mhurhangee/ep-ind-claims huggingface dataset:
Laundry dryer with a housing, a drum arranged inside the housing with a rotation axis for receiving the laundry to be dried, wherein the drum defines a bounding cube, the side faces of which are vertical and touch the drum tangentially and its bottom and top face also touch the drum tangentially, wherein the rotation axis is inclined with respect to the horizontal by at most 15°, a user door on a front face of the laundry drier for charging or discharging the drum, means for generating a process air flow for drying the laundry, a fluff filter for filtering fluffs from the process air flow, a cleaning device (10 - 13) for removing fluffs from the fluff filter, wherein the cleaning device (10 - 13) has a fluff separator for discharging the removed fluffs, wherein at least a part of the fluff separator is arranged inside the bounding cube and wherein the fluff separator has a fluff container for receiving discharged fluffs, characterized in that the part of the fluff separator arranged in the bounding cube is arranged lower than the rotation axis in a left or right corner bottom area of the bounding cube of the drum and in that the fluff container is arranged behind the user door and is accessible only when the user door is opened.
Method for installing a sunshade to a glazing part comprising a transparent sheet with a first end edge and a second end edge and a first side edge and second side edge, which side edges are free edges of the sheet, which sunshade comprises a first guide wire and a second guide wire and in which method at least two first fastening elements (20, 20a, 20b, 20c, 20d) according to any of claims 9-13 are attached close to the first end edge of the transparent sheet and at least two second fastening elements according to any of claims 9-13 are attached close to the second end edge of the transparent sheet and the sunshade is suspended on the said fastening elements, characterized in that, the said first and second fastening elements (20, 20a, 20b, 20c, 20d, 22) are attached to the side edges (16, 18) of the transparent sheet and the first guide wire is attached to the fastening elements (20, 20a, 20b, 20c, 20d, 22) attached to the first side edge of the transparent sheet and the second guide wire is attached to the fastening elements (20, 20a, 20b, 20c, 20d, 22) attached to the second side edge of the transparent sheet.
A processing system for processing a substrate, comprising: an arrangement of chambers including at least a first process chamber (4, 30) for processing said substrate, a second process chamber (7, 40) for processing said substrate, and/or a transfer chamber; at least a lock chamber (3, 20) configured for locking said substrate in said arrangement of chambers and/or locking a substrate out of said arrangement of chambers; a first transport path for transporting said substrate through said arrangement of chambers; and a second transport path for transporting said substrate through said arrangement of chambers, wherein said second transport path is laterally offset relative to said first transport path, wherein at least one of said first process chamber (4, 30), said second process chamber (7, 40) and said transfer chamber comprises means for transferring said substrate from said first transport path to said second transport path and/or from said second transport path to said first transport path, wherein said means for transferring said substrate includes a combination of at least a first guidance section and a second guidance section, wherein said first guidance section is arranged parallel with said second guidance section in a distance corresponding to the distance between the first transport path and the second transport path, and wherein said means for transferring said substrate comprises a transfer device for laterally displacing the combination for moving the substrate from the first transport path to the second transport path and vice versa. an arrangement of chambers including at least a first process chamber (4, 30) for processing said substrate, a second process chamber (7, 40) for processing said substrate, and/or a transfer chamber; at least a lock chamber (3, 20) configured for locking said substrate in said arrangement of chambers and/or locking a substrate out of said arrangement of chambers; a first transport path for transporting said substrate through said arrangement of chambers; and a second transport path for transporting said substrate through said arrangement of chambers, wherein said second transport path is laterally offset relative to said first transport path, wherein at least one of said first process chamber (4, 30), said second process chamber (7, 40) and said transfer chamber comprises means for transferring said substrate from said first transport path to said second transport path and/or from said second transport path to said first transport path, wherein said means for transferring said substrate includes a combination of at least a first guidance section and a second guidance section, wherein said first guidance section is arranged parallel with said second guidance section in a distance corresponding to the distance between the first transport path and the second transport path, and wherein said means for transferring said substrate comprises a transfer device for laterally displacing the combination for moving the substrate from the first transport path to the second transport path and vice versa.
