mhurhangee/patent-ind-claim-en huggingface dataset:
A computing system comprising: an application processor ; a memory comprising firmware of the computing system, the firmware comprising multiple blocks of the firmware; and a security processor configured to verify the firmware as a condition to the application processor executing the firmware by: determining respective probabilistic verification thresholds for the multiple blocks of the firmware; determining respective weighting values for the multiple blocks of the firmware; in response to a first block of the multiple blocks of the firmware having a first respective weighting value that does not exceed a first respective probabilistic verification threshold, determining to not verify the first block of the firmware; and in response to a second block of the multiple blocks of the firmware having a second respective weighting value that exceeds a second respective probabilistic verification threshold, verifying the second block of the firmware based on whether an expected hash value determined for the second block of the firmware matches a generated hash value for the second block of the firmware. an application processor ; a memory comprising firmware of the computing system, the firmware comprising multiple blocks of the firmware; and a security processor configured to verify the firmware as a condition to the application processor executing the firmware by: determining respective probabilistic verification thresholds for the multiple blocks of the firmware; determining respective weighting values for the multiple blocks of the firmware; in response to a first block of the multiple blocks of the firmware having a first respective weighting value that does not exceed a first respective probabilistic verification threshold, determining to not verify the first block of the firmware; and in response to a second block of the multiple blocks of the firmware having a second respective weighting value that exceeds a second respective probabilistic verification threshold, verifying the second block of the firmware based on whether an expected hash value determined for the second block of the firmware matches a generated hash value for the second block of the firmware. determining respective probabilistic verification thresholds for the multiple blocks of the firmware; determining respective weighting values for the multiple blocks of the firmware; in response to a first block of the multiple blocks of the firmware having a first respective weighting value that does not exceed a first respective probabilistic verification threshold, determining to not verify the first block of the firmware; and in response to a second block of the multiple blocks of the firmware having a second respective weighting value that exceeds a second respective probabilistic verification threshold, verifying the second block of the firmware based on whether an expected hash value determined for the second block of the firmware matches a generated hash value for the second block of the firmware.
An interventional guide catheter for introducing interventional catheters into the vasculature, comprising: a main tubular shaft with a distal tip and proximal end , the distal tip being made of layers of polymer and having a length of 1.27 to 5.08 mm (0.05 - 0.20 inches); the main tubular shaft comprising: a main inner structural layer comprising a metallic helically wound multi-filar wire extending from a proximal tube termination to a distal end , the multi-filar wire having a wall thickness of 0.038 to 0.25 mm (0.0015 to 0.010 inches), a braided wire layer covering the main inner structural layer , the braided wire layer extending from the proximal tube termination to the distal end , the braided wire layer having a thickness of 0.013 to 0.254 mm (0.0005 to 0.010 inches), an outer layer of polymer jacketing covering and fixedly attached to the main inner structural layer and braided wire layer with wall thickness of 0.025 to 0.127 mm (0.001 to 0.005 inches), an inner layer of polymer jacketing covering and fixedly attached to the main inner structural layer with wall thickness of 0.013 to 0.254 mm (0.0005 to 0.01 inches), and a distal end curve shape for anatomical conformance formed by the main inner structural layer, wherein the metallic helically wound multi-filar wire terminates distally before a primary curve of the distal end curve shape; wherein the inner layer , main inner structural layer , braided wire layer and outer layer form a lamination with the inner layer spaced from the outer layer , and wherein the distal end curve shape is heat processed in one or more of the main inner structural layer and the braided wire layer. a main inner structural layer comprising a metallic helically wound multi-filar wire extending from a proximal tube termination to a distal end , the multi-filar wire having a wall thickness of 0.038 to 0.25 mm (0.0015 to 0.010 inches), a braided wire layer covering the main inner structural layer , the braided wire layer extending from the proximal tube termination to the distal end , the braided wire layer having a thickness of 0.013 to 0.254 mm (0.0005 to 0.010 inches), an outer layer of polymer jacketing covering and fixedly attached to the main inner structural layer and braided wire layer with wall thickness of 0.025 to 0.127 mm (0.001 to 0.005 inches), an inner layer of polymer jacketing covering and fixedly attached to the main inner structural layer with wall thickness of 0.013 to 0.254 mm (0.0005 to 0.01 inches), and a distal end curve shape for anatomical conformance formed by the main inner structural layer, wherein the metallic helically wound multi-filar wire terminates distally before a primary curve of the distal end curve shape; wherein the inner layer , main inner structural layer , braided wire layer and outer layer form a lamination with the inner layer spaced from the outer layer , and wherein the distal end curve shape is heat processed in one or more of the main inner structural layer and the braided wire layer.
