mhurhangee/patent-ind-claim-en huggingface dataset:
Rotary closure for a sports article, piece of luggage or shoe, in particular a sports shoe, comprising a housing part with an axis , to which a rotary knob is attached in order to actuate a tension roller for a tensioning element, in particular a cable, for the closure in order to wind or release the tensioning element, as well as a first gear with internal toothing connected to the rotary knob and a rotating second gear with internal toothing connected to the tensioning roller , characterized in that a drive pinion which can be coupled to the gears is provided between said gears and that the drive pinion has a mounting which can be displaced radially with respect to the drive axis in order to selectively couple the drive pinion to and release the drive pinion from the inner toothings of the gears .
An apparatus for radially compressing a semiconductor structure having a front surface, a back surface and a circumferential edge , the apparatus comprising: a structure holder comprising a top plate and a back plate for contacting the semiconductor structure adjacent a circumferential edge of the semiconductor structure, the top plate adapted to contact the front surface of the semiconductor structure and the back plate adapted to contact the back surface of the semiconductor structure, wherein the structure holder further comprises a peripheral ring, the top plate, back plate and the peripheral ring being further adapted to form a peripheral chamber between the top plate, back plate, peripheral ring and circumferential edge of the semiconductor structure; and a semiconductor structure, characterized in that the semiconductor structure is comprising a dislocation source layer in a substrate and a heteroepitaxial layer, the apparatus for radially compressing the semiconductor structure being capable of applying a compressive stress of at least 5 MPa to the semiconductor structure to cause generation of dislocations and gliding of the dislocations toward the heteroepitaxial layer. a structure holder comprising a top plate and a back plate for contacting the semiconductor structure adjacent a circumferential edge of the semiconductor structure, the top plate adapted to contact the front surface of the semiconductor structure and the back plate adapted to contact the back surface of the semiconductor structure, wherein the structure holder further comprises a peripheral ring, the top plate, back plate and the peripheral ring being further adapted to form a peripheral chamber between the top plate, back plate, peripheral ring and circumferential edge of the semiconductor structure; and a semiconductor structure, characterized in that the semiconductor structure is comprising a dislocation source layer in a substrate and a heteroepitaxial layer, the apparatus for radially compressing the semiconductor structure being capable of applying a compressive stress of at least 5 MPa to the semiconductor structure to cause generation of dislocations and gliding of the dislocations toward the heteroepitaxial layer.
A method comprising: in response to receiving, by a network device, an application data packet of a data flow, determining whether a packet size of the application data packet is represented in a reference data store, wherein the reference data store includes data indicative of a plurality of probe packet sizes and a corresponding set of one or more metrics for each of a plurality of Wide Area Network (WAN) links; in response to determining that the packet size is not represented in the reference data store, predicting , by the network device and based on at least a portion of the one or more metrics included in the reference data store, flow metrics for the packet size for each of the plurality of WAN links; selecting , by the network device and based on the predicted flow metrics, a WAN link of the plurality of WAN links on which to send the application data packet; and for each of the plurality of WAN links: sending , by the network device and to the respective WAN link, a plurality of probe packets that includes a probe packet having the packet size to obtain an updated set of one or more metrics for the respective WAN link that includes metrics for the packet size; and updating the reference data store to include the updated set of one or more flow metrics for the each of the plurality of probe packets for the respective WAN link. in response to receiving, by a network device, an application data packet of a data flow, determining whether a packet size of the application data packet is represented in a reference data store, wherein the reference data store includes data indicative of a plurality of probe packet sizes and a corresponding set of one or more metrics for each of a plurality of Wide Area Network (WAN) links; in response to determining that the packet size is not represented in the reference data store, predicting , by the network device and based on at least a portion of the one or more metrics included in the reference data store, flow metrics for the packet size for each of the plurality of WAN links; selecting , by the network device and based on the predicted flow metrics, a WAN link of the plurality of WAN links on which to send the application data packet; and for each of the plurality of WAN links: sending , by the network device and to the respective WAN link, a plurality of probe packets that includes a probe packet having the packet size to obtain an updated set of one or more metrics for the respective WAN link that includes metrics for the packet size; and updating the reference data store to include the updated set of one or more flow metrics for the each of the plurality of probe packets for the respective WAN link. sending , by the network device and to the respective WAN link, a plurality of probe packets that includes a probe packet having the packet size to obtain an updated set of one or more metrics for the respective WAN link that includes metrics for the packet size; and updating the reference data store to include the updated set of one or more flow metrics for the each of the plurality of probe packets for the respective WAN link.
