mhurhangee/ep-ind-claims huggingface dataset:
A particulate dispensing apparatus comprising: a container for retaining particulates to be dispensed, the container including at least one sidewall to thereby define an interior region; at least one planar blade member disposed in the interior region of the container; a moveable mesh web disposed under the container; a moveable support web disposed under at least a portion of the moveable mesh web and the container; and wherein the moveable mesh web includes an outwardly projecting flexible ridge extending from a face of the moveable mesh web and parallel to a direction of movement of the moveable mesh web. a container for retaining particulates to be dispensed, the container including at least one sidewall to thereby define an interior region; at least one planar blade member disposed in the interior region of the container; a moveable mesh web disposed under the container; a moveable support web disposed under at least a portion of the moveable mesh web and the container; and wherein the moveable mesh web includes an outwardly projecting flexible ridge extending from a face of the moveable mesh web and parallel to a direction of movement of the moveable mesh web.
An environmentally friendly flux for molten steel desulfurization comprising: CaO and Al 2 O 3 so that [CaO]/[Al 2 O 3] is within a range of 1.6 to 3.0; and one or more alkali metal oxides of Na 2 O, K 2 O, and Li 2 O, and SiO 2 so that [SiO 2]/[R 2 O] is within a range of 0.1 to 3, [R 2 O] is within a range of 0.5 mass% to 5 mass%, and [SiO 2] is within a range of 0.05 mass% to 15 mass%, in which the [CaO], the [Al 2 O 3], the [SiO 2], and the [R 2 O] represent mass% of CaO, mass% of Al 2 O 3, mass% of SiO 2, and a total amount of mass% of Na 2 O, mass% of K 2 O, and mass% of Li 2 O respectively, wherein the environmentally friendly flux for molten steel is used after all or some of the oxide powder is mixed, fused or sintered, cooled, and crushed and wherein 10% or more of one or more alkali metal oxides of Na 2 O, K 2 O and Li 2 O with respect to the total amount of the alkali metal oxides has a bond with SiO 2. CaO and Al 2 O 3 so that [CaO]/[Al 2 O 3] is within a range of 1.6 to 3.0; and one or more alkali metal oxides of Na 2 O, K 2 O, and Li 2 O, and SiO 2 so that [SiO 2]/[R 2 O] is within a range of 0.1 to 3, [R 2 O] is within a range of 0.5 mass% to 5 mass%, and [SiO 2] is within a range of 0.05 mass% to 15 mass%, in which the [CaO], the [Al 2 O 3], the [SiO 2], and the [R 2 O] represent mass% of CaO, mass% of Al 2 O 3, mass% of SiO 2, and a total amount of mass% of Na 2 O, mass% of K 2 O, and mass% of Li 2 O respectively, wherein the environmentally friendly flux for molten steel is used after all or some of the oxide powder is mixed, fused or sintered, cooled, and crushed and wherein 10% or more of one or more alkali metal oxides of Na 2 O, K 2 O and Li 2 O with respect to the total amount of the alkali metal oxides has a bond with SiO 2.
An electronic device comprising a first chip, a second chip and a printed circuit board, PCB,, wherein the PCB comprises a plurality of conductive traces (190; ST, GT) that function as a plurality of signal traces and a plurality of guard traces; wherein the first chip and the second chip are mounted on the PCB wherein the first chip comprises an integrated circuit, wherein the integrated circuit comprises: a control circuitry, providing a plurality of control signals (Ctrl) according to data (D_out) to be transmitted; a plurality of pins coupled to the plurality of conductive traces (190; ST, GT) of the printed circuit board, PCB,; and a plurality of driving units coupled to the conductive traces (190; ST, GT) of the PCB via the pins, wherein the driving units are divided according to the control signals (Ctrl) into a plurality of first driving units and a plurality of second driving units, and according to the control signals (Ctrl), the first driving units provide the data (Dout) to a memory device of the PCB via the corresponding pins and the corresponding conductive traces of the PCB which function as signal traces, and the second driving units provide at least one constant voltage to the corresponding conductive traces of the PCB which function as guard traces via the corresponding pins, wherein the guard traces corresponding to the second driving units are separated by the signal traces corresponding to the first driving units on the PCB. a control circuitry, providing a plurality of control signals (Ctrl) according to data (D_out) to be transmitted; a plurality of pins coupled to the plurality of conductive traces (190; ST, GT) of the printed circuit board, PCB,; and a plurality of driving units coupled to the conductive traces (190; ST, GT) of the PCB via the pins, wherein the driving units are divided according to the control signals (Ctrl) into a plurality of first driving units and a plurality of second driving units, and according to the control signals (Ctrl), the first driving units provide the data (Dout) to a memory device of the PCB via the corresponding pins and the corresponding conductive traces of the PCB which function as signal traces, and the second driving units provide at least one constant voltage to the corresponding conductive traces of the PCB which function as guard traces via the corresponding pins, wherein the guard traces corresponding to the second driving units are separated by the signal traces corresponding to the first driving units on the PCB.
