mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation detection assembly for detecting radiation in a local area atmosphere, the assembly including: a spherical ionization chamber for detecting the radiation, the ionization chamber having an outer surface ; and an exterior enclosure housing the ionization chamber within an interior volume , with the interior volume being substantially hollow, characterized by a pair of support structures supporting the ionization chamber with respect to the exterior enclosure , the support structures being disposed diametrically opposite each other at a surface of the ionization chamber such that the ionization chamber is symmetric with respect to an axis extending between the support structures through the ionization chamber wherein no material is contacting the outer surface of the ionization chamber along the surface extending between the opposing support structures, whereby blockage of radiation along sides of the ionization chamber is reduced; wherein the first support structure is positioned adjacent and in contact with a relief assembly and the second support structure is positioned in proximity to an amplifier ; wherein the support structures are arranged to compress opposing sides of the ionization chamber preventing movement of the ionization chamber with respect to the exterior enclosure; and wherein the first support structure and the second support structure each include an elastomeric material. a spherical ionization chamber for detecting the radiation, the ionization chamber having an outer surface ; and an exterior enclosure housing the ionization chamber within an interior volume , with the interior volume being substantially hollow, characterized by a pair of support structures supporting the ionization chamber with respect to the exterior enclosure , the support structures being disposed diametrically opposite each other at a surface of the ionization chamber such that the ionization chamber is symmetric with respect to an axis extending between the support structures through the ionization chamber wherein no material is contacting the outer surface of the ionization chamber along the surface extending between the opposing support structures, whereby blockage of radiation along sides of the ionization chamber is reduced; wherein the first support structure is positioned adjacent and in contact with a relief assembly and the second support structure is positioned in proximity to an amplifier ; wherein the support structures are arranged to compress opposing sides of the ionization chamber preventing movement of the ionization chamber with respect to the exterior enclosure; and wherein the first support structure and the second support structure each include an elastomeric material.
Removable bag for a luggage , for instance a hand luggage, in particular a trolley case , comprising a seat delimited between two layers of the bag , and support means for supporting the bag so as to adhere to a surface of the luggage , passing around the luggage , characterized in that said two layers are superimposable on each other so as to avoid shape changes of the luggage in the absence of contents inside the seat , and in that one of said two layers is adjustable with respect to the other one to adjust a size of the seat .
A dental cleaning appliance comprising: a handle ; a fluid reservoir for storing a working fluid; a fluid delivery system for receiving working fluid from the reservoir , and for delivering working fluid to the oral cavity of a user; a brush unit comprising a bristle carrier and a plurality of bristles mounted on the bristle carrier ; and a drive unit for driving movement of the bristle carrier relative to the handle , the drive unit comprising a motor ; wherein the fluid reservoir extends about the motor ; wherein the handle comprises a grip section which is grasped by a user during use of the appliance, and an end section proximate to the brush unit , characterized in that the end section of the handle houses the motor . a handle ; a fluid reservoir for storing a working fluid; a fluid delivery system for receiving working fluid from the reservoir , and for delivering working fluid to the oral cavity of a user; a brush unit comprising a bristle carrier and a plurality of bristles mounted on the bristle carrier ; and a drive unit for driving movement of the bristle carrier relative to the handle , the drive unit comprising a motor ; wherein the fluid reservoir extends about the motor ; wherein the handle comprises a grip section which is grasped by a user during use of the appliance, and an end section proximate to the brush unit , characterized in that the end section of the handle houses the motor .
