mhurhangee/ep-ind-claims huggingface dataset:
A bodymaker comprising: a chute assembly including a generally arcuate, generally horizontal transfer chute, said transfer chute including an outer second side member, a first end and a second end, said transfer chute first end in communication with a feeder chute outlet end; a first biasing device; a rotatable feeder disk assembly including a body with circumferential surface, said circumferential surface including a first portion, a second portion, and a third portion, said disk body first portion having a generally constant radius, said disk body second portion having a reducing radius, said disk body third portion being a pocket; said feeder disk body partially disposed in said transfer chute; a cup locator defining a holding space, said holding space in communication with said transfer chute second end; wherein said feeder disk assembly is structured to move a cup disposed at feeder chute outlet end through said transfer chute into said cup locator; and wherein said first biasing device is structured to maintain a cup in said holding space; the can bodymaker being characterised in that: said outer second side member at said transfer chute second end includes said first biasing device; and said feeder disk body is disposed in a generally horizontal plane. a chute assembly including a generally arcuate, generally horizontal transfer chute, said transfer chute including an outer second side member, a first end and a second end, said transfer chute first end in communication with a feeder chute outlet end; a first biasing device; a rotatable feeder disk assembly including a body with circumferential surface, said circumferential surface including a first portion, a second portion, and a third portion, said disk body first portion having a generally constant radius, said disk body second portion having a reducing radius, said disk body third portion being a pocket; said feeder disk body partially disposed in said transfer chute; a cup locator defining a holding space, said holding space in communication with said transfer chute second end; wherein said feeder disk assembly is structured to move a cup disposed at feeder chute outlet end through said transfer chute into said cup locator; and wherein said first biasing device is structured to maintain a cup in said holding space; the can bodymaker being characterised in that: said outer second side member at said transfer chute second end includes said first biasing device; and said feeder disk body is disposed in a generally horizontal plane. said outer second side member at said transfer chute second end includes said first biasing device; and said feeder disk body is disposed in a generally horizontal plane.
A method performed by a people distinguishing system for i, in an image, distinguishing human beings in a crowd, said method comprising: identifying by detecting and classifying objects, one or more detected objects classified as human beings in an image derived from a thermal camera adapted to capture a scene in an essentially forward-looking angle considered eye level of people and/or from slightly there above; the method being characterized by: identifying at least a first grouping of adjoining pixels in said image, not comprised in the one or more detected human beings, having an intensity within a predeterminable intensity range; determining a grouping pixel area of said at least first grouping in said image by computer vision techniques and/or image processing; determining for at least a first vertical position (y expected) of said grouping pixel area in said image, based on head size reference data, an expected pixel area (x expected) size and form of a human head at said at least first vertical position (y expected), wherein said head size reference data is represented by data indicative of a relationship between vertical positions (y) in the image and corresponding expected pixel areas (x expected) size and form of a human head; comparing at least a portion resembling a human head of said grouping pixel area with said expected head pixel area (x expected) for said at least first vertical position (y expected); and determining that said at least first grouping comprises at least a first overlapping human being, when at least a first comparison resulting from said comparing exceeds a predeterminable conformity threshold. identifying by detecting and classifying objects, one or more detected objects classified as human beings in an image derived from a thermal camera adapted to capture a scene in an essentially forward-looking angle considered eye level of people and/or from slightly there above; the method being characterized by: identifying at least a first grouping of adjoining pixels in said image, not comprised in the one or more detected human beings, having an intensity within a predeterminable intensity range; determining a grouping pixel area of said at least first grouping in said image by computer vision techniques and/or image processing; determining for at least a first vertical position (y expected) of said grouping pixel area in said image, based on head size reference data, an expected pixel area (x expected) size and form of a human head at said at least first vertical position (y expected), wherein said head size reference data is represented by data indicative of a relationship between vertical positions (y) in the image and corresponding expected pixel areas (x expected) size and form of a human head; comparing at least a portion resembling a human head of said grouping pixel area with said expected head pixel area (x expected) for said at least first vertical position (y expected); and determining that said at least first grouping comprises at least a first overlapping human being, when at least a first comparison resulting from said comparing exceeds a predeterminable conformity threshold.
