mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging apparatus comprising: a storage means configured to store images that are being outputted from an imaging means; a receiving means configured to receive a request from an external device for changing a VideoSourceMode of a VideoSource , which videoSource is a set of parameters indicating capabilities of the imaging means and wherein the VideoSourceMode is a setting specifying a combination of at least a maximum resolution of the images and a maximum frame rate of the images; a determining means configured to determine, when the receiving means receives the request for changing the VideoSourceMode , whether there exists a RecordingJob corresponding to the VideoSource , for recording the images that are being outputted from the imaging means and to further determine whether or not recording is currently being performed for the RecordingJob determined to correspond to the VideoSource; and control means configured to output (S1803) an error response to the external device in response to the request if it is determined that recording is currently being performed (S1801, YES) by the RecordingJob corresponding to the VideoSource, and to change the VideoSourceMode in response to the request if it is determined that no recording is currently being performed by the RecordingJob corresponding to the VideoSource. a storage means configured to store images that are being outputted from an imaging means; a receiving means configured to receive a request from an external device for changing a VideoSourceMode of a VideoSource , which videoSource is a set of parameters indicating capabilities of the imaging means and wherein the VideoSourceMode is a setting specifying a combination of at least a maximum resolution of the images and a maximum frame rate of the images; a determining means configured to determine, when the receiving means receives the request for changing the VideoSourceMode , whether there exists a RecordingJob corresponding to the VideoSource , for recording the images that are being outputted from the imaging means and to further determine whether or not recording is currently being performed for the RecordingJob determined to correspond to the VideoSource; and control means configured to output (S1803) an error response to the external device in response to the request if it is determined that recording is currently being performed (S1801, YES) by the RecordingJob corresponding to the VideoSource, and to change the VideoSourceMode in response to the request if it is determined that no recording is currently being performed by the RecordingJob corresponding to the VideoSource.
A method in a wireless device of performing at least one intra-frequency radio measurement on at least one carrier frequency f1 in a first set of time resources and at least one inter-frequency radio measurement on at least one carrier frequency f2 in a second set of time resources, wherein at least one of f1 and f2 is operating under a flexible frame structure, the method comprising: obtaining the first set of time resources associated with the intra-frequency radio measurement; obtaining the second set of time resources associated with the inter-frequency radio measurement; determining a priority of the inter-frequency measurement with respect to the intra-frequency measurement based on an amount of overlap between the first and the second sets of time resources; and performing the intra-frequency and the inter-frequency measurements using the determined priority. obtaining the first set of time resources associated with the intra-frequency radio measurement; obtaining the second set of time resources associated with the inter-frequency radio measurement; determining a priority of the inter-frequency measurement with respect to the intra-frequency measurement based on an amount of overlap between the first and the second sets of time resources; and performing the intra-frequency and the inter-frequency measurements using the determined priority.
Method of manufacturing a buoyant pre-stressed concrete structure , comprising the steps: - placing at least one first reinforcement bar comprising basalt in a mould, substantially along a longitudinal extension of the mould; - pouring concrete into the mould such that the concrete covers the at least one reinforcement bar ; - allowing the concrete to cure; and - placing at least one floating element to the concrete before or after curing to form a buoyant concrete structure, and - pre-stressing the at least one first reinforcement bar by pre-tensioning said bar before the concrete is poured and the tension applied to the at least one first reinforcement bar is released after the concrete has cured, wherein the concrete structure has a substantially U-shaped cross-section such that it substantially encloses at least three sides of the floating element. - placing at least one first reinforcement bar comprising basalt in a mould, substantially along a longitudinal extension of the mould; - pouring concrete into the mould such that the concrete covers the at least one reinforcement bar ; - allowing the concrete to cure; and - placing at least one floating element to the concrete before or after curing to form a buoyant concrete structure, and - pre-stressing the at least one first reinforcement bar by pre-tensioning said bar before the concrete is poured and the tension applied to the at least one first reinforcement bar is released after the concrete has cured, wherein the concrete structure has a substantially U-shaped cross-section such that it substantially encloses at least three sides of the floating element.