A method for delivering downlink data to a user equipment, UE, operating in an inactive mode, the method comprising: at an anchor node of a radio access network, RAN, receiving, via a network interface of the anchor node, the downlink data destined to the UE ; retrieving stored UE context information and an inactive mode identifier associated with the UE ; constructing a downlink Packet Data Convergence Protocol, PDCP, data protocol data unit, PDU, using the stored UE context information, the downlink PDCP data PDU including the received downlink data; encapsulating the PDCP data PDU in an intra-RAN PDU, wherein the intra-RAN PDU includes the inactive mode identifier; identifying a plurality of target nodes using the stored UE context information, the plurality of target nodes including a serving node currently serving the UE ; and transmitting, via the network interface, the intra-RAN PDU to all the identified target nodes ; at the serving node of the RAN: receiving the intra-RAN PDU; transmitting a downlink transmission notification indicating a pending downlink data PDU transmission to the UE ; after receipt of a response from the UE , transmitting to the UE , a radio link control, RLC, PDU containing the downlink PDCP data PDU. receiving, via a network interface of the anchor node, the downlink data destined to the UE ; retrieving stored UE context information and an inactive mode identifier associated with the UE ; constructing a downlink Packet Data Convergence Protocol, PDCP, data protocol data unit, PDU, using the stored UE context information, the downlink PDCP data PDU including the received downlink data; encapsulating the PDCP data PDU in an intra-RAN PDU, wherein the intra-RAN PDU includes the inactive mode identifier; identifying a plurality of target nodes using the stored UE context information, the plurality of target nodes including a serving node currently serving the UE ; and transmitting, via the network interface, the intra-RAN PDU to all the identified target nodes ; at the serving node of the RAN: receiving the intra-RAN PDU; transmitting a downlink transmission notification indicating a pending downlink data PDU transmission to the UE ; after receipt of a response from the UE , transmitting to the UE , a radio link control, RLC, PDU containing the downlink PDCP data PDU. receiving the intra-RAN PDU; transmitting a downlink transmission notification indicating a pending downlink data PDU transmission to the UE ; after receipt of a response from the UE , transmitting to the UE , a radio link control, RLC, PDU containing the downlink PDCP data PDU.
Method for manufacturing a structure from a granular material, called sand, in particular a mould, including an additive manufacturing phase comprising steps of: (i) depositing a layer of sand; (ii) selectively agglomerating the layer of sand by spraying, by means of a spray nozzle, of an inorganic binder comprising a M 2 SiO 3 type (meta)silicate dissolved in a solvent, where M is selected from Na, K and Li, wherein the inorganic binder is heated prior to its spraying at a temperature comprised between 30°C and 100°C so as to confer thereon a viscosity higher than 0.005 Pa.s and lower than 0.2 Pa.s.
A graft copolymer comprising a rubbery polymer, wherein the rubbery polymer comprises a conjugated diene-based monomer unit, and a soft domain, the graft copolymer comprises an alkyl (meth)acrylate-based monomer unit, an aromatic vinyl-based monomer unit, and an alkali metal sulfonate-based monomer unit, wherein the graft copolymer comprises a graft layer comprising the alkyl (meth)acrylate-based monomer unit, the aromatic vinyl-based monomer unit and the alkali metal sulfonate-based monomer unit, which are grafted into the rubbery polymer, the soft domain is formed by comprising a mineral-based oil, the mineral-based oil comprises 70 wt% to 100 wt% of a mineral oil and 0 wt% to 30 wt% of a silicone-based oil, the mineral-based oil is comprised in 0.2 parts by weight to 0.5 parts by weight based on 100 parts by weight of the rubbery polymer, and the alkali metal sulfonate-based monomer unit is comprised in 0.8 wt% to 1.5 wt% based on the graft copolymer. wherein the rubbery polymer comprises a conjugated diene-based monomer unit, and a soft domain, the graft copolymer comprises an alkyl (meth)acrylate-based monomer unit, an aromatic vinyl-based monomer unit, and an alkali metal sulfonate-based monomer unit, wherein the graft copolymer comprises a graft layer comprising the alkyl (meth)acrylate-based monomer unit, the aromatic vinyl-based monomer unit and the alkali metal sulfonate-based monomer unit, which are grafted into the rubbery polymer, the soft domain is formed by comprising a mineral-based oil, the mineral-based oil comprises 70 wt% to 100 wt% of a mineral oil and 0 wt% to 30 wt% of a silicone-based oil, the mineral-based oil is comprised in 0.2 parts by weight to 0.5 parts by weight based on 100 parts by weight of the rubbery polymer, and the alkali metal sulfonate-based monomer unit is comprised in 0.8 wt% to 1.5 wt% based on the graft copolymer.
A biosensor comprising: a wire layer, a probe that makes contact with a surface of a living body, and a connector that electrically connects the wire layer with the probe, wherein the connector is prepared from an electrically conductive composition comprising an electrical conductive polymer, a binder resin, and a plasticizer, wherein the plasticizer contains a polyol compound, and a ratio of the polyol compound relative to 100 parts by mass of the electrical conductive polymer is 300 parts by mass or more and 1000 parts by mass or less. a wire layer, a probe that makes contact with a surface of a living body, and a connector that electrically connects the wire layer with the probe, wherein the connector is prepared from an electrically conductive composition comprising an electrical conductive polymer, a binder resin, and a plasticizer, wherein the plasticizer contains a polyol compound, and a ratio of the polyol compound relative to 100 parts by mass of the electrical conductive polymer is 300 parts by mass or more and 1000 parts by mass or less.
