mhurhangee/patent-ind-claim-en huggingface dataset:
A transport system comprising: first and second transport robots configured to transport an article together; a generation apparatus configured to generate position information for the first transport robot and position information for the second transport robot ; and a control apparatus configured to transmit, to the first and second transport robots , control information for transporting the article with the first and second transport robots , based on the position information for the first transport robot and the position information for the second transport robot, characterised in that the control apparatus is configured to transmit control information for the first and second transport robots to face each other over the article while holding the article , the generation apparatus includes an object body position information generation section and is configured to be connected to one or more cameras , wherein the object body position information generation section is configured to determine whether a detected object included in an obtained image from the cameras is the first or second transport robot or not, based on the size of the first and second transport robots. first and second transport robots configured to transport an article together; a generation apparatus configured to generate position information for the first transport robot and position information for the second transport robot ; and a control apparatus configured to transmit, to the first and second transport robots , control information for transporting the article with the first and second transport robots , based on the position information for the first transport robot and the position information for the second transport robot, characterised in that the control apparatus is configured to transmit control information for the first and second transport robots to face each other over the article while holding the article , the generation apparatus includes an object body position information generation section and is configured to be connected to one or more cameras , wherein the object body position information generation section is configured to determine whether a detected object included in an obtained image from the cameras is the first or second transport robot or not, based on the size of the first and second transport robots.
A controller of a vehicle , comprising: interface means for receiving map data and sensor data; and processing means for: determining a positional deviation (a-a') between one or more landmarks included in the map data and the one or more landmarks included in the sensor data; and determining a driver score based on the determined positional deviation (a-a'). interface means for receiving map data and sensor data; and processing means for: determining a positional deviation (a-a') between one or more landmarks included in the map data and the one or more landmarks included in the sensor data; and determining a driver score based on the determined positional deviation (a-a'). determining a positional deviation (a-a') between one or more landmarks included in the map data and the one or more landmarks included in the sensor data; and determining a driver score based on the determined positional deviation (a-a').
A process 20 for solid/liquid extraction of substances from biological material, characterised in that : - biological material is driven along a trough perforated by an Archimedean screw , - the biological material is subjected to a first solid/liquid extraction by a solvent the solute of which is recovered, - the biological material derived from the first extraction is dried, - the dried biological material is subjected to a second solid/liquid extraction by a second solvent the solute of which is recovered, - and in that at least one solid/liquid extraction step is a counter-current solid/liquid extraction, - characterised in that : - the dried biological material is bombarded with microwaves, - and in that the bombardment of the biological material by microwaves is carried out on the dried biological material, between the first and second solid/liquid extractions. - biological material is driven along a trough perforated by an Archimedean screw , - the biological material is subjected to a first solid/liquid extraction by a solvent the solute of which is recovered, - the biological material derived from the first extraction is dried, - the dried biological material is subjected to a second solid/liquid extraction by a second solvent the solute of which is recovered, - and in that at least one solid/liquid extraction step is a counter-current solid/liquid extraction, - characterised in that : - the dried biological material is bombarded with microwaves, - the dried biological material is bombarded with microwaves, - and in that the bombardment of the biological material by microwaves is carried out on the dried biological material, between the first and second solid/liquid extractions.
Sealing ring for a main power connection in flange connections for container and pipeline construction, comprising a sealing body composed of an elastomer material, which is in the form of a closed ring and envelops on all sides an insert composed of a rigid material, which lies flat in the plane of the ring (M) perpendicular to the pressure direction, wherein the sealing body has within a total web width of the sealing ring at least one outer sealing-ring web portion and one inner sealing-ring web portion , the inner sealing-ring web portion contains the insert , and the inner sealing-ring web portion has plateau surfaces which are positioned so as to be raised in relation to the outer sealing-ring web portion axially on both sides of the plane of the ring (M) and in an upwardly bevelled manner and which merge, in a downwardly bevelled manner, into an annular elastomer rib adjacent to the inner diameter (I) of the sealing ring , characterized in that , on the boundary side, the elastomer rib has a thickness (G) which is greater than the thickness (E) of the outer sealing-ring web portion .
