mhurhangee/ep-ind-claims huggingface dataset:
An image processing apparatus for restoring a texture component of an input image comprising: an input unit configured to receive an input image; a memory storing information on at least one random patch; and at least one processor configured to: obtain a plurality of random patches based on the information on the at least one random patch and weights, and obtain an output image by applying, to a pixel block included in the input image, the plurality of random patches to which the weights are respectively applied, wherein the weights are obtained based on correlations between the pixel block and each of the plurality of random patches. an input unit configured to receive an input image; a memory storing information on at least one random patch; and at least one processor configured to: obtain a plurality of random patches based on the information on the at least one random patch and weights, and obtain an output image by applying, to a pixel block included in the input image, the plurality of random patches to which the weights are respectively applied, wherein the weights are obtained based on correlations between the pixel block and each of the plurality of random patches. obtain a plurality of random patches based on the information on the at least one random patch and weights, and obtain an output image by applying, to a pixel block included in the input image, the plurality of random patches to which the weights are respectively applied, wherein the weights are obtained based on correlations between the pixel block and each of the plurality of random patches.
A method of operating a mobile terminal having an output unit including a receiver and a speaker, a first touch screen (151, 151a) and a second touch screen (133, 151b), the first and second touch screens being movable relative to each other, the method comprising: receiving a call in an open status of the first and second touch screens, wherein the open status indicates that an angle between the first touch screen and the second touch screen is more than 0° and less than 360°; connecting (S103A, S108) the received call when the status of the first and second touch screens is changed from the open status to a closed status while receiving the call, wherein the closed status indicates that the angle between the first touch screen and the second touch screen is 0° or 360°; locking the first and second touch screens and outputting a voice signal through the receiver when the call is connected and the closed status is maintained; and changing the output unit from the receiver to the speaker and output the voice signal through the speaker, when the status of the first and second touch screens is changed from the closed status to the open status. receiving a call in an open status of the first and second touch screens, wherein the open status indicates that an angle between the first touch screen and the second touch screen is more than 0° and less than 360°; connecting (S103A, S108) the received call when the status of the first and second touch screens is changed from the open status to a closed status while receiving the call, wherein the closed status indicates that the angle between the first touch screen and the second touch screen is 0° or 360°; locking the first and second touch screens and outputting a voice signal through the receiver when the call is connected and the closed status is maintained; and changing the output unit from the receiver to the speaker and output the voice signal through the speaker, when the status of the first and second touch screens is changed from the closed status to the open status.
An optical glass comprising, in terms of mol% based on oxides: SiO 2: 9.0% to 11.0%; B 2 O 3: 22.0% to 24.0%; La 2 O 3: 18.0% to 20.0%; and TiO 2: 30.0% to 31.0%. SiO 2: 9.0% to 11.0%; B 2 O 3: 22.0% to 24.0%; La 2 O 3: 18.0% to 20.0%; and TiO 2: 30.0% to 31.0%.
An apparatus for a polymer material grinding and reclaiming, the apparatus comprising a stator and a rotor in near face-to-face relationship with each other forming an operating zone for rubber grinding and reclaiming therebetween, wherein said stator having a substantially flat smooth face surface and said rotor having a concave face surface with a depth (b1, b2) gradually decreased from a center to a periphery thereof and further comprising at least one curved protrusion (30, 30', 30"), characterized in that said at least one curved protrusion (30, 30', 30") having a radius of curvature (R1, R2) gradually increased from the center to the periphery of the rotor.
Lock of a hunting or sports weapon having at least one lever-like or button-like safety device (10, 44, 60, 85) on a pistol grip which, seen in firing direction, is arranged behind the trigger and on actuation of which at least one element of the safety device (10, 44, 60, 85) can be deactivated in order to facilitate firing of a shot and in its non-actuated rest position, at least one element of the weapon is guarded against unintentional firing of a shot, wherein the safety device (10, 44, 60, 85) is configured as a thumb-ball press and is arranged on the inner side of the pistol grip lying next to the trigger and can be actuated using the thumb-ball of the shooting hand, characterised in that the thumb-ball press is configured as a manual cocking device cocking and uncocking the firing pin spring, on actuation of which manual cocking device the firing pin spring can be cocked and on lack of actuation is uncocked.
