mhurhangee/ep-ind-claims huggingface dataset:
A vehicle driving support device, comprising: a control start determination part configured to determine to start a control when a lateral position of a vehicle in a lane width direction reaches a control start position being a predetermined lateral position in the lane width direction, and a vehicle controller configured to control the vehicle by applying a yaw moment toward the center of a vehicle traveling lane to the vehicle when the control start determination part makes the determination of control start, wherein the vehicle driving support device is characterized by further comprising a control suppression part configured to, when the lateral position of the vehicle in the lane width direction moves from a position outside the control start position in the lane width direction to a position approaching the vehicle traveling lane inside the control start position in the lane width direction, suppress the determination of control start of applying the yaw moment to the vehicle for a predetermined period after the lateral position of the vehicle in the lane width direction moves to the position approaching the vehicle traveling lane, compared to a period before the movement to the position approaching the vehicle traveling lane. a control start determination part configured to determine to start a control when a lateral position of a vehicle in a lane width direction reaches a control start position being a predetermined lateral position in the lane width direction, and a vehicle controller configured to control the vehicle by applying a yaw moment toward the center of a vehicle traveling lane to the vehicle when the control start determination part makes the determination of control start, wherein the vehicle driving support device is characterized by further comprising a control suppression part configured to, when the lateral position of the vehicle in the lane width direction moves from a position outside the control start position in the lane width direction to a position approaching the vehicle traveling lane inside the control start position in the lane width direction, suppress the determination of control start of applying the yaw moment to the vehicle for a predetermined period after the lateral position of the vehicle in the lane width direction moves to the position approaching the vehicle traveling lane, compared to a period before the movement to the position approaching the vehicle traveling lane.
An analyser for detecting a desired characteristic in a rock cutting sample, the analyser including first and second sensing annular coils (12,14; 212,214), and an exciting annular coil (16;216) which surround at least part of a pathway for a particulate sample, the exciting annular coil (16;216) being positioned between the first and second sensing coils (12,14; 212,214), a signal generator which is configured to supply an exciting signal to the exciting coil (16;216) which thereby establishes an electromagnetic field in at least part of the pathway, a receiver which is configured to detect a first signal in the first sensing coil (14;214) and a second signal in the second sensing coil (16;216) which are produced by passage of the sample on the pathway, characterised in that a processor is configured to produce an output signal which is dependent on a differential between the first and second signals, in which output signal interference signals are substantially eliminated, and which output signal is representative of the magnetic susceptibility of the sample.
A damping device applicable to a hinge comprising a first component being a hinge arm and a second component pivoted to the first component, the damping device comprising: a damper arrangeable on the first component and comprising a first movable member and a second movable member longitudinally movable relative to each other, the first movable member having a first abutting part and a second abutting part, the first abutting part and the second abutting part being located at different longitudinal positions on the first movable member; and a blocking member arrangeable the first component and movable relative to the damper, the blocking member being configured to abut against one of the first abutting part and the second abutting part of the first movable member; and an adjusting member configured to adjust the blocking member to transversely move relative to the damper, in order to change a relative position between the blocking member and the damper; characterized in that the blocking member has an opening, and the adjusting member comprises a first fastening member and a second fastening member respectively having a first hook part and a second hook part and penetrating through the opening via predetermined hole (27a, 27b) on the first component to be fastened to each other by the first hook part and the second hook part, the first fastening member and the second fastening member are respectively located at two sides of the blocking member, and extended out of the first component of the hinge in order to facilitate operation of pushing the blocking member to move. a damper arrangeable on the first component and comprising a first movable member and a second movable member longitudinally movable relative to each other, the first movable member having a first abutting part and a second abutting part, the first abutting part and the second abutting part being located at different longitudinal positions on the first movable member; and a blocking member arrangeable the first component and movable relative to the damper, the blocking member being configured to abut against one of the first abutting part and the second abutting part of the first movable member; and an adjusting member configured to adjust the blocking member to transversely move relative to the damper, in order to change a relative position between the blocking member and the damper; characterized in that the blocking member has an opening, and the adjusting member comprises a first fastening member and a second fastening member respectively having a first hook part and a second hook part and penetrating through the opening via predetermined hole (27a, 27b) on the first component to be fastened to each other by the first hook part and the second hook part, the first fastening member and the second fastening member are respectively located at two sides of the blocking member, and extended out of the first component of the hinge in order to facilitate operation of pushing the blocking member to move.
