mhurhangee/patent-ind-claim-en huggingface dataset:
A soluble ferric pyrophosphate composition (SFP) for use in a method of treating iron deficiency that reduces or eliminates the dose of an erythropoiesis stimulating agent (ESA) for achieving or maintaining target hemoglobin levels in a subject with or without anemia, comprising (a) administering to the subject a dose of a soluble ferric pyrophosphate composition (SFP) effective to increase hemoglobin levels of the subject, wherein the dose of SFP is administered via hemodialysate and is 110 μg Fe/L dialysate, wherein the dose of SFP ranges from 2.4 mg to 48 mg iron per day and is administered at a rate of 0.1 to 2 mg iron per hour; and (b) after SFP administration, (i) administering to the subject a dose of ESA that is at least 15% less than the dose of ESA administered prior to SFP administration, or (ii) discontinuing ESA administration. (a) administering to the subject a dose of a soluble ferric pyrophosphate composition (SFP) effective to increase hemoglobin levels of the subject, wherein the dose of SFP is administered via hemodialysate and is 110 μg Fe/L dialysate, wherein the dose of SFP ranges from 2.4 mg to 48 mg iron per day and is administered at a rate of 0.1 to 2 mg iron per hour; and (b) after SFP administration, (i) administering to the subject a dose of ESA that is at least 15% less than the dose of ESA administered prior to SFP administration, or (ii) discontinuing ESA administration.
An undergravel filter for sucking water and other particles such as fish waste, leftovers, and dirt from an aquarium tank to an external filter , wherein the undergravel filter comprises: at least one filter piece, wherein the at least one filter piece comprises two funnel shaped portions similar each to an inverted pyramid linked by a drainage channel in the centre, which feeds to a cross channel arranged as a collector, each filter piece having a drain hole located at the bottom of each funnel shaped portion; wherein said undergravel filter further comprises said drainage channel , wherein the two funnel shaped portions are linked by the drainage channel at each of the drain holes such that each of the funnel shaped portions act as a container configured to allow the water and particles to drain through the drain holes into the drainage channel , wherein the drainage channel is designed similar to a hollow inverted V shape and is located between the two funnel shaped portions such that each top side of the inverted V shape of the drainage channel is formed from a side wall of each of the two funnel shaped portions; wherein said undergravel filter further comprises said collector for collecting water and particles from the drainage channel , said collector being connectable via a hose to the external filter ; wherein the undergravel filter further comprises a mesh placed and fitted on top of the at least one filter piece, and wherein the small holes of the mesh are configured to allow particles to pass through, and to prevent large parts including gravel to go inside the filter. at least one filter piece, wherein the at least one filter piece comprises two funnel shaped portions similar each to an inverted pyramid linked by a drainage channel in the centre, which feeds to a cross channel arranged as a collector, each filter piece having a drain hole located at the bottom of each funnel shaped portion; wherein said undergravel filter further comprises said drainage channel , wherein the two funnel shaped portions are linked by the drainage channel at each of the drain holes such that each of the funnel shaped portions act as a container configured to allow the water and particles to drain through the drain holes into the drainage channel , wherein the drainage channel is designed similar to a hollow inverted V shape and is located between the two funnel shaped portions such that each top side of the inverted V shape of the drainage channel is formed from a side wall of each of the two funnel shaped portions; wherein said undergravel filter further comprises said collector for collecting water and particles from the drainage channel , said collector being connectable via a hose to the external filter ; wherein the undergravel filter further comprises a mesh placed and fitted on top of the at least one filter piece, and wherein the small holes of the mesh are configured to allow particles to pass through, and to prevent large parts including gravel to go inside the filter.
Use of silanized inorganic particles to stabilize an inorganic foam comprising at least one inorganic binder, wherein the silanized inorganic particles have a median particle size D 50 measured by dynamic light scattering in the range from 20 to 5000 nm and wherein the weight ratio of the silanized inorganic particles to the at least one inorganic binder is from 0.0003 : 1 to 0.5 :1.
