mhurhangee/ep-ind-claims huggingface dataset:
A method for generating a blurred image, comprising: determining, according to preview image data acquired via two rear cameras of a dual-camera device, first depth-of-field information for a foreground region and second depth-of-field information for a background region in a current preview image, wherein the two rear cameras face the same direction and are arranged along a horizontal direction or along a vertical direction; acquiring a basic value of a blurring degree according to the first depth-of-field information and the second depth-of-field information; and performing (S103; S307) Gaussian blur process on the background region according to the basic value of the blurring degree to generate the blurred image; wherein acquiring the basic value of the blurring degree according to the first depth-of-field information and the second depth-of-field information comprises: acquiring a first average value for the first depth-of-field information and a second average value for the second depth-of-field information; and calculating a ratio of the first average value and the second average value to acquire the basic value of the blurring degree. determining, according to preview image data acquired via two rear cameras of a dual-camera device, first depth-of-field information for a foreground region and second depth-of-field information for a background region in a current preview image, wherein the two rear cameras face the same direction and are arranged along a horizontal direction or along a vertical direction; acquiring a basic value of a blurring degree according to the first depth-of-field information and the second depth-of-field information; and performing (S103; S307) Gaussian blur process on the background region according to the basic value of the blurring degree to generate the blurred image; wherein acquiring the basic value of the blurring degree according to the first depth-of-field information and the second depth-of-field information comprises: acquiring a first average value for the first depth-of-field information and a second average value for the second depth-of-field information; and calculating a ratio of the first average value and the second average value to acquire the basic value of the blurring degree. acquiring a first average value for the first depth-of-field information and a second average value for the second depth-of-field information; and calculating a ratio of the first average value and the second average value to acquire the basic value of the blurring degree.
An injection system comprising: a fluid control member; and a reciprocating member; wherein the fluid control member is configured to form a carbon composite-to-metal seal with the reciprocating member in response to application of a compressive force; characterized by the carbon composite comprising at least two carbon microstructures; and a binding phase disposed between the at least two carbon microstructures, the carbon microstructures having an aspect ratio of about 10 to about 500 and a thickness of about 1 to about 200 microns, the binding phase comprising a binder, the binder containing one or more of the following: SiO 2; Si; B; B 2 O 3; a binder metal; or an alloy of the binder metal, and the binder metal comprising one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium. a fluid control member; and a reciprocating member; wherein the fluid control member is configured to form a carbon composite-to-metal seal with the reciprocating member in response to application of a compressive force; characterized by the carbon composite comprising at least two carbon microstructures; and a binding phase disposed between the at least two carbon microstructures, the carbon microstructures having an aspect ratio of about 10 to about 500 and a thickness of about 1 to about 200 microns, the binding phase comprising a binder, the binder containing one or more of the following: SiO 2; Si; B; B 2 O 3; a binder metal; or an alloy of the binder metal, and the binder metal comprising one or more of the following: aluminum; copper; titanium; nickel; tungsten; chromium; iron; manganese; zirconium; hafnium; vanadium; niobium; molybdenum; tin; bismuth; antimony; lead; cadmium; or selenium.
Motor vehicle with at least two carriages (2, 3), which are joined to each other by an open gangway connection and each of which is fitted with an air conditioning system (2.1, 3.1), wherein a detection device is provided that detects a failure of a climate control function of one of the air conditioning systems (3.1) and signals it to a provided control device, characterized in that the control device is designed such that it, upon signalling of a failure of a climate control function of an air conditioning system (3.1) by the detection device, actuates an outflow air device (3.3) of the carriage affected by the failure of the air conditioning system (3.1) such that the outflow air volumetric flow thereof is increased, actuates an outflow air device (2.3) of the carriage adjacent to the affected carriage such that the outflow air volumetric flow thereof is reduced, and actuates the air conditioning system (2.1) of the adjacent carriage such that a fresh air component of the conditioned inflow air is increased.
A User Equipment, UE, for a communication system in which resources can be dynamically allocated at each transmission time interval on a downlink control channel, the UE comprising: a receiver configured to receive control information, wherein the control information includes information configured to indicate a Modulation and Coding Scheme, MCS; and a processor configured to activate persistent scheduling in a case where the information configured to indicate the MCS includes a specific bit pattern. a receiver configured to receive control information, wherein the control information includes information configured to indicate a Modulation and Coding Scheme, MCS; and a processor configured to activate persistent scheduling in a case where the information configured to indicate the MCS includes a specific bit pattern.
