mhurhangee/ep-ind-claims huggingface dataset:
An apparatus configured for tracking eye movement, comprising: an imaging sensor (420; 510) configured for capturing and recording images of an eye of a user when the user, during an eye calibration procedure, stares at a gaze point and without losing eye focus on the gaze point, performs a sequence of head motions by turning the head of the user; a spatial orientation sensor (310; 410; 520), coupled to the imaging sensor such that the imaging sensor has a fixed position and a fixed orientation relative to the spatial orientation sensor, and wherein, in use, the relative position and orientation between the imaging sensor and spatial orientation sensor and the user's head does not change during a tracking session, the spatial orientation sensor being configured for: generating outputs during the sequence of head motions, wherein each of the outputs corresponds to one of the images of the eye; and a computing device comprising a processor and a memory communicatively coupled with the processor, wherein the processor is configured for: determining a position relationship between an eyeball center of the eye and the imaging sensor based on: the images of the eye captured and recorded when the user stares at the gaze point and, without losing eye focus on the gaze point, performs the sequence of head motions, the outputs of the spatial orientation sensor generated during the sequence of head motions, and the fixed orientation of the imaging sensor relative to the spatial orientation sensor. an imaging sensor (420; 510) configured for capturing and recording images of an eye of a user when the user, during an eye calibration procedure, stares at a gaze point and without losing eye focus on the gaze point, performs a sequence of head motions by turning the head of the user; a spatial orientation sensor (310; 410; 520), coupled to the imaging sensor such that the imaging sensor has a fixed position and a fixed orientation relative to the spatial orientation sensor, and wherein, in use, the relative position and orientation between the imaging sensor and spatial orientation sensor and the user's head does not change during a tracking session, the spatial orientation sensor being configured for: generating outputs during the sequence of head motions, wherein each of the outputs corresponds to one of the images of the eye; and a computing device comprising a processor and a memory communicatively coupled with the processor, wherein the processor is configured for: determining a position relationship between an eyeball center of the eye and the imaging sensor based on: the images of the eye captured and recorded when the user stares at the gaze point and, without losing eye focus on the gaze point, performs the sequence of head motions, the outputs of the spatial orientation sensor generated during the sequence of head motions, and the fixed orientation of the imaging sensor relative to the spatial orientation sensor.
An apparatus for determining a location of a surface of an internal organ of a body, the apparatus comprising: a marker support having proximal and distal ends, an axis, a collapsed state and a deployed state, the marker support comprising: at least three flexible filaments, which in the collapsed state lie within a relatively small radial distance from the axis of the marker support, and which upon deployment, each filament forms a loop, the loops each configured to abut a surface of an internal body tissue at an abutment region of each filament, at least three tissue markers, each tissue marker located at an abutment region of a filament characterized in that, the loops are configured, upon moving the proximal and distal ends closer to each other, to then rotate from a radial position to a position in which a vector that extends radially from the axis and intersects the abutment region is substantially normal to a plane in which the abutment region lies. a marker support having proximal and distal ends, an axis, a collapsed state and a deployed state, the marker support comprising: at least three flexible filaments, which in the collapsed state lie within a relatively small radial distance from the axis of the marker support, and which upon deployment, each filament forms a loop, the loops each configured to abut a surface of an internal body tissue at an abutment region of each filament, at least three tissue markers, each tissue marker located at an abutment region of a filament characterized in that, the loops are configured, upon moving the proximal and distal ends closer to each other, to then rotate from a radial position to a position in which a vector that extends radially from the axis and intersects the abutment region is substantially normal to a plane in which the abutment region lies. at least three flexible filaments, which in the collapsed state lie within a relatively small radial distance from the axis of the marker support, and which upon deployment, each filament forms a loop, the loops each configured to abut a surface of an internal body tissue at an abutment region of each filament, at least three tissue markers, each tissue marker located at an abutment region of a filament characterized in that, the loops are configured, upon moving the proximal and distal ends closer to each other, to then rotate from a radial position to a position in which a vector that extends radially from the axis and intersects the abutment region is substantially normal to a plane in which the abutment region lies.
A device disposed in the roof area of two vehicle parts with a jointed connection for limiting the roll and/or pitch motion of the vehicle sections relative to each other, wherein the device comprises at least two brackets (10, 20), wherein respectively at least one bracket (10, 20) is disposed in the roof area of a vehicle part, wherein the at least two brackets (10, 20) are connected to each other by a coupling arm, characterized in that at least one of the brackets (10, 20) is designed in the manner of a leaf spring.
