mhurhangee/ep-ind-claims huggingface dataset:
A system (100, 200) comprising: a sensor configured to detect a touch when an object contacts a touch surface; at least one actuator (118, 218, 222) coupled to the touch surface, the actuator configured to receive a haptic signal and output a haptic effect; and, a processor in communication with the actuator and sensor, the processor configured to: determine a position of the touch based on data received from the sensor, select a haptic effect based at least in part on the determined position, the haptic effect selected to simulate the presence of a feature in the touch surface at or near the determined position, and, transmit a haptic signal to generate the selected haptic effect using the actuator, characterised in that: the processor is further configured to: determine a predicted position of the touch using the current and past position of the touch; identify the feature by comparing the predicted position of the touch to the position of the feature; and access data associated with the selected haptic effect associated with the identified feature. a sensor configured to detect a touch when an object contacts a touch surface; at least one actuator (118, 218, 222) coupled to the touch surface, the actuator configured to receive a haptic signal and output a haptic effect; and, a processor in communication with the actuator and sensor, the processor configured to: determine a position of the touch based on data received from the sensor, select a haptic effect based at least in part on the determined position, the haptic effect selected to simulate the presence of a feature in the touch surface at or near the determined position, and, transmit a haptic signal to generate the selected haptic effect using the actuator, determine a position of the touch based on data received from the sensor, select a haptic effect based at least in part on the determined position, the haptic effect selected to simulate the presence of a feature in the touch surface at or near the determined position, and, transmit a haptic signal to generate the selected haptic effect using the actuator, characterised in that: the processor is further configured to: determine a predicted position of the touch using the current and past position of the touch; identify the feature by comparing the predicted position of the touch to the position of the feature; and access data associated with the selected haptic effect associated with the identified feature. determine a predicted position of the touch using the current and past position of the touch; identify the feature by comparing the predicted position of the touch to the position of the feature; and access data associated with the selected haptic effect associated with the identified feature.
A surgical stay (10, 100) comprising: an elastomeric elongated member (16, 108) having a first closed end and a second end (25, 120), wherein a portion of a length of the elongated member comprising the first end comprises a solid cross-section; and a tissue retention member (12, 26, 106) coupled to and directly contacting the first end of the elastomeric elongated member, the tissue retention member comprising an anchor portion (28, 28A-28D, 110, 112) and a tissue engaging portion (26, 114), wherein the anchor portion connects directly into the first end such that the anchor portion extends into and is secured within the solid cross-section of the elastomeric elongated member, and wherein the tissue engaging portion extends outwardly from the first end, characterised in that another portion of the length of the elongated member comprises a hollow cross-section. an elastomeric elongated member (16, 108) having a first closed end and a second end (25, 120), wherein a portion of a length of the elongated member comprising the first end comprises a solid cross-section; and a tissue retention member (12, 26, 106) coupled to and directly contacting the first end of the elastomeric elongated member, the tissue retention member comprising an anchor portion (28, 28A-28D, 110, 112) and a tissue engaging portion (26, 114), wherein the anchor portion connects directly into the first end such that the anchor portion extends into and is secured within the solid cross-section of the elastomeric elongated member, and wherein the tissue engaging portion extends outwardly from the first end,
A coupler for coupling a cross-talk tube of a vehicle seat with a shaft of a dual recliner assembly, the coupler comprising: a generally cylindrical body extending axially between an inboard end and an outboard end; the inboard end including an inboard aperture having an inboard planar surface (46, 48); and the outboard end including an outboard aperture having an outboard planar surface (50, 52); wherein the inboard planar surface (46, 48) and the outboard planar surface (50, 52) transition from an axially offset position to an axially aligned position when the coupler is installed with the cross-talk tube and the shaft of the dual recliner assembly. a generally cylindrical body extending axially between an inboard end and an outboard end; the inboard end including an inboard aperture having an inboard planar surface (46, 48); and the outboard end including an outboard aperture having an outboard planar surface (50, 52); wherein the inboard planar surface (46, 48) and the outboard planar surface (50, 52) transition from an axially offset position to an axially aligned position when the coupler is installed with the cross-talk tube and the shaft of the dual recliner assembly.