A masking package for blind testing of materials stored in a syringe , the masking package comprising: an opaque housing defining a syringe chamber adapted to substantially surround a plunger and at least a portion of a barrel of a syringe ; and a plunger extender slidably receivable in the syringe chamber and comprising a coupler adapted to couple to the plunger of a syringe received in the syringe chamber , wherein movement of the plunger extender relative to the opaque housing moves the plunger of a syringe received in the syringe chamber relative to the barrel of the syringe . an opaque housing defining a syringe chamber adapted to substantially surround a plunger and at least a portion of a barrel of a syringe ; and a plunger extender slidably receivable in the syringe chamber and comprising a coupler adapted to couple to the plunger of a syringe received in the syringe chamber ,
A composition comprising of a peptide with the sequence drqikiwfqnrrmkwkkPGAHQK (SEQ ID NO: 2) for use as a medicament, wherein the use comprises administering to the patient in need of such treatment a therapeutically effective amount of the composition, wherein the therapeutically effective amount is an amount that at least reduces TLR2-MyD88 signaling.
RFID transponder for a medical instrument and/or for an endoscope , comprising at least one printed circuit board carrying an antenna embodied as at least one conductor track of the printed circuit board and an RFID circuit coupled to the antenna, wherein the at least one printed circuit board has a substantially ring-shaped embodiment and wherein the at least one conductor track is embodied on a radially extending surface of the printed circuit board , characterized in that the printed circuit board is embodied as a ring with a break.
A computer system for testing an autonomous vehicle, AV, stack in simulation, the computer system comprising: a trace extraction component configured to processing real-world driving data to extract therefrom at least one observed trace of a real-world agent within a road layout, the observed trace having spatial and motion components; a driving scenario extraction component configured to apply at least one of goal recognition and behaviour recognition to the observed trace, to infer a goal or behaviour of the real-world agent within the road layout, and extract a driving scenario defining a version of the road layout and at least one non-ego agent to be simulated, the non-ego agent associated with the inferred goal or behaviour for implementing in simulation within the defined road layout; a simulator configured to run a simulation based on the extracted driving scenario, in which an ego agent and the non-ego agent each exhibit closed-loop behaviour, wherein the closed-loop behaviour of the ego agent is determined by autonomous decisions taken in the AV stack under testing in response to simulated inputs, reactive to the non-ego agent; agent decision logic configured to determine the closed-loop behaviour of the non-ego agent in the simulation, by implementing the inferred goal or behaviour, reactive to the ego agent; and a test oracle configured to evaluate the performance of the AV stack in the simulation, by receiving a simulated ego trace of the ego agent, as generated in the simulation, and scoring the simulated ego trace against a set of predetermined performance metrics. a trace extraction component configured to processing real-world driving data to extract therefrom at least one observed trace of a real-world agent within a road layout, the observed trace having spatial and motion components; a driving scenario extraction component configured to apply at least one of goal recognition and behaviour recognition to the observed trace, to infer a goal or behaviour of the real-world agent within the road layout, and extract a driving scenario defining a version of the road layout and at least one non-ego agent to be simulated, the non-ego agent associated with the inferred goal or behaviour for implementing in simulation within the defined road layout; a simulator configured to run a simulation based on the extracted driving scenario, in which an ego agent and the non-ego agent each exhibit closed-loop behaviour, wherein the closed-loop behaviour of the ego agent is determined by autonomous decisions taken in the AV stack under testing in response to simulated inputs, reactive to the non-ego agent; agent decision logic configured to determine the closed-loop behaviour of the non-ego agent in the simulation, by implementing the inferred goal or behaviour, reactive to the ego agent; and a test oracle configured to evaluate the performance of the AV stack in the simulation, by receiving a simulated ego trace of the ego agent, as generated in the simulation, and scoring the simulated ego trace against a set of predetermined performance metrics.
