mhurhangee/ep-ind-claims huggingface dataset:
A user terminal apparatus comprising: an imaging unit configured to generate an image of a user; a display configured to display the generated image; and a controller configured to: detect a user eye from the generated image and determine a position of the detected user eye in the generated image, control the display to display a guide image in the determined position of the generated image in which the detected user eye is located, wherein the guide image is an image indicating a size of the user eye if the user eye were to be located at a position corresponding to a focal length of the imaging unit, so as to enable the user to determine whether their eye is closer to or further from the user terminal apparatus than the focal length of the imaging unit, determine whether a difference between a size of an iris included in the detected user eye and a size of the guide image is within a preset range; when the difference is within the preset range, perform iris recognition on the detected user eye; and when the difference is not within the preset range, continue to display the guide image. an imaging unit configured to generate an image of a user; a display configured to display the generated image; and a controller configured to: detect a user eye from the generated image and determine a position of the detected user eye in the generated image, control the display to display a guide image in the determined position of the generated image in which the detected user eye is located, wherein the guide image is an image indicating a size of the user eye if the user eye were to be located at a position corresponding to a focal length of the imaging unit, so as to enable the user to determine whether their eye is closer to or further from the user terminal apparatus than the focal length of the imaging unit, determine whether a difference between a size of an iris included in the detected user eye and a size of the guide image is within a preset range; when the difference is within the preset range, perform iris recognition on the detected user eye; and when the difference is not within the preset range, continue to display the guide image. detect a user eye from the generated image and determine a position of the detected user eye in the generated image, control the display to display a guide image in the determined position of the generated image in which the detected user eye is located, wherein the guide image is an image indicating a size of the user eye if the user eye were to be located at a position corresponding to a focal length of the imaging unit, so as to enable the user to determine whether their eye is closer to or further from the user terminal apparatus than the focal length of the imaging unit, determine whether a difference between a size of an iris included in the detected user eye and a size of the guide image is within a preset range; when the difference is within the preset range, perform iris recognition on the detected user eye; and when the difference is not within the preset range, continue to display the guide image.
A method for polishing, in particular for increasing the gloss of, a hard floor surface of a stone or stone-like material, the method comprising: treatment of the surface with a flexible pad comprising an open, lofty, three dimensional non-woven web of fibers, in the presence of abrasive particles, bonded to the pad, on a contact surface between the pad and the hard surface, wherein: the abrasive particles comprise diamond particles of an average diameter of 0.1 to 30 μm, the abrasive particles are bonded to the pad only in the vicinity of the contact surface, and the treatment is performed in the absence of crystallization agent on the contact surface. treatment of the surface with a flexible pad comprising an open, lofty, three dimensional non-woven web of fibers, in the presence of abrasive particles, bonded to the pad, on a contact surface between the pad and the hard surface, wherein: the abrasive particles comprise diamond particles of an average diameter of 0.1 to 30 μm, the abrasive particles are bonded to the pad only in the vicinity of the contact surface, and the treatment is performed in the absence of crystallization agent on the contact surface. the abrasive particles comprise diamond particles of an average diameter of 0.1 to 30 μm, the abrasive particles are bonded to the pad only in the vicinity of the contact surface, and the treatment is performed in the absence of crystallization agent on the contact surface.
A three-dimensional screen structure, on which image light projected from an image light source is incident, the three-dimensional screen structure (20; 60) comprising: particles (21; 31; 61) that are three-dimensionally disposed and capable of transmitting or reflecting the image light, a particle size of the particles being in a range from 1 x 10 -4 cm 3 to 1 cm 3 and a pitch between the particles being in a range from 0.6 mm to 10 cm; and a bind unit that binds the particles so as to be fixed in position, wherein the particles (21; 31; 61) are disposed to impart phase information to an image projected from the image light source onto the three-dimensional screen structure (20; 40; 60) so that the three-dimensional screen structure (20; 40; 60) displays the projected image as a three-dimensional image. particles (21; 31; 61) that are three-dimensionally disposed and capable of transmitting or reflecting the image light, a particle size of the particles being in a range from 1 x 10 -4 cm 3 to 1 cm 3 and a pitch between the particles being in a range from 0.6 mm to 10 cm; and a bind unit that binds the particles so as to be fixed in position, wherein the particles (21; 31; 61) are disposed to impart phase information to an image projected from the image light source onto the three-dimensional screen structure (20; 40; 60) so that the three-dimensional screen structure (20; 40; 60) displays the projected image as a three-dimensional image.
