mhurhangee/patent-ind-claim-en huggingface dataset:
An insect capture, identification and counting machine, comprising a waterproof housing which houses insect inlet channels and a colourless plastic ring which incorporates a first infrared sensor characterized in that it further comprises: • a support structure housing a photovoltaic panel , a micro USB port , a rechargeable lithium battery , a Global System for Mobile (GSM) receiver and transmitter module , a transmitter module and Wireless Fidelity receiver , a Global Position System (GPS) receiver and a microprocessor ; • a second Infra-Red sensor and a photographic camera , incorporated in the colourless plastic ring housing a LED lamp Of Ultra Violet light , where a pheromone reservoir engages by mechanical action, said mechanical engagement between the colourless plastic ring and the pheromone reservoir allowing quick and efficient coupling and detachment; and wherein • the said first infra-red sensor is located in a second segment of said insect inlet channel , the second infra-red sensor is located in a descending downstream segment of the insect inlet channels and the photographic camera is located between the first and the second infrared sensor ; • the first infra-red sensor being configured such that when detecting the entering of an insect in insect inlet channels it awakens the standby mode of the photographic camera for the monitoring mode registering an image of the insect and the second infra-red sensor being configured such that when detecting the passage of an insect associate a count to the collected image; and • the downstream section of said insect entry channel is extended downwardly. • a support structure housing a photovoltaic panel , a micro USB port , a rechargeable lithium battery , a Global System for Mobile (GSM) receiver and transmitter module , a transmitter module and Wireless Fidelity receiver , a Global Position System (GPS) receiver and a microprocessor ; • a second Infra-Red sensor and a photographic camera , incorporated in the colourless plastic ring housing a LED lamp Of Ultra Violet light , where a pheromone reservoir engages by mechanical action, said mechanical engagement between the colourless plastic ring and the pheromone reservoir allowing quick and efficient coupling and detachment; and wherein • the said first infra-red sensor is located in a second segment of said insect inlet channel , the second infra-red sensor is located in a descending downstream segment of the insect inlet channels and the photographic camera is located between the first and the second infrared sensor ; • the first infra-red sensor being configured such that when detecting the entering of an insect in insect inlet channels it awakens the standby mode of the photographic camera for the monitoring mode registering an image of the insect and the second infra-red sensor being configured such that when detecting the passage of an insect associate a count to the collected image; and • the downstream section of said insect entry channel is extended downwardly.
A process for treating a composition comprising 1,1-difluoroethane and one or more undesired halogenated hydrocarbon containing impurities so as to reduce the concentration of at least one undesired halogenated hydrocarbon containing impurity, wherein the undesired halogenated hydrocarbon containing impurities comprises one or more of a mono-, di- or tri-halomethane, and wherein the process comprises contacting the composition with an adsorbent comprising a carbon molecular sieve.
A method of controlling a service in a server in charge of a control plane in a network, comprising: receiving a first message containing an access point name, APN, a parameter indicating a local gateway identifier and an indicator related to a selected IP traffic offload, SIPTO, service; if a SIPTO service is checked to be available in a Home Node B or a Home eNode B based on the first message, judging whether a SIPTO is applicable to a data of a user equipment based on the APN in the first message, wherein the APN contained in the first message is judged whether the APN is applicable to the SIPTO based on a pre-stored APN-related information in the step of judging; if the SIPTO is applicable to the data of the user equipment , determining whether the SIPTO service is provided to the user equipment based on an agreement information of a user for the SIPTO service; and transmitting a SIPTO service notification to the Home Node B or the Home eNode B according to the determination, wherein the method further comprises: transmitting an information request message to the user equipment , and wherein the agreement information is contained in an information response message received in response to the information request message. receiving a first message containing an access point name, APN, a parameter indicating a local gateway identifier and an indicator related to a selected IP traffic offload, SIPTO, service; if a SIPTO service is checked to be available in a Home Node B or a Home eNode B based on the first message, judging whether a SIPTO is applicable to a data of a user equipment based on the APN in the first message, wherein the APN contained in the first message is judged whether the APN is applicable to the SIPTO based on a pre-stored APN-related information in the step of judging; if the SIPTO is applicable to the data of the user equipment , determining whether the SIPTO service is provided to the user equipment based on an agreement information of a user for the SIPTO service; and transmitting a SIPTO service notification to the Home Node B or the Home eNode B according to the determination, wherein the method further comprises: transmitting an information request message to the user equipment , and wherein the agreement information is contained in an information response message received in response to the information request message. transmitting an information request message to the user equipment , and wherein the agreement information is contained in an information response message received in response to the information request message.
