mhurhangee/ep-ind-claims huggingface dataset:
A method suitable to be used to identify and compensate for errors created by changes in the relative positions of a dispensing unit (14, 16; 70, 72) for dispensing a viscous material and a vision system (30; 64) of a dispenser (10; 60) wherein the dispensing units (14, 16; 70, 72) and the vision system (30; 64) are provided on separate gantries (24, 32; 66, 74), the method comprising: - calibrating the vision system (30; 64) by using a calibration plate having predetermined features at precise locations on the calibration plate, the calibration plate being fabricated from a known stable material, calculating errors and recording them for further use; - dispensing a pattern of features of said viscous material in known locations over a working area; - moving the vision system (30; 64) over a deposition location to locate a deposit of the pattern of features; - obtaining an image of the deposited viscous material at the deposition location; - tagging data associated with the image to obtain tagged data; - calculating a relative distance between the dispensing unit (14, 16; 70, 72) and the vision system (30; 64) based on the tagged data and the errors calculated during calibrating of the vision system to obtain correction data for each spatial location where the viscous material is deposited; - storing the correction data with spatial location in a file for later use; and - using the stored data to make dispensing corrections prior to dispensing additional material on a substrate. - calibrating the vision system (30; 64) by using a calibration plate having predetermined features at precise locations on the calibration plate, the calibration plate being fabricated from a known stable material, calculating errors and recording them for further use; - dispensing a pattern of features of said viscous material in known locations over a working area; - moving the vision system (30; 64) over a deposition location to locate a deposit of the pattern of features; - obtaining an image of the deposited viscous material at the deposition location; - tagging data associated with the image to obtain tagged data; - calculating a relative distance between the dispensing unit (14, 16; 70, 72) and the vision system (30; 64) based on the tagged data and the errors calculated during calibrating of the vision system to obtain correction data for each spatial location where the viscous material is deposited; - storing the correction data with spatial location in a file for later use; and - using the stored data to make dispensing corrections prior to dispensing additional material on a substrate.
A positive electrode for a lithium-sulfur battery which comprises a positive electrode active material including a sulfur-carbon composite, and a conductive material including a sulfur-carbon compound, wherein the sulfur-carbon composite has the structure that the surfaces of sulfur particles are surrounded by carbon particles.
Sound-absorbing roof construction of a hall with walls, several roof trusses resting at least at their ends on the walls and with a roof cladding carried by the roof trusses, wherein on the side surfaces of several of the roof trusses absorber strips are attached, which are composed of sound absorber elements, wherein a sound-reflecting section of the roof cladding extends between adjacent roof trusses with the absorber strips with a width which is at least twice the average height of the roof trusses, and wherein the roof cladding, which extends between the side surfaces of the roof trusses covered with the absorber strips, is not covered with sound-absorbing material, characterized in that the roof cladding has a reverberant and therefore acoustically strongly reflecting inside, whereby the inside of the roof cladding acts as a further reflective surface which reflects the sound waves generated in the interior of the hall to the absorber elements.
A charging system comprising: a mounting mechanism for mounting simultaneously a plurality of charge-scheduled devices; a plurality of discrete power-feeding units (PP i1, PP i2, PP i3,......), attached respectively to the mounting mechanism, being independently arranged for the plurality of the charge-scheduled devices, such that the plurality of the power-feeding units (PP i1, PP i2, PP i3,......) can be simultaneously connected to the plurality of the charge-scheduled devices, respectively; a charging-state determining-circuit attached to the mounting mechanism, configured to determine charging-states of the charge-scheduled devices, by independently measuring current supplied from commercial power to each of the charge-scheduled devices, which is charged through any one of the plurality of power-feeding units (PP i1, PP i2, PP i3,......); a priority-determining circuit (523 i) attached to the mounting mechanism, configured to determine priority order in the plurality of the charge-scheduled devices based on the charging-states of the charge-scheduled devices, under a condition such that the plurality of charge-scheduled devices, which include charging completed charge-scheduled devices, are connected to the plurality of power-feeding units (PP i1, PP i2, PP i3,......); and a charging-state displaying circuit (53 i1, 53 i2, 53 i3) configured to display whether each of the plurality of the charge-scheduled devices is in an under-charging state or a charge-completed state, and to display the priority orders for using the plurality of the charge-scheduled devices. a mounting mechanism for mounting simultaneously a plurality of charge-scheduled devices; a plurality of discrete power-feeding units (PP i1, PP i2, PP i3,......), attached respectively to the mounting mechanism, being independently arranged for the plurality of the charge-scheduled devices, such that the plurality of the power-feeding units (PP i1, PP i2, PP i3,......) can be simultaneously connected to the plurality of the charge-scheduled devices, respectively; a charging-state determining-circuit attached to the mounting mechanism, configured to determine charging-states of the charge-scheduled devices, by independently measuring current supplied from commercial power to each of the charge-scheduled devices, which is charged through any one of the plurality of power-feeding units (PP i1, PP i2, PP i3,......); a priority-determining circuit (523 i) attached to the mounting mechanism, configured to determine priority order in the plurality of the charge-scheduled devices based on the charging-states of the charge-scheduled devices, under a condition such that the plurality of charge-scheduled devices, which include charging completed charge-scheduled devices, are connected to the plurality of power-feeding units (PP i1, PP i2, PP i3,......); and a charging-state displaying circuit (53 i1, 53 i2, 53 i3) configured to display whether each of the plurality of the charge-scheduled devices is in an under-charging state or a charge-completed state, and to display the priority orders for using the plurality of the charge-scheduled devices.