An electric locking unit, in particular for locking of jewelry cabinets, comprising a locking bolt that is insertable into a recess of a closing part, an electric drive and an adjustment unit that engages the locking bolt, wherein the locking bolt is linearly adjustable by the drive via the adjustment unit along the axis of the locking bolt into at least three states, a closed, an open and a free state, wherein the locking bolt in the closed state protrudes into the recess of the closing part at least partially, wherein the locking bolt in the open state is extended out of the recess of the closing part and wherein the locking bolt in the free state, at least partially independently of the adjustment unit, is freely displaceable or adjustable for the re-introduction of the closing part into the electric locking unit, and wherein the electric drive is an electric motor, characterized in that the adjustment unit is designed as a link disc, wherein the link disc is arranged on the shaft of the electric motor, wherein the locking bolt comprises an extension that projects into a cam track formed on the link disk and wherein the locking bolt is adjustable by means of an adjustment of the extension along the cam track of the link disc during rotation of the link disc along said locking bolt's axis and that in the closed position the extension of the locking bolt is held in the extended position by the link disc.
An access point, AP, device, comprising: an AP housing; a control board arranged in the AP housing; a first electrical connecting part arranged on the AP housing; and a first assembly part arranged on a surface of the AP housing, configured to assemble an Internet of Things, loT, device, wherein the first electrical connecting part is electrically connected to the loT device and the control board, characterized in that the AP device further comprises: a first limit guide rail and a second limit guide rail arranged on the AP housing, wherein the first electrical connecting part and the first assembly part are positioned between the first limit guide rail and the second limit guide rail, a stopper arranged on the AP housing; and an antitheft device arranged on the AP housing; wherein the stopper is in cooperation with the antitheft device to limit a longitudinal movement of the loT device. an AP housing; a control board arranged in the AP housing; a first electrical connecting part arranged on the AP housing; and a first assembly part arranged on a surface of the AP housing, configured to assemble an Internet of Things, loT, device, wherein the first electrical connecting part is electrically connected to the loT device and the control board, characterized in that the AP device further comprises: a first limit guide rail and a second limit guide rail arranged on the AP housing, wherein the first electrical connecting part and the first assembly part are positioned between the first limit guide rail and the second limit guide rail, a stopper arranged on the AP housing; and an antitheft device arranged on the AP housing; wherein the stopper is in cooperation with the antitheft device to limit a longitudinal movement of the loT device. a first limit guide rail and a second limit guide rail arranged on the AP housing, wherein the first electrical connecting part and the first assembly part are positioned between the first limit guide rail and the second limit guide rail, a stopper arranged on the AP housing; and an antitheft device arranged on the AP housing; wherein the stopper is in cooperation with the antitheft device to limit a longitudinal movement of the loT device.
A method for selection between a front-facing camera and a rear-facing camera of a mobile terminal, comprising: receiving, by a mobile terminal, a photographing request initiated by a user; determining, by the mobile terminal, a distance between the mobile terminal and the user; and if the distance is greater than or equal to a preset numeric value, turning on a front-facing camera of the mobile terminal; if the distance is less than the preset numeric value, turning on a rear-facing camera of the mobile terminal. receiving, by a mobile terminal, a photographing request initiated by a user; determining, by the mobile terminal, a distance between the mobile terminal and the user; and if the distance is greater than or equal to a preset numeric value, turning on a front-facing camera of the mobile terminal; if the distance is less than the preset numeric value, turning on a rear-facing camera of the mobile terminal.
A method for a vehicle travelling on the road, comprising: receiving a fuel mixture, said mixture having at least some alcohol; separating said fuel mixture into at least a first and second mixture on board the vehicle, where said first mixture has a higher alcohol concentration than said second mixture; varying an operating parameter of the separation in response to a vehicle operating condition; and delivering a first amount of said first mixture and a second amount of said second mixture to the engine in different ratios characterized in that said separation is configured to allow two or more components in said fuel mixture to be separated and provided separately to the engine; and that said operating parameter of the separation is at least one of generation rate of one of said first and second mixtures and a concentration of one of said first and second mixtures. receiving a fuel mixture, said mixture having at least some alcohol; separating said fuel mixture into at least a first and second mixture on board the vehicle, where said first mixture has a higher alcohol concentration than said second mixture; varying an operating parameter of the separation in response to a vehicle operating condition; and delivering a first amount of said first mixture and a second amount of said second mixture to the engine in different ratios characterized in that said separation is configured to allow two or more components in said fuel mixture to be separated and provided separately to the engine; and that said operating parameter of the separation is at least one of generation rate of one of said first and second mixtures and a concentration of one of said first and second mixtures.
