mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: switching layer two, L2, packet data units, PDUs, with a local network device between a local L2 network, coupled by an attachment circuit for a Virtual Private Local Area Network, LAN, Service, VPLS, instance to the local network device, and one or more remote L2 networks to provide the VPLS instance to the local and remote L2 networks, wherein the local network device terminates one or more pseudowires that operate over a layer three, L3, packet-switched network, PSN, to carry the PDUs in pseudowire packets to connect, for the VPLS instance, the local network device to one or more corresponding remote network devices that each serves a corresponding one of the remote L2 networks; and incrementing, with the local network device, a respective unicast receipt counter for each of one or more remote service endpoints of the VPLS instance only for the PDUs that are known unicast PDUs within the respective remote network device of the corresponding remote service endpoint from which the PDU was received, wherein each of the known unicast PDUs received by the local network device is a unicast PDU that includes an indicator that the remote network device from which the unicast PDU was received currently maps the destination L2 address of the unicast PDU to a corresponding outbound interface of the remote network device. switching layer two, L2, packet data units, PDUs, with a local network device between a local L2 network, coupled by an attachment circuit for a Virtual Private Local Area Network, LAN, Service, VPLS, instance to the local network device, and one or more remote L2 networks to provide the VPLS instance to the local and remote L2 networks, wherein the local network device terminates one or more pseudowires that operate over a layer three, L3, packet-switched network, PSN, to carry the PDUs in pseudowire packets to connect, for the VPLS instance, the local network device to one or more corresponding remote network devices that each serves a corresponding one of the remote L2 networks; and incrementing, with the local network device, a respective unicast receipt counter for each of one or more remote service endpoints of the VPLS instance only for the PDUs that are known unicast PDUs within the respective remote network device of the corresponding remote service endpoint from which the PDU was received, wherein each of the known unicast PDUs received by the local network device is a unicast PDU that includes an indicator that the remote network device from which the unicast PDU was received currently maps the destination L2 address of the unicast PDU to a corresponding outbound interface of the remote network device.
A water tank for a refrigerator comprising: a body part in which water to be supplied into an ice tray for making ice can be stored; an opening defined in a top surface of the body part; a cover part installed on the body part to shield the opening of the body part; characterized by a supply part (350, 370) insertable and withdrawable into/from the body part, the supply part being withdrawn to guide the water into the body part when the water for making ice is injected, wherein the water tank is configured so that the water for making the ice can be selectively supplied into the body part through the opening or the supply part, and the supply part (350, 370) selectively opens a supply hole defined in a front surface of the body part to introduce the water into the body part through the supply hole. a body part in which water to be supplied into an ice tray for making ice can be stored; an opening defined in a top surface of the body part; a cover part installed on the body part to shield the opening of the body part; characterized by a supply part (350, 370) insertable and withdrawable into/from the body part, the supply part being withdrawn to guide the water into the body part when the water for making ice is injected, wherein the water tank is configured so that the water for making the ice can be selectively supplied into the body part through the opening or the supply part, and the supply part (350, 370) selectively opens a supply hole defined in a front surface of the body part to introduce the water into the body part through the supply hole.
A computer-implemented method comprising: determining a prior probability of cheating that is related to one or more patient attributes determined to be related to a likelihood of cheating by analysis of prior data related to medication administration and cheating; capturing, by a video capture device, one or more video sequences of a user administering a medication according to one or more predetermined actions; analyzing the captured one or more video sequences to recognize a plurality of monitored items of user behavior during administration of the medication; calculating a current probability of cheating based on i) a likelihood that data for the plurality of monitored items support an inference of cheating and not properly administering the medication and ii) the prior probability of cheating; updating the prior probability of cheating based on the calculated current probability of cheating; and adaptively performing a follow-up operation in response to a determination that the plurality monitored items support the inference that the user is cheating and not properly administering the medication. determining a prior probability of cheating that is related to one or more patient attributes determined to be related to a likelihood of cheating by analysis of prior data related to medication administration and cheating; capturing, by a video capture device, one or more video sequences of a user administering a medication according to one or more predetermined actions; analyzing the captured one or more video sequences to recognize a plurality of monitored items of user behavior during administration of the medication; calculating a current probability of cheating based on i) a likelihood that data for the plurality of monitored items support an inference of cheating and not properly administering the medication and ii) the prior probability of cheating; updating the prior probability of cheating based on the calculated current probability of cheating; and adaptively performing a follow-up operation in response to a determination that the plurality monitored items support the inference that the user is cheating and not properly administering the medication.
