mhurhangee/patent-ind-claim-en huggingface dataset:
A capsule endoscopic system comprising a docking device and a capsule device , the capsule device comprising a battery , an archival memory to store first data captured inside a body lumen by the capsule device, a light source , and a capsule housing that encloses the battery, the archival memory and the light source in a sealed environment, the capsule device comprising: a secondary coil enclosed in the capsule housing; wherein the battery is located close to a first end and the secondary coil is located close to an opposite second end of the capsule device in a longitudinal direction of the capsule device; and the docking device for receiving the first data from the capsule device, wherein the docking device comprises: a primary coil to generate an alternating magnetic field, characterized in that the magnetic field is coupled to the secondary coil to supply power to the capsule device wirelessly when the capsule device is outside a live body and is docked in the docking device, and the primary coil generates higher magnetic field at the opposite second end than the first end of the capsule device when the capsule device is outside the live body and is docked in the docking device; wherein the light source is located centrally on a longitudinal axis of the capsule device , and the docking device further comprises a light receiver , wherein the light source and the light receiver are adapted to wirelessly transmit the first data from the capsule device to the docking device when the capsule device is outside the live body and is docked in the docking device. a secondary coil enclosed in the capsule housing; wherein the battery is located close to a first end and the secondary coil is located close to an opposite second end of the capsule device in a longitudinal direction of the capsule device; and a primary coil to generate an alternating magnetic field, characterized in that the magnetic field is coupled to the secondary coil to supply power to the capsule device wirelessly when the capsule device is outside a live body and is docked in the docking device, and the primary coil generates higher magnetic field at the opposite second end than the first end of the capsule device when the capsule device is outside the live body and is docked in the docking device; wherein the light source is located centrally on a longitudinal axis of the capsule device , and
Coating agent supply device for supplying coating agent to an applicator, in particular in a painting installation for painting motor vehicle body components, with a) a pig source station , b) a pig destination station , c) a pig line , the pig line connecting the pig source station with the pig destination station , d) a pig package with two pigs arranged in the pig line for clamping the coating agent between the two pigs of the pig package for coating agent transport between the pig source station and the pig-destination station , e) a lubricant supply line for supplying a lubricant for friction-reducing lubrication of the pigs in the pig line when moving the pig package between the pig destination station and the pig source station , and f) a controllable lubricant valve , which connects the lubricant supply line to the pig line in order to introduce the lubricant into the pig line at a lubricant feed point, characterized in g) that the lubricant feed point is located in the pig line between the pig source station and the pig destination station . a) a pig source station , b) a pig destination station , c) a pig line , the pig line connecting the pig source station with the pig destination station , d) a pig package with two pigs arranged in the pig line for clamping the coating agent between the two pigs of the pig package for coating agent transport between the pig source station and the pig-destination station , e) a lubricant supply line for supplying a lubricant for friction-reducing lubrication of the pigs in the pig line when moving the pig package between the pig destination station and the pig source station , and f) a controllable lubricant valve , which connects the lubricant supply line to the pig line in order to introduce the lubricant into the pig line at a lubricant feed point, characterized in g) that the lubricant feed point is located in the pig line between the pig source station and the pig destination station .
Method for producing lanthanide doped layered double hydroxides (Ln-doped LDHs), said method comprising the steps of: a) preparing a carbonate free alkaline solution; b) preparing a solution of metal salts comprising a salt of a lanthanide; c) adding the alkaline solution and the solution of metal salts to form a mixture, wherein the pH of the mixture is maintained at a constant value so as to form Ln-doped LDH precipitate; d) aging the precipitate; and e) separating the precipitate from the mixture characterised in that the carbonate free alkaline solution is an aqueous ammonia solution. a) preparing a carbonate free alkaline solution; b) preparing a solution of metal salts comprising a salt of a lanthanide; c) adding the alkaline solution and the solution of metal salts to form a mixture, wherein the pH of the mixture is maintained at a constant value so as to form Ln-doped LDH precipitate; d) aging the precipitate; and e) separating the precipitate from the mixture
