mhurhangee/patent-ind-claim-en huggingface dataset:
An implantable medical device for cardiac assistance, the implantable medical device comprising: a main body configured to be disposed within the aorta , the main body including a lumen operable to convey blood through the aorta; the implantable medical device being characterised by an access site in a sidewall of the main body operable to provide access to the lumen of the main body; and by a branch member configured to be disposed within the access site to fluidly connect with the lumen of the main body, the branch member includes one or more anchor elements configured to interface with and secure a pump with the branch member a main body configured to be disposed within the aorta , the main body including a lumen operable to convey blood through the aorta; the implantable medical device being characterised by an access site in a sidewall of the main body operable to provide access to the lumen of the main body; and by a branch member configured to be disposed within the access site to fluidly connect with the lumen of the main body, the branch member includes one or more anchor elements configured to interface with and secure a pump with the branch member
A network node of a cellular network comprising: at least one processor; and at least one memory storing software instructions that, when executed by the at least one processor, cause the network node to: receive from a link budget limited cellular communication device, prior to initiation of a cellular connection between the link budget limited cellular communication device and a base station of the cellular network, requested values of one or more cellular settings for the cellular connection; determine approved values for the one or more cellular settings in response to receiving the requested values of the one or more cellular settings from the link budget limited cellular communication device; communicate the approved values for the one or more cellular settings to the link budget limited cellular communication device, prior to initiation of the cellular connection; and communicate , the approved values for the one or more cellular settings to the base station of the cellular network, prior to initiation of the cellular connection. at least one processor; and at least one memory storing software instructions that, when executed by the at least one processor, cause the network node to: receive from a link budget limited cellular communication device, prior to initiation of a cellular connection between the link budget limited cellular communication device and a base station of the cellular network, requested values of one or more cellular settings for the cellular connection; determine approved values for the one or more cellular settings in response to receiving the requested values of the one or more cellular settings from the link budget limited cellular communication device; communicate the approved values for the one or more cellular settings to the link budget limited cellular communication device, prior to initiation of the cellular connection; and communicate , the approved values for the one or more cellular settings to the base station of the cellular network, prior to initiation of the cellular connection. receive from a link budget limited cellular communication device, prior to initiation of a cellular connection between the link budget limited cellular communication device and a base station of the cellular network, requested values of one or more cellular settings for the cellular connection; determine approved values for the one or more cellular settings in response to receiving the requested values of the one or more cellular settings from the link budget limited cellular communication device; communicate the approved values for the one or more cellular settings to the link budget limited cellular communication device, prior to initiation of the cellular connection; and communicate , the approved values for the one or more cellular settings to the base station of the cellular network, prior to initiation of the cellular connection.
A method of making a urinary catheter product, wherein the product includes a sleeve defining an inner cavity and a urinary catheter having a catheter tube located within the inner cavity of the sleeve, the catheter tube having an outer hydrophilic surface, and a drainage member at a distal end of the sleeve, the method comprising: delivering a hydration medium comprising a hydration foam into the inner cavity of the sleeve, wherein the hydration medium contacts the outer hydrophilic surface of the catheter tube.
A method for impregnating of footwear, bags, gloves, other leather items or leather-like items by a surface treatment comprising the following method steps: - possible covering a surface or a part of items not to be treated; - possible selecting a time period of which can be fixedly preselected or adjustable for operation of a spraying unit; - placing items to be treated in a cubicle ; - shutting said cubicle and thereby manually or automatically initiating the following further method steps; - activating said spraying unit for forming a mist of impregnating agent inside said cubicle for applying impregnating agent onto the surfaces of the items; - activating an air pump, ventilator or similar means integrated in the bottom of the cabinet will automatically start with the object of establishing a vacuum in the spraying cubicle - retaining excess impregnating agent in a filter , preferably a filter containing activated carbon. - possible covering a surface or a part of items not to be treated; - possible selecting a time period of which can be fixedly preselected or adjustable for operation of a spraying unit; - placing items to be treated in a cubicle ; - shutting said cubicle and thereby manually or automatically initiating the following further method steps; - activating said spraying unit for forming a mist of impregnating agent inside said cubicle for applying impregnating agent onto the surfaces of the items; - activating an air pump, ventilator or similar means integrated in the bottom of the cabinet will automatically start with the object of establishing a vacuum in the spraying cubicle - retaining excess impregnating agent in a filter , preferably a filter containing activated carbon.
