mhurhangee/ep-ind-claims huggingface dataset:
A non-pharmaceutical bactericidal composition against a Helicobacter pylori, characterized by comprising: a first daily edible component, wherein the first daily edible component has a molecular state and a dissociated state while in an aqueous solution state, the first daily edible component of the molecular state performs functions of killing the Helicobacter pylori and inhibiting an ascorbate oxidase activity of the Helicobacter pylori in an environment with a pH value below 5, and the first daily edible component is a citric acid, a malic acid or a combination thereof; and a second daily edible component for forming a buffer combination with the first daily edible component and neutralizing a bicarbonate, so that the first daily edible component can continue its killing of the Helicobacter pylori effectively and inhibiting the ascorbate oxidase activity of the Helicobacter pylori, wherein the second daily edible component is a salt, and the salt is a salt of the citric acid, a salt of the malic acid or a combination thereof, wherein the bactericidal composition further comprises an ascorbic acid in a concentration being in a range from 3000 ppm to 10000 ppm for killing the Helicobacter pylori more thoroughly in presence of the first daily edible component and the second daily edible component, characterized in that the bactericidal composition has a pH value below 5. a first daily edible component, wherein the first daily edible component has a molecular state and a dissociated state while in an aqueous solution state, the first daily edible component of the molecular state performs functions of killing the Helicobacter pylori and inhibiting an ascorbate oxidase activity of the Helicobacter pylori in an environment with a pH value below 5, and the first daily edible component is a citric acid, a malic acid or a combination thereof; and a second daily edible component for forming a buffer combination with the first daily edible component and neutralizing a bicarbonate, so that the first daily edible component can continue its killing of the Helicobacter pylori effectively and inhibiting the ascorbate oxidase activity of the Helicobacter pylori, wherein the second daily edible component is a salt, and the salt is a salt of the citric acid, a salt of the malic acid or a combination thereof, wherein the bactericidal composition further comprises an ascorbic acid in a concentration being in a range from 3000 ppm to 10000 ppm for killing the Helicobacter pylori more thoroughly in presence of the first daily edible component and the second daily edible component, characterized in that the bactericidal composition has a pH value below 5.
A base material retention device for retaining a plate-shaped base material, comprising: a stage having a retaining surface on which the base material is to be placed; a positioning unit that is configured so as to position the base material at a prescribed retaining position on the retaining surface; and a suction unit that is configured so as to suction, on the stage, the base material positioned at the prescribed retaining position, wherein the positioning unit comprises: a first pressing unit that is configured so as to press the base material against the stage; an outer edge contact member that is provided on the stage and configured so as to come into contact with a portion of an outer edge of the base material; and a second pressing unit that is configured so as to bring the base material into contact with the outer edge contact member by pushing the outer edge of the base material, wherein the first pressing unit comprises plural major surface contact members that are configured so as to come into contact with a top surface of the base material, wherein the major surface contact member is a sphere, and wherein the first pressing unit further comprises a sphere retaining unit that is configured so as to retain the sphere rotatably. a stage having a retaining surface on which the base material is to be placed; a positioning unit that is configured so as to position the base material at a prescribed retaining position on the retaining surface; and a suction unit that is configured so as to suction, on the stage, the base material positioned at the prescribed retaining position, wherein the positioning unit comprises: a first pressing unit that is configured so as to press the base material against the stage; an outer edge contact member that is provided on the stage and configured so as to come into contact with a portion of an outer edge of the base material; and a second pressing unit that is configured so as to bring the base material into contact with the outer edge contact member by pushing the outer edge of the base material, wherein the first pressing unit comprises plural major surface contact members that are configured so as to come into contact with a top surface of the base material, a first pressing unit that is configured so as to press the base material against the stage; an outer edge contact member that is provided on the stage and configured so as to come into contact with a portion of an outer edge of the base material; and a second pressing unit that is configured so as to bring the base material into contact with the outer edge contact member by pushing the outer edge of the base material, wherein the first pressing unit comprises plural major surface contact members that are configured so as to come into contact with a top surface of the base material, wherein the major surface contact member is a sphere, and wherein the first pressing unit further comprises a sphere retaining unit that is configured so as to retain the sphere rotatably.
