mhurhangee/ep-ind-claims huggingface dataset:
Elevator car comprising a floor and a ceiling as well as side walls (13, 14) connecting the floor and the ceiling, at least the inner surface of at least some of the side walls (13, 14) of the elevator car being covered with sheets of board comprising a fire retardant plywood having a front surface and an opposite back surface, characterized in that: the fire retardant plywood comprises veneer sheets (111, 112, 113, 114) that have each been separately impregnated with a fire retardant solution before bonding the veneer sheets (111, 112, 113, 114) together to form the plywood, the fire retardant plywood having a thickness in the range of 5 to 8 mm, the front surface of the fire retardant plywood is coated with a first material layer comprising a fire retardant laminate comprising a melamine impregnated decorative paper combined with a fire retardant phenolic treated kraft paper, the fire retardant laminate having a thickness in the range of 0.4 to 1 mm, the fire retardant laminate is attached to the fire retardant plywood with heat resistant or fire retarding glue, being two-component glue based on phenol resorcinol and a formaldehyde hardener or melamine-formaldehyde two component glue, the back surface of the fire retardant plywood is coated with a second material layer having the same thickness and the same material properties as the laminate. the fire retardant plywood comprises veneer sheets (111, 112, 113, 114) that have each been separately impregnated with a fire retardant solution before bonding the veneer sheets (111, 112, 113, 114) together to form the plywood, the fire retardant plywood having a thickness in the range of 5 to 8 mm, the front surface of the fire retardant plywood is coated with a first material layer comprising a fire retardant laminate comprising a melamine impregnated decorative paper combined with a fire retardant phenolic treated kraft paper, the fire retardant laminate having a thickness in the range of 0.4 to 1 mm, the fire retardant laminate is attached to the fire retardant plywood with heat resistant or fire retarding glue, being two-component glue based on phenol resorcinol and a formaldehyde hardener or melamine-formaldehyde two component glue, the back surface of the fire retardant plywood is coated with a second material layer having the same thickness and the same material properties as the laminate.
A conductive structure body, comprising: a substrate; a conductive pattern layer and an AlOxNy darkening pattern layer (200, 220) x > 0, y > 0, satisfying the following Equation 1, 1 < Al at × 3 O at × 2 + N at × 3 < 2 wherein x and y mean ratios of numbers of O and N atoms to one Al atoms, respectively, in AlOxNy, and (Al)at represents an atomic content (at%) of Al, at represents an atomic content (at%) of O, and at represents an atomic content (at%) of N based on 100% of a content of all atoms represented by AlOxNy in Equation 1, wherein total reflectance measured in a direction of an opposite surface of a surface of the darkening pattern layer (200, 220) which is in contact with the conductive pattern layer, is 20% or less, wherein a thickness of the darkening pattern layer (200, 220) is 10 nm or more and 400 nm or less, wherein a thickness of the conductive pattern layer is 0.01 μm or more and 10 μm or less, and wherein a line width of the conductive pattern layer is 10 μm or less. a substrate; a conductive pattern layer and an AlOxNy darkening pattern layer (200, 220) x > 0, y > 0, satisfying the following Equation 1, 1 < Al at × 3 O at × 2 + N at × 3 < 2 wherein x and y mean ratios of numbers of O and N atoms to one Al atoms, respectively, in AlOxNy, and (Al)at represents an atomic content (at%) of Al, at represents an atomic content (at%) of O, and at represents an atomic content (at%) of N based on 100% of a content of all atoms represented by AlOxNy in Equation 1, wherein total reflectance measured in a direction of an opposite surface of a surface of the darkening pattern layer (200, 220) which is in contact with the conductive pattern layer, is 20% or less, wherein a thickness of the darkening pattern layer (200, 220) is 10 nm or more and 400 nm or less, wherein a thickness of the conductive pattern layer is 0.01 μm or more and 10 μm or less, and wherein a line width of the conductive pattern layer is 10 μm or less.
A powered air purifying respirator or PAPR connector comprising: a tab extending outwardly and radially from a longitudinal axis of the PAPR connector, wherein the tab is positioned to contact an inner surface of a housing; and a flange extending outwardly and radially from the longitudinal axis of the PAPR connector, wherein the flange is configured to receive an attachment mechanism, wherein the attachment mechanism is configured to attach the PAPR connector to the housing; wherein: the tab of the PAPR connector is configured to be rotatable within the housing for securing the PAPR connector to the housing, and the attachment mechanism comprises a screw, a rod, or a bolt. a tab extending outwardly and radially from a longitudinal axis of the PAPR connector, wherein the tab is positioned to contact an inner surface of a housing; and a flange extending outwardly and radially from the longitudinal axis of the PAPR connector, wherein the flange is configured to receive an attachment mechanism, wherein the attachment mechanism is configured to attach the PAPR connector to the housing; wherein: the tab of the PAPR connector is configured to be rotatable within the housing for securing the PAPR connector to the housing, and the attachment mechanism comprises a screw, a rod, or a bolt. the tab of the PAPR connector is configured to be rotatable within the housing for securing the PAPR connector to the housing, and the attachment mechanism comprises a screw, a rod, or a bolt.
