mhurhangee/patent-ind-claim-en huggingface dataset:
Floating system including: - An inflatable floating board comprising a peripheral body elongated in a longitudinal direction and surrounding a through opening centered in the longitudinal direction, - A hatch arranged in the through opening , and comprising a peripheral edge assembled to the peripheral body , and at least one bearing, the hatch being adapted to alternately take an open configuration and a closed configuration in which the bearing is formed, - A movement system comprising: . a connection system extending through the hatch in closed configuration between a first end and a second end, the connection system being rotatably mounted relative to the board around a vertical axis through the bearing, . a gripping system provided at the first end of the connection system, . a motor system comprising an electric motor adapted to drive a propeller around an axis of rotation, said propeller being arranged at the second end of the connection system, and . at least one electrical power supply integral with the connection system and electrically connected to the motor system, . at least one man-machine interface member adapted to authorize a user to control the motorization system, and in which the movement system is movable through the hatch in the open configuration of the hatch . - An inflatable floating board comprising a peripheral body elongated in a longitudinal direction and surrounding a through opening centered in the longitudinal direction, - A hatch arranged in the through opening , and comprising a peripheral edge assembled to the peripheral body , and at least one bearing, the hatch being adapted to alternately take an open configuration and a closed configuration in which the bearing is formed, - A movement system comprising: . a connection system extending through the hatch in closed configuration between a first end and a second end, the connection system being rotatably mounted relative to the board around a vertical axis through the bearing, . a gripping system provided at the first end of the connection system, . a motor system comprising an electric motor adapted to drive a propeller around an axis of rotation, said propeller being arranged at the second end of the connection system, and . at least one electrical power supply integral with the connection system and electrically connected to the motor system, . at least one man-machine interface member adapted to authorize a user to control the motorization system, . a connection system extending through the hatch in closed configuration between a first end and a second end, the connection system being rotatably mounted relative to the board around a vertical axis through the bearing, . a gripping system provided at the first end of the connection system, . a motor system comprising an electric motor adapted to drive a propeller around an axis of rotation, said propeller being arranged at the second end of the connection system, and . at least one electrical power supply integral with the connection system and electrically connected to the motor system, . at least one man-machine interface member adapted to authorize a user to control the motorization system,
A polymer, obtainable by radical polymerization of compounds of the general formula I, in which R 1 , R 2 and R 3 represent, independently of one another, H or an alkyl group having 1 to 3 C atoms, or by radical copolymerization with α,ß monoethylenically unsaturated carboxylic acids, carboxylic acid esters, carboxylic acid anhydrides, carboxamides, carboximides, nitriles and the mixtures thereof.
A system (100; 200) for smoke detection and indoor air quality monitoring, comprising: two or more light sources (102, 104; 202, 204) configured to emit light into a monitored space, wherein at least two of the two or more light sources emit respective light cones each having a respective symmetry axis, wherein the symmetry axes of the respective light cones intersect one another; one or more light sensing devices (106, 108, 110; 206, 208, 210) configured to receive scattered light; a processor (112; 212) operatively connected to the one or more light sensing devices to evaluate the scattered light for the presence of one or more indoor air quality conditions in the monitored space; and a polarizing filter optically coupled to a respective one of the light sensing devices wherein an airborne particle type is discriminated via the use the polarizing filter. two or more light sources (102, 104; 202, 204) configured to emit light into a monitored space, wherein at least two of the two or more light sources emit respective light cones each having a respective symmetry axis, wherein the symmetry axes of the respective light cones intersect one another; one or more light sensing devices (106, 108, 110; 206, 208, 210) configured to receive scattered light; a processor (112; 212) operatively connected to the one or more light sensing devices to evaluate the scattered light for the presence of one or more indoor air quality conditions in the monitored space; and a polarizing filter optically coupled to a respective one of the light sensing devices wherein an airborne particle type is discriminated via the use the polarizing filter.