A key cylinder device, comprising: a rotor resiliently mounting tumblers that are aligned by insertion of a mechanical key; a rotor case rotatably housing the rotor that is inserted in a direction opposite to an insertion direction of the mechanical key; and a cylindrical sleeve arranged around an outer peripheral surface of the rotor and fixed to an inner surface of the rotor case, wherein the sleeve comprises a hole that allows the tumblers to be disengaged when the mechanical key is inserted and to be engaged when the mechanical key is extracted, and wherein a front end face of the sleeve comes into contact with an annular stepped portion formed on the inner peripheral surface of the rotor case and located on the rear side of a flange portion of the rotor case. a rotor resiliently mounting tumblers that are aligned by insertion of a mechanical key; a rotor case rotatably housing the rotor that is inserted in a direction opposite to an insertion direction of the mechanical key; and a cylindrical sleeve arranged around an outer peripheral surface of the rotor and fixed to an inner surface of the rotor case, wherein the sleeve comprises a hole that allows the tumblers to be disengaged when the mechanical key is inserted and to be engaged when the mechanical key is extracted, and wherein a front end face of the sleeve comes into contact with an annular stepped portion formed on the inner peripheral surface of the rotor case and located on the rear side of a flange portion of the rotor case.
A method comprising: receiving a first audio signal and a second audio signal; determining a first cross-correlation between the first audio signal and the second audio signal based on waveforms of the first audio signal and the second audio signal; determining first attacks of the first audio signal and second attacks of the second audio signal, wherein determining the first attacks and the second attacks comprises determining a first envelope of the first audio signal and a second envelope of the second audio signals, determining the first attacks as positive parts of the derivative of the first envelope, and determining the second attacks as positive parts of the derivative of the second envelope; determining a second cross-correlation between the first attacks and the second attacks; temporally aligning the first audio signal and the second audio signal based on the first and second cross-correlations; and providing the aligned first audio signal and second audio signal to a consuming device, where the method is performed by one or more computer processors. receiving a first audio signal and a second audio signal; determining a first cross-correlation between the first audio signal and the second audio signal based on waveforms of the first audio signal and the second audio signal; determining first attacks of the first audio signal and second attacks of the second audio signal, wherein determining the first attacks and the second attacks comprises determining a first envelope of the first audio signal and a second envelope of the second audio signals, determining the first attacks as positive parts of the derivative of the first envelope, and determining the second attacks as positive parts of the derivative of the second envelope; determining a second cross-correlation between the first attacks and the second attacks; temporally aligning the first audio signal and the second audio signal based on the first and second cross-correlations; and providing the aligned first audio signal and second audio signal to a consuming device, where the method is performed by one or more computer processors.
Method for cleaning water from a tank, in particular fish tank, within a closed aquaculture facility, in which: a) the water removed from the tank is pre-cleaned by a first mechanical filter, b) the pre-cleaned water is fed to an aerobic biofilter, which has packings which microorganisms can colonize, the latter forming a biofilm, c) water is removed from the biofilter and is fed to a second mechanical filter, in which the biofilm is filtered out, d) that portion of the water cleaned of the biofilm is fed from the second mechanical filter back into the tank, e) the biofilm from step d) is fed with a portion of the water to a denitrification reactor, which has no packings, in order for the water to be denitrified and, by way of the changing redox potential, for pathogens and parasites present in the biofilm to be killed, f) at least a first portion of denitrified water is fed from the denitrification reactor back into the tank, g) the sludge accumulating in the first mechanical filter during the cleaning of the water is discharged from the circuit, h) the first portion of denitrified water, before being fed to the tank, is conducted from the denitrification reactor directly into the second mechanical filter and cleaned there, and i) a second portion of denitrified water is fed from the denitrification reactor to the first mechanical filter. a) the water removed from the tank is pre-cleaned by a first mechanical filter, b) the pre-cleaned water is fed to an aerobic biofilter, which has packings which microorganisms can colonize, the latter forming a biofilm, c) water is removed from the biofilter and is fed to a second mechanical filter, in which the biofilm is filtered out, d) that portion of the water cleaned of the biofilm is fed from the second mechanical filter back into the tank, e) the biofilm from step d) is fed with a portion of the water to a denitrification reactor, which has no packings, in order for the water to be denitrified and, by way of the changing redox potential, for pathogens and parasites present in the biofilm to be killed, f) at least a first portion of denitrified water is fed from the denitrification reactor back into the tank, g) the sludge accumulating in the first mechanical filter during the cleaning of the water is discharged from the circuit, h) the first portion of denitrified water, before being fed to the tank, is conducted from the denitrification reactor directly into the second mechanical filter and cleaned there, and i) a second portion of denitrified water is fed from the denitrification reactor to the first mechanical filter.
