mhurhangee/ep-ind-claims huggingface dataset:
A can body inspection apparatus which comprises a conveyance mechanism which conveys a can body with an open end, a light source unit (10a, 10b) which emits light to a can body which moves along the inside of a path of conveyance, and a light-detection unit which is arranged so as to face the open end face of the can body at a predetermined position inside the path of conveyance, which takes in the light which is leaked to the inside of the can body which is irradiated by the light from said light source unit which is turned on through the open end face, and which outputs a detection signal which corresponds to the amount of light which is taken in and which uses the detection signal from said light-detection unit as the basis to inspect the can body, said can body inspection apparatus comprising light source control means (21, 22) for turning on and off said light source unit (10a, 10b) a predetermined number of times of two times or more at predetermined timings at which light can be taken in by said light-detection unit through the open end face of the can body which is moving along the path of conveyance, detection signal integrating means for integrating signal values based on the detection signal which is output from said light-detection unit due to on operations of said light source unit, and condition judging means for judging condition of the can body based on an integrated value which is obtained by said detection signal integrating means.
Arrangement to align two components of a wind turbine, which are moved towards each other for their final connection, comprising: - a blade of a wind turbine as a first component and a hub of the wind turbine as a second component, - wherein the blade comprises a bolt as guiding means and wherein the hub comprises a hole as guiding means, - wherein the bolt and the hole are prepared and arranged to interact with each other in a way that the blade and the hub are aligned to each other while they are moved towards each other for their final connection, characterized in - that the bolt of the blade comprises an optical camera system, which is used to monitor the change of the position of the hole in reference to the position of the bolt, - that the optical camera system is integrated into a drilling, which is drilled into the front face of the bolt, and - that the optical camera system is connected with a remote display enabling working personnel to direct the movement of the components (C1, C2) based on the monitored position changes. - a blade of a wind turbine as a first component and a hub of the wind turbine as a second component, - wherein the blade comprises a bolt as guiding means and wherein the hub comprises a hole as guiding means, - wherein the bolt and the hole are prepared and arranged to interact with each other in a way that the blade and the hub are aligned to each other while they are moved towards each other for their final connection, - that the bolt of the blade comprises an optical camera system, which is used to monitor the change of the position of the hole in reference to the position of the bolt, - that the optical camera system is integrated into a drilling, which is drilled into the front face of the bolt, and - that the optical camera system is connected with a remote display enabling working personnel to direct the movement of the components (C1, C2) based on the monitored position changes.
A spunbond nonwoven laminate comprising a plurality of spunbond nonwoven layers (2, 3) arranged one above the other, wherein at least two of the spunbond nonwoven layers comprise crimped continuous filaments or consist or substantially consist of crimped continuous filaments, wherein a first spunbond nonwoven layer with crimped multicomponent filaments or bicomponent filaments is provided, wherein at least one first component arranged on the outer surface of the filaments of the first layer consists or substantially consists of polyethylene, wherein at least one further or one second component of the filaments of the first layer consists or substantially consists of a plastic which has a higher melting point than the polyethylene of the first component of the filaments of the first layer, wherein the spunbond nonwoven laminate comprises a second outermost spunbond nonwoven layer comprising multicomponent filaments or bicomponent filaments as a cover layer, wherein at least one first component arranged on the outer surface of the filaments of the second layer consists or substantially consists of polyethylene, wherein at least one further or one second component of the filaments of the second layer consists or substantially consists of a plastic which has a higher melting point than the polyethylene of the first component of the filaments of the second layer, and wherein the polyethylene fraction of the first component of the filaments of the second layer is higher than the polyethylene fraction of the first component of the filaments of the first layer and wherein the titre of the filaments of the second outermost layer is less than the titre of the filaments of the first layer. wherein a first spunbond nonwoven layer with crimped multicomponent filaments or bicomponent filaments is provided, wherein at least one first component arranged on the outer surface of the filaments of the first layer consists or substantially consists of polyethylene, wherein at least one further or one second component of the filaments of the first layer consists or substantially consists of a plastic which has a higher melting point than the polyethylene of the first component of the filaments of the first layer, wherein the spunbond nonwoven laminate comprises a second outermost spunbond nonwoven layer comprising multicomponent filaments or bicomponent filaments as a cover layer, wherein at least one first component arranged on the outer surface of the filaments of the second layer consists or substantially consists of polyethylene, wherein at least one further or one second component of the filaments of the second layer consists or substantially consists of a plastic which has a higher melting point than the polyethylene of the first component of the filaments of the second layer, and wherein the polyethylene fraction of the first component of the filaments of the second layer is higher than the polyethylene fraction of the first component of the filaments of the first layer and wherein the titre of the filaments of the second outermost layer is less than the titre of the filaments of the first layer.