A movable modular vehicle barrier formed from at least two modular units , each modular unit being foldable and comprising: a base bar , a reclining bar hingedly connected to the base bar via an activating pivot , a horizontal reclining bar hingedly connected to the base bar , and a vertical reclining bar hingedly connected to the reclining bar , wherein: in a folded position of the modular unit the base bar , the reclining bar , the horizontal reclining bar and the vertical reclining bar are substantially parallel to each other, and in an operative position of the modular unit , the reclining bar forms with the base bar an internal angle that is not smaller than ninety degrees, the horizontal reclining bar is perpendicular to two adjacent base bars , and the vertical reclining bar is perpendicular to two adjacent reclining bars , characterized by a flexible belt that is secured to the base bar and the reclining bar , wherein in said folded position the belt is loose and in said operative position the belt is stretched to thereby ensure that the reclining bar will not increase its relative position to the base bar in said operative position. a base bar , a reclining bar hingedly connected to the base bar via an activating pivot , a horizontal reclining bar hingedly connected to the base bar , and a vertical reclining bar hingedly connected to the reclining bar , wherein: in a folded position of the modular unit the base bar , the reclining bar , the horizontal reclining bar and the vertical reclining bar are substantially parallel to each other, and in an operative position of the modular unit , the reclining bar forms with the base bar an internal angle that is not smaller than ninety degrees, in a folded position of the modular unit the base bar , the reclining bar , the horizontal reclining bar and the vertical reclining bar are substantially parallel to each other, and in an operative position of the modular unit , the reclining bar forms with the base bar an internal angle that is not smaller than ninety degrees, the horizontal reclining bar is perpendicular to two adjacent base bars , and the vertical reclining bar is perpendicular to two adjacent reclining bars , characterized by a flexible belt that is secured to the base bar and the reclining bar , wherein in said folded position the belt is loose and in said operative position the belt is stretched to thereby ensure that the reclining bar will not increase its relative position to the base bar in said operative position.
Fractional slot multi winding set electrical machine , comprising: at least two sections forming a whole circumference in a circumferential direction , each section having a stator portion and a rotor portion , at least two winding sets each comprising a plurality of phases (A, B, C), at least one converter connected to the winding sets , the stator portion of each section comprising: a number of slots alternating with teeth along the circumferential direction; for each phase (A, B, C) a wire (109, 109', 109", 111, 111', 111", 1013, 113', 113") of a first winding set ; for each phase (A, B, C) a wire (115, 115', 115", 117, 117', 117", 119, 119', 119") of at least one second winding set , wherein the first and second winding sets are arranged at least partly in the slots according to a concentrated winding topology, the rotor portion of each section comprising: a number of poles of plural magnets separated by a gap (g) from the teeth . at least two sections forming a whole circumference in a circumferential direction , each section having a stator portion and a rotor portion , at least two winding sets each comprising a plurality of phases (A, B, C), at least one converter connected to the winding sets , the stator portion of each section comprising: a number of slots alternating with teeth along the circumferential direction; for each phase (A, B, C) a wire (109, 109', 109", 111, 111', 111", 1013, 113', 113") of a first winding set ; for each phase (A, B, C) a wire (115, 115', 115", 117, 117', 117", 119, 119', 119") of at least one second winding set , a number of slots alternating with teeth along the circumferential direction; for each phase (A, B, C) a wire (109, 109', 109", 111, 111', 111", 1013, 113', 113") of a first winding set ; for each phase (A, B, C) a wire (115, 115', 115", 117, 117', 117", 119, 119', 119") of at least one second winding set , wherein the first and second winding sets are arranged at least partly in the slots according to a concentrated winding topology, the rotor portion of each section comprising: a number of poles of plural magnets separated by a gap (g) from the teeth .
Filter device for polymer melts having a filter screen , through which the polymer melt to be purified is guided, wherein the filter device has at least one scraping element , which glides across the inflow-side surface of the filter screen with a scraping edge , or which rests on the surface with its end area near the scraping edge , and which lifts off and/or scrapes off the contaminants adhering to the surface and those in front of the screen perforations during its movement across the surface , wherein the scraping element is configured in the shape of a disk, in particular with parallel, preferably planar large surfaces, i.e. a back face and a front face , and has a negative rake angle and is arranged at an inclined pitch (A) of 10 to 45° to the surface of the filter screen , and in its end region near the screen has a section ending in the scraping edge , tapering and having a curvature , wherein the point angle (S) between the back face near the screen and delimiting said section and the front face remote from the screen is 1 to 60°, characterised in that - the scraping edge in its leading end section in the direction of movement has the curvature , the radius (R) of which is less than 90% of the maximum diameter or the maximum opening width of the screen perforations , and - in that on the surface near the screen of the end region of the scraping element a contact surface adjoins the curvature , the extension of which perpendicular to the longitudinal path (L) of the scraping edge corresponds to 5-times to 100-times the maximum diameter or the maximum opening width of the screen perforations . - the scraping edge in its leading end section in the direction of movement has the curvature , the radius (R) of which is less than 90% of the maximum diameter or the maximum opening width of the screen perforations , and - in that on the surface near the screen of the end region of the scraping element a contact surface adjoins the curvature , the extension of which perpendicular to the longitudinal path (L) of the scraping edge corresponds to 5-times to 100-times the maximum diameter or the maximum opening width of the screen perforations .
