mhurhangee/patent-ind-claim-en huggingface dataset:
A damper unit for damping oscillations of a tower structure when secured thereto, the damper unit comprising - a damper unit structure adapted for attachment to the tower structure, - a pendulum structure , - a suspension arrangement for suspending the pendulum structure from the damper unit structure such that the pendulum structure is allowed to displace from a neutral position for the pendulum structure , the suspension arrangement comprising one or more wires (514-516, 602-603, 702-703) for suspending the pendulum structure , - a sensor adapted for measuring movements of the tower structure , and - tuning means configured for adjusting the natural frequency of the suspended pendulum structure in response to measured movements of the tower structure , characterised in that : the tuning means comprises a suspension length adjuster for adjusting the natural frequency of the suspended pendulum structure , said adjuster comprising, - a guide means extending at least partly along the length of said one or more wires (514-516, 602-603, 702-703), - a cart attached to and movable along the guide means , - for each of said one or more wires (514-516, 602-603, 702-703), a clamp secured to the cart at one end and to the wire (514-516, 602-603, 702-703) at the other end, and - actuation means for moving the cart along the guide means , the actuation means being operably connected to the processor. - a damper unit structure adapted for attachment to the tower structure, - a pendulum structure , - a suspension arrangement for suspending the pendulum structure from the damper unit structure such that the pendulum structure is allowed to displace from a neutral position for the pendulum structure , the suspension arrangement comprising one or more wires (514-516, 602-603, 702-703) for suspending the pendulum structure , - a sensor adapted for measuring movements of the tower structure , and - tuning means configured for adjusting the natural frequency of the suspended pendulum structure in response to measured movements of the tower structure , characterised in that : the tuning means comprises a suspension length adjuster for adjusting the natural frequency of the suspended pendulum structure , said adjuster comprising, - a guide means extending at least partly along the length of said one or more wires (514-516, 602-603, 702-703), - a cart attached to and movable along the guide means , - for each of said one or more wires (514-516, 602-603, 702-703), a clamp secured to the cart at one end and to the wire (514-516, 602-603, 702-703) at the other end, and - actuation means for moving the cart along the guide means , the actuation means being operably connected to the processor. - a guide means extending at least partly along the length of said one or more wires (514-516, 602-603, 702-703), - a cart attached to and movable along the guide means , - for each of said one or more wires (514-516, 602-603, 702-703), a clamp secured to the cart at one end and to the wire (514-516, 602-603, 702-703) at the other end, and - actuation means for moving the cart along the guide means , the actuation means being operably connected to the processor.
A computer -implemented method for detecting threats on a network , comprising: separating received network packets into one or more session datasets, wherein a session dataset corresponds to one or more flows; performing state-based detection on the one or more session datasets to generate first preliminary detection data for a host, wherein the state-based detection detects behavior that is recognized over multiple session datasets over a span of time; performing stateless detection on the one or more session datasets to generate second preliminary detection data for the host, wherein stateless detection detects behavior in a single session dataset; receiving the first and second preliminary detection data and determining whether to: (a) report the first or second preliminary detection data by sending the first or second preliminary detection data to a scoring engine or (b) combine the first or second preliminary detection data with other preliminary detection data to provide accumulated preliminary detection data, wherein determining whether to report the first or second preliminary detection data or to combine the first or second preliminary detection data with other preliminary detection data is based at least partly on examining detection type and other detections that have been observed for the host; and generating a detection data score for the host based on the reported and the accumulated preliminary detection data, wherein the score indicates a certainty of an observed behavior and a threatening nature of the observed behavior. separating received network packets into one or more session datasets, wherein a session dataset corresponds to one or more flows; performing state-based detection on the one or more session datasets to generate first preliminary detection data for a host, wherein the state-based detection detects behavior that is recognized over multiple session datasets over a span of time; performing stateless detection on the one or more session datasets to generate second preliminary detection data for the host, wherein stateless detection detects behavior in a single session dataset; receiving the first and second preliminary detection data and determining whether to: (a) report the first or second preliminary detection data by sending the first or second preliminary detection data to a scoring engine or (b) combine the first or second preliminary detection data with other preliminary detection data to provide accumulated preliminary detection data, wherein determining whether to report the first or second preliminary detection data or to combine the first or second preliminary detection data with other preliminary detection data is based at least partly on examining detection type and other detections that have been observed for the host; and generating a detection data score for the host based on the reported and the accumulated preliminary detection data, wherein the score indicates a certainty of an observed behavior and a threatening nature of the observed behavior.
