mhurhangee/ep-ind-claims huggingface dataset:
A burner device (S1, S2) that burns a mixture gas of an oxidant and a fuel, comprising: an oxidant flow passage through which the oxidant flows; a pipe portion that has a hollow interior portion connected to the oxidant flow passage; a partition member that air-permeably partitions the interior portion of the pipe portion into a take-in passage region of the oxidant, an ignition region that ignites the mixture gas, and a flame retaining region that maintains combustion of the mixture gas, an ignition device that is provided in the ignition region; and a supply portion for supplying a fuel to a fuel retaining portion provided in the ignition region, characterized in that the partition member comprises: a center plate having a protrusion portion (8a1) that protrudes into the oxidant flow passage, and that stops a part of the oxidant flowing through the oxidant flow passage for guiding it into the take-in passage region; and a side plate that extends from the center plate, wherein the side plate is spaced from a side surface of the pipe portion and partitions the ignition region and the flame retaining region. an oxidant flow passage through which the oxidant flows; a pipe portion that has a hollow interior portion connected to the oxidant flow passage; a partition member that air-permeably partitions the interior portion of the pipe portion into a take-in passage region of the oxidant, an ignition region that ignites the mixture gas, and a flame retaining region that maintains combustion of the mixture gas, an ignition device that is provided in the ignition region; and a supply portion for supplying a fuel to a fuel retaining portion provided in the ignition region,
A sweeping machine for floors and carpets, comprising a body with wheels for gliding (12, 13) and a maneuvering handle, said body supporting at least one cleaning roller (16, 17) that has a horizontal axis and is actuated by an electric motor by virtue of torque transmission means, further comprising means for the suction of air from a region proximate to said at least one cleaning roller (16, 17), said suction means being actuated by said same electric motor for driving said at least one cleaning roller (16, 17) characterized in that it comprises two cleaning rollers (16, 17) with parallel axes, a first cleaning roller and a second cleaning roller, said second cleaning roller being actuated by said same electric motor for driving said first cleaning roller.
A pipeline inspection device, comprising: a cable including a camera disposed on a distal end of the cable, the camera and the cable configured to be directed into a conduit; a first drum including a rear wall, a front wall, and a side wall defining an interior, the front wall having an opening providing access to the interior, wherein the cable is disposed at least partially within the first drum; a stand for supporting the first drum, the first drum being rotatably coupled to the stand by a rotatable portion of a mounting assembly; and a hub housing electrical components of the pipeline inspection device, the hub being removably received in the interior of the first drum via the opening, wherein the hub is selectively removable from the first drum and insertable into an interior of a second drum, wherein a fixed portion of the mounting assembly includes a core, and wherein the hub includes a latch that is engagable with the core to support the hub within the drum, and wherein the core includes a recess, and wherein the hub includes a protrusion that is received within the recess to align the hub within the drum. a cable including a camera disposed on a distal end of the cable, the camera and the cable configured to be directed into a conduit; a first drum including a rear wall, a front wall, and a side wall defining an interior, the front wall having an opening providing access to the interior, wherein the cable is disposed at least partially within the first drum; a stand for supporting the first drum, the first drum being rotatably coupled to the stand by a rotatable portion of a mounting assembly; and a hub housing electrical components of the pipeline inspection device, the hub being removably received in the interior of the first drum via the opening, wherein the hub is selectively removable from the first drum and insertable into an interior of a second drum, wherein a fixed portion of the mounting assembly includes a core, and wherein the hub includes a latch that is engagable with the core to support the hub within the drum, and wherein the core includes a recess, and wherein the hub includes a protrusion that is received within the recess to align the hub within the drum.
Electronic rotary encoder for pointer instruments equipped with a pointer, to be viewed from a front side, with a sensor unit for the contactless detection of an angle position of the pointer, characterized in that the sensor unit has measurement sectors positioned along a measuring circumference, which are designed to measure an electric and/or magnetic image of the pointer and the rotary encoder is designed to be attachable to a front side of the pointer instrument and sensor unit is designed to use only the pointer as an encoder means, whereby the measurement is effected capacitively, inductively or magnetically.