Method for the batch-based manufacture of a flowable coating material, in particular water-based or solvent-containing paint, from a multiplicity of components, comprising the steps: - feeding components for a batch into a process mixing container , essentially in a quantity respectively predetermined for the batch, - mixing the components in the process mixing container in order to form a mixture having a preliminary composition, - transferring at least a part of the mixture having a preliminary composition from the process mixing container into a reception container , - ascertaining an actual state of the mixture having a preliminary composition during the transfer into the reception container , - determining a deviation of the actual state of the mixture having a preliminary composition from a predefined setpoint state, - ascertaining an adjustment quantity for the components, which is required in order to reach the setpoint state, and - topping up the adjustment quantity of the components into the preliminary mixture, while the preliminary mixture is already being transferred from the process mixing container into the reception container , characterized in that the reception container is that container from which the flowable coating material is removed following completion. - feeding components for a batch into a process mixing container , essentially in a quantity respectively predetermined for the batch, - mixing the components in the process mixing container in order to form a mixture having a preliminary composition, - transferring at least a part of the mixture having a preliminary composition from the process mixing container into a reception container , - ascertaining an actual state of the mixture having a preliminary composition during the transfer into the reception container , - determining a deviation of the actual state of the mixture having a preliminary composition from a predefined setpoint state, - ascertaining an adjustment quantity for the components, which is required in order to reach the setpoint state, and - topping up the adjustment quantity of the components into the preliminary mixture, while the preliminary mixture is already being transferred from the process mixing container into the reception container , characterized in that the reception container is that container from which the flowable coating material is removed following completion.
A pet securing device comprising a holder for releasably retaining a pet lead and a post for insertion into the ground, wherein the holder is rotatable relative to the post , wherein the holder comprises an opening for receiving a housing of a retractable pet lead, and wherein the holder comprises a curved left side wall and a curved right side wall , characterised in that the holder comprises a first slot provided in the left side wall for a tape of a retractable pet lead to extend therethrough from the interior of the holder , the first slot extending from a top end of the left side wall towards a base of the holder , and wherein the holder comprises a second slot provided in the right side wall for a tape of a retractable pet lead to extend therethrough from the interior of the holder, the second slot extending from a top end of the right side wall towards the base 24 of the holder , wherein the length of the left side wall is longer or shorter than the length of the right side wall .
Framework roof truss of a roof construction comprising - at least one lattice beam and - at least one corner piece , the corner piece comprising ∘ two limbs , that form a kink angle differing from 0° - wherein the limbs and the lattice beam are realized as lattice beams consisting of at least two girders with connection-fastening struts and diagonal bracing struts running therebetween and the open ends are prepared for connection to further lattice beams - wherein along one of the girders of the limbs as well as of the lattice beam there are welt grooves running parallel to their longitudinal extent, into which the welt of a roofing, in particular a roof membrane, is insertable in longitudinal direction - wherein corner piece and lattice beam are connected to each other at one of their respective ends, and - wherein the two limbs of the corner piece are of different lengths, characterized in that - the limbs and the lattice beam are made up of an upper girder , a lower girder and a middle girder with connection-fastening struts and diagonal bracing struts running therebetween, - wherein, on one side of the middle girders , there are two parallel welt grooves, and - the kink angle of the corner piece , that is to say the complement of the angle under which both limbs are joined to 180°, is, in an installed state of the corner piece , smaller than a roof kink angle of the roof construction in which the corner piece is used. - at least one lattice beam and - at least one corner piece , the corner piece comprising ∘ two limbs , that form a kink angle differing from 0° - wherein the limbs and the lattice beam are realized as lattice beams consisting of at least two girders with connection-fastening struts and diagonal bracing struts running therebetween and the open ends are prepared for connection to further lattice beams - wherein along one of the girders of the limbs as well as of the lattice beam there are welt grooves running parallel to their longitudinal extent, into which the welt of a roofing, in particular a roof membrane, is insertable in longitudinal direction - wherein corner piece and lattice beam are connected to each other at one of their respective ends, and - wherein the two limbs of the corner piece are of different lengths, characterized in that - the limbs and the lattice beam are made up of an upper girder , a lower girder and a middle girder with connection-fastening struts and diagonal bracing struts running therebetween, - wherein, on one side of the middle girders , there are two parallel welt grooves, and - the kink angle of the corner piece , that is to say the complement of the angle under which both limbs are joined to 180°, is, in an installed state of the corner piece , smaller than a roof kink angle of the roof construction in which the corner piece is used.