A computer-implemented method comprising: inserting, by an agent, plurality of hooks into a sub-execution runtime environment into various points in a execution process, the sub-execution runtime environment configured to include a script and/or targeted to include the script; wherein the sub-execution runtime environment is an execution environment implemented within a context of another execution environment; monitoring, by the agent including the plurality of hooks, a behavior of the sub-execution runtime environment and/or the script; obtaining, by the agent including the plurality of hooks, context information regarding the sub-execution runtime environment and/or the script; and controlling, by the agent, a runtime of at least the sub-execution runtime environment and/or the script, wherein the controlling is based on the monitored behavior and the obtained context information, characterized in that the agent installs hooks in additional operating system and/or script execution environment-related modules as they are loaded into the execution environment including a memory. inserting, by an agent, plurality of hooks into a sub-execution runtime environment into various points in a execution process, the sub-execution runtime environment configured to include a script and/or targeted to include the script; wherein the sub-execution runtime environment is an execution environment implemented within a context of another execution environment; monitoring, by the agent including the plurality of hooks, a behavior of the sub-execution runtime environment and/or the script; obtaining, by the agent including the plurality of hooks, context information regarding the sub-execution runtime environment and/or the script; and controlling, by the agent, a runtime of at least the sub-execution runtime environment and/or the script, wherein the controlling is based on the monitored behavior and the obtained context information, characterized in that the agent installs hooks in additional operating system and/or script execution environment-related modules as they are loaded into the execution environment including a memory.
An electrical machine (1; 2), comprising a housing, a stator casted with casting compound into the housing, a rotor rotatable with respect to the stator, a bearing for bearing the rotor at one side of the stator, wherein the housing comprises an opening and a groove (53; 56) for a purge gas drainage, wherein the groove (53; 56) is faced to the bearing and is connected with the opening such that the groove (53; 56) is positioned at one end of the opening, wherein the groove (53; 56) is positioned in the axial direction of the rotor in a bearing seat and the opening is positioned in a radial direction of the rotor or a direction transverse to the radial direction of the rotor, and wherein the other end of the opening, to which an instrument for a gas outlet of the electrical machine (1; 2) is connectable, is positioned at an outer face of the housing, which is positioned spaced to the bearing seat in the radial direction of the rotor.
Motor pump device, designed as a modular system, consisting of at least - one electric motor, wherein a rotor of the electric motor is connected to a drive shaft of said electric motor, the ends of said drive shaft being rotatably mounted in bearing positions, and wherein another third bearing position is provided between the end bearing positions, said third bearing position being accommodated on an inner wall in a multi-part motor housing of the electric motor, - one radial piston pump, which can be respectively driven by the electric motor, said pump preferably providing a high pressure supply, and/or a gear pump, which preferably provides a low pressure supply, - one tank unit, and - add-on parts such as valves in a longitudinal concatenation and a filling level gauge, wherein, to construct a hydraulic single or multiple circuit system. - each supply pump (24, 34) used has its own supply connection (P1, P2) for the respective circuit of the system used, or - a plurality of supply pumps (24, 34) used feed into a shared supply connection, or - a single supply pump, which preferably provides a high pressure feed, has a plurality of supply lines, which are each connected to a supply connection (P1, P2). - one electric motor, wherein a rotor of the electric motor is connected to a drive shaft of said electric motor, the ends of said drive shaft being rotatably mounted in bearing positions, and wherein another third bearing position is provided between the end bearing positions, said third bearing position being accommodated on an inner wall in a multi-part motor housing of the electric motor, - one radial piston pump, which can be respectively driven by the electric motor, said pump preferably providing a high pressure supply, and/or a gear pump, which preferably provides a low pressure supply, - one tank unit, and - add-on parts such as valves in a longitudinal concatenation and a filling level gauge, - each supply pump (24, 34) used has its own supply connection (P1, P2) for the respective circuit of the system used, or - a plurality of supply pumps (24, 34) used feed into a shared supply connection, or - a single supply pump, which preferably provides a high pressure feed, has a plurality of supply lines, which are each connected to a supply connection (P1, P2).