Floor covering consisting of hard panels, whereby these panels are provided, at least on two opposite edges (3-4, 5-6), with coupling means made in one piece with the panels, so that several of such panels can be mutually coupled, whereby these coupling means provide for an interlocking in a direction perpendicular to the plane of the floor covering, as well as in a direction perpendicular to the edges (3-4, 5-6) concerned and parallel to the plane of the floor covering, and whereby the above-mentioned coupling means comprise a tongue and a groove, the lip which is situated on the bottom side of the groove being longer than the lip on the top side and having a distal end region comprising an interlocking part, and the edge which is provided with the tongue being made flexible, characterized in that the tongue is situated on a part which is connected to the actual panel via a flexible zone in the shape of a local constriction, in that the flexible zone has a thickness, according to the direction perpendicular to the plane of the floor covering, which is smaller than half the thickness of the panels, and in that said thickness of the flexible zone plus the greatest thickness of the distal end region of the lower lip is less than the thickness of the panel.
A mobile communication terminal device comprising: an answering unit configured to respond to an incoming voice call; a measurement unit configured to measure an orientation or a displacement of the mobile communication terminal device; a proximity detection unit configured to detect when a head area of a user is near the mobile communication terminal device; and an operation detection unit configured to detect an utterance being made by the user using the mobile communication terminal device, characterized in that the answering unit is configured to respond to the incoming call using an automatic response function in the case where, after the measured orientation or displacement has met a predetermined condition, the head area is detected as being near and the utterance is detected while the head area is detected as being near, and to specify the orientation as a rotation angle measured at the point in time when the incoming call was received as a reference orientation or the displacement as a direction and distance of a movement and/or a change in the orientation measured over time when the incoming call was received as a reference displacement; and a hangup control unit configured to terminate the voice call, in the case where the orientation or the change in the orientation or displacement measured after the voice call is started is determined as the reference orientation or the reverse of the reference displacement. an answering unit configured to respond to an incoming voice call; a measurement unit configured to measure an orientation or a displacement of the mobile communication terminal device; a proximity detection unit configured to detect when a head area of a user is near the mobile communication terminal device; and an operation detection unit configured to detect an utterance being made by the user using the mobile communication terminal device, characterized in that the answering unit is configured to respond to the incoming call using an automatic response function in the case where, after the measured orientation or displacement has met a predetermined condition, the head area is detected as being near and the utterance is detected while the head area is detected as being near, and to specify the orientation as a rotation angle measured at the point in time when the incoming call was received as a reference orientation or the displacement as a direction and distance of a movement and/or a change in the orientation measured over time when the incoming call was received as a reference displacement; and a hangup control unit configured to terminate the voice call, in the case where the orientation or the change in the orientation or displacement measured after the voice call is started is determined as the reference orientation or the reverse of the reference displacement.
A method for gathering information relating to unsolicited messages, comprising: deleting in a handheld communication device (100, 200) message information associated with an unsolicited message; forwarding data information, associated with the deleted message information or the unsolicited message, to a message information unit (104, 224) located either in the handheld communication device or in a network node; and storing said data information in a memory of said message information unit (104, 224); characterized by if the message information unit is located in the handheld communication device: - exporting at least a portion of the stored data information associated with the deleted message information to an external electronic communication device; or if the message information unit is located in a network node: - transmitting data information stored in the message information unit that is associated with the deleted message information from the network node to at least a further network node. deleting in a handheld communication device (100, 200) message information associated with an unsolicited message; forwarding data information, associated with the deleted message information or the unsolicited message, to a message information unit (104, 224) located either in the handheld communication device or in a network node; and storing said data information in a memory of said message information unit (104, 224); characterized by if the message information unit is located in the handheld communication device: - exporting at least a portion of the stored data information associated with the deleted message information to an external electronic communication device; or - exporting at least a portion of the stored data information associated with the deleted message information to an external electronic communication device; or if the message information unit is located in a network node: - transmitting data information stored in the message information unit that is associated with the deleted message information from the network node to at least a further network node. - transmitting data information stored in the message information unit that is associated with the deleted message information from the network node to at least a further network node.