A piston ring for an internal combustion engine including a piston ring base material coated with an aluminum cohesion resistant film, wherein the aluminum cohesion resistant film consists of only ceramics coated on at least one of an upper side face or a lower side face of the piston ring base material, wherein the Vickers hardness HV of the aluminum cohesion resistant film is 500 to 2800, the arithmetic average roughness Ra (μm) of the surface of the aluminum cohesion resistant film is no more than 0.3 μm, the thickness h (μm) of the aluminum cohesion resistant film is 0.1 μm to 20 μm, the ceramics forming the aluminum cohesion resistant film is composed of at least one selected from a group including alumina, titania, yttria, zirconia, silica, magnesia, chromia, silicon carbide, chromium carbide, aluminum nitride, titanium nitride, silicon nitride, and chromium nitride, and the Vickers hardness HV of the aluminum cohesion resistant film and an arithmetic average roughness Ra (μm) of a surface of the aluminum cohesion resistant film satisfy the following formula: Ra < − 8.7 × 10 − 5 HV + 0.39 the Vickers hardness HV of the aluminum cohesion resistant film is 500 to 2800, the arithmetic average roughness Ra (μm) of the surface of the aluminum cohesion resistant film is no more than 0.3 μm, the thickness h (μm) of the aluminum cohesion resistant film is 0.1 μm to 20 μm, the ceramics forming the aluminum cohesion resistant film is composed of at least one selected from a group including alumina, titania, yttria, zirconia, silica, magnesia, chromia, silicon carbide, chromium carbide, aluminum nitride, titanium nitride, silicon nitride, and chromium nitride, and the Vickers hardness HV of the aluminum cohesion resistant film and an arithmetic average roughness Ra (μm) of a surface of the aluminum cohesion resistant film satisfy the following formula: Ra < − 8.7 × 10 − 5 HV + 0.39
A method of suppressing a kitchen fire, the method comprising: detecting a fire and identifying a location of the fire on a range top with a tracking system; aiming a nozzle at the location, wherein the aiming includes moving the nozzle laterally, and wherein the lateral movement includes moving the nozzle along a track (248A, 248B, 252A, 252B) within a hood of the range top; and releasing agent through the nozzle at the location. detecting a fire and identifying a location of the fire on a range top with a tracking system; aiming a nozzle at the location, wherein the aiming includes moving the nozzle laterally, and wherein the lateral movement includes moving the nozzle along a track (248A, 248B, 252A, 252B) within a hood of the range top; and releasing agent through the nozzle at the location.
A drain structure of an electrical connection box including a hollow drain portion in which a communication hole continuous with a water discharging hole of the electric connection box and a drain port for draining off water from said communication hole to outside are formed, characterized by: a splash-proof lid in the inside of the electrical connection box, the waterproof lid comprising: a lid portion and a pair of engaging leg portions which are provided on said lid portion; wherein the lid portion is located inside the electrical connection box, is substantially board-shaped, and is configured to cover an upper part of the water discharge hole and wherein said pair of engaging leg portions are engaged in a lower peripheral part of said communication hole of said drain portion, and are provided in a lower part of said lid portion, wherein an upper surface of said lid portion is positioned under a wire harness in said electrical connection box and has upper surface formed to downwardly incline toward outside such that the contact area with the wire harness is enlarged and stress to the wire harness is relieved. a splash-proof lid in the inside of the electrical connection box, the waterproof lid comprising: a lid portion and a pair of engaging leg portions which are provided on said lid portion; wherein the lid portion is located inside the electrical connection box, is substantially board-shaped, and is configured to cover an upper part of the water discharge hole and wherein said pair of engaging leg portions are engaged in a lower peripheral part of said communication hole of said drain portion, and are provided in a lower part of said lid portion, wherein an upper surface of said lid portion is positioned under a wire harness in said electrical connection box and has upper surface formed to downwardly incline toward outside such that the contact area with the wire harness is enlarged and stress to the wire harness is relieved. a lid portion and a pair of engaging leg portions which are provided on said lid portion; wherein the lid portion is located inside the electrical connection box, is substantially board-shaped, and is configured to cover an upper part of the water discharge hole and wherein said pair of engaging leg portions are engaged in a lower peripheral part of said communication hole of said drain portion, and are provided in a lower part of said lid portion, wherein an upper surface of said lid portion is positioned under a wire harness in said electrical connection box and has upper surface formed to downwardly incline toward outside such that the contact area with the wire harness is enlarged and stress to the wire harness is relieved.
An injectable composition comprising a carbohydrate for use in treating an injured tendon in an animal or human, wherein said composition comprises an effective amount of carbohydrate to increase tendon hydration and lubrication at the osteotendinous junction, wherein said composition is administered via intra-osteotendinous injection, and wherein said carbohydrate comprises hyaluronic acid, or an ester, acylurea, acyl isourea, disulfide, or amide thereof.
