mhurhangee/ep-ind-claims huggingface dataset:
Inkjet printer assembly for printing an image on a recording medium, the inkjet print assembly comprising • a medium support surface for supporting a recording medium; • an inkjet print head for ejecting droplets of a gelling UV-curable ink on the recording medium, the inkjet print head being arranged over the medium support surface and wherein the inkjet print head is configured to eject the gelling UV-curable ink at an elevated temperature, at which elevated temperature the ink is in a non-gelled state and the ink is configured to enter a gelled state on the recording medium • an UV radiation source for irradiating the droplets of UV-curable ink on the recording medium, the UV radiation source being arranged over the medium support surface; • a covering arranged over the medium support surface, the covering and the medium support surface together enclosing a print space including the inkjet print head and the UV radiation source; • exhaust means, the exhaust means being configured to exhaust air from the print space; wherein the covering comprises a window part arranged such to allow a view on the medium support surface, the window part being at least partially transparent for visible light and configured to filter UV radiation from the UV radiation source to an extent that no harmful amount of UV radiation passes through. • a medium support surface for supporting a recording medium; • an inkjet print head for ejecting droplets of a gelling UV-curable ink on the recording medium, the inkjet print head being arranged over the medium support surface and wherein the inkjet print head is configured to eject the gelling UV-curable ink at an elevated temperature, at which elevated temperature the ink is in a non-gelled state and the ink is configured to enter a gelled state on the recording medium • an UV radiation source for irradiating the droplets of UV-curable ink on the recording medium, the UV radiation source being arranged over the medium support surface; • a covering arranged over the medium support surface, the covering and the medium support surface together enclosing a print space including the inkjet print head and the UV radiation source; • exhaust means, the exhaust means being configured to exhaust air from the print space;
A heat-dissipating system for a high-power cabinet, comprising: a cabinet; at least one main air duct with a first opening and a second opening, which is formed in the cabinet; and a first heat-generating assembly, a second heat-generating assembly and at least one first fan, which are each mounted in the main air duct; wherein: the first fan is located between the first heat-generating assembly and the second heat-generating assembly; the outlet of the first fan faces towards the first heat-generating assembly; and airflow in the main air duct flows from the first opening to the second heat-generating assembly, an inlet of the first fan, an outlet of the first fan, and the first heat-generating assembly in sequence, and finally is discharged out of the cabinet from the second opening of the main air duct. a cabinet; at least one main air duct with a first opening and a second opening, which is formed in the cabinet; and a first heat-generating assembly, a second heat-generating assembly and at least one first fan, which are each mounted in the main air duct; wherein: the first fan is located between the first heat-generating assembly and the second heat-generating assembly; the outlet of the first fan faces towards the first heat-generating assembly; and airflow in the main air duct flows from the first opening to the second heat-generating assembly, an inlet of the first fan, an outlet of the first fan, and the first heat-generating assembly in sequence, and finally is discharged out of the cabinet from the second opening of the main air duct. the first fan is located between the first heat-generating assembly and the second heat-generating assembly; the outlet of the first fan faces towards the first heat-generating assembly; and airflow in the main air duct flows from the first opening to the second heat-generating assembly, an inlet of the first fan, an outlet of the first fan, and the first heat-generating assembly in sequence, and finally is discharged out of the cabinet from the second opening of the main air duct.
Method for determining a remaining useful life of a bearing having a surface defect, comprising the steps of: determining a defect size (d1, d2) of the surface defect, based on, preferably sampled, oscillations of the bearing, e.g., harmonic oscillations of an inner ring and/or outer ring of the bearing, characterized in that the size (d1, d2) of the surface defect is determined based on associating, using a trained machine learning model, the sampled oscillations of the bearing with the defect size (d1, d2) of the surface defect, determining, based on the defect size (d1, d2), at least one of a principal stresses (σ) or a contact force of the bearing caused by the surface defect, wherein determining at least one of the principal stresses (σ) or contact force is based on a substitute model of the bearing, wherein the size (d1, d2) of the surface defect serves as an input for the substitute model, and wherein the substitute model associates defect sizes with the principal stress or the contact force of the bearing, and determining the remaining useful life of the bearing based on at least one of the principal stresses (σ) and/or the contact force. determining a defect size (d1, d2) of the surface defect, based on, preferably sampled, oscillations of the bearing, e.g., harmonic oscillations of an inner ring and/or outer ring of the bearing, characterized in that the size (d1, d2) of the surface defect is determined based on associating, using a trained machine learning model, the sampled oscillations of the bearing with the defect size (d1, d2) of the surface defect, determining, based on the defect size (d1, d2), at least one of a principal stresses (σ) or a contact force of the bearing caused by the surface defect, wherein determining at least one of the principal stresses (σ) or contact force is based on a substitute model of the bearing, wherein the size (d1, d2) of the surface defect serves as an input for the substitute model, and wherein the substitute model associates defect sizes with the principal stress or the contact force of the bearing, and determining the remaining useful life of the bearing based on at least one of the principal stresses (σ) and/or the contact force.
