mhurhangee/patent-ind-claim-en huggingface dataset:
A nuclear power plant comprising a passive condenser and a containment, the passive condenser comprising: an upper collecting tube defining a plurality of heat exchange tube steam inlets and having an opening end and a closed end, and the opening end being fixedly connected to a first connector , the upper collecting tube extending through the containment of the nuclear power plant; first flanges defining first through holes and being arranged at positions of the heat exchange tube steam inlets , the first flanges being fixedly connected to the upper collecting tube , with the first through holes being in communication with the heat exchange tube steam inlets ; a lower collecting tube defining a plurality of heat exchange tube condensate return ports and having an opening end and a closed end, and the opening end being fixedly connected to a second connector , the lower collecting tube extending through the containment of the nuclear power plant; second flanges defining second through holes and being arranged at positions of the heat exchange tube condensate return ports, the second flanges being fixedly connected to the lower collecting tube , with the second through holes being in communication with the heat exchange tube condensate return ports; and a heat exchange tube bundle comprising a plurality of heat exchange tubes , each of the heat exchange tubes comprising an upper inclined section , a middle connecting section and a lower inclined section , the upper inclined section being fixedly connected to the first flange , and the lower inclined section being fixedly connected to the second flange . an upper collecting tube defining a plurality of heat exchange tube steam inlets and having an opening end and a closed end, and the opening end being fixedly connected to a first connector , the upper collecting tube extending through the containment of the nuclear power plant; first flanges defining first through holes and being arranged at positions of the heat exchange tube steam inlets , the first flanges being fixedly connected to the upper collecting tube , with the first through holes being in communication with the heat exchange tube steam inlets ; a lower collecting tube defining a plurality of heat exchange tube condensate return ports and having an opening end and a closed end, and the opening end being fixedly connected to a second connector , the lower collecting tube extending through the containment of the nuclear power plant; second flanges defining second through holes and being arranged at positions of the heat exchange tube condensate return ports, the second flanges being fixedly connected to the lower collecting tube , with the second through holes being in communication with the heat exchange tube condensate return ports; and a heat exchange tube bundle comprising a plurality of heat exchange tubes , each of the heat exchange tubes comprising an upper inclined section , a middle connecting section and a lower inclined section , the upper inclined section being fixedly connected to the first flange , and the lower inclined section being fixedly connected to the second flange .
A supplying apparatus comprising: a mounting portion configured to mount a supply container accommodating a developer, wherein said supply container includes a discharge opening (3a4) detachably mountable to said mounting portion and configured to discharge the developer; a receiving portion capable of receiving the developer, said receiving portion including a receiving opening which opens upwardly and which is connectable with said discharge opening (3a4) to receive the developer discharged through said discharge opening (3a4) when said supply container is mounting to said mounting portion ; a first moving mechanism configured to move said receiving portion to and away from a position of said discharge opening (3a4) in interrelation with mounting and demounting operation of said supply container ; a covering member provided in a position opposing and above said receiving opening and movable between a covering position covering said receiving opening and an open position opening said receiving opening ; and a second moving mechanism configured to move said covering member from the covering position to the open position with the mounting operation of said supply container , wherein said second moving mechanism is configured to move said covering member from the covering position to the open position in interrelation with a movement of said receiving portion caused by the mounting operation of said supply container . a mounting portion configured to mount a supply container accommodating a developer, wherein said supply container includes a discharge opening (3a4) detachably mountable to said mounting portion and configured to discharge the developer; a receiving portion capable of receiving the developer, said receiving portion including a receiving opening which opens upwardly and which is connectable with said discharge opening (3a4) to receive the developer discharged through said discharge opening (3a4) when said supply container is mounting to said mounting portion ; a first moving mechanism configured to move said receiving portion to and away from a position of said discharge opening (3a4) in interrelation with mounting and demounting operation of said supply container ; a covering member provided in a position opposing and above said receiving opening and movable between a covering position covering said receiving opening and an open position opening said receiving opening ; and a second moving mechanism configured to move said covering member from the covering position to the open position with the mounting operation of said supply container , wherein said second moving mechanism is configured to move said covering member from the covering position to the open position in interrelation with a movement of said receiving portion caused by the mounting operation of said supply container .