Variable-delivery pump device comprising, on the one hand, a pump body defining, alone or in collaboration with a support body, a circulation chamber with at least one inlet and at least one outlet, on the other hand an impeller or similar rotary member fixed to a drive shaft mounted with the ability to rotate in the pump body at a receiving housing, this impeller being of substantially cylindrical or discoid overall shape and arranged in the circulation chamber and, finally, a shutter element, able to move in translation in the direction of the longitudinal axis of the shaft of the impeller in the chamber and covering, adjustably, according to its axial position, at least part of the exterior periphery of the impeller, or not, a cam element, driven in rotation by an actuator and collaborating kinematically with said shutter element for the translational movement thereof, also being present inside the pump body, in which pump device the shutter element and the cam element have cylindrical walls (8' and 9') and in which the cam element has, on the external face (9") of its wall, at least one helical guideway on which there circulates at least one corresponding follower element of the shutter element, these elements (8 and 9) thus, by collaboration, forming a mechanism for converting a rotary movement of the cam element about the longitudinal axis into a translational movement of the shutter element along this axis, which pump device is characterized in that the shutter element and the cam element are arranged concentrically about the receiving housing forming part of the pump body and receiving the shaft of the impeller, in that the rotary cam element is situated inside the sliding shutter element, in that the follower element at least present is secured to the internal face (8") of the wall of the shutter element, and in that the cam element and the shutter element by collaboration form a telescopic tubular assembly of which the longitudinal axis coincides with that of the shaft of the impeller. in which pump device the shutter element and the cam element have cylindrical walls (8' and 9') and in which the cam element has, on the external face (9") of its wall, at least one helical guideway on which there circulates at least one corresponding follower element of the shutter element, these elements (8 and 9) thus, by collaboration, forming a mechanism for converting a rotary movement of the cam element about the longitudinal axis into a translational movement of the shutter element along this axis, which pump device is characterized in that the shutter element and the cam element are arranged concentrically about the receiving housing forming part of the pump body and receiving the shaft of the impeller, in that the rotary cam element is situated inside the sliding shutter element, in that the follower element at least present is secured to the internal face (8") of the wall of the shutter element, and in that the cam element and the shutter element by collaboration form a telescopic tubular assembly of which the longitudinal axis coincides with that of the shaft of the impeller.
A door barricade-device, comprising: a movable stop-device, the stop-device including a pivotable cam and an arm extending from the cam; and a spring mechanically linked to the stop-device and biasing the stop-device to a barricade-position, in which the arm prevents a door from opening; wherein the cam and spring are arranged to require not more than three pounds of force applied to the free-end of the arm in order to move the stop-device to a position in which the spring will then move the stop-device to the barricade-position; wherein a free-end of the arm moves away from a floor adjacent to the door when the stop-device moves toward the barricade-position from a reserve-position, in which the arm does not prevent the door from opening; and further comprising a bracket overlapping the arm when the stop-device is in the barricade-position, but not overlapping the arm when the stop-device is in the reserve-position; wherein when the stop-device is in the barricade-position, the arm does not span the width of the door. a movable stop-device, the stop-device including a pivotable cam and an arm extending from the cam; and a spring mechanically linked to the stop-device and biasing the stop-device to a barricade-position, in which the arm prevents a door from opening; wherein the cam and spring are arranged to require not more than three pounds of force applied to the free-end of the arm in order to move the stop-device to a position in which the spring will then move the stop-device to the barricade-position; wherein a free-end of the arm moves away from a floor adjacent to the door when the stop-device moves toward the barricade-position from a reserve-position, in which the arm does not prevent the door from opening; and further comprising a bracket overlapping the arm when the stop-device is in the barricade-position, but not overlapping the arm when the stop-device is in the reserve-position; wherein when the stop-device is in the barricade-position, the arm does not span the width of the door.
