mhurhangee/ep-ind-claims huggingface dataset:
Method for operation of a closed cage for marine organisms in the sea, where the cage is defined by a watertight cloth that is fastened in a floating anchoring ring on the sea surface, as the cage is supplied with new water by pumping it in from the sea and water is let back into the sea outside the cage in an overflow, where the new water is pumped up from the sea by the operation of a pump house with a removable pumping body, wherein the cage comprises a lower pipe part set up to extend down below the cage and comprising an inlet for the intake of water, an upper pipe part set up to extend upwards above the surface of the water in the cage as the upper pipe part comprises an outlet for the water that is pumped up from the sea below the cage, and a middle section that connects the upper and the lower pipe part, respectively, and comprises a bracket for anchoring to the bottom section of the cage; wherein the upper pipe part is divided into at least two mutually duct-forming, parallel pipe parts (46a,46b) with associated, radially directed outlets for the bringing of the water by pump houses inserted in the respective parallel pipe parts (46a,46b) out into the cage, said outlets facing mutually radially opposite out into the cage, and water is let out via an overflow through a number of ducts (80,82) that are formed in the anchoring ring from the inside of the cage into the sea on the outside of the anchoring ring. a lower pipe part set up to extend down below the cage and comprising an inlet for the intake of water, an upper pipe part set up to extend upwards above the surface of the water in the cage as the upper pipe part comprises an outlet for the water that is pumped up from the sea below the cage, and a middle section that connects the upper and the lower pipe part, respectively, and comprises a bracket for anchoring to the bottom section of the cage; wherein the upper pipe part is divided into at least two mutually duct-forming, parallel pipe parts (46a,46b) with associated, radially directed outlets for the bringing of the water by pump houses inserted in the respective parallel pipe parts (46a,46b) out into the cage, said outlets facing mutually radially opposite out into the cage, and water is let out via an overflow through a number of ducts (80,82) that are formed in the anchoring ring from the inside of the cage into the sea on the outside of the anchoring ring.
A method of providing batch processing of incoming packets on a network interface, comprising: receiving a first plurality of packets on an ingress interface, wherein the first plurality of packets is a subgroup of a second plurality of packets; identifying a common attribute of the first plurality of packets and reordering packets within the second plurality of packets, based on the common attribute, to form a batch while maintaining ordering of packets in the first plurality of packets; performing batch processing on the batch according to the common attribute; generating a hint for the batch, the hint comprising information about the batch to facilitate processing of the batch and comprising a batch indicator, a batch code type, and a batch length; and forwarding the batch to a host platform network interface with the hint. receiving a first plurality of packets on an ingress interface, wherein the first plurality of packets is a subgroup of a second plurality of packets; identifying a common attribute of the first plurality of packets and reordering packets within the second plurality of packets, based on the common attribute, to form a batch while maintaining ordering of packets in the first plurality of packets; performing batch processing on the batch according to the common attribute; generating a hint for the batch, the hint comprising information about the batch to facilitate processing of the batch and comprising a batch indicator, a batch code type, and a batch length; and forwarding the batch to a host platform network interface with the hint.
A device, comprising: - a means for attaching the device to an image recording device; - a mechanical means configured such that skin deforms under influence of a pre-defined pressure when the mechanical means is pressed against the skin; - wherein the mechanical means is adapted such that an image of the deformed skin can be recorded by the image recording device when the device is attached to the image recording device; wherein the mechanical means comprises: - an outer structure; - an inner structure partly located inside the outer structure, wherein a part of the inner structure is located outside of the outer structure, and wherein the inner structure is moveable inside the outer structure; - a spring for providing the pre-defined pressure, wherein the spring is coupled to the inner structure and positioned such that it compresses when the part of the inner structure moves inside the outer structure; - wherein the inner structure is configured to cause the skin to deform when the device is pressed against the skin and the inner structure moves inside the outer structure, and wherein an end of the inner structure that touches the skin when the device is pressed against the skin features an opening which allows the skin to protrude the opening; and - further comprising a first mirror positioned inside the inner structure, wherein the first mirror is positioned such that an image taken by the image recording device contains a view of the skin deformation under an angle relative to the skin plane. - a means for attaching the device to an image recording device; - a mechanical means configured such that skin deforms under influence of a pre-defined pressure when the mechanical means is pressed against the skin; - wherein the mechanical means is adapted such that an image of the deformed skin can be recorded by the image recording device when the device is attached to the image recording device; - an outer structure; - an inner structure partly located inside the outer structure, wherein a part of the inner structure is located outside of the outer structure, and wherein the inner structure is moveable inside the outer structure; - a spring for providing the pre-defined pressure, wherein the spring is coupled to the inner structure and positioned such that it compresses when the part of the inner structure moves inside the outer structure; - wherein the inner structure is configured to cause the skin to deform when the device is pressed against the skin and the inner structure moves inside the outer structure, and wherein an end of the inner structure that touches the skin when the device is pressed against the skin features an opening which allows the skin to protrude the opening; and - further comprising a first mirror positioned inside the inner structure, wherein the first mirror is positioned such that an image taken by the image recording device contains a view of the skin deformation under an angle relative to the skin plane.