A method of deciding when to terminate a defrosting cycle within a refrigerated transport container, the container includes: - a transport volume, - a cooling unit comprising at least an evaporator arranged in a cooling space, - a return air grid arranged to separate said cooling space from said transport volume, - means for sensing temperature indicative of the return air temperature of air returning to said cooling space from said transport volume or the temperature of the return air grid, - means for actively heating said evaporator during defrosting cycles, and - a processor configured for controlling at least the duration of said defrosting cycles, characterized in that the method further includes the steps of: - establishing one or more indicators indicative of frost and/or ice build-up on said return air grid, and - deciding to terminate a defrosting cycle only when said one or more indicators indicative of frost and/or ice build-up on said return air grid indicate that said return air grid is free of frost and/or ice, said step of deciding to terminate the defrosting cycle constitutes prolongation or extension of a defrosting cycle, such as an evaporator defrosting cycle. - a transport volume, - a cooling unit comprising at least an evaporator arranged in a cooling space, - a return air grid arranged to separate said cooling space from said transport volume, - means for sensing temperature indicative of the return air temperature of air returning to said cooling space from said transport volume or the temperature of the return air grid, - means for actively heating said evaporator during defrosting cycles, and - a processor configured for controlling at least the duration of said defrosting cycles, - establishing one or more indicators indicative of frost and/or ice build-up on said return air grid, and - deciding to terminate a defrosting cycle only when said one or more indicators indicative of frost and/or ice build-up on said return air grid indicate that said return air grid is free of frost and/or ice, said step of deciding to terminate the defrosting cycle constitutes prolongation or extension of a defrosting cycle, such as an evaporator defrosting cycle.
A battery module, characterized in that, the battery module comprises: a lower housing; a cell group accommodated in the lower housing, wherein the cell group comprises a plurality of cells; a top cover sealed from and connected to the lower housing, wherein the top cover comprises an upper plastic part, a lower plastic part, and a metal cover plate located between the upper plastic part and the lower plastic part; an explosion-proof valve provided on the top cover; and a module output electrode provided on the top cover, wherein the module output electrode is electrically connected to the cell group; wherein each of the plurality of cells comprises a cell lower housing, a bare cell accommodated in the cell lower housing, and an upper cover sealed from and connected to the cell lower housing; and the lower housing is made of metal, and both the cell lower housing and the upper cover are made of electrolyte solution-resistant plastics in such an encapsulating way that the assembled cell achieves a sealing and water-proof effect. a lower housing; a cell group accommodated in the lower housing, wherein the cell group comprises a plurality of cells; a top cover sealed from and connected to the lower housing, wherein the top cover comprises an upper plastic part, a lower plastic part, and a metal cover plate located between the upper plastic part and the lower plastic part; an explosion-proof valve provided on the top cover; and a module output electrode provided on the top cover, wherein the module output electrode is electrically connected to the cell group; wherein each of the plurality of cells comprises a cell lower housing, a bare cell accommodated in the cell lower housing, and an upper cover sealed from and connected to the cell lower housing; and the lower housing is made of metal, and both the cell lower housing and the upper cover are made of electrolyte solution-resistant plastics in such an encapsulating way that the assembled cell achieves a sealing and water-proof effect.
A refrigerator including a refrigerant circulation path in which a refrigerant discharged from a compressor is sucked into the compressor through an outdoor heat exchanger, which can be a condenser or an evaporator, an expansion mechanism and an indoor heat exchanger, which can be an evaporator or a condenser, characterized in that in the refrigerant circulation path, a refrigerant in which hydrofluorocarbon having no double bond is mixed and is charged into a single hydrofluoroolefin refrigerant having a carbon-carbon double bond or a refrigerant having the hydrofluoroolefin as a base ingredient, the refrigerant circulation path is provided therein with a fibrous filter which traps refrigerant reactant, wherein the fibrous filter is made of glass wool glass fibers, wherein the material of the surface of the glass wool is SiO2, and the wherein the glass wool fibers have a cotton shape, and wherein the refrigerant circulation path includes a bypass circuit for bypassing the fibrous filter, and wherein the expansion mechanism is disposed at the bypass circuit.
