mhurhangee/patent-ind-claim-en huggingface dataset:
A wound therapy device , comprising: a skin contacting element configured for covering an associated tissue site , the skin contacting element having a skin contacting side and an interface side , which is opposite the skin contacting side ; a reactor for creating a pressure condition at the associated tissue site upon actuation thereof; and a reactor housing element for accommodating the reactor , the reactor housing element having a lower affixing side and an upper side , which is opposite the lower affixing side , wherein the reactor housing element is configured to be affixed to the skin contacting element after the reactor is actuated; characterized in that the reactor housing element cooperates with the skin contacting element to define an enclosed volume around and/or at the tissue site ; the reactor being configured to consume oxygen and being provided as a package including an upper layer and a lower layer , the upper layer being affixed to the lower layer to enclose a reactor substrate therebetween so as to provide an air-tight seal so that oxygen is precluded from access to the reactor and that removal of the upper layer from the lower layer , or vice versa, in whole or in part, allows oxygen access to the reactor so that oxygen can be consumed by the reactor . a skin contacting element configured for covering an associated tissue site , the skin contacting element having a skin contacting side and an interface side , which is opposite the skin contacting side ; a reactor for creating a pressure condition at the associated tissue site upon actuation thereof; and a reactor housing element for accommodating the reactor , the reactor housing element having a lower affixing side and an upper side , which is opposite the lower affixing side , wherein the reactor housing element is configured to be affixed to the skin contacting element after the reactor is actuated; characterized in that the reactor housing element cooperates with the skin contacting element to define an enclosed volume around and/or at the tissue site ; the reactor being configured to consume oxygen and being provided as a package including an upper layer and a lower layer , the upper layer being affixed to the lower layer to enclose a reactor substrate therebetween so as to provide an air-tight seal so that oxygen is precluded from access to the reactor and that removal of the upper layer from the lower layer , or vice versa, in whole or in part, allows oxygen access to the reactor so that oxygen can be consumed by the reactor .
A system comprising a User Equipment, UE, at least two Internet access providers (IAP-1, IAP-2), a multi-connectivity provider backend, a Home Network, HN, and a Data Network, DN, wherein the UE comprises at least two access interfaces, wherein the system is configured to provide multi-connectivity between the UE and the HN, wherein the multi-connectivity provider backend is configured to establish a connection to the HN, and to provide access from the UE to the HN.
Use of a compound of formula (I): or a salt, tautomer, stereoisomer, hydrate or solvate thereof in the treatment of a fungal infection in a plant or a plant part thereof, wherein R is selected from the group consisting of: • C- α -D-galactofuranose; C - β -D-galactofuranose; C - α -L-galactofuranose; C - β- L-galactofuranose; C- β -D-galactopyranose; and C - β -L-galactopyranose. or a salt, tautomer, stereoisomer, hydrate or solvate thereof in the treatment of a fungal infection in a plant or a plant part thereof, wherein R is selected from the group consisting of: • C- α -D-galactofuranose; C - β -D-galactofuranose; C - α -L-galactofuranose; C - β- L-galactofuranose; C- β -D-galactopyranose; and C - β -L-galactopyranose. • C- α -D-galactofuranose; C - β -D-galactofuranose; C - α -L-galactofuranose; C - β- L-galactofuranose; C- β -D-galactopyranose; and C - β -L-galactopyranose.
