mhurhangee/patent-ind-claim-en huggingface dataset:
An X-ray analysis system comprising: a production apparatus that produces a spectrum for X-rays emitted from a sample; and an analysis apparatus arranged to analyze the sample based on the spectrum, wherein the spectrum includes a first peak caused by an electron transition from a valence band corresponding to an outer shell to an inner shell, and a second peak caused by an electron transition between inner shells, and the analysis apparatus comprises: a calculator arranged to calculate characteristic information reflecting a chemical bonding in the sample based on the spectrum; and an analyzer arranged to analyze the sample based on the characteristic information, wherein the analysis apparatus further comprises a setter arranged to set, on the spectrum, a first region of interest for evaluating the first peak and a second region of interest for evaluating the second peak , and the calculator is further arranged to calculate the characteristic information by normalising information in the first region of interest with reference to information in the second region of interest . a production apparatus that produces a spectrum for X-rays emitted from a sample; and an analysis apparatus arranged to analyze the sample based on the spectrum, wherein the spectrum includes a first peak caused by an electron transition from a valence band corresponding to an outer shell to an inner shell, and a second peak caused by an electron transition between inner shells, and the analysis apparatus comprises: a calculator arranged to calculate characteristic information reflecting a chemical bonding in the sample based on the spectrum; and an analyzer arranged to analyze the sample based on the characteristic information, wherein the analysis apparatus further comprises a setter arranged to set, on the spectrum, a first region of interest for evaluating the first peak and a second region of interest for evaluating the second peak , and the calculator is further arranged to calculate the characteristic information by normalising information in the first region of interest with reference to information in the second region of interest . a calculator arranged to calculate characteristic information reflecting a chemical bonding in the sample based on the spectrum; and an analyzer arranged to analyze the sample based on the characteristic information, wherein the analysis apparatus further comprises a setter arranged to set, on the spectrum, a first region of interest for evaluating the first peak and a second region of interest for evaluating the second peak , and the calculator is further arranged to calculate the characteristic information by normalising information in the first region of interest with reference to information in the second region of interest .
Method for managing an application session implemented by means of an application server , said application session being accessible by a plurality of communication terminals in a group of communication terminals from at least a first group of terminals and a second group of terminals, the group of terminals being associated with a group of users , the management method including providing access, for a first communication terminal , to a current application session initiated by a second communication terminal in a first group of terminals that is associated with a group of users , the users of which are authorized to share user data of the current application session, provided that said first communication terminal belongs to the first group of communication terminals , the provision of access to the current application session including, according to an identifier of the first client terminal included in a request to access said application session from the first communication terminal , determining a session identifier of said current application session initiated by the second communication terminal in the first group of communication terminals to which the first communication terminal belongs, the current application session being accessible simultaneously by the plurality of communication terminals in the first group of communication terminals , the user data delivered by the current application session to the first communication terminal and to the second communication terminal being coherent.
A capacitive motor vehicle operating system comprising a capacitive screen having an operator interface and a pressure- and rotational-actuation device which is formed separately from the capacitive screen and is electrically conductive in areas and is at least partially affixed to the operator interface of the capacitive screen , the pressure- and rotational-actuation device comprising at least one electrically conductive interaction element which interacts with the capacitive screen , wherein a pressure actuation is effected substantially parallel to a rotational axis (A) towards the capacitive screen , wherein, during actuation of the pressure- and rotational-actuation device , there is an electrical connection between the operator interface of the capacitive screen and a rotatable actuation element of the pressure- and rotational-actuation device , and wherein the electrical connection is provided via the at least one electrically conductive interaction element which contacts the operator interface during actuation, characterized in that the pressure- and rotational-actuation device is formed to be ring-shaped, the motor vehicle operating system being configured to detect at least one pressure actuation of the pressure- and rotational-actuation device by means of the capacitive screen in a capacitive manner, and the entire pressure- and rotational-actuation device being laterally immobile in a plane spanned by the screen .
Stator arrangement for an electric machine, having a stator , a stator carrier for holding the stator , and a housing for holding the stator carrier , wherein the stator carrier projects, at both axial ends (E1, E2), lengthwise beyond the stator , wherein the two axial ends (E1, E2) of the stator carrier are designed for connection to the housing , wherein the at least one axial end (E1, E2) of the stator carrier and the housing are connected by clamping and shrink-fitting, characterized in that the connection between the housing and the stator carrier is produced by the stator carrier without additional fastening components or deformation, and in that the stator carrier is designed as a thin and straight sheet-metal cylinder.