An image processor comprising: a corrector that corrects deviation of a coordinate in an image photographed by a photographing unit based on a correction parameter stored in a memory; and an updater that generates the correction parameter based on the image photographed by the photographing unit, and updates the correction parameter stored in the memory; a recognizer that recognizes a target in the image photographed by the photographing unit, wherein a recognition flag is set to a value of on when the target is recognized during the recognition process; a tracker that tracks the target recognized by the recognizer , wherein the updater updates the correction parameter according to an updating process condition based on the image corrected by the corrector, wherein the updating process condition is a value of on or off of the recognition flag and the updating process is not executed when the recognition flag has a value of on. a corrector that corrects deviation of a coordinate in an image photographed by a photographing unit based on a correction parameter stored in a memory; and an updater that generates the correction parameter based on the image photographed by the photographing unit, and updates the correction parameter stored in the memory; a recognizer that recognizes a target in the image photographed by the photographing unit, wherein a recognition flag is set to a value of on when the target is recognized during the recognition process; a tracker that tracks the target recognized by the recognizer , wherein the updater updates the correction parameter according to an updating process condition based on the image corrected by the corrector, wherein the updating process condition is a value of on or off of the recognition flag and the updating process is not executed when the recognition flag has a value of on.
A semiconductor refrigerator, comprising a semiconductor cooling plate and a hot end heat radiating device, wherein the hot end heat radiating device comprises multiple sintered heat pipes , each having a main pipe with both ends closed, wherein the main pipe comprises a first pipe segment thermally connected with a hot end of the semiconductor cooling plate, and a second pipe segment , which is located above the first pipe segment , and from whose one or more portions extend one or more manifolds to radiate heat from the hot end of the semiconductor cooling plate to an ambient environment.
A tapered section of active optical fiber , the tapered section having a first thicker end and a second thinner end, and the tapered section comprising, for the length of said tapered section of active optical fiber from the first thicker end to the second thinner end: - a core with a first index of refraction, said core being active, - an inner cladding layer provided around the core, the inner cladding having a second index of refraction for propagating pump radiation, said second index of refraction being smaller than said first index of refraction and - an outer cladding layer provided around the inner cladding, the outer cladding having a third index of refraction around said inner cladding layer , said third index of refraction being smaller than said second index of refraction, wherein the diameter of said core and the thickness of said inner cladding change gradually from the first thicker end to the second thinner end along the length of said tapered section of active optical fiber forming a tapered longitudinal profile enabling a continuous mode conversion process along the length of the tapered section of fiber and the tapered core supporting multimode operation at the thicker end of the tapered section of fiber , wherein said tapered longitudinal profile of said tapered section of active optical fiber is selected from a group of profiles including a power law profile, an exponential profile and a combination of these profiles. - a core with a first index of refraction, said core being active, - an inner cladding layer provided around the core, the inner cladding having a second index of refraction for propagating pump radiation, said second index of refraction being smaller than said first index of refraction and - an outer cladding layer provided around the inner cladding, the outer cladding having a third index of refraction around said inner cladding layer , said third index of refraction being smaller than said second index of refraction,
A multi-purpose work machine moving on chain tracks , wherein the machine comprises an upper carriage (B) and below it an undercarriage (A), which comprises frame modules (A1, A100, A3) which are interconnected and of which the first frame module (A1) comprises a bearing ring (H) for a cabin of the upper carriage (B), whereby the cabin together with a boom may be freely turned, the cabin structure comprising the boom rotating with it, to which a tool such as a bucket may be hooked up, a second frame module (A3) has been pivotally connected to the first frame module (A1), and between the modules (A1, A3) there are cylinders (n1, n2) by means of which the frame steering of the machine takes place, the first frame module (A1) comprises on both its sides chain track sets , both of which are supported by their supports and pivoted to rock (arrow S1) around the transverse axis (z) by means of a bearing on the support , whereby the machine moves smoothly in a varying terrain, and the second frame module (A3) comprises a frame and in it longitudinal frame beams and chain track sets on both sides of the frame , which are pivoted to rock (arrow S1) supported by their supports and bearings on the support around the transverse Z axis, and that for both chain track sets of at least the first frame module (A1) there is a drive motor (M1) to move its chain track , characterised in that the frame of the second frame module (A3) comprises on top of ta load unit which is an interchangeable platform.