A light guiding device, formed for receiving an illuminant, wherein the light guiding device has at least one adapter and an at least partially transparent light guiding element, wherein the adapter - has a cylindrical recess formed to receive exactly one illuminant, - and is connected to the light guiding element via a front end section, on which the adapter has a closed material cover, in that it is releasably received in a recess of the light guiding element with the end section, and - is transparent or translucent for the light of the illuminant at least at points provided for light passage. - has a cylindrical recess formed to receive exactly one illuminant, - and is connected to the light guiding element via a front end section, on which the adapter has a closed material cover, in that it is releasably received in a recess of the light guiding element with the end section, and - is transparent or translucent for the light of the illuminant at least at points provided for light passage.
A fluid dispensing device comprising: a fluid delivery device (18, 20); a spray tip or nozzle for atomizing fluid supplied by the fluid delivery device (18, 20); and an electrostatic discharge protection system for reducing or preventing accumulation and/or discharge of static energy without an earth ground connection, characterized in that the electrostatic discharge protection system comprises: an electrically conductive static wick having a first end connected to an electrostatic charge accumulating component of the device and a second end exposed to atmosphere. a fluid delivery device (18, 20); a spray tip or nozzle for atomizing fluid supplied by the fluid delivery device (18, 20); and an electrostatic discharge protection system for reducing or preventing accumulation and/or discharge of static energy without an earth ground connection,
An apparatus for manufacturing a fibre mass suspension, the apparatus comprising a pulper for mixing together a fibre material and water so as to produce a fibre mass suspension and for dividing the fibre mass suspension into an accept fraction and a reject fraction, the accept fraction being arranged to be forwarded to a further treatment process of the fibre mass suspension and the reject fraction being arranged to be supplied for further processing, the apparatus further comprising a first secondary pulper arranged in series with the pulper the apparatus being characterized by a second secondary pulper arranged in series with the first secondary pulper such that the first secondary pulper is arranged to receive continuously the reject fraction formed in the pulper for further screening and defibring, and that the accept fraction formed in the first secondary pulper is arranged to be supplied continuously for further processing, and that the reject fraction formed in the first secondary pulper is arranged to be supplied continuously to the second secondary pulper for further screening and defibring, that the accept fraction formed in the second secondary pulper is arranged to be supplied continuously for further processing, and that the reject fraction formed in the second secondary pulper is arranged to be supplied for further processing, and that the accept fraction formed in the second secondary pulper is arranged to be supplied continuously to the pulper for further defibring.
A propeller arrangement for a marine vessel, the propeller arrangement comprising - a propeller; - a propeller shaft assembly comprising a shaft portion extending from a distal side of the propeller; - a support member having a first end and a second end and defining a hollow space, the support member being arranged to be connected at the second end to a hull of the marine vessel; - a bearing arrangement interconnecting the first end of the support member and the shaft portion; and - at least one cooling fluid inlet conduit disposed within the hollow space of the support member and configured to transport a first cooling fluid from the second end of the support member towards the bearing arrangement; characterized in that the propeller arrangement comprises: - an outlet conduit arranged adjacent to the second end of the support member to allow the cooling fluid to leave the support member such that the first cooling fluid rising towards the hull within the support member 130 may flow freely within the hollow space defined within the support member and, when the first cooling fluid has passed through the outlet conduit, it will be circulated back towards the bearing arrangement via the inlet conduit. - a propeller; - a propeller shaft assembly comprising a shaft portion extending from a distal side of the propeller; - a support member having a first end and a second end and defining a hollow space, the support member being arranged to be connected at the second end to a hull of the marine vessel; - a bearing arrangement interconnecting the first end of the support member and the shaft portion; and - at least one cooling fluid inlet conduit disposed within the hollow space of the support member and configured to transport a first cooling fluid from the second end of the support member towards the bearing arrangement; characterized in that the propeller arrangement comprises: - an outlet conduit arranged adjacent to the second end of the support member to allow the cooling fluid to leave the support member such that the first cooling fluid rising towards the hull within the support member 130 may flow freely within the hollow space defined within the support member and, when the first cooling fluid has passed through the outlet conduit, it will be circulated back towards the bearing arrangement via the inlet conduit. - an outlet conduit arranged adjacent to the second end of the support member to allow the cooling fluid to leave the support member such that the first cooling fluid rising towards the hull within the support member 130 may flow freely within the hollow space defined within the support member and, when the first cooling fluid has passed through the outlet conduit, it will be circulated back towards the bearing arrangement via the inlet conduit.
