mhurhangee/ep-ind-claims huggingface dataset:
A dishwasher comprising a body, a door that provides access into the body and a control panel having a control interface and situated on the door, wherein the control panel has a first position and a second position wherein it can be moved forwards/backwards by being rotated with respect to the door around the axis where it is connected to the door when the door is closed, wherein the dishwasher further comprises a detergent dispenser wherein detergent is loaded, the detergent dispenser being situated on the inner surface of the door, characterised by an opening that is situated on the control panel and that can be reached when the control panel is in the second position, a channel that is arranged on the door, that connects the opening and the detergent dispenser to each other and that enables the detergent loaded from the opening to be delivered into the detergent dispenser.
A heat pump water heater comprising: a heat pump cycle formed by connecting a compressor, a hot water-supply heat exchanger, a decompressor and an evaporator to one another through a refrigerant pipe; a hot water tank; a liquid pipe through which liquid in the hot water tank circulates through the hot water-supply heat exchanger; a pump for conveying the liquid in the hot water tank to the liquid pipe; outgoing-hot water temperature detecting means for detecting temperature of hot water which flows out from the hot water-supply heat exchanger; and a control device, which is configured to operate a heating operation for conveying the liquid in the hot water tank to the hot water-supply heat exchanger by the pump and heating the liquid by the hot water-supply heat exchanger, characterized in that the control device is configured to change a target value of temperature of the hot water which flows out from the hot water-supply heat exchanger into a higher value if a state where number of rotations per time unit of the pump exceeds a preset predetermined value continues for predetermined time so that the number of rotations per time unit of the pump becomes lower. a heat pump cycle formed by connecting a compressor, a hot water-supply heat exchanger, a decompressor and an evaporator to one another through a refrigerant pipe; a hot water tank; a liquid pipe through which liquid in the hot water tank circulates through the hot water-supply heat exchanger; a pump for conveying the liquid in the hot water tank to the liquid pipe; outgoing-hot water temperature detecting means for detecting temperature of hot water which flows out from the hot water-supply heat exchanger; and a control device, which is configured to operate a heating operation for conveying the liquid in the hot water tank to the hot water-supply heat exchanger by the pump and heating the liquid by the hot water-supply heat exchanger, characterized in that the control device is configured to change a target value of temperature of the hot water which flows out from the hot water-supply heat exchanger into a higher value if a state where number of rotations per time unit of the pump exceeds a preset predetermined value continues for predetermined time so that the number of rotations per time unit of the pump becomes lower.
An assembling method of a bearing unit which comprises a bearing having an outer ring and a retainer plate having a retainer hole for holding the outer ring, the assembling method comprising: pressing a plurality of portions in a circumferential direction of a circumferential edge of an inner circumferential portion of the retainer hole of the retainer plate in an axial direction to form protruding portions which protrude from an axial end face of the retainer plate in the axial direction in which the plurality of portions is pressed. bringing the protruding portions of the retainer plate into contact with an end face of a small diameter step portion provided in an axial end portion of an outer circumferential face of the outer ring; and pressing the axial end face of the retainer plate against the small diameter portion of the outer ring to form engagement pawls by plastically deforming the protruding portions of the retainer plate radially inward to thereby engage the engagement pawls with an engagement groove formed on the small diameter step portion. pressing a plurality of portions in a circumferential direction of a circumferential edge of an inner circumferential portion of the retainer hole of the retainer plate in an axial direction to form protruding portions which protrude from an axial end face of the retainer plate in the axial direction in which the plurality of portions is pressed. bringing the protruding portions of the retainer plate into contact with an end face of a small diameter step portion provided in an axial end portion of an outer circumferential face of the outer ring; and pressing the axial end face of the retainer plate against the small diameter portion of the outer ring to form engagement pawls by plastically deforming the protruding portions of the retainer plate radially inward to thereby engage the engagement pawls with an engagement groove formed on the small diameter step portion.