A compacting device for a machine for winding a fiber texture on an impregnation mandrel, the device comprising a frame having mounted thereon a compacting roller for bearing against the outside surface of an impregnation mandrel of a winding machine, and two compacting wheels, each designed to bear against a corner formed between the outside surface and a side plate of the impregnation mandrel, characterized in that the compaction device further comprises means for applying vibration to the compacting roller and wheels, and in that each compacting wheel is mounted on a wheel support having a first portion forming a clamp suitable for sliding on a stationary longitudinal rod of the frame so as to enable the compacting wheels to be adjusted in position relative to the frame in a longitudinal direction, and a second portion forming a slider mounted on the first portion and suitable for sliding relative thereto in a radial direction so as to enable the positions of the compacting wheels to be adjusted relative to the frame in said radial direction.
A set of separate devices for use in treating mitral valve regurgitation, the set comprising: a plurality of separate tissue shaping devices having different lengths each device comprising an anchor (34,36) comprising wires twisted together and having an unexpanded configuration and an expanded configuration, the anchors (34,36) having different diameters when in their expanded configurations, each of the separate tissue shaping devices being configured to be deliverable to a coronary sinus of a patient within a catheter having an outer diameter no greater than ten french; wherein extra twists (442 or 464) are at an apex of a figure-8 pattern formed by the anchor. a plurality of separate tissue shaping devices having different lengths each device comprising an anchor (34,36) comprising wires twisted together and having an unexpanded configuration and an expanded configuration, the anchors (34,36) having different diameters when in their expanded configurations, each of the separate tissue shaping devices being configured to be deliverable to a coronary sinus of a patient within a catheter having an outer diameter no greater than ten french; wherein extra twists (442 or 464) are at an apex of a figure-8 pattern formed by the anchor.
An cork plank automatic ejection module, comprising a frame that comprises a cork plank inlet and a first cork plank outlet through which said planks are ejected out of the module, characterized in that it further comprises a cork plank extracting member able to be displaced along two overlapping planes (PI, P2), wherein a first plane defines an advance direction of the extracting member for ejection of a cork plank, through the first cork plank outlet, and a second plane disposed above first plane defines a rearward direction of the extracting member.
Vacuum pump for vehicle motors, comprising: - a stator; - a chamber defined within said stator; - at least one vane rotatably mounted inside said chamber and which can be operated to generate a depression; wherein said stator comprises: - at least one air inlet opening; - at least one oil inlet opening; - a first discharge opening; - a first one-way valve operating on said first discharge opening; - at least one second discharge opening separate from said first discharge opening; - at least one second one-way valve operating on said at least one second discharge opening; wherein said at least one second discharge opening is dimensioned to discharge the corresponding oil flow rate introduced into said chamber at each rotation of said vane; characterised in that said at least one second discharge opening has a size such that it is completely occupied by the oil flow rate discharged at each rotation of said vane. - a stator; - a chamber defined within said stator; - at least one vane rotatably mounted inside said chamber and which can be operated to generate a depression; - at least one air inlet opening; - at least one oil inlet opening; - a first discharge opening; - a first one-way valve operating on said first discharge opening; - at least one second discharge opening separate from said first discharge opening; - at least one second one-way valve operating on said at least one second discharge opening;
Induction coil assembly adapted for an electric induction hob of a household or industrial type appliance, comprising several induction coils with at least one of ovoid and coiled ovoid windings of continuously varying curvature, and wherein a coil density varies within the winding plane characterized in that the center points of at least two of the induction coils are spaced apart.
An ophthalmic formulation for use in the treatment of dry eye syndrome, such use comprising topically administering the formulation, wherein the formulation comprises a polyoxyl lipid or fatty acid and a polyalkoxylated alcohol, wherein said formulation comprises mixed nanomicelles, wherein said formulation does not include organic solvents, and wherein said formulation does not include an active agent. wherein said formulation comprises mixed nanomicelles, wherein said formulation does not include organic solvents, and wherein said formulation does not include an active agent.
