mhurhangee/ep-ind-claims huggingface dataset:
Wind turbine having a tower and a pod, wherein a rotor having at least one rotor blade is arranged on the pod and the rotor during operation of the wind turbine carries out a rotation movement and the rotation movement drives a generator inside the pod, wherein there is arranged on the tower of the wind turbine a fibre winding which winds around a vertical tower axis (2.4) of the tower of the wind turbine and which is configured to damp an oscillation of the tower, characterised in that - the generator is a synchronous generator, - the fibre winding is arranged at the upper end in the direction of the vertical tower axis (2.4) of the tower, in particular on an uppermost tower segment (2.1), - the fibre winding is arranged in a recess in a surface of the tower, that is to say, the uppermost tower segment (2.1); wherein a surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the surface of the tower, and/or - the fibre winding is arranged in a recess at an inner side of the tower, that is to say, the uppermost tower segment (2.1); and the surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the inner side of the tower. - the generator is a synchronous generator, - the fibre winding is arranged at the upper end in the direction of the vertical tower axis (2.4) of the tower, in particular on an uppermost tower segment (2.1), - the fibre winding is arranged in a recess in a surface of the tower, that is to say, the uppermost tower segment (2.1); wherein a surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the surface of the tower, and/or - the fibre winding is arranged in a recess at an inner side of the tower, that is to say, the uppermost tower segment (2.1); and the surface of the fibre winding terminates in a radial direction towards the tower axis (2.4) in a manner flush with the inner side of the tower.
A method of forming a flexible container, comprising: joining together a first flexible material and a second flexible material, to form a joined material; characterized in that the method further comprises: using the joined material, at least partially forming a structural support volume (144-1, 146-1, 146-2, and 148-1) included in a structural support member configured to be in a structural support frame around one or more sizable empty spaces and/or one or more nonstructural panels, and an expansion port in communication with the structural support volume; and by joining a third flexible material to the joined material, at least partially forming a product volume; and a fill port in communication with the product volume. joining together a first flexible material and a second flexible material, to form a joined material; characterized in that the method further comprises: using the joined material, at least partially forming a structural support volume (144-1, 146-1, 146-2, and 148-1) included in a structural support member configured to be in a structural support frame around one or more sizable empty spaces and/or one or more nonstructural panels, and an expansion port in communication with the structural support volume; and by joining a third flexible material to the joined material, at least partially forming a product volume; and a fill port in communication with the product volume. using the joined material, at least partially forming a structural support volume (144-1, 146-1, 146-2, and 148-1) included in a structural support member configured to be in a structural support frame around one or more sizable empty spaces and/or one or more nonstructural panels, and an expansion port in communication with the structural support volume; and by joining a third flexible material to the joined material, at least partially forming a product volume; and a fill port in communication with the product volume.
Flexible plastic hose comprising a flexible wall made out of a plurality of laterally connected windings of a helically wound profile, wherein the windings of the profile are attached to each other by means of a weld (9; 19; 31; 35; 49), wherein the profile comprises a web part (7; 17; 27; 33; 47) with predetermined properties for providing flexibility to the hose, wherein the profile ends on both sides in a upright part (6, 8; 16, 18; 26, 28; 32, 34; 46, 48), wherein the weld is located between the upright parts of adjacent windings and together with these upright parts forms a helical reinforcement rib on the flexible wall of the hose with predetermined properties for providing hub strength to the hose, characterized in that the upright parts (6, 8; 16, 18; 26, 28; 32, 34) are provided, on both sides of the profile, with a horizontal leg (62, 82) that extends in line with the web part and in the direction of the adjacent winding.
Method of restoring a fissured area of a vitreous surface, comprising: generating a laser beam; controlling a first direction and a second direction, perpendicular to the first, of the laser beam; shaping the spot-size of the laser beam according to a size of the fissured area and based on restoration specifications; directing the laser beam to the fissured area to melt the vitreous surface around the fissured area and fuse the melted vitreous surface in the fissured area. generating a laser beam; controlling a first direction and a second direction, perpendicular to the first, of the laser beam; shaping the spot-size of the laser beam according to a size of the fissured area and based on restoration specifications; directing the laser beam to the fissured area to melt the vitreous surface around the fissured area and fuse the melted vitreous surface in the fissured area.