A method of simulating gimbal control, said method comprising: receiving a gimbal mode signal indicative of a selection from a plurality of gimbal modes; receiving gimbal control data from a remote control system and position data describing a simulated attitude of a vehicle generated from a vehicle control system on-board the vehicle; and generating, at the gimbal control system, simulated gimbal response data based on the gimbal control data, the position data describing the simulated attitude of the vehicle, and the gimbal mode signal, wherein the simulated gimbal response data causes a different set of axes to be stabilized with respect to an environment of the vehicle under each of the plurality of gimbal modes. receiving a gimbal mode signal indicative of a selection from a plurality of gimbal modes; receiving gimbal control data from a remote control system and position data describing a simulated attitude of a vehicle generated from a vehicle control system on-board the vehicle; and generating, at the gimbal control system, simulated gimbal response data based on the gimbal control data, the position data describing the simulated attitude of the vehicle, and the gimbal mode signal, wherein the simulated gimbal response data causes a different set of axes to be stabilized with respect to an environment of the vehicle under each of the plurality of gimbal modes.
An infrared, IR, eye tracking system for a visible light display device, the visible light display device having a target display with a field of view that is visible to a user's eye during use of the visible light display device, the IR eye tracking system comprising: an IR module configured to emit IR light ; a Red, Green, Blue, RGB, laser module configured to emit RGB light; a scanning system configured to perform scanning of the RGB light to the target display and scanning of the IR light to the user's eye; an eye tracking sensor configured to image the user's eye with reflected light that reflects from the user's eye during the scanning of the IR light , the eye tracking sensor including one or more sensor(s) configured to generate an electrical response corresponding to the reflected light; and a control module; characterized in that: the one or more sensors are configured to generate the electrical response at a sampling frequency; and in that the control module is configured to conserve energy during the scanning of the IR and RGB light by selectively causing the IR module to emit a pulsed beam at a pulse frequency and synchronizing the sampling frequency to the pulse frequency. an IR module configured to emit IR light ; a Red, Green, Blue, RGB, laser module configured to emit RGB light; a scanning system configured to perform scanning of the RGB light to the target display and scanning of the IR light to the user's eye; an eye tracking sensor configured to image the user's eye with reflected light that reflects from the user's eye during the scanning of the IR light , the eye tracking sensor including one or more sensor(s) configured to generate an electrical response corresponding to the reflected light; and a control module; the one or more sensors are configured to generate the electrical response at a sampling frequency; and in that the control module is configured to conserve energy during the scanning of the IR and RGB light by selectively causing the IR module to emit a pulsed beam at a pulse frequency and synchronizing the sampling frequency to the pulse frequency.
A composition comprising genetically unmodified stem cells for use in a method of treating an inflammatory disease in a subject in need thereof, the method comprising administering to the subject the composition, wherein said genetically unmodified stem cells express angiopoietin-1 (Ang1) in an amount of at least 0.1 μg/10 6 cells.
A method for operating a user plane entity configured to handle a user plane of data packet sessions exchanged in a cellular network, each data packet session comprising data packet flows of a plurality of applications, the data packet flows of each application being identified by an application identifier, the method comprising: - determining that a tracking of data packet flows identified by an application identifier should be stopped, - determining one or more application detection filters configured to detect data packet flows identified by the application identifier, - removing the one or more application detection filters and the application identifier from the user plane entity , - requesting a session control entity configured to control the data packet sessions to remove packet detection rules usable to detect the data packet flows identified by the application identifier, wherein the request includes the application identifier. - determining that a tracking of data packet flows identified by an application identifier should be stopped, - determining one or more application detection filters configured to detect data packet flows identified by the application identifier, - removing the one or more application detection filters and the application identifier from the user plane entity , - requesting a session control entity configured to control the data packet sessions to remove packet detection rules usable to detect the data packet flows identified by the application identifier, wherein the request includes the application identifier.
Scale element for an optical measuring device comprising an incremental encoder and an interferometric sensor system, wherein the scale element has a reflection layer on one of its surfaces, which is provided for cooperation with the interferometric sensor system, and the scale element further has a material measure , which is arranged in a direction away from and spaced apart from the reflection layer and is provided for cooperation with the incremental encoder, wherein the material measure is arranged spaced apart from the reflection layer such that the measurement signals detected by the interferometric sensor system are not negatively influenced by the material measure , and the reflection layer being such that it is transparent for light of certain wavelengths and reflective for light of other wavelengths.