A method of determining a time, t c, at which an oil film separating a sliding contact interface (130, 930) between a counterface and an axial lip (115, 915) of a seal will reach a critical film thickness, h crit, at which inadequate separation occurs, whereby one of the axial lip and the counterface is provided on a rotational part (120, 920) of the seal and the other of the axial lip and the counterface is provided on a non-rotational part of the seal; the seal is grease lubricated and the oil film is formed by base oil which bleeds from a grease reservoir (140, 940) on the rotational part of the seal and which flows towards the contact interface under the action of centrifugal force; characterized in that the method comprises steps of a. determining a rotational speed of the rotational part of the seal, b. determining a viscosity of the base oil, c. determining the time, t c, based on the rotational speed, the viscosity of the base oil, a cross-sectional area of the grease reservoir and a diameter of the contact interface. a. determining a rotational speed of the rotational part of the seal, b. determining a viscosity of the base oil, c. determining the time, t c, based on the rotational speed, the viscosity of the base oil, a cross-sectional area of the grease reservoir and a diameter of the contact interface.
Machine tool, in particular mobile machine tool or hand-operated power tool, for the machining of workpieces with the aid of a tool, wherein the machine tool has a drive assembly mounted on a machine base and with a drive motor and a tool holder for the tool, in particular for a cutting tool, which may be driven by the drive motor, wherein there is mounted on the machine base with longitudinal adjustment facility a support part for support of a workpiece on the machine tool relative to the tool holder or for support, in particular with guidance, of the machine tool on a workpiece with the aid of a longitudinal adjusting device relative to a longitudinal axis, wherein the longitudinal adjusting device has two bar-shaped first and second guide elements (42A, 42B) running parallel to the longitudinal axis, and mounted in first and second bearing location assemblies (105A, 105B) for longitudinal movement along the longitudinal axis, wherein the machine tool has a fixing device for fixing the guide elements (42A, 42B) relative to the bearing location assemblies (105A, 105B) with reference to the longitudinal axis, wherein the fixing device has a manually operable positioning device and a fixing element operable by the positioning device between a fixing position fixing the support part immovably relative to the machine base with reference to the longitudinal axis and a release position allowing movement of the support part relative to the machine base, characterised in that the fixing element is pivotably mounted on a bearing section of the first guide element and may be adjusted by the positioning device between a release-swivel position in which the guide elements may be moved on the bearing location assemblies (105A, 105B), and a fixing swivel position in which the first guide element is fixed relative to the first bearing location assembly and/or the second guide element is fixed relative to the second bearing location assembly against movement parallel to the longitudinal axis.
A power tool comprising; a drive system; a housing at least partially supporting the drive system, the housing including a base configured to support the power tool relative to a workpiece on which the power tool operates; a handle coupled to the housing, the handle defining a longitudinal axis and including a first portion positioned between the longitudinal axis and the base and a second portion opposite the first portion along the longitudinal axis; and an activation switch coupled to a side surface of the housing, the activation switch slidable in a direction parallel with a switch axis that intersects the longitudinal axis from a deactivated state, in which the drive system is non-operable, to an activated state, in which the drive system is operable, wherein the activation switch is slidable toward the second portion of the handle from an intersection point between the switch axis and the longitudinal axis, wherein the activation switch is a first activation switch, characterized in that the power tool further comprises a second activation switch coupled to another side surface of the housing, and wherein the second activation switch is slidable parallel to the switch axis between a deactivated state, in which the drive system is non-operable, and an activated state, in which the drive system is operable. a drive system; a housing at least partially supporting the drive system, the housing including a base configured to support the power tool relative to a workpiece on which the power tool operates; a handle coupled to the housing, the handle defining a longitudinal axis and including a first portion positioned between the longitudinal axis and the base and a second portion opposite the first portion along the longitudinal axis; and an activation switch coupled to a side surface of the housing, the activation switch slidable in a direction parallel with a switch axis that intersects the longitudinal axis from a deactivated state, in which the drive system is non-operable, to an activated state, in which the drive system is operable, wherein the activation switch is slidable toward the second portion of the handle from an intersection point between the switch axis and the longitudinal axis, wherein the activation switch is a first activation switch, characterized in that the power tool further comprises a second activation switch coupled to another side surface of the housing, and wherein the second activation switch is slidable parallel to the switch axis between a deactivated state, in which the drive system is non-operable, and an activated state, in which the drive system is operable.