A cell comprising a chimeric polypeptide, or comprising a nucleic acid comprising a polynucleotide encoding said chimeric polypeptide, wherein the chimeric polypeptide comprises: a) a first part comprising a SH2-domain from a protein which binds to a phosphorylated immunoreceptor tyrosine-based activation motif (ITAM); b) a second part comprising a small molecule-regulated destabilization domain; and c) a third part comprising an immunoreceptor tyrosine-based switch motif (ITSM), and/or an immunoreceptor tyrosine-based inhibitory motif (ITIM), preferably an ITSM and an ITIM. a) a first part comprising a SH2-domain from a protein which binds to a phosphorylated immunoreceptor tyrosine-based activation motif (ITAM); b) a second part comprising a small molecule-regulated destabilization domain; and c) a third part comprising an immunoreceptor tyrosine-based switch motif (ITSM), and/or an immunoreceptor tyrosine-based inhibitory motif (ITIM), preferably an ITSM and an ITIM.
An auxiliary drive (40; 60) of a combustion machine, having a shaft which is operatively connected to a crankshaft of the combustion machine and which has two shaft ends (42a, 42b) which are designed in each case for connection to a machine (24, 25) arranged outside the crankcase; characterized in that one of the two shaft ends is connected to an expansion machine, wherein the expansion machine is part of a waste heat recovery system for converting waste heat of the combustion machine or of an engine braking system into utilizable energy by means of a steam circuit, and a1) in that the shaft is mounted in a case section of a control case in which a rear gear drive is mounted which is operatively connected to the combustion machine; or a2) in that the auxiliary drive has an intermediate case in which the shaft is mounted, wherein the intermediate case is fastened to the control case, in which a gear drive which is operatively connected to the combustion machine is arranged, or said intermediate case is formed as part of the control case. a1) in that the shaft is mounted in a case section of a control case in which a rear gear drive is mounted which is operatively connected to the combustion machine; or a2) in that the auxiliary drive has an intermediate case in which the shaft is mounted, wherein the intermediate case is fastened to the control case, in which a gear drive which is operatively connected to the combustion machine is arranged, or said intermediate case is formed as part of the control case.
An endotracheal tube, comprising a curved tube body and an oblique cutting surface, the curved tube body having a front end and the curved tube body having a center axis, an inner axis and an outer axis, the oblique cutting surface having a tip and the oblique cutting surface being located at the front end, wherein the oblique cutting surface has a circular projection surface on a vertical plane, the tip has a tip projection point on the circumference of the circular projection surface, the inner axis has an inner axis projection point on the circumference of the circular projection surface, and wherein the endotracheal tube is characterized in that: the tip projection point and the inner axis projection point form an angle θ, where 15° < θ < 45°; wherein, on the circular projection surface, the inner axis projection point is used as a starting point for defining moving along the clockwise direction from the inner axis projection point as being positive, and moving along the counterclockwise direction from the inner axis projection point as being negative.
Device for measuring an electric current between a vehicle battery and an electrical consumer connected to the vehicle battery, said device comprising a busbar, which receives the electric current from the vehicle battery and transfers it to the electrical consumer and on which a first current sensor (34, 40) and a second current sensor, which is different from the first current sensor (34, 40), are arranged, said current sensors being configured to measure the electric current through the busbar independently of one another, wherein the busbar comprises a conductor loop, in which the first current sensor (34, 40) detects the current to be measured on the basis of a magnetic measuring principle, characterized in that the conductor loop has an electrical interruption which is bridged by the second current sensor, wherein the second current sensor is designed as a shunt and wherein a voltage drop, caused by the electric current to be measured, across the shunt can be kept constant by a control voltage, with the result that the control voltage is dependent on the electric current to be measured.