Engine for a flying body , having an annular vortex guide element which, seen in section, has an air inlet opening arranged centrally with respect to a longitudinal central axis of the engine and, at a distance from the air inlet opening , an air outlet opening arranged centrally with respect to the longitudinal central axis , which are connected to one another in terms of flow via an intake duct which is bounded by the vortex guide element and accommodates an air conveying device , wherein the air outlet opening is overlapped by an air deflecting element which is arranged geodetically above the vortex guide element when the engine is operating as intended, which extends radially outwards from the air outlet opening so that, together with the vortex guide element , it delimits an air exit gap which is in flow communication with the air outlet opening , wherein the vortex guide element is in the form of a body of rotation which is formed by rotation about an axis of rotation of a closed curve continuously comprising a continuous course at least on its radially outer side, characterised in that the air inlet opening opens directly into an outer environment of the engine , so that a free air space is present in an imaginary extension of the intake duct on the side of the air inlet opening and, when the engine is operating as intended, air is conveyed from the side of the engine facing away from the air deflecting element through the air inlet opening directly from the outer environment into the intake duct .
A step detection device comprising: a distance measurement unit which is adapted to detect a height of a road surface (F road ) around a vehicle (Vc); a travelable region circuit which is adapted to estimate a travelable region (G 1 ) in a traveling direction (Da) of the vehicle (Vc); characterized by a road surface gradient circuit which is adapted to approximate with a curve (C road ), a gradient of the road surface (F road ) in the travelable region (G 1 ) in a vehicle width direction, based on the height of the road surface (F road ) detected by the distance measurement unit ; and a step detection circuit which is adapted to detect a step (LD) on the road surface (F road ), based on an agreement degree of a height of a measurement point (Im 1 to Im 3 ) set in the travelable region (G 1 ) relative to the curve (C road ), and an agreement degree of a height of a measurement point (Im 4 to Im 7 ) set in an extended region (G 2 to G 4 ), defined by extending the travelable region (G 1 ) in the vehicle width direction, relative to a curve (C road ) with which a gradient of the road surface (F road ) in the extended region (G 2 to G 4 ) is approximated. a distance measurement unit which is adapted to detect a height of a road surface (F road ) around a vehicle (Vc); a travelable region circuit which is adapted to estimate a travelable region (G 1 ) in a traveling direction (Da) of the vehicle (Vc); characterized by a road surface gradient circuit which is adapted to approximate with a curve (C road ), a gradient of the road surface (F road ) in the travelable region (G 1 ) in a vehicle width direction, based on the height of the road surface (F road ) detected by the distance measurement unit ; and a step detection circuit which is adapted to detect a step (LD) on the road surface (F road ), based on an agreement degree of a height of a measurement point (Im 1 to Im 3 ) set in the travelable region (G 1 ) relative to the curve (C road ), and an agreement degree of a height of a measurement point (Im 4 to Im 7 ) set in an extended region (G 2 to G 4 ), defined by extending the travelable region (G 1 ) in the vehicle width direction, relative to a curve (C road ) with which a gradient of the road surface (F road ) in the extended region (G 2 to G 4 ) is approximated.
Use of an insulating material for the purpose of fire protection, - wherein the insulating material contains a fraction of an inorganic molding material, which is formed as a phosphate ceramics from an acidic aqueous solution of a metal phosphate containing phosphoric acid, an oxyboron compound and a wollastonite compound, and - wherein it contains a predominant volume fraction of an inorganic lightweight construction material or lightweight construction material mixture, which is embedded into a load-bearing supporting structure of the fraction of phosphate ceramics. - wherein the insulating material contains a fraction of an inorganic molding material, which is formed as a phosphate ceramics from an acidic aqueous solution of a metal phosphate containing phosphoric acid, an oxyboron compound and a wollastonite compound, and - wherein it contains a predominant volume fraction of an inorganic lightweight construction material or lightweight construction material mixture, which is embedded into a load-bearing supporting structure of the fraction of phosphate ceramics.
