mhurhangee/patent-ind-claim-en huggingface dataset:
A system comprising: an input/output, I/O, module operative to receive operational data for features associated with at least inter-cell performance in a mobile network ; processing circuitry ; a model generator application to be executed by said processing circuitry and operative to: use at least one prediction model to analyze training sets comprising examples of values for said features for at least overshooting cells, and to generate a scoring model for detection of said overshooting cells from among cells in said mobile network ; and a boomer detection application to be executed by said processing circuitry and operative to: use said scoring model with said operational data to detect said overshooting cells from among cells in a mobile network, and reduce interference by said overshooting cells, wherein at least one of said features represents at least a relationship between a given cell and tiered cells, wherein a coverage area for said given cell is organized into tiers based on physical distance from said given cell, wherein: a first tier of said tiers begins from a first cell closest to said given cell and extends for a configurable distance; and succeeding tiers from said tiers begin from a next cell closest to a preceding tier from among said tiers and extend for said configurable distance. an input/output, I/O, module operative to receive operational data for features associated with at least inter-cell performance in a mobile network ; processing circuitry ; a model generator application to be executed by said processing circuitry and operative to: use at least one prediction model to analyze training sets comprising examples of values for said features for at least overshooting cells, and to generate a scoring model for detection of said overshooting cells from among cells in said mobile network ; and use at least one prediction model to analyze training sets comprising examples of values for said features for at least overshooting cells, and to generate a scoring model for detection of said overshooting cells from among cells in said mobile network ; and a boomer detection application to be executed by said processing circuitry and operative to: use said scoring model with said operational data to detect said overshooting cells from among cells in a mobile network, and reduce interference by said overshooting cells, wherein at least one of said features represents at least a relationship between a given cell and tiered cells, wherein a coverage area for said given cell is organized into tiers based on physical distance from said given cell, wherein: a first tier of said tiers begins from a first cell closest to said given cell and extends for a configurable distance; and succeeding tiers from said tiers begin from a next cell closest to a preceding tier from among said tiers and extend for said configurable distance.
A method for producing an intramolecular diester of a hydroxycarboxylic acid, comprising the following steps: a) polycondensing a hydroxycarboxylic acid to an oligomeric hydroxycarboxylic acid, and b) cyclizing depolymerization of the oligomeric hydroxycarboxylic acid to obtain an intramolecular diester of the hydroxycarboxylic acid used in step a), characterized in that in step b), a plastic recyclate is added, comprising or consisting of at least one polyhydroxy carboxylic acid, wherein at least one polyhydroxy carboxylic acid is derived from the hydroxycarboxylic acid used in step a); and/or at least one co-polyhydroxy carboxylic acid, wherein at least one co-polyhydroxy carboxylic acid is derived from the hydroxycarboxylic acid used in step a) as well as at least one hydroxycarboxylic acid different from the hydroxycarboxylic acid used in step a). a) polycondensing a hydroxycarboxylic acid to an oligomeric hydroxycarboxylic acid, and b) cyclizing depolymerization of the oligomeric hydroxycarboxylic acid to obtain an intramolecular diester of the hydroxycarboxylic acid used in step a), characterized in that
A fan blade for a gas turbine engine , comprising: first and second portions secured to one another and providing a cavity , the first and second portions forming an exterior airfoil surface extending in a radial direction from a root to a tip and in a chord-wise direction from a leading edge to a trailing edge ; radial ribs extending in a radial direction from the root toward the tip and spaced apart from one another in the chord-wise direction; and first and second angled ribs intersecting one another at a first apex , wherein the radial ribs intersect at least one of the first and second angled ribs , and the first and second angled ribs are at an angle relative to one of the radial ribs , characterised in that : the angle is in a range of 45° +/- 30°; and multiple first and second angled ribs are arranged in a waffle pattern forming multiple polygons each having first and second radial apexes and first and second lateral apexes , the second radial apex nearer the tip than the first radial apex , and the first lateral apex nearer the leading edge than the second lateral apex . first and second portions secured to one another and providing a cavity , the first and second portions forming an exterior airfoil surface extending in a radial direction from a root to a tip and in a chord-wise direction from a leading edge to a trailing edge ; radial ribs extending in a radial direction from the root toward the tip and spaced apart from one another in the chord-wise direction; and first and second angled ribs intersecting one another at a first apex , wherein the radial ribs intersect at least one of the first and second angled ribs , and the first and second angled ribs are at an angle relative to one of the radial ribs , the angle is in a range of 45° +/- 30°; and multiple first and second angled ribs are arranged in a waffle pattern forming multiple polygons each having first and second radial apexes and first and second lateral apexes , the second radial apex nearer the tip than the first radial apex , and the first lateral apex nearer the leading edge than the second lateral apex .