Assembly for automatic rail alignment, comprising: ∘ a first alignment system adapted to be placed on a first track element at a first rail; ∘ a second alignment system adapted to be placed on a second track element at a second rail; and ∘ a position acquisition system, comprising at least one position sensor of the first rail and/or the second rail, wherein the first alignment system comprises a first actuation system (51, 52) adapted to automatically adjust a position of the first rail based on a position measured by the acquisition system and/or the second alignment system comprises a second actuation system (51, 52) adapted to automatically adjust a position of the second rail based on a position measured by the acquisition system. ∘ a first alignment system adapted to be placed on a first track element at a first rail; ∘ a second alignment system adapted to be placed on a second track element at a second rail; and ∘ a position acquisition system, comprising at least one position sensor of the first rail and/or the second rail, wherein the first alignment system comprises a first actuation system (51, 52) adapted to automatically adjust a position of the first rail based on a position measured by the acquisition system and/or the second alignment system comprises a second actuation system (51, 52) adapted to automatically adjust a position of the second rail based on a position measured by the acquisition system.
A seal device for a turbine disposed around a rotor so as to separate a high-pressure space and a low-pressure space, the seal device comprising: a plurality of thin plates arranged along an outer peripheral surface of the rotor, each of the thin plates including a root portion which is disposed on an outer side in a radial direction of the rotor and which is supported on a stationary part of the turbine and a tip portion which is disposed on an inner side in the radial direction of the rotor and which has a tip surface facing the outer peripheral surface of the rotor, wherein each of the thin plates is configured such that a width direction of the thin plate is parallel to an axial direction of the rotor at a side of the root portion, and characterized in that the tip portion of each of the thin plates is configured such that an end on a side of the high-pressure space is positioned downstream of another end on a side of the low-pressure side, in a rotational direction of the rotor, in a cross-section taken along the width direction of the thin plate. a plurality of thin plates arranged along an outer peripheral surface of the rotor, each of the thin plates including a root portion which is disposed on an outer side in a radial direction of the rotor and which is supported on a stationary part of the turbine and a tip portion which is disposed on an inner side in the radial direction of the rotor and which has a tip surface facing the outer peripheral surface of the rotor, wherein each of the thin plates is configured such that a width direction of the thin plate is parallel to an axial direction of the rotor at a side of the root portion, and characterized in that the tip portion of each of the thin plates is configured such that an end on a side of the high-pressure space is positioned downstream of another end on a side of the low-pressure side, in a rotational direction of the rotor, in a cross-section taken along the width direction of the thin plate.
A support for temporary guard railing comprising: a base adapted to be removably attached to a floor surface, said base having an upper surface, a lower surface, and corner areas; support walls (12,14) upstanding from the base and defining therebetween an upwardly opening socket for receipt of a post; at least one hole extending through each of said corner areas for receipt of a connector so as to attach the base to the floor surface; characterized in that the at least one hole has a washer assembly, wherein said washer assembly comprises: • a plurality of fingers integrally formed with said base and projecting from said upper surface of said base, said fingers being circumferentially spaced around said hole, each of said fingers comprising a radially inwardly extending dog, there being a notch formed between each of said dogs and said upper surface of said base; • a washer received in said plurality of notches, such that the opening of said washer is in register with said hole, wherein said fingers are elastically connected to said base and wherein a groove is positioned around the fingers extending into the top surface of the base. a base adapted to be removably attached to a floor surface, said base having an upper surface, a lower surface, and corner areas; support walls (12,14) upstanding from the base and defining therebetween an upwardly opening socket for receipt of a post; at least one hole extending through each of said corner areas for receipt of a connector so as to attach the base to the floor surface; characterized in that the at least one hole has a washer assembly, wherein said washer assembly comprises: • a plurality of fingers integrally formed with said base and projecting from said upper surface of said base, said fingers being circumferentially spaced around said hole, each of said fingers comprising a radially inwardly extending dog, there being a notch formed between each of said dogs and said upper surface of said base; • a washer received in said plurality of notches, such that the opening of said washer is in register with said hole, wherein said fingers are elastically connected to said base and wherein a groove is positioned around the fingers extending into the top surface of the base. • a plurality of fingers integrally formed with said base and projecting from said upper surface of said base, said fingers being circumferentially spaced around said hole, each of said fingers comprising a radially inwardly extending dog, there being a notch formed between each of said dogs and said upper surface of said base; • a washer received in said plurality of notches, such that the opening of said washer is in register with said hole, wherein said fingers are elastically connected to said base and wherein a groove is positioned around the fingers extending into the top surface of the base.
