mhurhangee/patent-ind-claim-en huggingface dataset:
A computing device for managing seasonal performance metric alerts, comprising: a memory storing one or more parameters or instructions; and at least one processor coupled to the memory , wherein the at least one processor is configured to: collect a time series of an application performance metric for a period of less than two weeks; determine daily distributions of the time series for each day within the period; apply a radial basis function (RBF) kernel-based change point detection to each of the daily distributions to determine that the daily distributions include a weekend time period that has a different daily distribution than a time period before or after the weekend time period, wherein the determining comprises a detection of the weekend time period; adjust a baseline prediction of the application performance metric for a future weekend time period based on the detection of the weekend time period; and send an alert based on a deviation of a value of the application performance metric from the adjusted baseline prediction. a memory storing one or more parameters or instructions; and at least one processor coupled to the memory , wherein the at least one processor is configured to: collect a time series of an application performance metric for a period of less than two weeks; determine daily distributions of the time series for each day within the period; apply a radial basis function (RBF) kernel-based change point detection to each of the daily distributions to determine that the daily distributions include a weekend time period that has a different daily distribution than a time period before or after the weekend time period, wherein the determining comprises a detection of the weekend time period; adjust a baseline prediction of the application performance metric for a future weekend time period based on the detection of the weekend time period; and send an alert based on a deviation of a value of the application performance metric from the adjusted baseline prediction. collect a time series of an application performance metric for a period of less than two weeks; determine daily distributions of the time series for each day within the period; apply a radial basis function (RBF) kernel-based change point detection to each of the daily distributions to determine that the daily distributions include a weekend time period that has a different daily distribution than a time period before or after the weekend time period, wherein the determining comprises a detection of the weekend time period; adjust a baseline prediction of the application performance metric for a future weekend time period based on the detection of the weekend time period; and send an alert based on a deviation of a value of the application performance metric from the adjusted baseline prediction.
A composition comprising a mixture of molecules of Formula (I) {R[CH(CH 3 )CH 2 O)] b [CH 2 -CH 2 O] a } m P(=O)(O - X + ) n (I) wherein R is selected from linear or branched -C 1 -C 30 alkyl or alkenyl; a = 0-50, b = 0-30, and a+b > 0; X + is CH 3 -(CH 2 ) c -C(O)NH(CH 2 ) d N + HR 2 R 3 , wherein c = 0 to 30, d = 1 to 5, and R 2 and R 3 are independently selected from -CH 2 CH 2 OH and linear or branched -C 1 -C 5 alkyl; m and n are each equal to 1 or 2, such that when m = 1 then n = 2, and when m = 2 then n = 1; and in the mixture some of the molecules have m = 1 and n = 2 and some of the molecules have m = 2 and n = 1. R is selected from linear or branched -C 1 -C 30 alkyl or alkenyl; a = 0-50, b = 0-30, and a+b > 0; X + is CH 3 -(CH 2 ) c -C(O)NH(CH 2 ) d N + HR 2 R 3 , wherein c = 0 to 30, d = 1 to 5, and R 2 and R 3 are independently selected from -CH 2 CH 2 OH and linear or branched -C 1 -C 5 alkyl; m and n are each equal to 1 or 2, such that when m = 1 then n = 2, and when m = 2 then n = 1; and in the mixture some of the molecules have m = 1 and n = 2 and some of the molecules have m = 2 and n = 1.
A touchscreen panel comprising: a main body including a lower substrate that includes a first transparent conductive film , and an upper sheet that includes a second transparent conductive film ; a static-removing film , arranged on the main body, and including a conductive film ; and a lead including a conductive part electrically connected to the conductive film, wherein the main body includes a cutout in which the lead is arranged, wherein: the static-removing film and the lead are transparent and integrally formed; the lead is a bent portion of the static-removing film extending from one side of the static-removing film ; and the lead is arranged inside the cutout of the main body so as not protrude outside from a side surface of the main body . a main body including a lower substrate that includes a first transparent conductive film , and an upper sheet that includes a second transparent conductive film ; a static-removing film , arranged on the main body, and including a conductive film ; and a lead including a conductive part electrically connected to the conductive film, wherein the main body includes a cutout in which the lead is arranged, wherein: the static-removing film and the lead are transparent and integrally formed; the lead is a bent portion of the static-removing film extending from one side of the static-removing film ; and the lead is arranged inside the cutout of the main body so as not protrude outside from a side surface of the main body . the static-removing film and the lead are transparent and integrally formed; the lead is a bent portion of the static-removing film extending from one side of the static-removing film ; and the lead is arranged inside the cutout of the main body so as not protrude outside from a side surface of the main body .