A cover plate for an organic electroluminescent display device, comprising: an auxiliary electrode disposed on a substrate to be electrically connected to an electrode of the organic electroluminescent display device; and a light reflection suppression structure disposed on the auxiliary electrode and configured to suppress reflection of light from a surface of the auxiliary electrode, characterized in that the light reflection suppression structure comprises a first insulating layer , a conductive layer and a second insulating layer which are stacked, wherein the conductive layer is disposed on the first insulating layer, and is electrically connected to the auxiliary electrode, and the second insulating layer is disposed on the conductive layer, wherein the first insulating layer has a first refractive index, the second insulating layer has a second refractive index, and the conductive layer has a third refractive index greater than the first and second refractive indices. an auxiliary electrode disposed on a substrate to be electrically connected to an electrode of the organic electroluminescent display device; and a light reflection suppression structure disposed on the auxiliary electrode and configured to suppress reflection of light from a surface of the auxiliary electrode, characterized in that the light reflection suppression structure comprises a first insulating layer , a conductive layer and a second insulating layer which are stacked, wherein the conductive layer is disposed on the first insulating layer, and is electrically connected to the auxiliary electrode, and the second insulating layer is disposed on the conductive layer, wherein the first insulating layer has a first refractive index, the second insulating layer has a second refractive index, and the conductive layer has a third refractive index greater than the first and second refractive indices.
A catheter for ultrasonic-driven bladder therapeutic agent delivery, comprising: a tube having (i) a first, proximal expandable portion , expandable via a respective first fluid port , (ii) a second expandable portion expandable via a respective second fluid port , and (iii) a distal end, comprising a therapeutic fluid port configured to supply therapeutic fluid into the bladder; and at least one inflatable transducer sleeve (22/122), accommodating at least one ultrasound transducer , and mounted on said tube between said first, proximal expandable portion and said at least one second expandable portion, characterised in that said inflatable transducer sleeve is inflatable via one or more second fluid ports , and wherein said inflatable transducer sleeve comprises degassed acoustic fluid, configured to allow acoustic waves to travel from the at least one ultrasound transducer to the transducer sleeve without generating cavitation. a tube having (i) a first, proximal expandable portion , expandable via a respective first fluid port , (ii) a second expandable portion expandable via a respective second fluid port , and (iii) a distal end, comprising a therapeutic fluid port configured to supply therapeutic fluid into the bladder; and at least one inflatable transducer sleeve (22/122), accommodating at least one ultrasound transducer , and mounted on said tube between said first, proximal expandable portion and said at least one second expandable portion, characterised in that said inflatable transducer sleeve is inflatable via one or more second fluid ports , and wherein said inflatable transducer sleeve comprises degassed acoustic fluid, configured to allow acoustic waves to travel from the at least one ultrasound transducer to the transducer sleeve without generating cavitation.