An intrusion detection and prevention computer program executing on a security element located between a receiver and a media access control element of a device of a wireless network, the device comprising the receiver , the security element , and the media access control element , the security element performing the steps of: receiving wireless traffic from the receiver of the device , and detecting that the wireless traffic is allowed according to one or more rules and passing the wireless traffic to the media access control element of the device , or detecting that the wireless traffic is not allowed according to the one or more rules and preventing the wireless traffic from passing to the media access control element of the device . receiving wireless traffic from the receiver of the device , and detecting that the wireless traffic is allowed according to one or more rules and passing the wireless traffic to the media access control element of the device , or detecting that the wireless traffic is not allowed according to the one or more rules and preventing the wireless traffic from passing to the media access control element of the device .
A substrate for coupling to an integrated circuit (110, 210-212, 410), the substrate comprising: multiple layers (L1-L4) that each have, in a particular region of the substrate, a repeating pattern of regions corresponding to power and ground, the multiple layers including (i) a top layer (L1) having, in the particular region, power contacts and ground contacts for coupling to an integrated circuit and (ii) a bottom layer (L4) having, in the particular region, power contacts and ground contacts for coupling to another device; and wherein at least one layer of the multiple layers has a repeating pattern of signal traces that extend along and are located between the regions corresponding to ground in the at least one layer. multiple layers (L1-L4) that each have, in a particular region of the substrate, a repeating pattern of regions corresponding to power and ground, the multiple layers including (i) a top layer (L1) having, in the particular region, power contacts and ground contacts for coupling to an integrated circuit and (ii) a bottom layer (L4) having, in the particular region, power contacts and ground contacts for coupling to another device; and wherein at least one layer of the multiple layers has a repeating pattern of signal traces that extend along and are located between the regions corresponding to ground in the at least one layer.
- A tool intended to connect an end of a first linked ammunition belt to an end of a second linked ammunition belt using a piece of connecting ammunition , the tool comprising at least one mounting intended to set the piece of connecting ammunition radially and longitudinally, the tool comprising a lever hingedly connected to the mounting , the lever comprising a push member intended to engage with at least one link of one end of the first belt and to push the at least one link radially relative to the piece of connecting ammunition into a second position where the at least one link is coaxial to the piece of connecting ammunition , the tool being characterized in that it comprises a frame secured to the mounting , the frame comprising first and second adjacent portions pivoting relative to one another about an axis parallel to the hinge of the lever so as to allow easy removal of the tool , the frame comprising a means for blocking the pivoting of the portions .
A bypass valve and actuator assembly for a turbocharger, comprising: a bypass valve having a valve stem that is rotatable about a valve stem axis; an articulated two-bar linkage comprising a first crank (C1) and a second crank (C2) each having a joint end and a connector end, the first and second cranks forming a pivotal joint (J1) between the respective joint ends thereof, the connector end of the first crank being fixedly connected to the valve stem such that the valve stem is constrained to rotate with the first crank about the valve stem axis; and an actuator assembly operably coupled with the connector end of the second crank, the actuator assembly structured and arranged to advance the connector end of the second crank in one direction along a guide path (GP) lying in a plane perpendicular to the valve stem axis to cause relative pivotal movement between the first and second cranks of the two-bar linkage and rotation of the valve stem about the valve stem axis so as to move the bypass valve from a closed position to an open position, and to retract the connector end of the second crank in an opposite direction along the guide path to move the bypass valve from the open position to the closed position, characterized in that the guide path as a whole is non-linear and non-circular arc. a bypass valve having a valve stem that is rotatable about a valve stem axis; an articulated two-bar linkage comprising a first crank (C1) and a second crank (C2) each having a joint end and a connector end, the first and second cranks forming a pivotal joint (J1) between the respective joint ends thereof, the connector end of the first crank being fixedly connected to the valve stem such that the valve stem is constrained to rotate with the first crank about the valve stem axis; and an actuator assembly operably coupled with the connector end of the second crank, the actuator assembly structured and arranged to advance the connector end of the second crank in one direction along a guide path (GP) lying in a plane perpendicular to the valve stem axis to cause relative pivotal movement between the first and second cranks of the two-bar linkage and rotation of the valve stem about the valve stem axis so as to move the bypass valve from a closed position to an open position, and to retract the connector end of the second crank in an opposite direction along the guide path to move the bypass valve from the open position to the closed position, characterized in that the guide path as a whole is non-linear and non-circular arc.