Method for refuelling a hydrogen tank of a motor vehicle with fuel-cell drive, wherein the method comprises the following steps: (a) determining a first operating time, at which the motor vehicle is to be put into operation, and a first operating location, where the motor vehicle is to be put into operation, (b) ascertaining a predicted maximum ambient temperature (T U,max) at the first operating time at the first operating location, and (c) refuelling the hydrogen tank with hydrogen until a tank pressure (p) in the hydrogen tank reaches a permissible maximum tank pressure (p max) at a tank temperature, wherein it holds true for the tank temperature that: tank temperature = [maximum ambient temperature (T U,max); maximum ambient temperature (T U,max) + 10 K], (d) relieving the pressure in the hydrogen tank, if it is determined that the tank pressure (p) will exceed the permissible maximum tank pressure (p max), characterized by the following step: (e) ascertaining whether the ambient temperature (Tu) will exceed the tank temperature before the motor vehicle is started up, in order to determine whether the tank pressure (p) will exceed the permissible maximum tank pressure (p max). (a) determining a first operating time, at which the motor vehicle is to be put into operation, and a first operating location, where the motor vehicle is to be put into operation, (b) ascertaining a predicted maximum ambient temperature (T U,max) at the first operating time at the first operating location, and (c) refuelling the hydrogen tank with hydrogen until a tank pressure (p) in the hydrogen tank reaches a permissible maximum tank pressure (p max) at a tank temperature, wherein it holds true for the tank temperature that: tank temperature = [maximum ambient temperature (T U,max); maximum ambient temperature (T U,max) + 10 K], (d) relieving the pressure in the hydrogen tank, if it is determined that the tank pressure (p) will exceed the permissible maximum tank pressure (p max), characterized by the following step: (e) ascertaining whether the ambient temperature (Tu) will exceed the tank temperature before the motor vehicle is started up, in order to determine whether the tank pressure (p) will exceed the permissible maximum tank pressure (p max).
A dental instrument bridge for holding a plurality of dental instruments, said dental instrument bridge comprising: • an instrument holder configured to hold a plurality of dental instruments and • a display for displaying information related to a dental treatment; wherein said display has a plurality of covered portions each covered portion of said plurality of covered portions being at least partly covered by one of said plurality of dental instruments when said one of said plurality of dental instruments is arranged in said instrument holder, and wherein said dental instrument bridge is configured to detect when a user selects and picks up a selected dental instrument of said plurality of dental instruments and in response thereto is configured to control the display to change the current display and show information relevant for the use of said selected dental instrument and characterized in that the information relevant for the use of said selected dental instrument is displayed at least partly inside said covered portion of said selected dental instrument. • an instrument holder configured to hold a plurality of dental instruments and • a display for displaying information related to a dental treatment; wherein said display has a plurality of covered portions each covered portion of said plurality of covered portions being at least partly covered by one of said plurality of dental instruments when said one of said plurality of dental instruments is arranged in said instrument holder, and wherein said dental instrument bridge is configured to detect when a user selects and picks up a selected dental instrument of said plurality of dental instruments and in response thereto is configured to control the display to change the current display and show information relevant for the use of said selected dental instrument and characterized in that the information relevant for the use of said selected dental instrument is displayed at least partly inside said covered portion of said selected dental instrument.
A wire interconnect article comprising: a solder bump (117;617;717) disposed upon a bond pad (112;612;712), wherein the solder bump includes a first metal; characterised by: a wire interconnect (128;328;428;528;628;728) embedded in the solder bump (117;617;717); characterised in that the solder bump (117;617;717) is reflowed and includes a grain size in a range from about 50 nanometer to about 1 micron. a solder bump (117;617;717) disposed upon a bond pad (112;612;712), wherein the solder bump includes a first metal; characterised by: a wire interconnect (128;328;428;528;628;728) embedded in the solder bump (117;617;717); characterised in that the solder bump (117;617;717) is reflowed and includes a grain size in a range from about 50 nanometer to about 1 micron. a wire interconnect (128;328;428;528;628;728) embedded in the solder bump (117;617;717); characterised in that the solder bump (117;617;717) is reflowed and includes a grain size in a range from about 50 nanometer to about 1 micron.
