mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing a substrate , comprising: transferring the substrate to an epitaxial deposition chamber; depositing an epitaxial layer on the surface of the substrate, the epitaxial layer being doped with arsenic; transferring the substrate comprising the epitaxial layer into a transfer chamber , wherein the transfer chamber has an ultraviolet (UV) lamp module disposed adjacent to a top ceiling of the transfer chamber; flowing an oxygen-containing gas into the transfer chamber through a gas line of the transfer chamber; flowing a non-reactive gas into the transfer chamber through the gas line of the transfer chamber; activating the UV lamp module to: oxidize an arsenic-containing species on a surface of the substrate to form arsenic oxides that serve as a barrier layer for preventing outgassing of arsenic on the surface of the substrate; and convert the loosely bonded arsenic-containing species to high vapor pressure byproducts; ceasing the flow of the oxygen-containing gas and the non-reactive gas into the transfer chamber; pumping the high vapor pressure byproducts out of the transfer chamber; and deactivating the UV lamp module. transferring the substrate to an epitaxial deposition chamber; depositing an epitaxial layer on the surface of the substrate, the epitaxial layer being doped with arsenic; transferring the substrate comprising the epitaxial layer into a transfer chamber , wherein the transfer chamber has an ultraviolet (UV) lamp module disposed adjacent to a top ceiling of the transfer chamber; flowing an oxygen-containing gas into the transfer chamber through a gas line of the transfer chamber; flowing a non-reactive gas into the transfer chamber through the gas line of the transfer chamber; activating the UV lamp module to: oxidize an arsenic-containing species on a surface of the substrate to form arsenic oxides that serve as a barrier layer for preventing outgassing of arsenic on the surface of the substrate; and convert the loosely bonded arsenic-containing species to high vapor pressure byproducts; oxidize an arsenic-containing species on a surface of the substrate to form arsenic oxides that serve as a barrier layer for preventing outgassing of arsenic on the surface of the substrate; and convert the loosely bonded arsenic-containing species to high vapor pressure byproducts; ceasing the flow of the oxygen-containing gas and the non-reactive gas into the transfer chamber; pumping the high vapor pressure byproducts out of the transfer chamber; and deactivating the UV lamp module.
A pneumatic tire comprising a tread portion, wherein an outermost layer of the tread portion is formed by using a rubber composition containing vulcanized rubber powder, the outermost layer being a cap rubber layer of the tread portion, an area ratio Sr (%) of the vulcanized rubber powder in a cross-section of the outermost layer is not less than 5% and not greater than 50%, a loss tangent (30°C tanδ) of the rubber composition measured under conditions of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension is greater than 0.20, a sea ratio Se (%) in a ground-contact surface of the outermost layer is greater than 10%, and Sr/Se > 0.1 is satisfied in the outermost layer, wherein the rubber composition is not a rubber composition of Compounding I, J, K and L of EP 4 067 114 A1. an outermost layer of the tread portion is formed by using a rubber composition containing vulcanized rubber powder, the outermost layer being a cap rubber layer of the tread portion, an area ratio Sr (%) of the vulcanized rubber powder in a cross-section of the outermost layer is not less than 5% and not greater than 50%, a loss tangent (30°C tanδ) of the rubber composition measured under conditions of 30°C, a frequency of 10 Hz, an initial strain of 5%, and a dynamic strain rate of 1% with deformation mode: tension is greater than 0.20, a sea ratio Se (%) in a ground-contact surface of the outermost layer is greater than 10%, and Sr/Se > 0.1 is satisfied in the outermost layer, wherein the rubber composition is not a rubber composition of Compounding I, J, K and L of EP 4 067 114 A1.
A sterilizing media cassette , comprising: a body having a lower portion and four sides, the body adapted to hold a stack of media items on support members positioned above the lower portion of the body ; a lid that couples to the body , the lid forming an enclosed inner space when coupled to the body ; a first UV light source (50, 52, 54, 56, 60, 62, or 64) mounted on an inner surface of the body or the lid ; a controller that activates the first UV light source (50, 52, 54, 56, 60, 62, or 64) to sterilize the stack of media items ; characterised in a vibrating plate coupled to the support members that is activated while the first UV light source (50, 52, 54, 56, 60, 62, or 64) is activated to generate spacing between adjacent media items . a body having a lower portion and four sides, the body adapted to hold a stack of media items on support members positioned above the lower portion of the body ; a lid that couples to the body , the lid forming an enclosed inner space when coupled to the body ; a first UV light source (50, 52, 54, 56, 60, 62, or 64) mounted on an inner surface of the body or the lid ; a controller that activates the first UV light source (50, 52, 54, 56, 60, 62, or 64) to sterilize the stack of media items ; characterised in a vibrating plate coupled to the support members that is activated while the first UV light source (50, 52, 54, 56, 60, 62, or 64) is activated to generate spacing between adjacent media items .
