mhurhangee/patent-ind-claim-en huggingface dataset:
A method of joining a first subnet and a second subnet in a mobile ad-hoc network, MANET, wherein the joining of the first subnet and the second subnet causes a new subnet to be created, the method comprising a first gateway node performing the following: based on SNR, power and data rate information between the first gateway node for the first subnet and a second gateway node for the second subnet, determining , by the first gateway node, a rate at which the second gateway node connects to the first gateway node if nodes in the first subnet reduce a signal transmit rate to a predetermined level; and as a result of determining that the determined rate meets or exceeds a predetermined threshold, then joining , by the first gateway node, the first and second subnets via the first and second gateway nodes and causing, by the first gateway node, nodes in the first subnet to reduce the signal transmit rate to the predetermined level. based on SNR, power and data rate information between the first gateway node for the first subnet and a second gateway node for the second subnet, determining , by the first gateway node, a rate at which the second gateway node connects to the first gateway node if nodes in the first subnet reduce a signal transmit rate to a predetermined level; and as a result of determining that the determined rate meets or exceeds a predetermined threshold, then joining , by the first gateway node, the first and second subnets via the first and second gateway nodes and causing, by the first gateway node, nodes in the first subnet to reduce the signal transmit rate to the predetermined level.
A microparticle powder consisting of lipid matrix microparticles of cysteamine or a salt thereof, wherein the lipid matrix contains an adjuvant selected among fatty acids and their salts, esters and corresponding alcohols and other lipid excipients or mixtures thereof and wherein said adjuvant is selected among aluminum stearate, stearic, lauric, palmitic, linoleic or myristic acid, cetostearyl alchohol, glyceryl monostearate, glyceryl palmitostearate, carnauba wax, glyceryl tristearate, glyceryl dibehenate EP, behenoyl polyoxyl-8 glycerides NF, glycerol distearate type I, EP and mixtures thereof, wherein the lipid matrix microparticles are layered with spray-dried microparticles, and wherein said spray-dried microparticles consist of a mixture of a phospholipid with sucralfate gel. dibehenate EP, behenoyl polyoxyl-8 glycerides NF, glycerol distearate type I, EP and mixtures thereof, wherein the lipid matrix microparticles are layered with spray-dried microparticles, and wherein said spray-dried microparticles consist of a mixture of a phospholipid with sucralfate gel.
A flow meter comprising: a meter body comprising a longitudinal axis , an outer surface , and a fluid passageway therethrough; and a plurality of electronics housings supported on the meter body by an enclosure assembly , wherein the enclosure assembly comprises: a base supported by the outer surface of the meter body ; a tubular member extending from the base , the tubular member having a passage extending therethrough for the passing of a transducer cable ; a bracket member coupled to the tubular member distal the base , the bracket member having a pair of longitudinally extending sides , a pair of laterally extending sides at longitudinal ends of the bracket member , and a conduit member extending between the longitudinally extending sides ; and characterized by a pair of upper mounting plates seated on the bracket member , wherein each upper mounting plate is configured to releasably couple with one of the plurality of electronics housings . a meter body comprising a longitudinal axis , an outer surface , and a fluid passageway therethrough; and a plurality of electronics housings supported on the meter body by an enclosure assembly , wherein the enclosure assembly comprises: a base supported by the outer surface of the meter body ; a tubular member extending from the base , the tubular member having a passage extending therethrough for the passing of a transducer cable ; a bracket member coupled to the tubular member distal the base , the bracket member having a pair of longitudinally extending sides , a pair of laterally extending sides at longitudinal ends of the bracket member , and a conduit member extending between the longitudinally extending sides ; and characterized by a pair of upper mounting plates seated on the bracket member , wherein each upper mounting plate is configured to releasably couple with one of the plurality of electronics housings . a base supported by the outer surface of the meter body ; a tubular member extending from the base , the tubular member having a passage extending therethrough for the passing of a transducer cable ; a bracket member coupled to the tubular member distal the base , the bracket member having a pair of longitudinally extending sides , a pair of laterally extending sides at longitudinal ends of the bracket member , and a conduit member extending between the longitudinally extending sides ; and characterized by a pair of upper mounting plates seated on the bracket member , wherein each upper mounting plate is configured to releasably couple with one of the plurality of electronics housings .
An electric water heating system, comprising a layered heat transfer element, including a substrate and a heating unit of an electric coating material, wherein the electric coating material is disposed on the substrate , wherein the layered heat transfer element is configured as a double-walled heat transfer element and includes an internally guiding flow channel , an externally guiding flow channel , the substrate , and an insulation unit , characterised in that the layered heat transfer element additionally includes a thermally sprayed, electrically conductive layer and a thermally sprayed, electrically insulating layer , wherein the layered heat transfer element includes at least one layer of aluminium oxide as the electrically insulating layer , followed by a titanium suboxide layer as the electrically conductive layer , and again an aluminium oxide layer.
