mhurhangee/ep-ind-claims huggingface dataset:
Treatment method for an item of metal rolling stock, wherein the rolling stock is a flat hot item of rolling stock which extends in a longitudinal direction, in a width direction and in a thickness direction, - wherein at a treatment time, the rolling stock is acted on at least substantially in the thickness direction by means of a treatment device, - wherein at least for a period before the treatment time, the temporal development of a thermal state of the rolling stock is modelled by means of a model of the rolling stock by iteratively solving at least one heat conduction equation, - wherein control of the treatment device, taken as a basis for the treatment device to act on the rolling stock, is effected depending on that thermal state which is determined by means of the model for the rolling stock for the treatment time, - wherein the density (p) of the rolling stock influences the heat conduction equation, - wherein the density (p) is dependent on the respective thermal state of the rolling stock, characterized in that an allowance is made for the dependence of the density (p) of the rolling stock on the respective thermal state of the rolling stock in the heat conduction equation by a factor (a, a') of the form a = xL ⋅ xB xD ⋅ ρ 0 or a ′ = 1 xD 2 ⋅ ρ, wherein p and ρ 0 are densities (p, ρ 0) of the rolling stock related to a current and a predetermined thermal state (Z, Z0) of the rolling stock and the coefficients xL, xB and xD arise as a quotient of an extent (L, B, D, L 0, B 0, D 0) of the rolling stock in the longitudinal direction, in the width direction and in the thickness direction in the case of the respective and the predetermined thermal state (Z, Z0) of the rolling stock. - wherein at a treatment time, the rolling stock is acted on at least substantially in the thickness direction by means of a treatment device, - wherein at least for a period before the treatment time, the temporal development of a thermal state of the rolling stock is modelled by means of a model of the rolling stock by iteratively solving at least one heat conduction equation, - wherein control of the treatment device, taken as a basis for the treatment device to act on the rolling stock, is effected depending on that thermal state which is determined by means of the model for the rolling stock for the treatment time, - wherein the density (p) of the rolling stock influences the heat conduction equation, - wherein the density (p) is dependent on the respective thermal state of the rolling stock,
An α-hemolysin (α-HL) variant comprising a substitution at a position corresponding to position 12 or 17 of SEQ ID NO: 3, wherein the substitution comprises one or more positive charges.
A separator for an electricity storage device formed of a porous film having a polyolefin microporous film and a thermoplastic polymer coating layer covering at least a part of at least one of the surfaces of the polyolefin microporous film, wherein the thermoplastic polymer coating layer contains a thermoplastic polymer selected from the group consisting of a diene polymer, an acrylic polymer and a fluorine polymer, wherein said thermoplastic polymer has a glass-transition temperature, determined as described in the description, in a range of -10°C or more and 40°C or less, the degree of swelling of the thermoplastic polymer with an electrolytic solution, determined as described in the description, is 4.5 or less, characterized in that the content of the thermoplastic polymer is 0.05 g/m 2 or more and 1.0 g/m 2 or less.
A handlebar carrier for coupling a handlebar to a power operated-tool, the power tool including a support shaft and an internal combustion engine, the handlebar carrier comprising: a carrier body for coupling to the support shaft; and a handlebar clamp attached to the carrier body and arranged to movably couple the handlebar to the carrier body such that the handlebar is movable between an operational position and a first non-operational position, characterized in that the handlebar carrier further includes a kill-switch operable to prevent operation of the internal combustion engine when the handlebar is moved out of the operational position. a carrier body for coupling to the support shaft; and a handlebar clamp attached to the carrier body and arranged to movably couple the handlebar to the carrier body such that the handlebar is movable between an operational position and a first non-operational position, characterized in that the handlebar carrier further includes a kill-switch operable to prevent operation of the internal combustion engine when the handlebar is moved out of the operational position.
