mhurhangee/ep-ind-claims huggingface dataset:
An air conditioner comprising: an indoor apparatus for being placed in a room; and an outdoor apparatus for being placed in an outside of the room separated from the room by a wall, the indoor apparatus including a first refrigerant pipe in which a flammable refrigerant flows, the outdoor apparatus including a second refrigerant pipe which is connected to the first refrigerant pipe and in which the flammable refrigerant flows, the second refrigerant pipe having a portion smaller in thickness than a minimum-thickness portion of the first refrigerant pipe, and a maximum-thickness portion of the second refrigerant pipe being smaller in thickness than the minimum-thickness portion of the first refrigerant pipe; wherein the outdoor apparatus includes an outdoor unit having an outdoor heat exchanger which performs heat exchange between air in the outside of the room and the flammable refrigerant and an outdoor fan which blow air to the outdoor heat exchanger, the outdoor heat exchanger has an outdoor heat transfer pipe in which the flammable refrigerant flows, the outdoor apparatus further includes a connecting pipe (6,7) which connects the outdoor heat transfer pipe and the first refrigerant pipe, the outdoor heat transfer pipe and the connecting pipe (6,7) each constitute a portion of the second refrigerant pipe, and the outdoor heat transfer pipe has a minimum-thickness portion of the second refrigerant pipe. an indoor apparatus for being placed in a room; and an outdoor apparatus for being placed in an outside of the room separated from the room by a wall, the indoor apparatus including a first refrigerant pipe in which a flammable refrigerant flows, the outdoor apparatus including a second refrigerant pipe which is connected to the first refrigerant pipe and in which the flammable refrigerant flows, the second refrigerant pipe having a portion smaller in thickness than a minimum-thickness portion of the first refrigerant pipe, and a maximum-thickness portion of the second refrigerant pipe being smaller in thickness than the minimum-thickness portion of the first refrigerant pipe; wherein the outdoor apparatus includes an outdoor unit having an outdoor heat exchanger which performs heat exchange between air in the outside of the room and the flammable refrigerant and an outdoor fan which blow air to the outdoor heat exchanger, the outdoor heat exchanger has an outdoor heat transfer pipe in which the flammable refrigerant flows, the outdoor apparatus further includes a connecting pipe (6,7) which connects the outdoor heat transfer pipe and the first refrigerant pipe, the outdoor heat transfer pipe and the connecting pipe (6,7) each constitute a portion of the second refrigerant pipe, and the outdoor heat transfer pipe has a minimum-thickness portion of the second refrigerant pipe.
A recording apparatus comprising: a video signal processing unit that processes a captured video signal to obtain a video stream corresponding to a predetermined color space; a color space identifier generating unit that generates a color space identifier including information indicating the predetermined color space; and a recording unit that records the video signal obtained by the video signal processing unit and the color space identifier generated by the color space identifier generating unit in association on a recording medium, wherein the video stream comprises one or more than one sequences of editable units, each of the sequences comprises a plurality of access units, each of the access unit includes a Network Abstraction Layer, NAL, unit, and a Supplemental Enhancement Information SEI unit which comprises information of the predetermined color space, information of a color gamut including maximum and minimum values of the color gamut, and color precision information specifying a precision of the color gamut. a video signal processing unit that processes a captured video signal to obtain a video stream corresponding to a predetermined color space; a color space identifier generating unit that generates a color space identifier including information indicating the predetermined color space; and a recording unit that records the video signal obtained by the video signal processing unit and the color space identifier generated by the color space identifier generating unit in association on a recording medium, wherein the video stream comprises one or more than one sequences of editable units, each of the sequences comprises a plurality of access units, each of the access unit includes a Network Abstraction Layer, NAL, unit, and a Supplemental Enhancement Information SEI unit which comprises information of the predetermined color space, information of a color gamut including maximum and minimum values of the color gamut, and color precision information specifying a precision of the color gamut.