A pressure-sensitive adhesive composition, comprising: a binder resin; a nano clay modified with an organic modifier; and a solvent; wherein the nano clay modified with the organic modifier is comprised at 5 to 30 parts by weight relative to 100 parts by weight of the binder resin; and the binder resin is a polyisobutylene resin. a binder resin; a nano clay modified with an organic modifier; and a solvent; wherein the nano clay modified with the organic modifier is comprised at 5 to 30 parts by weight relative to 100 parts by weight of the binder resin; and the binder resin is a polyisobutylene resin.
A vehicle inspection pit cover for covering a vehicle inspection pit opening (O) defined in a surface, the opening defined between a first edge and a second edge, and defining an opening width (W o ) therebetween, shorter than a length (L o )of the opening, the cover having a cover width (W c ) and configured to be supported, in use, at the first edge and the second edge of the opening when the cover width is parallel to the opening width, wherein the cover width is adjustable from a first cover width to a second cover width, and wherein the cover is configured to maintain the cover width at the second cover width, in use, wherein the cover comprises a plurality of parallel members , each arranged to be provided between the first edge and the second edge of the opening, wherein each of the plurality of parallel members is provided with at least one telescopic extension arm , configured to be slidably received in the parallel member to adjust the cover width (W c ) from the first cover width to the second cover width, characterized in that each of the plurality of parallel members is arranged to be extensibly connected to an adjacent palallel member of the plurality of parallel members, such that a length (L C ) of the cover is adjustable, and in that the cover comprises a retaining mechanism at each of the telescopic extension arms to maintain the cover width at the second cover width.
A method for optimizing a configuration associated with a mesh network , the method comprising: determining , using a computing device processor, a node (A-H) of the mesh network is running a data session associated with an amount of data greater than a predetermined amount of data, and associated with a duration greater than a predetermined duration; configuring , using a computing device processor, the mesh network such that the node (A-H) acts as an access point ; and establishing , using a computing device processor, a direct connection between the access point and a backbone of the mesh network , wherein said establishing of the direct connection is in response to said determining that the node (A-H) of the mesh network is running the data session associated with the amount of data greater than the predetermined amount of data and associated with the duration greater than the predetermined duration; and blacklisting the node (A-H) acting as the access point . determining , using a computing device processor, a node (A-H) of the mesh network is running a data session associated with an amount of data greater than a predetermined amount of data, and associated with a duration greater than a predetermined duration; configuring , using a computing device processor, the mesh network such that the node (A-H) acts as an access point ; and establishing , using a computing device processor, a direct connection between the access point and a backbone of the mesh network , wherein said establishing of the direct connection is in response to said determining that the node (A-H) of the mesh network is running the data session associated with the amount of data greater than the predetermined amount of data and associated with the duration greater than the predetermined duration; and blacklisting the node (A-H) acting as the access point .
An overshot control gate for use with trapezoidal irrigation channels , said gate having a rigid rectangular section and a pivotal mounting, the rigid rectangular section being adapted to, in use, be pivotally mounted by said pivotal mounting to the base of said trapezoidal irrigation channel ; a pair of triangular sections and a pair of further pivotal mountings, the pair of triangular sections being pivotally mounted by said pair of further pivotal mountings on opposite sides of said rigid rectangular section; and actuation means for raising and lowering the gate; each of said triangular sections being divided into first and second triangular portions (44,46;52,54) with a common apex at said base of said trapezoidal irrigation channel; each of said first triangular portions being rigid and adapted to, in use, be pivotally mounted to opposite side walls of said trapezoidal irrigation channel; each of said second triangular portions including one of said pair of further pivotal mountings on said opposite sides of said rectangular section and being formed of a flexible material; characterized in the actuation means being attached to a side of the rigid rectangular section opposite to the pivotal mounting of the rigid rectangular section to said base of said trapezoidal irrigation channel to pull the rigid rectangular section to raise the gate.
