mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a plurality of hemostatic aggregates comprising the steps of: a) milling a cellulosic source material to form an intermediate fine fibers; b) humidifying the intermediate fine fibers to water content of between 11.0% and 20% by weight; c) roller compacting the intermediate fine fibers to form hemostatic aggregates; d) sieving the hemostatic aggregates; e) dehumidifying the hemostatic aggregates; and optionally dosing the resulting hemostatic aggregates into storage containers or into delivery devices. a) milling a cellulosic source material to form an intermediate fine fibers; b) humidifying the intermediate fine fibers to water content of between 11.0% and 20% by weight; c) roller compacting the intermediate fine fibers to form hemostatic aggregates; d) sieving the hemostatic aggregates; e) dehumidifying the hemostatic aggregates; and
Suction hose connecting piece for a suction hose designed to create a flow connection, in particular from a machine tool to a vacuum cleaner, said connecting piece comprising a tubular body with a circumferential wall which delimits a flow channel and a plug section arranged on said tubular body designed to create a plug connection with a mating connecting piece, wherein the connecting piece and the mating connecting piece can be plugged together along a longitudinal axis (L) of the plug section , wherein that at least one rotational form-fit contour is arranged on the plug section in order to create a form-fit connection with a rotational form-fit mating contour of the mating connecting piece, wherein at least one rotational form-fit contour can be brought into or out of engagement with the rotational form-fit mating contour through a relative rotational movement of the connecting piece and the mating connecting piece, characterised in that a longitudinal latch contour is arranged on the plug section which counteracts detachment of the mating connecting piece from the connecting piece relative to the longitudinal axis (L) and which engages with a mating longitudinal latch contour of the mating connecting piece when the mating connecting piece is plugged onto the connecting piece along the longitudinal axis (L) of the plug section , and in that the longitudinal latch contour can be brought into snap-locking engagement or out of snap-locking engagement with a mating latch contour of the mating connecting piece through a longitudinal movement or sliding movement parallel to the longitudinal axis (L) of the plug section and, in order to achieve a spring effect, the consists of an elastic material and/or is arranged on an elastic section of the connecting piece .
A device for the treatment and prevention of infant health conditions caused by improper head position comprising a headwear member made of a fabric material sized to fit around an infant's head and comprising overlapping or adjacent portions that define an opening in the headwear member; wherein the overlapping or adjacent portions of the headwear member are movable between an open position and a closed position; characterised in that the device further comprises two longitudinally-elongated, partially compressible and compression-resistant, head positioning members spaced laterally apart from each other and attached on an outer surface of the headwear member, and further configured to support a head of an infant in a midline position with respect to the spine of the infant when the infant is supine or lying on its side; and the overlapping or adjacent portions of the headwear member when in the open position, expose the scalp of the infant, and when in the closed position, permit secure attachment of a medical device to the headwear member. when in the open position, expose the scalp of the infant, and when in the closed position, permit secure attachment of a medical device to the headwear member.
A starting system for an internal combustion engine , which system comprises - a pressure medium source , - means for connecting the pressure medium source to at least two of the cylinders of the engine , - a starting valve in connection with each cylinder that is connected to the pressure medium source for controlling the admission of the pressure medium into the cylinder , - a control unit for controlling the operation of the starting valves , and - an absolute rotary encoder for determining the crank angle of the engine , characterized in that the system comprises coupling means arranged between the engine and the absolute rotary encoder for releasably coupling the encoder to the engine , the releasable coupling enables decoupling of the absolute rotary encoder from the engine when the engine is running. - a pressure medium source , - means for connecting the pressure medium source to at least two of the cylinders of the engine , - a starting valve in connection with each cylinder that is connected to the pressure medium source for controlling the admission of the pressure medium into the cylinder , - a control unit for controlling the operation of the starting valves , and - an absolute rotary encoder for determining the crank angle of the engine ,
A Device for transferring a line between a retracted state and an extended state, wherein the line is arranged in an interface region between a semitrailer train and a semitrailer, wherein the line has a first line section and a second line section and wherein the line is longer in the extended state than in the retracted state, the device comprising an envelope element via which the first line section and the second line section are connectable for transfer between the retracted state and the extended state by forming a telescopic mechanism, characterized in that the line - is a gas pressure line , wherein the first line section is guided in a gas-tight manner in the envelope element and/or - is an electrical line , wherein a connector bushing element is provided for maintaining electrical contact, wherein the connector bushing element is in electrical contact with an electrically conductive part of the first line section in both a retracted state and an extended state. - is a gas pressure line , wherein the first line section is guided in a gas-tight manner in the envelope element and/or - is an electrical line , wherein a connector bushing element is provided for maintaining electrical contact, wherein the connector bushing element is in electrical contact with an electrically conductive part of the first line section in both a retracted state and an extended state.
