each of the ends (13, 14) of the potentiometer, a third fixed connection point situated at an intermediate position on the potentiometer between the two ends (13, 14) and a fourth, mobile connection point forming the slider and being able to move between the two ends (13, 14), • means for supplying a first fixed voltage (V+) to the potentiometer via the third connection point, • means for supplying a current source (Ic) to the potentiometer via the slider, • means (33, 34, 50) for measuring a voltage difference between the first and second connection points (13, 14), the voltage difference forming the electrical voltage that represents the position of the slider.
An extension for use in a surgical system, the extension releasably engageable to a connecting element engaging portion of a bone anchor, said extension extending along a longitudinal axis and comprising: an inner sleeve along the longitudinal axis including a pair of distal fingers (154, 155) engageable to said connecting element engaging portion; an outer sleeve along the longitudinal axis about said inner sleeve, said outer sleeve moveable distally relative to said inner sleeve from a first position wherein said fingers (154,155) are movable to receive and release said connecting element engaging portion therebetween and a second position wherein said outer sleeve engages said fingers (154, 155) in clamping engagement with said connecting element engaging portion; and a toggle mechanism coupled between said inner sleeve and said outer sleeve, said toggle mechanism includes a body between said inner and outer sleeves adjacent proximal ends thereof, said toggle mechanism including a proximal gripping portion extending proximally from said inner and outer sleeves, and said toggle mechanism structured to move along the longitudinal axis between having a locked position wherein said toggle mechanism locks said outer sleeve in position relative to said inner sleeve and an unlocked position wherein said toggle mechanism is disengaged from said inner sleeve and said outer sleeve is movable relative to said inner sleeve between said first and second positions. an inner sleeve along the longitudinal axis including a pair of distal fingers (154, 155) engageable to said connecting element engaging portion; an outer sleeve along the longitudinal axis about said inner sleeve, said outer sleeve moveable distally relative to said inner sleeve from a first position wherein said fingers (154,155) are movable to receive and release said connecting element engaging portion therebetween and a second position wherein said outer sleeve engages said fingers (154, 155) in clamping engagement with said connecting element engaging portion; and a toggle mechanism coupled between said inner sleeve and said outer sleeve, said toggle mechanism includes a body between said inner and outer sleeves adjacent proximal ends thereof, said toggle mechanism including a proximal gripping portion extending proximally from said inner and outer sleeves, and said toggle mechanism structured to move along the longitudinal axis between having a locked position wherein said toggle mechanism locks said outer sleeve in position relative to said inner sleeve and an unlocked position wherein said toggle mechanism is disengaged from said inner sleeve and said outer sleeve is movable relative to said inner sleeve between said first and second positions.
A male touch fastener strip comprising: an elongated base having a thickness and defining a longitudinal direction and a lateral direction perpendicular to the longitudinal direction across the base between longitudinal edges of the base; a field of male fastener elements each having a stem extending from a broad face of the base and a head at an upper end of the stem and overhanging the base for engaging fibers, the fastener element stems and broad face of the base together forming a unitary mass of resin; a pair of longitudinal barrier walls (104, 106) rising from the broad face of the base on either side of the field of male fastener elements; and a plurality of lateral barrier walls, each of the lateral barrier walls extending between facing surfaces of the longitudinal barrier walls (104,106) to define a longitudinal column of bounded fastening cells that each contain one or more of the male fastener elements; the male touch fastener strip is characterized in that each lateral barrier wall defines at least one gap extending therethrough and connecting adjacent fastening cells. an elongated base having a thickness and defining a longitudinal direction and a lateral direction perpendicular to the longitudinal direction across the base between longitudinal edges of the base; a field of male fastener elements each having a stem extending from a broad face of the base and a head at an upper end of the stem and overhanging the base for engaging fibers, the fastener element stems and broad face of the base together forming a unitary mass of resin; a pair of longitudinal barrier walls (104, 106) rising from the broad face of the base on either side of the field of male fastener elements; and a plurality of lateral barrier walls, each of the lateral barrier walls extending between facing surfaces of the longitudinal barrier walls (104,106) to define a longitudinal column of bounded fastening cells that each contain one or more of the male fastener elements; the male touch fastener strip is characterized in that each lateral barrier wall defines at least one gap extending therethrough and connecting adjacent fastening cells.