Spacer grid element for a nuclear fuel assembly spacer grid , the spacer grid element defining a cell extending along an extension axis (A) for receiving a nuclear fuel rod , the spacer grid element exhibiting a polygonal cross-section including at least three supporting sides distributed around the extension axis (A), wherein each supporting side comprises an inwardly protruding corrugation , characterised in that at least one spring is formed onto the corrugation , the spring being configured for supporting a fuel rod extending through the spacer grid element . a nuclear fuel assembly spacer grid , the spacer grid element defining a cell extending along an extension axis (A) for receiving a nuclear fuel rod , the spacer grid element exhibiting a polygonal cross-section including at least three supporting sides distributed around the extension axis (A), wherein each supporting side comprises an inwardly protruding corrugation ,
A safety arrangement for a liquefied gas fuel tank of a vehicle , adapted to release an excessive pressure from the fuel tank , comprising a spring-loaded pressure release valve adapted to open at a predefined pressure level, whereby the safety arrangement further comprises a housing mounted on the fuel tank and having an outer opening closed by a lid , where the pressure release valve is arranged in the housing and where the housing is provided with an outlet pipe having an outlet opening , and where the lid is adapted to melt at a predefined temperature, thereby allowing gas to exit the pressure release valve through the outer opening of the housing when the pressure release valve is open and the lid has melted.
Laser processing apparatus for laser hardening and laser deposition welding of one or more workpieces to be processed, comprising a processing laser, at least one base and an industrial robot attached to the base for positioning and aligning the processing laser of the laser processing apparatus relative to the one or more workpieces to be processed, wherein - the industrial robot has a multi-axis movable robot arm with a pedestal, - the industrial robot is screwed to the pedestal of the robot arm on a plate-shaped adapter of the laser processing apparatus, characterized in that - the plate-shaped adapter is connectable to a plate-shaped adapter counterpart of the laser processing apparatus located on the base by means of releasable fastening means, - the laser processing apparatus comprises both a stationary base (2.1) and a mobile base (2.2), wherein the industrial robot attached to the adapter being connected either to the stationary base (2.1) or to the mobile base (2.2), wherein the adapter and the adapter counterpart are arranged precisely one above the other, and - the plate-shaped adapter is designed as a cuboid plate with the basic shape of a rectangle. - the industrial robot has a multi-axis movable robot arm with a pedestal, - the industrial robot is screwed to the pedestal of the robot arm on a plate-shaped adapter of the laser processing apparatus, characterized in that - the plate-shaped adapter is connectable to a plate-shaped adapter counterpart of the laser processing apparatus located on the base by means of releasable fastening means, - the laser processing apparatus comprises both a stationary base (2.1) and a mobile base (2.2), wherein the industrial robot attached to the adapter being connected either to the stationary base (2.1) or to the mobile base (2.2), wherein the adapter and the adapter counterpart are arranged precisely one above the other, and - the plate-shaped adapter is designed as a cuboid plate with the basic shape of a rectangle.
A method for associating data related to services in an electronic device, the method comprising the steps of: sending , by a first electronic device , first data related to a first service with a first private association dialog, PAD, to a second electronic device , wherein the first PAD of the first data includes a first PAD identifier; and sending , by the first electronic device, second data related to a second service with a second PAD including a second PAD identifier to the second electronic device, wherein if the first PAD identifier matches with the second PAD identifier, the second data is displayed in context with the first data in a user experience, UX, screen of the first service at the second electronic device, and wherein the first service is a push to talk, PTT, call service and the second service is a video service or a data service. sending , by a first electronic device , first data related to a first service with a first private association dialog, PAD, to a second electronic device , wherein the first PAD of the first data includes a first PAD identifier; and sending , by the first electronic device, second data related to a second service with a second PAD including a second PAD identifier to the second electronic device, wherein if the first PAD identifier matches with the second PAD identifier, the second data is displayed in context with the first data in a user experience, UX, screen of the first service at the second electronic device, and wherein the first service is a push to talk, PTT, call service and the second service is a video service or a data service.
