mhurhangee/ep-ind-claims huggingface dataset:
A computer system comprising: a data storage medium comprising a plurality of storage devices configured to store data; wherein each of the plurality of storage devices comprises an internal cache, and wherein each of the plurality of storage devices is operable to perform an unscheduled cache flush on its own when the internal cache reaches a given occupancy threshold; and a data storage controller coupled to the data storage medium; wherein the data storage controller is configured to: receive read and write requests targeted to the data storage medium; schedule said read and write requests for processing by said plurality of storage devices; detect if a given storage device exceeds an idle time threshold; schedule a proactive cache flush operation to the given storage device in response to the detected idle time threshold being exceeded in order to minimize an occurrence of the given storage device initiating an unscheduled cache flush operation resulting in variable performance, wherein the variable performance comprises at least one of a relatively high response latency or relatively low throughput. a data storage medium comprising a plurality of storage devices configured to store data; wherein each of the plurality of storage devices comprises an internal cache, and wherein each of the plurality of storage devices is operable to perform an unscheduled cache flush on its own when the internal cache reaches a given occupancy threshold; and a data storage controller coupled to the data storage medium; wherein the data storage controller is configured to: receive read and write requests targeted to the data storage medium; schedule said read and write requests for processing by said plurality of storage devices; detect if a given storage device exceeds an idle time threshold; schedule a proactive cache flush operation to the given storage device in response to the detected idle time threshold being exceeded in order to minimize an occurrence of the given storage device initiating an unscheduled cache flush operation resulting in variable performance, wherein the variable performance comprises at least one of a relatively high response latency or relatively low throughput. receive read and write requests targeted to the data storage medium; schedule said read and write requests for processing by said plurality of storage devices; detect if a given storage device exceeds an idle time threshold; schedule a proactive cache flush operation to the given storage device in response to the detected idle time threshold being exceeded in order to minimize an occurrence of the given storage device initiating an unscheduled cache flush operation resulting in variable performance, wherein the variable performance comprises at least one of a relatively high response latency or relatively low throughput.
A method for sharing a microblog message with an Instant Messaging IM client, characterized by comprising: receiving(102, 202), by a microblog server, sharing information required for sharing a microblog message transmitted by a microblog client; wherein the sharing information comprises an Identifier ID of an IM client that the microblog message is to be shared with, a microblog message ID and source information of the microblog message to be shared; generating(103, 204) at least two types of microblog data packets according to the sharing information, wherein a first type microblog data packet comprises plain text information of the microblog message, and a second type microblog data packet comprises the microblog message ID; and selecting the first type or the second type microblog data packet supported by the IM client from the at least two types of microblog data packets according to a version of the IM client, transmitting(104, 205) the selected microblog data packet to the IM client, such that the IM client displays the plain text information carried in the first type microblog data packet after receiving the first type microblog data packet; or obtains contents of the microblog message from the microblog server according to the microblog message ID carried in the second type microblog data packet after receiving the second type microblog data packet and displays the obtained contents of the microblog message. receiving(102, 202), by a microblog server, sharing information required for sharing a microblog message transmitted by a microblog client; wherein the sharing information comprises an Identifier ID of an IM client that the microblog message is to be shared with, a microblog message ID and source information of the microblog message to be shared; generating(103, 204) at least two types of microblog data packets according to the sharing information, wherein a first type microblog data packet comprises plain text information of the microblog message, and a second type microblog data packet comprises the microblog message ID; and selecting the first type or the second type microblog data packet supported by the IM client from the at least two types of microblog data packets according to a version of the IM client, transmitting(104, 205) the selected microblog data packet to the IM client, such that the IM client displays the plain text information carried in the first type microblog data packet after receiving the first type microblog data packet; or obtains contents of the microblog message from the microblog server according to the microblog message ID carried in the second type microblog data packet after receiving the second type microblog data packet and displays the obtained contents of the microblog message.
