mhurhangee/ep-ind-claims huggingface dataset:
A solid water treatment composition, preferably in the form of a tablet, puck or a stick, comprising (a) from 85 to 95 weight percent of a halogen-containing source selected from halogenated triazinetrione (b) from 0.5 to 2.5 weight percent of a boron containing source; and (c) from 1 to 10 percent of a polyphosphate-containing source, wherein the halogen-containing source comprises trichlor-s-triazinetrione, the boron-containing source comprises boric acid and the polyphosphate-containing source comprises sodium hexametaphosphate.
A rotary electric shaver comprising: an outer blade whose upper surface functions as annular shaving surfaces (22A and 22B) having multiple hair inlets formed therein; and an inner blade that has a plurality of small blades which rotate while coming into sliding contact with a lower surface of the outer blade from below the annular shaving surfaces (22A and 22B), characterized in that the inner blade is an integral structure using a metal material, and has an inner blade base plate, a recessed portion and a projection in which an upper surface side is a convex portion and a lower surface side is a concave portion at a center position in a radial direction, the projection having a through-hole at the radial center position thereof, and wherein an upper end portion of an inner blade drive shaft directly engages with the concave portion so as to be disengageable therefrom, wherein the recessed portion is recessed around the projection towards the lower surface side in the centre portion in the radial direction such that the projection erects from the position under the plate surface of the inner blade base plate towards the upper surface side. an outer blade whose upper surface functions as annular shaving surfaces (22A and 22B) having multiple hair inlets formed therein; and an inner blade that has a plurality of small blades which rotate while coming into sliding contact with a lower surface of the outer blade from below the annular shaving surfaces (22A and 22B), characterized in that the inner blade is an integral structure using a metal material, and has an inner blade base plate, a recessed portion and a projection in which an upper surface side is a convex portion and a lower surface side is a concave portion at a center position in a radial direction, the projection having a through-hole at the radial center position thereof, and wherein an upper end portion of an inner blade drive shaft directly engages with the concave portion so as to be disengageable therefrom,
Voltage converter, comprising a first, a second and a third capacitor (11 - 13), a supply terminal, a first and a second clock terminal (21, 22) and a transfer arrangement, wherein an input of the transfer arrangement is coupled to the supply terminal and an output of the transfer arrangement is coupled to an output terminal of the voltage converter, a first electrode of the first capacitor is connected to the first clock terminal and a second electrode of the first capacitor is connected to a first node of the transfer arrangement, a first electrode of the second capacitor is connected to the second clock terminal and a second electrode of the second capacitor is connected to a second node of the transfer arrangement, and a first electrode of the third capacitor is permanently and directly connected to the second electrode of the first capacitor and a second electrode of the third capacitor is connected to a third node of the transfer arrangement, and wherein a first clock signal (Φ1) is applied to the first clock terminal and a second clock signal (Φ2) is applied to the second clock terminal, characterized in that a non-overlap time is between a pulse of the first clock signal (Φ1) and the following pulse of the second clock signal (Φ2) and a further non-overlap time is between a pulse of the second clock signal (Φ2) and the following pulse of the first clock signal (Φ1).
A curved display device comprising: a display panel having a curved shape and comprising a display area having a curved surface; and a backlight assembly providing a light to the display panel, the backlight assembly comprising: a plurality of light sources (LS, LS-1, LS-2) emitting the light; a printed circuit board on which the light sources (LS, LS-1, LS-2) are mounted; and a light guiding plate having a curved shape and guiding the light provided from the light sources (LS, LS-1, LS-2) to the display panel, wherein the light sources (LS, LS-1, LS-2) are sequentially arranged along a curved direction of the light guiding plate, wherein the light guiding plate comprises a first section, a second section, and a third section, the first, second, and third sections (SN1, SN2, SN3) are sequentially defined on the light guiding plate along the curved direction of the light guiding plate, characterized by each of the light sources (LS, LS-1, LS-2) having a long side and a short side, a long-side direction of the light sources (LS, LS-1, LS-2) disposed corresponding to the first section and the third section (SN1, SN3) is different from a long-side direction of the light sources (LS, LS-1, LS-2) disposed corresponding to the second section, and wherein a thickness of the light guiding plate corresponding to each of the first and third sections (SN1, SN3) is smaller than a thickness of the light guiding plate corresponding to the second section. a display panel having a curved shape and comprising a display area having a curved surface; and a backlight assembly providing a light to the display panel, the backlight assembly comprising: a plurality of light sources (LS, LS-1, LS-2) emitting the light; a printed circuit board on which the light sources (LS, LS-1, LS-2) are mounted; and a light guiding plate having a curved shape and guiding the light provided from the light sources (LS, LS-1, LS-2) to the display panel, a plurality of light sources (LS, LS-1, LS-2) emitting the light; a printed circuit board on which the light sources (LS, LS-1, LS-2) are mounted; and a light guiding plate having a curved shape and guiding the light provided from the light sources (LS, LS-1, LS-2) to the display panel, wherein the light sources (LS, LS-1, LS-2) are sequentially arranged along a curved direction of the light guiding plate, wherein the light guiding plate comprises a first section, a second section, and a third section, the first, second, and third sections (SN1, SN2, SN3) are sequentially defined on the light guiding plate along the curved direction of the light guiding plate, characterized by each of the light sources (LS, LS-1, LS-2) having a long side and a short side, a long-side direction of the light sources (LS, LS-1, LS-2) disposed corresponding to the first section and the third section (SN1, SN3) is different from a long-side direction of the light sources (LS, LS-1, LS-2) disposed corresponding to the second section, and wherein a thickness of the light guiding plate corresponding to each of the first and third sections (SN1, SN3) is smaller than a thickness of the light guiding plate corresponding to the second section.