An immunobinder comprising one of the following solubility enhancing motifs in the heavy chain amino acid positions 12, 103 and 144 (AHo numbering): (a) Serine at heavy chain amino acid position 12; (b) Serine at heavy chain amino acid position 103; and (c) Threonine at heavy chain amino acid position 144; or Serine at heavy chain amino acid position 12; Threonine at heavy chain amino acid position 103; and Serine at heavy chain amino acid position 144; or Serine at heavy chain amino acid position 12; Threonine at heavy chain amino acid position 103; and Threonine at heavy chain amino acid position 144. (a) Serine at heavy chain amino acid position 12; (b) Serine at heavy chain amino acid position 103; and (c) Threonine at heavy chain amino acid position 144; or Serine at heavy chain amino acid position 12; Threonine at heavy chain amino acid position 103; and Serine at heavy chain amino acid position 144; or Serine at heavy chain amino acid position 12; Threonine at heavy chain amino acid position 103; and Threonine at heavy chain amino acid position 144.
A device comprising a substrate comprising at least one microelectronic and/or nanoelectronic structure (NEMS) comprising at least one sensitive portion and one fluid channel defined between said substrate and a cap, said fluid channel comprising at least two apertures to provide a flow in said channel, said microelectronic and/or nanoelectronic structure being located within the fluid channel, said cap being assembled with the substrate at an assembly interface, said device comprising at least one electrical connection between said microelectronic and/or nanoelectronic structure and the exterior of the fluid channel, the electrical connection being formed by a via made at least partly through the substrate directly below the microelectronic and/or nanoelectronic structure, and in electrical contact with the microelectronic and/or nanoelectronic structure, in which the device also comprises an intermediate layer (120, 220) located at least partly in the fluid channel, said intermediate layer (120, 220) covering, in the fluid channel, at least partly the microelectronic and/or nanoelectronic structure, except for its sensitive portion, the intermediate layer isolating the materials of the NEMS or MEMS structure other than the sensitive portion from the interior of the fluid channel such that they do not interact with the medium intended to flow in the fluid channel, in which the intermediate layer has the a quasi-flat surface such that it forms a fourth face of the fluid channel.
Clip for joining two structural parts, comprising a holding region having an insert opening, and being adapted to reach around under a head of a pin having the head at its free-standing end, projecting from a first structural part and penetrating an opening in the second structural part, characterized by a holding plate designed for the support on the second structural part and in opposite direction on the head of the pin, which holding plate in its center has a trough-like depression and in the center of the trough-like depression has a recess in which the holding region is formed and located sunken downwards.
A dough processing assembly comprising a fixed frame, an entry area and an exit area for the dough subjected to said processes, wherein the assembly further comprises - at said entry area, a station for loading predefined quantities of dough in a receptacle, - at least one first conveyor belt, arranged downstream of said receptacle and adapted to receive and translate said dough, - at least one second conveyor belt, which is perpendicular and arranged below said first belt, for receiving said dough from said first belt, - a station for dispensing said dough, at said exit area, provided with means for folding said dough onto itself, for the juxtaposition of contiguous surfaces thereof, wherein said at least one first conveyor belt is movable, with respect to said fixed frame, by means of respective first actuators along at least one first direction which is parallel to a direction along which the dough advances on said first belt, said at least one first conveyor belt being movable, with respect to said fixed frame, by means of respective second actuators for varying its own height, with consequent variation of its distance from said second conveyor belt, the combination of the motion imposed by the first and second actuators allowing a delivery of said dough onto the surface of said second conveyor belt in a layered configuration, with corresponding external surfaces which are folded, fitted together and juxtaposed. - at said entry area, a station for loading predefined quantities of dough in a receptacle, - at least one first conveyor belt, arranged downstream of said receptacle and adapted to receive and translate said dough, - at least one second conveyor belt, which is perpendicular and arranged below said first belt, for receiving said dough from said first belt, - a station for dispensing said dough, at said exit area, provided with means for folding said dough onto itself, for the juxtaposition of contiguous surfaces thereof, wherein said at least one first conveyor belt is movable, with respect to said fixed frame, by means of respective first actuators along at least one first direction which is parallel to a direction along which the dough advances on said first belt, said at least one first conveyor belt being movable, with respect to said fixed frame, by means of respective second actuators for varying its own height, with consequent variation of its distance from said second conveyor belt, the combination of the motion imposed by the first and second actuators allowing a delivery of said dough onto the surface of said second conveyor belt in a layered configuration, with corresponding external surfaces which are folded, fitted together and juxtaposed.
