mhurhangee/ep-ind-claims huggingface dataset:
A connector apparatus for coupling a subsea component to a subsea member, the subsea component and the subsea member each having an outer profile, the connector apparatus comprising: a locking member configured to contact and engage the outer profiles of the subsea member and subsea component; and a load support member disposed axially below the locking member and configured to engage the subsea member, wherein a load path is created below the locking member when the load support member is engaged with the subsea member, such that a secondary load path is provided for an applied bending moment which increases the bending capacity of the connector apparatus; and an actuatable lock ring assembly axially moveable within the connector apparatus, the lock ring assembly comprising: a lock ring configured to move the locking member between a locked position and an unlocked position; and a support lock ring configured to move the load support member between the locked position and the unlocked position. a locking member configured to contact and engage the outer profiles of the subsea member and subsea component; and a load support member disposed axially below the locking member and configured to engage the subsea member, wherein a load path is created below the locking member when the load support member is engaged with the subsea member, such that a secondary load path is provided for an applied bending moment which increases the bending capacity of the connector apparatus; and an actuatable lock ring assembly axially moveable within the connector apparatus, the lock ring assembly comprising: a lock ring configured to move the locking member between a locked position and an unlocked position; and a support lock ring configured to move the load support member between the locked position and the unlocked position. a lock ring configured to move the locking member between a locked position and an unlocked position; and a support lock ring configured to move the load support member between the locked position and the unlocked position.
A smokeless tobacco product configured for insertion into the mouth of a user of the product, the tobacco product comprising a water-permeable pouch containing a tobacco formulation, the tobacco formulation comprising a tobacco material and a plurality of microcapsules dispersed within said tobacco material, the plurality of microcapsules comprising an outer shell encapsulating an internal payload, wherein the outer shell of the microcapsules is rupturable such that rupture of the outer shell exposes the payload to the tobacco material, and wherein the internal payload comprises a filler material and a tobacco-containing flavorant, wherein the filler material comprises a vegetable fiber material.
Pilot-controlled directional valve, in particular directional seat valve, with a valve housing, with at least three fluid connection points (12, 14, 16) with a main control stage and a pilot stage wherein, between the main control stage and the pilot control stage, a further fluid-controlling intermediate stage is arranged, wherein the main control stage comprises a longitudinally movable main control piston and the pilot stage comprises a longitudinally movable pilot piston, wherein the intermediate stage comprises individual channel sections (54, 56; 58, 60), which meet in pairs at a sharp bend or other deflection point, in such a way as to create room for a centre space, which is connected to the third fluid connection point, to be permanently fluid-carrying, and can be closed by the pilot piston of the pilot stage, characterised in that the valve housing can be accommodated in a valve block with fluid passages as a type of screw-in cartridge, which can be brought in fluid-carrying coverage with the fluid connection points (12, 14, 16) of the valve housing, in which the intermediate stage can be integrated as a type of additional, second screw-in cartridge, that the pilot stage can be secured in the intermediate stage as a type of a further third screw-in cartridge and the wall parts of a housing of the pilot stage delimit the centre space, which is further bound by the lower free end face of the pilot piston which there, with the associated housing parts of the pilot stage, forms a leak-proof valve seat.
A method for manufacturing training pants, the method comprising: delivering a continuous web assembly including a backsheet material, a liquid permeable bodyside liner material, and an absorbent structure interposed between the backsheet material and the bodyside liner material, the web assembly having a body-facing side and a garment-facing side; attaching a discrete segment (694, 696) of first front or rear waist elastic material to the body-facing side of the web assembly; attaching a discrete segment (698, 700) of second front or rear waist elastic material to the garment-facing side of the web assembly such that the web assembly is interposed between the discrete segments (694, 696, 698, 700) of first and second front or rear waist elastic materials; and cutting the web assembly to form a plurality of absorbent articles. delivering a continuous web assembly including a backsheet material, a liquid permeable bodyside liner material, and an absorbent structure interposed between the backsheet material and the bodyside liner material, the web assembly having a body-facing side and a garment-facing side; attaching a discrete segment (694, 696) of first front or rear waist elastic material to the body-facing side of the web assembly; attaching a discrete segment (698, 700) of second front or rear waist elastic material to the garment-facing side of the web assembly such that the web assembly is interposed between the discrete segments (694, 696, 698, 700) of first and second front or rear waist elastic materials; and cutting the web assembly to form a plurality of absorbent articles.