An interchangeable unit for material-removing work on a ground (U) starting from ground surface (A), the interchangeable unit being designed for operational physical and functional coupling to a machine frame of a road construction machine , the interchangeable unit comprising: - a housing , the housing having, in a connecting section for physically coupling the interchangeable unit to the road construction machine , connecting configurations for connecting the interchangeable unit to a machine frame of a road construction machine , and the housing having a working opening in a working section situated remotely from the connecting section . - a removal tool , which is mounted on the housing so as to be rotatable about a working axis (R) and of which a circumferential section protrudes from the working opening , - a drive belt pulley , which is rotatably mounted on the housing and is able to be coupled to a drive belt for functionally coupling the interchangeable unit to the road construction machine , - a transmission gear unit , which transmits torque and rotary motion from the drive belt pulley to the removal tool by reversing the direction of rotation, at least the axis of rotation (P62) of the drive belt pulley running at a distance from the working axis (R). characterized in that a working shaft assemblage penetrates a housing wall of the housing , the working shaft assemblage connecting the removal tool with a working gear component situated on the side of the housing wall facing away from the removal tool for equidirectional joint rotation, the transmission gear unit being situated between the drive belt pulley and the working gear component . - a housing , the housing having, in a connecting section for physically coupling the interchangeable unit to the road construction machine , connecting configurations for connecting the interchangeable unit to a machine frame of a road construction machine , and the housing having a working opening in a working section situated remotely from the connecting section . - a removal tool , which is mounted on the housing so as to be rotatable about a working axis (R) and of which a circumferential section protrudes from the working opening , - a drive belt pulley , which is rotatably mounted on the housing and is able to be coupled to a drive belt for functionally coupling the interchangeable unit to the road construction machine , - a transmission gear unit , which transmits torque and rotary motion from the drive belt pulley to the removal tool by reversing the direction of rotation, at least the axis of rotation (P62) of the drive belt pulley running at a distance from the working axis (R).
A method for the in situ derivatization of at least one biogenic amine, precursor or metabolite thereof comprising at least one amine and/or hydroxyl moiety and at least one carboxylic acid moiety in an aqueous sample, the derivatization comprising the steps of: (i) contacting said sample with a propionic anhydride / acetonitril solution in the presence of a phosphate buffer having a pH in the range of 7.0 to 9.0 and allowing the conversion of said amine and/or hydroxyl moietie(s) of said biogenic amine or metabolite thereof to form a propionyl derivative of said biogenic amine; followed by (ii) adding to the reaction mixture obtained in step (i) a water soluble carbodiimide compound and a primary amine-containing compound, and allowing the carbodiimide-mediated derivatization of said carboxylic acid moietie(s) of a biogenic amine, precursor or metabolite thereof. (i) contacting said sample with a propionic anhydride / acetonitril solution in the presence of a phosphate buffer having a pH in the range of 7.0 to 9.0 and allowing the conversion of said amine and/or hydroxyl moietie(s) of said biogenic amine or metabolite thereof to form a propionyl derivative of said biogenic amine; followed by (ii) adding to the reaction mixture obtained in step (i) a water soluble carbodiimide compound and a primary amine-containing compound, and allowing the carbodiimide-mediated derivatization of said carboxylic acid moietie(s) of a biogenic amine, precursor or metabolite thereof.
A method for the expansion of anti-tumor T-cells from a subject with cancer, comprising the steps of: a) providing a phagocytosable particle, the particle having paramagnetic properties and having one or more tumor neoantigenic constructs tightly associated thereto, wherein the tumor neoantigenic construct comprises an amino-acid sequence comprising at least one mutated amino acid known or suspected to be associated with the cancer in the subject, or a mutated amino-acid sequence known or suspected to be expressed in a cancer cell in the subject; b) providing a viable antigen-presenting cell; c) contacting the particle with the antigen-presenting cell in vitro under conditions allowing phagocytosis of the particle by the antigen-presenting cell; d) providing a T-cell sample comprising viable T-cells from the subject; e) contacting the T-cell sample with the antigen-presenting cell contacted with the particle in vitro under conditions allowing specific activation and expansion of anti-tumor T-cells in response to antigen presented by the antigen-presenting cell. a) providing a phagocytosable particle, the particle having paramagnetic properties and having one or more tumor neoantigenic constructs tightly associated thereto, wherein the tumor neoantigenic construct comprises an amino-acid sequence comprising at least one mutated amino acid known or suspected to be associated with the cancer in the subject, or a mutated amino-acid sequence known or suspected to be expressed in a cancer cell in the subject; b) providing a viable antigen-presenting cell; c) contacting the particle with the antigen-presenting cell in vitro under conditions allowing phagocytosis of the particle by the antigen-presenting cell; d) providing a T-cell sample comprising viable T-cells from the subject; e) contacting the T-cell sample with the antigen-presenting cell contacted with the particle in vitro under conditions allowing specific activation and expansion of anti-tumor T-cells in response to antigen presented by the antigen-presenting cell.