A method of producing wood pellets comprising: applying a booster to wood, preferably at a rate of 0.01 wt.% to 2 wt.% of the wood, more preferably at a rate of 0.1 wt.% of the wood; wherein the booster comprises tall oil pitch and tall oil head and forming the wood into wood pellets, where the application of the booster results in increased throughput of the wood pellets compared to throughput of wood pellets formed from wood without the booster, wherein the booster preferably lubricates the wood and allows the wood pellets to be formed with less energy than would be required to form wood pellets from wood without the booster. applying a booster to wood, preferably at a rate of 0.01 wt.% to 2 wt.% of the wood, more preferably at a rate of 0.1 wt.% of the wood; wherein the booster comprises tall oil pitch and tall oil head and forming the wood into wood pellets,
A method for operating a hearing device capable of receiving a plurality of input signals (i 1 , ..., i 5 , i'), the method comprising the steps of: - extracting source identification information embedded in the input signals (i 1 , ..., i 5 , i'), wherein the source identification information identifies a signal source (S 1 , ..., S N ) from which a particular input signal (i 1 , ..., is, i') originates, and/or extracting audio type information embedded in the input signals (i 1 , ..., i 5 , i'), wherein the audio type information provides an indication of the type of audio content present in a particular input signal (i 1 , ..., i 5 , i'); - selecting from the plurality of input signals (i 1 , ..., i 5 , i') more than one selected signals to be processed (u 1 , ..., u M ) ; - processing the selected signals (u 1 , ..., u M ) ; and - generating an output signal (o) of the hearing device by said processing of the selected signals (u 1 , ..., u M ); wherein the step of selecting is at least partly dependent on the extracted source identification information and/or the extracted audio type information, and/or wherein the step of processing is at least partly dependent on the extracted source identification information and/or the extracted audio type information, and wherein a hearing program is associated with each of the signal sources (S 1 , ..., S N ) identifiable by the source identification information and/or with each of the audio types identifiable by the audio type information, and wherein the step of processing comprises modifying each of the selected signals (u 1 , ..., u M ) according to the hearing program associated with the signal source (S 1 , ..., S N ) identified by the source identification information embedded in the respective selected signal (u 1 , ..., u M ) and/or the audio type identified by the audio type information embedded in the respective selected signal (u 1 , ..., u M ), thus yielding more than one modified signals, and forming a weighted sum of the more than one modified signals, characterised in that the weighting is at least partly dependent on the extracted source identification information and/or the extracted audio type information. - extracting source identification information embedded in the input signals (i 1 , ..., i 5 , i'), wherein the source identification information identifies a signal source (S 1 , ..., S N ) from which a particular input signal (i 1 , ..., is, i') originates, and/or extracting audio type information embedded in the input signals (i 1 , ..., i 5 , i'), wherein the audio type information provides an indication of the type of audio content present in a particular input signal (i 1 , ..., i 5 , i'); - selecting from the plurality of input signals (i 1 , ..., i 5 , i') more than one selected signals to be processed (u 1 , ..., u M ) ; - processing the selected signals (u 1 , ..., u M ) ; and - generating an output signal (o) of the hearing device by said processing of the selected signals (u 1 , ..., u M );
Animation mechanism enabling control of the triggering of a cyclical movement of an object to be animated in order to obtain an entertaining effect and comprising: • a driving member to provide the energy intended for the animation of the object; • a power reserve cam indexed to the power reserve of the driving member and determining at least two states of said power reserve; • a control mobile kinematically connected to the driving member and intended to control the triggering of the cyclical movement of the object to be animated; and, • a triggering device controlled by the control mobile and kinematically connected to the object to be animated, wherein the triggering device is also arranged to cooperate with the power reserve cam in order to cause variation, according to the power reserve of the driving member, in the triggering times of the cyclical movement of the object to be animated in time and/or the number of cyclical movements of the object to be animated upon each triggering, at least one cyclical movement of the object to be animated taking place in each of the at least two states of the power reserve of the driving member. • a driving member to provide the energy intended for the animation of the object; • a power reserve cam indexed to the power reserve of the driving member and determining at least two states of said power reserve; • a control mobile kinematically connected to the driving member and intended to control the triggering of the cyclical movement of the object to be animated; and, • a triggering device controlled by the control mobile and kinematically connected to the object to be animated, wherein the triggering device is also arranged to cooperate with the power reserve cam in order to cause variation, according to the power reserve of the driving member, in the triggering times of the cyclical movement of the object to be animated in time and/or the number of cyclical movements of the object to be animated upon each triggering, at least one cyclical movement of the object to be animated taking place in each of the at least two states of the power reserve of the driving member.
