mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator comprising: an inner case; a storage compartment formed in the inner case; an outer case provided outside the inner case; an inner frame coupled to an outer surface of the inner case to support the inner case; an outer frame separately provided from the inner frame and coupled to an inner surface of the outer case to support the outer case; and a vacuum insulator module comprising a plurality of vacuum insulation panels provided between the inner case and the outer case to insulate the storage compartment and supported by the inner frame and the outer frame, wherein the inner frame comprises a plurality of bar members configured to receive the plurality of vacuum insulation panels therebetween, to align the plurality of vacuum insulation panels with the outer surface of the inner case, characterized in that a rear end of each of the plurality of bar members is spaced apart from the outer frame by a predetermined distance. an inner case; a storage compartment formed in the inner case; an outer case provided outside the inner case; an inner frame coupled to an outer surface of the inner case to support the inner case; an outer frame separately provided from the inner frame and coupled to an inner surface of the outer case to support the outer case; and a vacuum insulator module comprising a plurality of vacuum insulation panels provided between the inner case and the outer case to insulate the storage compartment and supported by the inner frame and the outer frame, wherein the inner frame comprises a plurality of bar members configured to receive the plurality of vacuum insulation panels therebetween, to align the plurality of vacuum insulation panels with the outer surface of the inner case, characterized in that a rear end of each of the plurality of bar members is spaced apart from the outer frame by a predetermined distance.
A working machine comprising: a machine body; an operator seat mounted on the machine body; a front working device swingable upward and downward, the front working device being provided forward of the operator seat and on one side in a machine-width direction eccentric with respect to a central portion of the operator seat; and a front guard provided forward of the operator seat, wherein the front guard includes: a first frame member provided forward of the operator seat and on the one side; and a second frame member provided forward of the operator seat and on another side opposite to the one side, the first frame member includes: a main rod portion defining upper and lower portions of the first frame member, extending between the upper and lower portions of the first frame member, and provided rearward of the front working device, the working machine being characterized in that the main rod portion is formed to be positioned in a machine fore-and-aft direction closer to the operator seat than the second frame member. a machine body; an operator seat mounted on the machine body; a front working device swingable upward and downward, the front working device being provided forward of the operator seat and on one side in a machine-width direction eccentric with respect to a central portion of the operator seat; and a front guard provided forward of the operator seat, wherein the front guard includes: a first frame member provided forward of the operator seat and on the one side; and a second frame member provided forward of the operator seat and on another side opposite to the one side, a first frame member provided forward of the operator seat and on the one side; and a second frame member provided forward of the operator seat and on another side opposite to the one side, the first frame member includes: a main rod portion defining upper and lower portions of the first frame member, extending between the upper and lower portions of the first frame member, and provided rearward of the front working device, the working machine being characterized in that the main rod portion is formed to be positioned in a machine fore-and-aft direction closer to the operator seat than the second frame member.
A solar cell string comprising: a plurality of solar cells including electrodes (8a,8b); and an electrically conductive member electrically connecting respective electrodes of said solar cells adjacent to each other, said electrically conductive member including at least two connecting portions connected to electrodes provided on one of a light receiving surface and a rear surface of one of said solar cells, said electrically conductive member being provided with a non-connecting portion located between said connecting portions and not physically connected to the electrodes of the solar cells, and said non-connecting portion includes at least one opening formed in said electrically conductive member, the opening having a configuration with its circumference closed. a plurality of solar cells including electrodes (8a,8b); and an electrically conductive member electrically connecting respective electrodes of said solar cells adjacent to each other, said electrically conductive member including at least two connecting portions connected to electrodes provided on one of a light receiving surface and a rear surface of one of said solar cells, said electrically conductive member being provided with a non-connecting portion located between said connecting portions and not physically connected to the electrodes of the solar cells, and said non-connecting portion includes at least one opening formed in said electrically conductive member, the opening having a configuration with its circumference closed.