A bushing assembly comprising: an inner component (60, 160); an outer component disposed over said inner component and an elastomeric bushing disposed between said inner component and said outer component; said inner component defines a generally cylindrical or generally spherical center section and said outer component is formed over said elastomeric bushing to encapsulate said elastomeric bushing, said outer component including ends curled over said elastomeric bushing to form bulging portions of said elastomeric bushing, characterized by a bearing (62, 162) in engagement with said inner component (60, 160) and disposed between said inner component and said elastomeric bushing, said inner component being able to pivot with respect to said bearing; said bearing including ends that are formed around said center section of said inner component; wherein said bulging portions of said elastomeric bushing seal against said inner component (60, 160) to seal the engagement between said bearing (62, 162) and said inner component (60, 160). an inner component (60, 160); an outer component disposed over said inner component and an elastomeric bushing disposed between said inner component and said outer component; said inner component defines a generally cylindrical or generally spherical center section and said outer component is formed over said elastomeric bushing to encapsulate said elastomeric bushing, said outer component including ends curled over said elastomeric bushing to form bulging portions of said elastomeric bushing, characterized by a bearing (62, 162) in engagement with said inner component (60, 160) and disposed between said inner component and said elastomeric bushing, said inner component being able to pivot with respect to said bearing; said bearing including ends that are formed around said center section of said inner component; wherein said bulging portions of said elastomeric bushing seal against said inner component (60, 160) to seal the engagement between said bearing (62, 162) and said inner component (60, 160).
A mailing system comprising: - at least one mail piece processing machine (4, 6, 8) comprising at least one accumulation device (14, 16) for producing mail pieces and generating electronic processing and tracking details for these mail pieces; and - at least one imaging device (10, 12) for acquiring images of the mail pieces; - a computer coupled to said at least one imaging device and said at least one mail piece processing machine; said at least one imaging device (10, 12) being configured to acquire said images of mail pieces for simultaneously providing both these processing and tracking details and a filling level of said at least one accumulation device; characterized in that - said at least one imaging device is located above said at least one accumulation device and is configured to automatically adjust a focus point, - said computer is configured to extract via a software a focus value of said at least one imaging device, - said computer is configured to analyze the extracted focus value by comparing it to a predefined focus value to provide the filing level of said at least one accumulation device. - at least one mail piece processing machine (4, 6, 8) comprising at least one accumulation device (14, 16) for producing mail pieces and generating electronic processing and tracking details for these mail pieces; and - at least one imaging device (10, 12) for acquiring images of the mail pieces; - a computer coupled to said at least one imaging device and said at least one mail piece processing machine; - said at least one imaging device is located above said at least one accumulation device and is configured to automatically adjust a focus point, - said computer is configured to extract via a software a focus value of said at least one imaging device, - said computer is configured to analyze the extracted focus value by comparing it to a predefined focus value to provide the filing level of said at least one accumulation device.
An initial signal detection method, comprising: performing, by a user equipment, UE, detection on one or more sub-channels on an unlicensed spectrum; and determining, based on a combination that is of a group-common demodulation reference signal, GC-DMRS, and a group-common physical downlink control channel, GC-PDCCH, and that is detected for the first time, that downlink transmission has started or that a channel occupancy time, COT, has started, characterized in that the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at a symbol 0, 1, 3, or 7 in a slot, and the method further comprises: if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 1, 3, or 7 in the slot, continuing, by the UE, to search a search space of the GC-PDCCH for a first UE-specific PDCCH of the UE; and if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 0 in the slot, searching, by the UE, a search space of a UE-specific PDCCH outside a search space of the GC-PDCCH for the UE-specific PDCCH of the UE. performing, by a user equipment, UE, detection on one or more sub-channels on an unlicensed spectrum; and determining, based on a combination that is of a group-common demodulation reference signal, GC-DMRS, and a group-common physical downlink control channel, GC-PDCCH, and that is detected for the first time, that downlink transmission has started or that a channel occupancy time, COT, has started, characterized in that the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at a symbol 0, 1, 3, or 7 in a slot, and the method further comprises: if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 1, 3, or 7 in the slot, continuing, by the UE, to search a search space of the GC-PDCCH for a first UE-specific PDCCH of the UE; and if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 0 in the slot, searching, by the UE, a search space of a UE-specific PDCCH outside a search space of the GC-PDCCH for the UE-specific PDCCH of the UE. if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 1, 3, or 7 in the slot, continuing, by the UE, to search a search space of the GC-PDCCH for a first UE-specific PDCCH of the UE; and if the combination that is of a GC-DMRS and a GC-PDCCH and that is detected by the UE for the first time is located at the symbol 0 in the slot, searching, by the UE, a search space of a UE-specific PDCCH outside a search space of the GC-PDCCH for the UE-specific PDCCH of the UE.