An induction heating method comprising the steps of: supplying a plurality of heating coils (322m, 322s) with electricity by resonance-type inverters (314m, 314s) respectively corresponding to said heating coils; characterized by obtaining the phase difference between the current supplied to a heating coil on the subordinate side and the current supplied to a heating coil on the main side; with one of said resonance-type inverters being a main inverter and another being a subordinate inverter, driving said subordinate inverter in such a manner that a phase difference between a current supplied to a heating coil on the subordinate side and a current supplied to a heating coil on the main side is maintained at zero or a phase difference to be set, by adjusting a phase of a drive signal of said subordinate inverter based on said phase difference. supplying a plurality of heating coils (322m, 322s) with electricity by resonance-type inverters (314m, 314s) respectively corresponding to said heating coils; characterized by obtaining the phase difference between the current supplied to a heating coil on the subordinate side and the current supplied to a heating coil on the main side; with one of said resonance-type inverters being a main inverter and another being a subordinate inverter, driving said subordinate inverter in such a manner that a phase difference between a current supplied to a heating coil on the subordinate side and a current supplied to a heating coil on the main side is maintained at zero or a phase difference to be set, by adjusting a phase of a drive signal of said subordinate inverter based on said phase difference.
A method for concurrently transporting and removing a trace amount of volatile mercury in a natural gas stream extracted from a subterranean formation, comprising: obtaining a produced fluid containing the natural gas and produced water from the subterranean formation; transporting the produced fluid in a pipeline extending from a well head above the subterranean formation to a production facility; injecting into the pipeline carrying the produced fluid an effective amount of a hydrate inhibitor, a complexing agent and optionally at least one of a defoamer and a demulsifier; wherein the complexing agent extracts volatile mercury in the natural gas, forming non-volatile mercury complexes in the produced water, for a treated produced fluid having a concentration of hydrate particles of less than 50 volume % and a reduced concentration of volatile mercury; wherein the complexing agent is a material or compound that is capable of converting volatile mercury in the natural gas into a form which is not volatile. obtaining a produced fluid containing the natural gas and produced water from the subterranean formation; transporting the produced fluid in a pipeline extending from a well head above the subterranean formation to a production facility; injecting into the pipeline carrying the produced fluid an effective amount of a hydrate inhibitor, a complexing agent and optionally at least one of a defoamer and a demulsifier; wherein the complexing agent extracts volatile mercury in the natural gas, forming non-volatile mercury complexes in the produced water, for a treated produced fluid having a concentration of hydrate particles of less than 50 volume % and a reduced concentration of volatile mercury; wherein the complexing agent is a material or compound that is capable of converting volatile mercury in the natural gas into a form which is not volatile.
A power tool comprising: a housing; a motor arranged in the housing and outputting a rotary force; a connecting shaft adapted to one of a plurality of tool bits and driving one of the plurality of tool bits to rotate; a transmission mechanism, arranged between the motor and the connecting shaft and transmitting the rotary force from the motor to the connecting shaft; a cartridge, partly received in the housing, said cartridge comprising a tool chamber for receiving the plurality of tool bits which are arranged in parallel, said connecting shaft being capable of moving axially between a working position where the connecting shaft is adapted to one of the plurality of tool bits by passing through the tool chamber and a release position where the connecting shaft is separated from one of the plurality of tool bits; characterized in that: said housing is provided with an open portion, when said connecting shaft is located at the release position, said cartridge can be removed from said housing via said open portion. a housing; a motor arranged in the housing and outputting a rotary force; a connecting shaft adapted to one of a plurality of tool bits and driving one of the plurality of tool bits to rotate; a transmission mechanism, arranged between the motor and the connecting shaft and transmitting the rotary force from the motor to the connecting shaft; a cartridge, partly received in the housing, said cartridge comprising a tool chamber for receiving the plurality of tool bits which are arranged in parallel, said connecting shaft being capable of moving axially between a working position where the connecting shaft is adapted to one of the plurality of tool bits by passing through the tool chamber and a release position where the connecting shaft is separated from one of the plurality of tool bits; characterized in that: said housing is provided with an open portion, when said connecting shaft is located at the release position, said cartridge can be removed from said housing via said open portion.