A container comprising: a top panel having a top panel exterior facing surface ; a hinge ; an opening flap connected to said hinge; a locking tab connected to one of said opening flap and a free end portion seat having a free end portion seat edge , wherein said free end portion seat is recessed relative to said top panel exterior facing surface; and a container body engaged with said top panel, wherein said top panel, said opening flap, and said container body together define an interior space ; wherein said opening flap comprises; a hinged portion having two hinged portion ends ; a free end portion in facing relationship with said free end portion seat; two opening flap edges separable from said top panel, each opening flap edge extending from one of said hinged portion ends to said free end portion; and wherein said free end portion overlies said free end portion seat edge between two intersection points separated by a separation distance (SD); and wherein for each opening flap edge, said opening flap edge is in a nonoverlapping relationship with said top panel from said intersection point to along said opening flap edge to a distance of more than 20% of said separation distance; wherein said locking tab is closer to said hinge than said free end portion is to said hinge and characterised in that along at least a portion of said opening flap edges from proximal said hinged portion ends towards said locking tab said opening flap overlaps said top panel. a top panel having a top panel exterior facing surface ; a hinge ; an opening flap connected to said hinge; a locking tab connected to one of said opening flap and a free end portion seat having a free end portion seat edge , wherein said free end portion seat is recessed relative to said top panel exterior facing surface; and a container body engaged with said top panel, wherein said top panel, said opening flap, and said container body together define an interior space ; wherein said opening flap comprises; a hinged portion having two hinged portion ends ; a free end portion in facing relationship with said free end portion seat; two opening flap edges separable from said top panel, each opening flap edge extending from one of said hinged portion ends to said free end portion; and wherein said free end portion overlies said free end portion seat edge between two intersection points separated by a separation distance (SD); and wherein for each opening flap edge, said opening flap edge is in a nonoverlapping relationship with said top panel from said intersection point to along said opening flap edge to a distance of more than 20% of said separation distance; wherein said locking tab is closer to said hinge than said free end portion is to said hinge and characterised in that along at least a portion of said opening flap edges from proximal said hinged portion ends towards said locking tab said opening flap overlaps said top panel.
Breast pump arrangement, comprising at least one expression kit having a milk flow sensor , wherein the milk flow sensor comprises: a container with a first end with a first opening and a second end with a second opening , wherein the first end of the container is configured to receive expressed milk (M), wherein the second opening is configured to allow an outflow of milk (M) with a predefined outflow characteristics from inside the container , wherein the first opening is larger than the second opening , a milk-amount sensor configured to measure a height or volume of milk (M) in the container , and a calculating unit configured to calculate a milk flow based on the height or volume measurements of the milk amount sensor and the predefined outflow characteristic of the second opening . a container with a first end with a first opening and a second end with a second opening , wherein the first end of the container is configured to receive expressed milk (M), wherein the second opening is configured to allow an outflow of milk (M) with a predefined outflow characteristics from inside the container , wherein the first opening is larger than the second opening , a milk-amount sensor configured to measure a height or volume of milk (M) in the container , and a calculating unit configured to calculate a milk flow based on the height or volume measurements of the milk amount sensor and the predefined outflow characteristic of the second opening .
Method for generating at least one image dataset and one reference image dataset of an examination object from at least two raw datasets comprising the steps: - Providing a first raw dataset , wherein the first raw dataset is recorded using a magnetic resonance system and comprises measurement signals at a plurality of readout points in the k-space , wherein the readout points lie on a first k-space trajectory , - Providing a second raw dataset , wherein the second raw dataset is recorded using the same magnetic resonance system and on the same examination object as the first raw dataset and comprises measurement signals at a plurality of readout points in the k-space , wherein the readout points lie on a second k-space trajectory different from the first k-space trajectory , wherein the first k-space trajectory is more sensitive to basic magnetic field deviations than the second k-space trajectory, - Reconstructing a plurality of image datasets from the first raw dataset , wherein a separate equalisation coefficient set is used before the reconstruction of each image dataset , wherein an equalisation coefficient set defines a phase shift of the phases of the measurement signals of the first raw dataset in the k-space , - Reconstructing a reference image dataset from the second raw dataset , - Comparing the image datasets with the reference image dataset , wherein a similarity value (α 88 , α 89 , α 90 , α 91 ) is generated in each case during the comparison, and - Selecting the image dataset with the greatest similarity value (α 88 , α 89 , α 90 , α 91 ). - Providing a first raw dataset , wherein the first raw dataset is recorded using a magnetic resonance system and comprises measurement signals at a plurality of readout points in the k-space , wherein the readout points lie on a first k-space trajectory , - Providing a second raw dataset , wherein the second raw dataset is recorded using the same magnetic resonance system and on the same examination object as the first raw dataset and comprises measurement signals at a plurality of readout points in the k-space , wherein the readout points lie on a second k-space trajectory different from the first k-space trajectory , wherein the first k-space trajectory is more sensitive to basic magnetic field deviations than the second k-space trajectory, - Reconstructing a plurality of image datasets from the first raw dataset , wherein a separate equalisation coefficient set is used before the reconstruction of each image dataset , wherein an equalisation coefficient set defines a phase shift of the phases of the measurement signals of the first raw dataset in the k-space , - Reconstructing a reference image dataset from the second raw dataset , - Comparing the image datasets with the reference image dataset , wherein a similarity value (α 88 , α 89 , α 90 , α 91 ) is generated in each case during the comparison, and - Selecting the image dataset with the greatest similarity value (α 88 , α 89 , α 90 , α 91 ).