A machine for manufacturing pouches of cohesionless material, in particular of the tobacco industry, comprising: conveying means for conveying a band of wrapping material along a packaging path; a wrapping station arranged along the packaging path wherein the band of wrapping material is wound to form a tubular element ; first welding means for longitudinally welding the tubular element formed from the band of wrapping material; feeding means of the cohesionless material for feeding doses of cohesionless material inside the tubular element ; second welding means for transversely welding the tubular element so as to form a continuous and alternating succession of welding zones and zones containing a dose of cohesionless material; cutting means for transversely cutting the continuous succession at the welding zones so as to form pouches of cohesionless material each containing a dose of cohesionless material and having a first transversal weld and a second transversal weld ; the machine being characterized in that it comprises: sensor means arranged downstream of the cutting means to detect the length (L1) of the first weld and/or the length (L2) of the second weld of the pouches of cohesionless material; a control unit which is connected to the sensor means to receive the data detected by the sensor means and compare them with a range of predetermined length values of the first weld and/or of the second weld . conveying means for conveying a band of wrapping material along a packaging path; a wrapping station arranged along the packaging path wherein the band of wrapping material is wound to form a tubular element ; first welding means for longitudinally welding the tubular element formed from the band of wrapping material; feeding means of the cohesionless material for feeding doses of cohesionless material inside the tubular element ; second welding means for transversely welding the tubular element so as to form a continuous and alternating succession of welding zones and zones containing a dose of cohesionless material; cutting means for transversely cutting the continuous succession at the welding zones so as to form pouches of cohesionless material each containing a dose of cohesionless material and having a first transversal weld and a second transversal weld ; the machine being characterized in that it comprises: sensor means arranged downstream of the cutting means to detect the length (L1) of the first weld and/or the length (L2) of the second weld of the pouches of cohesionless material; a control unit which is connected to the sensor means to receive the data detected by the sensor means and compare them with a range of predetermined length values of the first weld and/or of the second weld . sensor means arranged downstream of the cutting means to detect the length (L1) of the first weld and/or the length (L2) of the second weld of the pouches of cohesionless material; a control unit which is connected to the sensor means to receive the data detected by the sensor means and compare them with a range of predetermined length values of the first weld and/or of the second weld .
A plate heat exchanger comprising a plurality of plates which are stacked in a stacking direction, each plate defining a first set of dimples and a second set of dimples in opposite directions, each dimple of the first set of dimples forming a first contact face arranged against a contact face of an adjacent plate, and each dimple of the second set of dimples forming a second contact face arranged against a contact face of an adjacent plate, the dimples are arranged in a matrix pattern with a distance X1 between centers of dimples in adjacent rows and a distance X2 between centers of dimples in adjacent columns, where the dimples have a circumference C at the contact face and characterised in that C/X1 is in the range of 1,03-2,27.
An animal tracking apparatus operable to be worn by an animal, the apparatus comprising: a location determining component operable to determine a current geographic location of the apparatus ; a sensor operable to sense a condition of the animal; a communications component operable to receive a command from a remote unit and transmit stored location information, a target response to the received command and condition information corresponding to the sensed condition of the animal; a memory operable to store the location information, the target response to the received command, and the condition information; and a processor coupled with the location determining component , the communications component , the sensor , and the memory and operable to identify the target response to the received command, wherein a target response to a received command is a response associated with the received command, and automatically store location information corresponding to the current geographic location of the apparatus in response to a sensed condition of the animal and condition information in the memory , wherein the location determining component is operable to acquire the geographic location of the apparatus in response to identifying the target response to the received command. a location determining component operable to determine a current geographic location of the apparatus ; a sensor operable to sense a condition of the animal; a communications component operable to receive a command from a remote unit and transmit stored location information, a target response to the received command and condition information corresponding to the sensed condition of the animal; a memory operable to store the location information, the target response to the received command, and the condition information; and a processor coupled with the location determining component , the communications component , the sensor , and the memory and operable to identify the target response to the received command, wherein a target response to a received command is a response associated with the received command, and automatically store location information corresponding to the current geographic location of the apparatus in response to a sensed condition of the animal and condition information in the memory , wherein the location determining component is operable to acquire the geographic location of the apparatus in response to identifying the target response to the received command.
