mhurhangee/ep-ind-claims huggingface dataset:
A radiation source configured to produce extreme ultraviolet radiation, the radiation source comprising: a chamber in which, in use, a plasma is generated and the plasma produces debris in form of particles as a by-product; a collector mirror configured to focus radiation emitted by the plasma to a focal point; and, a heating system and an evaporation surface, wherein the heating system is constructed and arranged to maintain the evaporation surface at a surface temperature, such that a pressure in a direct vicinity of the evaporation surface is below a vapor pressure for the surface temperature, the vapor pressure being the vapor pressure of tin which, in use, is emitted by the plasma as a by-product, wherein the heating system comprises: a temperature sensor configured to measure the temperature on the evaporation surface; and, a pressure sensor configured to measure the pressure in a direct vicinity of the evaporation surface, and the evaporation surface is configured to mitigate the debris particles during operation by evaporating the particles upon impact, wherein the heating system is configured to heat the evaporation surface when the pressure measured by the pressure sensor is above the vapor pressure at the temperature measured by the temperature sensor. a chamber in which, in use, a plasma is generated and the plasma produces debris in form of particles as a by-product; a collector mirror configured to focus radiation emitted by the plasma to a focal point; and, a heating system and an evaporation surface, wherein the heating system is constructed and arranged to maintain the evaporation surface at a surface temperature, such that a pressure in a direct vicinity of the evaporation surface is below a vapor pressure for the surface temperature, the vapor pressure being the vapor pressure of tin which, in use, is emitted by the plasma as a by-product, wherein the heating system comprises: a temperature sensor configured to measure the temperature on the evaporation surface; and, a pressure sensor configured to measure the pressure in a direct vicinity of the evaporation surface, and the evaporation surface is configured to mitigate the debris particles during operation by evaporating the particles upon impact, wherein the heating system is configured to heat the evaporation surface when the pressure measured by the pressure sensor is above the vapor pressure at the temperature measured by the temperature sensor. a temperature sensor configured to measure the temperature on the evaporation surface; and, a pressure sensor configured to measure the pressure in a direct vicinity of the evaporation surface, and the evaporation surface is configured to mitigate the debris particles during operation by evaporating the particles upon impact, wherein the heating system is configured to heat the evaporation surface when the pressure measured by the pressure sensor is above the vapor pressure at the temperature measured by the temperature sensor.
A surface cleaning apparatus, comprising: a housing including an upright assembly and a base assembly moveably mounted to the upright assembly; a fluid container provided on the housing; a fluid distributor provided in the base assembly in fluid communication with the fluid container; a working air path through the housing; a recovery container provided on the housing and defining a portion of the working air path; a suction source provided on the housing and defining a portion of the working air path; and a suction nozzle provided on the base assembly, characterized by the upright assembly comprising an inverted T-shape and a set of sections (110, 112, 114) selectively coupled together to form a stalk of the T-shape. a housing including an upright assembly and a base assembly moveably mounted to the upright assembly; a fluid container provided on the housing; a fluid distributor provided in the base assembly in fluid communication with the fluid container; a working air path through the housing; a recovery container provided on the housing and defining a portion of the working air path; a suction source provided on the housing and defining a portion of the working air path; and a suction nozzle provided on the base assembly, characterized by the upright assembly comprising an inverted T-shape and a set of sections (110, 112, 114) selectively coupled together to form a stalk of the T-shape.
A radio frequency mixer circuit (301, 401) comprising a first terminal, a local oscillator terminal and a second terminal; a wave propagation medium having a first and second end (105a, 105b), wherein the mixer circuit further comprises a circulator coupling together the first terminal, the first end of the wave propagation medium and the second terminal, a switching means operable according to a signal coupled to the LO terminal, the switching means being coupled to the second end of the wave propagation medium for causing a reflection with unchanged voltage wave polarity when the switching means is in an open state, or a reflection with inverted voltage wave polarity when the switching means is in a closed state, at the second end of the wave propagation medium when a wave is travelling therein; characterized in that the mixer circuit further comprises a further wave propagation medium with a first and second end (205a, 205b), where the first end of the further wave propagation medium is coupled to the circulator, a further switching means, a further LO terminal, the further switching means being operable according to a signal coupled to the further LO terminal, the further switching means being coupled to the second end of the wave propagation medium for causing a reflection with unchanged voltage wave polarity when the switching means is in an open state, or a reflection with inverted voltage wave polarity when the switching means is in a closed state, at the second end of the wave propagation medium when a wave is travelling therein; wherein the signal coupled to the first terminal is routed in the circulator to the first end of the wave propagation medium, and wherein the signal resulting from the reflection in the second end of the wave propagation medium is routed to the first end of a second wave propagation medium, and wherein the signal resulting from the reflection in the second end of the further wave propagation medium is routed in the circulator to the second terminal.