A dialysis device comprising: a disposable housing having a dialysate flow path along which dialysate received from a patient is subjected to contaminant removal when in operation, wherein said disposable housing comprises a storage chamber in fluid communication with the dialysate flow path for storing the dialysate therein; a controller for controlling the operation of said disposable housing; an interface means capable of operably coupling the controller and the disposable housing to enable the contaminant removal from the dialysate, and a fluid displacement means configured to move the dialysate along the dialysate flow path, wherein said fluid displacement means comprises a deformable diaphragm integrally formed with at least one wall of said storage chamber, wherein the flow path is fluidly sealed from the controller and interface means, characterized in that the disposable housing further comprises a pressure chamber that is capable of receiving fluid therein and said deformable diaphragm is in fluid contact on one side with the dialysate flow path and, on another opposite side, in contact with the pressure chamber. a disposable housing having a dialysate flow path along which dialysate received from a patient is subjected to contaminant removal when in operation, wherein said disposable housing comprises a storage chamber in fluid communication with the dialysate flow path for storing the dialysate therein; a controller for controlling the operation of said disposable housing; an interface means capable of operably coupling the controller and the disposable housing to enable the contaminant removal from the dialysate, and a fluid displacement means configured to move the dialysate along the dialysate flow path, wherein said fluid displacement means comprises a deformable diaphragm integrally formed with at least one wall of said storage chamber, wherein the flow path is fluidly sealed from the controller and interface means, characterized in that the disposable housing further comprises a pressure chamber that is capable of receiving fluid therein and said deformable diaphragm is in fluid contact on one side with the dialysate flow path and, on another opposite side, in contact with the pressure chamber.
A method for visualizing particles suspended in a first static or flowing fluid, comprising: directing a narrow beam of pulsed ultrasonic energy from a first transducer into said first fluid; sweeping the first transducer over a chosen angle at a selected rate such that the beam of ultrasonic energy is moved through the first fluid through the chosen angle at the selected rate; and detecting pulse-echo return signals scattered from the particles in the first fluid during the sweep of the first transducer; whereby, the particles are visualized. directing a narrow beam of pulsed ultrasonic energy from a first transducer into said first fluid; sweeping the first transducer over a chosen angle at a selected rate such that the beam of ultrasonic energy is moved through the first fluid through the chosen angle at the selected rate; and detecting pulse-echo return signals scattered from the particles in the first fluid during the sweep of the first transducer; whereby, the particles are visualized.
A laminate film comprising: a heat sealing layer composed of a resin composition including, with respect to 20 to 95 parts by weight of a propylene-based polymer having a melting point (Tm) of equal to or higher than 120°C and equal to or lower than 170°C as measured by differential scanning calorimetry, a total of 5 to 80 parts by weight of two or more kinds of copolymers selected from the group consisting of a propylene·1-butene copolymer containing a unit derived from propylene in an amount of 51 to 95 mol% and a unit derived from 1-butene in an amount of 5 to 49 mol%, wherein the total of the unit derived from propylene and the unit derived from 1-butene is 100 mol%, a copolymer of ethylene and an α-olefin having 3 to 20 carbon atoms, and a copolymer of 1-butene and an α-olefin having 3 carbon atoms or 5 to 20 carbon atoms containing a constitutional unit derived from 1-butene in an amount of 50 to 99 mol% and a constitutional unit derived from an α-olefin having 3 carbon atoms or 5 to 20 carbon atoms in an amount of 1 to 50 mol%, wherein the total of the unit derived from 1-butene and the unit derived from the α-olefin is 100 mol%, wherein each of Component, Component, and Component is different from Component, and the total amount of Component, Component, Component, and Component is 100 parts by weight; and a base layer, wherein a surface of the heat sealing layer opposite to the base layer has a wet tension of 32 to 45 mN/m. a heat sealing layer composed of a resin composition including, with respect to 20 to 95 parts by weight of a propylene-based polymer having a melting point (Tm) of equal to or higher than 120°C and equal to or lower than 170°C as measured by differential scanning calorimetry, a total of 5 to 80 parts by weight of two or more kinds of copolymers selected from the group consisting of a propylene·1-butene copolymer containing a unit derived from propylene in an amount of 51 to 95 mol% and a unit derived from 1-butene in an amount of 5 to 49 mol%, wherein the total of the unit derived from propylene and the unit derived from 1-butene is 100 mol%, a copolymer of ethylene and an α-olefin having 3 to 20 carbon atoms, and a copolymer of 1-butene and an α-olefin having 3 carbon atoms or 5 to 20 carbon atoms containing a constitutional unit derived from 1-butene in an amount of 50 to 99 mol% and a constitutional unit derived from an α-olefin having 3 carbon atoms or 5 to 20 carbon atoms in an amount of 1 to 50 mol%, wherein the total of the unit derived from 1-butene and the unit derived from the α-olefin is 100 mol%, wherein each of Component, Component, and Component is different from Component, and the total amount of Component, Component, Component, and Component is 100 parts by weight; and a base layer, wherein a surface of the heat sealing layer opposite to the base layer has a wet tension of 32 to 45 mN/m.