A method for access to a medium by a multi-channel device, which medium comprises a transmission system having a group of at least two channels that the multi-channel device intends to call upon for transmission, comprising the steps of - scanning by the multi-channel device of the at least two channels (ch1 - ch6) to be called upon for transmission with respect to a receiving device, - finding that a single one of these at least two channels (ch1 - ch6) is idle or that a back-off by the device itself is underway on this channel (ch1 - ch6), - blocking of this channel (ch1 - ch6) to other devices by the multi-channel device, - further scanning of the other channel/s of the group of at least two channels (ch1 - ch6) to be called upon and blocking or reserving thereof on finding that the channel (ch1 - ch6) concerned is idle or that a back-off is underway thereon, - wherein the blocking of the channel (ch1 - ch6) is performed by the multi-channel device and the receiving device, each of which emits a reserving message on the channel, and - wherein the multi-channel device carries out its transmission with channel grouping, on all channels (ch1 - ch6) that it has itself previously blocked. - scanning by the multi-channel device of the at least two channels (ch1 - ch6) to be called upon for transmission with respect to a receiving device, - finding that a single one of these at least two channels (ch1 - ch6) is idle or that a back-off by the device itself is underway on this channel (ch1 - ch6), - blocking of this channel (ch1 - ch6) to other devices by the multi-channel device, - further scanning of the other channel/s of the group of at least two channels (ch1 - ch6) to be called upon and blocking or reserving thereof on finding that the channel (ch1 - ch6) concerned is idle or that a back-off is underway thereon, - wherein the blocking of the channel (ch1 - ch6) is performed by the multi-channel device and the receiving device, each of which emits a reserving message on the channel, and - wherein the multi-channel device carries out its transmission with channel grouping, on all channels (ch1 - ch6) that it has itself previously blocked.
A fixing base for fixing a hinge for a toilet seat set comprising a lid and a seat, wherein the fixing base includes a plate-shaped element having a bore for receiving a hinge bolt and an elongated hole for receiving a fixing element that is attachable to a toilet bowl, wherein the fixing base includes an inner adhesive element arranged on the underside of the plate-shaped element and a contact element arranged on the underside of the plate-shaped element and surrounding the inner adhesive element , characterized in that the fixing base has an edge portion at least partially surrounding the contact element in a direction perpendicular to the underside of the plate-shaped element , and that the contact element is an annular disk-shaped or rectangular frameshaped elastic element. wherein the fixing base includes a plate-shaped element having a bore for receiving a hinge bolt and an elongated hole for receiving a fixing element that is attachable to a toilet bowl, wherein the fixing base includes an inner adhesive element arranged on the underside of the plate-shaped element and a contact element arranged on the underside of the plate-shaped element and surrounding the inner adhesive element , characterized in that the fixing base has an edge portion at least partially surrounding the contact element in a direction perpendicular to the underside of the plate-shaped element , and that the contact element is an annular disk-shaped or rectangular frameshaped elastic element.
A reception device comprising: an interference cancellation unit configured to extract a symbol from a received signal with a first signal inserted in a time direction of a data symbol, the first signal being a signal with a value of amplitude smaller than that of the data symbol and the symbol being a signal during an interval corresponding to the first signal, to perform a signal interpolation process to reproduce an interference signal during an interval corresponding to the data symbol, and to output a first interference-cancelled signal obtained by extracting the data symbol from a signal obtained by cancelling by subtraction the interference signal from the received signal; and an interference-power estimation unit configured to estimate desired signal power by subtracting second average power of the symbol of the first signal, extracted from the received signal, from first average power of a data symbol extracted from the received signal, to estimate first noise power included in the first interference-cancelled signal by subtracting the desired signal power from third average power of a data symbol of the first interference-cancelled signal, to estimate second noise power included in the received signal from the first noise power by removing noise added at the time of the interference cancellation from the first noise power, and to estimate interference power by subtracting the second noise power from the second average power. an interference cancellation unit configured to extract a symbol from a received signal with a first signal inserted in a time direction of a data symbol, the first signal being a signal with a value of amplitude smaller than that of the data symbol and the symbol being a signal during an interval corresponding to the first signal, to perform a signal interpolation process to reproduce an interference signal during an interval corresponding to the data symbol, and to output a first interference-cancelled signal obtained by extracting the data symbol from a signal obtained by cancelling by subtraction the interference signal from the received signal; and an interference-power estimation unit configured to estimate desired signal power by subtracting second average power of the symbol of the first signal, extracted from the received signal, from first average power of a data symbol extracted from the received signal, to estimate first noise power included in the first interference-cancelled signal by subtracting the desired signal power from third average power of a data symbol of the first interference-cancelled signal, to estimate second noise power included in the received signal from the first noise power by removing noise added at the time of the interference cancellation from the first noise power, and to estimate interference power by subtracting the second noise power from the second average power.