A method for controlling movement of a movable element of a mining machine, the method comprising: providing a relation between control values for a hydraulic valve arranged to affect a movement of said movable element and a parameter representative of the movement of the movable element; receiving an input representative of a desired movement of said movable element; obtaining a control value for the hydraulic valve based on said relation and using a parameter value corresponding to the desired movement; operating said hydraulic valve with a control signal using the obtained control value; obtaining, from a feedback mechanism, a feedback relative to the movement of the movable element resulting from operating said hydraulic valve with said control signal; determining a correction value based on said desired movement and said feedback; and updating at least a part of said relation based on said correction value. providing a relation between control values for a hydraulic valve arranged to affect a movement of said movable element and a parameter representative of the movement of the movable element; receiving an input representative of a desired movement of said movable element; obtaining a control value for the hydraulic valve based on said relation and using a parameter value corresponding to the desired movement; operating said hydraulic valve with a control signal using the obtained control value; obtaining, from a feedback mechanism, a feedback relative to the movement of the movable element resulting from operating said hydraulic valve with said control signal; determining a correction value based on said desired movement and said feedback; and updating at least a part of said relation based on said correction value.
Supply system for a liquid comprising: - a liquid tank; - a liquid supply line - a pump; - a filter and; - a device that makes it possible to purge the liquid supply line, pump and filter and that comprises a non-return device; characterized in that - the pump, filter and non-return device are combined in a compact module, said non-return device being an integral part of a common housing that surrounds the filter and at least one part of the pump - the filter at least partly surrounds the pump; - the common housing has at least partly a geometry which acts as a non-return device, said common housing comprising a cylindrical wall and a cover, said cover having the shape of a bell surrounding the filter and the cylindrical wall, said cover having at least one opening in its lower part and being positioned so as to create an annular cavity between its inner surface and the outer surface of the cylindrical wall and the filter, wherein the liquid can be sucked up, via the lower opening of the bell, through said annular cavity between the inner surface of the bell and the outer surface of the cylindrical wall so as to be finally sucked up through the filter. - a liquid tank; - a liquid supply line - a pump; - a filter and; - a device that makes it possible to purge the liquid supply line, pump and filter and that comprises a non-return device; - the pump, filter and non-return device are combined in a compact module, said non-return device being an integral part of a common housing that surrounds the filter and at least one part of the pump - the filter at least partly surrounds the pump; - the common housing has at least partly a geometry which acts as a non-return device,
A fast adjusting tripod system for supporting the weight of a worker during entry to and exit from a worksite beneath the tripod system, the tripod system comprising: a central frame; three support legs extending from the frame, each of the legs being pivot mounted to the frame; a linkage mechanism operably connecting the three support legs to pivot together relative to the frame; an anchor component supported by the frame and the legs and configured to anchor a worker during entry and exit from a worksite beneath the tripod system; a stop extending between the frame and the linkage mechanism, the stop configured to selectively lock the linkage mechanism against movement relative to the frame at a plurality of distinct, predetermined pivot angle positions of the legs relative to the frame, each of the predetermined pivot angle positions corresponding to one of a plurality of stop surfaces on at least one of the linkage mechanism and the frame, each of the stop surfaces being engaged by the stop with the legs at a corresponding one of the predetermined pivot angle positions, characterized in that the linkage mechanism comprises: a slide mounted to translate relative to the frame; and three links, each link pivot mounted to a corresponding one of the legs and to the slide, and the stop surfaces are located on the slide. a central frame; three support legs extending from the frame, each of the legs being pivot mounted to the frame; a linkage mechanism operably connecting the three support legs to pivot together relative to the frame; an anchor component supported by the frame and the legs and configured to anchor a worker during entry and exit from a worksite beneath the tripod system; a stop extending between the frame and the linkage mechanism, the stop configured to selectively lock the linkage mechanism against movement relative to the frame at a plurality of distinct, predetermined pivot angle positions of the legs relative to the frame, each of the predetermined pivot angle positions corresponding to one of a plurality of stop surfaces on at least one of the linkage mechanism and the frame, each of the stop surfaces being engaged by the stop with the legs at a corresponding one of the predetermined pivot angle positions, characterized in that the linkage mechanism comprises: a slide mounted to translate relative to the frame; and three links, each link pivot mounted to a corresponding one of the legs and to the slide, and a slide mounted to translate relative to the frame; and three links, each link pivot mounted to a corresponding one of the legs and to the slide, and the stop surfaces are located on the slide.
