mhurhangee/patent-ind-claim-en huggingface dataset:
Package for packaging a product such as a cosmetic composition, comprising a container provided with an opening and defining a housing , a lid that is movable between a closed position where it closes the opening of the container and an open position, and a storage unit , characterized in that the storage unit comprises: - a vessel , housed at least partly in the housing of the container and defining a reservoir suitable for receiving the product, said vessel being movable along a vertical axial direction ( Z ) between a rest position, a raised position, and a lowered position, - a pressure difference compensation system that is elastically deformable and suitable for forming a sealed connection between the vessel and the lid , and in that the storage unit defines, in combination with the lid in the closed position and for a constant amount of cosmetic product, a sealed compartment having a first volume ( V1 ) when the vessel is in the rest position, a second volume ( V2 ) less than the first volume ( V1 ) when the vessel is in the raised position, and a third volume ( V3 ) greater than the first volume ( V1 ) when the vessel is in the lowered position. - a vessel , housed at least partly in the housing of the container and defining a reservoir suitable for receiving the product, said vessel being movable along a vertical axial direction ( Z ) between a rest position, a raised position, and a lowered position, - a pressure difference compensation system that is elastically deformable and suitable for forming a sealed connection between the vessel and the lid ,
A flush packet sending method, comprising: sending (S201), by a request device, a flush packet to a set of caches in a broadcast manner, wherein physical address information carried in the flush packet is used to indicate to flush at least two cache lines, and the set of caches comprises at least one cache; and receiving (S205), by the request device, flush completion packets from all caches in the set of caches; wherein the flush packet is used to indicate to flush the at least two cache lines that are consecutive; wherein the flush packet comprises information used to indicate a physical address in a segment of continuous physical address space, and the at least two cache lines comprise a cache line in which a start physical address in the segment of continuous physical address space is located and a cache line in which an end physical address in the segment of continuous physical address space is located; and wherein the continuous physical address space is a physical address space mapped to a main memory, a physical address in a to-be-flushed continuous physical address space is aligned with a physical address of a cache line, and the to-be-flushed continuous physical address space is a space measured by a cache line size. sending (S201), by a request device, a flush packet to a set of caches in a broadcast manner, wherein physical address information carried in the flush packet is used to indicate to flush at least two cache lines, and the set of caches comprises at least one cache; and receiving (S205), by the request device, flush completion packets from all caches in the set of caches; wherein the flush packet is used to indicate to flush the at least two cache lines that are consecutive; wherein the flush packet comprises information used to indicate a physical address in a segment of continuous physical address space, and the at least two cache lines comprise a cache line in which a start physical address in the segment of continuous physical address space is located and a cache line in which an end physical address in the segment of continuous physical address space is located; and wherein the continuous physical address space is a physical address space mapped to a main memory, a physical address in a to-be-flushed continuous physical address space is aligned with a physical address of a cache line, and the to-be-flushed continuous physical address space is a space measured by a cache line size.
An optical device comprising: a partial or incomplete optic configured operatively as an add-on for an intraocular lens, the partial or incomplete optic having an active area (AA) configured in relation to the intraocular lens such that the partial or incomplete optic controls or changes foci of light incident upon or provided to the active area, but does not control or change foci of light bypassing optically relevant portions of the partial or incomplete optic; characterized by an opening , adjacent to and/or not overlapping the active area (AA), that encompasses a larger portion of the optical device than the active area.