A cyclonic separator device for removing dust or debris from dirt-laden air, the device having: a separating chamber; an inlet through which dirt-laden air is drawn into the separating chamber; an outlet through which cleaner air exits the separating chamber; and a shroud that is connected to the separating chamber at one end, and provides a plurality of openings for the passage of air to the outlet, a dirt collection chamber in communication with the separating chamber, wherein the separating chamber includes a generally cylindrical portion with a central axis and wherein the inlet is configured to direct the incoming dirt-laden air into said generally cylindrical portion such that it travels circumferentially around an inner surface of the separating chamber, wherein the separating chamber includes an airflow directing formation which is connected to the inner surface of the generally cylindrical portion and which extends inwardly towards the central axis of the generally cylindrical portion, wherein said airflow directing formation provides a surface which follows a substantially helical path that extends away from the inlet as it extends circumferentially around the inner surface of the generally cylindrical portion, characterised in that the airflow directing formation has a width (W') measured in a direction parallel to the central axis of the generally cylindrical portion of the separating chamber, and where the width of the airflow directing formation increases as the formation extends circumferentially around the inner surface of the generally cylindrical portion. a separating chamber; an inlet through which dirt-laden air is drawn into the separating chamber; an outlet through which cleaner air exits the separating chamber; and a shroud that is connected to the separating chamber at one end, and provides a plurality of openings for the passage of air to the outlet, a dirt collection chamber in communication with the separating chamber, wherein the separating chamber includes a generally cylindrical portion with a central axis and wherein the inlet is configured to direct the incoming dirt-laden air into said generally cylindrical portion such that it travels circumferentially around an inner surface of the separating chamber, wherein the separating chamber includes an airflow directing formation which is connected to the inner surface of the generally cylindrical portion and which extends inwardly towards the central axis of the generally cylindrical portion, wherein said airflow directing formation provides a surface which follows a substantially helical path that extends away from the inlet as it extends circumferentially around the inner surface of the generally cylindrical portion, characterised in that the airflow directing formation has a width (W') measured in a direction parallel to the central axis of the generally cylindrical portion of the separating chamber, and where the width of the airflow directing formation increases as the formation extends circumferentially around the inner surface of the generally cylindrical portion.
A flooring system comprising a plurality of rectangular floor panels with short edges (1, 1') and long edges (2, 2', 2"), wherein the panels are adapted to be installed on a sub floor and connected to each other with a long edge mechanical locking system for locking the panels vertically and horizontally, said locking system comprising a tongue (10, 30) and a tongue groove (9, 20) for mechanically locking together adjacent edges vertical to a horizontal plane, forming a vertical mechanical connection between the panels, and a locking element at a first long edge and a locking groove at an opposite second long edge thereby forming a first horizontal mechanical connection between adjacent long edges (2, 2') locking the panels to each other in a direction parallel to the horizontal plane and at right angles to said adjacent long edges, wherein the panels are provided with a short edge locking connection comprising a separate tongue, for locking adjacent short edges (1, 1') in a first vertical direction, inserted in a fixation groove at a short edge (1, 1') of a panel, wherein the separate tongue is at least partly flexible and/or displaceable, and a locking strip and a locking cavity for locking adjacent short edges (1, 1') in a second vertical direction, and wherein the long edges are provided with a second horizontal mechanical connection locking the panels to each other along said adjacent long edges, in a direction parallel to the horizontal plane and parallel to said adjacent long edges, when the panels are laying flat on the sub floor, characterised in that the short edge locking connection is configured to lock the adjacent edges in the vertical directions only, that said second horizontal mechanical connection comprises friction cavities located on the locking element, and that said second horizontal mechanical connection comprises a flexible or compressible material which is applied in an upper part of the locking groove, said flexible or compressible material being configured to expand into said friction cavities when compressed by the locking element.
An information processing device comprising: an acquisition unit configured to acquire developer identification information associated with an application program, transmitted from a user terminal on which the application program is installed; an authentication process unit configured to perform a process of authenticating a developer of the application program, based on the developer identification information by determining, based on the developer identification information, whether or not the developer of the application program is a developer who has made an advance request for authorization, based on key information stored in the information processing device; a control unit configured to control execution of a function possessed by the information processing device, according to an instruction from the user terminal based on execution of the application program, after the authentication process; and a content processing unit configured to acquire a content based on the execution of the function, and associate the acquired content with information of the developer on which the authentication process has been performed by causing the developer identification information of the developer on which the authentication process has been performed to accompany the acquired content. an acquisition unit configured to acquire developer identification information associated with an application program, transmitted from a user terminal on which the application program is installed; an authentication process unit configured to perform a process of authenticating a developer of the application program, based on the developer identification information by determining, based on the developer identification information, whether or not the developer of the application program is a developer who has made an advance request for authorization, based on key information stored in the information processing device; a control unit configured to control execution of a function possessed by the information processing device, according to an instruction from the user terminal based on execution of the application program, after the authentication process; and a content processing unit configured to acquire a content based on the execution of the function, and associate the acquired content with information of the developer on which the authentication process has been performed by causing the developer identification information of the developer on which the authentication process has been performed to accompany the acquired content.