A broadcast receiver comprising: an interface connectable to an information processing apparatus; and a first controller configured to - acquire an event message including at least one command, - send the acquired command to the information processing apparatus through the interface for causing the information processing apparatus to acquire application content data if the acquired event message includes a command for causing the information processing apparatus to launch an application, and - send the acquired command to the information processing apparatus through the interface for causing the information processing apparatus to acquire AV content data if the acquired event message includes a command for causing the information processing apparatus to acquire AV content data. an interface connectable to an information processing apparatus; and a first controller configured to - acquire an event message including at least one command, - send the acquired command to the information processing apparatus through the interface for causing the information processing apparatus to acquire application content data if the acquired event message includes a command for causing the information processing apparatus to launch an application, and - send the acquired command to the information processing apparatus through the interface for causing the information processing apparatus to acquire AV content data if the acquired event message includes a command for causing the information processing apparatus to acquire AV content data. - acquire an event message including at least one command, - send the acquired command to the information processing apparatus through the interface for causing the information processing apparatus to acquire application content data if the acquired event message includes a command for causing the information processing apparatus to launch an application, and - send the acquired command to the information processing apparatus through the interface for causing the information processing apparatus to acquire AV content data if the acquired event message includes a command for causing the information processing apparatus to acquire AV content data.
A method comprising: receiving, in a network element of a packet data core network, a network resource request from a user equipment, said request including an indication on the user equipment's internet protocol version capability or a request for a particular packet data protocol type; creating, in said network element, a packet data network address policy for guiding the user equipment in IP address allocation at least in one packet data network, said packet data network address policy including at least a recommended version of IP address type to be used; and signalling said packet data network address policy within IETF protocols after an attach procedure to the user equipment as a response to the network resource request. receiving, in a network element of a packet data core network, a network resource request from a user equipment, said request including an indication on the user equipment's internet protocol version capability or a request for a particular packet data protocol type; creating, in said network element, a packet data network address policy for guiding the user equipment in IP address allocation at least in one packet data network, said packet data network address policy including at least a recommended version of IP address type to be used; and signalling said packet data network address policy within IETF protocols after an attach procedure to the user equipment as a response to the network resource request.
A first medical device comprising a module for communication with at least one second medical device via a communication link, wherein the communication link is automatically activated by generating a value of a physiological parameter of an animal by the first medical device, characterized in that the communication link is established for a predetermined time span, wherein after expiration of the time span, the communication link is deactivated and no data exchange between the medical devices is anymore possible, wherein for further communication the communication link has to be activated by generating a further value of the physiological parameter.
An illumination unit comprising: a plurality of light sources (10A, 10B, 10C); a first light source comprising at least one of the light sources (10A, 10B, 10C); a second light source comprising two of the light sources (10A, 10B, 10C); an optical member configured to allow incident light from the light sources (10A, 10B, 10C) to pass therethrough; wherein said second light source comprises: a first auxiliary light source of the plurality of light sources (10A, 10B, 10C) that is configured to include a plurality of light-emitting spots each of which emits a first light beam in a same first wavelength band, a second auxiliary light source of the plurality of light sources (10A, 10B, 10C) that is different from the first light source and is configured to include one or more light-emitting-spots each of which emits a second light beam in a wavelength band different from the first wavelength band, the light-emitting spots of the second auxiliary light source being different from the light-emitting spots of the first auxiliary light source, characterized in that directions of major axes of far field patterns of the first and second light beams are substantially aligned with each other. a plurality of light sources (10A, 10B, 10C); a first light source comprising at least one of the light sources (10A, 10B, 10C); a second light source comprising two of the light sources (10A, 10B, 10C); an optical member configured to allow incident light from the light sources (10A, 10B, 10C) to pass therethrough; wherein said second light source comprises: a first auxiliary light source of the plurality of light sources (10A, 10B, 10C) that is configured to include a plurality of light-emitting spots each of which emits a first light beam in a same first wavelength band, a second auxiliary light source of the plurality of light sources (10A, 10B, 10C) that is different from the first light source and is configured to include one or more light-emitting-spots each of which emits a second light beam in a wavelength band different from the first wavelength band, the light-emitting spots of the second auxiliary light source being different from the light-emitting spots of the first auxiliary light source, characterized in that directions of major axes of far field patterns of the first and second light beams are substantially aligned with each other. a first auxiliary light source of the plurality of light sources (10A, 10B, 10C) that is configured to include a plurality of light-emitting spots each of which emits a first light beam in a same first wavelength band, a second auxiliary light source of the plurality of light sources (10A, 10B, 10C) that is different from the first light source and is configured to include one or more light-emitting-spots each of which emits a second light beam in a wavelength band different from the first wavelength band, the light-emitting spots of the second auxiliary light source being different from the light-emitting spots of the first auxiliary light source, characterized in that directions of major axes of far field patterns of the first and second light beams are substantially aligned with each other.