An oral care implement , comprising: a handle for grasping; a head including at least one tooth cleaning element ; a reservoir for storing a flowable substance ; at least one outlet disposed on the head ; and a capillary channel fluidly coupling the reservoir to the outlet ; wherein the capillary channel comprises: a wicking member comprising a first flow section and a second flow section , wherein the flowable substance flows via capillary action through the first flow section at a first flow rate (R1) that is different than a second flow rate (R2) in the second flow section ; characterized in that a flow restrictor between the second flow section and the outlet permits the flowable substance to pass therethrough when a specific predetermined threshold pressure differential or flow has been obtained and reduces back-flow of the flowable substance into the reservoir. a handle for grasping; a head including at least one tooth cleaning element ; a reservoir for storing a flowable substance ; at least one outlet disposed on the head ; and a capillary channel fluidly coupling the reservoir to the outlet ; wherein the capillary channel comprises: a wicking member comprising a first flow section and a second flow section , wherein the flowable substance flows via capillary action through the first flow section at a first flow rate (R1) that is different than a second flow rate (R2) in the second flow section ; characterized in that a flow restrictor between the second flow section and the outlet permits the flowable substance to pass therethrough when a specific predetermined threshold pressure differential or flow has been obtained and reduces back-flow of the flowable substance into the reservoir. a wicking member comprising a first flow section and a second flow section , wherein the flowable substance flows via capillary action through the first flow section at a first flow rate (R1) that is different than a second flow rate (R2) in the second flow section ; characterized in that a flow restrictor between the second flow section and the outlet permits the flowable substance to pass therethrough when a specific predetermined threshold pressure differential or flow has been obtained and reduces back-flow of the flowable substance into the reservoir.
Carbon composite material comprising: a polymer resin; a carbon nanotube; a glass fiber; and a phosphate ester derivative, wherein the carbon nanotube has a thermal decomposition temperature of 550 °C or higher; and the carbon nanotubes have an average length of 10 to 50 μm. a polymer resin; a carbon nanotube; a glass fiber; and a phosphate ester derivative, wherein the carbon nanotube has a thermal decomposition temperature of 550 °C or higher; and the carbon nanotubes have an average length of 10 to 50 μm.
A system comprising: a first device comprising: a storage area to store instructions; a battery ; an alternating current, AC, adaptor interface ; and a controller configured to generate one or more signals to control power in the first device based on the instructions; and a second device external to the first device , the second device comprising: a battery ; and an AC adaptor interface ; characterized in that , in a first state, the first device is connected to the second device and the AC adaptor interface of the second device is connected to an AC power source and the controller is configured to generate one or more signals to combine power from the battery of the first device and the AC adaptor interface of the second device to perform a hybrid power operation, and wherein, in a second state, the first device is connected to the second device and the AC adaptor interface of the second device is not connected to an AC power source and the controller is configured to generate one or more signals to combine power from the battery of the first device and the battery of the second device to perform a hybrid power operation; and wherein, in use, in both the first and second states, the combined power is provided to the first device . a first device comprising: a storage area to store instructions; a battery ; an alternating current, AC, adaptor interface ; and a controller configured to generate one or more signals to control power in the first device based on the instructions; and a storage area to store instructions; a battery ; an alternating current, AC, adaptor interface ; and a controller configured to generate one or more signals to control power in the first device based on the instructions; and a second device external to the first device , the second device comprising: a battery ; and an AC adaptor interface ; a battery ; and an AC adaptor interface ; characterized in that , in a first state, the first device is connected to the second device and the AC adaptor interface of the second device is connected to an AC power source and the controller is configured to generate one or more signals to combine power from the battery of the first device and the AC adaptor interface of the second device to perform a hybrid power operation, and wherein, in a second state, the first device is connected to the second device and the AC adaptor interface of the second device is not connected to an AC power source and the controller is configured to generate one or more signals to combine power from the battery of the first device and the battery of the second device to perform a hybrid power operation; and wherein, in use, in both the first and second states, the combined power is provided to the first device .
An eye testing and image capture device for testing and examination of an eye comprising: an image display device to display an image for viewing by an eye to be tested; an image capture device to capture an image of the eye to be examined; a beam splitter positioned to split light between the image capture device and the image display device ; and a lighting array for illuminating the eye to be tested and imaged wherein the lighting array comprises a first array positioned at a first angle to the eye and a second array positioned at a second angle to the eye and the first array and second array comprise two or more different light types, wherein each of the first array and the second array are comprised in a respective lighting housing wherein each of the two or more different light types comprise respective lower light sources and upper light sources which are individually complementarily illuminated in a series of captured images so that a light artefact is eliminated or at least reduced. an image display device to display an image for viewing by an eye to be tested; an image capture device to capture an image of the eye to be examined; a beam splitter positioned to split light between the image capture device and the image display device ; and a lighting array for illuminating the eye to be tested and imaged wherein the lighting array comprises a first array positioned at a first angle to the eye and a second array positioned at a second angle to the eye and the first array and second array comprise two or more different light types, wherein each of the first array and the second array are comprised in a respective lighting housing wherein each of the two or more different light types comprise respective lower light sources and upper light sources which are individually complementarily illuminated in a series of captured images so that a light artefact is eliminated or at least reduced.
