mhurhangee/patent-ind-claim-en huggingface dataset:
Method for optically capturing at least one object using at least one sensor device of a vehicle , in which optical transmission signals are transmitted into a monitored region using at least one sensor device and transmission signals reflected by object points of the at least one object are captured as reception signals in angle-resolved fashion with respect to a main monitored direction of the at least one sensor device and a spatial distribution of the object points of the at least one object are ascertained relative to the at least one sensor device from a relationship between the transmission signals and the reception signals and the at least one object is characterized as stationary or non-stationary, characterized in that at least one direction of extent of the at least one object is ascertained and, should the at least one direction of extent extend parallel and/or obliquely with respect to the main monitored direction , a spatial density of the captured object points is ascertained in at least one region of the at least one object and the at least one object is categorized as stationary should the density of the captured object points be less than a predeterminable or predetermined threshold.
A footwear sole moulding assembly comprising: - a premanufactured primary sole part configured for forming part of an article of footwear, said premanufactured primary sole part being an outsole and having a foot facing surface , and a ground facing surface , wherein the premanufactured primary sole part comprises a plurality of through-going holes , wherein the plurality of through-going holes extends in a vertical direction from the foot facing surface to the ground facing surface ; wherein the foot facing surface is configured to receive an injected sole material for attaching the premanufactured primary sole part to a ground facing surface of an upper; and - a primary mould part comprising a plurality of protrusions configured to mate with the plurality of through-going holes of the premanufactured primary sole part . - a premanufactured primary sole part configured for forming part of an article of footwear, said premanufactured primary sole part being an outsole and having a foot facing surface , and a ground facing surface , wherein the premanufactured primary sole part comprises a plurality of through-going holes , wherein the plurality of through-going holes extends in a vertical direction from the foot facing surface to the ground facing surface ; wherein the foot facing surface is configured to receive an injected sole material for attaching the premanufactured primary sole part to a ground facing surface of an upper; and - a primary mould part comprising a plurality of protrusions configured to mate with the plurality of through-going holes of the premanufactured primary sole part .
Method for grinding a roll , in particular a work roll, intermediate roll or back-up roll, by means of a roll grinding device , in particular a roll grinding device according to one of claims 12 to 15, - in which a roll is ground with a grinding tool of the roll grinding device , - in which at least one measured value of at least one measured quantity relating to the surface quality of the roll is measured during grinding, i.e. while the roll surface is being ground with the grinding tool, the at least one measured value being measured at at least one measuring area on the roll surface, - in which at least one operating parameter of the roll grinding device is automatically set during grinding as a function of the measured quantity, and - in which the roll surface area detected during the measurement is cleaned before the measurement. - in which a roll is ground with a grinding tool of the roll grinding device , - in which at least one measured value of at least one measured quantity relating to the surface quality of the roll is measured during grinding, i.e. while the roll surface is being ground with the grinding tool, the at least one measured value being measured at at least one measuring area on the roll surface, - in which at least one operating parameter of the roll grinding device is automatically set during grinding as a function of the measured quantity, and - in which the roll surface area detected during the measurement is cleaned before the measurement.
Fire-extinguishing system having a pipe system , wherein a plurality of sprinklers is connected to the pipe system , and wherein the pipe system is free of extinguishing agent in a standby state of the fire-extinguishing system, having a trigger sensor which emits a signal in the event of a first sprinkler being triggered, and having a control unit , characterized in that the control unit processes the signal of the trigger sensor so as to generate a control command by way of which a second sprinkler is triggered, in order to accelerate the advancement of the extinguishing agent to the first sprinkler .
A single trip multi-zone completion system for producing from one or more formation zones , comprising: an outer completion string having at least one sand screen arranged thereabout adjacent the one or more formation zones ; a flow control device disposed within the at least one sand screen and movable between an open position and a closed position, wherein, when in the open position, fluids may communicate from the one or more formation zones , through the at least one sand screen , and into the outer completion string ; a crossover coupling having one or more control lines coupled thereto; an insert string arranged within the outer completion string and being communicably coupled to the outer completion string at the crossover coupling ; and at least one control and data acquisition module disposed on the insert string and having one or more coupling mechanisms . an outer completion string having at least one sand screen arranged thereabout adjacent the one or more formation zones ; a flow control device disposed within the at least one sand screen and movable between an open position and a closed position, wherein, when in the open position, fluids may communicate from the one or more formation zones , through the at least one sand screen , and into the outer completion string ; a crossover coupling having one or more control lines coupled thereto; an insert string arranged within the outer completion string and being communicably coupled to the outer completion string at the crossover coupling ; and at least one control and data acquisition module disposed on the insert string and having one or more coupling mechanisms .