Flow regulation device comprising: - a housing having an inlet port and an outlet port , and a fluid flow conduit between them, - a valve body mounted in the housing , - a first and a second orifices allowing fluid flow in the conduit , wherein: - the valve body is movable between an open position, in which the first and second orifices are open, and a closed position, in which only one of the first and second orifices is open, characterized in that - the flow regulation device comprises a resilient element urging the valve body towards its open position, - the valve body passes from its open to its closed position under action of fluid pressure (P) entering in the inlet port . - a housing having an inlet port and an outlet port , and a fluid flow conduit between them, - a valve body mounted in the housing , - a first and a second orifices allowing fluid flow in the conduit , wherein: - the valve body is movable between an open position, in which the first and second orifices are open, and a closed position, in which only one of the first and second orifices is open, characterized in that - the flow regulation device comprises a resilient element urging the valve body towards its open position, - the valve body passes from its open to its closed position under action of fluid pressure (P) entering in the inlet port .
A method of wireless communication, comprising: receiving , by a user equipment, UE, a grant identifying an uplink resource allocation per subframe of less than one physical resource block, PRB, defined in a wireless standard, wherein the grant identifies a number of subframes to which a transport block, associated with the uplink resource allocation, is to be mapped; and determining , by the UE, a frequency hopping technique based at least in part on the number of subframes, wherein the frequency hopping technique is within a narrowband that contains the uplink resource allocation, wherein the UE is configured to deactivate the frequency hopping technique when the grant identifies the uplink resource allocation of less than one PRB. receiving , by a user equipment, UE, a grant identifying an uplink resource allocation per subframe of less than one physical resource block, PRB, defined in a wireless standard, wherein the grant identifies a number of subframes to which a transport block, associated with the uplink resource allocation, is to be mapped; and determining , by the UE, a frequency hopping technique based at least in part on the number of subframes, wherein the frequency hopping technique is within a narrowband that contains the uplink resource allocation, wherein the UE is configured to deactivate the frequency hopping technique when the grant identifies the uplink resource allocation of less than one PRB.
A slider for a package having a recloseable zipper closure , the slider comprising: a top member and a pair of spaced apart first and second legs depending from the top member, each of the first leg and second leg having an inwardly facing hook opposite the top member; at least a first outwardly facing tab having a fixed end secured to the first leg and a deflectable section extending away from the second leg; and a first separator plow located at the deflectable section of the first tab and facing away from the top member and in a direction toward the hooks, wherein the slider defines an open volume and includes internal surfaces sufficiently close together to press opposing interlocking profiles into an interlocking relationship, wherein the first and second legs define the open volume and the internal surfaces, and wherein the first tab is moveable to locate the first plow into the open volume between the legs. a top member and a pair of spaced apart first and second legs depending from the top member, each of the first leg and second leg having an inwardly facing hook opposite the top member; at least a first outwardly facing tab having a fixed end secured to the first leg and a deflectable section extending away from the second leg; and a first separator plow located at the deflectable section of the first tab and facing away from the top member and in a direction toward the hooks, wherein the slider defines an open volume and includes internal surfaces sufficiently close together to press opposing interlocking profiles into an interlocking relationship, wherein the first and second legs define the open volume and the internal surfaces, and wherein the first tab is moveable to locate the first plow into the open volume between the legs.
A manipulating device , comprising: a base part ; a user interface disposed above the base part and having a movable part and a grip part ; a parallel link mechanism (103A-103C) having a pair of arm parts (14A-14F) and a pair of link parts (15A-15F); a position sensor (104A-104F) configured to detect a position of a base-end part of the arm part (14A-14F); and a controller configured to control at least one of a position and a posture of a robot based on the position detected by the position sensor (104A-104F), wherein the arm part (14A-14F) is rotatably connected at a base-end part to the base part , wherein the link part (15A-15F) is rotatably connected at a base-end part to the arm part (14A-14F), and is rotatably connected at a tip-end part to the movable part , and wherein the base part is coupled to the movable part through three sets of parallel link mechanism (103A-103C)s with six degrees of freedom, characterized in that the pair of arm parts (14A-14F) are connected with each other through a first connecting member (105A-105C) having a given first holding force set beforehand. a base part ; a user interface disposed above the base part and having a movable part and a grip part ; a parallel link mechanism (103A-103C) having a pair of arm parts (14A-14F) and a pair of link parts (15A-15F); a position sensor (104A-104F) configured to detect a position of a base-end part of the arm part (14A-14F); and a controller configured to control at least one of a position and a posture of a robot based on the position detected by the position sensor (104A-104F), wherein the arm part (14A-14F) is rotatably connected at a base-end part to the base part , wherein the link part (15A-15F) is rotatably connected at a base-end part to the arm part (14A-14F), and is rotatably connected at a tip-end part to the movable part , and wherein the base part is coupled to the movable part through three sets of parallel link mechanism (103A-103C)s with six degrees of freedom,