A reception apparatus for a vehicle, comprising - a top cover having an opening, - a lid slidable between a close position and an open position, - a receptacle, and - a moving mechanism (7, 13) connecting the lid and the receptacle such that the receptacle is movable by sliding the lid, wherein, - in a close configuration, the receptacle is retracted below the opening and the lid is in its close position covering the opening above the receptacle, and wherein, characterized in that - in an open configuration, the opening is uncovered by the lid being in its open position and the receptacle is lifted up towards the top cover such that it is positioned flush with an outer surface of the top cover. - a top cover having an opening, - a lid slidable between a close position and an open position, - a receptacle, and - a moving mechanism (7, 13) connecting the lid and the receptacle such that the receptacle is movable by sliding the lid, - in a close configuration, the receptacle is retracted below the opening and the lid is in its close position covering the opening above the receptacle, and wherein, - in an open configuration, the opening is uncovered by the lid being in its open position and the receptacle is lifted up towards the top cover such that it is positioned flush with an outer surface of the top cover.
A refrigerator comprising: a main body having a storage compartment; a door provided at the main body and configured to close and open the storage compartment; a refrigerating portion configured to refrigerate the storage compartment, the refrigerating portion comprising a compressor and a condenser which are connected with a refrigerant pipe; a heat transfer portion having a first flow passage portion which is disposed adjacent to the refrigerant pipe of the refrigerating portion and receives heat from the refrigerant pipe, and a second flow passage portion which is disposed at a front surface (a1, a2) of the main body and to which heat of the first flow passage portion is transferred, characterized by a humidity detector configured to detect indoor humidity; and a controller configured to control a number of revolutions of the compressor based on the detected humidity. a main body having a storage compartment; a door provided at the main body and configured to close and open the storage compartment; a refrigerating portion configured to refrigerate the storage compartment, the refrigerating portion comprising a compressor and a condenser which are connected with a refrigerant pipe; a heat transfer portion having a first flow passage portion which is disposed adjacent to the refrigerant pipe of the refrigerating portion and receives heat from the refrigerant pipe, and a second flow passage portion which is disposed at a front surface (a1, a2) of the main body and to which heat of the first flow passage portion is transferred, characterized by a humidity detector configured to detect indoor humidity; and a controller configured to control a number of revolutions of the compressor based on the detected humidity.
A method of sensing strain in an adhesively bonded joint (110, 120, 130) including particles made of a magnetostrictive material, the method characterised by comprising: inducing a strain wave (320, 910) in the joint (110, 120, 130); and sensing a change in local magnetic characteristics in the joint (110, 120, 130) as the strain wave is induced in the joint (110, 120, 130); and wherein: the strain wave (320, 910) is induced at local regions of the bonded joint (110, 120, 130); and magnetic responses at the local regions are measured; and characterised in that: mechanical vibrations at the local regions are measured as the strain wave (320, 910) is induced in the joint and correlated with corresponding magnetic measurements at the local regions with respect to the speeds of propagation of mechanical and magnetic waves. inducing a strain wave (320, 910) in the joint (110, 120, 130); and sensing a change in local magnetic characteristics in the joint (110, 120, 130) as the strain wave is induced in the joint (110, 120, 130); and wherein: the strain wave (320, 910) is induced at local regions of the bonded joint (110, 120, 130); and magnetic responses at the local regions are measured; and characterised in that: mechanical vibrations at the local regions are measured as the strain wave (320, 910) is induced in the joint and correlated with corresponding magnetic measurements at the local regions with respect to the speeds of propagation of mechanical and magnetic waves. the strain wave (320, 910) is induced at local regions of the bonded joint (110, 120, 130); and magnetic responses at the local regions are measured; and characterised in that: mechanical vibrations at the local regions are measured as the strain wave (320, 910) is induced in the joint and correlated with corresponding magnetic measurements at the local regions with respect to the speeds of propagation of mechanical and magnetic waves. mechanical vibrations at the local regions are measured as the strain wave (320, 910) is induced in the joint and correlated with corresponding magnetic measurements at the local regions with respect to the speeds of propagation of mechanical and magnetic waves.