Method implemented by a geodetic instrument for determining a direction to a geodetic target configured to identify itself by emitting an optical pulse , the method comprising: capturing, using at least one imaging device arranged at the geodetic instrument, a first image and a second image of the geodetic target; synchronizing the geodetic instrument with the geodetic target for capturing the first image concurrently with emission of the optical pulse by the geodetic target, and for capturing the second image nonconcurrently with emission of the optical pulse by the geodetic target; obtaining a difference image between the first image and the second image; and determining, based on a position of the optical pulse emitted by the geodetic target in the difference image, the direction to the geodetic target from the geodetic instrument, characterised in that synchronizing the geodetic instrument with the geodetic target includes: establishing a time reference common to the geodetic instrument and the geodetic target; and obtaining information about allocation of a set of non-overlapping time slots comprising at least a first time slot and a second time slot , wherein the first image and the second image are captured by the geodetic instrument within the first time slot and the second time slot, respectively. capturing, using at least one imaging device arranged at the geodetic instrument, a first image and a second image of the geodetic target; synchronizing the geodetic instrument with the geodetic target for capturing the first image concurrently with emission of the optical pulse by the geodetic target, and for capturing the second image nonconcurrently with emission of the optical pulse by the geodetic target; obtaining a difference image between the first image and the second image; and determining, based on a position of the optical pulse emitted by the geodetic target in the difference image, the direction to the geodetic target from the geodetic instrument, characterised in that synchronizing the geodetic instrument with the geodetic target includes: establishing a time reference common to the geodetic instrument and the geodetic target; and obtaining information about allocation of a set of non-overlapping time slots comprising at least a first time slot and a second time slot , establishing a time reference common to the geodetic instrument and the geodetic target; and obtaining information about allocation of a set of non-overlapping time slots comprising at least a first time slot and a second time slot , wherein the first image and the second image are captured by the geodetic instrument within the first time slot and the second time slot, respectively.
Hinge system , comprising at least one first hinge leaf , which has a single bore and is suitable for fastening in an elongated breakthrough or in breakthroughs (315, 316, 317; 415, 416, 417), which are arranged in series, in a thin wall, such as a door leaf or door frame of a metal cabinet or housing, wherein the first hinge leaf lies on one side of the thin wall on the edges of the breakthrough or the series of breakthroughs (315, 316, 317; 415, 416, 417), and with a plate that lies on the other side of the thin wall on the edges of the breakthrough or the breakthroughs (315, 316, 317; 415, 416, 417) and with a screw connection which presses the two surfaces resting on the edge surfaces against one another, wherein in the region of the breakthrough or the breakthroughs, first projections emerge from the first hinge leaf or the plate , said projections extending into or through the breakthrough or the breakthroughs, wherein recesses (340, 342; 440, 442) are formed in the plate or the first hinge leaf for receiving the first projections, wherein the first projections are guided by the surfaces of the inner edges of the breakthrough or the breakthroughs, and wherein the hinge comprises a second hinge leaf , which is pivotably connected to the first hinge leaf by means of a hinge pin (354; 454), characterised in that a threaded bore for the free end of the screw of the screw connection is guided through a second projection provided with a bore, wherein the second projection is provided on the first hinge leaf or the plate, in that the bore for the head end of the screw is guided through the cone of the receptacle for a countersunk head, in that the threaded bore for the free end of the screw is guided in the second projection formed as tubular section (350, 351; 450, 451), which is reinforced by optionally sloping partition walls , and in that the second projection for the screw contains a screw thread.
A formulation useful for delivery of neuro-protecting agent, which comprises said neuro-protective agent in a vehicle, the vehicle being a liposome , wherein said neuro-protecting agent is root extract of Withania somnifera designated as NMITLI118RT+.
A method for packaging a food product , in particular a hollow chocolate figure, wherein one of every two foil half-shells is loaded with a food product having an outer contour, and in which the respective inner contour of each foil half-shell is adapted to the corresponding outer contour of the food product , and a foil half-shell loaded with the food product is joined together with another corresponding foil half-shell so that the two joined foil half-shells enclose the food product , characterized in that the foil half-shells are trimmed before being loaded.