An airfoil comprising: an airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining a cavity in the airfoil body; and a damper member enclosed in the cavity, the damper member being loose within the cavity, wherein the damper member is longitudinally elongated with respect to a longitudinal axis defined by the airfoil body, the damper member extends between a first terminal end and a second terminal end, and the first terminal end and the second terminal end are free of any connection to the airfoil body and the damper member includes longitudinally alternating bearing sections and non-bearing sections with respect to a longitudinal axis defined by the airfoil body. an airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining a cavity in the airfoil body; and a damper member enclosed in the cavity, the damper member being loose within the cavity, wherein the damper member is longitudinally elongated with respect to a longitudinal axis defined by the airfoil body, the damper member extends between a first terminal end and a second terminal end, and the first terminal end and the second terminal end are free of any connection to the airfoil body and the damper member includes longitudinally alternating bearing sections and non-bearing sections with respect to a longitudinal axis defined by the airfoil body.
A system comprising an apparatus and at least one smart meter station, the apparatus comprising: a baseband processing module to generate an announcement or assignment frame to direct signaling from a plurality of smart meter stations, SMSTAs, to the apparatus in accordance with time division multiple access, TDMA, signaling, wherein the announcement or assignment frame includes information to partition the plurality of SMSTAs into a plurality of groups and to assign a plurality of service periods, SPs, during which the plurality of groups respectively having communication medium access to transmit at least one of sensing and measurement related data associated therewith to the apparatus; the at least one SMSTA of the plurality of SMSTAs is configured to: awaken from a power savings mode to an operational mode and subsequently to re-enter the power savings mode; generate sensing or measurement related data when operating in the operational mode; and transmit the sensing or measurement related data when operating in the operational mode and during at least one SP of the plurality of SPs that is assigned to a first group of the plurality of groups that includes the at least one SMSTA; transmit by the apparatus a signal including the announcement or assignment frame to the plurality of SMSTAs; receive at the apparatus first sensing or measurement related data from the at least one SMSTA during a first SP of the plurality of SPs; and receive at the apparatus second sensing or measurement related data from another SMSTA of a second of the plurality of groups during a second SP of the plurality of SPs; wherein the at least one of the plurality of SMSTAs is included within each of the first of the plurality of groups and the second of the plurality of groups. awaken from a power savings mode to an operational mode and subsequently to re-enter the power savings mode; generate sensing or measurement related data when operating in the operational mode; and transmit the sensing or measurement related data when operating in the operational mode and during at least one SP of the plurality of SPs that is assigned to a first group of the plurality of groups that includes the at least one SMSTA; transmit by the apparatus a signal including the announcement or assignment frame to the plurality of SMSTAs; receive at the apparatus first sensing or measurement related data from the at least one SMSTA during a first SP of the plurality of SPs; and receive at the apparatus second sensing or measurement related data from another SMSTA of a second of the plurality of groups during a second SP of the plurality of SPs; wherein the at least one of the plurality of SMSTAs is included within each of the first of the plurality of groups and the second of the plurality of groups.