A method for making a carbon fiber reinforced poly(aryletherketone) composition said method comprising: - providing chips of CF/PEKK composite material; and - melt mixing said chips with at least one poly(aryletherketone) polymer different from the PEKK in the CF/PEKK composite material. - providing chips of CF/PEKK composite material; and - melt mixing said chips with at least one poly(aryletherketone) polymer different from the PEKK in the CF/PEKK composite material.
An elevator car comprising: a cab having a top, a bottom, a left side, a right side, a front, and a back, the front having a door ; and a frame supporting the cab, wherein; the cab comprises a perimeter shroud protruding above an upper surface of the top and leaving a well exposing a central portion of the upper surface of the top; the perimeter shroud protrudes above the upper surface of the top; and the perimeter shroud has, in vertical section, a curved portion; characterized in that : the elevator car comprises a fan ; the perimeter shroud covers the fan ; and the fan is positioned to drive an air flow through ports in the perimeter shroud. a cab having a top, a bottom, a left side, a right side, a front, and a back, the front having a door ; and a frame supporting the cab, the cab comprises a perimeter shroud protruding above an upper surface of the top and leaving a well exposing a central portion of the upper surface of the top; the perimeter shroud protrudes above the upper surface of the top; and the perimeter shroud has, in vertical section, a curved portion; the elevator car comprises a fan ; the perimeter shroud covers the fan ; and the fan is positioned to drive an air flow through ports in the perimeter shroud.
A method of transmitting information as one or more pulses from a transmission device , the method comprising: determining (step 701) that a trigger action has occurred in the transmission device; loading a binary value into a send register based on the trigger action; selecting (step 703) one of a next logical bit and a next group of logical bits in the send register; and causing (step 704) at least one pulse to occur at a certain time instance within a predetermined time period in a direct current, DC, supply voltage being supplied by the transmission device, at least one of the count of the at least one pulse and the time instance of occurrence during the predetermined time period of the at least one pulse being based on one of the selected next logical bit and the selected group of logical bits. determining (step 701) that a trigger action has occurred in the transmission device; loading a binary value into a send register based on the trigger action; selecting (step 703) one of a next logical bit and a next group of logical bits in the send register; and causing (step 704) at least one pulse to occur at a certain time instance within a predetermined time period in a direct current, DC, supply voltage being supplied by the transmission device, at least one of the count of the at least one pulse and the time instance of occurrence during the predetermined time period of the at least one pulse being based on one of the selected next logical bit and the selected group of logical bits.
A process of preparing a compound of Formula I: comprising: reacting a compound of Formula II: with n-BuLi and TMEDA at -78 °C in a polar aprotic solvent to afford a compound of Formula III: quenching said compound of Formula III with gaseous carbon dioxide to afford a compound of Formula IV: and treating said compound of Formula IV with HCl to afford the compound of Formula I, wherein said method is performed using continuous flow reaction conditions, and wherein the reaction temperature is maintained at less than -65 °C during said quenching with gaseous carbon dioxide. reacting a compound of Formula II: with n-BuLi and TMEDA at -78 °C in a polar aprotic solvent to afford a compound of Formula III: quenching said compound of Formula III with gaseous carbon dioxide to afford a compound of Formula IV: and treating said compound of Formula IV with HCl to afford the compound of Formula I, wherein said method is performed using continuous flow reaction conditions, and wherein the reaction temperature is maintained at less than -65 °C during said quenching with gaseous carbon dioxide.