An arrangement for detecting resource usage in a dispenser, in particular in a washroom dispenser, comprising a sensor for detecting resource usage having an emitter and a receiver of radiation adapted to detect the absence of resource by receiving via the receiver radiation emitted by the emitter, and a counter adapted to count portions of the resource dispensed by the dispenser, characterized by a control unit adapted to adjust counter data depending on a signal received from the sensor for detecting resource usage.
A chemical compound, wherein the compound is a carotenoid derivative or analog useful for treating a disease, wherein the disease produces reactive oxygen species, the chemical compound having a structure chosen among and
Apparatus for connecting two plastic components in a motor vehicle having a connecting element with at least one fastening clip and a latching means, the first element having at least one fastening clip, and the second component being provided at least partially with a paint coat and having at least one opening for receiving the fastening clip, the fastening clip having a toothing system over a first length at least along part of its surface, the second component (5, 5') having at least one latching clip, the first element having a C-shaped cross section, and it being possible for the fastening clip to be latched to a latching means (7, 8, 9) which protrudes laterally into the opening, characterized in that an end point of the C-shaped cross section bears on the painted surface of the second component (5, 5'), the latching clip being moulded flexibly on the second component (5, 5'), and the latching clip having an auxiliary clip which is attached on that side of the latching clip which lies opposite the latching means.
A coloured curable composition for use in an additive manufacturing process, the composition comprising: a curable resin composition comprising radiation curable components, a photo initiator, a dye composition comprising a dye D1 and a dye D2, dye D1 having a light absorption maximum within a wave length range from 400 to 530 nm, dye D2 showing a light absorption maximum within a wave length range from 540 to 650 nm. a curable resin composition comprising radiation curable components, a photo initiator, a dye composition comprising a dye D1 and a dye D2, dye D1 having a light absorption maximum within a wave length range from 400 to 530 nm, dye D2 showing a light absorption maximum within a wave length range from 540 to 650 nm. dye D1 having a light absorption maximum within a wave length range from 400 to 530 nm, dye D2 showing a light absorption maximum within a wave length range from 540 to 650 nm.
A lens edging system of a spectacle lens which edges a spectacle lens for settling a lens in a spectacle frame, comprising: a lens edger having a lens edging section to perform edging, and a first calculating section to obtain edging shape data used for edging by the lens edging section, based on a first calculation program; and an edging control terminal having a second calculating section to obtain edging shape data used for edging by the lens edging section, based on a second calculation program different from the first calculation program, wherein the lens edger includes a calculation switching section configured to switch a setting of a calculating section so as to select either one of the first calculating section and the second calculating section for calculating edging shape data used for at least the edging in each kind of calculation items regarding the edging, and a data acquisition section configured to acquire edging shape data calculated by the second calculating section from the edging control terminal when the edging shape data is calculated by the second calculating section, wherein when the calculation switching section switches the setting of the calculating section so as to select the second calculating section for calculating the edging shape data, the edging shape data calculated by the second calculating section is acquired by the data acquisition section, and the spectacle lens is edged into a desired finish shape, irrespective of a maker or a model of the lens edger, by acquiring the edging shape data by the data acquisition section, the edging shape data being calculated by the second calculating section, and performing edging by the lens edging section using the acquired edging shape data. a lens edger having a lens edging section to perform edging, and a first calculating section to obtain edging shape data used for edging by the lens edging section, based on a first calculation program; and an edging control terminal having a second calculating section to obtain edging shape data used for edging by the lens edging section, based on a second calculation program different from the first calculation program,
A rechargeable battery comprising: an electrode assembly, a case (20, 320) housing the electrode assembly; a cap assembly comprising a cap plate coupled to an opening of the case (20, 320); characterized in that the case (20, 320) comprises at least one side surface (23, 323, 24), wherein the at least one side surface (23, 323, 24) comprises at least one coupling portion (23a, 323a, 24a) located adjacent to the opening of the case (20, 320), and wherein the at least one coupling portion (23a, 323a, 24a) comprises an inner portion having a first width which directly contacts the cap plate and an outer portion having a second width which is exposed from the cap plate, wherein at least two welding bead portions (B1, B1a, B21, B3, B2, B2a, B22) are arranged in the outer portion of the at least one coupling portion (23a, 323a, 24a), wherein a cross-section of the case (20, 320) in a portion of the opening comprises a first length and a first width and the cap plate comprises a third length (L3, L3a) and a third width (W3, W3a), wherein the third length (L3, L3a) is smaller