mhurhangee/patent-ind-claim-en huggingface dataset:
Marquee having an electromotively-driven fabric shaft from which a fabric can be unwound, wherein the front end of the fabric is fastened to an extension profile, wherein the electrical drive motor of the fabric shaft can be driven and actuated by means of a control device in both directions of rotation such that the marquee can be retracted and extended, wherein the control device has a supply connection for connecting to a phase of a power supply network and wherein the control device has a module for receiving and for processing radio remote control signals, wherein the control device has means in order to connect at least one further supply line, in particular for applying a freely chosen voltage and/or freely chosen current strength, characterised in that the extension profile has an electromotively driven valance shaft from which a valance can be unwound, wherein the electrical drive motor of the valance shaft can be driven and actuated by means of a control device in both directions of rotation such that the valance can be retracted and extended, wherein the control device is configured such that a retraction of the marquee fabric is triggered only when the valance is completely retracted.
A method of operating a terminal device in a wireless telecommunications system in which downlink communications are made by a base station using a radio interface that spans a system frequency bandwidth and the terminal device is configured to receive at least some communications from the base station within a restricted subset of transmission resources selected from within the system frequency bandwidth and comprising a restricted bandwidth downlink channel having a channel bandwidth which is smaller than the system frequency bandwidth, the method comprising: measuring channel conditions across the system frequency bandwidth; and characterized by transmitting to the base station channel condition measurement reports for a plurality of frequencies across the system frequency bandwidth, wherein a resolution of the measurement reports for transmission resources not comprising the restricted bandwidth downlink channel is less than a resolution of the measurement reports for transmission resources comprising the restricted bandwidth downlink channel. measuring channel conditions across the system frequency bandwidth; and characterized by transmitting to the base station channel condition measurement reports for a plurality of frequencies across the system frequency bandwidth, wherein a resolution of the measurement reports for transmission resources not comprising the restricted bandwidth downlink channel is less than a resolution of the measurement reports for transmission resources comprising the restricted bandwidth downlink channel.
An apparatus for coating a working wire of a sensor, the apparatus comprising: a carousel comprising: a first platform having a central axis , the first platform supporting a plurality of stations arranged around the central axis; a second platform positioned above the first platform, with a platform actuator that raises, lowers, and rotates the second platform with respect to the first platform; a ring dipping tool coupled to an edge of the second platform, the ring dipping tool being oriented vertically with respect to ground, and extending toward the first platform; a robotic arm configured to transport a fixture to the carousel, the fixture being configured to hold the working wire; and an optical scanner positioned near a wire dipping station of the plurality of stations and configured to scan a position of the working wire and a location of the ring dipping tool. a carousel comprising: a first platform having a central axis , the first platform supporting a plurality of stations arranged around the central axis; a second platform positioned above the first platform, with a platform actuator that raises, lowers, and rotates the second platform with respect to the first platform; a ring dipping tool coupled to an edge of the second platform, the ring dipping tool being oriented vertically with respect to ground, and extending toward the first platform; a first platform having a central axis , the first platform supporting a plurality of stations arranged around the central axis; a second platform positioned above the first platform, with a platform actuator that raises, lowers, and rotates the second platform with respect to the first platform; a ring dipping tool coupled to an edge of the second platform, the ring dipping tool being oriented vertically with respect to ground, and extending toward the first platform; a robotic arm configured to transport a fixture to the carousel, the fixture being configured to hold the working wire; and an optical scanner positioned near a wire dipping station of the plurality of stations and configured to scan a position of the working wire and a location of the ring dipping tool.