A method of 3-dimensional printing a printed part , the method comprising printing an inkjet dopant composition at selected locations on a layer of build material comprising polymer particles , wherein the inkjet dopant composition comprises a dopant dispersed or dissolved in liquid carrier; and fusing polymer particles at selected areas of the layer of build material to form a fused polymer layer comprising the dopant, wherein the selected areas of the layer of build material include areas of the layer of build material that have not been printed with the inkjet dopant composition, wherein the dopant comprises dopant particles selected from photoluminescent particles. printing an inkjet dopant composition at selected locations on a layer of build material comprising polymer particles , wherein the inkjet dopant composition comprises a dopant dispersed or dissolved in liquid carrier; and fusing polymer particles at selected areas of the layer of build material to form a fused polymer layer comprising the dopant, wherein the selected areas of the layer of build material include areas of the layer of build material that have not been printed with the inkjet dopant composition, wherein the dopant comprises dopant particles selected from photoluminescent particles.
Device for assembling a turbine engine, intended to centre a shaft of a second module relative to a longitudinal axis (X) of a hollow central hub placed at the front of a first module , front and rear being defined relative to the general direction of flow of the gases in the turbine engine, said first module comprises a longitudinal cavity following said axis (X), opening at the front in said hollow hub and passing through the first module following the longitudinal axis (X) to a rear end, said shaft needing to be inserted in said longitudinal cavity through said rear end, comprising a centring element of central axis (X'), comprising ends and configured to be placed in said hollow hub by inserting it through a first of the ends thereof and cooperate with the latter to make the central axis (X') thereof coincide with said longitudinal axis (X), the device further comprising a guiding tube configured to be able to enter into at least one portion of the longitudinal cavity of the first module , at the rear of the hollow hub , and characterised in that the device is arranged so that the guiding tube slides inside the centring element along said central axis (X'), between a first position, wherein the guiding tube is entirely on the side of the centring element relative to said first end , and a rear position, wherein the guiding tube stands proud from said first end , so as to penetrate into the longitudinal cavity when the centring element is placed in the hollow hub .
A tire comprising: a tread configured to come into contact with a road surface; a pair of sidewalls each connected to an end of the tread and located inward of the tread in a radial direction; a pair of beads each located inward of the sidewall in the radial direction, and a carcass located inward of the tread and the pair of sidewalls , wherein each bead includes a core and an apex located outward of the core in the radial direction, in a meridian cross-section in a state where the tire is fitted on a normal rim (R), an internal pressure of the tire is adjusted to 250 kPa, and no load is applied to the tire , a contour of each side surface (S) including a maximum width position (PW) includes two arcs tangent to each other at the maximum width position (PW), of the two arcs, the arc located inward of the maximum width position (PW) in the radial direction is a first arc, and the arc located outward of the maximum width position (PW) in the radial direction is a second arc, and a ratio (R1/R2) of a radius (R1) of the first arc to a radius (R2) of the second arc is not less than 70% and not greater than 91%, characterized in that a ratio (A/H) of a height (A) of the apex to a cross-sectional height (H) is not less than 5% and not greater than 15%, a tread configured to come into contact with a road surface; a pair of sidewalls each connected to an end of the tread and located inward of the tread in a radial direction; a pair of beads each located inward of the sidewall in the radial direction, and a carcass located inward of the tread and the pair of sidewalls , wherein each bead includes a core and an apex located outward of the core in the radial direction, in a meridian cross-section in a state where the tire is fitted on a normal rim (R), an internal pressure of the tire is adjusted to 250 kPa, and no load is applied to the tire , a contour of each side surface (S) including a maximum width position (PW) includes two arcs tangent to each other at the maximum width position (PW), of the two arcs, the arc located inward of the maximum width position (PW) in the radial direction is a first arc, and the arc located outward of the maximum width position (PW) in the radial direction is a second arc, and a ratio (R1/R2) of a radius (R1) of the first arc to a radius (R2) of the second arc is not less than 70% and not greater than 91%, characterized in that a ratio (A/H) of a height (A) of the apex to a cross-sectional height (H) is not less than 5% and not greater than 15%,
A microfluidic system for isolation of particles (C1) of at least one given type from a sample; the system comprising: a first inlet , through which, in use, the sample is introduced into the system ; a separation unit , which is connected to the first inlet , comprises a main chamber and a recovery chamber , and is designed to transfer at least part of the particles (C1) of the given type from the main chamber to the recovery chamber in a substantially selective way with respect to further particles (C2) of the sample; a first outlet , connected to the main chamber ; and a second outlet , which is connected to the recovery chamber , and, in particular, through which, in use, at least part of the particles (C1) of the given type collected in the recovery chamber exit from the system ; the system being characterized in that it comprises: a first valve , set upstream of the main chamber , namely between the first inlet and the main chamber ; a second valve , set between the main chamber and the first outlet ; a third valve , which is connected to the recovery chamber and is set between the recovery chamber and a source of a carrier liquid; and a fourth valve , set between the recovery chamber and the second outlet ; the recovery chamber is set between the main chamber on one side and the third and fourth valves on the other side; the main chamber is set between the recovery chamber on one side and the first and second valves on the other side.