An induction heating monitoring apparatus comprising: a data collection circuit configured to collect induction heating data from a sensor, the data being associated with an induction heating operation performed using an induction heating power supply, the data collection circuit comprising a sensor interface configured to receive data from a sensor, and a sensor digitizer which digitizes the data; and a communication circuit comprising a transmitter circuit configured to transmit the digitized data to the induction heating power supply via one or more first conductors of a cable assembly; the induction heating monitoring apparatus being characterised in that the one or more first conductors are electrically isolated from one or more second conductors (112a, 112b) configured to carry induction heating power, the one or more first conductors and the one or more second conductors (112a, 112b) contained within an outer jacket of the cable assembly; and in that the induction heating monitoring apparatus further comprises first terminations configured to be coupled to the second one or more conductors (112a, 112b) and second terminations coupled to the first terminations to be coupled to at least one of an induction heating extension cable or an induction heating blanket. a data collection circuit configured to collect induction heating data from a sensor, the data being associated with an induction heating operation performed using an induction heating power supply, the data collection circuit comprising a sensor interface configured to receive data from a sensor, and a sensor digitizer which digitizes the data; and a communication circuit comprising a transmitter circuit configured to transmit the digitized data to the induction heating power supply via one or more first conductors of a cable assembly; the induction heating monitoring apparatus being characterised in that the one or more first conductors are electrically isolated from one or more second conductors (112a, 112b) configured to carry induction heating power, the one or more first conductors and the one or more second conductors (112a, 112b) contained within an outer jacket of the cable assembly; and in that the induction heating monitoring apparatus further comprises first terminations configured to be coupled to the second one or more conductors (112a, 112b) and second terminations coupled to the first terminations to be coupled to at least one of an induction heating extension cable or an induction heating blanket.
Security element for a secure document, comprising: - a support that is at least partially transparent, - a first security structure, borne by the support and defining at least one first pattern that is visible in transmitted light, - a second security structure (14, 15), borne by the support and at least partially superposed on the first structure, comprising a semi-transparent masking layer and a non-diffusing and semi-transparent pattern layer, externally covering the masking layer and defining, by contrast therewith, at least one second pattern, characterized in that the second pattern is visible only in reflection on the side of the pattern layer, and in that: - the masking layer is diffusing and comprises a pigment filler, the masking layer comprising a mixture of at least two nanometric fillers of different refractive indices, or - the masking layer is metallic of small thickness and/or woven metallic. - a support that is at least partially transparent, - a first security structure, borne by the support and defining at least one first pattern that is visible in transmitted light, - a second security structure (14, 15), borne by the support and at least partially superposed on the first structure, comprising a semi-transparent masking layer and a non-diffusing and semi-transparent pattern layer, externally covering the masking layer and defining, by contrast therewith, at least one second pattern, characterized in that the second pattern is visible only in reflection on the side of the pattern layer, and in that: - the masking layer is diffusing and comprises a pigment filler, the masking layer comprising a mixture of at least two nanometric fillers of different refractive indices, or - the masking layer is metallic of small thickness and/or woven metallic.
A method of authentication and secure communication establishment between a first server and a device over a communication system, comprising: a second server performing a first authentication process with the device including a device authentication using a set of device credentials and a subscriber authentication using at least one subscriber credential, a secure tunnel being established with the device based on the device authentication and being used to perform the subscriber authentication, the first authentication process including creation of a set of at least one authentication evidence at the device and the second server, wherein the first server performs a second authentication process and a secure tunnel establishment protocol with the device, the set of at least one authentication evidence created during the first authentication process being used as a factor in the second authentication process, and wherein the set of at least one authentication evidence is provided by the second server to the first server through a communication exchange on at least one of the conditions of the first server requesting for authentication evidence when needed and the second server proactively providing the at least one authentication evidence. a second server performing a first authentication process with the device including a device authentication using a set of device credentials and a subscriber authentication using at least one subscriber credential, a secure tunnel being established with the device based on the device authentication and being used to perform the subscriber authentication, the first authentication process including creation of a set of at least one authentication evidence at the device and the second server, wherein the first server performs a second authentication process and a secure tunnel establishment protocol with the device, the set of at least one authentication evidence created during the first authentication process being used as a factor in the second authentication process, and wherein the set of at least one authentication evidence is provided by the second server to the first server through a communication exchange on at least one of the conditions of the first server requesting for authentication evidence when needed and the second server proactively providing the at least one authentication evidence.