Method for thermally coating a substrate designed as a track of an aluminium alloy cylinder crankcase in a diesel engine, wherein the coating layer is arranged as an active partner to a steel piston, in which method an iron-based, wire-type spraying material is fused in an arc and deposited as a layer on the substrate, wherein the spraying material used consists of the following alloying constituents: - carbon: 0.1 % w/w to 0.3 % w/w - manganese: 1.5 % w/w to 2.0 % w/w - silicon:0.25 % w/w to 0.4 % w/w, and optionally - copper: 0.05 % w/w to 0.25 % w/w and/or - chromium: 0.001 % w/w to 0.1 % w/w and/or - titanium: 0.001 % w/w to 0.01 % w/w and/or - phosphorus: 0.001% w/w to 0.02 % w/w and/or - sulphur: 0.001 % w/w to 0.02 % w/w and/or - vanadium: 0.0001 % w/w to 0.001 % w/w and/or - aluminium: 0.001 % w/w to 0.02 % w/w and/or - boron: 0.0001 % w/w to 0.0004 % w/w and/or - nitrogen: 100 ppm to 200 ppm - plus unavoidable impurities - in each case relating to an overall weight, wherein - a substrate of an aluminium alloy is used, wherein prior to the coating process the surface thereof is mechanically roughened in such a way that an RZ roughness with undercuts is formed, which are filled with the spraying material in the coating process, thus effecting a mechanical interlock between the coating and the substrate, and wherein - the coating is superficially removed, - wherein at least sections of the substrate perpendicular to the main application direction of the coating have a thickness in the range of 2 mm to 8 mm. - carbon: 0.1 % w/w to 0.3 % w/w - manganese: 1.5 % w/w to 2.0 % w/w - silicon:0.25 % w/w to 0.4 % w/w, and optionally - copper: 0.05 % w/w to 0.25 % w/w and/or - chromium: 0.001 % w/w to 0.1 % w/w and/or - titanium: 0.001 % w/w to 0.01 % w/w and/or - phosphorus: 0.001% w/w to 0.02 % w/w and/or - sulphur: 0.001 % w/w to 0.02 % w/w and/or - vanadium: 0.0001 % w/w to 0.001 % w/w and/or - aluminium: 0.001 % w/w to 0.02 % w/w and/or - boron: 0.0001 % w/w to 0.0004 % w/w and/or - nitrogen: 100 ppm to 200 ppm - plus unavoidable impurities - in each case relating to an overall weight, wherein - a substrate of an aluminium alloy is used, wherein prior to the coating process the surface thereof is mechanically roughened in such a way that an RZ roughness with undercuts is formed, which are filled with the spraying material in the coating process, thus effecting a mechanical interlock between the coating and the substrate, and wherein - the coating is superficially removed, - wherein at least sections of the substrate perpendicular to the main application direction of the coating have a thickness in the range of 2 mm to 8 mm.
A method for forming a light emitting device comprising: aligning a converter layer bonding device over a phosphor , the converter layer bonding device comprising an adhesive layer adhered to a release liner ; bringing the adhesive layer and the phosphor into contact at an elevated temperature, the elevated temperature being a temperature at which the adhesive layer adheres to the phosphor; cooling the adhesive layer adhered to the phosphor; removing the release liner from the adhesive layer; bringing one or more LED die into contact with the adhesive layer opposite the phosphor; and heating the adhesive layer, one or more LED die, and phosphor to cure the adhesive layer and form a bond layer between the one or more LED die and the phosphor. aligning a converter layer bonding device over a phosphor , the converter layer bonding device comprising an adhesive layer adhered to a release liner ; bringing the adhesive layer and the phosphor into contact at an elevated temperature, the elevated temperature being a temperature at which the adhesive layer adheres to the phosphor; cooling the adhesive layer adhered to the phosphor; removing the release liner from the adhesive layer; bringing one or more LED die into contact with the adhesive layer opposite the phosphor; and heating the adhesive layer, one or more LED die, and phosphor to cure the adhesive layer and form a bond layer between the one or more LED die and the phosphor.
Baking and/or cooking oven comprising at least a first, a second and a third heating element for heating a cavity of the oven, wherein the third heating element is connected in series with the first and the second heating element and the first and the second heating elements are connected in parallel, wherein the oven is adapted to operate the first, second and third heating elements below their nominal electrical power, wherein the first heating element is an upper heating element, the second heating element is a lower heating element and the third heating element is a grill heating element and characterized in that the voltage drop at the third heating element is between 100V and 120V, the voltage drop over the first and second heating element is between 110V and 130V such that none of the heating elements reach the state of incandescence during heating the oven cavity .
A method for purifying a waste solvent, the method comprising: decompressing a waste solvent; introducing the decompressed waste solvent into a distillation column; and distilling the introduced waste solvent, wherein the distillation is performed by a multi-stage distillation method; wherein the waste solvent contains a solvent, water, ammonia, and carbon dioxide, wherein the solvent is a monohydric alcohol, a polyhydric alcohol, or a mixture of two or more thereof; wherein the decompression is performed at a temperature of 30-50°C and a pressure of 100-200 mbar. decompressing a waste solvent; introducing the decompressed waste solvent into a distillation column; and distilling the introduced waste solvent, wherein the distillation is performed by a multi-stage distillation method; wherein the waste solvent contains a solvent, water, ammonia, and carbon dioxide, wherein the solvent is a monohydric alcohol, a polyhydric alcohol, or a mixture of two or more thereof; wherein the decompression is performed at a temperature of 30-50°C and a pressure of 100-200 mbar.