A method for producing a high speed tool steel material comprising, by mass%, C: 0.50% to 2.20%, Si:0.10% to 1.00%, Mn: 0.10% to 1.00%, P: not more than 0.025%, S: not more than 0.040%, Cr: 3.00% to 7.00%, Mo and W alone or in combination in an amount of (W + 2Mo): 5.00% to 30.00%, V: 0.60% to 5.00%, and optionally one or more of Co: not more than 10.00%, Al: not more than 0.30% and Ca: not more than 0.0150%, and the balance of Fe and impurities, characterised in that the method comprises; a casting step of casting a steel ingot from a molten steel; a blooming step of heat the ingot produced in the casting step at a blooming starting temperature of higher than 1120°C and then blooming it to produce an intermediate material; a finishing step of heating the intermediate material produced in the blooming step at a finish-work starting temperature of 900°C to 1115°C and then finish-working it to produce the high-speed tool steel material having the composition; and optionally an annealing step of annealing the high speed tool steel material produced in the finishing step.
A mouthpiece portion for an electronic cigarette, the mouthpiece portion comprising: a housing sleeve comprising an opening and a cavity having an internal side wall, the housing sleeve being connectable to a main body of an electronic cigarette; and a retaining element located within said cavity, wherein the retaining element defines a receiving space for receiving a portion of a consumable and is configured to move within the housing sleeve in the axial direction of the mouthpiece portion between a first position and a second position; wherein the retaining element is compressed in the radial direction against the consumable; and characterised in that the cavity is provided with a first portion having a first diameter and a second portion having a second diameter, wherein the second diameter is smaller than the first diameter. a housing sleeve comprising an opening and a cavity having an internal side wall, the housing sleeve being connectable to a main body of an electronic cigarette; and a retaining element located within said cavity, wherein the retaining element defines a receiving space for receiving a portion of a consumable and is configured to move within the housing sleeve in the axial direction of the mouthpiece portion between a first position and a second position; wherein the retaining element is compressed in the radial direction against the consumable; and characterised in that the cavity is provided with a first portion having a first diameter and a second portion having a second diameter, wherein the second diameter is smaller than the first diameter.
System for curing a lining sleeve comprising a curing device with a radiation source, a lining sleeve with a curable ply and an outer film arranged around the curable ply, a measuring device, which is arranged between the curable ply and the outer film, the measuring device being designed and set up to sense a measured value representative of the curing of the curable ply, and also an open-loop or closed-loop control device, which is designed and set up to control the advancement of the curing device in the lining sleeve and/or the power output of the radiation source of the curing device in an open-loop or closed-loop manner in dependence on the measured values sensed by the measuring device on the outer side of the curable ply.
Water-based coating composition comprising A) at least one water-dilutable polyurethane binder, B) optionally at least one curing agent, and C) at least one special-effect-imparting pigment, characterised in that the at least one water-dilutable polyurethane binder is based on at least one polyhydroxyl compound, said polyhydroxyl compound comprises at least 50 % by weight of at least one polycarbonate polyol, which is liquid at 20°C, the % by weight are based on the total amount of the polyhydroxyl compound. A) at least one water-dilutable polyurethane binder, B) optionally at least one curing agent, and C) at least one special-effect-imparting pigment,
A plant disease control agent comprising: {6-([ -(1-methyl-1H-5-tetrazolyl)phenylmethylene]aminooxymethyl)-2-pyrid yl} carbamic acid t-butyl ester and salts thereof; at least one second active ingredient selected from the group consisting of triflumizole, hydroxy isoxazole, acetamiprid and salts thereof, wherein the ratio by weight of the tetrazolyl oxime derivative or salt thereof to the second active ingredient is 1:10,000 to 10,000:1. {6-([ -(1-methyl-1H-5-tetrazolyl)phenylmethylene]aminooxymethyl)-2-pyrid yl} carbamic acid t-butyl ester and salts thereof; at least one second active ingredient selected from the group consisting of triflumizole, hydroxy isoxazole, acetamiprid and salts thereof, wherein the ratio by weight of the tetrazolyl oxime derivative or salt thereof to the second active ingredient is 1:10,000 to 10,000:1.
A humanized bi-specific antibody against the terminal methoxy or hydroxyl group of polyethylene glycol and a target ligand, comprising, a first antigen binding site that binds to the PEG; and a second antigen binding site that binds to the target ligand that is HER2 or CD19, wherein the first antigen binding site comprises a first VL domain comprising the sequence of SEQ ID NO: 12; and a first VH domain comprising the sequence of SEQ ID NO: 13; and the second antigen binding site comprises a second VL-CH1 domain of SEQ ID NO: 23 or 26, a second VH-Ck domain of SEQ ID NO: 24 or 27, and a second HR-CH2-CH3 domain of SEQ ID NO: 25.