Stud comprising: - a base for fixing to a sole of a studded shoe or boot, this base coming to bear against the underside face of the sole, - a stud body at least partially delineating the external surface of the stud, - a connecting part connecting the body to the base, characterized in that this part connects the body to the base in such a way as to allow the body to move relative to the base under the effect of a load applied to the body of the stud by the wearer of the shoe or boot, - at least one sensor (40; 41) sensitive to a movement of said body and/or to a deformation of the connecting part during this movement. - a base for fixing to a sole of a studded shoe or boot, this base coming to bear against the underside face of the sole, - a stud body at least partially delineating the external surface of the stud, - a connecting part connecting the body to the base, characterized in that this part connects the body to the base in such a way as to allow the body to move relative to the base under the effect of a load applied to the body of the stud by the wearer of the shoe or boot, - at least one sensor (40; 41) sensitive to a movement of said body and/or to a deformation of the connecting part during this movement.
An absorbent article to be worn about a wearer, having a front portion and a back portion, the absorbent article comprising: an outer layer having a central portion between two side portions; an inner layer substantially co-extensive with the outer layer, the inner layer being formed separately from the outer layer; an absorbent layer interposed between the outer layer and the inner layer forming the absorbent article; and one or more fasteners located on the back portion of the absorbent article, wherein the central portion of the outer layer is treated with a chemical coating to inhibit or prevent attachment of the one or more fasteners to the central portion of the outer layer, the one or more fasteners being configured to secure the back portion to the outer layer of the front portion by attaching to the side portions of the outer layer, the side portions not treated with the chemical coating, wherein each of the one or more fasteners comprises a plurality of hooks, the plurality of hooks being attachable to fibers of the side portions of the outer layer that are not treated with the chemical, and wherein the chemical coating inhibits or prevents the hooks from attachment to fibers of the central portion. an outer layer having a central portion between two side portions; an inner layer substantially co-extensive with the outer layer, the inner layer being formed separately from the outer layer; an absorbent layer interposed between the outer layer and the inner layer forming the absorbent article; and one or more fasteners located on the back portion of the absorbent article, wherein the central portion of the outer layer is treated with a chemical coating to inhibit or prevent attachment of the one or more fasteners to the central portion of the outer layer, the one or more fasteners being configured to secure the back portion to the outer layer of the front portion by attaching to the side portions of the outer layer, the side portions not treated with the chemical coating, wherein each of the one or more fasteners comprises a plurality of hooks, the plurality of hooks being attachable to fibers of the side portions of the outer layer that are not treated with the chemical, and wherein the chemical coating inhibits or prevents the hooks from attachment to fibers of the central portion.
Fluid connection adapter comprising, for the fluid connection of a pipe to a hose nozzle, a rigid connecting piece for coupling to the pipe and a hose nozzle receptacle, formed in a flexible hose nozzle receiving element, for receiving the hose nozzle, wherein the connecting piece extends from a base element, which is fastened to the hose nozzle receiving element and on which at least one first projection engaging in the hose nozzle receiving element is formed, characterized in that the first projection consists of a plurality of webs (31, 32), which adjoin the base element at a distance from one another and are fastened to one another on their side facing away from the base element, so that at least one opening is present between the webs (31, 32).