A surgical portal assembly , which comprises: a portal member adapted for positioning within a tissue tract, the portal member defining a longitudinal axis and having leading and trailing ends, the portal member including a first longitudinal port for passage of an object, the portal member comprising a compressible material and transitionable between a first expanded condition, in which the leading end of the portal member has a first cross-sectional dimension, to facilitate securing of the portal member within the tissue tract and in substantial sealed relation with tissue surfaces defining the tissue tract, and a second compressed condition to facilitate at least partial insertion of the portal member within the tissue tract; and an elongated member ; wherein the elongated member extending through the first longitudinal port includes a first end and a second end , the second end being mechanically attached to the portal member adjacent the leading end thereof, such that when the first end of elongated member is pulled through the first longitudinal port in a proximal trailing direction, the second end exerts a compressive force at least adjacent the leading end to cause the portal member to transition toward the compressed condition, and the portal member further includes a second longitudinal port ; characterised in that the second longitudinal port has a second elongated member extending therethrough and is attachable to the portal member adjacent the leading end thereof, the second elongated member adapted to move through the second longitudinal port in the trailing direction to cause the portal member to transition toward the compressed condition, wherein the first and second elongated members are arranged to cause the leading end of the portal member to define a second cross-sectional dimension less than the first cross-sectional dimension when the first and second elongated members are moved through the respective first and second longitudinal ports in the trailing direction, and the first and second elongated members are arranged to extend through the respective first and second longitudinal ports of the portal member , around the leading end and along an outer surface of the portal member .
A vacuum container for a vacuum food storage comprising: a vessel , a lid equipped with a valve for sucking air out of the vessel and a date display system , whereby the date display system is at least partially circular and the date display system and the valve are arranged concentrically, characterised in that the date display system comprises two dialing rings and two date indication openings and the dialing ring is a thin disc with opening in the axis and with the date indication opening and where one of the dialing ring has different size than the other dialing ring and both dialing rings are positioned concentrically with each other and with the valve and the day and month numbers are placed on the lid under dialing rings and are visible only through date indication openings . a vessel , a lid equipped with a valve for sucking air out of the vessel and a date display system , whereby the date display system is at least partially circular and the date display system and the valve are arranged concentrically, characterised in that the date display system comprises two dialing rings and two date indication openings and the dialing ring is a thin disc with opening in the axis and with the date indication opening and where one of the dialing ring has different size than the other dialing ring and both dialing rings are positioned concentrically with each other and with the valve and the day and month numbers are placed on the lid under dialing rings and are visible only through date indication openings .
A system for scalable video coding comprising: a base layer encoder and an enhanced layer encoder , wherein: the base layer encoder is configured to encode a frame to a base layer and to generate and transmit inter-layer data to the enhanced layer encoder , wherein the inter-layer data includes motion data and one of residual data or reconstruction data, the reconstruction data being n-bit data, the generated residual data being (n+1)-bit data, n being a positive integer, wherein the base layer encoder includes a multiplexer that transmits either residual data or reconstruction data based on a block type of the base layer over a first n-bit channel , such that, if the base layer macroblock type is intra, then reconstruction data is selected, otherwise residual data is selected, the residual data being transmitted with a residual sign bit removed, transmits the motion data over a second channel , and transmits a residual sign bit over a third channel ; and the enhanced layer encoder configured to receive the inter-layer data from the base layer encoder and upsample the received inter-layer data, wherein the enhanced layer encoder is further configured to encode the frame to an enhanced layer using the upsampled inter-layer data, wherein the resolution of the enhanced layer is greater than the resolution of the base layer. the base layer encoder is configured to encode a frame to a base layer and to generate and transmit inter-layer data to the enhanced layer encoder , wherein the inter-layer data includes motion data and one of residual data or reconstruction data, the reconstruction data being n-bit data, the generated residual data being (n+1)-bit data, n being a positive integer, wherein the base layer encoder includes a multiplexer that transmits either residual data or reconstruction data based on a block type of the base layer over a first n-bit channel , such that, if the base layer macroblock type is intra, then reconstruction data is selected, otherwise residual data is selected, the residual data being transmitted with a residual sign bit removed, transmits the motion data over a second channel , and transmits a residual sign bit over a third channel ; and the enhanced layer encoder configured to receive the inter-layer data from the base layer encoder and upsample the received inter-layer data, wherein the enhanced layer encoder is further configured to encode the frame to an enhanced layer using the upsampled inter-layer data, wherein the resolution of the enhanced layer is greater than the resolution of the base layer.