A cleaner comprising: a cleaner main body; a dust container accommodated in the cleaner main body; a dust container cover covering an upper portion of the dust container; a handle coupled to an upper end of the dust container cover; and a sensing unit detecting information around the cleaner main body; wherein a rotation module is configured to rotate the sensing unit relatively with respect to the dust container cover, and wherein the sensing unit and the rotation module are disposed between the dust container and the handle. a cleaner main body; a dust container accommodated in the cleaner main body; a dust container cover covering an upper portion of the dust container; a handle coupled to an upper end of the dust container cover; and a sensing unit detecting information around the cleaner main body; wherein a rotation module is configured to rotate the sensing unit relatively with respect to the dust container cover, and wherein the sensing unit and the rotation module are disposed between the dust container and the handle.
A chlorotoxin conjugate comprising: (i) a chlorotoxin peptide having the amino acid sequence set forth in SEQ ID NO: 2, in which Lys15 and Lys23 are substituted by an amino acid other than lysine to provide a modified chlorotoxin having a single lysine residue, Lys27; and (ii) a fluorescent label selected from DyLight-680, DyLight-750, VivoTag-750, DyLight-800, VivoTag-680, and indocyanine green; wherein the chlorotoxin peptide is covalently coupled to the fluorescent label through the lysine residue, and said chlorotoxin peptide binds to chlorotoxin binding sites expressed by cancer cells. (i) a chlorotoxin peptide having the amino acid sequence set forth in SEQ ID NO: 2, in which Lys15 and Lys23 are substituted by an amino acid other than lysine to provide a modified chlorotoxin having a single lysine residue, Lys27; and (ii) a fluorescent label selected from DyLight-680, DyLight-750, VivoTag-750, DyLight-800, VivoTag-680, and indocyanine green;
Apparatus for feeding welding wire and process gas to a welding apparatus, with a wire feeding nozzle, which has a welding wire channel, a nozzle block, which is detachably connected to the wire feeding nozzle, a profile, which is detachably or fixedly connected to the nozzle block, has a welding wire channel and can be connected to a welding wire conveying device, and a process gas feeding device, which has a process gas channel and can be connected to a process gas reservoir, wherein the process gas channel of the process gas feeding device is arranged at least partially within the profile, and the nozzle block is provided with multiple boreholes, which adjoin the process gas channel and are arranged parallel or at an acute angle of ±5° to the welding wire channel of the wire feeding nozzle and around the wire feeding nozzle, wherein the nozzle block is formed cylindrically in the direction of an end having the wire feeding nozzle, wherein the boreholes arranged within the nozzle block run out into recesses on the surface of the nozzle block, characterized in that the profile is formed as a profile tube and the process gas channel and the welding wire channel are arranged therein.
Top nozzle for a nuclear fuel assembly, the top nozzle extending along a nozzle axis and comprising: - a lower plate; - an upper plate axially spaced from the lower plate; - an intermediate plate axially positioned between the upper plate and the lower plate with being axially movable between an upper position and a lower position; - one or several main spring member(s), each main spring member being arranged such as to permanently push the intermediate plate towards the upper plate; - one or several auxilary spring member(s), each auxiliary spring member being arranged to push to intermediate plate towards the upper plate when the intermediate plate is located between the lower position and an intermediate position associated to this auxiliary spring member; and - a preload element associated to each auxiliary spring member with being arranged such that the auxiliary spring member abuts against the upper plate via the preload element when the intermediate plate is located between the intermediate position associated to said auxiliary spring member and the upper position. - a lower plate; - an upper plate axially spaced from the lower plate; - an intermediate plate axially positioned between the upper plate and the lower plate with being axially movable between an upper position and a lower position; - one or several main spring member(s), each main spring member being arranged such as to permanently push the intermediate plate towards the upper plate; - one or several auxilary spring member(s), each auxiliary spring member being arranged to push to intermediate plate towards the upper plate when the intermediate plate is located between the lower position and an intermediate position associated to this auxiliary spring member; and - a preload element associated to each auxiliary spring member with being arranged such that the auxiliary spring member abuts against the upper plate via the preload element when the intermediate plate is located between the intermediate position associated to said auxiliary spring member and the upper position.
A compound comprising: a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or an aromatic nitroso precursor and combinations thereof, wherein the aromatic nitroso precursor moiety comprises any aromatic oxime, aromatic dioxime and combinations thereof. a) at least one alkoxy silane moiety; and b) at least one moiety selected from an aromatic nitroso or an aromatic nitroso precursor and combinations thereof, wherein the aromatic nitroso precursor moiety comprises any aromatic oxime, aromatic dioxime and combinations thereof.