Separation device , in particular centrifugal dryer, for separating a mixture comprising a solid material and a fluid, in particular granulate from water, having: - a housing which has at least one housing inlet for supplying the mixture and at least one housing outlet for discharging solid material or fluid separated from the mixture, and - a rotor which is arranged inside the housing and which is rotatably supported about a longitudinal axis , which is preferably substantially vertical during operation, and which is configured to bring about by means of rotation a transport movement of the solid material in the direction of the longitudinal axis thereof, characterised in that the rotor has in the direction of the longitudinal axis a plurality of rotor segments (40, 40', 40") which can be separated from each other. - a housing which has at least one housing inlet for supplying the mixture and at least one housing outlet for discharging solid material or fluid separated from the mixture, and - a rotor which is arranged inside the housing and which is rotatably supported about a longitudinal axis , which is preferably substantially vertical during operation, and which is configured to bring about by means of rotation a transport movement of the solid material in the direction of the longitudinal axis thereof,
A safety valve for a cleaning device for a milking installation for milking milk-providing animals, the safety valve having a first block valve having an intake , a second block valve having an exhaust , a bleed valve having a bleed outlet , a piston , and a drive unit , wherein the safety valve is configured so as to be adjustable to and fro between a blocking position in which the first block valve and the second block valve , in order to block the intake and the exhaust , are closed and the bleed valve , in order to connect the bleed outlet to a connection is opened, and a throughput position in which the first block valve and the second block valve , in order to connect the intake by way of the connection to the exhaust , are opened and the bleed valve , in order to block the bleed outlet , is closed, wherein the safety valve is configured as a directional valve, the piston being a hollow piston having a cavity as a connection , characterized in that the safety valve has a valve body of a 5/2-way valve having the hollow piston , wherein in an internal bore of the valve body six seals and five spacers are inserted in an alternating fashion, wherein each spacer is arranged between two seals , and wherein the seals by way of the external diameter thereof simultaneously seal the wall of the internal bore and by way of the internal diameter thereof seal portions of the hollow piston , and in that the intake in the blocking position is connected to an additional connector , wherein the additional connector is constricted by a nozzle, an exit cross section of the nozzle being substantially smaller than a cross section of the additional connector .
A joint wherein said joint joins an alloy member and a ceramic member ; by means of a glass joining agent which is joined to the alloy member by means of a material bonded joint and wherein the glass joining agent is joined to the ceramic member by means of another material bonded joint ; characterized in that the glass joining agent is made of a glass having a melting point below 800°C; said glass joining agent having a coefficient of thermal expansion of at least 9·10 -6 K -1 ; said glass joining agent having a bismuth content of at least 10%; said alloy member having a coefficient of thermal expansion of at least 9·10 -6 K -1 ; said ceramic member having a maximum coefficient of thermal expansion of 8·10 -6 K -1 ; wherein the material bonded joint between the glass joining agent and the ceramic member comprises a mixing region ; said mixing region being a partial region of the ceramic member ; and in that said mixing region has a higher bismuth content compared to the bismuth content of the ceramic member outside of the mixing region .
Agricultural distributor for the automated distribution of materials to be distributed, comprising an autonomous aircraft with a multiplicity of propellers which are rotatably mounted on an aircraft frame and driven by electric motor , at least one rechargeable power store , a position-detection device, a control and/or regulating device, at least one reservoir container , at least one metering element and at least one distribution element , characterized in that - on the one hand the reservoir container , the at least one metering element and the at least one distribution element , and on the other hand at least one re-chargeable power store are arranged on a separate carrier unit ; - the carrier unit can be coupled, by means of at least one automatic coupling device (K), to the aircraft frame and decoupled therefrom; and - the aircraft frame has a first electrical interface which is connected to the electric motors of the propellers , the carrier unit has a second electrical interface which is connected to the at least one re-chargeable power store , wherein the first electrical interface and the second electrical interface are connected to one another in an electrically conductive fashion when the carrier unit is in its position in which it is coupled to the aircraft frame . - on the one hand the reservoir container , the at least one metering element and the at least one distribution element , and on the other hand at least one re-chargeable power store are arranged on a separate carrier unit ; - the carrier unit can be coupled, by means of at least one automatic coupling device (K), to the aircraft frame and decoupled therefrom; and - the aircraft frame has a first electrical interface which is connected to the electric motors of the propellers , the carrier unit has a second electrical interface which is connected to the at least one re-chargeable power store , wherein the first electrical interface and the second electrical interface are connected to one another in an electrically conductive fashion when the carrier unit is in its position in which it is coupled to the aircraft frame .