A transparent plasmonic solar cell comprising - a layer of an n-type semiconductor, - a layer of metal nanoparticles selected from the group consisting of copper, gold, silver or aluminium, and - a layer of a p-type semiconductor, the above layers sandwiched between a substrate and a back contact; wherein the substrate, n-type semiconductor, metal nanoparticles, p-type semiconductor, and the back contact respectively are linked by covalent bonds by means of one or more molecular linkers. - a layer of an n-type semiconductor, - a layer of metal nanoparticles selected from the group consisting of copper, gold, silver or aluminium, and - a layer of a p-type semiconductor,
A mobility management entity, MME , for at least one Dedicated Core Network, DCN , the MME comprising: a transceiver operable to communicate with a base station operating a communication cell and to communicate with at least one communication device within said communication cell; a controller operable to control the MME to serve at least one DCN , wherein the at least one DCN is associated with at least one service type that the MME is configured to support for communication devices having a usage type corresponding to said at least one supported service type; and wherein said transceiver is operable to send, to said base station , in an S1 Setup Response message or in an MME Configuration Update message, information identifying said at least one DCN served by the MME . a transceiver operable to communicate with a base station operating a communication cell and to communicate with at least one communication device within said communication cell; a controller operable to control the MME to serve at least one DCN , wherein the at least one DCN is associated with at least one service type that the MME is configured to support for communication devices having a usage type corresponding to said at least one supported service type; and wherein said transceiver is operable to send, to said base station , in an S1 Setup Response message or in an MME Configuration Update message, information identifying said at least one DCN served by the MME .
A microprocessor or microcontroller device comprising: a central processing unit (CPU); a data memory (125; 225; 450) coupled with the CPU, wherein the data memory (125; 225; 450) is divided into a plurality of memory banks (450 1..n ), wherein a bank select register determines which memory bank (450 1..n ) is currently coupled with the CPU; and a first set of special function registers and a second set of special function registers, wherein during normal operation the first set of special function registers provides for an active context and wherein the microprocessor or microcontroller is configured to provide a swapping function between the two register sets such that upon occurrence of a context switch, the microprocessor or microcontroller is configured to switch from the first set of special function registers to the second set of special function registers, thereby selecting the second set of special function registers as active context registers (W, STATUS, FSR, BSR) for the CPU and the first set of special function registers as inactive context registers (I_W, I_STATUS, I_FSR, I_BSR), wherein at least some of the registers of the active context registers (STATUS, FSR) are each memory mapped to a respective same address of more than two memory banks of said data memory (125; 225; 450) and wherein all registers of the inactive context registers (I_W, I_STATUS, I_FSR, I_BSR) are each memory mapped to at least one memory location within the data memory different from the addresses used for the active context registers (STATUS, FSR). a central processing unit (CPU); a data memory (125; 225; 450) coupled with the CPU, wherein the data memory (125; 225; 450) is divided into a plurality of memory banks (450 1..n ), wherein a bank select register determines which memory bank (450 1..n ) is currently coupled with the CPU; and a first set of special function registers and a second set of special function registers, wherein during normal operation the first set of special function registers provides for an active context and wherein the microprocessor or microcontroller is configured to provide a swapping function between the two register sets such that upon occurrence of a context switch, the microprocessor or microcontroller is configured to switch from the first set of special function registers to the second set of special function registers, thereby selecting the second set of special function registers as active context registers (W, STATUS, FSR, BSR) for the CPU and the first set of special function registers as inactive context registers (I_W, I_STATUS, I_FSR, I_BSR), wherein at least some of the registers of the active context registers (STATUS, FSR) are each memory mapped to a respective same address of more than two memory banks of said data memory (125; 225; 450) and wherein all registers of the inactive context registers (I_W, I_STATUS, I_FSR, I_BSR) are each memory mapped to at least one memory location within the data memory different from the addresses used for the active context registers (STATUS, FSR).
A process for the solidification of hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl]benzoate (INCI diethylamino hydroxybenzoyl hexyl benzoate, DHHB), wherein the process comprises a step (a) of applying a shear rate of at least 400 s -1 to liquid hexyl 2-[4-(diethylamino)-2-hydroxybenzoyl] benzoate.