An adhesive comprising a polyolefin base polymer and from 1 to 15 wt% of at least two wax components, based on the total weight of the polyolefin base polymer and the at least two wax components, wherein the at least two wax components comprise a first wax component and a second wax component wherein a weight average molecular weight of the second wax component (Mw wax2) is at least 1000 g/mole greater relative to a weight average molecular weight of the first wax component (Mw wax1) wherein the polyolefin base polymer is a propylene copolymer consisting essentially of at least 80 wt% of units derived from propylene and from 1 wt% to 20 wt% of units derived from hexene-1, the propylene copolymer comprising a total of at least 98 wt% of the propylene and hexene-1 units, wherein the propylene copolymer has a heat of fusion of between 10 and 70 J/g.
A method of performing a financial transaction via an unsecured public telecommunication infrastructure, the method being performed by a communications device and comprising the steps of: obtaining a user-specified financial transaction type through a user interface of the communications device, the user-specified financial transaction type being a transaction request, a transaction repeat request or a transaction reversal request; then collecting data relating to the obtained user-specified financial transaction type; wherein the collected data includes at least a personal identification number, PIN; encrypting the PIN using a PIN key; constructing a transaction token including at least the financial transaction type and the encrypted PIN; encrypting the constructed transaction token using a session key, wherein the session key is different from the PIN key; creating a financial transaction protocol message comprising the encrypted transaction token as dependent on a selected transport channel through which the message is to be conveyed; and conveying the financial transaction protocol message using the selected transport channel and by way of the unsecured public telecommunication infrastructure to a destination where the financial transaction protocol message will be further processed. obtaining a user-specified financial transaction type through a user interface of the communications device, the user-specified financial transaction type being a transaction request, a transaction repeat request or a transaction reversal request; then collecting data relating to the obtained user-specified financial transaction type; wherein the collected data includes at least a personal identification number, PIN; encrypting the PIN using a PIN key; constructing a transaction token including at least the financial transaction type and the encrypted PIN; encrypting the constructed transaction token using a session key, wherein the session key is different from the PIN key; creating a financial transaction protocol message comprising the encrypted transaction token as dependent on a selected transport channel through which the message is to be conveyed; and conveying the financial transaction protocol message using the selected transport channel and by way of the unsecured public telecommunication infrastructure to a destination where the financial transaction protocol message will be further processed.
Induction hob having a number of inductors and a number of inverters for supplying the inductors with a heating current via in each case a current circuit and with a switching apparatus for closing and interrupting the current circuit, and having several groups of several inductors, wherein the switching apparatus is configured to connect the inductors from one group in different switching positions with different inverters, and wherein the switching apparatus is configured to connect each of the inductors from one group with an inverter common to all inductors of the group, characterised by a control unit which is embodied to detect a cookware element and is configured to select inductors from the group as a function of at least one position of the cookware element and only to connect the selected inductors via the switching apparatus with the inverter.
A catalytic converter device comprising: a catalyst carrier that carries a catalyst for purifying exhaust gas exhausted from an internal combustion engine and is heated by passing an electric current therethrough; a cylinder that is formed in a cylindrical shape, contains the catalyst carrier inside, and is attached to an exhaust pipe; characterized by further comprising a holding member (26, 56) that is equipped with an inside elastic member placed on an outer peripheral surface side of the catalyst carrier, an outside elastic member placed on an inner peripheral surface side of the cylinder, and a middle member (32, 58), having an electrical insulating property, placed between the inside elastic member and the outside elastic member, with the holding member (26, 56) holding the catalyst carrier in the cylinder by the elasticity of the inside elastic member and the outside elastic member and electrically insulating the catalyst carrier and the cylinder; and a projecting portion that is disposed on at least part of an upstream-side end portion of the middle member (32, 58) in a flow direction of the exhaust gas and is positioned on the upstream side of an upstream-side end portion of the outside elastic member. a catalyst carrier that carries a catalyst for purifying exhaust gas exhausted from an internal combustion engine and is heated by passing an electric current therethrough; a cylinder that is formed in a cylindrical shape, contains the catalyst carrier inside, and is attached to an exhaust pipe; characterized by further comprising a holding member (26, 56) that is equipped with an inside elastic member placed on an outer peripheral surface side of the catalyst carrier, an outside elastic member placed on an inner peripheral surface side of the cylinder, and a middle member (32, 58), having an electrical insulating property, placed between the inside elastic member and the outside elastic member, with the holding member (26, 56) holding the catalyst carrier in the cylinder by the elasticity of the inside elastic member and the outside elastic member and electrically insulating the catalyst carrier and the cylinder; and a projecting portion that is disposed on at least part of an upstream-side end portion of the middle member (32, 58) in a flow direction of the exhaust gas and is positioned on the upstream side of an upstream-side end portion of the outside elastic member.