A material comprising a transparent substrate coated with a stack of thin layers comprising a silver-based functional metal layer and two dielectric coatings, each dielectric coating comprising at least one dielectric layer, so that the functional metal layer is positioned between two dielectric coatings, characterized in that a lower dielectric coating located below a silver-based functional layer comprises: - a high-index layer based on metal oxide, exhibiting a refractive index of greater than 2.3 and a thickness of greater than 5 nm, - an antidiffusion layer based on silicon and/or on aluminum chosen from an oxide, a nitride and an oxynitride layer, located above the high-index layer, exhibiting a thickness of between 1 and 10 nm, - a high-index layer exhibiting a thickness lower than 5 nm located above the antidiffusion layer and below the silver-based functional layer, - at least one oxide-based layer located above the antidiffusion layer and exhibiting a different composition from the antidiffusion layer. - a high-index layer based on metal oxide, exhibiting a refractive index of greater than 2.3 and a thickness of greater than 5 nm, - an antidiffusion layer based on silicon and/or on aluminum chosen from an oxide, a nitride and an oxynitride layer, located above the high-index layer, exhibiting a thickness of between 1 and 10 nm, - a high-index layer exhibiting a thickness lower than 5 nm located above the antidiffusion layer and below the silver-based functional layer, - at least one oxide-based layer located above the antidiffusion layer and exhibiting a different composition from the antidiffusion layer.
A method of manufacturing a light emitting device comprising: providing a plurality of LED dice, each having electrical contacts on one surface, providing a removable film, and placing said electrical contacts of the plurality of LED dice on a surface of the removable film, adding a frame comprising a plurality of reflective structures with openings for the LED dice to the removable film, the frame comprising the reflective structures being situated on the removable film so as to reflect light from one or more of the LED dice in an intended light output direction, adding an encapsulant within the reflective structures so as to affix the reflective structures to the corresponding one or more of the LED dice, removing the film thereby exposing the electrical contacts of the LED dice, and singulating the frame comprising the plurality of reflective structures to provide a light emitting device comprising the one or more LED dice affixed within the openings that extend through the reflective structures. providing a plurality of LED dice, each having electrical contacts on one surface, providing a removable film, and placing said electrical contacts of the plurality of LED dice on a surface of the removable film, adding a frame comprising a plurality of reflective structures with openings for the LED dice to the removable film, the frame comprising the reflective structures being situated on the removable film so as to reflect light from one or more of the LED dice in an intended light output direction, adding an encapsulant within the reflective structures so as to affix the reflective structures to the corresponding one or more of the LED dice, removing the film thereby exposing the electrical contacts of the LED dice, and singulating the frame comprising the plurality of reflective structures to provide a light emitting device comprising the one or more LED dice affixed within the openings that extend through the reflective structures.
Chuck jaw for a chuck, which chuck jaw comprises a backing chuck jaw part as well as a clamping chuck jaw part, said backing chuck jaw part having a first central axis and a contact surface perpendicular to said first central axis, which backing chuck jaw part is arranged to engage with the clamping chuck jaw part in turn having a second central axis, in which engagement the backing chuck jaw part contact surface is arranged in contact with a corresponding clamping chuck jaw part contact surface, being perpendicular to the said second central axis, so as to together form the chuck jaw, characterised in that the backing chuck jaw part is manufactured from a harder metal material than a metal material from which the clamping chuck jaw part is manufactured, in that a cross-section of the backing chuck jaw part along said first central axis comprises a convex structure, in that a cross-section of the clamping chuck jaw part along said second central axis comprises a corresponding concave structure, and in that the convex structure is arranged to engage with the concave structure so that the said concave structure is permanently deformed as a result of an engagement between said convex and said concave structures resulting from the backing and clamping chuck jaw parts first being arranged in a contacting orientation, in which the first and second central axes, respectively, are aligned with each other and the respective contact surfaces (123;113) are facing each other, and thereafter being pressed together into an engagement orientation, in which contact is established between said contact surfaces (123;113).
A method for processing a carbon nanostructure, comprising the steps of: preparing a carbon nanostructure; and exposing said carbon nanostructure to an energy beam while vibrating said carbon nanostructure, wherein the step of exposing said carbon nanostructure to said energy beam is performed with said carbon nanostructure ultrasonically vibrated. preparing a carbon nanostructure; and exposing said carbon nanostructure to an energy beam while vibrating said carbon nanostructure, wherein the step of exposing said carbon nanostructure to said energy beam is performed with said carbon nanostructure ultrasonically vibrated.
Method for producing plastic containers, wherein the plastic preforms are heated by means of a heating apparatus and then are expanded in a blow moulding apparatus to form the plastic containers, and wherein different regions (10a, 10b) of the preform in the longitudinal direction of the container are heated differently, characterised in that during the heating of the preform, one region (10a, 10b) of the preform is shielded from the heating by a shielding device and the size of at least one region to be heated (10a, 10b) changes in the longitudinal direction of the preform during the heating in the heating apparatus by changing the position of the shielding device relative to the preform during the heating of the preform in the heating apparatus.