A microfluidic apparatus (1, 1', 10) for generating microbubbles, the apparatus comprising a nozzle (7, 7', 70) for generating microbubbles, the nozzle (7, 7', 70) having an entry orifice (6, 6', 60) and extending along a longitudinal axis from the entry orifice (6, 6', 60) to define a microbubble flow direction, the nozzle (7, 7', 70) having a width and a height dimension which both increase in the bubble flow direction.
A nucleating composition comprising: (a) a first nucleating agent, which comprises a cyclic dicarboxylate salt compound; and (b) a second nucleating agent, which comprises talc, wherein the cyclic dicarboxylate salt compound has the formula: (a) a first nucleating agent, which comprises a cyclic dicarboxylate salt compound; and (b) a second nucleating agent, which comprises talc,
A method of processing an interactive service for a broadcast service at a first device, the method comprising: conducting an UPnP discovery and description process with a second device; receiving at least one trigger from a broadcast stream or an internet server, wherein the at least one trigger is an activation trigger, further the activation trigger sets an activation time for an event, wherein an application parameter table contains metadata on an application and the event targeted to the application, further the application parameter table comprises at least one application element, at least one event element and at least one data element; and generating an augmented activation trigger by combining information from the activation trigger with information from the application parameter table, wherein a target delivery time for the augmented activation trigger is the activation time set by the activation trigger, characterized in that the at least one event element is a child element of the at least one application element, wherein the at least one event element represents the event for the application, further the at least one data element is a child element of the at least one event element, and the at least one data element provides data related to the event. conducting an UPnP discovery and description process with a second device; receiving at least one trigger from a broadcast stream or an internet server, wherein the at least one trigger is an activation trigger, further the activation trigger sets an activation time for an event, wherein an application parameter table contains metadata on an application and the event targeted to the application, further the application parameter table comprises at least one application element, at least one event element and at least one data element; and generating an augmented activation trigger by combining information from the activation trigger with information from the application parameter table, wherein a target delivery time for the augmented activation trigger is the activation time set by the activation trigger, characterized in that the at least one event element is a child element of the at least one application element, wherein the at least one event element represents the event for the application, further the at least one data element is a child element of the at least one event element, and the at least one data element provides data related to the event.
An electronic device, comprising: a speaker; an enclosure structure in which the speaker is mounted, the enclosure structure exposing a speaker opening of the speaker and providing a sealed enclosure for a rear portion of the speaker, wherein the enclosure structure further includes an electrically conductive portion; and one or more electronic components coupled to the electrically conductive portion of the enclosure structure; wherein the electrically conductive portion of the enclosure structure is configured to provide electromagnetic shielding for the one or more electronic components and forms part of the sealed enclosure of the speaker, and wherein the electrically conductive portion is grounded; wherein the one or more electronic components are mounted on a logic board, and the logic board is mounted on the electrically conductive portion of the enclosure structure, thereby allowing the one or more electronic components to be mechanically coupled to the electrically conductive portion of the enclosure structure via the logic board; and wherein the electrically conductive portion of the enclosure structure includes a recess configured to receive the one or more electronic components when the logic board is mounted on the electrically conductive portion of the enclosure structure. a speaker; an enclosure structure in which the speaker is mounted, the enclosure structure exposing a speaker opening of the speaker and providing a sealed enclosure for a rear portion of the speaker, wherein the enclosure structure further includes an electrically conductive portion; and one or more electronic components coupled to the electrically conductive portion of the enclosure structure; wherein the electrically conductive portion of the enclosure structure is configured to provide electromagnetic shielding for the one or more electronic components and forms part of the sealed enclosure of the speaker, and wherein the electrically conductive portion is grounded; wherein the one or more electronic components are mounted on a logic board, and the logic board is mounted on the electrically conductive portion of the enclosure structure, thereby allowing the one or more electronic components to be mechanically coupled to the electrically conductive portion of the enclosure structure via the logic board; and wherein the electrically conductive portion of the enclosure structure includes a recess configured to receive the one or more electronic components when the logic board is mounted on the electrically conductive portion of the enclosure structure.