A method of preparing an optionally substituted cyclohexanone, comprising reducing an optionally substituted phenol in the presence of a catalyst and hydrogen in a reactor substantially free of a solvent, thereby obtaining the optionally substituted cyclohexanone; wherein the catalyst comprises (i) a catalytically active transition metal, (ii) a support comprising an oxide, and (iii) a promoter comprising an inorganic metal salt, wherein the promoter is present in an amount of between 0.5 to 2.5% by weight of the catalyst; and wherein the promoter comprises a metal salt selected from the group consisting of Li, Na, K, Rb, and Cs, and preferably the promoter comprises sodium carbonate, potassium carbonate, or a combination thereof.
A two component cancer therapeutic comprising: (a) a small conjugate molecule (SCM) comprising a targeted moiety conjugated to a tumor receptor ligand wherein the targeted moiety is fluorescein; and (b) chimeric antigen receptor (CAR)-expressing autologous T cells, wherein the CAR recognizes and binds the targeted moiety. (a) a small conjugate molecule (SCM) comprising a targeted moiety conjugated to a tumor receptor ligand wherein the targeted moiety is fluorescein; and (b) chimeric antigen receptor (CAR)-expressing autologous T cells, wherein the CAR recognizes and binds the targeted moiety.
A take-off arm for a bale opener for taking off fiber flocks from fiber bales , having a housing , at least one take-off unit having an axial length and comprising a detaching roller having take-off teeth , and a pressing element , characterized in that the pressing element is connected to load cells , and elastic devices , configured to adjust a penetration of the take-off teeth , are situated between the load cells and the housing , via which the load cells are connected to the housing .
A medical functional device comprising at least one fluid circuit or a section thereof, the functional device or the fluid circuit comprising or being connected with at least one heat exchange device which is arranged and/or designed between a first section (A1) of the fluid circuit and a second section (A2) of the fluid circuit , wherein the second section (A2) is downstream of a filter device , wherein a second flow sensor (Q2) is located in the second section and characterized in that the second flow sensor (Q2) : - is arranged in the heat exchange device or is part of the heat exchange device ; or - is connected downstream of the heat exchange device with respect to the flow direction of a fluid. - is arranged in the heat exchange device or is part of the heat exchange device ; or - is connected downstream of the heat exchange device with respect to the flow direction of a fluid.
A parallel magnetic resonance imaging system , comprising: at least one radio frequency (RF) coil with a plurality of coil elements; a user interface configured to receive a minimum signal-to-noise ratio (SN R ); a smart select unit configured to generate an overall reduction factor which meets the received minimum SNR and to generate different sets of reduction factors along one or more reduction directions, i.e. along one or more encoding directions, wherein each set of reduction factors satisfies the overall reduction factor, the smart select unit being further configured to construct , from a pre-scan or prior scan of a subject with the at least one RF coil, a signal map and a plurality of noise maps for said different sets of reduction factors along said one or more reduction directions; a SNR determination unit configured to calculate the SNR for each of said different sets of reduction factors by dividing the signal map by the corresponding noise map, thereby providing an SNR value for each image voxel, a parallel imaging parameter unit configured to select the set of reduction factors corresponding to a noise map which optimizes the SNR and a scanning speed, a sequence control configured to perform a magnetic resonance imaging scan of the subject using the selected set of reduction factors. at least one radio frequency (RF) coil with a plurality of coil elements; a user interface configured to receive a minimum signal-to-noise ratio (SN R ); a smart select unit configured to generate an overall reduction factor which meets the received minimum SNR and to generate different sets of reduction factors along one or more reduction directions, i.e. along one or more encoding directions, wherein each set of reduction factors satisfies the overall reduction factor, the smart select unit being further configured to construct , from a pre-scan or prior scan of a subject with the at least one RF coil, a signal map and a plurality of noise maps for said different sets of reduction factors along said one or more reduction directions; a SNR determination unit configured to calculate the SNR for each of said different sets of reduction factors by dividing the signal map by the corresponding noise map, thereby providing an SNR value for each image voxel, a parallel imaging parameter unit configured to select the set of reduction factors corresponding to a noise map which optimizes the SNR and a scanning speed, a sequence control configured to perform a magnetic resonance imaging scan of the subject using the selected set of reduction factors.