A compact power running board assembly for a motor vehicle, comprising: an actuator assembly operably coupled to a swing arm; a running board operably connected to the swing arm; a housing assembly including an opening; a pivot shaft located within the housing assembly, the swing arm extending through the opening of the housing assembly and operably connected to the pivot shaft; a pair of bushing bearings (132, 134) coupled to the pivot shaft within the housing assembly; and a motor assembly operably coupled to the actuator assembly for driving the actuator assembly to move the running board between at least one stowed position and at least one deployed position; characterized in that the pivot shaft and the bushing bearings (132, 134) are completely contained within the housing assembly and do not extend outside of the housing assembly. an actuator assembly operably coupled to a swing arm; a running board operably connected to the swing arm; a housing assembly including an opening; a pivot shaft located within the housing assembly, the swing arm extending through the opening of the housing assembly and operably connected to the pivot shaft; a pair of bushing bearings (132, 134) coupled to the pivot shaft within the housing assembly; and a motor assembly operably coupled to the actuator assembly for driving the actuator assembly to move the running board between at least one stowed position and at least one deployed position;
A composition comprising a rubber-modified monovinylaromatic polymer comprising: - 70 wt% or more of a monovinylaromatic polymer matrix, based on the total weight of the rubber-modified monovinylaromatic polymer, - from 2 to 12 wt% of at least one rubber, based on the total weight of the rubber-modified monovinylaromatic polymer, and - from 0.1 to 3.4 wt% of metallocene-catalyzed poly-alpha-olefins (mPAO) based on the total weight of the rubber-modified monovinylaromatic polymer, with the mPAO having a kinematic viscosity of at least 950 mm 2 /s at 40 °C and at most 2,000 mm 2 /s at 40 °C as measured according to ISO 3104. - 70 wt% or more of a monovinylaromatic polymer matrix, based on the total weight of the rubber-modified monovinylaromatic polymer, - from 2 to 12 wt% of at least one rubber, based on the total weight of the rubber-modified monovinylaromatic polymer, and - from 0.1 to 3.4 wt% of metallocene-catalyzed poly-alpha-olefins (mPAO) based on the total weight of the rubber-modified monovinylaromatic polymer, with the mPAO having a kinematic viscosity of at least 950 mm 2 /s at 40 °C and at most 2,000 mm 2 /s at 40 °C as measured according to ISO 3104.
Clupak paper whose longitudinal tensile index and lateral tensile index as specified in JIS P8113: 2006 are 60 N·m/g or more and 28 N·m/g or more, respectively, whose longitudinal tear index and lateral tear index as specified in JIS P-8116: 2000 are 12 mN·m 2 /g or more and 20 mN·m 2 /g or more, respectively, and whose longitudinal tensile energy absorption index and lateral tensile energy absorption index as specified in JIS P8113: 2006 are 2.5 J/g or more and 1.0 J/g or more, respectively, obtainable by using a paper-making machine equipped with a Clupak system.
Cover for microsystems, said cover having an integral embodiment and having or consisting of one or more cover units, wherein at least one cover unit has at least one first depression caused by a deformation, wherein the first depression is at least partly delimited by at least one optical window (8, 30, 32), the RMS surface roughness of which is less than or equal to 25 nm.
A heating body, applied to an electronic atomization device and configured to atomize an aerosol-generating substance, the heating body comprises: a liquid-guiding substrate; a heating material layer, arranged on a first surface of the liquid-guiding substrate, wherein the heating material layer is a resistance heating material, and comprises: a heating portion, wherein a portion of the liquid-guiding substrate, where the heating portion is arranged, is defined as a heating region (a); and a connection portion, wherein another portion of the liquid-guiding substrate, where the connection portion is arranged, is defined as an electrode region (b) characterized by a first protecting film, at least partially arranged on the surface of the heating portion away from the liquid-guiding substrate, wherein the material of the first protecting film is non-conductive and resistant to corrosion of the aerosol-generating substance; and a second protecting film, at least partially arranged on the surface of the connection portion away from the liquid-guiding substrate, wherein the material of the second protecting film is conductive and resistant to the corrosion of the aerosol-generating substance. a liquid-guiding substrate; a heating material layer, arranged on a first surface of the liquid-guiding substrate, wherein the heating material layer is a resistance heating material, and comprises: a heating portion, wherein a portion of the liquid-guiding substrate, where the heating portion is arranged, is defined as a heating region (a); and a connection portion, wherein another portion of the liquid-guiding substrate, where the connection portion is arranged, is defined as an electrode region (b) characterized by a heating portion, wherein a portion of the liquid-guiding substrate, where the heating portion is arranged, is defined as a heating region (a); and a connection portion, wherein another portion of the liquid-guiding substrate, where the connection portion is arranged, is defined as an electrode region (b) characterized by a first protecting film, at least partially arranged on the surface of the heating portion away from the liquid-guiding substrate, wherein the material of the first protecting film is non-conductive and resistant to corrosion of the aerosol-generating substance; and a second protecting film, at least partially arranged on the surface of the connection portion away from the liquid-guiding substrate, wherein the material of the second protecting film is conductive and resistant to the corrosion of the aerosol-generating substance.