A method for operating a steam generator system , the method comprising: providing a steam generator system comprising a steam generator vessel , an air supply system and an air preheater , with the air supply system being in communication with the steam generator vessel through the air preheater , and with the steam generator vessel being in communication with the air preheater ; the air supply system providing a first amount of air to the air preheater ; providing at least a portion of the first amount of air to the steam generator vessel as combustion air; discharging from the steam generator vessel a flue gas mixture; flowing at least a portion of the flue gas mixture into the air preheater ; mitigating SO 3 in the flue gas mixture before the flue gas mixture enters the air preheater ; providing heat capture means in communication with at least one of the steam generator , the air preheater , and the flue gas mixture; and transferring a first amount of heat away from at least one of the steam generator , the air preheater , and the flue gas mixture, characterized in that the air preheater has a cold end metal temperature that is no less than a water dew point temperature in the air preheater and that the cold end metal temperature is less than a sulfuric acid dew point temperature. providing a steam generator system comprising a steam generator vessel , an air supply system and an air preheater , with the air supply system being in communication with the steam generator vessel through the air preheater , and with the steam generator vessel being in communication with the air preheater ; the air supply system providing a first amount of air to the air preheater ; providing at least a portion of the first amount of air to the steam generator vessel as combustion air; discharging from the steam generator vessel a flue gas mixture; flowing at least a portion of the flue gas mixture into the air preheater ; mitigating SO 3 in the flue gas mixture before the flue gas mixture enters the air preheater ; providing heat capture means in communication with at least one of the steam generator , the air preheater , and the flue gas mixture; and transferring a first amount of heat away from at least one of the steam generator , the air preheater , and the flue gas mixture, characterized in that the air preheater has a cold end metal temperature that is no less than a water dew point temperature in the air preheater and that the cold end metal temperature is less than a sulfuric acid dew point temperature.
A method of transferring a dye to a composite material, the method comprising: applying the dye to a transfer media to create a colored transfer media; placing the colored transfer media into contact with the composite material; and applying, using an autoclave, at least one of heat, external pressure, vacuum pressure to infuse the dye to the composite material to create a colored composite material; wherein the composite material comprises one or more layers of unidirectional fiber and polymer matrix plies oriented in one or more directions. applying the dye to a transfer media to create a colored transfer media; placing the colored transfer media into contact with the composite material; and applying, using an autoclave, at least one of heat, external pressure, vacuum pressure to infuse the dye to the composite material to create a colored composite material; wherein the composite material comprises one or more layers of unidirectional fiber and polymer matrix plies oriented in one or more directions.
Arrangement comprising a shaft with a shaft axis and a sensor unit for measuring a rotational state of the shaft , having a transmission which is connected to the shaft , wherein the transmission has a fist gearwheel and a second gearwheel which are in engagement with one another via a first toothing and a second toothing and wherein the rotation of the first gearwheel about a rotational axis , which corresponds to the shaft axis , is detected by the sensor unit , wherein the first gearwheel and the first toothing of the first gearwheel are formed by a printed circuit board, wherein the first gearwheel surrounds the shaft concentrically and is connected thereto in a torque-proof manner, wherein the first toothing of the first gearwheel is directed outwards and arranged concentrically to the shaft axis and engages in the second circumferential outwardly directed toothing of the second gearwheel , wherein the second gearwheel is rotatable about a gearwheel axis , which is arranged parallel and offset to the shaft axis and is fixed in space, the second gearwheel and the second toothing of the second gearwheel also being formed by a printed circuit board, wherein the rotation of the second gearwheel about an axis of rotation corresponding to the gearwheel axis is detected by the sensor unit in addition, wherein the two gearwheels each have an electrically conductive track on an end side facing the sensor unit , wherein the sensor unit is configured to scan the two tracks inductively in order to measure the rotational state of the shaft .