A safety system for a construction machine, comprising: a pilot pump which supplies a pilot working fluid; multiple spools which are operated by the pilot working fluid to control a supply of a main working fluid and each have a signal unit formed in one region thereof; and a signal line which sequentially connects the pilot pump , the signal units of the multiple spools , and a hydraulic tank ; characterized in that the safety system further comprises: a pressure sensor which measures pressure in the signal line ; multiple electronic proportional pressure reducing valves (EPPRVs) which are connected to the multiple spools , respectively, and control the pilot working fluid to be transmitted to the multiple spools ; a pilot line which connects the pilot pump and the multiple electronic proportional pressure reducing valves ; and a safety shut-off valve which is provided on the pilot line between the pilot pump and the multiple electronic proportional pressure reducing valves and controls the supply of the pilot working fluid. a pilot pump which supplies a pilot working fluid; multiple spools which are operated by the pilot working fluid to control a supply of a main working fluid and each have a signal unit formed in one region thereof; and a signal line which sequentially connects the pilot pump , the signal units of the multiple spools , and a hydraulic tank ; characterized in that the safety system further comprises: a pressure sensor which measures pressure in the signal line ; multiple electronic proportional pressure reducing valves (EPPRVs) which are connected to the multiple spools , respectively, and control the pilot working fluid to be transmitted to the multiple spools ; a pilot line which connects the pilot pump and the multiple electronic proportional pressure reducing valves ; and a safety shut-off valve which is provided on the pilot line between the pilot pump and the multiple electronic proportional pressure reducing valves and controls the supply of the pilot working fluid. a pressure sensor which measures pressure in the signal line ; multiple electronic proportional pressure reducing valves (EPPRVs) which are connected to the multiple spools , respectively, and control the pilot working fluid to be transmitted to the multiple spools ; a pilot line which connects the pilot pump and the multiple electronic proportional pressure reducing valves ; and a safety shut-off valve which is provided on the pilot line between the pilot pump and the multiple electronic proportional pressure reducing valves and controls the supply of the pilot working fluid.
A flow body for an aircraft , the flow body comprising an outer skin , which provides a first flow surface , wherein the skin comprises at least one flow influencing section on the first flow surface , the flow influencing section comprising: - at least one first layer comprising a first fiber composite material, and - at least one base layer comprising a base fiber composite material, characterized in that the flow body comprises at least one separator layer , and the flow body comprises at least one third layer comprising a third fiber composite material, wherein the at least one first layer , the at least one separator layer and the at least one third layer are arranged upon the at least one base layer in an alternating order, wherein the at least one first layer comprises lithiated carbon fibers embedded into a matrix to form a negative electrode, wherein the at least one third layer comprises carbon fibers with an electrode active material coating to form a positive electrode, wherein the at least one separator layer comprises a non-conductive material for electrically isolating the at least one first layer and the at least one third layer from each other, and wherein the flow influencing section is configured for selectively raising at least a region of the arrangement of first layer , separator layer and third layer from the at least one base layer upon application of a voltage between the first layer and third layer to form a bump on the flow body . - at least one first layer comprising a first fiber composite material, and - at least one base layer comprising a base fiber composite material, the flow body comprises at least one separator layer , and the flow body comprises at least one third layer comprising a third fiber composite material, wherein the at least one first layer , the at least one separator layer and the at least one third layer are arranged upon the at least one base layer in an alternating order, wherein the at least one first layer comprises lithiated carbon fibers embedded into a matrix to form a negative electrode, wherein the at least one third layer comprises carbon fibers with an electrode active material coating to form a positive electrode, wherein the at least one separator layer comprises a non-conductive material for electrically isolating the at least one first layer and the at least one third layer from each other, and wherein the flow influencing section is configured for selectively raising at least a region of the arrangement of first layer , separator layer and third layer from the at least one base layer upon application of a voltage between the first layer and third layer to form a bump on the flow body .
A method of operating a polyethylene reactor system, comprising: polymerizing ethylene on a catalyst in a first polymerization reactor to form intermediate particles having the catalyst and a first polyethylene; discharging the intermediate particles from the first polymerization reactor to a second polymerization reactor; polymerizing ethylene on the catalyst in the intermediate particles in the second polymerization reactor to form product particles having the catalyst, the first polyethylene, and the second polyethylene; discharging the product particles from the second polymerization reactor; and controlling a particle size of the product particles by adjusting a residence time of the catalyst through the first polymerization reactor, the second polymerization reactor, or both the first and second polymerization reactors.
A pipe coil of a plastic pipe , in particular for use in a surface temperature control system , comprising a first end of the plastic pipe and a second end of the plastic pipe spaced apart therefrom, wherein the plastic pipe comprises a pipe wall surrounding a lumen of the plastic pipe , said pipe wall being constructed at least partially of polymeric material, and a pipe marking , which is applied to the outside of the plastic pipe facing away from the lumen , wherein the pipe marking comprises a length indication , which indicates the distance of the point of the plastic pipe to which the particular segment of the pipe marking is applied from the first end of the plastic pipe , characterised in that the length indication is configured in each case in the form of multiple identical indications that are spaced apart from each other.