A selective attenuating earplug (100; 200; 300; 400; 500), comprising: a tip (110; 210; 310; 410) having a first end (111; 211; 311; 411; 511) and a second end (112; 212; 512); a body (120; 220; 320; 420) attached to the tip (110; 210; 310; 410); an acoustic channel extending from the first end (111; 211; 311; 411; 511) of the tip (110; 210; 310; 410) to an aperture (222; 322) of the body (120; 220; 320; 420); and a switch (130; 230; 330; 430) adjustable between a first position in which the aperture (222; 322) is at least partially open to allow passage of sound through the aperture (222; 322) and the acoustic channel and a second position in which the aperture (222; 322) is blocked; wherein the switch (130; 230; 330; 430) comprises a first cantilever spring arm (231; 331) including a shape that interacts with a feature on a surface of the body(120; 220; 320; 420), and the shape is biased against the feature on the surface of the body (120; 220; 320; 420) to maintain the switch (130; 230; 330; 430) in the first position or the second position. a tip (110; 210; 310; 410) having a first end (111; 211; 311; 411; 511) and a second end (112; 212; 512); a body (120; 220; 320; 420) attached to the tip (110; 210; 310; 410); an acoustic channel extending from the first end (111; 211; 311; 411; 511) of the tip (110; 210; 310; 410) to an aperture (222; 322) of the body (120; 220; 320; 420); and a switch (130; 230; 330; 430) adjustable between a first position in which the aperture (222; 322) is at least partially open to allow passage of sound through the aperture (222; 322) and the acoustic channel and a second position in which the aperture (222; 322) is blocked; wherein the switch (130; 230; 330; 430) comprises a first cantilever spring arm (231; 331) including a shape that interacts with a feature on a surface of the body(120; 220; 320; 420), and the shape is biased against the feature on the surface of the body (120; 220; 320; 420) to maintain the switch (130; 230; 330; 430) in the first position or the second position.
An electric power unit comprising: a motor case configured to accommodate a motor; a motor cover configured to cover an opening of the motor case (21 in an axial direction of the motor); and a driver case attached to the motor case, and configured to accommodate a driver that controls the motor, characterized in that the driver case is attached to an outer circumferential portion of the motor case located outward with respect to the motor in a radial direction of the motor, wherein seal surfaces of two members, which are the driver case and the motor case, form a seal portion, and the seal surface of the motor case is inclined with respect to an axial direction of the motor toward one side of the axial direction where the motor is present, and the seal surface of the driver case is attached to the inclined seal surface. a motor case configured to accommodate a motor; a motor cover configured to cover an opening of the motor case (21 in an axial direction of the motor); and a driver case attached to the motor case, and configured to accommodate a driver that controls the motor, characterized in that the driver case is attached to an outer circumferential portion of the motor case located outward with respect to the motor in a radial direction of the motor, wherein seal surfaces of two members, which are the driver case and the motor case, form a seal portion, and the seal surface of the motor case is inclined with respect to an axial direction of the motor toward one side of the axial direction where the motor is present, and the seal surface of the driver case is attached to the inclined seal surface.
A method for preventing or reducing corrosion of a corrodible steel surface, said corrodible steel surface previously corroded, the method comprising contacting the previously corroded metal surface with an excess of a mixture of an acidic phosphate component and a basic component comprising at least one of a metal oxide, a basic metal hydroxide, or basic mineral, wherein the acidic phosphate component is phosphoric acid, alkali metal dihydrogen phosphate MH 2 PO 4, alkali earth dihydrogen phosphate M(H 2 PO 4) 2 or its hydrate, transition metal trihydrogen phosphate MH 3 (PO 4) 2 or its hydrate, or mixtures thereof; and wherein the basic component is at least one of magnesium oxide, barium oxide, zinc oxide, calcium oxide, copper oxide, and hydroxides thereof, or magnesium brine containing an amount of magnesium hydroxide: curing the mixture on the metal surface to form a hardened layer, wherein a part of the mixture seeps through the corrosion layer and reacts with the steel surface to form a primer layer; wherein an excess of the composition and a portion of the previously corroded steel surface is rendered readily removable and/or dislodges from the steel surface, removing the excess hardened layer and a portion of the corrosion layer from the steel surface; and providing a thin, corrosion protection primer layer on the steel surface. curing the mixture on the metal surface to form a hardened layer, wherein a part of the mixture seeps through the corrosion layer and reacts with the steel surface to form a primer layer; wherein an excess of the composition and a portion of the previously corroded steel surface is rendered readily removable and/or dislodges from the steel surface, removing the excess hardened layer and a portion of the corrosion layer from the steel surface; and providing a thin, corrosion protection primer layer on the steel surface.