A method for forming windings of a stator assembly in a blower, comprising: providing a stationary portion for the blower including a tube adapted to support a rotor; and using the tube as a mandrel to form the windings of the stator assembly, shaping the tube to facilitate its use as a mandrel, and shaping the tube to include a cylindrical and tapered construction. providing a stationary portion for the blower including a tube adapted to support a rotor; and using the tube as a mandrel to form the windings of the stator assembly, shaping the tube to facilitate its use as a mandrel, and shaping the tube to include a cylindrical and tapered construction.
A working machine comprising: a tool support to which a working tool can be detachably attached; a rotatable motor; a transmission mechanism disposed between the motor and the tool support; a case in which the transmission mechanism is stored; and a holding tool that is attached so as to protrude from an outer surface of the case and is gripped by a worker wherein the case has an attaching hole to which the holding tool is attached, the attaching hole penetrates the case in plan view intersecting with an axis that is a rotation center of the tool support, a first opening portion and a second opening portion are formed on both sides of the attaching hole in a center line direction, characterised in that the holding tool includes a shaft portion to be inserted into the attaching hole, and a tip end of the shaft portion inserted into the attaching hole through the first opening portion is located between a center in the center line direction and the second opening portion. a tool support to which a working tool can be detachably attached; a rotatable motor; a transmission mechanism disposed between the motor and the tool support; a case in which the transmission mechanism is stored; and a holding tool that is attached so as to protrude from an outer surface of the case and is gripped by a worker wherein the case has an attaching hole to which the holding tool is attached, the attaching hole penetrates the case in plan view intersecting with an axis that is a rotation center of the tool support, a first opening portion and a second opening portion are formed on both sides of the attaching hole in a center line direction, characterised in that the holding tool includes a shaft portion to be inserted into the attaching hole, and a tip end of the shaft portion inserted into the attaching hole through the first opening portion is located between a center in the center line direction and the second opening portion.
An inverter, comprising: a box and an electronic component disposed in the box, wherein the box comprises: a box body, having an opening; a cover, sealing the opening of the box body, so that enclosed space is formed inside the box body; and a plurality of explosion venting assemblies, disposed at spacings in a circumferential direction along an edge of the opening of the box body, wherein each explosion venting assembly comprises a fastener and a sleeve covering the fastener, the fastener is configured to fasten the cover to the box body, and fit with the box body and the cover to press against the sleeve, the sleeve has critical buckling load, the sleeve is configured in a manner in which when the cover is subject to an impact force from the inside of the box body, the impact force is transferred to the sleeve, and when a force applied to the sleeve is greater than the critical buckling load of the sleeve, the sleeve is compressed and deformed, so that the cover in a region corresponding to the sleeve is separated from the box body, characterised in that: the box further comprises a plurality of blocking walls, the plurality of blocking walls are in a one-to-one correspondence with a plurality of sleeves, and for the blocking wall and the sleeve that correspond to each other, the blocking wall surrounds the sleeve, there is a spacing between the blocking wall and an outer wall of the sleeve, and the blocking wall is configured to prevent a deformation amount of the sleeve from exceeding a preset deformation amount. a box body, having an opening; a cover, sealing the opening of the box body, so that enclosed space is formed inside the box body; and a plurality of explosion venting assemblies, disposed at spacings in a circumferential direction along an edge of the opening of the box body, wherein each explosion venting assembly comprises a fastener and a sleeve covering the fastener, the fastener is configured to fasten the cover to the box body, and fit with the box body and the cover to press against the sleeve, the sleeve has critical buckling load, the sleeve is configured in a manner in which when the cover is subject to an impact force from the inside of the box body, the impact force is transferred to the sleeve, and when a force applied to the sleeve is greater than the critical buckling load of the sleeve, the sleeve is compressed and deformed, so that the cover in a region corresponding to the sleeve is separated from the box body, characterised in that: the box further comprises a plurality of blocking walls, the plurality of blocking walls are in a one-to-one correspondence with a plurality of sleeves, and for the blocking wall and the sleeve that correspond to each other, the blocking wall surrounds the sleeve, there is a spacing between the blocking wall and an outer wall of the sleeve, and the blocking wall is configured to prevent a deformation amount of the sleeve from exceeding a preset deformation amount.