A receiver for cancelling interference from a received signal in wireless communication system, the receiver comprising: a filter weights estimation module configured to generate filter weights from the received signal; a widely linear single antenna interference cancellation, WL-SAIC, module, coupled to the filter weights estimation module, configured to process the received signal; a channel estimation module configured to calculate a channel estimation from the received signal; an output equalizer, coupled to the WL-SAIC module and the channel estimation module, configured to generate an adjusted data; the receiver characterized in comprising: a data filter weights module, coupled to the output equalizer, configured to calculate data filter weights from the received signal and the adjusted data; and a data WL-SAIC filter, coupled to the data filter weights module, configured to input the received signal and output a corrected burst. a filter weights estimation module configured to generate filter weights from the received signal; a widely linear single antenna interference cancellation, WL-SAIC, module, coupled to the filter weights estimation module, configured to process the received signal; a channel estimation module configured to calculate a channel estimation from the received signal; an output equalizer, coupled to the WL-SAIC module and the channel estimation module, configured to generate an adjusted data; the receiver characterized in comprising: a data filter weights module, coupled to the output equalizer, configured to calculate data filter weights from the received signal and the adjusted data; and a data WL-SAIC filter, coupled to the data filter weights module, configured to input the received signal and output a corrected burst. a data filter weights module, coupled to the output equalizer, configured to calculate data filter weights from the received signal and the adjusted data; and a data WL-SAIC filter, coupled to the data filter weights module, configured to input the received signal and output a corrected burst.
An embeddable installation box, comprising: - a tubular part; and - a receptacle that fits inside the tubular part; wherein the tubular part comprises: - an outer side surface containing at least one rib projecting from said surface, running across the outer side surface through a helical path to allow screwing said tubular part into a prefabricated plaster board; and wherein said tubular part allows the passage therethrough of installations and the housing therein of connection or support elements; said embeddable installation box characterized in that the tubular part comprises an inner portion of the tubular part containing support means for screwing in the tubular part; said inner portion of the tubular part comprising an upper portion that corresponds to the outer surface of the support means in which screws or the other securing means are placed and/or where the receptacle is introduced; and a lower portion containing inner projections, wherein the lower portion corresponds to the face opposite to the upper portion of the inner portion of the tubular part; and in that the receptacle comprises an outer surface comprising an upper portion having outer projections that are limited to the upper part of the outer surface of the receptacle, wherein the outer projections of the receptacle coincide with the inner projections of the tubular part when the receptacle is nested in the tubular part, allowing movement of the receptacle inside the tubular part until the inner projections of the tubular part come into contact with the outer projections of the receptacle. - a tubular part; and - a receptacle that fits inside the tubular part; wherein the tubular part comprises: - an outer side surface containing at least one rib projecting from said surface, running across the outer side surface through a helical path to allow screwing said tubular part into a prefabricated plaster board; and wherein said tubular part allows the passage therethrough of installations and the housing therein of connection or support elements; - an outer side surface containing at least one rib projecting from said surface, running across the outer side surface through a helical path to allow screwing said tubular part into a prefabricated plaster board; and
A turbocharger (10A, 10B) comprising: a rotating shaft which extends along an axis; a turbine wheel which is provided on a first end portion side of the rotating shaft; a compressor wheel which is provided on a second end portion side of the rotating shaft; a bearing housing which rotatably supports the rotating shaft; a turbine housing which covers the turbine wheel; a back plate (41, 41B) which includes a plate portion which is provided between the bearing housing and the turbine wheel and an outer peripheral end portion (41c, 41d) which is formed radially outside the plate portion and is supported to be interposed between the bearing housing and the turbine housing, characterized in that the turbocharger further comprises a plate outer peripheral heat shielding portion which is provided between the outer peripheral end portion (41c, 41d) of the back plate (41, 41B) and the bearing housing and is formed of a material having thermal conductivity lower than those of the turbine housing and the back plate (41, 41B); and a spacer which is interposed between the bearing housing and the turbine housing, wherein the spacer includes a heat shielding portion holder which is formed to hold a plurality of the plate outer peripheral heat shielding portions at intervals in a circumferential direction. a rotating shaft which extends along an axis; a turbine wheel which is provided on a first end portion side of the rotating shaft; a compressor wheel which is provided on a second end portion side of the rotating shaft; a bearing housing which rotatably supports the rotating shaft; a turbine housing which covers the turbine wheel; a back plate (41, 41B) which includes a plate portion which is provided between the bearing housing and the turbine wheel and an outer peripheral end portion (41c, 41d) which is formed radially outside the plate portion and is supported to be interposed between the bearing housing and the turbine housing, characterized in that the turbocharger further comprises a plate outer peripheral heat shielding portion which is provided between the outer peripheral end portion (41c, 41d) of the back plate (41, 41B) and the bearing housing and is formed of a material having thermal conductivity lower than those of the turbine housing and the back plate (41, 41B); and a spacer which is interposed between the bearing housing and the turbine housing, wherein the spacer includes a heat shielding portion holder which is formed to hold a plurality of the plate outer peripheral heat shielding portions at intervals in a circumferential direction.