A bio-acoustic information system for analyzing and improving a health status of a person, comprising: a control module configured to collect a first set of bio-acoustic frequency information from a voice sample generated by the person; a frequency processing module coupled to the control module, wherein the frequency processing module is configured to receive the first set of bio-acoustic frequency information and extrapolate a first set of significant frequencies from a first set of bio-acoustic frequency information, and further wherein the significant frequencies appear more than five times in at least 80% of a contiguous portion of the bio-acoustic frequency information; a frequency analysis module coupled to the frequency processing module, wherein the frequency analysis module is configure to receive the first set of significant frequencies, derive a first set of correlations based on the first set of significant frequencies, and use a portion of the derived first set of correlations to develop a first protocol that implements a first frequency at a corresponding first duration; and a frequency implementer coupled to the frequency analysis module, wherein the frequency implementer is configured to implement at least a portion of the first protocol at the person utilizing at least one of an audio speaker, a light source, a vibrational motor, and a SCALAR wave device. a control module configured to collect a first set of bio-acoustic frequency information from a voice sample generated by the person; a frequency processing module coupled to the control module, wherein the frequency processing module is configured to receive the first set of bio-acoustic frequency information and extrapolate a first set of significant frequencies from a first set of bio-acoustic frequency information, and further wherein the significant frequencies appear more than five times in at least 80% of a contiguous portion of the bio-acoustic frequency information; a frequency analysis module coupled to the frequency processing module, wherein the frequency analysis module is configure to receive the first set of significant frequencies, derive a first set of correlations based on the first set of significant frequencies, and use a portion of the derived first set of correlations to develop a first protocol that implements a first frequency at a corresponding first duration; and a frequency implementer coupled to the frequency analysis module, wherein the frequency implementer is configured to implement at least a portion of the first protocol at the person utilizing at least one of an audio speaker, a light source, a vibrational motor, and a SCALAR wave device.
Annular gap scrubber with a longitudinal axis, - having a flow channel defined at least by a confusor, a diffusor and an annular gap body, wherein the annular gap body with at least the diffusor, and optionally also with the confusor, forms an annular gap of the flow channel, and - having nozzles for injecting scrubbing liquid into the flow channel, wherein at least several, particularly preferably all of these nozzles open into the annular gap and the nozzles opening into the annular gap for injecting scrubbing liquid are arranged in at least two, preferably in four, successive planes viewed from the confusor toward the diffusor along the longitudinal axis of the annular gap scrubber, characterised in that the nozzles of planes lying in succession in the direction of the longitudinal axis of the flow channel are arranged offset with respect to one another on the perimeter of the annular gap. - having a flow channel defined at least by a confusor, a diffusor and an annular gap body, wherein the annular gap body with at least the diffusor, and optionally also with the confusor, forms an annular gap of the flow channel, and - having nozzles for injecting scrubbing liquid into the flow channel,
A method of wireless communication of a user equipment with a base station, comprising: communicating on a first channel with the base station; tuning to a second channel in accordance with a pre-agreed hop pattern indicating times and channels concurrently with the base station tuning to at least one of the second or a third channel; measuring interference on the second channel; re-tuning to the first channel; determining a channel quality based on the interference; and reporting the channel quality to the base station to enable channel selection. communicating on a first channel with the base station; tuning to a second channel in accordance with a pre-agreed hop pattern indicating times and channels concurrently with the base station tuning to at least one of the second or a third channel; measuring interference on the second channel; re-tuning to the first channel; determining a channel quality based on the interference; and reporting the channel quality to the base station to enable channel selection.
A floating photovoltaic power plant comprising a pliable mat, the mat being fixed to an endless, elongated floatation element which surrounds the mat, characterised in that the mat is arranged on a surface of a body of water and in contact therewith, the mat having a plurality of photovoltaic modules fixed thereon and being surrounded by the floatation element such that the mat is located inside the floatation element.