A cutting tool comprising: a cutting insert comprising a female thread and a cutting tool body comprising a pocket configured for securing a cutting insert and in which the cutting insert is seated; the cutting tool body further comprises: a machining end and a tool peripheral surface extending therefrom; a through, non-threaded tool coupling bore opening out to a tool peripheral surface; a coupling screw having a coupling screw thread and being located in the tool coupling bore and is configured to secure the cutting insert to the pocket; the tool peripheral surface comprises the pocket; the pocket comprises an outwardly facing pocket base surface and first and second support walls (38, 40) which extend from the pocket base surface; the cutting insert comprises opposite insert base surfaces and an insert peripheral surface which extends therebetween; characterised in that the cutting tool body further comprises a holding member which engages the coupling screw thread at least when the coupling screw is not in contact with the cutting insert; and the holding member is configured to prevent the coupling screw from falling out of the tool coupling bore, and prevent it from moving away from a driving tool during turning. a cutting insert comprising a female thread and a cutting tool body comprising a pocket configured for securing a cutting insert and in which the cutting insert is seated; the cutting tool body further comprises: a machining end and a tool peripheral surface extending therefrom; a through, non-threaded tool coupling bore opening out to a tool peripheral surface; a coupling screw having a coupling screw thread and being located in the tool coupling bore and is configured to secure the cutting insert to the pocket; a machining end and a tool peripheral surface extending therefrom; a through, non-threaded tool coupling bore opening out to a tool peripheral surface; a coupling screw having a coupling screw thread and being located in the tool coupling bore and is configured to secure the cutting insert to the pocket; the tool peripheral surface comprises the pocket; the pocket comprises an outwardly facing pocket base surface and first and second support walls (38, 40) which extend from the pocket base surface; the cutting insert comprises opposite insert base surfaces and an insert peripheral surface which extends therebetween; characterised in that the cutting tool body further comprises a holding member which engages the coupling screw thread at least when the coupling screw is not in contact with the cutting insert; and the holding member is configured to prevent the coupling screw from falling out of the tool coupling bore, and prevent it from moving away from a driving tool during turning.
Apparatus for recording the amount of medicament ejected from an injection device, the apparatus comprising: a processor coupled to receive information from a sensor arrangement (214, 216); and a memory, wherein: the sensor arrangement is configured to detect information displayed or generated by said injection device and to generate output corresponding thereto, and the sensor arrangement is configured to detect ejection of medicament from said injection device, characterised in that: the processor is configured to process the output generated by the sensor arrangement relating to information displayed or generated by said injection device and to record in the memory information indicative of an amount of medicament ejected from said injection device only when the processor determines, on the basis of information received from the sensor arrangement relating to detecting ejection of medicament from said injection device that more than a predetermined amount of medicament has been ejected. a processor coupled to receive information from a sensor arrangement (214, 216); and a memory, wherein: the sensor arrangement is configured to detect information displayed or generated by said injection device and to generate output corresponding thereto, and the sensor arrangement is configured to detect ejection of medicament from said injection device, characterised in that: the processor is configured to process the output generated by the sensor arrangement relating to information displayed or generated by said injection device and to record in the memory information indicative of an amount of medicament ejected from said injection device only when the processor determines, on the basis of information received from the sensor arrangement relating to detecting ejection of medicament from said injection device that more than a predetermined amount of medicament has been ejected. the sensor arrangement is configured to detect information displayed or generated by said injection device and to generate output corresponding thereto, and the sensor arrangement is configured to detect ejection of medicament from said injection device, characterised in that: the processor is configured to process the output generated by the sensor arrangement relating to information displayed or generated by said injection device and to record in the memory information indicative of an amount of medicament ejected from said injection device only when the processor determines, on the basis of information received from the sensor arrangement relating to detecting ejection of medicament from said injection device that more than a predetermined amount of medicament has been ejected.