A motor driven door assembly for installation in an existing entryway, comprising; a motor having a drive shaft that rotates about a vertical axis; a door having a door hinge (92, 94) connected to the drive shaft; and a first and a second access panel (50, 50) which are movable and conceal the motor and the door hinge (92, 94) during operation of the door, characterized in that: the first access panel is arranged adjacent to the door outside the existing entryway and is rotatably connected to the door and configured to be guided by the door's motion and to slide along an adjacent wall during operation of the door; and the second access panel is arranged adjacent to the door inside the existing entryway opposite from the first access panel and is rotatably connected to an adjacent wall and configured to be guided by the door's motion and to slide along the door during operation of the door. the first access panel is arranged adjacent to the door outside the existing entryway and is rotatably connected to the door and configured to be guided by the door's motion and to slide along an adjacent wall during operation of the door; and the second access panel is arranged adjacent to the door inside the existing entryway opposite from the first access panel and is rotatably connected to an adjacent wall and configured to be guided by the door's motion and to slide along the door during operation of the door.
A wind turbine rotor comprising: a number of blades which are rotatably mounted about an axis of rotation; a number of blade supports, each blade support supporting a respective blade and each blade support having a pair of legs which are spaced apart along said axis of rotation; characterised in that the wind turbine rotor further comprises: a pair of hub supports which support said legs, with said hub supports also being spaced apart along said axis of rotation; and a pair of bearing systems, each bearing system being associated with one of said hub supports and each bearing system rotatably supporting its associated hub support so as to allow its associated hub support to rotate about said axis of rotation; wherein each hub support allows the communication of forces between said blades, and each hub support comprises at least a pair of radially extending walls. a number of blades which are rotatably mounted about an axis of rotation; a number of blade supports, each blade support supporting a respective blade and each blade support having a pair of legs which are spaced apart along said axis of rotation; characterised in that the wind turbine rotor further comprises: a pair of hub supports which support said legs, with said hub supports also being spaced apart along said axis of rotation; and a pair of bearing systems, each bearing system being associated with one of said hub supports and each bearing system rotatably supporting its associated hub support so as to allow its associated hub support to rotate about said axis of rotation; a pair of hub supports which support said legs, with said hub supports also being spaced apart along said axis of rotation; and a pair of bearing systems, each bearing system being associated with one of said hub supports and each bearing system rotatably supporting its associated hub support so as to allow its associated hub support to rotate about said axis of rotation; wherein each hub support allows the communication of forces between said blades, and each hub support comprises at least a pair of radially extending walls.
A road cleaning vehicle comprising a debris collection arrangement, the debris collection arrangement comprising a centrifugal fan assembly, the centrifugal fan assembly comprising: a casing comprising a volute portion, an outlet passageway and an air inlet, the volute portion being connected to the outlet passageway and the air inlet, a corner being formed in the casing between the volute portion and the outlet passageway; and a rotatable impeller comprising a plurality of blades, the impeller being located in the volute portion proximate the corner and arranged to draw in air from the air inlet and direct the air to the outlet passageway; the road cleaning vehicle being characterised in that it further comprises: a wall separating the outlet passageway into a first and second passageway (36, 37), the wall extending from an exit of the outlet passageway to an inner end proximate the impeller, the first and second passageways (36, 37) being sealed from one another other than at the ends of the first and second passageways (36, 37), wherein the inner end is positioned, and the impeller is arranged, such that when a blade passes the inner end a second pressure wave is formed that destructively interferes with a first pressure wave formed by a blade passing the corner; and wherein the distance W between the inner end and impeller is greater than the distance Z between the corner and impeller. a casing comprising a volute portion, an outlet passageway and an air inlet, the volute portion being connected to the outlet passageway and the air inlet, a corner being formed in the casing between the volute portion and the outlet passageway; and a rotatable impeller comprising a plurality of blades, the impeller being located in the volute portion proximate the corner and arranged to draw in air from the air inlet and direct the air to the outlet passageway; the road cleaning vehicle being characterised in that it further comprises: a wall separating the outlet passageway into a first and second passageway (36, 37), the wall extending from an exit of the outlet passageway to an inner end proximate the impeller, the first and second passageways (36, 37) being sealed from one another other than at the ends of the first and second passageways (36, 37), wherein the inner end is positioned, and the impeller is arranged, such that when a blade passes the inner end a second pressure wave is formed that destructively interferes with a first pressure wave formed by a blade passing the corner; and wherein the distance W between the inner end and impeller is greater than the distance Z between the corner and impeller. wherein the inner end is positioned, and the impeller is arranged, such that when a blade passes the inner end a second pressure wave is formed that destructively interferes with a first pressure wave formed by a blade passing the corner; and wherein the distance W between the inner end and impeller is greater than the distance Z between the corner and impeller.