Computer-implemented method of detecting abnormal events in a telecommunication system, the method comprising a training phase and a production phase, wherein in the training phase, the method comprises the steps of - recording data events in a log file during the execution of the system; - creating a standard for the data events representing a properly working environment of the telecommunication system by applying a training procedure, wherein the properly working environment is characterized by a plurality of features, and a predetermined order of the features, wherein data events stored in a set of representative random samples of the stored log files are used for the training procedure; and wherein the production phase comprises the steps of - receiving at least one new data event; and - determining, whether the at least one new data event is a normal event that matches the standard, and if the at least one new data event matches the standard, using it for updating the standard, and if the at least one new data event does not match the standard, classifying and reporting it as an abnormal event; - wherein the method further comprises a step of transmitting the at least one event to an autoencoder unit, the autoencoder unit comprising a deep encoder and a decoder, - wherein the deep encoder transforms the at least one data event from a high-dimensional space into a series of codes in a low-dimensional space, and - wherein the method further comprises a step of feeding the encoded data events to a Long Short-Term Memory, LSTM. - recording data events in a log file during the execution of the system; - creating a standard for the data events representing a properly working environment of the telecommunication system by applying a training procedure, wherein the properly working environment is characterized by a plurality of features, and a predetermined order of the features, wherein data events stored in a set of representative random samples of the stored log files are used for the training procedure; - receiving at least one new data event; and - determining, whether the at least one new data event is a normal event that matches the standard, and if the at least one new data event matches the standard, using it for updating the standard, and if the at least one new data event does not match the standard, classifying and reporting it as an abnormal event; - wherein the method further comprises a step of transmitting the at least one event to an autoencoder unit, the autoencoder unit comprising a deep encoder and a decoder, - wherein the deep encoder transforms the at least one data event from a high-dimensional space into a series of codes in a low-dimensional space, and - wherein the method further comprises a step of feeding the encoded data events to a Long Short-Term Memory, LSTM.
Method for preparing a dish in an oven, especially in a domestic oven, wherein the oven has a cavity for placing the dish and a control unit which is connected with an input unit and a display unit, wherein the method comprises the steps of: a) Placing the dish to be prepared in the cavity, b) Inputting data defining the heating of the dish in the oven comprising a desired basic heating time (t B) via the input unit, c) Starting the operation of the heating process of the dish, d) Outputting a signal before (Δt) the termination of the basic heating time (t B) by the control unit when a remaining heating time (t R) is reached and indicating the remaining heating time (t R) by the display unit, e) Termination (t T) of the heating process when an inputted heating time has expired, and f) Taking out of the prepared dish from the cavity after the heating operation of the dish is finished, characterized in that the method comprises the further steps between step d) and step e): d1) Asking via the display unit if the stored remaining heating time (t R orig) or if a different remaining heating time (t R new) is desired by the user, wherein the user has the chance to increase the remaining heating time (t R new) by pressing an "up" button of the input unit or to decrease the remaining heating time (t R new) by pressing a "down" button of the input unit, and wherein an increasing and decreasing step to be carried out at each situation can be adapted to the user's wishes, and d2) Continuation of the operation of the heating process in dependence on the reaction of the user to the question according to step d1). a) Placing the dish to be prepared in the cavity, b) Inputting data defining the heating of the dish in the oven comprising a desired basic heating time (t B) via the input unit, c) Starting the operation of the heating process of the dish, d) Outputting a signal before (Δt) the termination of the basic heating time (t B) by the control unit when a remaining heating time (t R) is reached and indicating the remaining heating time (t R) by the display unit, e) Termination (t T) of the heating process when an inputted heating time has expired, and f) Taking out of the prepared dish from the cavity after the heating operation of the dish is finished, d1) Asking via the display unit if the stored remaining heating time (t R orig) or if a different remaining heating time (t R new) is desired by the user, wherein the user has the chance to increase the remaining heating time (t R new) by pressing an "up" button of the input unit or to decrease the remaining heating time (t R new) by pressing a "down" button of the input unit, and wherein an increasing and decreasing step to be carried out at each situation can be adapted to the user's wishes, and d2) Continuation of the operation of the heating process in dependence on the reaction of the user to the question according to step d1).