A liquid ejection apparatus, comprising: a liquid ejection head unit (210K, 210C, 210M, 210Y) that is configured to eject liquid onto a conveyed object that is being conveyed along a conveying path; a detection unit (SENK, SENC, SENM, SENY) that is provided with respect to the liquid ejection head unit and is configured to output a detection result indicating at least one of a plurality of positions, a moving speed, and an amount of movement of the conveyed object with respect to a conveying direction of the conveyed object; and a control unit configured to control the liquid ejection head unit to eject the liquid based on the detection result, characterized in that the conveying path is positioned between the liquid ejection head unit (210K, 210C, 210M, 210Y) and the detection unit (SENK, SENC, SENM, SENY). a liquid ejection head unit (210K, 210C, 210M, 210Y) that is configured to eject liquid onto a conveyed object that is being conveyed along a conveying path; a detection unit (SENK, SENC, SENM, SENY) that is provided with respect to the liquid ejection head unit and is configured to output a detection result indicating at least one of a plurality of positions, a moving speed, and an amount of movement of the conveyed object with respect to a conveying direction of the conveyed object; and a control unit configured to control the liquid ejection head unit to eject the liquid based on the detection result,
A lock indicator and a mechanical lock assembly, comprising: a switch; a power source; a transmitter coupled to the power source; and a bolt member moveable between a retracted position and an extended position with respect to a housing of the assembly, wherein the switch is configured to engage the bolt member and is actuatable by the bolt member to determine the position of the bolt member, and the transmitter is configured to transmit a signal indicative of the position of the bolt member to a remote device, wherein the switch and bolt member are located in a main body of the housing of the assembly and the power source is located in an auxiliary housing of the housing remote from the main body of the housing, characterized in that the housing includes a faceplate member and the power source is accessible through an aperture defined by the faceplate member, and in that, when the bolt member is in the extended position, a portion of the bolt member extends beyond the confines of the main body of the housing through an aperture defined by the faceplate member. a switch; a power source; a transmitter coupled to the power source; and a bolt member moveable between a retracted position and an extended position with respect to a housing of the assembly, wherein the switch is configured to engage the bolt member and is actuatable by the bolt member to determine the position of the bolt member, and the transmitter is configured to transmit a signal indicative of the position of the bolt member to a remote device, the housing includes a faceplate member and the power source is accessible through an aperture defined by the faceplate member, and in that, when the bolt member is in the extended position, a portion of the bolt member extends beyond the confines of the main body of the housing through an aperture defined by the faceplate member.
An electrical cooking device comprising a lower housing and an upper housing articulated about a pivot axis, said lower and upper housings each comprising: - a removable cooking plate (5, 6); - a heating resistor; - a peripheral heat reflecting plate (8, 9); - a heat reflecting plate for a heating resistor (10, 11); the upper housing comprising at least one insulating plate and the lower housing comprising a main drip opening in the lower peripheral heat reflecting plate allowing the discharge of the produced liquids, in use, toward a receptacle located below the lower housing, the cooking plates (5, 6) of the cooking device being set back relative to the peripheral heat reflecting plate (8, 9). - a removable cooking plate (5, 6); - a heating resistor; - a peripheral heat reflecting plate (8, 9); - a heat reflecting plate for a heating resistor (10, 11);
Device as assembly unit that is attachable to a body part of a motor vehicle and comprising an assembly element on which the following elements are carried: a camera unit that serves for recording images of the exterior area of a motor vehicle, a cover element and a drive which is in an operative connection with the cover element wherein the cover element is movable between the closed position and the opened position by the drive, wherein in the closed position of the cover element the camera unit is inaccessible from the outside behind the cover element and in the opened position of the cover element the image acquisition is performable, and that the assembly element comprises at least one attachment means with which the assembly element is attachable on the outside of the body part of the motor vehicle, wherein the cover element comprises an outer surface facing away from the camera unit and the drive interacts with a mechanism such that during the movement of the cover element between the closed position and the opened position the outer surface is in each position always visible for a person which is in the outer exterior area of the motor vehicle characterized in that the mechanism is designed in such that during the movement of the cover element from the closed position to the opened position in a first movement phase the cover element moves away from the motor vehicle and