A negative electrode for a secondary battery, the negative electrode comprising: first to n-th current collectors disposed in parallel to each other wherein n is an integer between 2 and 5; and a mixture layer formed on one or both surfaces of each current collector, wherein the mixture layer formed on at least one of the current collectors includes an active material containing a silicon component, wherein the mixture layer formed on another one or more of the current collectors includes an active material containing a carbon component, and wherein one or more ends of the first to n-th current collectors are coupled to be electrically connected, wherein in the mixture layer comprising an active material containing a silicon component, a content of the active material containing the silicon component is in a range of 50 to 100% by weight, based on 100% by weight of the mixture layer including the active material containing the silicon component, and wherein in the mixture layer including an active material containing a carbon component, a content of the active material containing the carbon component is in a range of 90 to 98% by weight, based on 100% by weight of the mixture layer including the active material containing the carbon component. first to n-th current collectors disposed in parallel to each other wherein n is an integer between 2 and 5; and a mixture layer formed on one or both surfaces of each current collector, wherein the mixture layer formed on at least one of the current collectors includes an active material containing a silicon component, wherein the mixture layer formed on another one or more of the current collectors includes an active material containing a carbon component, and wherein one or more ends of the first to n-th current collectors are coupled to be electrically connected, wherein in the mixture layer comprising an active material containing a silicon component, a content of the active material containing the silicon component is in a range of 50 to 100% by weight, based on 100% by weight of the mixture layer including the active material containing the silicon component, and wherein in the mixture layer including an active material containing a carbon component, a content of the active material containing the carbon component is in a range of 90 to 98% by weight, based on 100% by weight of the mixture layer including the active material containing the carbon component.
An access regulating device for a communication terminal using a communication network , the access regulating device comprising processing circuitry configured to: obtain, from an application server , an indication (I) that the communication terminal is a potentially compromised communication terminal and time stamp ,TS, indicating for how long the communication terminal has been deemed possibly compromised; analyse the obtained indication (I); wherein the indication (I) comprises a confidence setting ,CS, wherein the analysis comprises analysing the confidence setting; if the confidence setting exceeds a confidence threshold ,THcs, select a type of communication restriction based on comparing the time stamp TS with an age threshold ,THa,, where a first type of communication restriction comprises barring the communication terminal from using the communication network is selected if the time stamp, TS, is older than the age threshold, and a second type of communication restriction comprises limiting the use of the communication network by the communication terminal is selected if the time stamp, TS, is younger than the age threshold; and inform (B1, B2; Q) at least one network node (16, 18; 24) responsible for handling communication restrictions of the type selected for the communication terminal in order for the communication network to effectuate the communication restriction. obtain, from an application server , an indication (I) that the communication terminal is a potentially compromised communication terminal and time stamp ,TS, indicating for how long the communication terminal has been deemed possibly compromised; analyse the obtained indication (I); wherein the indication (I) comprises a confidence setting ,CS, wherein the analysis comprises analysing the confidence setting; if the confidence setting exceeds a confidence threshold ,THcs, select a type of communication restriction based on comparing the time stamp TS with an age threshold ,THa,, where a first type of communication restriction comprises barring the communication terminal from using the communication network is selected if the time stamp, TS, is older than the age threshold, and a second type of communication restriction comprises limiting the use of the communication network by the communication terminal is selected if the time stamp, TS, is younger than the age threshold; and inform (B1, B2; Q) at least one network node (16, 18; 24) responsible for handling communication restrictions of the type selected for the communication terminal in order for the communication network to effectuate the communication restriction.