A nozzle for ejecting combustion gas from a rocket engine comprising a fixed part and a moving part, extending the fixed part, said moving part, produced in the form of flaps (2a, 2b), being positioned downstream of the fixed part and forming an extension of the nozzle, characterized in that it comprises a sealing device providing sealing between the fixed part and the moving part and in the form of a flexible membrane resistant to a local temperature of the combustion gases leaving the nozzle and connecting the end of the fixed part to a border of the flaps or petals that form the moving part, and in that the flexible membrane forms an annular pipe, the device being provided with means for injecting the exhaust gas from a turbine of a turbopump at the flexible membrane between the fixed part and the moving part extending said nozzle.
A method for disabling a particular server in a wireless communication system, the method being performed by a terminal and comprising: receiving, from a first server, a message for requesting disablement of an account of the particular server; processing the received message; and transmitting, to the first server, a message about a result of the processing of the received message, wherein the account of the particular server is enabled or disabled by a particular resource; wherein the particular server is disabled during a period of time indicated by a value of the particular resource, and enabled after the period if the message for requesting is successfully processed, wherein the method further comprises: collecting and storing information about the particular server during the period transmitting, to the particular server, the collected and stored information about the particular server if the particular server is enabled after the period. receiving, from a first server, a message for requesting disablement of an account of the particular server; processing the received message; and transmitting, to the first server, a message about a result of the processing of the received message, wherein the account of the particular server is enabled or disabled by a particular resource; wherein the particular server is disabled during a period of time indicated by a value of the particular resource, and enabled after the period if the message for requesting is successfully processed, wherein the method further comprises: collecting and storing information about the particular server during the period transmitting, to the particular server, the collected and stored information about the particular server if the particular server is enabled after the period. collecting and storing information about the particular server during the period transmitting, to the particular server, the collected and stored information about the particular server if the particular server is enabled after the period.
A frame for dampening vibrations in a printed circuit board assembly, the frame comprising: a substrate having a first surface (28, 30) and a second surface (28, 30), wherein the substrate is planar or wherein the substrate is a tiered structure; and a plurality of ridges extending transversely from each of the first and second surfaces, the plurality of ridges defining recesses on each side of the generally planar substrate and the plurality of ridges on each side configured to mount to a respective printed circuit board (12, 13); wherein at least one of the one or more recesses is configured to accommodate one or more electronic components of the respective printed circuit board in the printed circuit board assembly, wherein the frame is made from an electrically non-conductive material. a substrate having a first surface (28, 30) and a second surface (28, 30), wherein the substrate is planar or wherein the substrate is a tiered structure; and a plurality of ridges extending transversely from each of the first and second surfaces, the plurality of ridges defining recesses on each side of the generally planar substrate and the plurality of ridges on each side configured to mount to a respective printed circuit board (12, 13); wherein at least one of the one or more recesses is configured to accommodate one or more electronic components of the respective printed circuit board in the printed circuit board assembly, wherein the frame is made from an electrically non-conductive material.
A cooking device comprising: an inner chamber (10, 11), which comprises at least one cooking chamber, at least one microwave source (21, 22), and at least one microwave guiding structure (23, 24; 27; 48) for guiding microwaves from the microwave source (21, 22) to at least one gate (25, 26) in a wall or a wall part of the inner chamber (10, 11), wherein the microwave guiding structure (23, 24; 27; 48), as viewed in the propagation direction of the microwaves, comprises at least one section (29; 50) having an electrically conductive and solid wall element (30, 31; 51, 52) on at least two opposite sides, and over at least a portion of the length of the section (29; 50) in the propagation direction of the microwaves at least one dielectric material (44; 53) is arranged between the two opposite sides, characterised in that the dielectric material (44; 53) has a higher permittivity than air. an inner chamber (10, 11), which comprises at least one cooking chamber, at least one microwave source (21, 22), and at least one microwave guiding structure (23, 24; 27; 48) for guiding microwaves from the microwave source (21, 22) to at least one gate (25, 26) in a wall or a wall part of the inner chamber (10, 11), wherein the microwave guiding structure (23, 24; 27; 48), as viewed in the propagation direction of the microwaves, comprises at least one section (29; 50) having an electrically conductive and solid wall element (30, 31; 51, 52) on at least two opposite sides, and over at least a portion of the length of the section (29; 50) in the propagation direction of the microwaves at least one dielectric material (44; 53) is arranged between the two opposite sides, characterised in that the dielectric material (44; 53) has a higher permittivity than air.