An internal combustion engine control apparatus including an ignition timing control unit configured to control an ignition timing of an ignition device attached to an internal combustion engine , and an in-cylinder temperature raising unit configured to raise an in-cylinder temperature after cold start of the internal combustion engine, characterized in that , when a first predetermined time after start (T1) is reached, the in-cylinder temperature raising unit is configured to close an exhaust valve before a top dead center in an exhaust stroke and to open an intake valve after the top dead center of the exhaust stroke , thereby providing a negative valve overlap period NVO where an exhaust is compressed, and the ignition timing control unit is configured to gradually retard the ignition timing of the ignition device until a first predetermined ignition timing is reached, and, when a predetermined in-cylinder temperature value (Ts) or a second predetermined time (T3) is reached, the ignition timing control unit is configured to further retard the ignition timing of the ignition device until a second predetermined ignition timing, later than the first predetermined ignition timing, is reached.
A computer-implemented method for pushing filters down using explicit dependency and equivalency declarations in a data model, the computer-implemented method comprising: receiving , over a computer network and at design time of a data model, dependencies and equivalences for data elements in the data model, the dependencies for columns and equivalences among columns in database tables, wherein the dependencies and equivalences are included in code segment that is defined when the data model is designed; storing , in persistent storage with the data model, the dependencies and equivalences ; receiving , over the computer network , a request to be executed to obtain results from a database associated with the data model; and generating , using the received request and using the dependencies and equivalences , an optimized query , wherein the optimized query is optimized relative to the received request ; wherein the filters are applied within join branches according to the dependencies and equivalences declarations. receiving , over a computer network and at design time of a data model, dependencies and equivalences for data elements in the data model, the dependencies for columns and equivalences among columns in database tables, wherein the dependencies and equivalences are included in code segment that is defined when the data model is designed; storing , in persistent storage with the data model, the dependencies and equivalences ; receiving , over the computer network , a request to be executed to obtain results from a database associated with the data model; and generating , using the received request and using the dependencies and equivalences , an optimized query , wherein the optimized query is optimized relative to the received request ; wherein the filters are applied within join branches according to the dependencies and equivalences declarations.
A method, comprising: obtaining a request to one or more of encrypt and decrypt a communication between a first virtual machine and a second virtual machine; determining if said first and second virtual machines execute on a same host as a hypervisor that implements said method; and processing said communication without encrypting or decrypting said communication if said first and second virtual machines execute on said same host, wherein said step of determining if said first and second virtual machines execute on said same host comprises evaluating a context of said communication, said context comprising IP addresses of said first and second virtual machine, and wherein said step of determining if said first and second virtual machines execute on said same host is further triggered when one of said first and second virtual machine has moved. obtaining a request to one or more of encrypt and decrypt a communication between a first virtual machine and a second virtual machine; determining if said first and second virtual machines execute on a same host as a hypervisor that implements said method; and processing said communication without encrypting or decrypting said communication if said first and second virtual machines execute on said same host,
A strap retaining device for a personal protection device, comprising: a frame comprising a first frame portion and a second frame portion ; a retention tab having a first end pivotally connected to the frame at the first frame portion and a second end not connected to the frame ; a strap channel between the second end of the retention tab and the second frame portion ; a first actuation arm connected to the frame and comprising a first actuation element movable towards the retention tab ; and a strap positioned in the strap channel and looped about the second frame portion ; wherein the first actuation element is movable in a first plane from a neutral position to an actuated position in which the first actuation element causes the retention tab to move in a second plane that is substantially perpendicular to the first plane , characterized in that the retention tab clamps the strap against the second portion of the frame in the neutral position of the first actuation element . a frame comprising a first frame portion and a second frame portion ; a retention tab having a first end pivotally connected to the frame at the first frame portion and a second end not connected to the frame ; a strap channel between the second end of the retention tab and the second frame portion ; a first actuation arm connected to the frame and comprising a first actuation element movable towards the retention tab ; and a strap positioned in the strap channel and looped about the second frame portion ; wherein the first actuation element is movable in a first plane from a neutral position to an actuated position in which the first actuation element causes the retention tab to move in a second plane that is substantially perpendicular to the first plane , characterized in that the retention tab clamps the strap against the second portion of the frame in the neutral position of the first actuation element .