A direct network , comprising: a plurality of routing nodes ; a plurality of communication links that connect the routing nodes together to form a direct network topology; and a plurality of resources (126; 702), each resource being connected to a corresponding set of two or more routing nodes, said two or more routing nodes of the corresponding set being dispersed within a coordinate space defined by the direct network topology so as to satisfy at least one inter-node separation criterion that comprises one or more of: a first inter-node separation criterion specifying that, for each resource , a number of routing nodes that share a coordinate value, in a same coordinate dimension, with another routing node in the corresponding set is minimized; and a second inter-node separation criterion specifying that a degree of disorder in the corresponding set of routing nodes satisfies a prescribed minimum threshold, wherein the degree of disorder is specified by an entropy measure. a plurality of routing nodes ; a plurality of communication links that connect the routing nodes together to form a direct network topology; and a plurality of resources (126; 702), each resource being connected to a corresponding set of two or more routing nodes, said two or more routing nodes of the corresponding set being dispersed within a coordinate space defined by the direct network topology so as to satisfy at least one inter-node separation criterion that comprises one or more of: a first inter-node separation criterion specifying that, for each resource , a number of routing nodes that share a coordinate value, in a same coordinate dimension, with another routing node in the corresponding set is minimized; and a second inter-node separation criterion specifying that a degree of disorder in the corresponding set of routing nodes satisfies a prescribed minimum threshold, wherein the degree of disorder is specified by an entropy measure. a first inter-node separation criterion specifying that, for each resource , a number of routing nodes that share a coordinate value, in a same coordinate dimension, with another routing node in the corresponding set is minimized; and a second inter-node separation criterion specifying that a degree of disorder in the corresponding set of routing nodes satisfies a prescribed minimum threshold, wherein the degree of disorder is specified by an entropy measure.
Process for producing coated catalysts, which comprises the measures: a) provision of a composition containing a liquid and a catalytically active material and/or a precursor thereof in a stock vessel, b) provision of a support material in a vessel which is rotatable about a longitudinal axis, c) transport of the composition from the stock vessel through a first conduit to a spray nozzle, d) transport of a propellant fluid through a second conduit to the spray nozzle, e) atomization of composition and propellant fluid in the nozzle to produce an aerosol which flows into the vessel and impregnates the support material present therein, f) heating of the vessel so that the liquid present in the aerosol evaporates from the support material and the support material which has been treated with catalytically active material and/or a precursor thereof is dried, and g) discharge or extraction of the vaporized liquid from the vessel. a) provision of a composition containing a liquid and a catalytically active material and/or a precursor thereof in a stock vessel, b) provision of a support material in a vessel which is rotatable about a longitudinal axis, c) transport of the composition from the stock vessel through a first conduit to a spray nozzle, d) transport of a propellant fluid through a second conduit to the spray nozzle, e) atomization of composition and propellant fluid in the nozzle to produce an aerosol which flows into the vessel and impregnates the support material present therein, f) heating of the vessel so that the liquid present in the aerosol evaporates from the support material and the support material which has been treated with catalytically active material and/or a precursor thereof is dried, and g) discharge or extraction of the vaporized liquid from the vessel.
Electrical installation device (G1 - G3) for building installation technology, in particular electrical installation device for an installation bus, having a housing in which a function button (MS, T) and a switch mechanism (SM1 - SM3) with a combined switching function and status display are arranged, wherein the switch mechanism (SM1 - SM3) is designed for actuating the function button (MS, T), wherein the switch mechanism (SM1 - SM3) has an axially movable light guide (LL1, LL2) which can be mechanically actuated from the outside, for switching the function button (MS, T); wherein the light guide (LL1, LL2) is embodied for the optical status display of the function button (MS, T), wherein the light guide (LL1, LL2) is embodied as a workpiece, the first end (EE1 - EE3) of which, designed for actuation from the outside, is countersunk in a chamfered recess (V1, V2, V3', V3") of the housing, such that despite the first end (EE1 - EE3) being countersunk the status display is readily visible and the first end (EE1 - EE3) can be actuated without the use of tools. wherein the switch mechanism (SM1 - SM3) is designed for actuating the function button (MS, T), wherein the switch mechanism (SM1 - SM3) has an axially movable light guide (LL1, LL2) which can be mechanically actuated from the outside, for switching the function button (MS, T); wherein the light guide (LL1, LL2) is embodied for the optical status display of the function button (MS, T), wherein the light guide (LL1, LL2) is embodied as a workpiece, the first end (EE1 - EE3) of which, designed for actuation from the outside, is countersunk in a chamfered recess (V1, V2, V3', V3") of the housing, such that despite the first end (EE1 - EE3) being countersunk the status display is readily visible and the first end (EE1 - EE3) can be actuated without the use of tools.