An apparatus for detecting matter transported by a transportation means comprising one of a conveyor belt, a chute, and a free fall path, the apparatus comprising: - a first light source adapted to emit a first light beam ; - a second light source adapted to emit a second light beam , wherein - the apparatus is arranged such that the first and second light beams converge towards a scanning element ; - the scanning element is configured to move in a rotating or tilting plane and is adapted to redirect the converging first and second light beams towards the matter to be detected; - the first and the second light sources are configured to emit the first and second light beams (16a,b) in a plane P perpendicular to the rotating or tilting plane of the scanning element; - a detector adapted to receive light reflected by the matter via the scanning element, which detector is positioned in said plane P, and - the apparatus is further arranged such that the first and second light beams are substantially overlapping when falling on the matter to be detected. - a first light source adapted to emit a first light beam ; - a second light source adapted to emit a second light beam , wherein - the apparatus is arranged such that the first and second light beams converge towards a scanning element ; - the scanning element is configured to move in a rotating or tilting plane and is adapted to redirect the converging first and second light beams towards the matter to be detected; - the first and the second light sources are configured to emit the first and second light beams (16a,b) in a plane P perpendicular to the rotating or tilting plane of the scanning element; - a detector adapted to receive light reflected by the matter via the scanning element, which detector is positioned in said plane P, and - the apparatus is further arranged such that the first and second light beams are substantially overlapping when falling on the matter to be detected.
A laser measurement system for measuring up to 21 geometric motion errors, GME, of a precise machining and measuring equipment, comprising a 6 degrees of freedom, DOF, GME simultaneous measurement unit with two measurement beams, a beam-turning unit , and an error-sensitive unit , wherein the 6DOF GME simultaneous measurement unit and the beam-turning unit are mountable on a clamping workpiece, while the error-sensitive unit is mountable on a clamping tool; the 6DOF GME simultaneous measurement unit is adapted to cooperate with the error-sensitive unit to simultaneously or individually measure the GMEs of 6DOF of a single axis of the precise machining and measuring equipment; the 6DOF GME simultaneous measurement unit comprises a dual frequency laser for providing a single dual frequency laser beam, quarter-wave plates , polarization beam-splitters for dividing the single beam into two measurement beams, beam-splitters , a retro-reflector element , beam-reflecting elements , detectors and lenses ; the beam-turning unit is adapted to split or turn the measurement beams from the 6DOF GME measurement unit to the X, Y and Z directions in proper order, and is adapted to split or turn the reflected measurement beams from the error-sensitive unit to the 6DOF GME measurement unit , so as to be adapted to simultaneously measure the 6DOF geometric errors of each corresponding axis; the 6DOF error-sensitive unit comprises two retro-reflector elements (3011, 3012; 3021, 3022) and one beam-splitting element ; the retro-reflector elements (3011, 3012; 3021, 3022) being sensitive to the position error, the horizontal straightness error, and the vertical straightness error of a linear motion axis; the beam-splitting element being sensitive to the pitch and the yaw of the linear motion axis; a combination of the two retro-reflector elements (3011, 3012; 3021, 3022) being sensitive to the roll of the linear motion axis; a cube-corner reflector is adapted to be used for each retro-reflector element, and a plane beam-splitter is adapted to be used as the beam-splitting element; and the perpendicularity errors among the three axes are calculatable from the straightness errors of the three axes.
A communication control device comprising: a communication status grasping unit configured to grasp a communication status of wireless communication of image information between an image shooting device and a surgical site image information acquiring unit on the basis of an operating room image showing a situation of an operating room, the image shooting device capturing an image of a surgical site of a patient, the surgical site image information acquiring unit acquiring information on a surgical site image captured by the image shooting device for display control of the surgical site image; and a communication method deciding unit configured to decide a communication method between the image shooting device and the surgical site image information acquiring unit on the basis of the grasped communication status; wherein the communication status grasping unit grasps stability of communication in communication paths between the image shooting device and the surgical site image information acquiring unit as the communication status, and the communication method deciding unit selects, as the communication method, a communication path that allows for more stable communication from the communication paths. a communication status grasping unit configured to grasp a communication status of wireless communication of image information between an image shooting device and a surgical site image information acquiring unit on the basis of an operating room image showing a situation of an operating room, the image shooting device capturing an image of a surgical site of a patient, the surgical site image information acquiring unit acquiring information on a surgical site image captured by the image shooting device for display control of the surgical site image; and a communication method deciding unit configured to decide a communication method between the image shooting device and the surgical site image information acquiring unit on the basis of the grasped communication status; wherein the communication status grasping unit grasps stability of communication in communication paths between the image shooting device and the surgical site image information acquiring unit as the communication status, and the communication method deciding unit selects, as the communication method, a communication path that allows for more stable communication from the communication paths.