than the first length the third width (W3, W3a) is smaller than the first width, and wherein a difference between the first length and the third length (L3, L3a) is larger than a difference between the first width and the third width (W3, W3a), and wherein a thickness (t1a) of a welding bead portion (B1a) extending along the first width is thicker than a thickness (t2a) of a welding bead portion (B2a) extending along the first length. an electrode assembly, a case (20, 320) housing the electrode assembly; a cap assembly comprising a cap plate coupled to an opening of the case (20, 320); characterized in that the case (20, 320) comprises at least one side surface (23, 323, 24), wherein the at least one side surface (23, 323, 24) comprises at least one coupling portion (23a, 323a, 24a) located adjacent to the opening of the case (20, 320), and wherein the at least one coupling portion (23a, 323a, 24a) comprises an inner portion having a first width which directly contacts the cap plate and an outer portion having a second width which is exposed from the cap plate, wherein at least two welding bead portions (B1, B1a, B21, B3, B2, B2a, B22) are arranged in the outer portion of the at least one coupling portion (23a, 323a, 24a), wherein a cross-section of the case (20, 320) in a portion of the opening comprises a first length and a first width and the cap plate comprises a third length (L3, L3a) and a third width (W3, W3a), wherein the third length (L3, L3a) is smaller than the first length the third width (W3, W3a) is smaller than the first width, and wherein a difference between the first length and the third length (L3, L3a) is larger than a difference between the first width and the third width (W3, W3a), and wherein a thickness (t1a) of a welding bead portion (B1a) extending along the first width is thicker than a thickness (t2a) of a welding bead portion (B2a) extending along the first length.
Rotationally drivable cutting blade for machines for cutting up food products, in particular for high-speed slicers, which is attached to a drive shaft with the aid of an assembly area surrounding a rotational axis and has a primarily planar spacing area outside of the assembly area and inside of a cutting area, characterised in that, in the spacing area, there are embossed, alternately sunken and raised formations.
Use of an expression vector containing at least one nucleotide sequence targeting by RNA interference the DPH2 gene transcript of a human cell for inducing resistance to diphtheria toxin in a human cell, wherein the expression vector is used in vivo in a rodent xenografted with a human cell, wherein the transcript of the expression vector is permanently transduced in the human cell, whereby the permanently transduced human cell survives upon diphtheria toxin treatment, wherein the expression vector contains at least one additional nucleotide sequence, whereby the permanently transduced human cell surviving upon diphtheria toxin treatment contains the at least one additional nucleotide sequence, and wherein the at least one additional nucleotide sequence is selected from: i) nucleotide sequences encoding a fluorescent or bioluminescent protein, ii) nucleotide sequences encoding an enzymatic protein marker, iii) nucleotide sequences promoting loss-of-function of an endogenous gene of the permanently transduced human cell, and iv) nucleotide sequences promoting gain-of-function of an endogenous or exogenous gene in the permanently transduced human cell.
An optical element comprising a substrate and an interferometric reflection reducing layer system on at least one surface of the substrate, wherein the layer system comprises a stack of at least four successive layer packages (42, 44, 46, 48), wherein each layer package (42, 44, 46, 48) comprises a first partial layer having a first optical thickness t1 and a second partial layer having a second optical thickness t2 which is different from the first optical thickness t1, wherein, in the stack, a refractive index n1 of each respective first partial layer which is closer to the substrate is greater than a refractive index n2 of the respective second partial layer which is further away from the substrate, wherein the layer system has a lightness L*, a chroma C* and a hue angle h of a residual reflection colour, characterised in that the amount of a relative change Δh of the hue angle h of the residual reflection colour in an interval of a viewing angle AOI with the boundary values 0° and 30° relative to a surface normal on the layer system is smaller than the amount of a relative change ΔC* of the chroma C* in the interval of the viewing angle AOI, and the scotopic reflectance Rv' in the interval of the viewing angle AOI with the boundary values 0° and 30° is at most 1.5%. wherein the layer system comprises a stack of at least four successive layer packages (42, 44, 46, 48), wherein each layer package (42, 44, 46, 48) comprises a first partial layer having a first optical thickness t1 and a second partial layer having a second optical thickness t2 which is different from the first optical thickness t1, wherein, in the stack, a refractive index n1 of each respective first partial layer which is closer to the substrate is greater than a refractive index n2 of the respective second partial layer which is further away from the substrate, wherein the layer system has a lightness L*, a chroma C* and a hue angle h of a residual reflection colour, characterised in that the amount of a relative change Δh of the hue angle h of the residual reflection colour in an interval of a viewing angle AOI with the boundary values 0° and 30° relative to a surface normal on the layer system is smaller than the amount of a relative change ΔC* of the chroma C* in the interval of the viewing angle AOI, and the scotopic reflectance Rv' in the interval of the viewing angle AOI with the boundary values 0° and 30° is at most 1.5%.