An inverter for supplying current to an electric motor , wherein the inverter comprises a pump monitoring apparatus for monitoring a vacuum pump having an electric motor, the monitoring apparatus comprising: at least one sensor for measuring a current of the electric motor to generate a time-based signal; and at least one electronic processor configured to: transform the time-based signal into a frequency-based signal; and analyse the frequency-based signal to identify a signal pattern representing a pump fault condition. at least one sensor for measuring a current of the electric motor to generate a time-based signal; and at least one electronic processor configured to: transform the time-based signal into a frequency-based signal; and analyse the frequency-based signal to identify a signal pattern representing a pump fault condition. transform the time-based signal into a frequency-based signal; and analyse the frequency-based signal to identify a signal pattern representing a pump fault condition.
A method of time synchronization between wireless devices, the method comprising: based on time of transceiving corresponding data packets by a first wireless device and time of transceiving corresponding data packets by a second wireless device, obtained during a single synchronization operation between the first wireless device and the second wireless device, computing a time difference corresponding to the single synchronization operation of the second wireless device relative to the first wireless device; performing validity filtering to the time difference corresponding to the single synchronization operation, and extracting valid time difference data; performing smoothing processing on valid time difference data corresponding to multiple times of the single synchronization operation within a preset time period, and obtaining an average time difference of the second wireless device relative to the first wireless device within the preset time period, characterized by that the preset time period is selected based on an occupancy rate of network bandwidth, a computational capability of device and a synchronization speed between a Client and a Server; and adjusting system time of the second wireless device based on the average time difference obtained at an interval of the preset time period, so as to make the second wireless device time-synchronized with the first wireless device. based on time of transceiving corresponding data packets by a first wireless device and time of transceiving corresponding data packets by a second wireless device, obtained during a single synchronization operation between the first wireless device and the second wireless device, computing a time difference corresponding to the single synchronization operation of the second wireless device relative to the first wireless device; performing validity filtering to the time difference corresponding to the single synchronization operation, and extracting valid time difference data; performing smoothing processing on valid time difference data corresponding to multiple times of the single synchronization operation within a preset time period, and obtaining an average time difference of the second wireless device relative to the first wireless device within the preset time period, characterized by that the preset time period is selected based on an occupancy rate of network bandwidth, a computational capability of device and a synchronization speed between a Client and a Server; and adjusting system time of the second wireless device based on the average time difference obtained at an interval of the preset time period, so as to make the second wireless device time-synchronized with the first wireless device.
A method of wireless communication of a first master device, wherein the first master device is in communication with a slave device and a second master device, wherein the slave device is a user equipment, the first master device includes a first macro evolved NodeB, eNB, a first radio resource head, RRH, or a first femto cell, and the second master device includes one of a second eNB, a second RRH, or a second femto cell, the method comprising: transmitting a resource allocation to the slave device for communicating with the second master device on an unlicensed channel; transmitting information of the resource allocation to the second master device on a backhaul link, the resource allocation being transmitted on a licensed channel, and the information of the resource allocation including an indication to reserve the unlicensed channel; and indicating a clear channel assessment, CCA, type and CCA parameters to the slave device by at least one of: providing configuration information in a communication prior to transmitting the resource allocation; setting an indicator in the resource allocation; transmitting the resource allocation on a type of channel; or transmitting the resource allocation on a selected channel. transmitting a resource allocation to the slave device for communicating with the second master device on an unlicensed channel; transmitting information of the resource allocation to the second master device on a backhaul link, the resource allocation being transmitted on a licensed channel, and the information of the resource allocation including an indication to reserve the unlicensed channel; and indicating a clear channel assessment, CCA, type and CCA parameters to the slave device by at least one of: providing configuration information in a communication prior to transmitting the resource allocation; setting an indicator in the resource allocation; transmitting the resource allocation on a type of channel; or transmitting the resource allocation on a selected channel. providing configuration information in a communication prior to transmitting the resource allocation; setting an indicator in the resource allocation; transmitting the resource allocation on a type of channel; or transmitting the resource allocation on a selected channel.