A method, comprising: configuring a first device for receiving a signal to establish a radio link with a second device in response to the signal received, wherein the second device communicates using one of a standard communication protocol and a proprietary spectrum; configuring the first device to analyze the signal received over the radio link to determine a connection type and an associated channel bandwidth; configuring the first device to dynamically adapt a programmable channel filter in the first device at least based in part on the associated channel bandwidth and the connection type, wherein the adapting of the programmable channel filter comprises forming a channel bandwidth of the programmable channel filter to a wide bandwidth, and adjusting the programmable channel filter to a narrow bandwidth in response to determining the connection type of the proprietary spectrum; and processing the signal received at the first device. configuring a first device for receiving a signal to establish a radio link with a second device in response to the signal received, wherein the second device communicates using one of a standard communication protocol and a proprietary spectrum; configuring the first device to analyze the signal received over the radio link to determine a connection type and an associated channel bandwidth; configuring the first device to dynamically adapt a programmable channel filter in the first device at least based in part on the associated channel bandwidth and the connection type, wherein the adapting of the programmable channel filter comprises forming a channel bandwidth of the programmable channel filter to a wide bandwidth, and adjusting the programmable channel filter to a narrow bandwidth in response to determining the connection type of the proprietary spectrum; and processing the signal received at the first device.
An environmental control system comprising: a ram air circuit including a ram air duct and at least one heat exchanger arranged within the ram air duct, the ram air duct being curved about a ram axis; and a compression device including a compressor and at least one turbine operably coupled by a shaft rotatable about a shaft axis, the compression device being fluidly coupled to the ram air circuit ; wherein the ram axis is arranged coaxially with the shaft axis; wherein the ram air circuit further comprises a diffuser/ejector arranged within the ram air duct, wherein a plenum is defined between an exterior of the diffuser/ejector and an interior of the ram air duct and characterized in that the at least one heat exchanger is arranged within the plenum, and wherein the at least one heat exchanger is mounted concentrically about at least a portion of the ejector. a ram air circuit including a ram air duct and at least one heat exchanger arranged within the ram air duct, the ram air duct being curved about a ram axis; and a compression device including a compressor and at least one turbine operably coupled by a shaft rotatable about a shaft axis, the compression device being fluidly coupled to the ram air circuit ; wherein the ram axis is arranged coaxially with the shaft axis; wherein the ram air circuit further comprises a diffuser/ejector arranged within the ram air duct, wherein a plenum is defined between an exterior of the diffuser/ejector and an interior of the ram air duct and characterized in that the at least one heat exchanger is arranged within the plenum, and wherein the at least one heat exchanger is mounted concentrically about at least a portion of the ejector.
A method comprising: generating a request by a mobile device ; determining whether the mobile device is in an online or offline state; and, if the mobile device is in an online state: receiving a response to the request, the response comprising a component for display by the mobile device and a plurality of Universal Resource Indicators, URIs, associated with the component; classifying the plurality of URIs by URI type; updating a plurality of tables stored in memory of the mobile device with the component and the plurality of URIs; the updating comprises adding the plurality of URIs to the plurality of tables based on their URI types; and if the mobile device is in an offline state: generating a local response to the request based on the plurality of tables stored in the memory of the mobile device, wherein the generating the local response to the request is performed based on the determining that the mobile device is in an offline state. generating a request by a mobile device ; determining whether the mobile device is in an online or offline state; and, if the mobile device is in an online state: receiving a response to the request, the response comprising a component for display by the mobile device and a plurality of Universal Resource Indicators, URIs, associated with the component; classifying the plurality of URIs by URI type; updating a plurality of tables stored in memory of the mobile device with the component and the plurality of URIs; the updating comprises adding the plurality of URIs to the plurality of tables based on their URI types; and if the mobile device is in an offline state: generating a local response to the request based on the plurality of tables stored in the memory of the mobile device, wherein the generating the local response to the request is performed based on the determining that the mobile device is in an offline state. receiving a response to the request, the response comprising a component for display by the mobile device and a plurality of Universal Resource Indicators, URIs, associated with the component; classifying the plurality of URIs by URI type; updating a plurality of tables stored in memory of the mobile device with the component and the plurality of URIs; the updating comprises adding the plurality of URIs to the plurality of tables based on their URI types; and if the mobile device is in an offline state: generating a local response to the request based on the plurality of tables stored in the memory of the mobile device, wherein the generating the local response to the request is performed based on the determining that the mobile device is in an offline state. generating a local response to the request based on the plurality of tables stored in the memory of the mobile device, wherein the generating the local response to the request is performed based on the determining that the mobile device is in an offline state.