A graft fixation device, comprising: an elongate radially expandable sheath having first, second, and third sidewalls (20, 22, 24) extending between proximal and distal ends, the three sidewalls being attached to one another at a proximal attachment point and a distal attachment point, and being separated from one another by three longitudinal cut-outs (26, 28, 30) extending between the proximal and distal attachment points; and an expander disposable within the expandable sheath and adapted to radially expand the sheath such that the proximal attachment points break to separate the sidewalls at the proximal end of the sheath, wherein the first and second sidewalls (20, 22) have a substantially concave outer surface adapted to seat a graft member, and characterised in that the third sidewall has a substantially convex outer surface adapted to engage a bone tunnel, and wherein the first and second sidewalls each include one or more surface features formed on the outer surface of the first and second sidewalls that are angled towards the proximal or distal end of the sheath and angled in an opposite direction to surface features formed on the outer surface of the third sidewall. an elongate radially expandable sheath having first, second, and third sidewalls (20, 22, 24) extending between proximal and distal ends, the three sidewalls being attached to one another at a proximal attachment point and a distal attachment point, and being separated from one another by three longitudinal cut-outs (26, 28, 30) extending between the proximal and distal attachment points; and an expander disposable within the expandable sheath and adapted to radially expand the sheath such that the proximal attachment points break to separate the sidewalls at the proximal end of the sheath, wherein the first and second sidewalls (20, 22) have a substantially concave outer surface adapted to seat a graft member, and characterised in that the third sidewall has a substantially convex outer surface adapted to engage a bone tunnel, and wherein the first and second sidewalls each include one or more surface features formed on the outer surface of the first and second sidewalls that are angled towards the proximal or distal end of the sheath and angled in an opposite direction to surface features formed on the outer surface of the third sidewall.
Device for determining the mass of at least one particle in suspension or in solution in a fluid, comprising: - a first device for the nebulization of the fluid, to obtain a flux comprising at least said at least one particle, - a second device (6, 22, 40, 44) for the guidance and the focusing of the flux, the second device comprising an inlet (24, 38) to receive the flux, and an outlet (10, 42), and - a third device for determining the mass of said at least one particle by a frequency measurement, the third device comprising at least one gravimetric detector, arranged opposite the outlet of the second device, to receive said at least one particle, - a zone at a given pressure, containing the first device, and - at least one vacuum enclosure, or first enclosure, provided to be at a first pressure, below the pressure of said zone, the first enclosure communicating with the zone and containing at least one part of the second device, the device being characterized in that the second device comprises an aerodynamic lens (6, 40, 44) arranged in the first enclosure. - a first device for the nebulization of the fluid, to obtain a flux comprising at least said at least one particle, - a second device (6, 22, 40, 44) for the guidance and the focusing of the flux, the second device comprising an inlet (24, 38) to receive the flux, and an outlet (10, 42), and - a third device for determining the mass of said at least one particle by a frequency measurement, the third device comprising at least one gravimetric detector, arranged opposite the outlet of the second device, to receive said at least one particle, - a zone at a given pressure, containing the first device, and - at least one vacuum enclosure, or first enclosure, provided to be at a first pressure, below the pressure of said zone, the first enclosure communicating with the zone and containing at least one part of the second device,
A method for bonding a pellicle for lithography to a stencil, said pellicle comprising a frame having two annular faces, a membrane bonded to one annular face of the frame via an adhesive and an agglutinant layer laid on the other annular face of the frame; said method comprising steps of: contacting the frame with the stencil via said agglutinant layer, and warming said agglutinant layer under a predetermined load pressure equivalent to a load pressure obtained by applying a predetermined bonding load of 100 N or lower to a pellicle frame having external dimensions of 149 mm × 115 mm × 3.5 mm and a width of 2 mm.
A system for moisturizing an eye during ocular surgery, the system comprising: a fluid nozzle; a nozzle mounting device adapted to hold the fluid nozzle stable relative to a patient's eye; a fluid reservoir coupled to the fluid nozzle; a fluid control device adapted to regulate fluid flow from the fluid reservoir to the nozzle for eye moisturizing; and an activation device comprising a computer operable to determine when to activate and deactivate the fluid control device; characterized in that the system further comprises an optical sensor operable to recognize a dryness level of the cornea, wherein the activation device is operable to deactivate the fluid control device when an appropriate amount of moisturizing and cleaning to the eye has been provided; and wherein the system is operable to determine whether to deactivate the fluid control device based on a signal of the sensor that recognizes the dryness level of the cornea. a fluid nozzle; a nozzle mounting device adapted to hold the fluid nozzle stable relative to a patient's eye; a fluid reservoir coupled to the fluid nozzle; a fluid control device adapted to regulate fluid flow from the fluid reservoir to the nozzle for eye moisturizing; and an activation device comprising a computer operable to determine when to activate and deactivate the fluid control device; characterized in that the system further comprises an optical sensor operable to recognize a dryness level of the cornea, wherein the activation device is operable to deactivate the fluid control device when an appropriate amount of moisturizing and cleaning to the eye has been provided; and wherein the system is operable to determine whether to deactivate the fluid control device based on a signal of the sensor that recognizes the dryness level of the cornea.