An optical sight comprising: a housing ; an optical element supported by the housing ; a light source configured to provide a reticle on the optical element , the light source being mounted on an adjustment plate ; and a light source adjuster configured to change a position of the reticle relative to the optical element , wherein the light source adjuster includes an adjustment screw (130; 206), an adjuster block (134; 212) configured to threadably receive the adjustment screw (130; 206), the adjuster block (134; 212) being directly engaged with the adjustment plate , and a biasing mechanism (174, 194, 202; 218; 262) configured to apply a force to retain the adjuster block (134; 212) in an adjustment position, wherein rotation of the adjustment screw (130; 206) moves the adjuster block (134; 212), and movement of the adjuster block (134; 212) moves the adjustment plate , and wherein the light source adjuster includes the light source , characterized in that the adjustment plate is a U-shaped plate defining a recess , and the light source is supported by the adjustment plate within the recess . a housing ; an optical element supported by the housing ; a light source configured to provide a reticle on the optical element , the light source being mounted on an adjustment plate ; and a light source adjuster configured to change a position of the reticle relative to the optical element , wherein the light source adjuster includes an adjustment screw (130; 206), an adjuster block (134; 212) configured to threadably receive the adjustment screw (130; 206), the adjuster block (134; 212) being directly engaged with the adjustment plate , and a biasing mechanism (174, 194, 202; 218; 262) configured to apply a force to retain the adjuster block (134; 212) in an adjustment position, an adjustment screw (130; 206), an adjuster block (134; 212) configured to threadably receive the adjustment screw (130; 206), the adjuster block (134; 212) being directly engaged with the adjustment plate , and a biasing mechanism (174, 194, 202; 218; 262) configured to apply a force to retain the adjuster block (134; 212) in an adjustment position, wherein rotation of the adjustment screw (130; 206) moves the adjuster block (134; 212), and movement of the adjuster block (134; 212) moves the adjustment plate , and wherein the light source adjuster includes the light source , characterized in that the adjustment plate is a U-shaped plate defining a recess , and the light source is supported by the adjustment plate within the recess .
A pneumatic tire that specifies the tire mounting direction when mounted on a vehicle, wherein the cap rubber layer on the outermost layer of the tread is divided in the tire width direction, the cap rubber layer located on the outside of the vehicle is formed of a rubber composition containing 25% by mass or less of styrene in the rubber component and having a glass transition temperature of -18 °C or higher, wherein the acetone-extracted content in the cap rubber layer located on the outside of the vehicle is 20% by mass or more, wherein the styrene content (mass%) is determined from the refractive index according to JIS K6383 , characterised in that a content of carbon black in the rubber composition forming the cap rubber layer located inside of the vehicle is 3 to 30 parts by mass, and, when the carbon black content ratio is C OUT (mass%), and the ground contact area ratio is L OUT , in the cap rubber layer located on the outside of the vehicle , and the carbon black content ratio is C IN (mass%) and the ground contact area ratio is L IN in the cap rubber layer located inside the vehicle , the following (Formula 1) and (Formula 2) are satisfied. C IN < C OUT 0 ≤ C OUT × L OUT − C IN × L IN the cap rubber layer located on the outside of the vehicle is formed of a rubber composition containing 25% by mass or less of styrene in the rubber component and having a glass transition temperature of -18 °C or higher, wherein the acetone-extracted content in the cap rubber layer located on the outside of the vehicle is 20% by mass or more, wherein the styrene content (mass%) is determined from the refractive index according to JIS K6383 , characterised in that a content of carbon black in the rubber composition forming the cap rubber layer located inside of the vehicle is 3 to 30 parts by mass, and, when the carbon black content ratio is C OUT (mass%), and the ground contact area ratio is L OUT , in the cap rubber layer located on the outside of the vehicle , and the carbon black content ratio is C IN (mass%) and the ground contact area ratio is L IN in the cap rubber layer located inside the vehicle , the following (Formula 1) and (Formula 2) are satisfied. C IN < C OUT 0 ≤ C OUT × L OUT − C IN × L IN