A method of fabricating a composite structure , said method comprising the steps of: placing at least a first layer of dry reinforcement material on a surface of a tool , and wrapping at least a first layer of veil material around the first layer of reinforcement material while the first layer of reinforcement material is positioned on the tool to produce a first reinforced ply , further comprising applying tension to the veil material. placing at least a first layer of dry reinforcement material on a surface of a tool , and wrapping at least a first layer of veil material around the first layer of reinforcement material while the first layer of reinforcement material is positioned on the tool to produce a first reinforced ply , further comprising applying tension to the veil material.
Drone for installing an object on a power line , where the drone comprises: - a connection means for connecting the drone to the object , so that the drone is capable of carrying the object ; - a first engagement member for engaging a second engagement member on the object , - a power source for operating the first engagement member so as to actuate a locking means on the object , via the second engagement member, for securely locking the object to the power line ; and - a device for limiting one or more degrees of freedom of the object relative to the power line before engaging the locking means , characterised in that said device for limiting one or more degrees of freedom of the object relative to the power line is adapted to move from an idle to an active position independently of the position of the drone . - a connection means for connecting the drone to the object , so that the drone is capable of carrying the object ; - a first engagement member for engaging a second engagement member on the object , - a power source for operating the first engagement member so as to actuate a locking means on the object , via the second engagement member, for securely locking the object to the power line ; and - a device for limiting one or more degrees of freedom of the object relative to the power line before engaging the locking means , characterised in that said device for limiting one or more degrees of freedom of the object relative to the power line is adapted to move from an idle to an active position independently of the position of the drone .
A cutting tool with a rake face , a flank face , and a cutting edge that is an intersection ridge line of the rake face and the flank face , comprising: a base ; and a coating layer formed from columnar crystals covering a surface of the base , wherein an average of an inclination angle (θ2) of a longitudinal direction of the columnar crystals in the flank face with respect to a direction orthogonal to the surface of the base is greater than an average of an inclination angle (θ1) of a longitudinal direction of the columnar crystal in the rake face with respect to the direction orthogonal to the surface of the base , wherein an overall composition of the coating layer is formed from (A1 1-a-b Ti a M b ) C 1-d N d , where M is one or more elements selected from among elements excluding Ti in groups 4, 5, and 6 of the periodic table, Si, and rare earth metals, and where 0.2 ≤ a ≤ 0.7, 0 ≤ b ≤ 0.2, and 0 ≤ d ≤ 1. a base ; and a coating layer formed from columnar crystals covering a surface of the base , wherein an average of an inclination angle (θ2) of a longitudinal direction of the columnar crystals in the flank face with respect to a direction orthogonal to the surface of the base is greater than an average of an inclination angle (θ1) of a longitudinal direction of the columnar crystal in the rake face with respect to the direction orthogonal to the surface of the base , wherein an overall composition of the coating layer is formed from (A1 1-a-b Ti a M b ) C 1-d N d , where M is one or more elements selected from among elements excluding Ti in groups 4, 5, and 6 of the periodic table, Si, and rare earth metals, and where 0.2 ≤ a ≤ 0.7, 0 ≤ b ≤ 0.2, and 0 ≤ d ≤ 1.