A cryopreservation liquid for bovine sperms, in which bovine sperms are suspend and frozen, the liquid comprising: 0.3 to 0.9 w/w% of an amphoteric polyelectrolyte (antifreeze polyamino acid) comprising a unit represented by formula below and a unit represented by formula below wherein percentage of the unit represented by the formula is 50 to 99 mol%; and 2 to 4 w/w% of glycerol. 0.3 to 0.9 w/w% of an amphoteric polyelectrolyte (antifreeze polyamino acid) comprising a unit represented by formula below and a unit represented by formula below wherein percentage of the unit represented by the formula is 50 to 99 mol%; and 2 to 4 w/w% of glycerol.
A method for authenticating a user for access to a service provider network: receiving, at a network node on a customer premises different from a service provider premises, password data that indicates a password value secretly shared with an Authentication, Authorization and Accounting, AAA process executing on a first network node on the service provider premises; receiving, from a challenging process executing on a second network node, a Dynamic Host Configuration Protocol, DHCP, formatted challenge message that includes a current challenge value that can not be predicted by knowledge of any previous challenge value; in response to receiving the challenge message, determining a response value based on the password value and the challenge value using a secure process that renders impractical an attempt to derive the password value from the challenge value and the response value; sending to the challenging process a DHCP formatted response message that includes the response value, wherein the DHCP formatted response message includes authentication method data that indicates a method for determining the response value based on the password value and the challenge value; and receiving, from a DHCP server executing on a third network node, a DHCP offer message that includes configuration data that indicates configuration information sufficient for accessing the service provider network, only if the response value is determined to be correct; wherein at least one of the challenge message and the response message is formatted according to a DHCP message format using a unique value for a DHCP message type option. receiving, at a network node on a customer premises different from a service provider premises, password data that indicates a password value secretly shared with an Authentication, Authorization and Accounting, AAA process executing on a first network node on the service provider premises; receiving, from a challenging process executing on a second network node, a Dynamic Host Configuration Protocol, DHCP, formatted challenge message that includes a current challenge value that can not be predicted by knowledge of any previous challenge value; in response to receiving the challenge message, determining a response value based on the password value and the challenge value using a secure process that renders impractical an attempt to derive the password value from the challenge value and the response value; sending to the challenging process a DHCP formatted response message that includes the response value, wherein the DHCP formatted response message includes authentication method data that indicates a method for determining the response value based on the password value and the challenge value; and receiving, from a DHCP server executing on a third network node, a DHCP offer message that includes configuration data that indicates configuration information sufficient for accessing the service provider network, only if the response value is determined to be correct; wherein at least one of the challenge message and the response message is formatted according to a DHCP message format using a unique value for a DHCP message type option.
Device for placement and injection of an autologous or biological graft into an intersomatic space Es previously arranged between two upper and lower vertebrae Va, Vb of a spinal segment in order to achieve an intersomatic fusion by totally percutaneous transpedicular approach, consisting of at least two straight pedicular cannulas (2a, 3a; 2h, 3b) arranged respectively either on the upper vertebra Va, or on the lower vertebra Vb or on both vertebrae Va, Vb of the spinal segment, at least one guide pin with curved profile which is implanted in the endplate Pi, Ps of the corresponding vertebra Va, Vb through the corresponding pedicular cannula of a flexible cannulated drill bit, characterized in that the drill bit is guided around the corresponding guide pin and driven in to-and-fro movements by a cannulated driving system, in such a way as to progressively, and in a controlled manner, nibble out windows F in said lower endplate Pi and upper endplate Ps of each vertebra Va, Vb and to shred the nucleic tissues of an intervertebral disc D in order to produce the intersomatic space Es, an injection device connected to one of the straight pedicular cannulas (2a, 3a; 2b, 3b) in order to inject the graft into the intersomatic space Es thus produced; and plugs screwing into the holes left free after the removal of said straight pedicular cannulas.