A system for use in performing an intraocular procedure, said system comprising: a laser unit comprising a laser source; and a plurality of single-use, disposable laser probes (200, 500) coupleable, one at a time, to said laser unit, each single-use, disposable laser probe (200, 500) comprising: a handheld component; and a fiber optic core extending through the handheld component, the fiber optic core including a proximal end detachably coupleable to the laser unit and a distal end including a delivery tip for emitting laser energy, transmitted via the fiber optic core from said laser source when coupled thereto, to a target tissue for ablation thereof, wherein each of said plurality of single-use, disposable laser probes (200, 500) comprises one or more characteristics tailored to a respective user, including wherein said plurality of single-use, disposable laser probes (200, 500) includes a first probe having a first delivery tip with a first flexibility level and a second probe having a second delivery tip with a second flexibility level different from the first flexibility level. a laser unit comprising a laser source; and a plurality of single-use, disposable laser probes (200, 500) coupleable, one at a time, to said laser unit, each single-use, disposable laser probe (200, 500) comprising: a handheld component; and a fiber optic core extending through the handheld component, the fiber optic core including a proximal end detachably coupleable to the laser unit and a distal end including a delivery tip for emitting laser energy, transmitted via the fiber optic core from said laser source when coupled thereto, to a target tissue for ablation thereof, wherein each of said plurality of single-use, disposable laser probes (200, 500) comprises one or more characteristics tailored to a respective user, including wherein said plurality of single-use, disposable laser probes (200, 500) includes a first probe having a first delivery tip with a first flexibility level and a second probe having a second delivery tip with a second flexibility level different from the first flexibility level. a handheld component; and a fiber optic core extending through the handheld component, the fiber optic core including a proximal end detachably coupleable to the laser unit and a distal end including a delivery tip for emitting laser energy, transmitted via the fiber optic core from said laser source when coupled thereto, to a target tissue for ablation thereof, wherein each of said plurality of single-use, disposable laser probes (200, 500) comprises one or more characteristics tailored to a respective user, including wherein said plurality of single-use, disposable laser probes (200, 500) includes a first probe having a first delivery tip with a first flexibility level and a second probe having a second delivery tip with a second flexibility level different from the first flexibility level.
A shoe comprising: an outer sole suitable to be brought into contact with a road surface; a midsole arranged on the outer sole; and an upper covering a foot from an upper side, wherein the midsole includes at a middle foot portion a cut-out portion opened to at least one side of a lateral side and a medial side, and closed at a middle portion in a width direction, and the cut-out portion is positioned corresponding to an arch portion of the foot, wherein the shoe further comprises a deformation suppressing portion provided on a lower surface side of the cut-out portion, the deformation suppressing portion having hardness or rigidity equal to or higher than the hardness or rigidity of an upper surface side of the cut-out portion, wherein the deformation suppressing portion is formed either: a) in a plate shape and is provided to extend from a front side to a rear side on the lower surface side of the cut-out portion, or b) by the outer sole being provided as the lower surface side of the cut-out portion. an outer sole suitable to be brought into contact with a road surface; a midsole arranged on the outer sole; and an upper covering a foot from an upper side, wherein the midsole includes at a middle foot portion a cut-out portion opened to at least one side of a lateral side and a medial side, and closed at a middle portion in a width direction, and the cut-out portion is positioned corresponding to an arch portion of the foot, wherein the shoe further comprises a deformation suppressing portion provided on a lower surface side of the cut-out portion, the deformation suppressing portion having hardness or rigidity equal to or higher than the hardness or rigidity of an upper surface side of the cut-out portion, wherein the deformation suppressing portion is formed either: a) in a plate shape and is provided to extend from a front side to a rear side on the lower surface side of the cut-out portion, or b) by the outer sole being provided as the lower surface side of the cut-out portion. a) in a plate shape and is provided to extend from a front side to a rear side on the lower surface side of the cut-out portion, or b) by the outer sole being provided as the lower surface side of the cut-out portion.