A light emitting diode comprising: a first conductivity type semiconductor layer formed on a substrate; a plurality of mesas separated from each other on the first conductivity type semiconductor layer and each comprising an active layer and a second conductivity type semiconductor layer; reflective electrodes each disposed on the corresponding mesa area and in ohmic contact with the second conductivity type semiconductor layer; and a current spreading layer covering the plurality of mesas and the first conductivity type semiconductor layer to be electrically isolated from the mesas, and comprising first openings formed in upper regions of the mesas to expose the reflective electrodes therethrough, respectively, the current spreading layer being in ohmic contact with the first conductivity type semiconductor layer, and a lower insulation layer disposed between the plurality of mesas and the current spreading layer and electrically isolating the current spreading layer from the plurality of mesas, the lower insulation layer comprising second openings, wherein the second openings are disposed in a region between the mesas, characterized in that the second openings are disposed near an edge of the substrate. a first conductivity type semiconductor layer formed on a substrate; a plurality of mesas separated from each other on the first conductivity type semiconductor layer and each comprising an active layer and a second conductivity type semiconductor layer; reflective electrodes each disposed on the corresponding mesa area and in ohmic contact with the second conductivity type semiconductor layer; and a current spreading layer covering the plurality of mesas and the first conductivity type semiconductor layer to be electrically isolated from the mesas, and comprising first openings formed in upper regions of the mesas to expose the reflective electrodes therethrough, respectively, the current spreading layer being in ohmic contact with the first conductivity type semiconductor layer, and a lower insulation layer disposed between the plurality of mesas and the current spreading layer and electrically isolating the current spreading layer from the plurality of mesas, the lower insulation layer comprising second openings, wherein the second openings are disposed in a region between the mesas, characterized in that the second openings are disposed near an edge of the substrate.
Carrying device for a medical appliance (41; 69) in a medical treatment room, with: an appliance holder which is configured to hold a medical appliance (41; 69); a container which is configured to receive the appliance holder with a medical appliance, wherein the appliance holder is movable between an upper rest position in the container and a lower operating position in which a medical appliance (41, 69) held by the appliance holder can be used by medical personnel; characterized in that the container is movable parallel to the ceiling surface of the medical treatment room. an appliance holder which is configured to hold a medical appliance (41; 69); a container which is configured to receive the appliance holder with a medical appliance, wherein the appliance holder is movable between an upper rest position in the container and a lower operating position in which a medical appliance (41, 69) held by the appliance holder can be used by medical personnel; characterized in that the container is movable parallel to the ceiling surface of the medical treatment room.
A mask bead for a patient interface consisting of a nose bridge region, at least one side region, a base region, a mask bead connection and a bearing region on the patient, wherein the bearing region extends so as to run from the side regions and the base region and the nose bridge region toward the opening, wherein the bearing region is designed as a sealing lip which surrounds the central opening which serves at least for the introduction of a nose of the patient, wherein the mask bead is configured from at least one elastic material and comprises at least one supporting structure, wherein the supporting structure is configured in the mask bead so as to face partially toward the bearing region and partially toward the mask bead connection, characterized in that the supporting structure has at least two reinforcing points and at least one connecting structure between two reinforcing points, wherein the at least one connecting structure is configured as an arch, wherein the arch is configured to face away from the bearing region, characterized in that the reinforcing points are configured at the transition of the nose bridge region to the side part.