An autonomic function information acquisition device, comprising: an acceleration information measurement unit that is provided in a wearable device, and configured to measure acceleration information of motion of a subject whom the wearable device is attached to; a biological signal information measurement unit that is provided in the wearable device, and configured to measure heart rate data of the subject; an identification unit configured to identify, by executing sequential machine learning for the acceleration information and the biological signal information in a first predetermined period, a posture and an activity of the subject in a second predetermined period; an extraction unit configured to extract heart rate data corresponding to a combination of the same posture and activity identified by the identification unit; and a calculation unit configured to calculate a parameter of autonomic function evaluation from the heart rate data extracted by the extraction unit and corresponding to the combination of the same posture and activity. an acceleration information measurement unit that is provided in a wearable device, and configured to measure acceleration information of motion of a subject whom the wearable device is attached to; a biological signal information measurement unit that is provided in the wearable device, and configured to measure heart rate data of the subject; an identification unit configured to identify, by executing sequential machine learning for the acceleration information and the biological signal information in a first predetermined period, a posture and an activity of the subject in a second predetermined period; an extraction unit configured to extract heart rate data corresponding to a combination of the same posture and activity identified by the identification unit; and a calculation unit configured to calculate a parameter of autonomic function evaluation from the heart rate data extracted by the extraction unit and corresponding to the combination of the same posture and activity.
An accessory device (140; 240; 440; 540; 640) for a mobile telecommunications terminal (100; 200), the accessory device comprising: media data processing circuitry (245; 445; 545; 645) configured to perform at least a first data processing algorithm on audio data; communication means for establishing a communication link between the accessory device and the mobile telecommunications terminal; and accessory interface circuitry (248; 448; 548; 648) configured to transfer a message to the mobile telecommunications terminal via the communication means, said message comprising a specification identifying the at least first data processing algorithm performable by the media data processing circuitry, wherein the media data processing circuitry is configured, following disablement of further media data processing circuitry configured to perform at least a second data processing algorithm on audio data in the mobile telecommunications terminal, to perform the at least first data processing algorithm on first audio data in place of the performance of the at least second data processing algorithm on the first audio data in the mobile telecommunications terminal, the at least first data processing algorithm and the at least second data processing algorithm being echo canceling and/or frequency equalizing algorithms. media data processing circuitry (245; 445; 545; 645) configured to perform at least a first data processing algorithm on audio data; communication means for establishing a communication link between the accessory device and the mobile telecommunications terminal; and
A weighing device, comprising: an instruction receiving means configured to receive an instruction from an operating entity; and a communication means configured to establish intercommunication with a mobile terminal, characterized in that the communication means is configured to: when the instruction receiving means does not receive from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal, or when a product sold by weight is not placed on a platform of the weighing device, establish intercommunication with the mobile terminal by displaying a symbol code, and when the instruction receiving means receives from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal, or when a product sold by weight is placed on the platform, prohibit establishing the intercommunication with the mobile terminal until use of the weighing function ends by not displaying the symbol code. an instruction receiving means configured to receive an instruction from an operating entity; and a communication means configured to establish intercommunication with a mobile terminal, characterized in that the communication means is configured to: when the instruction receiving means does not receive from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal, or when a product sold by weight is not placed on a platform of the weighing device, establish intercommunication with the mobile terminal by displaying a symbol code, and when the instruction receiving means receives from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal, or when a product sold by weight is placed on the platform, prohibit establishing the intercommunication with the mobile terminal until use of the weighing function ends by not displaying the symbol code. when the instruction receiving means does not receive from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal, or when a product sold by weight is not placed on a platform of the weighing device, establish intercommunication with the mobile terminal by displaying a symbol code, and when the instruction receiving means receives from a customer an indication that the customer uses a weighing function of weighing a product sold by weight instead of using the mobile terminal, or when a product sold by weight is placed on the platform, prohibit establishing the intercommunication with the mobile terminal until use of the weighing function ends by not displaying the symbol code.