A group communication method, comprising: receiving, by a subgroup server, a first subscription request message sent by a group server for subscribing to a group member resource, wherein the first subscription request message carries an address of the group server for aggregating notification messages and an address of a subscription device that has sent a request message for subscribing to a group member resource to the group server; sending, by the subgroup server, a second subscription request message for subscribing to the group member resource to each group member device that belongs to the subgroup server, wherein the second subscription request message carries an address of the subgroup server for aggregating notification messages and the address of the subscription device; receiving, by the subgroup server, notification messages sent by group member devices that belong to the subgroup server, wherein the notification messages are sent to the subgroup server after a resource of a group member device of the group member devices meets a subscription condition set by the subscription device, and the number of received notification messages is at least two; aggregating, by the subgroup server, the received notification messages into one notification message according to the address of the subscription device included in the received notification messages; and sending, by the subgroup server, the notification message obtained after aggregation to the address of the group server for aggregating notification messages. receiving, by a subgroup server, a first subscription request message sent by a group server for subscribing to a group member resource, wherein the first subscription request message carries an address of the group server for aggregating notification messages and an address of a subscription device that has sent a request message for subscribing to a group member resource to the group server; sending, by the subgroup server, a second subscription request message for subscribing to the group member resource to each group member device that belongs to the subgroup server, wherein the second subscription request message carries an address of the subgroup server for aggregating notification messages and the address of the subscription device; receiving, by the subgroup server, notification messages sent by group member devices that belong to the subgroup server, wherein the notification messages are sent to the subgroup server after a resource of a group member device of the group member devices meets a subscription condition set by the subscription device, and the number of received notification messages is at least two; aggregating, by the subgroup server, the received notification messages into one notification message according to the address of the subscription device included in the received notification messages; and sending, by the subgroup server, the notification message obtained after aggregation to the address of the group server for aggregating notification messages.
A vehicular hybrid suspension arm (1, 300, 400), comprising a suspension arm body (10, 310, 410) made of a steel material; and an insert molding (20, 320, 420) inserted into and coupled to the suspension arm body (10, 310, 410), the vehicular hybrid suspension arm (1, 300, 400) being characterized in that: the vehicular hybrid suspension arm (1, 300, 400) comprises a coupling portion in which the suspension arm body (10, 310, 410) and a portion of the insert molding (20, 320, 420) intersect with each other to prevent separation between the suspension arm body and the insert molding, the coupling portion includes a reinforcement structure, the reinforcement structure includes a reinforcement member which is inserted into and fixed to the suspension arm body (10, 310, 410) and is in contact with the insert molding (20, 320, 420), the reinforcement member is fixed to the suspension arm body (10, 310, 410) such that an upper surface of the reinforcement member is spaced from the suspension arm body (10, 310, 410) to form a space therebetween, wherein the insert molding is not inserted into said space. the vehicular hybrid suspension arm (1, 300, 400) comprises a coupling portion in which the suspension arm body (10, 310, 410) and a portion of the insert molding (20, 320, 420) intersect with each other to prevent separation between the suspension arm body and the insert molding, the coupling portion includes a reinforcement structure, the reinforcement structure includes a reinforcement member which is inserted into and fixed to the suspension arm body (10, 310, 410) and is in contact with the insert molding (20, 320, 420), the reinforcement member is fixed to the suspension arm body (10, 310, 410) such that an upper surface of the reinforcement member is spaced from the suspension arm body (10, 310, 410) to form a space therebetween, wherein the insert molding is not inserted into said space.
A system for touch free operation of an ablator workstation comprising: a depth sensor for detecting a movement; a motion software module operable to receive the detected movement from the depth sensor, deduce a gesture based on the detected movement,; and a client software module operable to receive the applicable gesture at a client computer in the ablator workstation for performing a task in accordance with client logic based on the applicable gesture, characterized in that the client software module is operable to enable a specific user to control said task only after a foot pedal connected to the client computer is pressed, after a voice command is received, or after a focussing gesture is received, and further operable to filter the gesture to accept an applicable gesture by determining whether the gesture is performed by said specific user by using body tracking to determine whether the movement is within a predicted body location and/or by performing facial recognition. a depth sensor for detecting a movement; a motion software module operable to receive the detected movement from the depth sensor, deduce a gesture based on the detected movement,; and a client software module operable to receive the applicable gesture at a client computer in the ablator workstation for performing a task in accordance with client logic based on the applicable gesture, characterized in that the client software module is operable to enable a specific user to control said task only after a foot pedal connected to the client computer is pressed, after a voice command is received, or after a focussing gesture is received, and further operable to filter the gesture to accept an applicable gesture by determining whether the gesture is performed by said specific user by using body tracking to determine whether the movement is within a predicted body location and/or by performing facial recognition.