A method for manufacturing a high-strength galvanized steel sheet having crashworthiness and excellent uniformity of mechanical characteristics in a coil formed thereof, comprising: hot rolling a steel having a composition comprising, on a mass percent basis, C: more than 0.060% and 0.13% or less, Si: 0.01% or more and 0.7% or less, Mn: 1.0% or more and 3.0% or less, P: 0.005% or more and 0.100% or less, S: 0.010% or less, sol.Al: 0.005% or more and 0.100% or less, N: 0.0100% or less, Nb: 0.005% or more and 0.10% or less, Ti: 0.03% or more and 0.15% or less, optionally V: 0.10% or less, optionally one or two of Mo and Cr: 0.50% or less in total, optionally one or two of Cu: 0.30% or less and Ni: 0.30% or less, optionally one or two of Sn: 0.2% or less and Sb: 0.2% or less, optionally Ta: 0.005% or more and 0.1% or less, and the balance being Fe and incidental impurities, satisfying the following formula, Nb / 93 + Ti * / 48 / C / 12 > 0.08 wherein Ti* = Ti - (48/14)N - (48/32)S, and C, Nb, Ti, N, and S denote the corresponding content (mass%) of the steel, followed by cold rolling and annealing, wherein the hot rolling reduction in a final pass in finish rolling is 10% or more, and the hot rolling reduction in a pass before the final pass is 15% or more, and the average heating rate of annealing is less than 3°C/s from 700°C to 800°C and the annealing temperature is 800°C to 900°C, and the average cooling rate from the annealing temperature is 3°C/s to 15°C/s, and the average cooling rate after galvanizing is 5°C/s to 100°C/s, or the average cooling rate after alloying after galvanizing is 5°C/s to 100°C/s.
A frequency hopping communication recovering method, comprising: communicating a first device and a second device within a plurality of frequency channels respectively in a plurality of time slots to perform a frequency hopping communication; in a communication recovery operation, configuring the first device to be operated and locked within a recovery frequency channel in the plurality of frequency channels; and characterized by: in the communication recovery operation, configuring the second device to scan within the plurality of frequency channels respectively in a plurality of recovery time slots, wherein the plurality of time slots (TR1-TRs) have a first length, and the plurality of recovery time slots have a second length shorter than the first length. communicating a first device and a second device within a plurality of frequency channels respectively in a plurality of time slots to perform a frequency hopping communication; in a communication recovery operation, configuring the first device to be operated and locked within a recovery frequency channel in the plurality of frequency channels; and characterized by: in the communication recovery operation, configuring the second device to scan within the plurality of frequency channels respectively in a plurality of recovery time slots, wherein the plurality of time slots (TR1-TRs) have a first length, and the plurality of recovery time slots have a second length shorter than the first length.
A packaging and a device for manual rolling of cigarettes containing smoker's articles like cigarette sheets, cigarette filters, filter sheets, matches, lighters, tobacco and the like as well as an article that may as well be used as an advertising material is characterized in that a base side is divided with folding lines into two smaller sides with a narrow band therebetween; that the intermediate band is terminated at both sides each time with two triangular parts, which provides for creating a handy table for rolling cigarettes; that the narrow band is foldably divided in a way that the external parts are embraced by triangular folded corners of smaller sides; that while the device is in use, the packaging is opened and put onto a support in a way that small sides are lifted upwards, that the triangular sides on both sides of the narrow band are then pushed upwards to create bulges; that the two bulges each from its side stop the narrow side and prevent the content from falling from the support.
Assembly system for preventing displacement and for covering cut-out sections of upper parts and electric installation devices in cable guide channels, consisting of - a clamp with a base body, lateral holding strips for latching onto a channel lower part and lateral clamping arms for fastening a panel, - a panel with a cover plate and lateral locking ribs arranged opposing, which cooperate with the clamping arms of the base body of the clamp, wherein at least two slots spaced apart from one another in parallel are formed on the base body to receive the locking ribs in two different locking positions, which are separated from one another by support ribs, characterised in that an outwardly pointing notch is formed on the lower end of the locking ribs of the panel and a locking profile, which can be latched in the notch, is formed on the lower side of the clamping arm of the clamp, in that the locking ribs of the panel are arranged offset on the lower side of the cover plate, so a larger overhang is produced on the end face on the one side and a smaller overhang is produced on the opposing side and characterised in that the lateral clamping arms of the clamp are resilient. - a clamp with a base body, lateral holding strips for latching onto a channel lower part and lateral clamping arms for fastening a panel, - a panel with a cover plate and lateral locking ribs arranged opposing, which cooperate with the clamping arms of the base body of the clamp,
Casting mould for metal processing, obtainable from moulding material mixtures comprising at least one refractory moulding base material and a binder based on water glass which is cured at elevated temperature by means of a condensation reaction, the casting mould being at least partially coated with a sizing composition comprising salts of the metals magnesium and/or manganese in a concentration, optionally in combination, of greater than 1 % by weight, based on the sizing composition, a carrier fluid comprising or consisting of water, and refractory materials. salts of the metals magnesium and/or manganese in a concentration, optionally in combination, of greater than 1 % by weight, based on the sizing composition, a carrier fluid comprising or consisting of water, and refractory materials.