Product dispensing device, to be attached to the neck of a container, comprising: - a pump comprising a metering chamber, - a dispensing end piece attached to the pump, comprising a bearing surface for activating the device when pressed by a user, - a cover for protecting the device, - a clamping collar carrying the cover, and - a member for attaching the device to the neck of the container, comprising means for hooking the member around the neck, that can be activated by sliding the collar relative to the attachment member from a pre-assembly configuration to an assembly configuration, an inner ring for centring the pump on the container, characterised in that the attachment member comprises an outer ring carrying means for retaining the dispensing end piece. - a pump comprising a metering chamber, - a dispensing end piece attached to the pump, comprising a bearing surface for activating the device when pressed by a user, - a cover for protecting the device, - a clamping collar carrying the cover, and - a member for attaching the device to the neck of the container, comprising means for hooking the member around the neck, that can be activated by sliding the collar relative to the attachment member from a pre-assembly configuration to an assembly configuration, an inner ring for centring the pump on the container, characterised in that the attachment member comprises an outer ring carrying means for retaining the dispensing end piece.
A stabilized IgG4 antibody for use as a medicament, comprising a heavy chain and a light chain, wherein said heavy chain comprises a human IgG4 constant region having the sequence set forth in SEQ ID NO:2, wherein the stabilized IgG4 antibody is a form of IgG4 antibodies that have a reduced ability to undergo Fab-arm exchange, and wherein Lys in position 250 has been replaced by Gin or Glu; and wherein the antibody optionally comprises one or more further substitutions, deletions and/or insertions in the constant region as set forth in SEQ ID NO:2
An in vitro method to predict the effect of an exogenous element on an animal or human organism comprising: a) labelling at least one organelle contained in animal or human isolated cells; b) contacting said isolated cells containing said at least one labelled organelle to said exogenous element; c) determining variations of an organelle behaviour represented by four characteristics of said at least one labelled organelle in the presence of said exogenous element, said four characteristics being the motility, the morphology, the relationship with the cell cytoskeleton and the membrane permeability; d) determining cluster membership of said exogenous element, clusters being established using reference elements with known effect and being based on variations determined in step c), the effect of said exogenous element on said organism being predicted to be similar to the effect of the reference elements contained in the same cluster. a) labelling at least one organelle contained in animal or human isolated cells; b) contacting said isolated cells containing said at least one labelled organelle to said exogenous element; c) determining variations of an organelle behaviour represented by four characteristics of said at least one labelled organelle in the presence of said exogenous element, said four characteristics being the motility, the morphology, the relationship with the cell cytoskeleton and the membrane permeability; d) determining cluster membership of said exogenous element, clusters being established using reference elements with known effect and being based on variations determined in step c), the effect of said exogenous element on said organism being predicted to be similar to the effect of the reference elements contained in the same cluster.
A method of exchanging messages in an active source device to measure a round trip time in a wireless network, the method comprising: generating an echo request command by an audio video control, AVC, layer and transferring the echo request command to a medium access control, MAC, layer, the echo request command including a first identifier for identifying the transmitting device, a second identifier for identifying the receiving device, and a third identifier; transferring a MAC message from the MAC layer to a physical layer, the MAC message including a message preamble, a message type, and the echo request command; transmitting a first physical layer data unit from the physical layer to a passive source device, the first physical layer data unit including at least one header, the MAC message, and audio/video, A/V, data; and receiving a second physical layer data unit from the passive source device, the second physical layer data unit including an echo report command in response to the echo request command, the echo report command including the third identifier, characterized in that two or more first physical layer data units are transmitted to the passive source device through different paths via two or more devices (120, 130) and that two or more second physical layer data units are received from the passive source device in response to the two or more first physical layer data units, respectively, wherein the first physical layer data unit is a downlink physical layer data unit, DLPDU, and the second physical layer data unit is an uplink control physical layer data unit, ULCPDU. generating an echo request command by an audio video control, AVC, layer and transferring the echo request command to a medium access control, MAC, layer, the echo request command including a first identifier for identifying the transmitting device, a second identifier for identifying the receiving device, and a third identifier; transferring a MAC message from the MAC layer to a physical layer, the MAC message including a message preamble, a message type, and the echo request command; transmitting a first physical layer data unit from the physical layer to a passive source device, the first physical layer data unit including at least one header, the MAC message, and audio/video, A/V, data; and receiving a second physical layer data unit from the passive source device, the second physical layer data unit including an echo report command in response to the echo request command, the echo report command including the third identifier, characterized in that two or more first physical layer data units are transmitted to the passive source device through different paths via two or more devices (120, 130) and that two or more second physical layer data units are received from the passive source device in response to the two or more first physical layer data units, respectively, wherein the first physical layer data unit is a downlink physical layer data unit, DLPDU, and the second physical layer data unit is an uplink control physical layer data unit, ULCPDU.