A method of manufacturing a photovoltaic device comprising at least a pair of a first and a second serially interconnected photovoltaic device cell (10A,...,10D), which succeed each other in a succession direction (DS), the method comprising the steps of: - providing a transparent electrode layer having respective transparent electrode layer regions (11A,...,11D), which are distinct from each other in said succession direction, - forming a respective set of one or more electrical conductors (121A,... 124A) on a surface of each transparent electrode region, the electrical conductors having a first main surface forming an electric contact with their respective transparent electrode region, and having a second main surface opposite said main surface, wherein the second main surface has an exposed end-portion (121A1) forming a further electric contact in a direction away from the succession direction, a remaining portion (121A2) of the second main surface being electrically insulated, - depositing respective photo-voltaic layer portions (14A,...,14D), each photovoltaic layer portion extending over the respective transparent electrode region (11A,...,11D) and over the insulated portion of the one or more conductors of the respective set, - depositing respective further electrode regions (15A,...,15D) for each photovoltaic device cell that extends over the respective photovoltaic layer region (14A,...,14D) wherein the further electrode region that extends over the first photovoltaic layer region also extends over the electric contacts formed by the exposed ends of the set of one or more electrical conductors that are formed on the second transparent electrode layer region . - providing a transparent electrode layer having respective transparent electrode layer regions (11A,...,11D), which are distinct from each other in said succession direction, - forming a respective set of one or more electrical conductors (121A,... 124A) on a surface of each transparent electrode region, the electrical conductors having a first main surface forming an electric contact with their respective transparent electrode region, and having a second main surface opposite said main surface, wherein the second main surface has an exposed end-portion (121A1) forming a further electric contact in a direction away from the succession direction, a remaining portion (121A2) of the second main surface being electrically insulated, - depositing respective photo-voltaic layer portions (14A,...,14D), each photovoltaic layer portion extending over the respective transparent electrode region (11A,...,11D) and over the insulated portion of the one or more conductors of the respective set, - depositing respective further electrode regions (15A,...,15D) for each photovoltaic device cell that extends over the respective photovoltaic layer region (14A,...,14D) wherein the further electrode region that extends over the first photovoltaic layer region also extends over the electric contacts formed by the exposed ends of the set of one or more electrical conductors that are formed on the second transparent electrode layer region .
A one-piece collar made of flexible plastics material and intended to be worn by a person or a pet, said plastics material being capable of containing an active material, the collar comprising: a tightening structure consisting of a buckle located substantially on the proximal part of said collar, the buckle having a hollow interior that defines a tunnel delimited by a top on the upper part thereof and by a bottom on the lower part thereof, said tunnel being capable of receiving, longitudinally and by threading, a strap which forms a distal part of the collar , the strap , the inner face of which intended to be in contact with the bottom of the buckle , having a plurality of indentations which pass through it transversely from side to side, the collar comprising : on the one hand a first projecting structure formed longitudinally on the top of the buckle , on the other hand, a second projecting structure formed transversely to the center of the bottom of the buckle , the first and second projecting structures facing one another without touching, and a space (y) between the first projecting structure and the bottom is intended for having the strap pass therethrough such that, when the strap is threaded inside the buckle and in order for the collar as a whole to be tightened, the first projecting structure abuts a top face of said strap so as to exert a local holding pressure thereon, and in that the second projecting structure engages with an indentation in the underside of said strap .
Method for the determination of film-forming amines in liquids by adding a reacting agent to the amine to form a colored complex to be measured by photometric method, wherein the reacting agent is a component of the Xanthene Group according to the following general formula: wherein R 1 = H or a halogen, and R 2 = H or a halogen, characterized in that for the reaction the pH of the liquid is lowered by using hydrochloric acid.
A method for controlling a production system of a rolling mill for the production of a coil-shaped end product from a slab , the production comprising processing the slab by sequentially arranged production units , a respective strip-shaped product resulting from the processing by the production units , the end product resulting as a product from the processing by the last of the production units , the method comprising receiving physical data of a strip-shaped product , to be tested, of the products , which results from the processing by a given production unit of the production units , the physical data encompassing a geometry and/or a weight, the method comprising a testing procedure, the testing procedure comprising: - modeling, under consideration of the physical data , the processing of the product to be tested by a plurality of the production units arranged downstream from the given production unit ; - in case the modelling shows that, under consideration of the physical data , one of the products resulting from the processing by the downstream production units does not meet a predetermined quality criterion, terminating the intended production of the product and outputting a signal regarding the termination. - modeling, under consideration of the physical data , the processing of the product to be tested by a plurality of the production units arranged downstream from the given production unit ; - in case the modelling shows that, under consideration of the physical data , one of the products resulting from the processing by the downstream production units does not meet a predetermined quality criterion, terminating the intended production of the product and outputting a signal regarding the termination.