A hearing aid comprising a hollow housing having a custom-made outer shell conforming to an ear canal shape of a user and an end wall having an end face adapted to face outwards of an ear canal when the hearing aid is placed in the ear canal, and the hearing aid comprising a loop antenna extending from the end face and having two legs inserted into the end wall and electrically coupled to wireless circuitry arranged inside the hollow housing , characterised in that: each leg of the loop antenna is provided with a first coupling part releasably engaging a corresponding second coupling part of the hollow housing ; and at least one locking part is movable between a locking position in which the first coupling parts are locked to the corresponding second coupling parts and a release position in which the first coupling parts are removable from the corresponding second coupling parts . each leg of the loop antenna is provided with a first coupling part releasably engaging a corresponding second coupling part of the hollow housing ; and at least one locking part is movable between a locking position in which the first coupling parts are locked to the corresponding second coupling parts and a release position in which the first coupling parts are removable from the corresponding second coupling parts .
A filter cartridge for a fuel circulation circuit of a vehicle, comprising: - a cartridge body fluidically connected to the fuel circulation circuit comprising an inlet mouth and outlet mouth and between them a filtration chamber , which extends along a main axis (X-X); - at least one filter insert extends along the main axis (X-X) housed in the filtration chamber to filter the fuel, wherein the filter insert divides said filtration chamber into: i) a dirty chamber containing fuel to be filtered, wherein said dirty chamber is in fluidic communication with the inlet mouth ; and ii) a clean chamber containing the filtered fuel, wherein the clean chamber is in fluidic communication with the outlet mouth ; wherein the filter cartridge is characterized by the fact that comprises: - a ventilation device suitable to ventilate air in the dirty chamber , wherein the ventilation device comprises at least one ventilation duct placed in an upper area of the filtration chamber in which the air floating in the fuel accumulates, wherein said ventilation duct has a plurality of ventilation holes mutually spaced from one another through which the air is removed from the filtration chamber . - a cartridge body fluidically connected to the fuel circulation circuit comprising an inlet mouth and outlet mouth and between them a filtration chamber , which extends along a main axis (X-X); - at least one filter insert extends along the main axis (X-X) housed in the filtration chamber to filter the fuel, wherein the filter insert divides said filtration chamber into: i) a dirty chamber containing fuel to be filtered, wherein said dirty chamber is in fluidic communication with the inlet mouth ; and ii) a clean chamber containing the filtered fuel, wherein the clean chamber is in fluidic communication with the outlet mouth ; i) a dirty chamber containing fuel to be filtered, wherein said dirty chamber is in fluidic communication with the inlet mouth ; and ii) a clean chamber containing the filtered fuel, wherein the clean chamber is in fluidic communication with the outlet mouth ; - a ventilation device suitable to ventilate air in the dirty chamber , wherein the ventilation device comprises at least one ventilation duct placed in an upper area of the filtration chamber in which the air floating in the fuel accumulates, wherein said ventilation duct has a plurality of ventilation holes mutually spaced from one another through which the air is removed from the filtration chamber .
Microparticles for use in the treatment of a subject in need of bleeding stopping and wound dressing for in vivo administration through a medical conduit, the microparticles being suitable for endoscopic administration in vivo through a medical conduit with an inner diameter of 1.0-3.5 mm at a pressure of 0.5-2 bar, wherein the microparticles are polymer microparticles with a particle diameter of 100-350 μ m as measured at a magnification of 100 using a scanning electron microscope containing a biocompatible and biodegradable polymer selected from the group consisting of alginate, chitosan, dextran, polylysine, hyaluronic acid, and hydroxyethylcellulose.
An article comprising a glass substrate comprising two main faces defining two main surfaces separated by edges and a temporary protective layer comprising an organic polymer matrix deposited on at least one portion of a main surface of the glass substrate, characterized in that the temporary protective layer has a rough surface defined by a surface roughness parameter Sa, corresponding to the arithmetic mean height of the profile of the surface, of greater than 0.2 μm.