An air conditioner comprising: a compressor configured to compress refrigerant; an outdoor heat exchanger provided with a plurality of heat exchangers (61, 62, 63, 64) to form an internal refrigerant flow path in multiple stages; a refrigerant flow channel extending from an indoor heat exchanger toward the outdoor heat exchanger; first flow pipes (41, 42, 43, 44) branched from the refrigerant flow channel such that the refrigerant is branched from the refrigerant flow channel in correspondence with the plurality of heat exchangers (61, 62, 63, 64), characterized by a bypass pipe configured to branch the refrigerant discharged from the compressor, wherein the bypass pipe includes a plurality of bypass pipes (91, 92, 93,94) corresponding to the plurality of heat exchangers (61, 62, 63 64), which are branched from the bypass pipe and extending to the plurality of heat exchangers (61, 62, 63, 64), and which include bypass valves (96, 97, 98, 99) for controlling flow of the refrigerant, respectively; second flow pipes (91a, 91b, 92a, 92b, 93a, 93b, 94a, 94b) branched from the plurality of bypass pipes and extending to refrigerant pipes provided in the plurality of heat exchangers (61, 62, 63, 64); and overlap pipes (101, 102, 103) branched from one of the second flow pipes (91a, 91b, 92a, 92b, 93a, 93b, 94a, 94b) connected to any one of the plurality of heat exchangers (61, 62, 63, 64) and extending to another one of the second flow pipes (91a, 91b, 92a, 92b, 93a, 93b, 94a, 94b) connected to another heat exchanger of the plurality of heat exchangers (61, 62, 63, 64). a compressor configured to compress refrigerant; an outdoor heat exchanger provided with a plurality of heat exchangers (61, 62, 63, 64) to form an internal refrigerant flow path in multiple stages; a refrigerant flow channel extending from an indoor heat exchanger toward the outdoor heat exchanger; first flow pipes (41, 42, 43, 44) branched from the refrigerant flow channel such that the refrigerant is branched from the refrigerant flow channel in correspondence with the plurality of heat exchangers (61, 62, 63, 64), characterized by a bypass pipe configured to branch the refrigerant discharged from the compressor, wherein the bypass pipe includes a plurality of bypass pipes (91, 92, 93,94) corresponding to the plurality of heat exchangers (61, 62, 63 64), which are branched from the bypass pipe and extending to the plurality of heat exchangers (61, 62, 63, 64), and which include bypass valves (96, 97, 98, 99) for controlling flow of the refrigerant, respectively; second flow pipes (91a, 91b, 92a, 92b, 93a, 93b, 94a, 94b) branched from the plurality of bypass pipes and extending to refrigerant pipes provided in the plurality of heat exchangers (61, 62, 63, 64); and overlap pipes (101, 102, 103) branched from one of the second flow pipes (91a, 91b, 92a, 92b, 93a, 93b, 94a, 94b) connected to any one of the plurality of heat exchangers (61, 62, 63, 64) and extending to another one of the second flow pipes (91a, 91b, 92a, 92b, 93a, 93b, 94a, 94b) connected to another heat exchanger of the plurality of heat exchangers (61, 62, 63, 64).