A mobile unit for receiving variable data rate communications in a communication system, the mobile unit comprising: a receiver configured to receive modulated signals from a base station and to receive forward error correction, FEC, coding rate data from the base station; multiple channel demodulators configured for de-spreading the received modulated signals and to generate a plurality of demodulated symbols from the modulated signals; an FEC decoder configured to apply an inverse FEC coding process to decode bits of an incoming plurality of frames received via the demodulated symbols into a plurality of FEC decoded bits based on the received FEC coding rate data, wherein the plurality of frames each has a fixed number of output FEC symbols, and whose plurality of pre-encoded frames have sizes that vary depending on an FEC coding scheme; and wherein the plurality of FEC decoded bits are decoded by the FEC decoder from the plurality of frames with a respective coding rate that corresponds to each coded frame as transmitted by the base station. a receiver configured to receive modulated signals from a base station and to receive forward error correction, FEC, coding rate data from the base station; multiple channel demodulators configured for de-spreading the received modulated signals and to generate a plurality of demodulated symbols from the modulated signals; an FEC decoder configured to apply an inverse FEC coding process to decode bits of an incoming plurality of frames received via the demodulated symbols into a plurality of FEC decoded bits based on the received FEC coding rate data, wherein the plurality of frames each has a fixed number of output FEC symbols, and whose plurality of pre-encoded frames have sizes that vary depending on an FEC coding scheme; and wherein the plurality of FEC decoded bits are decoded by the FEC decoder from the plurality of frames with a respective coding rate that corresponds to each coded frame as transmitted by the base station.
A process for preparing quaternized nitrogen compounds, wherein a) a compound comprising at least one oxygen- or nitrogen-containing group reactive with the anhydride and additionally comprising at least one quaternizable amino group is added onto a polycarboxylic anhydride compound; wherein the reaction is performed at a temperature of less than 80°C; and b) the product from stage a) is quaternized, wherein the quaternization is effected without addition of an H + donor over a period of 1 to 10 hours at a temperature of from 40 to 80°C. a) a compound comprising at least one oxygen- or nitrogen-containing group reactive with the anhydride and additionally comprising at least one quaternizable amino group is added onto a polycarboxylic anhydride compound; wherein the reaction is performed at a temperature of less than 80°C; and b) the product from stage a) is quaternized, wherein the quaternization is effected without addition of an H + donor over a period of 1 to 10 hours at a temperature of from 40 to 80°C.
Device for loading a transporting unit intended for transporting piece goods, in particular mail deliveries, having: - a first conveying unit which can be moved into the transporting unit and is intended for conveying and unloading a first stream of piece goods in the transporting unit, wherein the first conveying unit forms a first conveyor track; - at least one second conveying unit which can be moved into the transporting unit and is intended for conveying and unloading a second stream of piece goods in the transporting unit, wherein the second conveying unit forms a second conveyor track; - a sorting unit which is connected to the conveying units (18, 20) using conveyor technology and sorts a primary stream of piece goods in order to generate the first and the second stream of piece goods according to a sorting criterion, wherein the sorting criterion is related to at least one physical attribute of the piece goods which is an extent, the weight, the volume, a surface, the shape and/or a combination of a plurality of said features, and wherein the two conveyor tracks (38, 40) have a different height, such that the piece goods can be unloaded from the conveying units (18, 20) at different heights in the transporting unit. - a first conveying unit which can be moved into the transporting unit and is intended for conveying and unloading a first stream of piece goods in the transporting unit, wherein the first conveying unit forms a first conveyor track; - at least one second conveying unit which can be moved into the transporting unit and is intended for conveying and unloading a second stream of piece goods in the transporting unit, wherein the second conveying unit forms a second conveyor track; - a sorting unit which is connected to the conveying units (18, 20) using conveyor technology and sorts a primary stream of piece goods in order to generate the first and the second stream of piece goods according to a sorting criterion, wherein the sorting criterion is related to at least one physical attribute of the piece goods which is an extent, the weight, the volume, a surface, the shape and/or a combination of a plurality of said features, and wherein the two conveyor tracks (38, 40) have a different height, such that the piece goods can be unloaded from the conveying units (18, 20) at different heights in the transporting unit.