A waterproof connector, comprising a connector body having a terminal containing room in which a terminal metal fitting of an electric wire is contained, a waterproof plug which is fitted to the electric wire at a wire withdrawing side of the connector body and assembled to the wire withdrawing side of the connector body, and a rear holder which is mounted on the wire withdrawing side of the connector body thereby to prevent drop of the waterproof plug from the connector body, wherein the rear holder includes a first holder body and a second holder body, wire containing recesses (53,54) for containing the electric wire are respectively formed in the first holder body and the second holder body, characterized in that the first holder body and the second holder body are adapted to be individually mounted on the wire withdrawing side of the connector body thereby to be combined together.
A removable anchoring device designed to be inserted in a hole drilled in a wall and intended to support a mechanical load, comprising: - a female body provided with a radially expandable front area, designed to be inserted in the drilled hole, and with a rear stop designed to be outside the hole, - a male body engaged by sliding in the female body comprising at its front end an expansion head designed to penetrate, by axial movement of the female body and of the male body with respect to one another, into the radially expandable area of the female body in order to dilate it and to apply it against the cylindrical surface of the hole, said male body comprising a rear stop designed to be outside the hole, - a flexible compression part engaged on the male body and fitted in compression between the stop of the female body and the stop of the male body, in order to bias the male body and the female body in the direction of engagement of the expansion head in the radially expandable area, a device characterized in that the male body, in front of and away from the rear stop which the female body comprises, presents a stop part determining a penetration length into the drilled hole. - a female body provided with a radially expandable front area, designed to be inserted in the drilled hole, and with a rear stop designed to be outside the hole, - a male body engaged by sliding in the female body comprising at its front end an expansion head designed to penetrate, by axial movement of the female body and of the male body with respect to one another, into the radially expandable area of the female body in order to dilate it and to apply it against the cylindrical surface of the hole, said male body comprising a rear stop designed to be outside the hole, - a flexible compression part engaged on the male body and fitted in compression between the stop of the female body and the stop of the male body, in order to bias the male body and the female body in the direction of engagement of the expansion head in the radially expandable area,
A computer-implemented process for improving an orthomosaic composed of portions from a plurality of images, wherein the orthomosaic has been generated fully or partially automatically from the plurality of images, the process comprising: - providing to a computer the orthomosaic composed of portions of a first image and portions of a second image, wherein the first image was captured at a later time than the second image; wherein the process is characterised by: - automatically detecting with the computer one or more slivers in the orthomosaic by identifying one or more contiguous portions of the first or second image in the orthomosaic that have a width less than a predetermined width and a length greater than a predetermined length, and have different characteristics as compared to an adjacent portion in the orthomosaic that is created from a different image, each contiguous portion having an outer perimeter, wherein said step of automatically detecting comprises, in respect of the or each identified contiguous portion, creating an original footprint of the portion using its outer perimeter, shrinking the original footprint from all edges by said predetermined width to form a shrunken footprint, expanding said shrunken footprint from all edges by said predetermined width to form an expanded footprint, and subtracting the expanded footprint from the original footprint and subsequently identifying each remaining contiguous portion as a separate sliver; and - automatically removing with the computer one or more of the slivers. - providing to a computer the orthomosaic composed of portions of a first image and portions of a second image, wherein the first image was captured at a later time than the second image; - automatically detecting with the computer one or more slivers in the orthomosaic by identifying one or more contiguous portions of the first or second image in the orthomosaic that have a width less than a predetermined width and a length greater than a predetermined length, and have different characteristics as compared to an adjacent portion in the orthomosaic that is created from a different image, each contiguous portion having an outer perimeter, wherein said step of automatically detecting comprises, in respect of the or each identified contiguous portion, creating an original footprint of the portion using its outer perimeter, shrinking the original footprint from all edges by said predetermined width to form a shrunken footprint, expanding said shrunken footprint from all edges by said predetermined width to form an expanded footprint, and subtracting the expanded footprint from the original footprint and subsequently identifying each remaining contiguous portion as a separate sliver; and - automatically removing with the computer one or more of the slivers.