A theft detection device , comprising: a light sensor ; a motion sensor ; an emitter ; an antenna configured to emit a wireless signal separately from the emitter ; a controller ; wherein the controller is configured to determine a light level sensed by the light sensor ; wherein the controller is configured to determine, via the motion sensor , whether the theft detection device is in motion; wherein the controller is configured to control the emitter to emit an alarm signal when o the light sensor detects a light level below a predetermined light level; and o the motion sensor detects movement of the theft detection device for more than a predetermined alarm time period; without o the light sensor detecting a light level that is at or above the predetermined light level; wherein the controller is configured to operate the antenna based on the sensed motion of the theft detection device and the light level sensed by the light sensor such that the wireless signal is transmitted by the antenna to an alarm box ; and wherein the controller is configured to recognize a signal from an EAS gate, and to operate at least one of the emitter to generate the signal and the antenna to generate the wireless signal upon receiving the signal from the EAS gate. a light sensor ; a motion sensor ; an emitter ; an antenna configured to emit a wireless signal separately from the emitter ; a controller ; wherein the controller is configured to determine a light level sensed by the light sensor ; wherein the controller is configured to determine, via the motion sensor , whether the theft detection device is in motion; wherein the controller is configured to control the emitter to emit an alarm signal when o the light sensor detects a light level below a predetermined light level; and o the motion sensor detects movement of the theft detection device for more than a predetermined alarm time period; without o the light sensor detecting a light level that is at or above the predetermined light level; o the light sensor detects a light level below a predetermined light level; and o the motion sensor detects movement of the theft detection device for more than a predetermined alarm time period; without o the light sensor detecting a light level that is at or above the predetermined light level; wherein the controller is configured to operate the antenna based on the sensed motion of the theft detection device and the light level sensed by the light sensor such that the wireless signal is transmitted by the antenna to an alarm box ; and wherein the controller is configured to recognize a signal from an EAS gate, and to operate at least one of the emitter to generate the signal and the antenna to generate the wireless signal upon receiving the signal from the EAS gate.
A liquid blow molding device that blow molds a synthetic resin-made preform into a container (C) having a predetermined shape, by supplying a pressurized liquid (L) into the preform , comprising: a supply block including a supply path for the liquid (L); a blow nozzle that is configured to engage to a mouth of the preform ; a pressurized liquid supply unit that is connected to the supply path and that is configured to supply the pressurized liquid (L) to the blow nozzle via the supply path ; an annular-shaped sealing surface that is provided in a portion of the supply block that is located between an inner circumferential surface defining the supply path and the outlet and that surrounds an entire circumference of the outlet ; and a sealing body that is disposed inside the supply path and that is displaceable between a closing position and an opening position, wherein, in the closing position, the sealing body abuts against the sealing surface to close the outlet , and in the opening position, the sealing body is spaced from the sealing surface to open the outlet characterized in that the blow nozzle is detachably attached to the supply block in a manner such that the blow nozzle communicates with an outlet of the supply path . a supply block including a supply path for the liquid (L); a blow nozzle that is configured to engage to a mouth of the preform ; a pressurized liquid supply unit that is connected to the supply path and that is configured to supply the pressurized liquid (L) to the blow nozzle via the supply path ; an annular-shaped sealing surface that is provided in a portion of the supply block that is located between an inner circumferential surface defining the supply path and the outlet and that surrounds an entire circumference of the outlet ; and a sealing body that is disposed inside the supply path and that is displaceable between a closing position and an opening position, wherein, in the closing position, the sealing body abuts against the sealing surface to close the outlet , and in the opening position, the sealing body is spaced from the sealing surface to open the outlet characterized in that the blow nozzle is detachably attached to the supply block in a manner such that the blow nozzle communicates with an outlet of the supply path .
A printer, comprising: a printer body that includes a recording paper holder configured to accommodate a roll of recording paper ; a lid attached to the printer body to be opened and closed relative to the printer body ; and a projection provided on an interior bottom surface of the recording paper holder , the interior bottom surface being flat and configured to contact the recording paper when the roll of recording paper is loaded in the recording paper holder , the projection being provided at a position where the projection does not contact the roll of recoding paper of a maximum diameter, between part of the recording paper that contacts the bottom surface and the lid , the projection being further formed on the bottom surface of the recording paper holder at a position where the distance to the lid is shorter than at least the radius of the roll of recording paper in its initial state where the roll of recording paper has the maximum diameter. a recording paper holder configured to accommodate a roll of recording paper ; a lid attached to the printer body to be opened and closed relative to the printer body ; and a projection provided on an interior bottom surface of the recording paper holder , the interior bottom surface being flat and configured to contact the recording paper when the roll of recording paper is loaded in the recording paper holder , the projection being provided at a position where the projection does not contact the roll of recoding paper of a maximum diameter, between part of the recording paper that contacts the bottom surface and the lid , the projection being further formed on the bottom surface of the recording paper holder at a position where the distance to the lid is shorter than at least the radius of the roll of recording paper in its initial state where the roll of recording paper has the maximum diameter.