Air filter system for an internal combustion engine, comprising - a housing with housing wall and at least one cover, - an inlet disposed at the housing for supplying a fluid to be filtered, in particular air, - an outlet disposed at the housing for discharging the filtered fluid, - at least one filter element that is disposed between inlet and outlet and separates a raw side from a clean side, - a seal disposed between a sealing surface of the housing wall and a sealing surface of the cover which seals the housing radially, wherein the seal is held in position in a longitudinal direction by at least one holding element which is disposed at the cover or at the housing wall, wherein the at least one holding element is disposed in the shape of at least one retaining cam radially outside on a collar of the cover or of the housing wall, wherein the collar concurrently also serves as radial sealing surface for the inserted seal. - a housing with housing wall and at least one cover, - an inlet disposed at the housing for supplying a fluid to be filtered, in particular air, - an outlet disposed at the housing for discharging the filtered fluid, - at least one filter element that is disposed between inlet and outlet and separates a raw side from a clean side, - a seal disposed between a sealing surface of the housing wall and a sealing surface of the cover which seals the housing radially,
A device for generating electricity from solar radiation, comprising: a wafer doped with a first dopant, the wafer including a front-side and a back-side, wherein the front-side is configured to be exposed to the solar radiation, the wafer further including a front-side diffused region, wherein the front-side diffused region is doped with a second dopant, the second dopant being a counter dopant to the first dopant; a sintered Group IV nanoparticle back surface field layer deposited on the back-side; an electrode deposited on the back-side, wherein said electrode is in electrical contact with the fused Group IV nanoparticle BSF layer; wherein when the solar radiation is applied to the front-side, an electrical current is produced. a wafer doped with a first dopant, the wafer including a front-side and a back-side, wherein the front-side is configured to be exposed to the solar radiation, the wafer further including a front-side diffused region, wherein the front-side diffused region is doped with a second dopant, the second dopant being a counter dopant to the first dopant; a sintered Group IV nanoparticle back surface field layer deposited on the back-side; an electrode deposited on the back-side, wherein said electrode is in electrical contact with the fused Group IV nanoparticle BSF layer; wherein when the solar radiation is applied to the front-side, an electrical current is produced.
A process for curing a liner for the rehabilitation of pipes or canals wherein the following steps are performed: a. inserting a liner comprising at least a resin-impregnated fibre tube into the pipe to be rehabilitated or the canal to be rehabilitated, b. erecting the liner by pressing the liner against the inner surface of the pipe or canal to be rehabilitated, and c. curing the resin system in the resin-impregnated fibre tube by moving a device through the erected liner wherein laser light is deflected in the device by at least one optics at an angle from 0.5 to 179 degrees such that the laser light impinges on the inner surface of the erected liner and thus can cure the resin system in the fibre tube, characterised in that the optics comprises at least one axicon that generates an annular beam profile of a laser beam impinging on the inner surface of the erected liner, wherein: the axicon is a conical lens that generates an annular beam profile. a. inserting a liner comprising at least a resin-impregnated fibre tube into the pipe to be rehabilitated or the canal to be rehabilitated, b. erecting the liner by pressing the liner against the inner surface of the pipe or canal to be rehabilitated, and c. curing the resin system in the resin-impregnated fibre tube by moving a device through the erected liner wherein laser light is deflected in the device by at least one optics at an angle from 0.5 to 179 degrees such that the laser light impinges on the inner surface of the erected liner and thus can cure the resin system in the fibre tube,
Seat belt retractor with a rotatable belt spool, a reversible belt drive adapted for rotating the belt spool via a gear drive in a winding direction and in an unwinding direction, and a belt tensioner adapted for rotating the belt spool via a coupling in a winding direction, wherein a releasable drive connection is provided between the belt drive and the belt spool, and wherein the coupling is arranged so as to be able to engage at a cylindrical first drive portion formed integrally with or connected to belt spool while a pinion of the gear drive is arranged adjacent to the first drive portion on a second drive portion wherein the releasable drive connection is embodied in pinion, which comprises a predetermined breaking point, characterized in that the second drive portion has a smaller diameter as compared to the first drive portion.