A food preparation, characterized in that it comprises: i. fresh cheese, ii. 0.65 to 1 weight % of gelatine relative to the total weight of the preparation, iii. 1.05 to 6 weight %, relative to the total weight of the preparation, of at least one stabilising compound selected from among plant hydrocolloids, iv. optionally cream, the fresh cheese/cream weight ratio being between 1:3 and 1:0. i. fresh cheese, ii. 0.65 to 1 weight % of gelatine relative to the total weight of the preparation, iii. 1.05 to 6 weight %, relative to the total weight of the preparation, of at least one stabilising compound selected from among plant hydrocolloids, iv. optionally cream, the fresh cheese/cream weight ratio being between 1:3 and 1:0.
A washer and retained nut assembly comprising: a washer having a retaining flange and a positioning cavity; a nut received in the washer, said nut having a shoulder received in the positioning cavity, a top surface of the shoulder engaging a lower surface of the retaining flange in a loose condition of the washer and nut, said nut further having an engagement surface, said engagement surface contacting a receiving surface in the washer in an engaged position of the washer and nut, said nut further having a peripheral surface, said peripheral surface engaging a blocking surface in the washer with the nut and washer in a maximum offset angle orientation between the washer and nut in the engaged position. a washer having a retaining flange and a positioning cavity; a nut received in the washer, said nut having a shoulder received in the positioning cavity, a top surface of the shoulder engaging a lower surface of the retaining flange in a loose condition of the washer and nut, said nut further having an engagement surface, said engagement surface contacting a receiving surface in the washer in an engaged position of the washer and nut, said nut further having a peripheral surface, said peripheral surface engaging a blocking surface in the washer with the nut and washer in a maximum offset angle orientation between the washer and nut in the engaged position.
Method for operating a fuel-operated vehicle heating device during a start phase of the combustion operation, wherein the vehicle heating device comprises a burner area with a combustion chamber, a fuel feed device for supplying fuel to the burner area, a combustion air feed device for supplying combustion air to the burner area, as well as at least one electrically energizable ignition element for igniting a fuel/air mixture formed in the combustion chamber, the method comprising the actions of: a) energizing the ignition element in a preheating phase prior to the beginning of the fuel supply, b) detecting the electrical resistance of the ignition element and determining a desired resistance on the basis of the electrical resistance of the ignition element detected at the time of entry into the ignition phase, c) operating the ignition element in a resistance-regulating operating mode during the ignition phase such that an actual resistance of the ignition element is kept in the range of the desired resistance value of the ignition element determined in action b), characterized in that during the preheating phase the fuel feed device is activated at a predefined time prior to the entry into the ignition phase for feeding fuel to the burner area. a) energizing the ignition element in a preheating phase prior to the beginning of the fuel supply, b) detecting the electrical resistance of the ignition element and determining a desired resistance on the basis of the electrical resistance of the ignition element detected at the time of entry into the ignition phase, c) operating the ignition element in a resistance-regulating operating mode during the ignition phase such that an actual resistance of the ignition element is kept in the range of the desired resistance value of the ignition element determined in action b), characterized in that during the preheating phase the fuel feed device is activated at a predefined time prior to the entry into the ignition phase for feeding fuel to the burner area.