A polishing composition comprising an abrasive grain, a basic inorganic compound, an anionic water-soluble polymer, and a dispersing medium, wherein zeta potential of the abrasive grain is negative, aspect ratio of the abrasive grain is larger than 1.1, and in a particle size distribution of the abrasive grain determined by laser diffraction/scattering method, ratio D90/D50, where D90 represents a particle diameter at which cumulative particle mass integrated from a small particle side accounts for 90% of the total particle mass, and D50 represents a particle diameter at which the cumulative particle mass integrated from the small particle side accounts for 50% of the total particle mass, is 1.6 or larger, wherein in the particle size distribution of the abrasive grain determined by laser diffraction/scattering method, diameter D50, representing a particle diameter at which the cumulative particle mass integrated from the small particle side accounts for 50% of the total particle mass, is 70 nm or larger, wherein a pH is 9 or larger. wherein zeta potential of the abrasive grain is negative, aspect ratio of the abrasive grain is larger than 1.1, and in a particle size distribution of the abrasive grain determined by laser diffraction/scattering method, ratio D90/D50, where D90 represents a particle diameter at which cumulative particle mass integrated from a small particle side accounts for 90% of the total particle mass, and D50 represents a particle diameter at which the cumulative particle mass integrated from the small particle side accounts for 50% of the total particle mass, is 1.6 or larger,
A cooking and baking device with seamlessly-jointed griddle plates, comprising: an upper housing , a lower housing , hinged with the upper housing ; wherein the upper housing and the lower housing are provided with chambers therein; griddle plates , arranged within the chambers ; and a connecting passage , through which the chambers in the upper housing and the lower housing are communicated; wherein, ends of the griddle plates in the upper housing and the lower housing are aligned with each other in the connecting passage , an axis along which the upper housing and the lower housing are rotated relatively is located between the griddle plates of the upper housing and the lower housing , and the axis is arranged to be not higher than top surfaces of the griddle plates , characterized in that at least one of the upper housing and the lower housing is internally provided with an elastic part upwards jacking the griddle plates . an upper housing , a lower housing , hinged with the upper housing ; wherein the upper housing and the lower housing are provided with chambers therein; griddle plates , arranged within the chambers ; and a connecting passage , through which the chambers in the upper housing and the lower housing are communicated; wherein, ends of the griddle plates in the upper housing and the lower housing are aligned with each other in the connecting passage , an axis along which the upper housing and the lower housing are rotated relatively is located between the griddle plates of the upper housing and the lower housing , and the axis is arranged to be not higher than top surfaces of the griddle plates , characterized in that at least one of the upper housing and the lower housing is internally provided with an elastic part upwards jacking the griddle plates .
A valve actuator assembly comprising: a linear actuator including at least one piston , a piston rod connected to the at least one piston , and a slot formed in the piston rod transverse to a length of the piston rod ; and a yoke assembly including a crank connectable proximate to a second end of a valve shaft , and a bearing assembly for connecting the valve shaft and the piston rod , the bearing assembly including at least one bearing connected to the crank such that the yoke assembly is adapted to translate linear motion of the piston rod to rotational motion of the valve shaft , and vice versa, wherein the bearing assembly includes a pin , said pin being retained in an arm of the crank and freely rotatable relative to said arm and wherein said pin rolls along edge surfaces of the slot in the piston rod , and characterized in that the slot is open on its longitudinal end on a side of the piston rod nearest to the valve shaft , when a valve is connected to the valve actuator assembly. a linear actuator including at least one piston , a piston rod connected to the at least one piston , and a slot formed in the piston rod transverse to a length of the piston rod ; and a yoke assembly including a crank connectable proximate to a second end of a valve shaft , and a bearing assembly for connecting the valve shaft and the piston rod , the bearing assembly including at least one bearing connected to the crank such that the yoke assembly is adapted to translate linear motion of the piston rod to rotational motion of the valve shaft , and vice versa, wherein the bearing assembly includes a pin , said pin being retained in an arm of the crank and freely rotatable relative to said arm and wherein said pin rolls along edge surfaces of the slot in the piston rod , and characterized in that the slot is open on its longitudinal end on a side of the piston rod nearest to the valve shaft , when a valve is connected to the valve actuator assembly.