A method of forming a microelectronic device comprising the steps of a) providing a substrate onto which a soft polymer is coated; b) forming a wrinkle suppression layer on top of said soft polymer, said wrinkle suppression layer having a coefficient of thermal expansion of less than 10 ppm/°C; c) forming an inorganic or metallic coating on top of said wrinkle suppression layer; and d) forming at least one active component of the microelectronic device of said inorganic or metallic coating or on top of said inorganic or metallic coating; wherein said wrinkle suppression layer does not form part of any active component of the microelectronic device. a) providing a substrate onto which a soft polymer is coated; b) forming a wrinkle suppression layer on top of said soft polymer, said wrinkle suppression layer having a coefficient of thermal expansion of less than 10 ppm/°C; c) forming an inorganic or metallic coating on top of said wrinkle suppression layer; and d) forming at least one active component of the microelectronic device of said inorganic or metallic coating or on top of said inorganic or metallic coating; wherein said wrinkle suppression layer does not form part of any active component of the microelectronic device.
An implantable medical device, comprising: an implantable resonant circuit (385, 785) comprising an implantable coil (382, 782); and an external resonant circuit (225, 325, 525, 625) comprising an external coil (222, 322, 522, 622) configured to transcutaneously transfer power and data to the implantable coil using separate power and data time slots, a peak amplitude of current used to drive the external coil (222, 322, 522, 622) during the data time slots is lower than a peak amplitude of current used to drive the external coil (222, 322, 522, 622) during the power time slots, and at least one of the external or implantable resonant circuit is substantially more damped during the data time slots than during the power time slots, characterized in that the implantable medical device is configured for driving the external resonant circuit (225, 325, 525, 625) with one or more driver bridges during the data time slot such that a resonance frequency of the external resonant circuit (225, 325, 525, 625) is adjusted during the data time slot so as to be lower or higher than the resonant frequency of the external circuit during the power time slots. an implantable resonant circuit (385, 785) comprising an implantable coil (382, 782); and an external resonant circuit (225, 325, 525, 625) comprising an external coil (222, 322, 522, 622) configured to transcutaneously transfer power and data to the implantable coil using separate power and data time slots, a peak amplitude of current used to drive the external coil (222, 322, 522, 622) during the data time slots is lower than a peak amplitude of current used to drive the external coil (222, 322, 522, 622) during the power time slots, and at least one of the external or implantable resonant circuit is substantially more damped during the data time slots than during the power time slots, characterized in that the implantable medical device is configured for driving the external resonant circuit (225, 325, 525, 625) with one or more driver bridges during the data time slot such that a resonance frequency of the external resonant circuit (225, 325, 525, 625) is adjusted during the data time slot so as to be lower or higher than the resonant frequency of the external circuit during the power time slots.
Connection device comprising a bearing element and a connecting element for a prosthesis, said connecting element being apt to be coupled to said bearing element, in which the bearing element comprises a base portion on which is disposed a conical portion comprising a first hole and a second hole that is internally threaded, and wherein the connecting element comprises a coupling portion for coupling with the bearing element, from which extends an anchoring portion for anchoring a prosthesis, wherein between the base portion and the conical portion a shoulder is formed which has a stop portion for preventing relative rotation of the connecting element with respect to the bearing element, wherein the stop portion includes a change of inclination of the surface of the shoulder to form a convex or a concave profile or wedge-shaped or V-shaped profile, and wherein the connecting element comprises a longitudinal through hole which allows the introduction of a fixing screw for fixing the connecting element to the bearing element, characterized therein that the connecting element further comprises on the coupling portion a through hole such as to be in alignment with the first hole of the conical portion of the bearing element when the latter and the connecting element are mounted together.
Apparatus for personal cosmetic skin treatment comprising an applicator, the applicator comprising an infrastructure frame including two receiving bays (504, 508) operatively configured to receive combinations of different interchangeable modules, with each module in the combination operative to conduct a different cosmetic skin treatment and operative to apply at least one of the cosmetic skin treatments alone or in combination with another module, with each of the modules including at least an identification tag identifying the module and containing the module operational parameters; wherein the applicator includes a grip sensor located on both sides of the applicator, an ON/OFF indicator informing the user on operational status of an illumination module and an indicator informing the user on type of skin treatment module inserted in the applicator and their operational status and wherein the grip sensor serves as a safety feature enabling different voltage supplies to different functional modules inserted into infrastructure frame when a user holds applicator and presses grip sensor, wherein the apparatus further comprises an applicator docking station including a control unit operative to provide power supply to the applicator, fluids required for applicator operation, and control the applicator movement; and wherein the control unit communicates with the identification tag, identifies the received module, and automatically sets the skin treatment parameters.