A method of determining a geographic position of a sending device using a communications channel between a receiving device and the sending device, the sending device being nearby the receiving device, the method comprising: receiving , at the receiving device from the sending device over the communications channel, a message containing delta position data for the sending device from which a delta position can be determined and a hashed message authentication code; determining a coordinate position of the receiving device and quantizing the coordinate position of the receiving device to obtain a receiving device quantized coordinate position; determining a set of candidate quantized coordinate positions based on the receiving device quantized coordinate position; disambiguating between the candidate quantized coordinate positions for the sending device to identify a sending device quantized coordinate position used by the sending device to determine the delta position data by hashing strings, each string including a respective candidate quantized coordinate position and determining which of the hashed strings corresponds to the hashed message authentication code, wherein the corresponding hashed string includes the sending device quantized coordinate position; determining a coordinate position of the sending device by adding the delta position to the identified sending device quantized coordinate position; and causing an action based on the determined coordinate position of the sending device. receiving , at the receiving device from the sending device over the communications channel, a message containing delta position data for the sending device from which a delta position can be determined and a hashed message authentication code; determining a coordinate position of the receiving device and quantizing the coordinate position of the receiving device to obtain a receiving device quantized coordinate position; determining a set of candidate quantized coordinate positions based on the receiving device quantized coordinate position; disambiguating between the candidate quantized coordinate positions for the sending device to identify a sending device quantized coordinate position used by the sending device to determine the delta position data by hashing strings, each string including a respective candidate quantized coordinate position and determining which of the hashed strings corresponds to the hashed message authentication code, wherein the corresponding hashed string includes the sending device quantized coordinate position; determining a coordinate position of the sending device by adding the delta position to the identified sending device quantized coordinate position; and causing an action based on the determined coordinate position of the sending device.
Method for operating an apparatus unit for drying insulating layers by means of vacuum, in which a suction motor for generating a vacuum is operated in a vacuum chamber and in which water collecting in the vacuum chamber is pumped off by means of a pump, the pump being switched off when a predeterminable first time period for pump operation is reached, in which the pump is switched on again after a predeterminable second time period has elapsed, wherein a counter is increased by one counting step when the pump is switched on again, characterized in that the pump is not switched on again when a predeterminable number of counting steps have been reached, and in that the time periods in which the pump is operated are collected as positive time periods and in which the pump is not operated are collected as negative time periods and are added up to determine a comparison time period.
A pupil replication waveguide comprising: a slab of transparent material for propagating display light therein via total internal reflection; and a diffraction grating supported by the slab and comprising a plurality of fringes in a substrate, the substrate having a different refractive index than a refractive index of the fringes; wherein the fringes are slanted for out-coupling the display light from the slab by diffraction into a blazed diffraction order for directing the display light toward a user's eyes, wherein a greater portion of the display light is out-coupled into the blazed diffraction order, and wherein a smaller portion of the display light is out-coupled into a non-blazed diffraction order, wherein the non-blazed diffraction order is associated with light leaking outside of a display; and wherein a refractive index contrast profile of the diffraction grating along a thickness direction of the diffraction grating is symmetrical, and a refractive index contrast is larger at a middle than at both sides of the refractive index contrast profile, whereby the portion of the display light out-coupled into the non-blazed diffraction order is lessened. a slab of transparent material for propagating display light therein via total internal reflection; and a diffraction grating supported by the slab and comprising a plurality of fringes in a substrate, the substrate having a different refractive index than a refractive index of the fringes; wherein the fringes are slanted for out-coupling the display light from the slab by diffraction into a blazed diffraction order for directing the display light toward a user's eyes, wherein a greater portion of the display light is out-coupled into the blazed diffraction order, and wherein a smaller portion of the display light is out-coupled into a non-blazed diffraction order, wherein the non-blazed diffraction order is associated with light leaking outside of a display; and wherein a refractive index contrast profile of the diffraction grating along a thickness direction of the diffraction grating is symmetrical, and a refractive index contrast is larger at a middle than at both sides of the refractive index contrast profile, whereby the portion of the display light out-coupled into the non-blazed diffraction order is lessened.