Method for producing a component from a fibre composite, in which at least three winding layers of a fibre material are wound onto a winding core , wherein: - for each of the at least three winding layers one or a plurality of winding turns are wound, wherein all the winding turns of a winding layer which has more than one winding turn are wound, separately from each other, with the same winding angle (β) and under formation of spaces between the winding turns at least in portions, onto the winding core , - the winding turns of at least two of the winding layers having the same first winding angle (β) are wound onto the winding core , and - all of the one or more winding turns of at least one winding layer having a second winding angle (γ), which value is different from the value of the first winding angle (β), are wound onto the winding core in such a way that this winding layer is arranged between the at least two winding layers with winding turns having the first winding angle (β), and that at least one of the second winding turns having the second winding angle (γ) intersects with at least one of the winding turns having the first winding angle (β), characterised in that - the ratio of the sum of the area of the spaces present in the winding layer between the winding turns and the total area of the winding layer is 0.90000 to 0.99999, - the winding angles of all the winding turns within a winding layer differ from each other by less than 1°, - and the value of the second winding angle differs from the value of the first winding angle by at least 3°, so that unevenly distributed intersections of the individual winding layers are present. - for each of the at least three winding layers one or a plurality of winding turns are wound, wherein all the winding turns of a winding layer which has more than one winding turn are wound, separately from each other, with the same winding angle (β) and under formation of spaces between the winding turns at least in portions, onto the winding core , - the winding turns of at least two of the winding layers having the same first winding angle (β) are wound onto the winding core , and - all of the one or more winding turns of at least one winding layer having a second winding angle (γ), which value is different from the value of the first winding angle (β), are wound onto the winding core in such a way that this winding layer is arranged between the at least two winding layers with winding turns having the first winding angle (β), and that at least one of the second winding turns having the second winding angle (γ) intersects with at least one of the winding turns having the first winding angle (β), characterised in that - the ratio of the sum of the area of the spaces present in the winding layer between the winding turns and the total area of the winding layer is 0.90000 to 0.99999, - the winding angles of all the winding turns within a winding layer differ from each other by less than 1°, - and the value of the second winding angle differs from the value of the first winding angle by at least 3°, so that unevenly distributed intersections of the individual winding layers are present.
A method for drawing a carbonated drink from a dispensing system , wherein the carbonated drink is conducted by way of a line through a flow regulator , which is configured to keep the flow rate of the carbonated drink constant, and a filter arranged downstream of the flow regulator , to a tap arranged downstream of the filter , wherein the filter generates a back pressure, so that the carbonated drink is relaxed to the sum of ambient pressure and back pressure when passing through the flow regulator , and wherein the sum of the ambient pressure and back pressure is above the equilibrium pressure of the CO 2 in the carbonated drink at its actual temperature.
An unmanned aerial vehicle , UAV, comprising: a central body ; and a plurality of support structures extending outwards from the central body, wherein each said support structure supports a rotor blade assembly , the rotor blade assembly defining a rotational axis of one or more rotor blades associated with the rotor blade assembly, and wherein each said support structure is provided with one or more deformable portions , characterised in that the one or more deformable portions comprise an inner deformable layer formed of a deformable material and an outer layer formed of a flexible material. a central body ; and a plurality of support structures extending outwards from the central body, wherein each said support structure supports a rotor blade assembly , the rotor blade assembly defining a rotational axis of one or more rotor blades associated with the rotor blade assembly, and wherein each said support structure is provided with one or more deformable portions , characterised in that the one or more deformable portions comprise an inner deformable layer formed of a deformable material and an outer layer formed of a flexible material.