Textile treatment formulation containing the following PPG/PEG block-copolymer or a mixture thereof: wherein the average value of x is in the range of 27-63, preferably in the range of 37-45; the average value of y is in the range of y is in the range of 6-11, wherein the value of y in the left and in the right structural moiety as represented above can be different but within that range; R' and R" are selected, independently from each other, from the group consisting of: hydrogen, saturated or at least partly unsaturated linear, cyclic or branched hydrocarbon chain with 1-18 carbon atoms, in which one or more carbon atoms can be replaced by a heteroatom selected from the group consisting of: nitrogen, oxygen, sulfur; with the proviso that both R' and R" cannot at the same time be selected as hydrogen; and wherein the PPG/PEG block-copolymer has a DSC-melting point (peak value) according to DIN ISO 11357 in the range of 15-37°C. the average value of x is in the range of 27-63, preferably in the range of 37-45; the average value of y is in the range of y is in the range of 6-11, wherein the value of y in the left and in the right structural moiety as represented above can be different but within that range; R' and R" are selected, independently from each other, from the group consisting of: hydrogen, saturated or at least partly unsaturated linear, cyclic or branched hydrocarbon chain with 1-18 carbon atoms, in which one or more carbon atoms can be replaced by a heteroatom selected from the group consisting of: nitrogen, oxygen, sulfur; with the proviso that both R' and R" cannot at the same time be selected as hydrogen; and wherein the PPG/PEG block-copolymer has a DSC-melting point (peak value) according to DIN ISO 11357 in the range of 15-37°C.
Method for operating a water dispenser, the water dispenser having a water supply, a carbon dioxide supply, an outlet for pouring water into a container placed below the outlet, a controller and a user interface, the method comprising the following steps, which are executed in response to an activation of the water dispenser via the user interface: - determining a nominal value of a water volume that is to be filled into the container - determining a nominal value of a waiting period by means of the controller - determining nominal values of a first partial volume and a second partial volume with V1 + V2 = V by means of the controller, in particular by determining a volume ratio with R = V1/V for dividing the water volume into the partial volumes (V1, V2) - pouring the first partial volume through the outlet - waiting through the waiting period - pouring the second partial volume through the outlet. - determining a nominal value of a water volume that is to be filled into the container - determining a nominal value of a waiting period by means of the controller - determining nominal values of a first partial volume and a second partial volume with V1 + V2 = V by means of the controller, in particular by determining a volume ratio with R = V1/V for dividing the water volume into the partial volumes (V1, V2) - pouring the first partial volume through the outlet - waiting through the waiting period - pouring the second partial volume through the outlet.
A method for estimating a temperature in a cold room of a refrigeration system, comprising: determining a measured state from the cold room, the measured state being at least one measured air temperature within a zone; and generating a reduced order thermodynamic model of the cold room, the thermodynamic model including at least one unknown parameter; and characterised by identifying the at least one unknown parameter of the thermodynamic model using a system identification method and sensor measurement data, the at least one unknown parameter including a lumped parameter H* related to overall cold room surface heat transfer coefficient and cold room surface area and Qd* related to energy input during defrosting; generating an Extended Kalman Filter based on the thermodynamic model of the cold room; and processing the measured state using the Extended Kalman Filter to obtain an estimated unknown state of the cold room, the estimated unknown state of the cold room being a temperature of the goods in the cold room and to obtain an estimated unknown parameter of the cold room to generate a predicted cold room temperature, the estimated unknown parameter of the cold room including an infiltration load, an air side thermal resistance of an evaporator coil and ice growth and decay rate on the evaporator coil. determining a measured state from the cold room, the measured state being at least one measured air temperature within a zone; and generating a reduced order thermodynamic model of the cold room, the thermodynamic model including at least one unknown parameter; and characterised by identifying the at least one unknown parameter of the thermodynamic model using a system identification method and sensor measurement data, the at least one unknown parameter including a lumped parameter H* related to overall cold room surface heat transfer coefficient and cold room surface area and Qd* related to energy input during defrosting; generating an Extended Kalman Filter based on the thermodynamic model of the cold room; and processing the measured state using the Extended Kalman Filter to obtain an estimated unknown state of the cold room, the estimated unknown state of the cold room being a temperature of the goods in the cold room and to obtain an estimated unknown parameter of the cold room to generate a predicted cold room temperature, the estimated unknown parameter of the cold room including an infiltration load, an air side thermal resistance of an evaporator coil and ice growth and decay rate on the evaporator coil.