A computer-implemented method for controlling and/or monitoring a chemical production plant , wherein the chemical production plant comprises at least one process chain comprising at least one batch process , the method comprising the following steps: a) at least one step of determining of input data , wherein the input data comprises at least one quality criterion and production plant layout data, wherein the step comprises retrieving the production plant layout data and receiving information relating to the quality criterion via at least one communication interface ; b) at least one prediction step , wherein in the prediction step operating conditions for operating the chemical production plant are determined by applying at least one trained model on the input data, wherein the trained model is at least partially data-driven by being trained on sensor data from historical production runs, wherein the historical production runs comprise quality criteria of produced products associated with data from one or more of process control, physical reactor design, plant layout and sensor data of production runs; c) at least one control and/or monitoring step , wherein the operating conditions are provided, characterized in that the trained model is configured for providing operating conditions relating to a best route through the processing chain for achieving the quality criterion. a) at least one step of determining of input data , wherein the input data comprises at least one quality criterion and production plant layout data, wherein the step comprises retrieving the production plant layout data and receiving information relating to the quality criterion via at least one communication interface ; b) at least one prediction step , wherein in the prediction step operating conditions for operating the chemical production plant are determined by applying at least one trained model on the input data, wherein the trained model is at least partially data-driven by being trained on sensor data from historical production runs, wherein the historical production runs comprise quality criteria of produced products associated with data from one or more of process control, physical reactor design, plant layout and sensor data of production runs; c) at least one control and/or monitoring step , wherein the operating conditions are provided,
A shovel comprising: a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; a cab mounted on the upper turning body ; an operating apparatus installed in the cab ; an actuator driven with the operating apparatus ; and a control device configured to restrict a movement of the actuator, characterised in that the control device is configured to determine a necessity of a restriction related to the movement of the actuator in accordance with whether the operating apparatus is operated with a hand of an operator, and the control device is configured not to remove the restriction in response to determining that the operating apparatus is operated with the hand of the operator, when a gate lock lever (D1) is in a locking state. a lower traveling body ; an upper turning body turnably mounted on the lower traveling body ; a cab mounted on the upper turning body ; an operating apparatus installed in the cab ; an actuator driven with the operating apparatus ; and a control device configured to restrict a movement of the actuator, characterised in that the control device is configured to determine a necessity of a restriction related to the movement of the actuator in accordance with whether the operating apparatus is operated with a hand of an operator, and the control device is configured not to remove the restriction in response to determining that the operating apparatus is operated with the hand of the operator, when a gate lock lever (D1) is in a locking state.
An apparatus of a network element configured to apply Application Specific Congestion Control for Data Communication, ACDC, in a wireless network, the apparatus comprising: one or more processors configured to: determine, at the network element, to apply ACDC in the wireless network to mitigate overload of the wireless network, and process, at the network element, barring information for one or more ACDC categories for transmission to a user equipment, UE, when ACDC is applied in the wireless network, wherein the barring information indicates that the UE is prevented from accessing the network for applications associated with the one or more ACDC categories when ACDC is applied in the wireless network, whereby the one or more processors are configured to: process one or more ACDC categories for transmission to the UE, wherein a highest ACDC category is associated with applications that are least likely to be restricted at the UE and a lowest ACDC category is associated with applications that are most likely to be restricted at the UE, the apparatus further comprising memory configured to store the one or more ACDC categories and an indication of the applications included in the one or more ACDC categories. one or more processors configured to: determine, at the network element, to apply ACDC in the wireless network to mitigate overload of the wireless network, and process, at the network element, barring information for one or more ACDC categories for transmission to a user equipment, UE, when ACDC is applied in the wireless network, wherein the barring information indicates that the UE is prevented from accessing the network for applications associated with the one or more ACDC categories when ACDC is applied in the wireless network, whereby the one or more processors are configured to: process one or more ACDC categories for transmission to the UE, determine, at the network element, to apply ACDC in the wireless network to mitigate overload of the wireless network, and process, at the network element, barring information for one or more ACDC categories for transmission to a user equipment, UE, when ACDC is applied in the wireless network, wherein the barring information indicates that the UE is prevented from accessing the network for applications associated with the one or more ACDC categories when ACDC is applied in the wireless network, whereby the one or more processors are configured to: process one or more ACDC categories for transmission to the UE, wherein a highest ACDC category is associated with applications that are least likely to be restricted at the UE and a lowest ACDC category is associated with applications that are most likely to be restricted at the UE, the apparatus further comprising memory configured to store the one or more ACDC categories and an indication of the applications included in the one or more ACDC categories.
A method of compensating for misalignment between two plastic pipe linings comprised in host pipes during a welding process, the method comprising inserting an electrofusion fitting into corresponding recesses in the ends of the plastic pipe linings , aligning the host pipes relative to one another, and heating corresponding portions of the electrofusion fitting to a first temperature lower than a melting point of the material of the electrofusion fitting , while the host pipes are held in place, to cause them to expand to fill the recesses .