simultaneously swivels around at least one axis (55, 56) and that in a second movement phase the cover element is pulled towards the motor vehicle and particularly simultaneously swivels back around at least one axis (55, 56). a camera unit that serves for recording images of the exterior area of a motor vehicle, a cover element and a drive which is in an operative connection with the cover element wherein the cover element is movable between the closed position and the opened position by the drive, wherein in the closed position of the cover element the camera unit is inaccessible from the outside behind the cover element and in the opened position of the cover element the image acquisition is performable, and that the assembly element comprises at least one attachment means with which the assembly element is attachable on the outside of the body part of the motor vehicle, wherein the cover element comprises an outer surface facing away from the camera unit and the drive interacts with a mechanism such that during the movement of the cover element between the closed position and the opened position the outer surface is in each position always visible for a person which is in the outer exterior area of the motor vehicle characterized in that the mechanism is designed in such that during the movement of the cover element from the closed position to the opened position in a first movement phase the cover element moves away from the motor vehicle and simultaneously swivels around at least one axis (55, 56) and that in a second movement phase the cover element is pulled towards the motor vehicle and particularly simultaneously swivels back around at least one axis (55, 56).
A working machine (10") comprising: a base assembly (11") including a ground engaging structure; an undercarriage (12") connected to the ground engaging structure; a superstructure (14") connected to the undercarriage (12"); a working arm (40") mounted to the superstructure (14"); a connector (16") connecting the undercarriage (12") to the superstructure (14"); and a drive arrangement located in the base assembly (11") for moving the ground engaging structure to propel, in use, the working machine (10"); characterised in that; the superstructure (14") comprises a bodywork portion having first angled perimeter surface (64b") thereof, the angle being greater than 0° below the horizontal and less than 90° below the horizontal, wherein the working machine (10") has a cab (30") in a position offset from the centre of the superstructure (14") and the first angled perimeter surface (64b") is on a side of the machine remote from the cab (30"). a base assembly (11") including a ground engaging structure; an undercarriage (12") connected to the ground engaging structure; a superstructure (14") connected to the undercarriage (12"); a working arm (40") mounted to the superstructure (14"); a connector (16") connecting the undercarriage (12") to the superstructure (14"); and a drive arrangement located in the base assembly (11") for moving the ground engaging structure to propel, in use, the working machine (10"); characterised in that; the superstructure (14") comprises a bodywork portion having first angled perimeter surface (64b") thereof, the angle being greater than 0° below the horizontal and less than 90° below the horizontal, wherein the working machine (10") has a cab (30") in a position offset from the centre of the superstructure (14") and the first angled perimeter surface (64b") is on a side of the machine remote from the cab (30").
Foldable casket cut out from a plate made of rigid material, such as cardboard or wood, the base, the cover and at least two sides (3, 4) of said casket being made of one single piece, and the closing of the casket occurring by fastening one side (4, 3) of the casket, said bottom and said cover each including two longitudinal sides provided with longitudinal reinforcements, wherein two of said longitudinal reinforcements have a tongue configured so as to permit to open the casket once it is closed.
A method performed by a positioning unit in a local positioning system, the method comprising: receiving a first packet originated from a tag device, the first packet comprising first identifying data of the tag device, the first packet being received in a near-field mode; storing the identifying data of the tag device in the positioning unit as being in a registered status; after registering the tag device in the positioning system, broadcasting a second packet including the first identifying data of the tag device, the second packet being transmitted in a far-field mode; receiving a positioning signal originated from the tag device in response to the broadcasted second packet; and based on the received positioning signal of the tag device, identifying a geographic position of the tag device. receiving a first packet originated from a tag device, the first packet comprising first identifying data of the tag device, the first packet being received in a near-field mode; storing the identifying data of the tag device in the positioning unit as being in a registered status; after registering the tag device in the positioning system, broadcasting a second packet including the first identifying data of the tag device, the second packet being transmitted in a far-field mode; receiving a positioning signal originated from the tag device in response to the broadcasted second packet; and based on the received positioning signal of the tag device, identifying a geographic position of the tag device.