A heating unit for a beverage preparation machine said machine being suitable for preparing a beverage by mixing a beverage ingredient with a fluid, said machine comprising a pump for circulating said beverage preparation fluid through said machine at least from a fluid source to said heating unit, the heating unit being suitable for heating said fluid and comprising: (i) a housing defining a fluid heating chamber, and (ii) a heating element located inside said housing and being adapted to heat said fluid therein, wherein - the heating unit further comprises a pre-heating tube for conveying said fluid received from said pump through said heating unit, the pre-heating tube comprising a tube inlet and a tube outlet, the tube outlet connecting with the heating chamber, and - wherein the pre-heating tube is located at least partly within the housing in such a way that the heating element will at least partially heat said fluid in said pre-heating tube before said pre-heated fluid is released into the heating chamber through said outlet, characterized in that at least a part of the pre-heating tube has a generally cylindrical coil shape. (i) a housing defining a fluid heating chamber, and (ii) a heating element located inside said housing and being adapted to heat said fluid therein, - the heating unit further comprises a pre-heating tube for conveying said fluid received from said pump through said heating unit, the pre-heating tube comprising a tube inlet and a tube outlet, the tube outlet connecting with the heating chamber, and - wherein the pre-heating tube is located at least partly within the housing in such a way that the heating element will at least partially heat said fluid in said pre-heating tube before said pre-heated fluid is released into the heating chamber through said outlet,
Broom with - a handle, - an elongated broom head viewed from above having a main extension direction, which is connected to the handle by means of at least one fastening device, wherein - the broom head has bristles in a bristle area viewed from above, which project downwardly from a bristle support body of the broom head, wherein, viewed from above, - the bristle area in the left-hand area of the main extension direction (2 ') has a convex-shaped rear edge and a concave-shaped front edge and in the right-hand area of the main extension direction has a convex-shaped front edge and a concave-shaped rear edge, or vice versa - the bristle area has a convex-shaped front edge and a concave-shaped rear edge in the left-hand area of the main extension direction, and has a convex-shaped rear edge and a concave-shaped front edge in the right-hand area of the main extension direction, wherein the respective convex-shaped edge (4a, 4b) is curved or angled. - a handle, - an elongated broom head viewed from above having a main extension direction, which is connected to the handle by means of at least one fastening device, wherein - the broom head has bristles in a bristle area viewed from above, which project downwardly from a bristle support body of the broom head, - the bristle area in the left-hand area of the main extension direction (2 ') has a convex-shaped rear edge and a concave-shaped front edge and in the right-hand area of the main extension direction has a convex-shaped front edge and a concave-shaped rear edge, - the bristle area has a convex-shaped front edge and a concave-shaped rear edge in the left-hand area of the main extension direction, and has a convex-shaped rear edge and a concave-shaped front edge in the right-hand area of the main extension direction,
A device for metering the heat energy emitted by radiators, convector heaters or the like, particularly for the apportionment of heating and/or conditioning costs, comprising a radiator which is connected, through a respective delivery manifold and a respective return manifold, respectively to a duct for delivery of the hot water sent by a boiler to said radiator and to a duct for return of the water in output from said radiator toward said boiler, and also comprising, for said radiator, a first meter for the temperature of the water that flows through the respective delivery manifold and a second meter for the temperature of the water that flows through the respective return manifold, there being further a flow meter for the water that flows through said radiator, said flow meter being arranged at said return manifold so as to measure the water flow-rate in output from said radiator; the metering device further comprising a device for storing the data measured by said first meter for the temperature of the water that flows through said delivery manifold, by said second meter for the temperature of the water that flows through said return manifold, and by said flow meter for the water that flows through said radiator; characterized in that said flow meter has an inverted U-shaped duct connected, through an inlet, to an outlet of said radiator.
Stent delivery system comprising: - a stent having a proximal end; - a support comprising the stent engaged thereon, having a longitudinal axis; - a sheath having a distal end, which is capable to be slid relative to said support between a distal overlap position of the stent and a proximal release position for the deployment of the stent, and - a first inflatable balloon situated between said support and the stent, comprising a distal portion that protrudes past the distal end of the sheath, on the distal side thereof, when the latter is in said distal position; characterized in that: - said support is equipped with a stop against which the proximal end of the stent is applied; - said sheath is capable to be slid relative to said stop, and the distal end of this sheath is, in said distal overlap position of the stent, situated back from the distal end of said first inflatable balloon, along said longitudinal axis of the support, in the proximal direction, and is situated opposite said distal portion; and - said first inflatable balloon has, in the inflated state, over all the length thereof or over part of the length thereof, on the distal side, a transverse section larger than or equal to that of the sheath. - a stent having a proximal end; - a support comprising the stent engaged thereon, having a longitudinal axis; - a sheath having a distal end, which is capable to be slid relative to said support between a distal overlap position of the stent and a proximal release position for the deployment of the stent, and - a first inflatable balloon situated between said support and the stent, comprising a distal portion that protrudes past the distal end of the sheath, on the distal side thereof, when the latter is in said distal position; - said support is equipped with a stop against which the proximal end of the stent is applied; - said sheath is capable to be slid relative to said stop, and the distal end of this sheath is, in said distal overlap position of the stent, situated back from the distal end of said first inflatable balloon, along said longitudinal axis of the support, in the proximal direction, and is situated opposite said distal portion; and - said first inflatable balloon has, in the inflated state, over all the length thereof or over part of the length thereof, on the distal side, a transverse section larger than or equal to that of the sheath.