A method of controlling or preventing infestation of soybean plants by the phytopathogenic microorganism Fusarium virguliforme, comprising applying to propagation material of soybean plants the compound of formula (Ic) wherein R11, R12 and A are defined in the following table: A R11 R12 2-trifluoromethyl-pyrid-3-yl Cl Cl
A method for signaling a wireless system, comprising: determining, by a user equipment UE, that a physical uplink control channel PUCCH overlaps with a configured grant CG physical uplink shared channel PUSCH within a PUCCH group; multiplexing uplink control information UCI with a CG-UCI based on the determination, wherein the CG-UCI contains one or two bits indicating whether a hybrid automatic repeat request acknowledgment HARQ-ACK or channel state information CSI is multiplexed; and transmitting, by the UE to the wireless system, the multiplexed UCI with the CG-UCI. determining, by a user equipment UE, that a physical uplink control channel PUCCH overlaps with a configured grant CG physical uplink shared channel PUSCH within a PUCCH group; multiplexing uplink control information UCI with a CG-UCI based on the determination, wherein the CG-UCI contains one or two bits indicating whether a hybrid automatic repeat request acknowledgment HARQ-ACK or channel state information CSI is multiplexed; and transmitting, by the UE to the wireless system, the multiplexed UCI with the CG-UCI.
Method for operating a robot arm (10-16), wherein a first visualization means (21; 21') indicates an impending adjustment of at least one axis (A1-A6), in particular at least one axis (A1) closest to the robot arm base, of the robot arm (10-16). a work surface under the robotic arm (10- 16), wherein the first visualization means (21; 21'), on a robotic arm base or a robotic arm limb , in particular one with the robotic arm base in one jointly connected to the robot arm base next robot arm element , characterized in that the first visualization means (21; 21') has a surface (30; 30'; 30"), in particular in the shape of a circle, a circle segment or an ellipse, under a habitable space of the robot arm (10-16) in a first position of the at least one axis (A1 - A6) that is imminent in a predetermined first time, and a surface (31; 31'; 31"), in particular of the same type, under a dwelling space of the robot arm (10-16) simultaneously illuminated in at least one next stop position of the at least one axis (A1 - A6) in a different color, brightness and/or size, which is forthcoming in a predetermined further time.
A sensor comprising: - conductive particles in a matrix, - one or more conductive pathways formed from the conductive particles in the matrix, and - an anisotropic sensor material formed from the one or more conductive pathways and said matrix, wherein said one or more conductive pathways are aligned, said anisotropic sensor material has a directional conductivity that is higher along an alignment direction than perpendicular to it, said particles have an aspect ratio range of 1-20, and the number of particles in the pathways is below the number of particles that constitutes a percolation threshold, said percolation threshold being the lowest concentration of particles necessary to achieve long-range conductivity in a random system. - conductive particles in a matrix, - one or more conductive pathways formed from the conductive particles in the matrix, and - an anisotropic sensor material formed from the one or more conductive pathways and said matrix, said one or more conductive pathways are aligned, said anisotropic sensor material has a directional conductivity that is higher along an alignment direction than perpendicular to it, said particles have an aspect ratio range of 1-20, and the number of particles in the pathways is below the number of particles that constitutes a percolation threshold, said percolation threshold being the lowest concentration of particles necessary to achieve long-range conductivity in a random system.
A method of fitting a cochlea implant system to a patient, said method comprising; • determining an insertion angle of at least one electrode of a first electrode array of the cochlea implant system inserted into a cochlea of the patient, • determining a plurality of natural frequencies as a function of a cochlea spiral length based on a natural frequency allocation model and the insertion angle, • determining a plurality of characteristic frequencies as a function of a cochlea spiral length by frequency downshifting the plurality of natural frequencies until an objective is obtained and while preserving the harmonic relationship between the natural frequencies of the plurality of natural frequencies in the plurality of characteristic frequencies, and • allocating the plurality of characteristic frequencies to each electrode of the first electrode array based on the insertion angle of the at least one electrode. • determining an insertion angle of at least one electrode of a first electrode array of the cochlea implant system inserted into a cochlea of the patient, • determining a plurality of natural frequencies as a function of a cochlea spiral length based on a natural frequency allocation model and the insertion angle, • determining a plurality of characteristic frequencies as a function of a cochlea spiral length by frequency downshifting the plurality of natural frequencies until an objective is obtained and while preserving the harmonic relationship between the natural frequencies of the plurality of natural frequencies in the plurality of characteristic frequencies, and • allocating the plurality of characteristic frequencies to each electrode of the first electrode array based on the insertion angle of the at least one electrode.