A syringe comprising: a barrel having a flange extending radially therefrom; a plunger disposed at least partially within the barrel; and a flange extender having a central body and opposing grip members extending radially from the central body, the central body having a proximal end, a distal end, and a longitudinal bore extending between the proximal and distal ends, the central body further comprising an engagement slot and a plunger bore, the engagement slot comprising a flange slot and extending from a side surface of the central body into the longitudinal bore, and between the proximal and distal ends, to permit insertion thereinto of the barrel and the flange for facilitating removable coupling of the flange extender with the barrel, the flange slot having a flange height (H1, H2), measured parallel relative to the longitudinal axis of the longitudinal bore, that tapers from the side surface of the central body toward the longitudinal bore, the plunger bore extending longitudinally through the proximal end of the central body to the longitudinal bore such that the flange extender couples with the barrel and the plunger by inserting the barrel sideways through the engagement slot into the longitudinal bore and thereafter inserting the plunger axially through the plunger bore into the barrel. a barrel having a flange extending radially therefrom; a plunger disposed at least partially within the barrel; and a flange extender having a central body and opposing grip members extending radially from the central body, the central body having a proximal end, a distal end, and a longitudinal bore extending between the proximal and distal ends, the central body further comprising an engagement slot and a plunger bore, the engagement slot comprising a flange slot and extending from a side surface of the central body into the longitudinal bore, and between the proximal and distal ends, to permit insertion thereinto of the barrel and the flange for facilitating removable coupling of the flange extender with the barrel, the flange slot having a flange height (H1, H2), measured parallel relative to the longitudinal axis of the longitudinal bore, that tapers from the side surface of the central body toward the longitudinal bore, the plunger bore extending longitudinally through the proximal end of the central body to the longitudinal bore such that the flange extender couples with the barrel and the plunger by inserting the barrel sideways through the engagement slot into the longitudinal bore and thereafter inserting the plunger axially through the plunger bore into the barrel.
A method for the measurement of the position of sections containing absorbing substances and for the measurement of the mass thereof in multi-segment filter rods of the tobacco processing industry, with the following procedural steps: • measurement of a variable resonance frequency shift A and/or a resonance line broadening B upon movement of the multi-segment filter rod in its longitudinal direction by a microwave resonator, which has a field concentration in a spatial area, wherein this spatial area in the string direction is smaller than the segment length to be determined, • generation of a difference quotient ΔA of the resonance frequency shift A and/or ΔB of the resonance line broadening B with regard to the longitudinal direction, • detection of local extremal values of the respective difference quotients and • assigning the local extremal values as position of a transition from a section with a higher content of absorbing substances to a section without any or with a lower content of absorbing substances and vice versa, wherein a predetermined curve is fitted to the local difference quotients around the extremal value, whose peak value is assigned to the transition as a position, and • the mass of the absorbing substances in a section is determined in addition, wherein the mass value is proportional to the integrated A-values and/or B-values between two neighbouring transitions. • measurement of a variable resonance frequency shift A and/or a resonance line broadening B upon movement of the multi-segment filter rod in its longitudinal direction by a microwave resonator, which has a field concentration in a spatial area, wherein this spatial area in the string direction is smaller than the segment length to be determined, • generation of a difference quotient ΔA of the resonance frequency shift A and/or ΔB of the resonance line broadening B with regard to the longitudinal direction, • detection of local extremal values of the respective difference quotients and • assigning the local extremal values as position of a transition from a section with a higher content of absorbing substances to a section without any or with a lower content of absorbing substances and vice versa, wherein a predetermined curve is fitted to the local difference quotients around the extremal value, whose peak value is assigned to the transition as a position, and • the mass of the absorbing substances in a section is determined in addition, wherein the mass value is proportional to the integrated A-values and/or B-values between two neighbouring transitions.