A delivery system for use with a prosthetic heart valve having a stent frame to which a valve structure is attached, the system comprising: a shaft assembly including a distal end, an intermediate portion, and a first coupling structure disposed near the distal end and configured to be coupled to a distal end of the prosthetic heart valve via a first tether ; a sheath assembly defining a lumen sized to slidably receive the shaft assembly ; and wherein the delivery system is configured to transition from a loaded state in which the sheath assembly encompasses the prosthetic heart valve to a deployed state in which the sheath assembly is withdrawn from the prosthetic heart valve , and wherein the first coupling structure is configured to be manipulated in a first direction to provide a controlled expansion or contraction of the distal end of the prosthetic heart valve ; characterised in that the first tether is configured as an adjustable-size loop around the distal end of the prosthetic heart valve , and the size of the loop is controlled by rotation of the first coupling structure . a shaft assembly including a distal end, an intermediate portion, and a first coupling structure disposed near the distal end and configured to be coupled to a distal end of the prosthetic heart valve via a first tether ; a sheath assembly defining a lumen sized to slidably receive the shaft assembly ; and wherein the delivery system is configured to transition from a loaded state in which the sheath assembly encompasses the prosthetic heart valve to a deployed state in which the sheath assembly is withdrawn from the prosthetic heart valve , and wherein the first coupling structure is configured to be manipulated in a first direction to provide a controlled expansion or contraction of the distal end of the prosthetic heart valve ; characterised in that the first tether is configured as an adjustable-size loop around the distal end of the prosthetic heart valve , and the size of the loop is controlled by rotation of the first coupling structure .
A charging station for electric vehicles , the charging station comprising: a central part for converting a grid AC voltage from an electrical grid into a high frequency AC voltage; a distribution network for distributing the high frequency AC voltage; a plurality of coils directly connected to the distribution network , wherein each coil is adapted for transferring energy to an electrical vehicle ; wherein the central part comprises a grid side AC-to-DC converter for receiving the grid voltage and at least one network side DC-to-AC converter , which are interconnected via a DC link ; characterized in that the central part comprises at least one transformer at its output side, which is connected to the distribution network ; that the DC-to-AC converter comprises two converter units , which are connected via the at least one transformer of the central part with their outputs . a central part for converting a grid AC voltage from an electrical grid into a high frequency AC voltage; a distribution network for distributing the high frequency AC voltage; a plurality of coils directly connected to the distribution network , wherein each coil is adapted for transferring energy to an electrical vehicle ; wherein the central part comprises a grid side AC-to-DC converter for receiving the grid voltage and at least one network side DC-to-AC converter , which are interconnected via a DC link ; characterized in that the central part comprises at least one transformer at its output side, which is connected to the distribution network ; that the DC-to-AC converter comprises two converter units , which are connected via the at least one transformer of the central part with their outputs .
A power semiconductor module arrangement comprising: a semiconductor substrate comprising a dielectric insulation layer , and a first metallization layer arranged on a first side of the dielectric insulation layer ; at least one semiconductor body mounted on a first surface of the first metallization layer which faces away from the dielectric insulation layer ; at least one contact element that is mechanically and electrically connected to the first metallization layer , wherein each of the contact elements extends from the first metallization layer in a vertical direction (y) perpendicular to the first surface , characteriszed in that each contact element comprises a first electrically conducting part , a second electrically conducting part , and an electrically insulating layer arranged between the first part and the second part , thereby interconnecting the first part and the second part and preventing an electrical connection between the first part and the second part , each contact element has a first length (l 1 ) in the vertical direction (y) that is large as compared to its dimensions (b n , w n ) in a first and second horizontal direction (x, z) perpendicular to the vertical direction (y); and the electrically insulating layer of a contact element extends between the respective first part and second part in the vertical direction (y). a semiconductor substrate comprising a dielectric insulation layer , and a first metallization layer arranged on a first side of the dielectric insulation layer ; at least one semiconductor body mounted on a first surface of the first metallization layer which faces away from the dielectric insulation layer ; at least one contact element that is mechanically and electrically connected to the first metallization layer , wherein each of the contact elements extends from the first metallization layer in a vertical direction (y) perpendicular to the first surface , characteriszed in that each contact element comprises a first electrically conducting part , a second electrically conducting part , and an electrically insulating layer arranged between the first part and the second part , thereby interconnecting the first part and the second part and preventing an electrical connection between the first part and the second part , each contact element has a first length (l 1 ) in the vertical direction (y) that is large as compared to its dimensions (b n , w n ) in a first and second horizontal direction (x, z) perpendicular to the vertical direction (y); and the electrically insulating layer of a contact element extends between the respective first part and second part in the vertical direction (y).