A method for the preparation of a gel-forming composition for parenteral administration, said method comprises the steps of admixing a mixture of mammalian derived plasma comprising lipids and/or phospholipids and hyaluronic acid or a salt or ester thereof with a calcium solution, wherein the calcium concentration in the resulting gel-forming composition is between 0.2 and 1.4 mg/ml and the concentration of hyaluronic acid or a salt or ester thereof in said gel-forming composition is between 0.10 and 200 mg/ml.
A composition comprising: a) a prebiotic; b) dietary fibre; c) chromium; and d) Streptococcus thermophilus CBS 139100 and Lactobacillus delbrueckii subsp. bulgaricus CBS 139099. a) a prebiotic; b) dietary fibre; c) chromium; and d) Streptococcus thermophilus CBS 139100 and Lactobacillus delbrueckii subsp. bulgaricus CBS 139099.
An electrical connector assembly comprising a base; a wire carrier (14, 174), the wire carrier having a surface facing the base; a wire passage in the wire carrier; a pierce point slot in the wire carrier, the slot having opposed walls each extending from the wire passage to the surface; a metal contact member, the contact member having a mounting portion on the base, a contact element, and first and second pierce points (98, 100), said pierce points (98, 100) spaced along the mounting portion and extending into the pierce point slot, each pierce point having a small tip (114, 122) at the top of the pierce point; wherein upon positioning an insulated wire in the wire passage when the wire carrier is in a wire insertion position and moving the base and wire carrier together to a contact position, the pierce point tips penetrate the wire to form insulation displacement electrical connections with a conductor in the wire; characterized in that - each pierce point further having a first alignment side (110, 118) extending along the pierce point between the tip and the mounting portion, and a second tapered side (108, 116) extending along the pierce point between the tip and the mounting portion, the alignment side of the first pierce point slidably engaging one slot wall, the alignment side of the second pierce point slidably engaging the other slot wall; and - the insulation displacement electrical connections formed by the pierce point tips (114, 122) with the conductor in the wire being spaced along the mounting portion and laterally spaced. - each pierce point further having a first alignment side (110, 118) extending along the pierce point between the tip and the mounting portion, and a second tapered side (108, 116) extending along the pierce point between the tip and the mounting portion, the alignment side of the first pierce point slidably engaging one slot wall, the alignment side of the second pierce point slidably engaging the other slot wall; and - the insulation displacement electrical connections formed by the pierce point tips (114, 122) with the conductor in the wire being spaced along the mounting portion and laterally spaced.
A device for preparing a hot beverage comprising an electrically operated heating device provided in a housing for water supplied from a fresh water connection of the housing or from a water tank provided in the housing by means of electrically operated pump means, and a brewing unit disposed downstream of the heating device, heated water being combinable with a beverage raw material in the brewing unit and being dischargeable from the housing via outlet means, first regulation means (29, 32, 36) for regulating a water temperature of the heated water to at least a water temperature target value being assigned to the heating device, and means for measuring and/or detecting a water flow being provided between the water tank or the fresh water connection and the heating device, in particular between the water tank or the fresh water connection and the pump means, and second regulation means for regulating the water flow to a flow target value being assigned to the pump means, the second regulation means acting in response to a detection output signal of the measurement or detection means, characterized in that a ratio of a maximum electric power consumption of the heating device in watts in relation to the flow target value in ml/min is in the range between 5 and 8.5, the regulation function realized by the first regulation means being a PD regulation and the regulation function realized by the second regulation means being a PI regulation.
An optical system for generating broadband light via light-sustained plasma formation, comprising: a chamber containing a buffer material in a liquid phase and a plasma-forming material in a solid phase, the plasma-forming material comprising a cylindrically-symmetrical element; an illumination source configured to generate continuous-wave pump illumination; a set of focusing optics configured to focus the continuous-wave pump illumination through the buffer material to an interface between the buffer material and the plasma-forming material in order to generate a plasma by excitation of at least the plasma-forming material; and a set of collection optics configured to receive broadband radiation emanated from the plasma. a chamber containing a buffer material in a liquid phase and a plasma-forming material in a solid phase, the plasma-forming material comprising a cylindrically-symmetrical element; an illumination source configured to generate continuous-wave pump illumination; a set of focusing optics configured to focus the continuous-wave pump illumination through the buffer material to an interface between the buffer material and the plasma-forming material in order to generate a plasma by excitation of at least the plasma-forming material; and a set of collection optics configured to receive broadband radiation emanated from the plasma.