A lyophilized and powdered composition, the composition comprising: (a) collagen, wherein the collagen is at a concentration of between 3-10 mg/ml prior to lyophilization; (b) glycosaminoglycan, wherein the ratio of the glycosaminoglycan to collagen is a weight ratio from about 4:1 to about 8:1; (c) a biocompatible small-molecule cross-linker of collagen and glycosaminoglycan; (d) a hydrogel, wherein the hydrogel is 0.3%-1.2% w/vol of the final composition prior to lyophilization; and (e) a biocompatible, small-molecule, hydrogel cross-linker; wherein the hydrogel is formed from hydrogel polymers and hydrogel polymers are selected from one or more of: polyvinyl alcohol (PVA); thiolated polyvinyl alcohol; polyvinyl alcohol block polymers containing polyethylene glycol (PVA-PEG); polyvinylpyrrolidone (PVP); and a copolymer thereof of any two or more of the preceding polymers; and wherein the cross-linker of collagen and glycosaminoglycan is selected from one or more of the following: glutaraldehyde, 1-ethyl-3-(3-dimethylaminopropyl) carbodiimide (EDAC), EDC (1-Ethyl-3-(3-dimethylaminopropyl)-carbodiimide):NHS (N-hydroxysuccinimide), EDC (1-Ethyl-3-(3-dimethylaminopropyl)-carbodiimide):sulfo-NHS (N-hydroxysulfosuccinimide), hexamethylene diisocyanate and Genipin. (a) collagen, wherein the collagen is at a concentration of between 3-10 mg/ml prior to lyophilization; (b) glycosaminoglycan, wherein the ratio of the glycosaminoglycan to collagen is a weight ratio from about 4:1 to about 8:1; (c) a biocompatible small-molecule cross-linker of collagen and glycosaminoglycan; (d) a hydrogel, wherein the hydrogel is 0.3%-1.2% w/vol of the final composition prior to lyophilization; and (e) a biocompatible, small-molecule, hydrogel cross-linker; wherein the hydrogel is formed from hydrogel polymers and hydrogel polymers are selected from one or more of: polyvinyl alcohol (PVA); thiolated polyvinyl alcohol; polyvinyl alcohol block polymers containing polyethylene glycol (PVA-PEG); polyvinylpyrrolidone (PVP); and a copolymer thereof of any two or more of the preceding polymers; and wherein the cross-linker of collagen and glycosaminoglycan is selected from one or more of the following: glutaraldehyde, 1-ethyl-3-(3-dimethylaminopropyl) carbodiimide (EDAC), EDC (1-Ethyl-3-(3-dimethylaminopropyl)-carbodiimide):NHS (N-hydroxysuccinimide), EDC (1-Ethyl-3-(3-dimethylaminopropyl)-carbodiimide):sulfo-NHS (N-hydroxysulfosuccinimide), hexamethylene diisocyanate and Genipin.
Washware holder for a dishwasher for receiving washware to be washed, in particular laboratory glassware, comprising a base part which has a central opening for receiving an injector lance , and a plurality of projections extending from the base part , the projections each having a first portion close to the base and a second portion adjoining the first portion, characterised in that the two portions are each oriented at an angle to one another in such a way that the second projection portions are each oriented tangentially to the base part , the second portions being oriented within a common support plane and together providing a support surface for the washware to be washed.
A blow mold configured to blow-mold a container body having engagement grooves for engaging engagement projections of a handle , comprising: a pair of movable molds arranged within a cavity mold and provided with projections tor forming the engagement grooves , 18B); and advancing/retreating mechanism units provided for the cavity mold and adapted to advance ana retreat the movable molds between a standby position and a molding position, characterised in that the advancing/retreating mechanism units are equipped with drive shafts to which the movable molds )are fixed and which are rotatably supported with respect to the cavity mold (33,) actuator devices which each have a linear motion shaft capable of advancing and retreating in a direction orthogonal to the drive shaft adn which are each swingably provided with respect to the cavity mold , and link members ( each having an end side fixed to the drive shaft outside the cavity mold and an opposite end side coupled to the linear-motion shaft. a pair of movable molds arranged within a cavity mold and provided with projections tor forming the engagement grooves , 18B); and advancing/retreating mechanism units provided for the cavity mold and adapted to advance ana retreat the movable molds between a standby position and a molding position, characterised in that the advancing/retreating mechanism units are equipped with drive shafts to which the movable molds )are fixed and which are rotatably supported with respect to the cavity mold (33,) actuator devices which each have a linear motion shaft capable of advancing and retreating in a direction orthogonal to the drive shaft adn which are each swingably provided with respect to the cavity mold , and link members ( each having an end side fixed to the drive shaft outside the cavity mold and an opposite end side coupled to the linear-motion shaft.