A method of using a binary logic circuit to interpolate between two endpoint values E 0 and E 1 using a weighting index i for generating an interpolated result P, the values E 0 and E 1 being formed from Adaptive Scalable Texture Compression (ASTC) low-dynamic range colour endpoint values C 0 and C 1 respectively, the method comprising: performing at an interpolation unit of the binary logic circuit an interpolation between the colour endpoint values C 0 and C 1 using the weighting index i to generate a first intermediate interpolated result C 2; receiving at combinational logic circuitry of the binary logic circuit the interpolated result C 2, and performing one or more logical processing operations to calculate the interpolated result P according to the equation P = └(( C 2 ≪ 8) + C 2 + 32)/64┘ when the interpolated result is not to be compatible with an sRGB colour space, and according to the equation P = └(( C 2 ≪ 8) + 128.64 + 32)/64┘when the interpolated result is to be compatible with an sRGB colour space. performing at an interpolation unit of the binary logic circuit an interpolation between the colour endpoint values C 0 and C 1 using the weighting index i to generate a first intermediate interpolated result C 2; receiving at combinational logic circuitry of the binary logic circuit the interpolated result C 2, and performing one or more logical processing operations to calculate the interpolated result P according to the equation P = └(( C 2 ≪ 8) + C 2 + 32)/64┘ when the interpolated result is not to be compatible with an sRGB colour space, and according to the equation P = └(( C 2 ≪ 8) + 128.64 + 32)/64┘when the interpolated result is to be compatible with an sRGB colour space.
A reinforcement device for the purpose of reinforcing a main load-bearing covering panel, comprising at least two profiled beams extending in a beam longitudinal direction and in each case having a profile cross-section and at least three side surfaces (13a, 13b, 13c) extending in the beam longitudinal direction, which in each case subtend a side surface angle (14a, 14b, 14c) between each pair of side surfaces (13a, 13b, 13c), wherein at least two adjacently located side surfaces (13a, 13b) are arranged relative to one another such that the side surface angle subtended by them is formed as an acute angle, and wherein the two profiled beams are arranged relative to one another such that two side surfaces of each profiled beam are located facing one another, which in each case have at least one arm of an acute side surface angle, characterized in that the reinforcement device comprises at least one ensheathment for each profiled beam, which in at least one or a plurality of sections has one or a plurality of fibres or rovings (30 b), which rotate along the side surfaces (13a, 13b, 13c) and around the latter in the peripheral direction of the respective profiled beam.
A compound having formula, or a pharmaceutically acceptable salt, or a stereoisomer thereof: wherein: W' is H; W is independently selected from: -O-CH 2 CH (CH 2 OH), -NH-(CH 2) 3-4 -OH, -NH-(CH 2) 1-2 -CH(CH 3)OH, -NH-(CH 2) 1-2 -C(CH 3) 2 OH, -O-(CH 2) 1-2 -(pyrazolyl), -NH-(CH 2) 1-2 -(pyrazolyl), -NH-(CH 2) 1-2 -(pyrimidinyl), -NH-(CH 2) 1-2 -(pyridazinyl), -NH-(CH 2) 1-2 -CF 2 (pyridyl), and R 3 is independently and R 4 is independently H or F. W' is H; W is independently selected from: -O-CH 2 CH (CH 2 OH), -NH-(CH 2) 3-4 -OH, -NH-(CH 2) 1-2 -CH(CH 3)OH, -NH-(CH 2) 1-2 -C(CH 3) 2 OH, -O-(CH 2) 1-2 -(pyrazolyl), -NH-(CH 2) 1-2 -(pyrazolyl), -NH-(CH 2) 1-2 -(pyrimidinyl), -NH-(CH 2) 1-2 -(pyridazinyl), -NH-(CH 2) 1-2 -CF 2 (pyridyl), and R 3 is independently and R 4 is independently H or F.
A refrigerator, comprising: - a main body that defines a storage space; - a door configured to open or close at least a portion of the storage space; - a dispenser located in the door and configured to dispense water or ice; - an ice making device located above the dispenser and configured to make ice, wherein the dispenser includes: - a cavity defined by an upper surface, a side surface, a rear surface and a bottom surface; - a water chute formed at the upper surface of the cavity; - an ice chute formed at the upper surface of the cavity; - a container tray pivotably coupled to the rear surface of the cavity, the container tray including: - a rear surface on which a container is placed when the container tray is horizontally pivoted; and - a front surface opposite to the rear surface; - a hinge provided at a lower side surface of the container tray, the container tray configured to be pivoted with respect to the hinge, wherein a tray seat part is formed in the rear surface of the cavity such that the container tray is seated in, characterized in that, when the container tray is seated in the tray seat part, the front surface of the container tray and the rear surface of the cavity is configured to be coplanar. - a main body that defines a storage space; - a door configured to open or close at least a portion of the storage space; - a dispenser located in the door and configured to dispense water or ice; - an ice making device located above the dispenser and configured to make ice, - a cavity defined by an upper surface, a side surface, a rear surface and a bottom surface; - a water chute formed at the upper surface of the cavity; - an ice chute formed at the upper surface of the cavity; - a container tray pivotably coupled to the rear surface of the cavity, the container tray including: - a rear surface on which a container is placed when the container tray is horizontally pivoted; and - a front surface opposite to the rear surface; - a rear surface on which a container is placed when the container tray is horizontally pivoted; and - a front surface opposite to the rear surface; - a hinge provided at a lower side surface of the container tray, the container tray configured to be pivoted with respect to the hinge,
Method for optical detection of the position of flat printed products (10, 10a, 10b), wherein the printed products (10, 10a, 10b) are transported by translucent conveyor means (2, 2a) along a conveying section between at least one contrast lighting source and at least one optical sensor, characterized in that a first side of the printed products (10, 10a, 10b) is illuminated with homogenized contrast lighting by the contrast lighting source in such manner that a shadowgraph (14, 14a, 14b, 14c, 14d, 14f) is created of each printed product, which is captured by the optical sensor.