A method of producing a LTP or LATP crystal particle, the method comprising: preparing glass containing, in molar ratio, 1 + x of Li 2 O, where 0 ≤ x ≤ 1, x of Al 2 O 3 , 4 - 2x of TiO 2 , 3 + y of P 2 O 5 , where 1 ≤ y ≤ 4, and from more than y to less than 3y of ZnO; subjecting, after the preparation of glass, the glass to thermal treatment for crystallization; and selectively eluting a substance other than a LTP or LATP crystal through acid treatment. preparing glass containing, in molar ratio, 1 + x of Li 2 O, where 0 ≤ x ≤ 1, x of Al 2 O 3 , 4 - 2x of TiO 2 , 3 + y of P 2 O 5 , where 1 ≤ y ≤ 4, and from more than y to less than 3y of ZnO; subjecting, after the preparation of glass, the glass to thermal treatment for crystallization; and selectively eluting a substance other than a LTP or LATP crystal through acid treatment.
A vital sign measurement apparatus comprising: an input operation section that enables an operator to perform input operation; a first measurement section capable of measuring first vital signs; a second measurement section that can measure second vital signs; a first operating system ; a second operating system ; a first arithmetic processing section that runs on the first operating system and that arithmetically processes the first vital signs measured by the first measurement section on the basis of an input signal from the input operation section , thereby generating a first arithmetically processed signal; a second arithmetic processing section that runs on the second operating system , that is communicable with the first arithmetic processing section , and that generates a second arithmetically processed signal on the basis of the input signal from the input operation section by use of the first arithmetically processed signal transmitted from the first arithmetic processing section and of the second vital signs measured by the second measurement section ; and an output control section that can receive the first arithmetically processed signal produced by the first arithmetic processing section and the second arithmetically processed signal produced by the second arithmetic processing section and that outputs at least one of the received arithmetically processed signals. an input operation section that enables an operator to perform input operation; a first measurement section capable of measuring first vital signs; a second measurement section that can measure second vital signs; a first operating system ; a second operating system ; a first arithmetic processing section that runs on the first operating system and that arithmetically processes the first vital signs measured by the first measurement section on the basis of an input signal from the input operation section , thereby generating a first arithmetically processed signal; a second arithmetic processing section that runs on the second operating system , that is communicable with the first arithmetic processing section , and that generates a second arithmetically processed signal on the basis of the input signal from the input operation section by use of the first arithmetically processed signal transmitted from the first arithmetic processing section and of the second vital signs measured by the second measurement section ; and an output control section that can receive the first arithmetically processed signal produced by the first arithmetic processing section and the second arithmetically processed signal produced by the second arithmetic processing section and that outputs at least one of the received arithmetically processed signals.
A welding system , comprising: a power supply configured to output a welding current to an electrode to create an arc between the electrode and a workpiece (W); at least one welding torch for performing a welding operation on the workpiece (W) to create a weld joint , the welding torch includes the electrode; a temperature sensor configured to detect a temperature of the workpiece (W) along a path adjacent to the weld joint during the welding operation; and a feedback device ; and characterised by : controller configured to communicate an indication to the feedback device when the temperature of the workpiece (W) exceeds a tolerance associated with a material of the workpiece (W), and the controller is configured to calibrate the tolerance based at least one of the material of the workpiece, a distance from the arc, or a welding process. a power supply configured to output a welding current to an electrode to create an arc between the electrode and a workpiece (W); at least one welding torch for performing a welding operation on the workpiece (W) to create a weld joint , the welding torch includes the electrode; a temperature sensor configured to detect a temperature of the workpiece (W) along a path adjacent to the weld joint during the welding operation; and a feedback device ; and characterised by : controller configured to communicate an indication to the feedback device when the temperature of the workpiece (W) exceeds a tolerance associated with a material of the workpiece (W), and the controller is configured to calibrate the tolerance based at least one of the material of the workpiece, a distance from the arc, or a welding process. controller configured to communicate an indication to the feedback device when the temperature of the workpiece (W) exceeds a tolerance associated with a material of the workpiece (W), and the controller is configured to calibrate the tolerance based at least one of the material of the workpiece, a distance from the arc, or a welding process.