Heat storage system comprising a storage container for receiving storage material in an interior of the storage container and a circuit for removing and supplying the storage material received in the interior , wherein the circuit comprises: - a heat transfer device for thermally discharging and/or thermally charging the storage material , - a removal device which is set up to remove storage material in the liquid phase from the storage container and to feed it to the heat transfer device for thermal discharging and/or thermal charging, - a supply channel/discharge channel forming a fluid connection between the heat transfer device and the storage container , and characterized in that the circuit comprises a return device which is set up to return storage material in the solid phase to the interior of the storage container . - a heat transfer device for thermally discharging and/or thermally charging the storage material , - a removal device which is set up to remove storage material in the liquid phase from the storage container and to feed it to the heat transfer device for thermal discharging and/or thermal charging, - a supply channel/discharge channel forming a fluid connection between the heat transfer device and the storage container , and
Make-up item , characterized in that it comprises: - an applicator whose application head defines an envelope surface, and - a dispenser for make-up product , comprising a site for receiving the applicator , and having at least one outer valve provided with at least one dispensing opening which faces a portion of the envelope surface when the applicator is received in the site , the valve being able to assume a closed position and an open position wherein the valve releases product directly against the head of the applicator , the dispenser further comprising a channel adapted to be filled with make-up product , characterized in that : - the valve is formed by at least one elastic wall closing the channel , the wall having the dispensing opening , and the channel comprising at least one closing relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the wall being arranged so that it deforms to open the valve under the sole pressure of the make-up product filling the channel , or - the valve is formed by at least two superimposed but spaced apart elastic top and bottom walls, the top wall having the dispensing opening and the lower wall having at least one internal opening and at least one closure relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the walls being arranged so that they deform to open the valve solely under the pressure of the make-up product filling the channel . - an applicator whose application head defines an envelope surface, and - a dispenser for make-up product , comprising a site for receiving the applicator , and having at least one outer valve provided with at least one dispensing opening which faces a portion of the envelope surface when the applicator is received in the site , the valve being able to assume a closed position and an open position wherein the valve releases product directly against the head of the applicator , - the valve is formed by at least one elastic wall closing the channel , the wall having the dispensing opening , and the channel comprising at least one closing relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the wall being arranged so that it deforms to open the valve under the sole pressure of the make-up product filling the channel , or - the valve is formed by at least two superimposed but spaced apart elastic top and bottom walls, the top wall having the dispensing opening and the lower wall having at least one internal opening and at least one closure relief arranged so that it closes the dispensing opening when the valve occupies the closed position, the walls being arranged so that they deform to open the valve solely under the pressure of the make-up product filling the channel .
An apparatus for determining a fluid's kinematic viscosity comprising: a transmitter and a transmitting transducer capable of converting a single pulse from the transmitter into ultrasonic energy; a receiving transducer and an electronic amplifier which converts some of the ultrasonic energy that has passed through a fluid of unknown viscosity into an electrical signal, the ultrasonic energy created by the transmitting transducer follows an acoustic path which is made to pass through the fluid of unknown viscosity along a path of known length; and a computer which determines a characteristic frequency of a received electrical signal and measures a fluid's velocity of sound and which determines kinematic viscosity of the fluid on a continuous basis based on the characteristic frequency and the sound velocity, where the kinematic viscosity is formed from a fluid's bulk viscosity and shear viscosity. a transmitter and a transmitting transducer capable of converting a single pulse from the transmitter into ultrasonic energy; a receiving transducer and an electronic amplifier which converts some of the ultrasonic energy that has passed through a fluid of unknown viscosity into an electrical signal, the ultrasonic energy created by the transmitting transducer follows an acoustic path which is made to pass through the fluid of unknown viscosity along a path of known length; and a computer which determines a characteristic frequency of a received electrical signal and measures a fluid's velocity of sound and which determines kinematic viscosity of the fluid on a continuous basis based on the characteristic frequency and the sound velocity, where the kinematic viscosity is formed from a fluid's bulk viscosity and shear viscosity.