Extraction apparatus for a motor vehicle , in particular for a motorcycle or for a motorcycle-like motor vehicle with at least one duct-like air conducting means which has at least one opening which is arranged in or at an outgoing air region of a ventilated vehicle component of the motor vehicle , and which air conducting means extends between the outgoing air region of the vehicle component and a rear wheel of the motor vehicle , and with at least one suction device which can be connected or is connected to the air conducting means and in which a vacuum can be generated, in order to suck in air from the outgoing air region via the at least one air conducting means , the suction device comprising at least one suction duct which is formed and enclosed at least approximately completely by way of at least one covering means and by way of a section (which, in particular, changes) of an outer face of the rear wheel of the motor vehicle , and into which air can be fed via an inlet opening by way of rotation of the rear wheel , can be moved in the suction duct on a path which is substantially concentric with respect to the rear wheel , and can be discharged again via an outlet opening , and the covering means comprising at least one upper covering part which extends from the inlet opening of the suction duct as far as the mixing chamber and is arranged substantially above the rear wheel on the side thereof which lies opposite the roadway , characterized in that the covering means comprises at least one lower covering part which extends from the mixing chamber as far as the outlet opening of the suction duct and is arranged on a side of the rear wheel , which side faces the front wheel .
A device suitable as an in vitro model of the human blood-brain barrier consisting of or comprising a cell culture container comprising one or more confluent monolayer(s) of immortalized human endothelial cells, said monolayer(s) being on a filter positioned in such a manner that it forms a separation of the cell culture container in two compartments, wherein the compartment that does not comprise the immortalized human endothelial cells, comprises immortalized human microglial cells.
System comprising an actuator and a device for controlling an actuating motion of said actuator , the actuator having a nut, a screw, and an electric motor for driving the nut and the screw, a rotatable part , wherein a rotation of the rotatable part is related to the actuating motion, the actuator being non self locking, the device comprising: - a braking part for decreasing the rotation of the rotatable part , - a pressure chamber , having a member , - the member is movable in an inward or an outward direction in relation to the pressure chamber , wherein as a consequence of a pressure change in the pressure chamber , the pressure change leads to a movement of the member , causing a movement of the braking part in relation to the rotatable part , such that, when they come in contact, the rotation of the rotatable part is decreased, leading to decreasing the actuating motion of the actuator , characterised in that the member is resilient. the actuator having a nut, a screw, and an electric motor for driving the nut and the screw, a rotatable part , wherein a rotation of the rotatable part is related to the actuating motion, the actuator being non self locking, the device comprising: - a braking part for decreasing the rotation of the rotatable part , - a pressure chamber , having a member , - the member is movable in an inward or an outward direction in relation to the pressure chamber , wherein as a consequence of a pressure change in the pressure chamber , the pressure change leads to a movement of the member , causing a movement of the braking part in relation to the rotatable part , such that, when they come in contact, the rotation of the rotatable part is decreased, leading to decreasing the actuating motion of the actuator , characterised in that the member is resilient. - a braking part for decreasing the rotation of the rotatable part , - a pressure chamber , having a member , - the member is movable in an inward or an outward direction in relation to the pressure chamber , wherein as a consequence of a pressure change in the pressure chamber , the pressure change leads to a movement of the member , causing a movement of the braking part in relation to the rotatable part , such that, when they come in contact, the rotation of the rotatable part is decreased, leading to decreasing the actuating motion of the actuator , characterised in that the member is resilient.
A clay-like composition for forming a sintered precious metal body, the clay-like composition comprising: at least one powder selected from the group consisting of precious metal powders and precious metal alloy powders; 2 to 12 mass% of an organic binder formed from at least one material selected from among cellulose-based binders, polyvinyl-based binders, acrylic-based binders, wax-based binders, resin-based binders, starch, gelatin and flour; 0.1 to 3.0 mass% of propylene glycol; and water, wherein the clay-like composition has an initial hardness measured using a type E durometer of E8 to E20, and has a hardness after standing for one hour at room temperature of E40 or less. at least one powder selected from the group consisting of precious metal powders and precious metal alloy powders; 2 to 12 mass% of an organic binder formed from at least one material selected from among cellulose-based binders, polyvinyl-based binders, acrylic-based binders, wax-based binders, resin-based binders, starch, gelatin and flour; 0.1 to 3.0 mass% of propylene glycol; and water,