A glazing unit comprising: - a first pane and a second pane, which may be the same or different; - a fire resistant interlayer between the panes; and - a seal which together with the panes encloses the fire-resistant interlayer; where the seal is configured to breach in the event of increased pressure between the first and second panes, and where a seal breach opens the internal space enclosed by the seal to the surrounding atmosphere, permitting pressure to be vented, and where the seal is characterised by a Shore A hardness of <45 and a weight loss of 5% - 50% as measured at 250 °C and comprises a polysulphide polymer. - a first pane and a second pane, which may be the same or different; - a fire resistant interlayer between the panes; and - a seal which together with the panes encloses the fire-resistant interlayer;
Parking brake device for motor vehicles, having at least one first parking brake unit and a second parking brake unit , wherein the first parking brake unit has at least one first compressed air connection , a first inlet venting solenoid unit , a first relay valve , a spring brake valve and at least one first compressed air outlet , wherein the first compressed air connection is connected to the first inlet venting solenoid unit and the first relay valve , wherein a first control line is provided at the first parking brake unit in such a way that the first relay valve is connected to the first inlet venting solenoid unit , the first control line having a first branch upstream of the first relay valve , wherein a first outlet line is provided in the first parking brake unit , which first outlet line is connected to the at least one first compressed air outlet (71; 72) and has a first outlet branch , wherein a spring brake line is provided in the first parking brake unit , which spring brake line is connected to the first control line via the first branch and to the outlet line via the first outlet branch , wherein the first parking brake unit has a spring brake valve , which is located in the spring brake line and connected to the first relay valve , and a first restrictor unit , which is located in the spring brake line between the first outlet branch of the first outlet line and the first branch of the first control line . wherein the first parking brake unit has at least one first compressed air connection , a first inlet venting solenoid unit , a first relay valve , a spring brake valve and at least one first compressed air outlet , wherein the first compressed air connection is connected to the first inlet venting solenoid unit and the first relay valve , wherein a first control line is provided at the first parking brake unit in such a way that the first relay valve is connected to the first inlet venting solenoid unit , the first control line having a first branch upstream of the first relay valve , wherein a first outlet line is provided in the first parking brake unit , which first outlet line is connected to the at least one first compressed air outlet (71; 72) and has a first outlet branch , wherein a spring brake line is provided in the first parking brake unit , which spring brake line is connected to the first control line via the first branch and to the outlet line via the first outlet branch , wherein the first parking brake unit has a spring brake valve , which is located in the spring brake line and connected to the first relay valve , and a first restrictor unit , which is located in the spring brake line between the first outlet branch of the first outlet line and the first branch of the first control line .
A current sensor comprising: a magnetic circuit that is to be formed around a primary conductor in which a primary current being a sensing target flows; a probe coil disposed on the magnetic circuit; a secondary winding that generates, in the magnetic circuit, a magnetic field in a direction opposite to a direction of a magnetic field generated by the flow of the primary current; a sensing circuit that outputs a sensing signal according to the primary current based on a secondary current of the secondary winding as required to eliminate a current output from the probe coil ; and a plurality of core components that have magnetism, and in a combined state, form the magnetic circuit by partial portions of the core components being in contact with each other, the core components having other portions that form an air gap where to dispose the probe coil on the magnetic circuit and are in non-contact with each other characterized in that a press-joining means that generates force press-joining the plurality of core components with each other, at the portions where the core components are in contact with each other, wherein the plurality of core components include plate-shaped portions overlapping with each other in the combined state, and wherein the press-joining means applies external force tightly sandwiching the plate-shaped portions in an overlapping direction to achieve the press joining. a magnetic circuit that is to be formed around a primary conductor in which a primary current being a sensing target flows; a probe coil disposed on the magnetic circuit; a secondary winding that generates, in the magnetic circuit, a magnetic field in a direction opposite to a direction of a magnetic field generated by the flow of the primary current; a sensing circuit that outputs a sensing signal according to the primary current based on a secondary current of the secondary winding as required to eliminate a current output from the probe coil ; and a plurality of core components that have magnetism, and in a combined state, form the magnetic circuit by partial portions of the core components being in contact with each other, the core components having other portions that form an air gap where to dispose the probe coil on the magnetic circuit and are in non-contact with each other characterized in that a press-joining means that generates force press-joining the plurality of core components with each other, at the portions where the core components are in contact with each other, wherein the plurality of core components include plate-shaped portions overlapping with each other in the combined state, and wherein the press-joining means applies external force tightly sandwiching the plate-shaped portions in an overlapping direction to achieve the press joining.