A sewing machine comprising a body part (A1) and a drive apparatus comprising: a rotatable sleeve that in use is secured to an extension shaft (A11) of the sewing machine and a first fan mounted on said sleeve; a rotor carried by said rotatable sleeve ; a housing comprising a main body portion defining a chamber and including an axially extending passage disposed at a closed end thereof through which the sleeve extends and a plurality of first air inlets ; a guide plate that in use is disposed between an open end of the housing and a body part (A1) of the sewing machine to which the housing is secured, the guide plate including an opening in flow communication with said chamber and the first fan being at least partially disposed in the opening between the guide plate and sleeve ; and a wheel fastened on the sleeve and including a plurality of second air inlets and a second fan facing the closed end of the main body portion , wherein the arrangement is such that, in use, a first airflow drawn through the first air inlets by said first fan passes through the opening of the guide plate and said opening is configured to direct the first airflow outwardly with respect to said chamber onto said body part (A1) and a second airflow is drawn through the second air inlets by said second fan to cool the housing and the interior of said housing , wherein said second airflow is separate from said first airflow, and wherein the body part (A1) includes a cavity (A12) and an outlet (A13) at a bottom of the cavity (A12) via which said air directed onto said body part is exhausted from said cavity (A12). a rotatable sleeve that in use is secured to an extension shaft (A11) of the sewing machine and a first fan mounted on said sleeve; a rotor carried by said rotatable sleeve ; a housing comprising a main body portion defining a chamber and including an axially extending passage disposed at a closed end thereof through which the sleeve extends and a plurality of first air inlets ; a guide plate that in use is disposed between an open end of the housing and a body part (A1) of the sewing machine to which the housing is secured, the guide plate including an opening in flow communication with said chamber and the first fan being at least partially disposed in the opening between the guide plate and sleeve ; and a wheel fastened on the sleeve and including a plurality of second air inlets and a second fan facing the closed end of the main body portion , wherein the arrangement is such that, in use, a first airflow drawn through the first air inlets by said first fan passes through the opening of the guide plate and said opening is configured to direct the first airflow outwardly with respect to said chamber onto said body part (A1) and a second airflow is drawn through the second air inlets by said second fan to cool the housing and the interior of said housing , wherein said second airflow is separate from said first airflow, and
Method for learning parameters of a neural network for generating trajectories of an exoskeleton , the method comprising the implementation, by data processing means of a first server , of steps of: (a) Learning parameters of a first neural network suitable for generating periodic elementary trajectories of the exoskeleton each for a given walking of the exoskeleton defined by a n-tuple of walking parameters, according to a first database for learning periodic trajectories for a set of possible walkings of the exoskeleton ; (b) Learning, using parameters from the first neural network, parameters of a second neural network suitable for generating periodic elementary trajectories of the exoskeleton and transitions from one periodic elementary trajectory of the exoskeleton to another periodic elementary trajectory of the exoskeleton , according to a second learning database of periodic elementary trajectories and transitions for a set of possible walkings of the exoskeleton . (a) Learning parameters of a first neural network suitable for generating periodic elementary trajectories of the exoskeleton each for a given walking of the exoskeleton defined by a n-tuple of walking parameters, according to a first database for learning periodic trajectories for a set of possible walkings of the exoskeleton ; (b) Learning, using parameters from the first neural network, parameters of a second neural network suitable for generating periodic elementary trajectories of the exoskeleton and transitions from one periodic elementary trajectory of the exoskeleton to another periodic elementary trajectory of the exoskeleton , according to a second learning database of periodic elementary trajectories and transitions for a set of possible walkings of the exoskeleton .
A compound selected from the group consisting of an antibody and an antigen-binding fragment thereof specifically binding to the signal regulatory protein alpha (SIRPa) and blocking the interaction between SIRPa and CD47, for use in the treatment of a hepatocellular carcinoma or a melanoma in a patient.
Method for the sequential programming of a household appliance with programmable sequential control, wherein the method comprises the following steps: - receiving a sequential program by the household appliance ; - checking the sequential program for a predetermined appliance condition by the household appliance ; and - releasing the sequence of the sequential program in the household appliance as a function of the result of the check, wherein the sequence of the sequential program is released when the predetermined appliance condition is fulfilled, and, - when the predetermined appliance condition is violated, the sequence of the sequential program is not permitted or a parameter of the sequential program which violates the appliance condition is changed such that the appliance condition is fulfilled. - receiving a sequential program by the household appliance ; - checking the sequential program for a predetermined appliance condition by the household appliance ; and - releasing the sequence of the sequential program in the household appliance as a function of the result of the check, wherein the sequence of the sequential program is released when the predetermined appliance condition is fulfilled, and, - when the predetermined appliance condition is violated, the sequence of the sequential program is not permitted or a parameter of the sequential program which violates the appliance condition is changed such that the appliance condition is fulfilled.