A method for the continuous treatment of an aluminium alloy strip comprising a step of forming a chemical conversion coating on the surface of said strip by a reaction with a chemical conversion treatment agent whose pH is maintained between 2 and 4 comprising at least one anionic compound containing at least one metallic element in the group consisting of zirconium, titanium, chromium with oxidation state III, cerium, vanadium, molybdenum, manganese, wherein said strip is subjected to an alternating current whose density is comprised between 0.1 and 3 A/dm2, the frequency is comprised between 40 and 70 Hz and the voltage is comprised between 0.1 V and 40 V while said chemical conversion treatment reaction is carried out, wherein the thickness of the conversion coating obtained is less than 50 nm per face.
A treatment machine for containers, in particular bottles, comprising: - a rotatable container table; - a lift guard cover formed laterally on the container table; and - a rail guide, which is stationarily fixed in position above the container table and which has the lift guard cover secured thereto such that it is displaceable in a vertical direction, wherein the lift guard cover comprises a carrier for fastening to the rail guide, the carrier extending in a circumferential direction, characterized in that the rail guide is formed above the container table and comprises guide rails with downwardly projecting free ends. - a rotatable container table; - a lift guard cover formed laterally on the container table; and - a rail guide, which is stationarily fixed in position above the container table and which has the lift guard cover secured thereto such that it is displaceable in a vertical direction,
Plane component having an integrated display device for the digital display of information, comprising - a glass pane, - at least one screen module, and - a controller for controlling and energizing the screen module, wherein a front face of the screen module forms at least part of a front of the component and a remaining part of the front of the component is substantially formed by the glass pane, characterized in that the screen module is inserted into and detachably fastened in a recess or an opening in the glass pane, which in form and size matches its outer dimensions, in such a way that the front face of the screen module is flush with the remaining part of the front of the glass pane and and together with it forms a flat front. - a glass pane, - at least one screen module, and - a controller for controlling and energizing the screen module, wherein a front face of the screen module forms at least part of a front of the component and a remaining part of the front of the component is substantially formed by the glass pane, characterized in that the screen module is inserted into and detachably fastened in a recess or an opening in the glass pane, which in form and size matches its outer dimensions, in such a way that the front face of the screen module is flush with the remaining part of the front of the glass pane and and together with it forms a flat front.
Display element for a domestic appliance with an illumination element, a display symbol mask and a light distribution element arranged between the illumination element and the display symbol mask, wherein the display symbol mask and the light distribution element form a cover element spaced apart from the illumination element, which light distribution element is a carrier body of the cover element, wherein the display symbol mask is a coating of the carrier body, characterised in that the inside of the cover element is completely covered with the light distribution element, which reflects the light of the illumination element into a cover element interior.
A video encoding device comprising: first video encoding means for encoding an input image based on a first encoding standard to generate a first parameter that includes at least block size information; a buffer for storing the input image; a merging means for changing the first parameter generated by the first video encoding means, to generate second parameter that includes at least block size information based on a second encoding standard that is different from the first encoding standard; and second video encoding means for encoding the input image stored in the buffer using the second parameter supplied from the merging means, to encode the input image for generating a bitstream, wherein the first video encoding means has a function of handling a first encoding process included in a second encoding process handled by the second video encoding means, and wherein the merging means changes the first parameter by the first encoding process to the second parameter corresponding to the second encoding process and, in the case where all frequency transform coefficients in the first encoding process are 0, merges blocks in the second encoding process by changing the first parameter to the second parameter. first video encoding means for encoding an input image based on a first encoding standard to generate a first parameter that includes at least block size information; a buffer for storing the input image; a merging means for changing the first parameter generated by the first video encoding means, to generate second parameter that includes at least block size information based on a second encoding standard that is different from the first encoding standard; and second video encoding means for encoding the input image stored in the buffer using the second parameter supplied from the merging means, to encode the input image for generating a bitstream, wherein the first video encoding means has a function of handling a first encoding process included in a second encoding process handled by the second video encoding means, and wherein the merging means changes the first parameter by the first encoding process to the second parameter corresponding to the second encoding process and, in the case where all frequency transform coefficients in the first encoding process are 0, merges blocks in the second encoding process by changing the first parameter to the second parameter.