Chain clamp for clamping around an elongated object , such as a mast or pole, and for serving as a support for separate objects , such as telecommunications equipment, wherein the chain clamp comprises: - a plurality of links , the plurality of links comprising at least a first link and a second link , each link having two attachment portions , one at one end of each link and another at an opposite end of each link , - at least one connection member , connecting two different links at their respective attachment portion and keeping the two different links together in a chain fashion, - a tensioner , adapted to connect to the first and second link and to force the first and second links towards each other to tension the chain clamp and to clamp the chain clamp around the elongated object , characterised in that at least one link is a piece cut from an elongated extrusion and has a fixed cross-sectional profile and a longitudinal direction perpendicular to the cross-sectional profile, wherein each of the two attachment portions of the at least one link are defined by a respective portion of the cross-sectional profile and its continuation along the longitudinal direction of the at least one link . - a plurality of links , the plurality of links comprising at least a first link and a second link , each link having two attachment portions , one at one end of each link and another at an opposite end of each link , - at least one connection member , connecting two different links at their respective attachment portion and keeping the two different links together in a chain fashion, - a tensioner , adapted to connect to the first and second link and to force the first and second links towards each other to tension the chain clamp and to clamp the chain clamp around the elongated object ,
A plant for sanding/finishing components made of wood, metal or the like comprising a sanding station ; a feeding device to feed at least one component through the sanding station in a continuous manner; and a robotic manipulator , which is provided with at least one sanding tool (12; 31) and is configured so as to allow the sanding tool (12; 31) to carry out the sanding of the component in a continuous manner combining the movements of the feeding device with the movements of the robotic manipulator ; and characterized in that the robotic manipulator comprises a plurality of articulated arms , which are motor-driven so as to rotate relative to one another around respective rotation axes , and at least one shock absorber device (13; 29), which is interposed between the end articulated arm and the sanding tool (12; 31); wherein the shock absorber device (13; 29) comprises at least one pneumatic shock absorber cylinder comprising, in turn, a cylinder , which is fixed to the end articulated arm , and an output rod , which is fixed to the sanding tool (12; 31), is engaged in a sliding manner in the cylinder , and is configured so as to define, inside the cylinder itself, a first variable volume chamber , which is connected to a pneumatic device supplying a gas under pressure; and wherein the axial movement of the output rod along the cylinder is delimited, on one side, by a bottom wall of the cylinder and, on the other side, by a limit stop element fitted inside the cylinder ; a locking device being provided for locking the output rod , and therefore the sanding tool (12; 31), in a resting position, wherein the locking device comprises a second variable volume chamber , which is defined between the output rod and the limit stop element , and is connected to a pneumatic device supplying a gas under pressure.
A hand-held probe (HHP) for inspecting a tube , the HHP comprising: a transducer cylinder having a shape of a cylinder with a near end and a far end and comprising a mechanical wave transducer mechanism with a plurality of mechanical wave transducers and one or more microphones wherein the diameter of the cylinder is less than the internal diameter of the tube ; a housing having an opening for receiving a near end of the transducer cylinder , the end opposite from the tube end that is inserted into the end of the tube ; and a loudspeaker that creates and transmits an acoustic wave toward the inside of the tube ; wherein the mechanical wave transducer mechanism further comprises a pressing mechanism and when the transducer cylinder is inserted into the tube , the pressing mechanism presses the plurality of the mechanical-wave transducers toward the interior wall of the tube prior to the transducer cylinder communicating a mechanical wave toward the interior wall of the tube and receiving reflections of mechanical waves from the interior wall of the tube. a transducer cylinder having a shape of a cylinder with a near end and a far end and comprising a mechanical wave transducer mechanism with a plurality of mechanical wave transducers and one or more microphones wherein the diameter of the cylinder is less than the internal diameter of the tube ; a housing having an opening for receiving a near end of the transducer cylinder , the end opposite from the tube end that is inserted into the end of the tube ; and a loudspeaker that creates and transmits an acoustic wave toward the inside of the tube ; wherein the mechanical wave transducer mechanism further comprises a pressing mechanism and when the transducer cylinder is inserted into the tube , the pressing mechanism presses the plurality of the mechanical-wave transducers toward the interior wall of the tube prior to the transducer cylinder communicating a mechanical wave toward the interior wall of the tube and receiving reflections of mechanical waves from the interior wall of the tube.