A spark plug comprising: a circular columnar insulator having a through hole extending in an axial direction; a center electrode fixed in the through hole of the insulator ; a terminal shell fixed in the through hole of the insulator ; and a resistor which is provided in the through hole and between the terminal shell and the center electrode , and which contains glass, a Ti component, a Zr component, and a non-metallic electrically conductive material, the spark plug being characterized in that in a cross section of a conduction path portion (Ar1) of the resistor , the conduction path portion (Ar1) containing the Zr component and the Ti component, the average of the Ti component contents by weight of five continuous circular regions (f1 to f5, f11 to f15), each region having a diameter of 20 μm, is 0.5 wt.% to 15 wt.%; and when A represents the average of the Ti component contents by weight of any 30 circular regions, each region having a diameter of 20 μm, in the conduction path portion (Ar1), and when B represents the Ti component content by weight of each of the 30 circular regions, the total of the number of circular regions in which B is less than 0.25 times A and the number of circular regions in which B is greater than 3.0 times A is 2 or less. a circular columnar insulator having a through hole extending in an axial direction; a center electrode fixed in the through hole of the insulator ; a terminal shell fixed in the through hole of the insulator ; and a resistor which is provided in the through hole and between the terminal shell and the center electrode , and which contains glass, a Ti component, a Zr component, and a non-metallic electrically conductive material, the spark plug being characterized in that in a cross section of a conduction path portion (Ar1) of the resistor , the conduction path portion (Ar1) containing the Zr component and the Ti component, the average of the Ti component contents by weight of five continuous circular regions (f1 to f5, f11 to f15), each region having a diameter of 20 μm, is 0.5 wt.% to 15 wt.%; and when A represents the average of the Ti component contents by weight of any 30 circular regions, each region having a diameter of 20 μm, in the conduction path portion (Ar1), and when B represents the Ti component content by weight of each of the 30 circular regions, the total of the number of circular regions in which B is less than 0.25 times A and the number of circular regions in which B is greater than 3.0 times A is 2 or less.
A method, comprising: receiving a reject message by a user equipment, UE , in a mobile communication network , wherein the UE is attached to the network using a first identification module; and starting a timer in response to the reject message, wherein the reject message is associated with a session management request or a mobility management request; wherein the reject message is associated with a session management request, and wherein the timer is a T3396 timer; or wherein the reject message is associated with a mobility management procedure, and wherein the timer is a T3245 timer; or wherein the reject message is associated with a mobility management request in circuit switch domain, and wherein the timer is a T3246 timer; or wherein the reject message is associated with a mobility management request in packet switch domain, and wherein the timer is a T3346 timer; and wherein the first identification module and the second identification module, respectively, is a Subscriber Identity Module, SIM, or Universal Subscriber Identity Module, USIM, characterized by the method further comprising: determining whether to stop the timer or continue to run the timer by comparing the first identification module and the second identification module when the first identification module is replaced with a second identification module while the UE remains power on. receiving a reject message by a user equipment, UE , in a mobile communication network , wherein the UE is attached to the network using a first identification module; and starting a timer in response to the reject message, wherein the reject message is associated with a session management request or a mobility management request; wherein the reject message is associated with a session management request, and wherein the timer is a T3396 timer; or wherein the reject message is associated with a mobility management procedure, and wherein the timer is a T3245 timer; or wherein the reject message is associated with a mobility management request in circuit switch domain, and wherein the timer is a T3246 timer; or wherein the reject message is associated with a mobility management request in packet switch domain, and wherein the timer is a T3346 timer; and wherein the first identification module and the second identification module, respectively, is a Subscriber Identity Module, SIM, or Universal Subscriber Identity Module, USIM, characterized by the method further comprising: determining whether to stop the timer or continue to run the timer by comparing the first identification module and the second identification module when the first identification module is replaced with a second identification module while the UE remains power on.
A method for detecting and discriminating elementary particles such as protons, ions, electrons, neutrons, photons or the like, for example, in a diamond detector , wherein an electric field is applied to the detector and wherein a charge pulse is generated in the detector when a particle passes through the detector and each charge pulse is subsequently converted into an electrical signal, wherein the detector is divided into at least two partial regions (D1, D1', D1", D2) which are separate from one another, to which an electric field is applied separately in each case, characterized in that a read-out of each charge pulse is performed by means of a common read-out electrode of the detector located between the partial regions (D1, D1', D1", D2) of the detector and that an electric field of reverse polarity is applied to each of the partial regions (D1, D1', D1", D2) of the detector separated from one another, wherein the read-out of the signals of the separate partial regions (D1, D1', D1", D2) of the detector takes place by means of a common read-out line .