A cutting device for flexible material, which comprises a blade , wherein either the blade can move relative to a sheet of flexible material or said sheet of flexible material can move relative to said blade , said blade being associated with a plurality of elastic bristles , the blade being placed on a base where the flexible material to be cut is supported, characterized in that all of said elastic bristles form an acute angle with the upper surface of said base , so that the elastic bristles vertically and horizontally press and stabilize the flexible material against said base .
Stackable system container (1; 1'; 1"; 1"'; 1"", 1''''') with a base part , wherein respectively a coupling device (7; 7'; 7"; 7''') is attached on two opposite side walls of the base part for connection with a further system container to be movable between a rest position, in which the coupling device (7; 7'; 7"; 7''') can be brought out of engagement with a further system container, and a coupling position, in which the coupling device (7; 7'; 7"; 7''') can be brought into engagement with the further system container, wherein a bar element (9; 9',9"), which locks the respective coupling device (7; 7'; 7"; 7''') to be releasable in the rest position, is assigned to each coupling device (7; 7'; 7"; 7'''), characterised in that the bar element (9; 9') is designed as a slide bar which in a locking position holds the respective coupling device (7; 7') positively in the rest position.
A filter comprising: (a) a filter media having at least two adjacent edge portions joined by a seam; and (b) a seam tape comprising a layer of an expanded fluoropolymer and a material for adhering to and sealing the seam, said seam tape being disposed over the seam, the tape having a lengthwise direction substantially parallel to the seam and a crosswise direction substantially perpendicular to the seam; wherein the expanded fluoropolymer of the seam tape has a crosswise direction matrix modulus of greater than 13,445 kPa (1,950 psi) at room temperature and an enthalpy ratio of less than 0.6; wherein enthalpy ratio is measured by the method of differential scanning calorimetry set out in the description and calculated using the following equation; Enthalpy _ Ratio = H 345 ° C H 327 ° C + H 345 ° C + H 380 ° C where H is enthalpy; and wherein crosswise matrix modulus is measured by the method of tensile testing set out in the description and calculated using the following equation;. E CW Matrix = E CW ρ Full _ Density _ Fluoropolymer ρ sample where: E CW Matri = Crosswise direction matrix modulus PSI E CW = Crosswise direction modulus (PSI) ρ Full_Density_Fluoropolimer = density of the full density fluoropolymer used; and ρ sample = density of the sample tested. (a) a filter media having at least two adjacent edge portions joined by a seam; and (b) a seam tape comprising a layer of an expanded fluoropolymer and a material for adhering to and sealing the seam, said seam tape being disposed over the seam, the tape having a lengthwise direction substantially parallel to the seam and a crosswise direction substantially perpendicular to the seam; wherein the expanded fluoropolymer of the seam tape has a crosswise direction matrix modulus of greater than 13,445 kPa (1,950 psi) at room temperature and an enthalpy ratio of less than 0.6; where: E CW Matri = Crosswise direction matrix modulus PSI E CW = Crosswise direction modulus (PSI) ρ Full_Density_Fluoropolimer = density of the full density fluoropolymer used; and ρ sample = density of the sample tested.
A biological measuring device comprising: a light source configured to emit first light illuminating an area on a living body ; an imaging device configured to detect second light returned from the living body and acquire a first image including at least part of the living body ; and a control circuit configured to control the light source , wherein the control circuit is configured to restrict emission of the first light from the light source if, in the first image, a specific part of the living body is not located in a predetermined coordinate range in the first image, and the predetermined coordinate range is set outside the area . a light source configured to emit first light illuminating an area on a living body ; an imaging device configured to detect second light returned from the living body and acquire a first image including at least part of the living body ; and a control circuit configured to control the light source , wherein the control circuit is configured to restrict emission of the first light from the light source if, in the first image, a specific part of the living body is not located in a predetermined coordinate range in the first image, and the predetermined coordinate range is set outside the area .
An analytical device comprising: an optical waveguide comprising a plurality of optical cores and a cladding ; a plurality of nanometer-scale apertures disposed in a surface of the device above the optical waveguide, such that optical energy passing through the plurality of optical cores of the optical waveguide illuminates the plurality of nanometer-scale apertures by an evanescent field that emanates from the waveguide; and a plurality of detectors optically coupled to the plurality of nanometer-scale apertures; wherein the optical cores are between and not in direct alignment with the nanometer-scale apertures and their optically coupled detectors . an optical waveguide comprising a plurality of optical cores and a cladding ; a plurality of nanometer-scale apertures disposed in a surface of the device above the optical waveguide, such that optical energy passing through the plurality of optical cores of the optical waveguide illuminates the plurality of nanometer-scale apertures by an evanescent field that emanates from the waveguide; and a plurality of detectors optically coupled to the plurality of nanometer-scale apertures; wherein the optical cores are between and not in direct alignment with the nanometer-scale apertures and their optically coupled detectors .