A handle device for a surgical tool, comprising: a handle body formed with a tool insertion hole for inserting the surgical tool therein; a grip member detachably installed in the handle body; and a marker member installed in the handle body, wherein the handle body comprises a tool insertion portion in which the surgical tool is inserted in position; and a grip insertion portion formed with a plurality of grip coupling holes, in which the grip member is insertable, along a circumference of the tool insertion portion, wherein the grip member comprises a grip to be gripped by a user; and a coupling projection protruding from the grip to be inserted in one of the grip coupling holes wherein handle device further comprises a separation preventor formed in a coupling portion and preventing the grip member coupled to the grip coupling hole from separation, and characterised in that the separation preventor comprises a stopper insertion hole formed in the coupling projection; a stopper member comprising a ball housing to be inserted in the stopper insertion hole, a ball to be inserted in the ball housing, and an elastic member inserted in the ball housing and applying elasticity to the ball; and a locking hole formed in the grip coupling hole and locking the ball thereto. a handle body formed with a tool insertion hole for inserting the surgical tool therein; a grip member detachably installed in the handle body; and a marker member installed in the handle body, wherein the handle body comprises a tool insertion portion in which the surgical tool is inserted in position; and a grip insertion portion formed with a plurality of grip coupling holes, in which the grip member is insertable, along a circumference of the tool insertion portion, wherein the grip member comprises a grip to be gripped by a user; and a coupling projection protruding from the grip to be inserted in one of the grip coupling holes wherein handle device further comprises a separation preventor formed in a coupling portion and preventing the grip member coupled to the grip coupling hole from separation, and characterised in that the separation preventor comprises a stopper insertion hole formed in the coupling projection; a stopper member comprising a ball housing to be inserted in the stopper insertion hole, a ball to be inserted in the ball housing, and an elastic member inserted in the ball housing and applying elasticity to the ball; and a locking hole formed in the grip coupling hole and locking the ball thereto.
A stake-out marker for staking out buildings and the like with a foot plate and a carrier plate carrying a reflection element forming a target marker, wherein the foot plate has at least one perforation (48, 50, 56) with a first edge extending parallel to the carrier plate, which extends in its work position perpendicular with regard to the foot plate, in the reference plane of the reflection element, and with a second edge extending perpendicularly with regard to the first edge in a plane extending perpendicularly to the foot plate through the center of the reflection element, characterized in that the stake-out marker being formed such that the carrier plate can be adjusted relative to the foot plate between a transport position in which the carrier plate extends substantially parallel to the foot plate and a work position in which the carrier plate extends perpendicularly to the foot plate.
An anchoring device, comprising: a first axle coupled to a first wheel and second wheel; a second axle coupled to a third wheel and fourth wheel; and an arched member, the arched member coupled to the first axle and the second axle, the arched member further contoured to fit around a projection and configured so as to be more open or spread apart adjacent the wheel axles (112, 114) than at either the axle connection or any other portion of the arched member. a first axle coupled to a first wheel and second wheel; a second axle coupled to a third wheel and fourth wheel; and an arched member, the arched member coupled to the first axle and the second axle, the arched member further contoured to fit around a projection and configured so as to be more open or spread apart adjacent the wheel axles (112, 114) than at either the axle connection or any other portion of the arched member.