A light emitting assembly, with - several LEDs arranged on a carrier laterally spaced from each other, - a plurality of lenses arranged in beam paths of the LEDs, each of which is associated with at least one of the LEDs and which collimate or focus the light of the corresponding LEDs, - a plurality of light-deflecting elements which are arranged in such a way that the light collimated or focused by means of the lenses impinges on the light-deflecting elements, which each deflect the light impinging on them and which can be driven in such a way that the direction in which the light is deflected can be changed as a function of the drive, and - a plurality of optical elements which deflect the light deflected by means of the light deflecting elements, characterized in that the light deflecting elements are optical lenses with an electrically adjustable focal point and/or with an electrically adjustable focal length. - several LEDs arranged on a carrier laterally spaced from each other, - a plurality of lenses arranged in beam paths of the LEDs, each of which is associated with at least one of the LEDs and which collimate or focus the light of the corresponding LEDs, - a plurality of light-deflecting elements which are arranged in such a way that the light collimated or focused by means of the lenses impinges on the light-deflecting elements, which each deflect the light impinging on them and which can be driven in such a way that the direction in which the light is deflected can be changed as a function of the drive, and - a plurality of optical elements which deflect the light deflected by means of the light deflecting elements, characterized in that the light deflecting elements are optical lenses with an electrically adjustable focal point and/or with an electrically adjustable focal length.
A system for actuation of downhole devices, the system comprising: a first cylindrical pipe having one or more first materials attached to an outer surface of the first cylindrical pipe; a second cylindrical pipe co-axial with the first cylindrical pipe and having a diameter greater than the first cylindrical pipe, the second cylindrical pipe comprising one or more second materials disposed on an inner surface of the second cylindrical pipe, wherein the first materials and the second materials comprise a material that causes static electricity, such that the first materials generate one or more signals when the first materials come in contact with the second materials; and one or more downhole devices placed along a drill string inside a well for being activated, deactivated, or configured by the signals generated by the first materials of the downhole actuation system; where a ball bearing is formed of the second material, wherein the ball bearing is disposed in a latch slot of the second cylindrical pipe, where the ball bearing shifts to a side of the latch slot relative to the direction of angular acceleration created by rotation of the second cylindrical pipe; and a cylindrical roller bearing located on one side of the latch slot, where the cylindrical roller bearing acts as a unique identifier according to its distance to the ball bearing. a first cylindrical pipe having one or more first materials attached to an outer surface of the first cylindrical pipe; a second cylindrical pipe co-axial with the first cylindrical pipe and having a diameter greater than the first cylindrical pipe, the second cylindrical pipe comprising one or more second materials disposed on an inner surface of the second cylindrical pipe, wherein the first materials and the second materials comprise a material that causes static electricity, such that the first materials generate one or more signals when the first materials come in contact with the second materials; and one or more downhole devices placed along a drill string inside a well for being activated, deactivated, or configured by the signals generated by the first materials of the downhole actuation system; where a ball bearing is formed of the second material, wherein the ball bearing is disposed in a latch slot of the second cylindrical pipe, where the ball bearing shifts to a side of the latch slot relative to the direction of angular acceleration created by rotation of the second cylindrical pipe; and a cylindrical roller bearing located on one side of the latch slot, where the cylindrical roller bearing acts as a unique identifier according to its distance to the ball bearing. a ball bearing is formed of the second material, wherein the ball bearing is disposed in a latch slot of the second cylindrical pipe, where the ball bearing shifts to a side of the latch slot relative to the direction of angular acceleration created by rotation of the second cylindrical pipe; and a cylindrical roller bearing located on one side of the latch slot, where the cylindrical roller bearing acts as a unique identifier according to its distance to the ball bearing.
A method for modifying surfaces of a plurality of three-dimensional objects, comprising: a step 1 of immersing a plurality of three-dimensional objects in a photopolymerizable monomer-containing liquid; and a step 2 of polymerizing the photopolymerizable monomer by photoirradiation while rotating a vessel containing the plurality of three-dimensional objects and the photopolymerizable monomer-containing liquid around a rotation axis inclined at 0 to 70 degrees relative to a surface of the photopolymerizable monomer-containing liquid, to grow polymer chains on surfaces of the plurality of three-dimensional objects. a step 1 of immersing a plurality of three-dimensional objects in a photopolymerizable monomer-containing liquid; and a step 2 of polymerizing the photopolymerizable monomer by photoirradiation while rotating a vessel containing the plurality of three-dimensional objects and the photopolymerizable monomer-containing liquid around a rotation axis inclined at 0 to 70 degrees relative to a surface of the photopolymerizable monomer-containing liquid, to grow polymer chains on surfaces of the plurality of three-dimensional objects.