A server , on which a virtual desktop, VD, application is stored, which is configured - to display a graphical user interface for the VD application on a screen of a mobile terminal device and - to be controlled by the mobile terminal device using a keyboard and/or a pointing means for producing data to be stored on the server or for modifying data stored on the server , wherein the VD application cannot access data that are stored locally on the mobile terminal device , wherein the VD application is configured to be controlled from a mobile terminal device such that - from the VD application on the server , print data are generated from the data, wherein the print data are generated for printing on a printer which is or can be connected to the mobile terminal and the print data are forwarded to another server and are stored on the other server , and the mobile terminal device is notified about the availability of the print data after storing the print data from the other server via notification server , and the address of the other server is stored in the mobile device in a predefined form or is included in the notification. - to display a graphical user interface for the VD application on a screen of a mobile terminal device and - to be controlled by the mobile terminal device using a keyboard and/or a pointing means for producing data to be stored on the server or for modifying data stored on the server , wherein the VD application cannot access data that are stored locally on the mobile terminal device , wherein the VD application is configured to be controlled from a mobile terminal device such that - from the VD application on the server , print data are generated from the data,
At a first wireless transceiver device , a method comprising: determining one or more parameters indicative of a range between the first wireless transceiver device and a second wireless transceiver device based, at least in part, on receipt of one or more fine timing measurement (FTM) messages received at the first wireless transceiver device; and the method characterised further by, transmitting one or more messages from the first wireless transceiver device to the second wireless transceiver device comprising the one or more parameters, using data link messaging over a physical wireless link, wherein the first and second wireless transceiver devices are not associated, wherein the first and second wireless transceiver devices are not associated, if they have never exchanged an association request message followed by an association response message or if they have not exchanged an association or reassociation request message followed by an association or reassociation response message following an event that disassociates the first and second wireless transceiver devices. determining one or more parameters indicative of a range between the first wireless transceiver device and a second wireless transceiver device based, at least in part, on receipt of one or more fine timing measurement (FTM) messages received at the first wireless transceiver device; and the method characterised further by, transmitting one or more messages from the first wireless transceiver device to the second wireless transceiver device comprising the one or more parameters, using data link messaging over a physical wireless link, wherein the first and second wireless transceiver devices are not associated, wherein the first and second wireless transceiver devices are not associated, if they have never exchanged an association request message followed by an association response message or if they have not exchanged an association or reassociation request message followed by an association or reassociation response message following an event that disassociates the first and second wireless transceiver devices.
Method for detecting cracks in an aircraft component or in a gas turbine component using an optical measurement device , characterised in that the optical measurement device comprises a distance sensor and an interferometer with a beam splitter , wherein the method comprises at least the following steps: a) guiding the measurement device towards the surface of the component at a defined distance, b) determination of geometric data of the component using an optical measurement method, wherein the optical measurement method is an interferometric method, wherein the geometric data is determined by means of white light interferometry, c) evaluation of the geometric data by an electronic evaluation means , wherein cracks and/or other damage being automatically detected and/or automatically classified, and the position of the cracks and/or of other damage being stored. a) guiding the measurement device towards the surface of the component at a defined distance, b) determination of geometric data of the component using an optical measurement method, wherein the optical measurement method is an interferometric method, wherein the geometric data is determined by means of white light interferometry, c) evaluation of the geometric data by an electronic evaluation means , wherein cracks and/or other damage being automatically detected and/or automatically classified, and the position of the cracks and/or of other damage being stored.
A pattern structure comprising: a plurality of pattern structure units arranged on a same plane, wherein each of the plurality of pattern structure units has a first surface and a second surface, which are opposite to each other, and a microstructure is defined on the first surface of each of the plurality of pattern structure units; and a flattening layer disposed on the second surface of each of the plurality of pattern structure units, wherein the flattening layer connects the plurality of pattern structure units with each other, wherein microstructures of the plurality of pattern structure units are located at a same height and, wherein a vertical step difference exists between second surfaces of the plurality of pattern structure units. a plurality of pattern structure units arranged on a same plane, wherein each of the plurality of pattern structure units has a first surface and a second surface, which are opposite to each other, and a microstructure is defined on the first surface of each of the plurality of pattern structure units; and a flattening layer disposed on the second surface of each of the plurality of pattern structure units, wherein the flattening layer connects the plurality of pattern structure units with each other, wherein microstructures of the plurality of pattern structure units are located at a same height and, wherein a vertical step difference exists between second surfaces of the plurality of pattern structure units.
Method for direct or indirect communication between a motor vehicle (K) and at least one vehicle-external energy supply unit (E) for the motor vehicle (K) in conjunction with an energy supply process, characterized in that , before or at the start of an energy output to at least one energy store of the motor vehicle (K), a signal (S) for confirming the energy output which has taken place and which is embodied as a status signal in the form of a status bit, is transmitted from the energy supply unit (E) to at least one component of the motor vehicle (K), wherein after the transmission of the signal (S) a display of the quantity of energy which has been absorbed is adapted on the vehicle side, in such a way that a tolerance range (T) which is present without the signal (S) being present and within which fluctuations (ΔV) of the energy supply (V(t)) are not displayed in the energy store , is eliminated or at least reduced in size.