A method of setting partition visibility using a master boot record on an external memory device during a connection session to a host, the external memory device configurable for use with a host, the method implemented by the external memory device, comprising: detecting initiation of a connection between the external memory device and the host; determining a connection type; retrieving a partition setting associated with the connection type, the partition setting having been previously associated with the connection type to allow determination of visibility of a partition using an MBR; determining an MBR based on the retrieved partition setting; and using the determined MBR during the connection session. detecting initiation of a connection between the external memory device and the host; determining a connection type; retrieving a partition setting associated with the connection type, the partition setting having been previously associated with the connection type to allow determination of visibility of a partition using an MBR; determining an MBR based on the retrieved partition setting; and using the determined MBR during the connection session.
An adjustment assembly for packaging machines and the like, of the type comprising grip means for picking up one product at a time from a line for supplying queued products and for transferring to a respective processing station, - said grip means are rotatable and are functionally associated, for their orientation and for the orientation of the product retained by them, with at least one respective probe (5, 6) which can slide on at least one profiled cam (7, 8) that is substantially fixed, the translations of said at least one probe (5, 6) generating rotations of said grip means with consequent modification of the orientation of the product retained between them for correct delivery to the subsequent processing station, - said at least one cam (7, 8) is integral with a fixed axis, the head of said axis being associated with a respective movement element for the controlled rotation of said axis according to at least two different arrangements, which correspond to different rotated configurations of said cams (7, 8), with consequent different variation of the orientation of the product along the path, when said product is retained by said grip means after its clamping, characterized in that - said cams (7, 8) are mutually complementary, each cam (7, 8) having a contoured edge that defines, in contiguous sectors, different paths for said at least one probe (5, 6), which correspond to different variations of the orientation of the product along the path after the pickup of each individual product from said supply line. - said grip means are rotatable and are functionally associated, for their orientation and for the orientation of the product retained by them, with at least one respective probe (5, 6) which can slide on at least one profiled cam (7, 8) that is substantially fixed, the translations of said at least one probe (5, 6) generating rotations of said grip means with consequent modification of the orientation of the product retained between them for correct delivery to the subsequent processing station, - said at least one cam (7, 8) is integral with a fixed axis, the head of said axis being associated with a respective movement element for the controlled rotation of said axis according to at least two different arrangements, which correspond to different rotated configurations of said cams (7, 8), with consequent different variation of the orientation of the product along the path, when said product is retained by said grip means after its clamping, characterized in that - said cams (7, 8) are mutually complementary, each cam (7, 8) having a contoured edge that defines, in contiguous sectors, different paths for said at least one probe (5, 6), which correspond to different variations of the orientation of the product along the path after the pickup of each individual product from said supply line. - said cams (7, 8) are mutually complementary, each cam (7, 8) having a contoured edge that defines, in contiguous sectors, different paths for said at least one probe (5, 6), which correspond to different variations of the orientation of the product along the path after the pickup of each individual product from said supply line.
A game control program embedded in a non-transitory computer readable recording medium comprising instructions which, when the program is executed by a game device, perform the functions of the following modules: a change module configured to change, in a game field in which an object is located, a position of a light source or a direction of radiation by light emitted from the light source based on a control command of a player transferred to the change module via an input device; game field rendering module configured to define a position of a viewpoint and viewing direction for rendering the game field and to generate an image of the game field by rendering the object located in the game field and a plane of projection for a shadow; a shadow render module configured to render a shadow of the object projected by the light emitted from the light source onto the plane of projection defined in the game field, responsive to the position of the viewpoint and viewing direction for rendering the game field, thereby generating a two-dimensional image of the rendered shadow; and a move module configured to, while the change module is not changing the light source position or direction of radiation, automatically move a character along the shadow of the object by determining the position to which the character is moved with reference to the generated a two-dimensional image of the rendered shadow, and updating two-dimensional co-ordinates of the character accordingly. a change module configured to change, in a game field in which an object is located, a position of a light source or a direction of radiation by light emitted from the light source based on a control command of a player transferred to the change module via an input device; game field rendering module configured to define a position of a viewpoint and viewing direction for rendering the game field and to generate an image of the game field by rendering the object located in the game field and a plane of projection for a shadow; a shadow render module configured to render a shadow of the object projected by the light emitted from the light source onto the plane of projection defined in the game field, responsive to the position of the viewpoint and viewing direction for rendering the game field, thereby generating a two-dimensional image of the rendered shadow; and a move module configured to, while the change module is not changing the light source position or direction of radiation, automatically move a character along the shadow of the object by determining the position to which the character is moved with reference to the generated a two-dimensional image of the rendered shadow, and updating two-dimensional co-ordinates of the character accordingly.