A lid device , which is provided for closing a waste container for at least temporarily storing waste and/or valuable substances, wherein the lid device comprises at least one functional element , wherein the functional element is provided for directly or indirectly displaying a piece of information, wherein the functional element is provided in such a manner that it generates a snap-fit connection, wherein the lid device comprises at least one receiving device for receiving the functional element , said receiving device being provided as a handle element (13.1), wherein the receiving device is provided as a longitudinal member having an expansion in longitudinal direction, which is a multiple of its expansion in width direction, wherein the functional element is, in particular detachably, movably attached to the receiving device by means of said snap-fit connection, wherein the receiving device comprises at least one information element , and wherein the at least one functional element is provided in such a manner that it is capable of at least temporarily covering the information element .
Fluid product reservoir (R; R') comprising a container (R1; R1') defining a collar (R2) and a mounting part (1; 1') mounted on the collar (R2), the mounting part (1; 1') forming a basket (11; 11') disposed at the collar (R2) and a dip tube (12; 12') which extends from the basket (11; 11') into the container (R1; R1'), the dip tube (12; 12') being initially blocked by a sealing member , the fluid product reservoir (R; R') further comprising an insert (2; 2') disposed in the basket (11; 11'), the insert (2; 2') comprising a piercing element (21; 21') which can be moved between an initial position wherein the sealing member is blocking and a final position wherein the sealing member is moved in a state passing through the piercing element (21; 21'), characterised in that the insert (2; 2') is mainly housed inside the basket (11; 11') and comprises a cuff (23; 23') forming a receiving housing (24; 24') for the fitting of an inlet sleeve (P1) of a dispensing member (P; P'), the cuff (23; 23') being integral in movement with the piercing element (21; 21').
A compound represented by a chemical formula below: wherein R 1 and R 2 are each an aliphatic hydrocarbon group, X is a single bond or a hydrocarbon group having 1 or more and 5 or less carbon atoms, a total number of carbon atoms of R 1 , R 2 , and X is 2 or more and 39 or less, A 1 is -O(-A 11 O) l -H, A 2 is -O-CH 2 -CH(-O(-A 21 O) m -H)(-CH 2 -O(-A 22 O) n -H) or -O-CH (-CH 2 -O(-A 23 O) s -H)(-CH 2 -O(-A 24 O) t -H), A 11 , A 21 , A 22 , A 23 , and A 24 are each independently an alkanediyl group having 2 or more and 8 or less carbon atoms, l, m, n, s, and t are an average value and are each independently 0 or more, and a total of l, m, and n, and a total of l, s, and t are each independently more than 0 and 200 or less.
An engineered CRISPR Cas9 protein comprising: a modification in a region of a CRISPR Cas9 protein corresponding to a region of amino acid residues 170-312 of a S. pyogenes -Cas9 protein (SEQ ID NO:8), wherein the modification comprises an insertion, deletion, or combination thereof.
A tissue containment and removal system , comprising: an expandable tissue container including an interior volume , the tissue container being of a composite construction including a first layer that creates a watertight seal for the contents of the tissue container , and a second layer that protects the tissue container from a cutter blade of a tissue cutter ; the tissue cutter including a distal end that is at least partially disposable within the interior volume of the tissue container ; a cannula at least partially disposable within the interior volume of the tissue container , the cannula including a distal end and a central lumen through which the tissue cutter may access the interior volume of the tissue container ; the tissue containment and removal system being characterised by a mechanical stop adapted to position the edge of the cutter blade relative to the distal end of the cannula within 0,0 mm and 50,0 mm from the distal end of the cannula . an expandable tissue container including an interior volume , the tissue container being of a composite construction including a first layer that creates a watertight seal for the contents of the tissue container , and a second layer that protects the tissue container from a cutter blade of a tissue cutter ; the tissue cutter including a distal end that is at least partially disposable within the interior volume of the tissue container ; a cannula at least partially disposable within the interior volume of the tissue container , the cannula including a distal end and a central lumen through which the tissue cutter may access the interior volume of the tissue container ;