A digital certificate application method, wherein a client device integrates a secure element and is loaded with client software, the method comprising: sending, by the client device, a digital certificate application request to a server, wherein the server generates application information based on the application request and returns the application information to the client device and to a certificate authority, and wherein the application information comprises an application identifier uniquely corresponding to the application request; delivering, by the client device, the application information returned by the server to the secure element; generating, by the secure element, a pair of public and private keys based on an asymmetric algorithm; signing, by the secure element, the application identifier using the private key to obtain terminal signature data; encapsulating, by the secure element, the terminal signature data and the public key into a specified format and sending the specified format data to the client device; and sending, by the client device, the specified format data to the server, wherein the server sends the public key, the terminal signature data, login user information of the client, and certificate usage information to the certificate authority after determining, based on the public key, that the terminal signature data and the application identifier are verified, wherein the certificate authority generates a digital certificate after determining that the terminal signature data and the application identifier are verified. sending, by the client device, a digital certificate application request to a server, wherein the server generates application information based on the application request and returns the application information to the client device and to a certificate authority, and wherein the application information comprises an application identifier uniquely corresponding to the application request; delivering, by the client device, the application information returned by the server to the secure element; generating, by the secure element, a pair of public and private keys based on an asymmetric algorithm; signing, by the secure element, the application identifier using the private key to obtain terminal signature data; encapsulating, by the secure element, the terminal signature data and the public key into a specified format and sending the specified format data to the client device; and sending, by the client device, the specified format data to the server, wherein the server sends the public key, the terminal signature data, login user information of the client, and certificate usage information to the certificate authority after determining, based on the public key, that the terminal signature data and the application identifier are verified, wherein the certificate authority generates a digital certificate after determining that the terminal signature data and the application identifier are verified.
Wind turbine comprising: - a hub; - at least one blade; and - at least one pitch bearing to connect the at least one blade to the hub, the at least one pitch bearing comprising: - at least an inner ring joined to the blade, - an outer ring joined to the hub and comprising a flat surface proximate to the blade and a flat surface proximate to the hub, - and at least a rolling race; such that it further comprises at least a tensioning system comprising at least one tensioning element with two ends, said tensioning element is located more proximate to the flat surface proximate to the blade than to the flat surface proximate to the hub, wherein the tensioning system is configured to exert a radial compression force to at least a part of the outer ring of the at least one pitch bearing when a tension is applied to the at least one tensioning element, characterized in that the at least one tensioning element comprises at least one strand. - a hub; - at least one blade; and - at least one pitch bearing to connect the at least one blade to the hub, the at least one pitch bearing comprising: - at least an inner ring joined to the blade, - an outer ring joined to the hub and comprising a flat surface proximate to the blade and a flat surface proximate to the hub, - and at least a rolling race; such that it further comprises at least a tensioning system comprising at least one tensioning element with two ends, said tensioning element is located more proximate to the flat surface proximate to the blade than to the flat surface proximate to the hub, wherein the tensioning system is configured to exert a radial compression force to at least a part of the outer ring of the at least one pitch bearing when a tension is applied to the at least one tensioning element, characterized in that the at least one tensioning element comprises at least one strand. - at least an inner ring joined to the blade, - an outer ring joined to the hub and comprising a flat surface proximate to the blade and a flat surface proximate to the hub, - and at least a rolling race; such that it further comprises at least a tensioning system comprising at least one tensioning element with two ends, said tensioning element is located more proximate to the flat surface proximate to the blade than to the flat surface proximate to the hub, wherein the tensioning system is configured to exert a radial compression force to at least a part of the outer ring of the at least one pitch bearing when a tension is applied to the at least one tensioning element, characterized in that the at least one tensioning element comprises at least one strand.