Pack comprising a plurality of containers, which are joined to one another by adhesive bonds formed by applications of adhesive (2, 3) to form the respective pack, characterised by at least one information carrier (14a-14c), which is held by least one end between two adjacent containers of the pack by adhesive bonding, by an application of adhesive (2, 3) joining the containers, wherein the at least one information carrier (14a-14c) is formed from a shaped or stamped part, for example from a shaped or stamped part made of plastic and/or metal, wherein the information carrier (14a-14c) is provided with a coding, preferably with a machine-readable coding, and wherein the information carrier (14a-14c) projects from the containers (1, 1a) or from the adhesive bond in such a way that the coding can be read without any difficulty, and the information carrier (14a-14c) cannot be removed and/or replaced without a visible destruction of the adhesive bond between the adjacent containers.
A polymeric mesh for the repair and regeneration of tissues of an organism that comprises pores wherein at least 70% of the pores of the said mesh have a size smaller than the one required to confine the cells of the said tissues, and wherein at least 70% of the pores of the said mesh has a size more than the one needed for the passage of interstitial fluids of the said tissues; wherein the degradation time of the said polymeric mesh within the organism is at least 8 weeks and the said polymeric mesh comprises: an apparent tensile strength between 2.15-4.38 MPa and an apparent elastic modulus between 8.58-27.87 MPa; an interconnected porosity ranging between 83-91%; in which 80-90% of the pores have a size ranging between 1.2-13.37 μm. an apparent tensile strength between 2.15-4.38 MPa and an apparent elastic modulus between 8.58-27.87 MPa; an interconnected porosity ranging between 83-91%; in which 80-90% of the pores have a size ranging between 1.2-13.37 μm.
A light emitting device comprising: - a transparent substrate having a first surface and a second surface opposite the first surface; - a region of first conductivity type overlying the first surface of the substrate; - an active region overlying the region of first conductivity type; - a region of second conductivity type overlying the active region; - a first contact connected to said region of first conductivity type; and - a second contact connected to said region of second conductivity type; wherein both of said first and second contacts are disposed on the same side of the transparent substrate as the region of first conductivity type; characterized by - a reflective material overlying a portion of the second surface of the substrate, the reflective material surrounding an aperture through which light exits the device in operation. - a transparent substrate having a first surface and a second surface opposite the first surface; - a region of first conductivity type overlying the first surface of the substrate; - an active region overlying the region of first conductivity type; - a region of second conductivity type overlying the active region; - a first contact connected to said region of first conductivity type; and - a second contact connected to said region of second conductivity type; wherein both of said first and second contacts are disposed on the same side of the transparent substrate as the region of first conductivity type; - a reflective material overlying a portion of the second surface of the substrate, the reflective material surrounding an aperture through which light exits the device in operation.