A roof system for a vehicle having a roof opening in a roof part thereof above a vehicle interior, comprising: at least one panel in the roof opening , which panel is at least partly transparent, a ventilation system for moving air into and/or out of the vehicle interior, the ventilation system including an air guiding channel guiding air between the vehicle interior and the environment through at least one ventilation opening , wherein the air guiding channel is fitted centrally below the panel and extends in longitudinal direction of the vehicle, when mounted therein, and communicates with the interior, characterized in that the air guiding channel extends substantially completely along the panel and comprises a plurality of holes towards the interior of the vehicle distributed along at least a substantial length of the panel , in particular along more than half of the length of the panel , in said longitudinal direction. at least one panel in the roof opening , which panel is at least partly transparent, a ventilation system for moving air into and/or out of the vehicle interior, the ventilation system including an air guiding channel guiding air between the vehicle interior and the environment through at least one ventilation opening , wherein the air guiding channel is fitted centrally below the panel and extends in longitudinal direction of the vehicle, when mounted therein, and communicates with the interior, characterized in that the air guiding channel extends substantially completely along the panel and comprises a plurality of holes towards the interior of the vehicle distributed along at least a substantial length of the panel , in particular along more than half of the length of the panel , in said longitudinal direction.
Object of utility consisting of several flat material parts (3 a, b), - which for the most part lie next to one another in a common main plane and are connected to one another at their edge regions (4a, b) which touch one another, where - the edge regions (4a, b) have, alternately in their direction of extension , projections and indentations which are designed and dimensioned such that they engage in one another with the indentations and the projections of the edge region (4b, a) of the adjacent material part (3b, a), - the projections of the one material part rest on the outside of the edge region in the region of its indentations of the adjacent material part , characterized in that - the projections of the one material part are sewn to the other material part in the region of its indentations with the latter by two rows of holes in each of the two material parts (3a, b) running in the direction of extension of the edge regions (4a, b) of the material parts (3a, b), wherein - the one row of holes extends through the projections near their free ends with at least one hole each in each projection , - the other row of holes is set back behind the indentations and extends in the continuous region of the material part, - the distance between the two rows of holes transverse to the direction of extension is the same for both material parts (3a, b). - which for the most part lie next to one another in a common main plane and are connected to one another at their edge regions (4a, b) which touch one another, where - the edge regions (4a, b) have, alternately in their direction of extension , projections and indentations which are designed and dimensioned such that they engage in one another with the indentations and the projections of the edge region (4b, a) of the adjacent material part (3b, a), - the projections of the one material part rest on the outside of the edge region in the region of its indentations of the adjacent material part , characterized in that - the projections of the one material part are sewn to the other material part in the region of its indentations with the latter by two rows of holes in each of the two material parts (3a, b) running in the direction of extension of the edge regions (4a, b) of the material parts (3a, b), wherein - the one row of holes extends through the projections near their free ends with at least one hole each in each projection , - the other row of holes is set back behind the indentations and extends in the continuous region of the material part, - the distance between the two rows of holes transverse to the direction of extension is the same for both material parts (3a, b).
A dressing for treating a tissue site with negative pressure, comprising: a first layer comprising a polymer film having a plurality of perforations ; a second layer comprising a manifold disposed adjacent to the polymer film, the manifold having a length of between 12 centimeters and about 32 centimeters and thickness of between 7 millimeters and about 9 millimeters; and a cover adjacent to the second layer , the cover comprising a polymer film, wherein the first layer , the second layer , and the cover are stacked so that the second layer is disposed between the first layer and the cover . a first layer comprising a polymer film having a plurality of perforations ; a second layer comprising a manifold disposed adjacent to the polymer film, the manifold having a length of between 12 centimeters and about 32 centimeters and thickness of between 7 millimeters and about 9 millimeters; and a cover adjacent to the second layer , the cover comprising a polymer film, wherein the first layer , the second layer , and the cover are stacked so that the second layer is disposed between the first layer and the cover .