A method of making colored silicone-hydrogel contact lenses, comprising the steps of: (a) providing a mold assembly comprising a female mold half having a molding surface and a male mold half having a molding surface; (b) applying at least one color coat to at least a portion of at least one of the female molding surface and the male molding surface with an ink, wherein the ink comprises at least one colorant and a silicone-containing polymer binder; (c) irradiating the color coat on the molding surface with a first high intensity UV light to at least partially cure the color coat; and then (d) irradiating the exposed surfaces of the female mold half and the male mold half with a second high intensity UV light prior to; (e) filling a lens-forming fluid material comprising at least one silicone-containing vinylic monomer or macromer and at least one hydrophilic vinylic monomer into the irradiated mold assembly from step d); (f) exposing the mold assembly and the lens-forming fluid material to an energy source, wherein the energy source polymerizes the lens-forming fluid material; wherein the emission spectrum of the first high intensity UV light has a higher intensity in wavelength range 320-390 nm by at least 200 mW/cm 2 and a lower intensity in wavelength range 250-260 nm by at least 10 mW/cm 2 than the second high intensity UV light. (a) providing a mold assembly comprising a female mold half having a molding surface and a male mold half having a molding surface; (b) applying at least one color coat to at least a portion of at least one of the female molding surface and the male molding surface with an ink, wherein the ink comprises at least one colorant and a silicone-containing polymer binder; (c) irradiating the color coat on the molding surface with a first high intensity UV light to at least partially cure the color coat; and then (d) irradiating the exposed surfaces of the female mold half and the male mold half with a second high intensity UV light prior to; (e) filling a lens-forming fluid material comprising at least one silicone-containing vinylic monomer or macromer and at least one hydrophilic vinylic monomer into the irradiated mold assembly from step d); (f) exposing the mold assembly and the lens-forming fluid material to an energy source, wherein the energy source polymerizes the lens-forming fluid material;
An ophthalmic apparatus including: a main unit including means for observing or photographing an examinee's eye; a movable part in which the main unit is mounted; a vertical movement mechanism provided with a drive part to move the movable part up and down; an operating member to be operated by an examiner to move the movable part up and down; a sensing part to detect an operation signal of the operating member; and driving control part to convert the operation signal detected by the sensing part to a drive signal to move the movable part up and down, and drive the drive part based on the drive signal, the drive part including a motor being controlled by the driving control part to rotate, characterized in that the motor comprises: a stator having an electromagnet; and a rotor having a hollow portion about a rotation axis thereof and placed to be rotatable relative to the stator, the hollow portion being formed with a female screw; and the vertical movement mechanism includes a male screw formed in a shaft fixed to the movable part and engaged with the female screw, wherein the male screw is moved up and down relative to the female screw by rotation of the female screw of the rotor based on a magnetic force generated by the electromagnet to move the movable part in a vertical direction in synchronization with the vertical movement of the male screw. a main unit including means for observing or photographing an examinee's eye; a movable part in which the main unit is mounted; a vertical movement mechanism provided with a drive part to move the movable part up and down; an operating member to be operated by an examiner to move the movable part up and down; a sensing part to detect an operation signal of the operating member; and driving control part to convert the operation signal detected by the sensing part to a drive signal to move the movable part up and down, and drive the drive part based on the drive signal, the drive part including a motor being controlled by the driving control part to rotate, characterized in that the motor comprises: a stator having an electromagnet; and a rotor having a hollow portion about a rotation axis thereof and placed to be rotatable relative to the stator, the hollow portion being formed with a female screw; and a stator having an electromagnet; and a rotor having a hollow portion about a rotation axis thereof and placed to be rotatable relative to the stator, the hollow portion being formed with a female screw; and the vertical movement mechanism includes a male screw formed in a shaft fixed to the movable part and engaged with the female screw, wherein the male screw is moved up and down relative to the female screw by rotation of the female screw of the rotor based on a magnetic force generated by the electromagnet to move the movable part in a vertical direction in synchronization with the vertical movement of the male screw.
An exhaust system (12; 110) for treating an exhaust gas from an internal combustion engine (10; 100) comprising: (a) a three-way catalyst (16; 140); (b) a fuel reformer catalyst (20; 160) located downstream of the TWC; and (c) a fuel supply means (22; 170) located upstream of the fuel reformer catalyst, wherein a first portion of the exhaust gas bypasses the TWC and contacts the fuel reformer catalyst in the presence of fuel added from the fuel supply means to produce a reformate gas stream, and a second portion of the exhaust gas is contacted with the TWC and is utilized to heat the fuel reformer catalyst before being expelled to atmosphere; and wherein the reformate gas stream is recycled back to an intake of the engine. (a) a three-way catalyst (16; 140); (b) a fuel reformer catalyst (20; 160) located downstream of the TWC; and (c) a fuel supply means (22; 170) located upstream of the fuel reformer catalyst, wherein a first portion of the exhaust gas bypasses the TWC and contacts the fuel reformer catalyst in the presence of fuel added from the fuel supply means to produce a reformate gas stream, and a second portion of the exhaust gas is contacted with the TWC and is utilized to heat the fuel reformer catalyst before being expelled to atmosphere; and wherein the reformate gas stream is recycled back to an intake of the engine.