A method of assembling a detonator which includes a tubular casing, the casing having a closed end, an opposed open end, a rim at the open end, and a bore extending from the open end to the closed end, a base charge, and an electronic module which includes a moulded plastics body to which is secured an electronic circuit, the method including the steps of: 1) inserting the base charge into the bore of the casing; 2) displacing the base charge to abut an inner surface of the closed end; 3) inserting the body of the module into the bore; 4) displacing the body inside the bore so that a leading end of the body is moved towards the base charge to a predetermined location at which a friction member on the body abuts the rim at the open end with a trailing end of the body extending from the open end; 5) engaging a displacement member with the body, the displacement member including a cylindrical projection which has a contact surface, which abuts the trailing end, and a stop formation which is at a predetermined distance from the contact surface; 6) using the displacement member to move the body along the bore towards the base charge against a sliding frictional resistance force produced by interengagement of the body and an opposing inner surface of the casing, until the stop formation abuts the rim at the open end; and 7) deforming a portion of the casing into engagement with a retention formation on the body thereby to secure the body to the casing with the body at a predetermined position inside the casing. 1) inserting the base charge into the bore of the casing; 2) displacing the base charge to abut an inner surface of the closed end; 3) inserting the body of the module into the bore; 4) displacing the body inside the bore so that a leading end of the body is moved towards the base charge to a predetermined location at which a friction member on the body abuts the rim at the open end with a trailing end of the body extending from the open end; 5) engaging a displacement member with the body, the displacement member including a cylindrical projection which has a contact surface, which abuts the trailing end, and a stop formation which is at a predetermined distance from the contact surface; 6) using the displacement member to move the body along the bore towards the base charge against a sliding frictional resistance force produced by interengagement of the body and an opposing inner surface of the casing, until the stop formation abuts the rim at the open end; and 7) deforming a portion of the casing into engagement with a retention formation on the body thereby to secure the body to the casing with the body at a predetermined position inside the casing.
An image processing method to control a processor to generate an all-in focus image of an imaging object carried in a well together with a liquid whose surface changes light propagation direction and causes image distortion, the image processing method comprising: obtaining a plurality of images captured by imaging the imaging object with a focus position changed in a direction substantially perpendicular to a liquid surface; calculating a local movement amount which is an amount of movement of at least one of a plurality of image locations corresponding to each other between the plurality of captured images; determining a relationship which expresses an image distortion amount by a distance from a center of the well based on the local movement amount; and generating the all-in focus image by synthesizing the plurality of images, the synthesizing comprising that the image distortion of the images is corrected by correcting locations of pixels in each image based on the relationship. obtaining a plurality of images captured by imaging the imaging object with a focus position changed in a direction substantially perpendicular to a liquid surface; calculating a local movement amount which is an amount of movement of at least one of a plurality of image locations corresponding to each other between the plurality of captured images; determining a relationship which expresses an image distortion amount by a distance from a center of the well based on the local movement amount; and generating the all-in focus image by synthesizing the plurality of images, the synthesizing comprising that the image distortion of the images is corrected by correcting locations of pixels in each image based on the relationship.
A method of setting up an uplink, UL, common bearer performed by a serving gateway, S-GW, (416, 506) of a wireless communication network, the method comprising: receiving a group identifier of a user equipment, UE, from a mobility management entity, MME; the group identifier being associated to a group to which the UE belongs sharing the UL common bearer, and transmitted from a home subscriber server, HSS, to the MME when the HSS has completed an update location process; sending a create bearer request message including the group identifier to a packet data Network, PDN, gateway, P-GW, (418, 508); receiving a create bearer response message including UL common S5 bearer information, UL common S5 info, for the group corresponding to the group identifier from the P-GW (418, 508); and sending a create bearer response message including UL common S1 bearer information, UL common S1 info, to the MME. receiving a group identifier of a user equipment, UE, from a mobility management entity, MME; the group identifier being associated to a group to which the UE belongs sharing the UL common bearer, and transmitted from a home subscriber server, HSS, to the MME when the HSS has completed an update location process; sending a create bearer request message including the group identifier to a packet data Network, PDN, gateway, P-GW, (418, 508); receiving a create bearer response message including UL common S5 bearer information, UL common S5 info, for the group corresponding to the group identifier from the P-GW (418, 508); and sending a create bearer response message including UL common S1 bearer information, UL common S1 info, to the MME.