A method for manufacturing a strained fermented dairy product comprising the following successive steps: (a) providing a dairy product containing starch, (b) fermenting the dairy product after adding lactic acid bacteria to obtain a fermented dairy product, and (c) separating a liquid whey from the fermented dairy product by centrifugation to obtain a strained fermented dairy product. (a) providing a dairy product containing starch, (b) fermenting the dairy product after adding lactic acid bacteria to obtain a fermented dairy product, and (c) separating a liquid whey from the fermented dairy product by centrifugation to obtain a strained fermented dairy product.
Automatic load-lifting fixture intended for attachment to a lifting machine or device and to be attached to a load to be lifted constituted by a prism-shaped genera frame , at one end of which is removably mounted a transversal shaft having fixed to one end an eyebolt linked to a shackle for attachment to the relevant lifting machine, while the other end of said shaft features a triangular cross-piece to be attached to the load, wherein the shaft is rotated and operated automatically by electro-pneumatic or electro-hydraulic means so that it can be placed in open, closed or in intermediate positions, and wherein the automatic load-lifting fixture can be actuated manually as well as by remote control.
A method performed by a central unit, CU, in a wireless communication system, the method being characterized by : receiving (S1001), from a distribution unit, DU, information informing whether to allow a manual closed access group, CAG, selection on a CAG identifier, ID, not included in a list of allowed CAG IDs of a wireless device for each of public land mobile networks, PLMNs; receiving (S1003), from an access and mobility management function, AMF,), a list of PLMNs supported by the AMF; determining (S1005) CAG control information comprising at least one PLMN for which a manual CAG selection on a CAG ID not included in the list of allowed CAG IDs of the wireless device is allowed, based on the list of PLMNs supported by the AMF and the information received from the DU; and transmitting (S1007), to the DU, the CAG control information. receiving (S1001), from a distribution unit, DU, information informing whether to allow a manual closed access group, CAG, selection on a CAG identifier, ID, not included in a list of allowed CAG IDs of a wireless device for each of public land mobile networks, PLMNs; receiving (S1003), from an access and mobility management function, AMF,), a list of PLMNs supported by the AMF; determining (S1005) CAG control information comprising at least one PLMN for which a manual CAG selection on a CAG ID not included in the list of allowed CAG IDs of the wireless device is allowed, based on the list of PLMNs supported by the AMF and the information received from the DU; and transmitting (S1007), to the DU, the CAG control information.
Chassis for a rail vehicle, in particular for a locomotive, said chassis having a chassis frame , which is supported at least on a first wheel set and a second wheel set , and an A-arm per wheel set on both sides of the chassis for horizontally guiding the axle of the wheel set , wherein an A-arm is hinged to one of two axle bearings of a wheel set by a wheel-set-side bearing , and to the chassis frame by two frame-side bearings , wherein the bearings of each A-arm are arranged respectively on the corners of a horizontally aligned isosceles triangle, the tip of the triangle forming the wheel-set-side bearing and the base of the triangle forming the frame-side bearings , and wherein the frame-side bearings have elastomer bushings with a constant longitudinal and transverse rigidity, characterised in that the wheel-set-side bearings have hydraulic bushings with constant transverse rigidity and variable longitudinal rigidity (c), wherein each hydraulic bushing has an externally located fluid chamber in the longitudinal direction (X) and an internally located fluid chamber in the longitudinal direction (X), which are arranged opposite one another in the longitudinal direction (X) and are filled with a hydraulic fluid, wherein each fluid chamber is connected to a fluid duct through which hydraulic fluid can flow into or out of the fluid chamber , wherein the longitudinal rigidity (c) of the hydraulic bushing varies as a function of the excitation frequency of fluid flows forced into or out of a fluid chamber by wheel set guiding forces, and wherein hydraulic bushings arranged on the same chassis side are connected via external fluid ducts such that the externally located fluid chamber of the first wheel set is hydraulically coupled to the internally located fluid chamber of the second wheel set and the internally located fluid chamber of the first wheel set is hydraulically coupled to the externally located fluid chamber of the second wheel set .