A method for distinguishing particular cells from a mixture of heterogeneous cells in a blood sample, wherein the particular cells comprise bacteria, the method comprising: (a) providing a water-based liquid blood sample containing a mixture of heterogeneous cells; (b) collecting at least a portion of the sample, introducing the collected portion of the sample into a porous medium, and immobilizing the heterogeneous cells in the porous medium; (c) applying a first bioactive stimulus to the porous medium to cause division of the bacteria only as said particular cells, and additionally applying another second type of bioactive stimulus to the porous medium in step (c); and (d) distinguishing the particular cells from the other types of cells through microscopic imaging, wherein culture or purification of the heterogeneous cells is omitted after the provision of the sample and before the application of the first bioactive stimulus, wherein a nutrient medium for growth of the bacterial cells is applied as the first bioactive stimulus to selectively grow the bacterial cell only but not blood cells, wherein a drug for preventing the growth of the particular cells is applied as the other second type of bioactive stimulus, simultaneously with or after the application of the first bioactive stimulus, and wherein the particular cells are distinguished by observing microcolonies formed as a result of division of the particular bacterial cells when present. (b) collecting at least a portion of the sample, introducing the collected portion of the sample into a porous medium, and immobilizing the heterogeneous cells in the porous medium; (c) applying a first bioactive stimulus to the porous medium to cause division of the bacteria only as said particular cells, and additionally applying another second type of bioactive stimulus to the porous medium in step (c); and (d) distinguishing the particular cells from the other types of cells through microscopic imaging,
A machine-readable non-transitory storage medium storing instructions that, when executed by a processor included in a computing device (110, 800), cause the computing device to carry out steps that include: exclusively activating, based on an input current and voltage provided by a power supply, one of a first switch group and a second switch group included in a charger, wherein each of the first switch group and the second switch group includes a group of input switches connected to an input voltage and a group of ground switches, different than the group of input switches, connected to ground; and periodically toggling, based on the activating, switches of either the first switch group or the second switch group causing a voltage output from the charger. exclusively activating, based on an input current and voltage provided by a power supply, one of a first switch group and a second switch group included in a charger, wherein each of the first switch group and the second switch group includes a group of input switches connected to an input voltage and a group of ground switches, different than the group of input switches, connected to ground; and periodically toggling, based on the activating, switches of either the first switch group or the second switch group causing a voltage output from the charger.
A cylindrical catheter balloon formed of a membrane as a laminate of at least two or more layers which include a polyamide elastomer layer and a polyamide layer, wherein the polyamide elastomer layer is disposed at the inner side of the polyamide layer, a refractive index n r1 in the circumferential direction of a cross-section perpendicular to the axis in the surface of inner side of the polyamide layer is greater than a refractive index n r2 in the circumferential direction of a cross-section perpendicular to the axis in the surface of inner side of the polyamide elastomer layer, and a difference between the refractive index n r1 and the refractive index n r2 is 0.01 or greater.
A stent for a bifurcated vessel, comprising a stent body with two open ends, wherein the stent body comprises: multiple sets of annular units having multiple undulating rods; and connecting rods positioned between adjacent annular units and used to connect the adjacent annular units, wherein the structure of at least one open end of the stent body is a slope structure, and wherein the number of the undulating rods in the multiple sets of annular units forming the slope structure decreases in turn and/or the compactness of the undulating rods increases in turn, in a direction from a middle part of the stent body to the open end having the slope structure, characterized in that at least four developable marks are further provided around a slope surface of the slope structure, wherein at least two developable marks are respectively provided at the top and bottom of the slope surface of the slope structure, and at least two other developable marks are symmetrically provided on both sides of the slope surface along an axial center line.