A control device controlling a switching voltage regulator having a switching module to supply a switching voltage to a load, wherein the switching module comprises a high-side switch and a low-side switch connected in series between an input voltage supply and a ground, the control device comprising: a comparator configured to compare the switching voltage with a reference voltage to provide a disable signal to the low-side switch in the switching module; and a spike detection circuit configured to receive the switching voltage and output an offset control signal to vary a slew rate of the disable signal in response to a glitch, where the disable signal with adjusted slew rate is configured to pass through a buffer to execute a time shift to the disable signal; wherein the spike detection circuit comprises a first input coupled to the switching voltage, a second input coupled to a first threshold voltage, a third input coupled to a second threshold voltage and an output for providing the offset control signal to the comparator; the spike detection circuit is configured to compare the switching voltage with the first and second threshold voltages and provide a decision result which is whether the turn-off time of low-side switch is at an exact time, a time earlier than the exact time, or a time later than the exact time and provide the decision result as the offset control signal to the comparator; wherein the comparator comprises a first input coupled to the switching voltage, a second input coupled to the reference voltage, a third input coupled to the offset control signal of the spike detection circuit, and an output for providing the disable signal to the switching module. a comparator configured to compare the switching voltage with a reference voltage to provide a disable signal to the low-side switch in the switching module; and a spike detection circuit configured to receive the switching voltage and output an offset control signal to vary a slew rate of the disable signal in response to a glitch, where the disable signal with adjusted slew rate is configured to pass through a buffer to execute a time shift to the disable signal; wherein the spike detection circuit comprises a first input coupled to the switching voltage, a second input coupled to a first threshold voltage, a third input coupled to a second threshold voltage and an output for providing the offset control signal to the comparator; the spike detection circuit is configured to compare the switching voltage with the first and second threshold voltages and provide a decision result which is whether the turn-off time of low-side switch is at an exact time, a time earlier than the exact time, or a time later than the exact time and provide the decision result as the offset control signal to the comparator; wherein the comparator comprises a first input coupled to the switching voltage, a second input coupled to the reference voltage, a third input coupled to the offset control signal of the spike detection circuit, and an output for providing the disable signal to the switching module.
Head assembly for supporting and adjusting the position of an optical or electronic device, comprising a housing, a body fixed in the housing, the body comprises a support element that can be attached to said device, wherein said body together with said support element can be turned, adjusted and fixed within respective angular ranges around two mutually normal first and second axes (19; 21. 40), the housing comprises a shell arranged in the housing so that the shell can be adjusted in any position with respect to the housing and can be fixed in the adjusted position, said housing has a spherical inner cavity and the shell has a spherical outer surface fitting to said inner cavity of the housing, and by means of said two fitting spherical surfaces the shell is arranged in such a way in said inner cavity of the housing that within predetermined limits the shell can be turned with respect to the housing in any direction, and said assembly further comprises a device arranged between the housing and the shell adapted to allow releasable fixing of the shell to the housing in any previously adjusted position, and said shell comprises an inner cavity which has a rotational symmetrical form around at least one axis, characterized by comprising an adjustment device arranged between said shell and said body that allows free adjustment of the position of the body with respect to the shell with two degrees of freedom by allowing turning of the body around said first axis and also around said second axis (21, 40) which is normal to said first axis so that said adjustment device is capable of releasably fixing said body to said shell in any adjusted position without affecting said connection between said shell and said housing.
An out-of-service, OOS, sentence generating method, comprising: training models, including at least an utterance-to-template model and template-to-utterance model, based on a target utterance template of a target service and a target sentence generated from the target utterance template; generating a similar utterance template that is similar to the target utterance template; and generating, as the OOS sentence, a similar sentence that is similar to the target sentence, CHARACTERISED IN THAT generating the similar utterance template that is similar to the target utterance template comprises inputting a sentence generated from an utterance template of another service to the trained utterance-to-template model among the trained models; and generating the similar sentence that is similar to the target sentence comprises inputting the similar utterance template to the trained template-to-utterance model among the trained models. training models, including at least an utterance-to-template model and template-to-utterance model, based on a target utterance template of a target service and a target sentence generated from the target utterance template; generating a similar utterance template that is similar to the target utterance template; and generating, as the OOS sentence, a similar sentence that is similar to the target sentence, CHARACTERISED IN THAT generating the similar utterance template that is similar to the target utterance template comprises inputting a sentence generated from an utterance template of another service to the trained utterance-to-template model among the trained models; and generating the similar sentence that is similar to the target sentence comprises inputting the similar utterance template to the trained template-to-utterance model among the trained models.
A panel, comprising a polymeric composite layer and a cover layer which is laminated to the polymeric composite layer, wherein the cover layer comprises a polymeric film having a thickness of less than 1500 μm and being provided with a decoration pattern which is printed thereon, wherein the polymeric film is molten to the polymeric composite layer, wherein the polymeric film is made of a polymer selected from the list consisting of PVC, polyethylene, XPS (polystyrene), polypropylene, polyester and polypropylene, wherein at a contact area between the polymeric film and the polymeric composite layer an earlier melted portion of at least one of the polymeric film and the polymeric composite layer functions as glue.