A composite pigment comprising: at least one small hollow core particle with a mean particle size of more than 100 nm and less than 1 μm, preferably less than 600 nm, and more preferably less than 400 nm, wherein the surface of the small hollow core particle is at least in part covered with at least one coating layer comprising at least one inorganic solid UV filter, and the small hollow core particle comprises at least one organic polymer. at least one small hollow core particle with a mean particle size of more than 100 nm and less than 1 μm, preferably less than 600 nm, and more preferably less than 400 nm, wherein the surface of the small hollow core particle is at least in part covered with at least one coating layer comprising at least one inorganic solid UV filter, and the small hollow core particle comprises at least one organic polymer.
Transport vehicle for containers, having a first set-down surface on which a container can be set down, and having two mutually opposing guide surfaces which extend towards one another in the direction of the first set-down surface in order to guide a container during set-down on the transport vehicle in the direction of the first set-down surface, wherein the first set-down surface is disposed between the guide surfaces, characterised in that an adapter is provided which can be moved between a standby position and an operating position in such a way that a container is guided onto the first set-down surface during set-down on the transport vehicle when the adapter is in the standby position, and is guided onto a second set-down surface, which is formed by the adapter and disposed between the guide surfaces, when the adapter is placed onto the transport vehicle in the operating position and the adapter is placed, in the operating position, on a support surface of the transport vehicle which is cleared in the standby position.
Dishwasher, in particular a household dishwasher, with at least one air outlet for blowing out humid air, from a dishwasher cavity in which dishware, glasses, cutlery and the like can be treated, characterised in that the air outlet is arranged in the lower quarter of the appliance height and extends as a slotted outlet over at least two thirds of the width of the dishwasher, wherein at least one connection, which is located on the rear face, is provided for introducing humid air from the dishwasher cavity into the air outlet, said connection being used to supply the introduced air from the dishwasher cavity to an air distributor which separates the supplied air into differently oriented sub-flows (19; 20) and guides them to the air outlet, distributed over the width and transverse extent thereof.
A method for monitoring concentration of one or more chemicals in a water system, the method comprising the steps of: a) providing a solid state fluorometer, wherein said fluorometer comprises: i) one or more solid-state excitation sources to direct light in a specified direction, wherein said excitation source is a light emitting diode or a solid state laser diode, ii) one or more detectors receiving the fluorescence from the excitation of the sample and producing an output signal proportional to the quantity of fluorescence received on the detector; b) providing a water system; c) using said fluorometer to detect the fluorescence of said chemicals in said water system; d) programming said fluorometer to produce an output signal proportional to the detected fluorescence, wherein said light emitting diode or a solid state laser diode emits light having a wavelength from about 260 nm to about 350 nm; and wherein said chemicals are biological materials and selected from the group consisting of: amino acids; NADH; nucleic acids; tryptophan, tyrosine; adenine triphosphate; calcium dipicolinate; NAD H; flavins; 3,4-dihydroxyphenylalanine; kynurenine; Serotonin; phenylalanine; dopamine; histamine; Vitamin A; Vitamin B 12; estrogen; adenine diphosphate; adenine; adenosine; bovine serum albumin; egg white lysozyme; microorganisms; toxins; spores; viruses; algae; fungi; and proteins; and further comprising the step of providing an effective amount of chemical treatment to said water system in response to the output signal from said chemical detected by said fluorometer, where said chemical treatment is selected from the group consisting of: a biocidal control agent, a biostatic control agent, and microorganism control agent. a) providing a solid state fluorometer, wherein said fluorometer comprises: i) one or more solid-state excitation sources to direct light in a specified direction, wherein said excitation source is a light emitting diode or a solid state laser diode, ii) one or more detectors receiving the fluorescence from the excitation of the sample and producing an output signal proportional to the quantity of fluorescence received on the detector; i) one or more solid-state excitation sources to direct light in a specified direction, wherein said excitation source is a light emitting diode or a solid state laser diode, ii) one or more detectors receiving the fluorescence from the excitation of the sample and producing an output signal proportional to the quantity of fluorescence received on the detector; b) providing a water system; c) using said fluorometer to detect the fluorescence of said chemicals in said water system; d) programming said fluorometer to produce an output signal proportional to the detected fluorescence,
A system for thermal management and structural containment, comprising: an enclosure; a mono-block configuration of batteries disposed within the enclosure, the mono-block configuration of the batteries comprising: a plurality of batteries, each of the plurality of batteries being wrapped by a woven primary multiscale wick comprising a woven ceramic; and a woven secondary multiscale wick configured to wrap the primary multiscale wicks of the mono-block configuration of batteries; and a working fluid in liquid communication with the woven primary multiscale wicks, wherein each of the multiscale wicks comprises a wick structure that has different average pore sizes and distribution to provide multiple pore sizes for capillary pumping of the working fluid. an enclosure; a mono-block configuration of batteries disposed within the enclosure, the mono-block configuration of the batteries comprising: a plurality of batteries, each of the plurality of batteries being wrapped by a woven primary multiscale wick comprising a woven ceramic; and a woven secondary multiscale wick configured to wrap the primary multiscale wicks of the mono-block configuration of batteries; and a plurality of batteries, each of the plurality of batteries being wrapped by a woven primary multiscale wick comprising a woven ceramic; and a woven secondary multiscale wick configured to wrap the primary multiscale wicks of the mono-block configuration of batteries; and a working fluid in liquid communication with the woven primary multiscale wicks, wherein each of the multiscale wicks comprises a wick structure that has different average pore sizes and distribution to provide multiple pore sizes for capillary pumping of the working fluid.