Formwork device for a battery formwork for producing construction elements, in particular precast concrete components , which battery formwork has at least two partition walls , the formwork device having two formwork panels which are preferably hingedly interconnected in order to be transferred from an unfolded state into a folded state, wherein each formwork panel has a formwork front side for attaching formwork elements and a formwork rear side , and the formwork rear sides of the two formwork panels face one another in the folded state, and the formwork device is designed to be positioned between the partition walls in the folded state.
Tank intended for containing a liquid to be vaporised and for being assembled with a main body of a hairdressing apparatus, said tank being intended for being connected with a vaporising device of the hairdressing apparatus designed for vaporising the liquid and diffusing it towards a strand of hair, characterised in that the tank comprises a movable hooking device comprising at least one hooking means designed to correspond with at least one complementary hooking means belonging to the main body so as to hook the tank with the main body , said movable hooking device being movable between a first position providing the hooking of the tank with the main body and a second position allowing a user to assemble or disassemble the tank with the main body .
Espagnolette fitting for a frame of a window or door, comprising a transmission and locking bars , wherein the transmission consists of a housing, which can be mounted in a stationary manner on a frame , and a slide , which is guided in such a way as to be displaceable relative to said housing and which at its ends, as seen in the direction of displacement, is provided with connection tabs for the connection of the locking bars , and comprising an anti-intrusion device, wherein the slide , on its surface facing towards the outer side of the window or door, is secured by a securing plate which is connected to the slide .
A vibratory apparatus comprising: a first mass having a platform ; a second mass having a deck with a path of travel between a first point and a second point along the deck , at least one resilient member in the form of a plate having a thickness, the plate coupled at a first end to the first mass and at a second end to the second mass with the thickness disposed transverse to the path of travel along the deck , the plate having at least one opening formed therethrough to form a web having a spring characteristic; wherein the platform has side walls and the second mass has side walls coupled to either side of the deck , characterized in that it further comprises a shaft coupled to the platform , the shaft having at least one eccentric weight coupled thereto; and a motor coupled to the shaft; wherein the at least one resilient member comprises at least two plates comprising an inner plate and an outer plate disposed transversely outwardly from the inner plate , the inner plate and the outer plate each having a first end coupled to one of the side walls of the platform of the first mass and a second end to one of the side walls of the second mass with the thickness disposed transverse to the path of travel along the deck , each plate having at least one opening formed therethrough to form a web having a spring characteristic. a first mass having a platform ; a second mass having a deck with a path of travel between a first point and a second point along the deck , at least one resilient member in the form of a plate having a thickness, the plate coupled at a first end to the first mass and at a second end to the second mass with the thickness disposed transverse to the path of travel along the deck , the plate having at least one opening formed therethrough to form a web having a spring characteristic; wherein the platform has side walls and the second mass has side walls coupled to either side of the deck , characterized in that it further comprises a shaft coupled to the platform , the shaft having at least one eccentric weight coupled thereto; and a motor coupled to the shaft; wherein the at least one resilient member comprises at least two plates comprising an inner plate and an outer plate disposed transversely outwardly from the inner plate , the inner plate and the outer plate each having a first end coupled to one of the side walls of the platform of the first mass and a second end to one of the side walls of the second mass with the thickness disposed transverse to the path of travel along the deck , each plate having at least one opening formed therethrough to form a web having a spring characteristic.
A method performed by a network node of providing a radio resource control, RRC, state of a user equipment, UE, to a core network node, the method comprising: receiving , from the core network node, a subscription request to receive a notification of a transition of the UE between a first RRC state and a second RRC state, wherein the subscription request includes a periodicity for receiving the notification, wherein the periodicity specifies whether the notification is a one-time notification or a notification for each subsequent transition of the UE between the first RRC state and the second RRC state; determining the UE transitioned between the first RRC state and the second RRC state; and sending the notification of the transition of the UE between the first RRC state and the second RRC state to the core network node, wherein the first RRC state is an RRC Connected state and the second RRC state is an RRC Connected Inactive state. receiving , from the core network node, a subscription request to receive a notification of a transition of the UE between a first RRC state and a second RRC state, wherein the subscription request includes a periodicity for receiving the notification, wherein the periodicity specifies whether the notification is a one-time notification or a notification for each subsequent transition of the UE between the first RRC state and the second RRC state; determining the UE transitioned between the first RRC state and the second RRC state; and sending the notification of the transition of the UE between the first RRC state and the second RRC state to the core network node, wherein the first RRC state is an RRC Connected state and the second RRC state is an RRC Connected Inactive state.