Laundry care appliance with an appliance door for closing off an appliance opening of the laundry care appliance, an appliance wall, which has a door holding opening, and a holding apparatus, which is embodied to hold a door apparatus for opening or closing the appliance door, wherein the holding appliance is inserted into the door holding opening, wherein the holding apparatus has a first receptacle, into which a first edge of the appliance wall engages that delimits the door holding opening, the holding apparatus has a second receptacle that lies opposite the first receptacle, into which a second edge of the appliance wall engages that lies opposite the first edge and delimits the door holding opening, and characterised in that the holding apparatus has a deformable latching arm, which is arranged on the first receptacle and is embodied, in a fastening position, to fasten the holding apparatus, which is inserted into the door holding opening, to the appliance wall in a latching manner. the holding apparatus has a first receptacle, into which a first edge of the appliance wall engages that delimits the door holding opening, the holding apparatus has a second receptacle that lies opposite the first receptacle, into which a second edge of the appliance wall engages that lies opposite the first edge and delimits the door holding opening, and characterised in that the holding apparatus has a deformable latching arm, which is arranged on the first receptacle and is embodied, in a fastening position, to fasten the holding apparatus, which is inserted into the door holding opening, to the appliance wall in a latching manner.
One or more computer readable storage media comprising computer executable instructions that, when executed by a computer processor, direct the computer processor to perform operations including: selecting a first server instance from a plurality of server instances, based on the first server instance having a usage frequency that is nearest to a median usage frequency of the plurality of server instances; logically quarantining the first server instance for maintenance; performing maintenance to the first server instance; when the first server instance is successfully maintained, logically quarantining a group of other server instances, the other server instances being selected in an order based on the other server instances having a usage frequency nearest to the median usage frequency of the plurality of server instances; performing maintenance to the group of other server instances; when a threshold quantity of server instances has been successfully maintained, wherein the threshold quantity is a user-selected threshold quantity to ensure the stability of the system, logically coupling the first server instance and the group of other server instances into service and quarantining a plurality of remaining server instances; performing maintenance to the plurality of remaining server instances; and when each of the plurality of remaining server instances has been successfully serviced, logically coupling the plurality of remaining server instances into service. selecting a first server instance from a plurality of server instances, based on the first server instance having a usage frequency that is nearest to a median usage frequency of the plurality of server instances; logically quarantining the first server instance for maintenance; performing maintenance to the first server instance; when the first server instance is successfully maintained, logically quarantining a group of other server instances, the other server instances being selected in an order based on the other server instances having a usage frequency nearest to the median usage frequency of the plurality of server instances; performing maintenance to the group of other server instances; when a threshold quantity of server instances has been successfully maintained, wherein the threshold quantity is a user-selected threshold quantity to ensure the stability of the system, logically coupling the first server instance and the group of other server instances into service and quarantining a plurality of remaining server instances; performing maintenance to the plurality of remaining server instances; and when each of the plurality of remaining server instances has been successfully serviced, logically coupling the plurality of remaining server instances into service.