A wireless vascular monitoring implant adapted to be deployed and implanted in a patient vasculature and positioned at a monitoring location in a vascular lumen in contact with the lumen wall, said implant comprising a resilient sensor construct configured to dimensionally expand and contract with natural movement of the lumen wall; wherein: the resilient sensor construct comprises a resonant circuit having an inductance that changes in a known relationship to the dimensional expansion and contraction of the resilient sensor construct; and said resonant circuit is adapted to produce a resonant frequency indicative of said inductance when remotely energised, said resonant frequency being readable wirelessly outside said vascular lumen to determine a dimension of the vascular lumen. the resilient sensor construct comprises a resonant circuit having an inductance that changes in a known relationship to the dimensional expansion and contraction of the resilient sensor construct; and said resonant circuit is adapted to produce a resonant frequency indicative of said inductance when remotely energised, said resonant frequency being readable wirelessly outside said vascular lumen to determine a dimension of the vascular lumen.
A control device for an internal combustion engine, comprising an intake channel , an exhaust gas recirculation channel entering into the intake channel , a control element , a mixing housing in which the intake channel is formed and which, in the intended installation position, comprises mouth of the exhaust gas recirculation channel in the lower area in relation to the ground surface, a shaft serving as a rotation axis on which the control element is eccentrically fixed and which is mounted in the intake channel upstream the mouth of the exhaust gas recirculation channel in the mixing housing , wherein the control element is movable, by rotating the shaft , between a first end position, in which the control element at least throttles the intake channel , and a second end position, in which the control element closes the exhaust gas recirculation channel , wherein the intake channel comprises, in a downstream area, an all-around cross-sectional extension , through which a stop face is formed on a mixing housing section , characterized by a connection element , through which an inlet channel , limited by a connection nozzle , of a downstream compressor is in fluid communication with the outlet of the mixing housing , wherein the connection element abuts against the stop face , wherein, in the intended installation position, the mixing housing section comprises at least at the lowest point thereof in relation to the ground surface, in comparison to the cross-sectional shape of the connection element , a recess which is arranged below an axially opposite inner wall surface radially limiting the connection element on the stop face and which enters into a trough-shaped depression of the mixing housing .
An ex-vivo method of preparing an organ for transplantation into a recipient, the method comprising exposing the organ to exogenous stem cells prior to transplantation, wherein the stem cells are non-embryonic, non-germ cells that express one or more of oct4, telomerase, rex-1, or rox-1 and/or can differentiate into cell types of at least two of endodermal, ectodermal, and mesodermal germ layers.
A cosmetic method for treating skin comprising topically applying to skin in need of treatment a topical skin composition comprising: (a) an effective amount of a Centella asiatica stem cells to reduce the activity of hyaluronidase in skin; (b) an effective amount of tetradecyl aminobutyroylvalylamino butyric urea trifluoroacetate to promote the production of hyaluronic acid in skin; (c) an effective amount of tripeptide-1 to promote the production of fibronectin and laminin in skin; and (d) a dermatologically acceptable vehicle, wherein topical application of the composition reduces the activity of hyaluronidase in skin, increases the production of hyaluronic acid in skin, and increases the production of fibronectin and laminin in skin. (a) an effective amount of a Centella asiatica stem cells to reduce the activity of hyaluronidase in skin; (b) an effective amount of tetradecyl aminobutyroylvalylamino butyric urea trifluoroacetate to promote the production of hyaluronic acid in skin; (c) an effective amount of tripeptide-1 to promote the production of fibronectin and laminin in skin; and (d) a dermatologically acceptable vehicle,