A balancing ring for use in a washing machine , comprising a circular passage , a plurality of balls capable of rolling along the passage being provided in the passage , whereby the balls comprise magnetic balls and non-magnetic balls that can be attracted by magnetic force, wherein at least a part of the material of the non-magnetic balls is metal material that can be attracted by magnetic force, and comprise at least two groups (g1, g2), and each group comprises at least one magnetic ball and several non-magnetic balls that are connected thereto under attraction of the magnetic ball , characterized in that , an isolation ball made of non-metal material is provided between each two of the at least two groups (g1, g2).
An inkjet printing device comprising: - a flatbed table for supporting on its support surface substrates to print on; and - ball transfer units , arranged in the support surface , for transporting and/or positioning substrates on the flatbed table ; and - characterized in that the inkjet printing device comprises a drive module for moving away the ball transfer units from the support surface . - a flatbed table for supporting on its support surface substrates to print on; and - ball transfer units , arranged in the support surface , for transporting and/or positioning substrates on the flatbed table ; and - characterized in that the inkjet printing device comprises a drive module for moving away the ball transfer units from the support surface .
Surface cleaning head for cleaning a surface, having a hood-shaped housing , which comprises a cleaning space that is surrounded by a peripheral wall and is open toward the bottom, in which cleaning space at least one cleaning nozzle is mounted on a spraying arm so as to be freely rotatable about an axis of rotation for applying cleaning liquid to the surface to be cleaned, wherein arranged on the peripheral wall is a splash protection device having a peripheral bristle strip and a flow resistance element extending over the periphery of the bristle strip abuts against the bristle strip , wherein a free rim region of the bristle strip projects in the direction toward the surface to be cleaned beyond the flow resistance element, wherein the flow resistance element is configured as a self-contained annular strip , which abuts against the outer side of the bristle strip , wherein the annular strip is elastically extensible and is made of a rubber-elastic material and is stretchable onto a rigid holding ring of the splash protection device and is removable as necessary from the holding ring on which the bristle strip is held, wherein the annular strip is configured in the manner of an elastically deformable sealing lip that abuts against the outer side of the bristle strip, wherein the annular strip together with the holding ring forms a positive connection on the outside, wherein the annular strip forms a U-shaped profile , characterized in that the U-shaped profile abuts with an upper leg against the top side of the holding ring and with a lower leg against the bottom side of the holding ring and completely surrounds the holding ring in the peripheral direction with a web that connects the upper leg to the lower leg in one piece, wherein the U-shaped profile is adjoined in the axial direction by a collar of the annular strip , which abuts against the outer side of the bristle strip and completely surrounds it in the peripheral direction, wherein the free rim region of the bristle strip projects beyond the lower end of the collar , such that the free rim region is not surrounded by the annular strip .
Filament winding machine for winding at least one continuous fiber onto a body having a main longitudinal axis (A), said machine comprising - winding means comprising at least one winding head associated with fiber storage means, and - a displacement system able to rotate a body around its longitudinal axis (A) and to perform a relative displacement of the body with respect to the winding means for winding fiber onto said body, characterized in that the winding means comprise a rotating support , mounted rotatably around a rotation axis (B, B'), on which are mounted at least two winding systems (20a, 20b; 120a, 120b, 120c), each winding system comprising a winding head (21a, 21b; 121a, 12b, 121c) associated with storage means (22a, 22b ; 122a, 122b, 122c ), so that, by rotation of said rotating support around its rotation axis (B, B'), each winding system can be moved into an active position for fiber winding via its winding head and an inactive position in which an operator can perform maintenance operations. - winding means comprising at least one winding head associated with fiber storage means, and - a displacement system able to rotate a body around its longitudinal axis (A) and to perform a relative displacement of the body with respect to the winding means for winding fiber onto said body,
An NK-1 antagonist for use in the prevention and/or the treatment of ocular sensitivity and/or ocular pain wherein the NK-1 antagonist is Fosaprepitant, Aprepitant or a pharmaceutically acceptable salt thereof.