A battery energy storage system, comprising a plurality of battery modules in parallel, each of the battery modules being connected to a liquid cooling system and being provided with a cooling-fluid feeding inlet , characterized in that : the battery energy storage system further comprises a device for flow equalization, the device for flow equalization comprises a plurality of throttle pipes , one of the throttle pipes is provided in each feeding inlet , the throttle pipe is provided with a flow restriction orifice (3-1), and cooling fluids that enter the feeding inlets are adjusted by the throttle pipes to equal pressures; the throttle pipe is installed into the feeding inlet , an end of the throttle pipe in an axial direction is provided with a top wall, the top wall is provided with a plurality of flow restriction orifices (3-1), areas of the flow restriction orifices (3-1) of different throttle pipes are different, and by using different combinations of orifice diameters and orifice distributions, resistance coefficients with which the cooling fluids flow through the throttle pipes are adjusted. the battery energy storage system further comprises a device for flow equalization, the device for flow equalization comprises a plurality of throttle pipes , one of the throttle pipes is provided in each feeding inlet , the throttle pipe is provided with a flow restriction orifice (3-1), and cooling fluids that enter the feeding inlets are adjusted by the throttle pipes to equal pressures; the throttle pipe is installed into the feeding inlet , an end of the throttle pipe in an axial direction is provided with a top wall, the top wall is provided with a plurality of flow restriction orifices (3-1), areas of the flow restriction orifices (3-1) of different throttle pipes are different, and by using different combinations of orifice diameters and orifice distributions, resistance coefficients with which the cooling fluids flow through the throttle pipes are adjusted.
An aircraft engine , comprising a ducted fan comprising a fan airflow exit for exhausting a fan air flow; and a turbine engine core comprising: a core nozzle for exhausting a core air flow from the turbine engine core, a core compartment vent nozzle for exhausting core compartment vent air flow from a core compartment, wherein the core compartment vent nozzle exhausts core compartment vent air flow at a trailing edge between the fan air flow and the core air flow, and a turbine engine nozzle comprising: a primary outer wall extending from an engine core area to an annular wall terminus that surrounds an engine tail cone, to further form the core nozzle ; and a single engine core cowl extending from the engine core area to an annular cowl terminus to further form the core compartment vent nozzle in a trailing edge between the single engine core cowl and the primary outer wall , wherein the single engine core cowl extends from the engine core area to annular cowl terminus in approximately planar alignment with the annular wall terminus. a core nozzle for exhausting a core air flow from the turbine engine core, a core compartment vent nozzle for exhausting core compartment vent air flow from a core compartment, wherein the core compartment vent nozzle exhausts core compartment vent air flow at a trailing edge between the fan air flow and the core air flow, and a turbine engine nozzle comprising: a primary outer wall extending from an engine core area to an annular wall terminus that surrounds an engine tail cone, to further form the core nozzle ; and a single engine core cowl extending from the engine core area to an annular cowl terminus to further form the core compartment vent nozzle in a trailing edge between the single engine core cowl and the primary outer wall , a primary outer wall extending from an engine core area to an annular wall terminus that surrounds an engine tail cone, to further form the core nozzle ; and a single engine core cowl extending from the engine core area to an annular cowl terminus to further form the core compartment vent nozzle in a trailing edge between the single engine core cowl and the primary outer wall ,
A surgical instrument, comprising: a handle ; a shaft extending distally from said handle along a longitudinal shaft axis an end effector extending distally from said shaft a shaft rotation system configured to rotate said shaft about said longitudinal shaft axis; an articulation joint , wherein said end effector is configured to articulate about said articulation joint; an end effector rotation system configured to rotate said end effector with respect to said shaft about an end effector longitudinal axis; and a flex circuit extending within said shaft, the flex circuit comprising a flexible substrate; electrical traces ; a first strain relief region , wherein said first strain relief region permits expansion of said flex circuit; and a second strain relief region , wherein said second strain relief region permits expansion of said flex circuit, and wherein said second strain relief region is substantially perpendicular to said first strain relief region; wherein a distal end of the flex circuit is configured to be electrically coupled with conductive electrical traces within an end effector. a handle ; a shaft extending distally from said handle along a longitudinal shaft axis an end effector extending distally from said shaft a shaft rotation system configured to rotate said shaft about said longitudinal shaft axis; an articulation joint , wherein said end effector is configured to articulate about said articulation joint; an end effector rotation system configured to rotate said end effector with respect to said shaft about an end effector longitudinal axis; and a flex circuit extending within said shaft, the flex circuit comprising a flexible substrate; electrical traces ; a first strain relief region , wherein said first strain relief region permits expansion of said flex circuit; and a second strain relief region , wherein said second strain relief region permits expansion of said flex circuit, and wherein said second strain relief region is substantially perpendicular to said first strain relief region; a flexible substrate; electrical traces ; a first strain relief region , wherein said first strain relief region permits expansion of said flex circuit; and a second strain relief region , wherein said second strain relief region permits expansion of said flex circuit, and wherein said second strain relief region is substantially perpendicular to said first strain relief region; wherein a distal end of the flex circuit is configured to be electrically coupled with conductive electrical traces within an end effector.