A 6-axis positioning system, comprising a base, a movable unit and six variable-length actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3), one end (8, 12) of each actuator being connected to the base and the other end (9, 14) of each actuator being connected to the movable unit, wherein the six actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3) are divided into two groups (4, 6) each having three actuators (5.1, 5.2, 5.3; 7.1, 7.2, 7.3), and the actuators (5.1, 5.2, 5.3) of the first group are arranged on the base within a region bounded by the actuators (7.1, 7.2, 7.3) of the second group, and the actuators (5.1, 5.2, 5.3) of the first group are arranged on the movable unit within a region bounded by the actuators (7.1, 7.2, 7.3) of the second group; wherein the lower end and the upper end of each of the three actuators (7.1, 7.2, 7.3) of the second group are connected to the base and to the movable unit, respectively, by means of respective pivot fastening systems; wherein the upper end of each of the three actuators (5.1, 5.2, 5.3) of the first group is connected to the movable unit by means of a pivot fastening system, and wherein the lower end of each of the three actuators (5.1, 5.2, 5.3) of the first group is connected to the base by means of a pivot fastening system that can be pivoted during adjustment operation of the 6-axis positioning system, characterized in that the three actuators (5.1, 5.2, 5.3) of the first group are variable in length and pivotably connected to the base and the movable unit in such a way that each of the three actuators (5.1, 5.2, 5.3) of the first group is movably arranged in an angular range of max. ± 30°, preferably max. ± 15° relative to a vertical or perpendicular to a plane spanned by the base, and the three actuators (7.1, 7.2 and 7.3) of the second group are variable in length and pivotably connected to the base and the movable unit in such a way that each of the three actuators (7.1, 7.2 and 7.3) of the second group is arranged to be movable in an angular range of ≥ 0 to max. 45°, preferably ≥ 0 to max. 30° relative to a horizontal or parallel to a plane spanned by the base.
A low-calorie drink composition containing an inorganic electrolyte, an organic acid, a Siraitia grosvenori extract, and sucralose, wherein the inorganic electrolyte is an electrolyte that provides a sodium ion, a potassium ion, a magnesium ion, a calcium ion, and a chloride ion, and wherein the content of sodium ion is 483 to 529 mg/ml (21 to 23 mEq/l), the content of potassium ion is 175.5 to 234 mg/ml (4.5 to 6 mEq/l), the content of magnesium ion is 6.075 to 12.15 mg/ml (0.5 to 1 mEq/l), the content of calcium ion is 20 to 40 mg/ml (1 to 2 mEq/l), the content of chloride ion is 584.1 to 778.8 mg/ml (16.5 to 22 mEq/l), the content of Siraitia grosvenori extract is 6 to 16 mg/l (dry weight basis), and the content of sucralose is 18 to 24 mg/l, wherein the Siraitia grosvenori extract is present in an amount of 60 to 75 parts by weight calculated on a dry weight basis per 100 parts by weight of the sucralose. wherein the inorganic electrolyte is an electrolyte that provides a sodium ion, a potassium ion, a magnesium ion, a calcium ion, and a chloride ion, and wherein the content of sodium ion is 483 to 529 mg/ml (21 to 23 mEq/l), the content of potassium ion is 175.5 to 234 mg/ml (4.5 to 6 mEq/l), the content of magnesium ion is 6.075 to 12.15 mg/ml (0.5 to 1 mEq/l), the content of calcium ion is 20 to 40 mg/ml (1 to 2 mEq/l), the content of chloride ion is 584.1 to 778.8 mg/ml (16.5 to 22 mEq/l), the content of Siraitia grosvenori extract is 6 to 16 mg/l (dry weight basis), and the content of sucralose is 18 to 24 mg/l, wherein the Siraitia grosvenori extract is present in an amount of 60 to 75 parts by weight calculated on a dry weight basis per 100 parts by weight of the sucralose.