An apparatus to determine the percentage of the Carbon Equivalent, Carbon and Silicon in a liquid ferrous metal sample; said apparatus comprising a refractory cup structure ; a cavity ; a thermocouple wire ; a quartz tube shell ; a base ; chilling agents , a holder , a compensating cable , and an electronic device ; wherein the refractory cup structure is made of sand coated with resin; the diameter and height of said cup structure are proportioned to lie within the range of 20 to 40 mm and 10 to 25 mm respectively; the cavity dimensioned to accommodate a weight of the liquid metal sample between about 50 to 180 gm in weight; the thermocouple wire is capable of temperature measurement of said liquid ferrous metal sample in the range of 1050 to 1400 deg C; said quartz tube shell is arranged horizontally within said cup structure such that it covers said thermocouple wire ; said quartz tube shell preventing contact between said liquid ferrous metal and said thermocouple wire and eliminating the possibility of contamination; said quartz tube shell sealed with refractory agents to prevent leakage from hole of said cup structure ; a mixture of refractory binders and 0.20 to 0.50 gm chilling agents arranged at the bottom of said refractory cup structure; said cup possessing a suitable base and being suitably dimensioned to fit the holder ; said holder being arranged to carry the measurement signal to the electronic device via said compensating cable for further analysis of the percentage of Carbon equivalent, Carbon and Silicon in said liquid ferrous metal sample.
A magnetically driven centrifugal pump having an axis of impeller rotation , comprising a pump case ; an open vane impeller including an impeller hub in the pump case rotatably mounted about the axis of impeller rotation ; a stuffing box including a stuffing box outer being fixed relative to the pump case and a stuffing box inner threadedly engaged with the stuffing box outer by threads extending about the axis of impeller rotation ; a rotor axially fixed and rotatably mounted about the axis of impeller rotation in the stuffing box inner , the impeller being fixed to rotate with the rotor ; a drive fixed relative to the pump case and including a drive output rotatably mounted about the axis of impeller rotation and extending into the stuffing box ; a magnetic coupling between the rotor and the drive output ; a canister fixed to the stuffing box and extending through the magnetic coupling to isolate the rotor from the drive .
A lateral transport system for a harvester , comprising: a chassis ; first and second ground wheels rotatably coupled to the chassis ; and a lateral transport assembly operably coupled to the chassis and operable between a transport operation mode and a stowed operation mode, the lateral transport assembly comprising: a tongue pivotally coupled to the chassis ; a first suspension element rotatable about a first axis and a second axis , the first axis being perpendicular to the second axis ; a second suspension element rotatably about the second axis ; and a hydraulic actuation system operably coupled to the tongue , the first suspension element , and the second suspension element ; wherein in the transport operation mode, hydraulic fluid is allowed to flow into the hydraulic actuation system to rotate the first suspension element about the first axis , and subsequently rotate the first and second suspension elements about the second axis ; characterized in that in the transport operation mode, a first tongue hydraulic cylinder is actuated to extend to partially rotate the tongue relative to the chassis prior to rotation of the first suspension element about the first axis ; and after rotation of the first suspension element about the first axis , a second tongue hydraulic cylinder is actuated to extend to rotate the tongue relative to the chassis to a laterally extending position. a chassis ; first and second ground wheels rotatably coupled to the chassis ; and a lateral transport assembly operably coupled to the chassis and operable between a transport operation mode and a stowed operation mode, the lateral transport assembly comprising: a tongue pivotally coupled to the chassis ; a first suspension element rotatable about a first axis and a second axis , the first axis being perpendicular to the second axis ; a second suspension element rotatably about the second axis ; and a hydraulic actuation system operably coupled to the tongue , the first suspension element , and the second suspension element ; a tongue pivotally coupled to the chassis ; a first suspension element rotatable about a first axis and a second axis , the first axis being perpendicular to the second axis ; a second suspension element rotatably about the second axis ; and a hydraulic actuation system operably coupled to the tongue , the first suspension element , and the second suspension element ; wherein in the transport operation mode, hydraulic fluid is allowed to flow into the hydraulic actuation system to rotate the first suspension element about the first axis , and subsequently rotate the first and second suspension elements about the second axis ; characterized in that in the transport operation mode, a first tongue hydraulic cylinder is actuated to extend to partially rotate the tongue relative to the chassis prior to rotation of the first suspension element about the first axis ; and after rotation of the first suspension element about the first axis , a second tongue hydraulic cylinder is actuated to extend to rotate the tongue relative to the chassis to a laterally extending position.