A corona treatment system to modify a surface of a flexible web, comprising: - an end plate ; - a rotatable ground roller mounted to the end plate ; - a high-voltage electrode mounted to the end plate and mounted proximate to the ground roller ; characterized by - a color sensor in proximity to the ground roller , the color sensor capable of detecting imperfections on the ground roller , preferably by sensing the reflectance levels of the ground roller . - an end plate ; - a rotatable ground roller mounted to the end plate ; - a high-voltage electrode mounted to the end plate and mounted proximate to the ground roller ; - a color sensor in proximity to the ground roller , the color sensor capable of detecting imperfections on the ground roller , preferably by sensing the reflectance levels of the ground roller .
A method for producing and purifying RNA, comprising the steps of A) providing DNA encoding the RNA; B) in vitro transcription of the DNA to yield a solution comprising transcribed RNA; and C) diafiltration and/or concentration and/or purification of the solution comprising transcribed RNA by one or more steps of tangential flow filtration (TFF), wherein the at least one or more steps of TFF comprises using a TFF membrane cassette comprising a cellulose-based membrane. A) providing DNA encoding the RNA; B) in vitro transcription of the DNA to yield a solution comprising transcribed RNA; and C) diafiltration and/or concentration and/or purification of the solution comprising transcribed RNA by one or more steps of tangential flow filtration (TFF),
A method for a network of secondary communication devices comprising transceivers , base stations and a central controller sharing a radio frequency channel with existing primary users , the method comprising: each secondary transceiver and secondary base station measuring the primary signal level in the channel, each secondary transceiver communicating the signal level to the central controller , and the central controller determining which channels each node may potentially use by comparing the primary signal level to a threshold value, wherein: a portion of the secondary transceivers and secondary base stations in a region distant from where the channel is being used sequentially transmit a short duration probe signal with a certain power level P_probe, the secondary transceivers and secondary base stations within a primary region where the channel is being used measure the probe signal amplitude value P_received and send these values to the central controller , and the central controller determines the maximum power level for each secondary transceivers and secondary base stations in the distant based upon the power level value P_probe and the measured probe signal amplitude value. each secondary transceiver and secondary base station measuring the primary signal level in the channel, each secondary transceiver communicating the signal level to the central controller , and the central controller determining which channels each node may potentially use by comparing the primary signal level to a threshold value, wherein: a portion of the secondary transceivers and secondary base stations in a region distant from where the channel is being used sequentially transmit a short duration probe signal with a certain power level P_probe, the secondary transceivers and secondary base stations within a primary region where the channel is being used measure the probe signal amplitude value P_received and send these values to the central controller , and the central controller determines the maximum power level for each secondary transceivers and secondary base stations in the distant based upon the power level value P_probe and the measured probe signal amplitude value. a portion of the secondary transceivers and secondary base stations in a region distant from where the channel is being used sequentially transmit a short duration probe signal with a certain power level P_probe, the secondary transceivers and secondary base stations within a primary region where the channel is being used measure the probe signal amplitude value P_received and send these values to the central controller , and the central controller determines the maximum power level for each secondary transceivers and secondary base stations in the distant based upon the power level value P_probe and the measured probe signal amplitude value.