Method for the provision of time-critical services by means of a flow control environment, in which - at least one server component is assigned in each case to the services, said server component being formed by a flow control component loadable into and executable in the flow control environment , - a configuration unit for at least one gateway component of a subnetwork comprising the flow control environment in each case determines globally valid access information assigned to addressing information of the server components that is valid within the subnetwork, - on the basis of an operating mode predefined by means of the configuration unit, one or more gateway components connected in parallel and/or in series are used, wherein the at least one gateway component is a load balancer and/or a reverse proxy, - a number and a connection of load balancers (121, 121a-121b) and/or reverse proxies (122a-122c) are predefined by the operating mode, - the configuration unit transmits forwarding and/or filter rules mapping the access information to the at least one gateway component, - an aggregator component makes the globally valid access information available for use of the services outside the subnetwork, - the at least one gateway component forwards service access requests to the server components according to the forwarding and/or filter rules and the operating mode. - at least one server component is assigned in each case to the services, said server component being formed by a flow control component loadable into and executable in the flow control environment , - a configuration unit for at least one gateway component of a subnetwork comprising the flow control environment in each case determines globally valid access information assigned to addressing information of the server components that is valid within the subnetwork, - on the basis of an operating mode predefined by means of the configuration unit, one or more gateway components connected in parallel and/or in series are used, wherein the at least one gateway component is a load balancer and/or a reverse proxy, - a number and a connection of load balancers (121, 121a-121b) and/or reverse proxies (122a-122c) are predefined by the operating mode, - the configuration unit transmits forwarding and/or filter rules mapping the access information to the at least one gateway component, - an aggregator component makes the globally valid access information available for use of the services outside the subnetwork, - the at least one gateway component forwards service access requests to the server components according to the forwarding and/or filter rules and the operating mode.
Set for a glenoid implant, comprising: - an anatomic articulating member , having a concave articulating surface intended to articulate with a complementary humeral implant and having an anatomic coupling feature , - a reversed articulating member , having a convex articulating surface intended to articulate with a complementary humeral implant and having a reversed coupling feature that is shaped differently from the anatomic coupling feature, and - an anchorage member intended to be anchored in a human glenoid (G), the anchorage member including a body which defines a proximodistal axis (Z11) and which has an inner bore extending along the proximodistal axis, the body being operable to be axially introduced into the glenoid before being coupled indifferently with one or the other of the anatomic and reversed articulating members, characterized in that the body is provided within the inner bore with both: - an inner first feature that is designed to cooperate with the anatomic coupling feature when the anatomic coupling feature is introduced within the inner bore, so as to fixedly couple the anchorage member with the anatomic articulating member , and - an inner second feature that is designed to cooperate with the reversed coupling feature when the reversed coupling feature is introduced within the inner bore, so as to fixedly couple the anchorage member with the reversed articulating member , the first feature and the second feature being distinct from each other. - an anatomic articulating member , having a concave articulating surface intended to articulate with a complementary humeral implant and having an anatomic coupling feature , - a reversed articulating member , having a convex articulating surface intended to articulate with a complementary humeral implant and having a reversed coupling feature that is shaped differently from the anatomic coupling feature, and - an anchorage member intended to be anchored in a human glenoid (G), the anchorage member including a body which defines a proximodistal axis (Z11) and which has an inner bore extending along the proximodistal axis, the body being operable to be axially introduced into the glenoid before being coupled indifferently with one or the other of the anatomic and reversed articulating members, - an inner first feature that is designed to cooperate with the anatomic coupling feature when the anatomic coupling feature is introduced within the inner bore, so as to fixedly couple the anchorage member with the anatomic articulating member , and - an inner second feature that is designed to cooperate with the reversed coupling feature when the reversed coupling feature is introduced within the inner bore, so as to fixedly couple the anchorage member with the reversed articulating member , the first feature and the second feature being distinct from each other.