A therapeutic formulation suitable for intravenous administration to a subject comprising: an aqueous solution; a hydrophobic active agent; a dispersion stabilizing agent; and an opsonization reducer selected from the group consisting of polyethylene glycols, polysaccharides, PEG-containing copolymers, poloxamines and poloxamers; wherein the hydrophobic active agent is dispersed into a colloidal nano-dispersion of particles having a mean size of less than 200-nm as determined by photon correlation spectroscopy; wherein the hydrophobic active agent is Coenzyme Q10; and wherein the dispersion stabilizing agent is dimyristoylphosphatidyl choline (DMPC). an aqueous solution; a hydrophobic active agent; a dispersion stabilizing agent; and an opsonization reducer selected from the group consisting of polyethylene glycols, polysaccharides, PEG-containing copolymers, poloxamines and poloxamers; wherein the hydrophobic active agent is dispersed into a colloidal nano-dispersion of particles having a mean size of less than 200-nm as determined by photon correlation spectroscopy; wherein the hydrophobic active agent is Coenzyme Q10; and wherein the dispersion stabilizing agent is dimyristoylphosphatidyl choline (DMPC).
An aerosol-generating system comprising: a cartridge comprising a cartridge housing, a solid aerosol-forming substrate positioned within the cartridge housing and a liquid aerosol-forming substrate positioned within the cartridge housing; and an aerosol-generating device comprising: a cavity for receiving at least a portion of the cartridge, wherein the cavity is configured for insertion of the cartridge into the cavity along a first direction; a liquid transfer element extending from an end wall of the cavity, the liquid transfer element having a longitudinal axis extending substantially parallel to the first direction, wherein the aerosol-generating system is configured so that a portion of the liquid transfer element contacts the liquid aerosol-forming substrate when the cartridge is received within the cavity; an electric heater comprising a resistive heating coil wrapped around a portion of the liquid transfer element, wherein the resistive heating coil is wrapped around the longitudinal axis of the liquid transfer element; and a power supply and a controller for controlling a supply of electrical power from the power supply to the electric heater. a cartridge comprising a cartridge housing, a solid aerosol-forming substrate positioned within the cartridge housing and a liquid aerosol-forming substrate positioned within the cartridge housing; and an aerosol-generating device comprising: a cavity for receiving at least a portion of the cartridge, wherein the cavity is configured for insertion of the cartridge into the cavity along a first direction; a liquid transfer element extending from an end wall of the cavity, the liquid transfer element having a longitudinal axis extending substantially parallel to the first direction, wherein the aerosol-generating system is configured so that a portion of the liquid transfer element contacts the liquid aerosol-forming substrate when the cartridge is received within the cavity; an electric heater comprising a resistive heating coil wrapped around a portion of the liquid transfer element, wherein the resistive heating coil is wrapped around the longitudinal axis of the liquid transfer element; and a power supply and a controller for controlling a supply of electrical power from the power supply to the electric heater. a cavity for receiving at least a portion of the cartridge, wherein the cavity is configured for insertion of the cartridge into the cavity along a first direction; a liquid transfer element extending from an end wall of the cavity, the liquid transfer element having a longitudinal axis extending substantially parallel to the first direction, wherein the aerosol-generating system is configured so that a portion of the liquid transfer element contacts the liquid aerosol-forming substrate when the cartridge is received within the cavity; an electric heater comprising a resistive heating coil wrapped around a portion of the liquid transfer element, wherein the resistive heating coil is wrapped around the longitudinal axis of the liquid transfer element; and a power supply and a controller for controlling a supply of electrical power from the power supply to the electric heater.