An aqueous composition comprising a water-insoluble pesticide and a nonionic or anionic alkoxylated polyalkyleneimine, wherein the water-insoluble pesticide is present in the form of suspended particles, and wherein the water-insoluble pesticide is soluble in water to no more than 10 g/l at 20°C.
A light emitting device comprising: a substrate having a recess; an interlayer dielectric layer being located on the substrate, and having a first hole and a second hole, the first hole opening over the recess of the substrate, the second hole being spaced apart from any recess of the substrate; a first micro light emitting device and a second micro light emitting device, the first micro light emitting device having a thickness greater than the second micro light emitting device and being placed in the first hole and the recess; and the second micro light emitting device being located in the second hole; wherein both the first hole and the second hole extend through the interlayer dielectric layer; and wherein both the first micro light emitting device and the second micro light emitting device are exposed from a side of the interlayer dielectric layer away from the substrate. a substrate having a recess; an interlayer dielectric layer being located on the substrate, and having a first hole and a second hole, the first hole opening over the recess of the substrate, the second hole being spaced apart from any recess of the substrate; a first micro light emitting device and a second micro light emitting device, the first micro light emitting device having a thickness greater than the second micro light emitting device and being placed in the first hole and the recess; and the second micro light emitting device being located in the second hole; wherein both the first hole and the second hole extend through the interlayer dielectric layer; and wherein both the first micro light emitting device and the second micro light emitting device are exposed from a side of the interlayer dielectric layer away from the substrate.
An uplink transmit power control method for use in a mobile communication system in which a modulation and coding scheme is selected in accordance with reception quality information that a communication terminal unit as a mobile station unit periodically reports to a base station unit, the method comprising the steps of: a first base station unit detecting an interference level and terminal identification information identifying a communication terminal unit that is causing interference greater than a predetermined reference value to said first base station unit; said first base station unit transmitting said interference level and said terminal identification information together as interference information to all neighboring base stations; a second base station unit receiving said interference information and recognizing, based on said terminal identification information, that said communication terminal unit is currently under the control of said second base station unit; said second base station unit transmitting, to said communication terminal unit, control information indicating said interference level and also indicating that said communication terminal unit is causing interference; said communication terminal unit receiving said control information; and said communication terminal unit reducing transmit power in accordance with said interference level indicated by said control information, and adjusting reception quality information in such a direction as to reduce the reception quality. a first base station unit detecting an interference level and terminal identification information identifying a communication terminal unit that is causing interference greater than a predetermined reference value to said first base station unit; said first base station unit transmitting said interference level and said terminal identification information together as interference information to all neighboring base stations; a second base station unit receiving said interference information and recognizing, based on said terminal identification information, that said communication terminal unit is currently under the control of said second base station unit; said second base station unit transmitting, to said communication terminal unit, control information indicating said interference level and also indicating that said communication terminal unit is causing interference; said communication terminal unit receiving said control information; and said communication terminal unit reducing transmit power in accordance with said interference level indicated by said control information, and adjusting reception quality information in such a direction as to reduce the reception quality.
A fluid flow control member for controlling fluid flow through a sliding stem fluid valve, the fluid flow control member comprising: a plug, the plug having a first portion slidably coupled to a second portion; a seal gland formed in an outer circumferential surface of the plug by the first portion and the second portion, a seal disposed in the seal gland between a wall of a cage of the fluid valve, the first portion, and the second portion; and a spring disposed between the first portion and the second portion to urge the first portion away from the second portion, wherein a dimension of the seal gland changes to displace the seal relative to the cage and/or the plug, when the first portion moves relative to the second portion, and wherein the seal is adapted to engage the cage when the second portion contacts a seat of the fluid valve, characterized in that the first portion has a recessed area oriented toward the second portion, and is provided with a shape complementary to a shape of the second portion and surrounding the second portion. a plug, the plug having a first portion slidably coupled to a second portion; a seal gland formed in an outer circumferential surface of the plug by the first portion and the second portion, a seal disposed in the seal gland between a wall of a cage of the fluid valve, the first portion, and the second portion; and a spring disposed between the first portion and the second portion to urge the first portion away from the second portion, wherein a dimension of the seal gland changes to displace the seal relative to the cage and/or the plug, when the first portion moves relative to the second portion, and wherein the seal is adapted to engage the cage when the second portion contacts a seat of the fluid valve, characterized in that