A level and surface temperature gauge comprising: a housing structure; a level scanner supported by the housing structure and configured to generate surface level measurements at a plurality of locations on the surface of a process material surface formed of solids; and a temperature scanner supported by the housing structure and configured to generate temperature measurements of the process material surface at a plurality of locations on the surface wherein, the temperature scanner includes a thermographic imaging device comprising: optics; an array of infrared detectors each configured to generate an infrared level signal based on infrared light received by the infrared detector through the optics; and temperature measurement circuitry configured to generate the temperature measurements based on the infrared level signals. a housing structure; a level scanner supported by the housing structure and configured to generate surface level measurements at a plurality of locations on the surface of a process material surface formed of solids; and a temperature scanner supported by the housing structure and configured to generate temperature measurements of the process material surface at a plurality of locations on the surface wherein, the temperature scanner includes a thermographic imaging device comprising: optics; an array of infrared detectors each configured to generate an infrared level signal based on infrared light received by the infrared detector through the optics; and temperature measurement circuitry configured to generate the temperature measurements based on the infrared level signals. optics; an array of infrared detectors each configured to generate an infrared level signal based on infrared light received by the infrared detector through the optics; and temperature measurement circuitry configured to generate the temperature measurements based on the infrared level signals.
Motor vehicle pump arrangement, with - a pumping unit with • a substantially cylindrical pumping unit housing and • at least one support protrusion radially protruding from the pumping unit housing, and - a mounting arrangement for mounting the pumping unit to a corresponding motor vehicle mounting structure, the mounting arrangement comprising • a ring-shaped pump support body radially surrounding and supporting the pumping unit and being attachable to the motor vehicle mounting structure, • wherein an axial side of the pump support body is provided with a castellated structure comprising several axially extending merlons and defining several protrusion receptacles between the merlons, • wherein the at least one support protrusion of the pumping unit housing engages at least one protrusion receptacle of the mounting arrangement, characterised in that the number of protrusion receptacles is higher than the number of support protrusions. - a pumping unit with • a substantially cylindrical pumping unit housing and • at least one support protrusion radially protruding from the pumping unit housing, and • a substantially cylindrical pumping unit housing and • at least one support protrusion radially protruding from the pumping unit housing, and - a mounting arrangement for mounting the pumping unit to a corresponding motor vehicle mounting structure, the mounting arrangement comprising • a ring-shaped pump support body radially surrounding and supporting the pumping unit and being attachable to the motor vehicle mounting structure, • wherein an axial side of the pump support body is provided with a castellated structure comprising several axially extending merlons and defining several protrusion receptacles between the merlons, • wherein the at least one support protrusion of the pumping unit housing engages at least one protrusion receptacle of the mounting arrangement, characterised in that the number of protrusion receptacles is higher than the number of support protrusions. • a ring-shaped pump support body radially surrounding and supporting the pumping unit and being attachable to the motor vehicle mounting structure, • wherein an axial side of the pump support body is provided with a castellated structure comprising several axially extending merlons and defining several protrusion receptacles between the merlons, • wherein the at least one support protrusion of the pumping unit housing engages at least one protrusion receptacle of the mounting arrangement, characterised in that the number of protrusion receptacles is higher than the number of support protrusions.
A method, comprising: receiving a plurality of packets at a telecommunications monitoring system, the plurality of packets including a first packet following a first version of a protocol and a second packet following a second version of the protocol; determining, via the a telecommunications monitoring system, that the first packet belongs to a first communication session that is correlated with a second communication session to which the second packet belongs; and using the telecommunications monitoring system to associate the first packet with the second packet in response to the determination. receiving a plurality of packets at a telecommunications monitoring system, the plurality of packets including a first packet following a first version of a protocol and a second packet following a second version of the protocol; determining, via the a telecommunications monitoring system, that the first packet belongs to a first communication session that is correlated with a second communication session to which the second packet belongs; and using the telecommunications monitoring system to associate the first packet with the second packet in response to the determination.