A thermally insulated pipe assembly , comprising at least one media pipe for receiving, storing or carrying a fluid, a corrugated pipe surrounding the at least one media pipe as an outer jacket, wherein the corrugated pipe has corrugated pipe valleys and corrugated pipe peaks , a first insulating layer which completely radially encloses the at least one media pipe , a second insulating layer , which is different from the first insulating layer and which completely radially encloses the first insulating layer , characterised in that the second insulating layer , on the outer surface thereof facing away from the first insulating layer , is radially connected around the entire circumference in a fluid-tight manner to at least 30% of the corrugated pipe inner surface of the corrugated pipe , preferably in the region of the corrugated pipe valleys .
Use of a poorly-water-soluble thermophosphate fertilizer, characterized in that it is for use for reducing water eutrophication caused by fertilizers, in which the poorly-soluble thermophosphate fertilizer comprises, in% by mass based on the total mass of the fertilizer: P 2 O 5 : minimum 15.0% and maximum 21.0%; Ca: minimum 13.5% and maximum 22.5%; Mg: minimum 3.0% and maximum 11.0% and Si: minimum 6.3% and maximum 13.7%; the poorly water-soluble thermophosphate fertilizer being a thermophosphate fertilizer with phosphorus solubility (in terms of P 2 O 5 ) in water of at most 1000 ppm; and the poorly water-soluble thermophosphate fertilizer being obtained by melting at temperatures of from 1350 °C to 1450 °C, followed by quenching. P 2 O 5 : minimum 15.0% and maximum 21.0%; Ca: minimum 13.5% and maximum 22.5%; Mg: minimum 3.0% and maximum 11.0% and Si: minimum 6.3% and maximum 13.7%; the poorly water-soluble thermophosphate fertilizer being a thermophosphate fertilizer with phosphorus solubility (in terms of P 2 O 5 ) in water of at most 1000 ppm; and the poorly water-soluble thermophosphate fertilizer being obtained by melting at temperatures of from 1350 °C to 1450 °C, followed by quenching.
A belt length adjuster comprising a belt pinching frame (F), the belt pinching frame (F) comprising a first pinching frame and a second pinching frame pivotally intersecting each other, a crossing angle (α) between the first and second pinching frames (1 and 2) being able to be opened and closed, wherein in use, the belt length adjuster is configured so that a first end of a belt (B) can be inserted into a first end of the belt pinching frame (F) and a second end of the belt (B) can be inserted into a second end of the belt pinching frame (F), and wherein in use, the belt length adjuster is configured so that the first end and the second end of the belt (B) can be pinched between the first and second pinching frames (1 and 2) when the crossing angle (α) is fully closed, and the first end and the second end of the belt (B) can be released from pinching when the crossing angle (α) is fully opened; wherein: the first pinching frame includes a lower pinching frame body on one side and an upper pinching frame body on another side across a pivot portion ; the lower pinching frame body includes opposite side frame portions (3a and 3b) and an outer frame portion ; a first insertion space (S 1 ) for a belt (B) is provided on an inner side of the outer frame portion ; the upper pinching frame body includes opposite side frame portions (5a and 5b), an outer frame portion , and a middle frame portion ; a second insertion space (S 2 ) for the belt (B) is provided on an inner side of the middle frame portion ; a third insertion space (S 3 ) for the belt (B) is provided between the outer frame portion and the middle frame portion ; the second pinching frame includes a lower pinching frame body on one side and an upper pinching frame body on another side across a pivot portion ; the lower pinching frame body includes opposite side frame portions (6a and 6b) and an outer frame portion ; the first insertion space (S 1 ) for the belt (B) is provided on an inner side of the outer frame portion ; the upper pinching frame body includes opposite side frame portions (8a and 8b), an outer frame portion , and a middle frame portion ; the second insertion space (S 2 ) for the belt (B) is provided on an inner side of the middle frame portion ; and the third insertion space (S 3 ) for the belt (B) is provided between the outer frame portion and the middle frame portion .
Method for the application of a number of heating mats on a wind power station wing/blade for the purpose of achieving de-icing also during operation, where needed, characterized in that a heating mat in question is first applied in the intended place on the wing and that the necessary electrical connections are supplied, that at least one heating plate is then applied on the heating mat or in the proximity of the heating mat and a tensioning device is arranged which surrounds the heating mat with surrounding parts, after which curing takes place after the tensioning device is activated and wherein the curing heat is generated by the heating plate and via the heating mat and wherein control of curing progress takes place through pulsed current to the heating mat unit .