A component incorporating a 3-D identification code, comprising: a component body having an interior bounded by an exterior surface; and an identification code formed as a part of the interior, the identification code including a plurality of cells arranged in a three-dimensional space within the interior, wherein each of the cells is configured to encode more than two possible values; a plurality of additional cells, each additional cell configured as a datum positioned at a far corner, i.e. a distal corner, of the identification code, wherein the datums identify a size, position, and orientation of the identification code; wherein wherein each of the plurality of cells encodes more than two possible values by way of a position of the each of the plurality of cells along at least one axis of the three-dimensional space; wherein the cells are identifiable by one or more position-independent properties. a component body having an interior bounded by an exterior surface; and an identification code formed as a part of the interior, the identification code including a plurality of cells arranged in a three-dimensional space within the interior, wherein each of the cells is configured to encode more than two possible values; a plurality of additional cells, each additional cell configured as a datum positioned at a far corner, i.e. a distal corner, of the identification code, wherein the datums identify a size, position, and orientation of the identification code; wherein wherein each of the plurality of cells encodes more than two possible values by way of a position of the each of the plurality of cells along at least one axis of the three-dimensional space; wherein the cells are identifiable by one or more position-independent properties.
A computer implemented method comprising: transmitting presentation data from a server system to a presentation device for display, wherein the presentation data has pre-established content in the form of a slideshow for presentation by the presentation device; receiving, at the server system with one or more processors, a plurality of presentation interactions, the presentation interactions including at least one control interaction from a control device associated with a presenter and at least one social interaction from a client device, the control interactions including control interactions instructing the presentation device to change to a next slide; the server system storing each received presentation interaction in an interaction queue of the server system; the server system also determining and storing for said social interaction, location data representing the location of the client device from which the social interaction was sent; the server transmitting said control interactions from the interaction queue of the server system to the presentation device, for replaying each control interaction thereby to change the content currently presented by the presentation device, including changing to a next slide of the slideshow in response to a control interaction instructing a change to a next slide; and the server processing each social interaction in a manner dependent on the location associated with the client device from which the social interaction was received. transmitting presentation data from a server system to a presentation device for display, wherein the presentation data has pre-established content in the form of a slideshow for presentation by the presentation device; receiving, at the server system with one or more processors, a plurality of presentation interactions, the presentation interactions including at least one control interaction from a control device associated with a presenter and at least one social interaction from a client device, the control interactions including control interactions instructing the presentation device to change to a next slide; the server system storing each received presentation interaction in an interaction queue of the server system; the server system also determining and storing for said social interaction, location data representing the location of the client device from which the social interaction was sent; the server transmitting said control interactions from the interaction queue of the server system to the presentation device, for replaying each control interaction thereby to change the content currently presented by the presentation device, including changing to a next slide of the slideshow in response to a control interaction instructing a change to a next slide; and the server processing each social interaction in a manner dependent on the location associated with the client device from which the social interaction was received.
A system for inhibiting side channel attacks, comprising: a first resource having electronic components and a known or suspected leakage point; a memory, configured to contain an initial cleaning instruction for changing data residing at the leakage point of the first resource after first data passes through the leakage point, the initial cleaning instruction having been generated upon automatically identifying that sensitive first and second data have at least a substantial chance of consecutively following one another through the leakage point; a tracker, configured to track the path of the first and second data within the system and, upon receipt of an indication that the second data may consecutively follow the first data through the leakage point with no intervening cleaning instruction, redirect the initial cleaning instruction or generate a dynamic cleaning instruction so that a cleaning operation is initiated after the first data passes through the leakage point; and a processor, in communication with the tracker, configured to execute the redirected initial cleaning instruction or the dynamic cleaning instruction. a first resource having electronic components and a known or suspected leakage point; a memory, configured to contain an initial cleaning instruction for changing data residing at the leakage point of the first resource after first data passes through the leakage point, the initial cleaning instruction having been generated upon automatically identifying that sensitive first and second data have at least a substantial chance of consecutively following one another through the leakage point; a tracker, configured to track the path of the first and second data within the system and, upon receipt of an indication that the second data may consecutively follow the first data through the leakage point with no intervening cleaning instruction, redirect the initial cleaning instruction or generate a dynamic cleaning instruction so that a cleaning operation is initiated after the first data passes through the leakage point; and a processor, in communication with the tracker, configured to execute the redirected initial cleaning instruction or the dynamic cleaning instruction.