mhurhangee/patent-ind-claim-en huggingface dataset:
A method of processing particulate material to produce processed particulate material , the method comprising the steps of: introducing the particulate material into a chamber; providing a flow of fluid into said chamber for entraining the particulate material via inlets at a lower end of the chamber; and providing an exhaust of fluid out of the chamber via an outlet at an upper end of the chamber, wherein the chamber comprises a processing zone having a substantially circular transverse cross-section, the fluid flow being introduced into the processing zone at a non-perpendicular angle with respect to a tangent of the substantially circular transverse cross-section of the processing zone to establish a fluid flow following a substantially helical path in the processing chamber, wherein: said processing zone is provided in a central region of said chamber; and individual particulate material during processing in the processing zone is entrained by the fluid flow exceeding the terminal velocity of the particulate material , exits the processing zone in a radially outward direction, circulates to a base of the chamber and then returns to the processing zone in a repeated cycle; and the chamber further comprises an opening at the base of the chamber for individual particulate material which increases in mass or aggregate to form a mass of particulate material with larger mass during processing until its terminal velocity exceeds the fluid flow to thereby exit the processing zone by descending through the opening under gravity. introducing the particulate material into a chamber; providing a flow of fluid into said chamber for entraining the particulate material via inlets at a lower end of the chamber; and providing an exhaust of fluid out of the chamber via an outlet at an upper end of the chamber, said processing zone is provided in a central region of said chamber; and individual particulate material during processing in the processing zone is entrained by the fluid flow exceeding the terminal velocity of the particulate material , exits the processing zone in a radially outward direction, circulates to a base of the chamber and then returns to the processing zone in a repeated cycle; and the chamber further comprises an opening at the base of the chamber for individual particulate material which increases in mass or aggregate to form a mass of particulate material with larger mass during processing until its terminal velocity exceeds the fluid flow to thereby exit the processing zone by descending through the opening under gravity.
A method for producing a compact for a magnetic core , the method comprising the steps of: compacting a raw-material powder including a coated soft-magnetic powder and a lubricant to form a green compact, the coated soft-magnetic powder including iron-based particles and insulating coatings that cover surfaces of the iron-based particles ; and heat-treating the green compact to form a compact in which when the compact is used for a magnetic core , a magnetic path cross section (S10) has a cross-sectional perimeter (L) of more than 20 mm, wherein the lubricant contains a component having a decomposition onset temperature of 170°C or higher, a content of the lubricant is 0.10% or more by mass and 0.60% or less by mass based on 100% by mass of the raw-material powder, and characterized in that the conditions of the heat treatment include an oxygen concentration in an atmosphere of 0.01% or more by volume and 0.5% or less by volume and a temperature of higher than 520°C and 700°C or lower. compacting a raw-material powder including a coated soft-magnetic powder and a lubricant to form a green compact, the coated soft-magnetic powder including iron-based particles and insulating coatings that cover surfaces of the iron-based particles ; and heat-treating the green compact to form a compact in which when the compact is used for a magnetic core , a magnetic path cross section (S10) has a cross-sectional perimeter (L) of more than 20 mm, wherein the lubricant contains a component having a decomposition onset temperature of 170°C or higher, a content of the lubricant is 0.10% or more by mass and 0.60% or less by mass based on 100% by mass of the raw-material powder, and characterized in that the conditions of the heat treatment include an oxygen concentration in an atmosphere of 0.01% or more by volume and 0.5% or less by volume and a temperature of higher than 520°C and 700°C or lower.
A method comprising: opening a receiving window in a device (20-27, 50-57) to receive a transmitted advertisement packet that is transmitted according to a Bluetooth Low Energy wireless system standard; identifying an address of the advertisement packet when the receiving window is open to perform an initiating operation to connect to a remote device; identifying an address of the advertisement packet when the receiving window is open to perform a scanning operation; and performing the scanning operation and the initiating operation utilizing the same receiving window. opening a receiving window in a device (20-27, 50-57) to receive a transmitted advertisement packet that is transmitted according to a Bluetooth Low Energy wireless system standard; identifying an address of the advertisement packet when the receiving window is open to perform an initiating operation to connect to a remote device; identifying an address of the advertisement packet when the receiving window is open to perform a scanning operation; and performing the scanning operation and the initiating operation utilizing the same receiving window.
A fluid pressure regulation system for fluid-dispensing systems comprising: a pump dispensing a viscous fluid at an outlet through a dispenser tip ; a reservoir supplying fluid to the pump via a fluid supply line ; means for pressurizing the reservoir to thereby set the fluid pressure supplied by the supply line to the pump ; a first pressure sensor detecting the fluid pressure in the fluid supply line ; and a controller monitoring the fluid pressure in the fluid supply line detected by the first pressure sensor and regulating the means for pressuring the reservoir to maintain a predetermined fluid pressure in the fluid supply line supplied to the pump ; characterised in that the fluid pressure regulation system further comprises a second pressure sensor detecting the fluid pressure at the outlet of the pump above the dispenser tip to provide an additional input signal for the controller ; the controller further regulating operation of the pump in response to both the first pressure sensor and the second pressure sensor . a pump dispensing a viscous fluid at an outlet through a dispenser tip ; a reservoir supplying fluid to the pump via a fluid supply line ; means for pressurizing the reservoir to thereby set the fluid pressure supplied by the supply line to the pump ; a first pressure sensor detecting the fluid pressure in the fluid supply line ; and a controller monitoring the fluid pressure in the fluid supply line detected by the first pressure sensor and regulating the means for pressuring the reservoir to maintain a predetermined fluid pressure in the fluid supply line supplied to the pump ; characterised in that the fluid pressure regulation system further comprises a second pressure sensor detecting the fluid pressure at the outlet of the pump above the dispenser tip to provide an additional input signal for the controller ; the controller further regulating operation of the pump in response to both the first pressure sensor and the second pressure sensor .
A method for establishing a link (T) in an Open Systems Interconnection (OSI) layer 2 or 3 via which at least one date stream is intended to be transmitted, a first unit (PE1) of communications equipment and a second unit (PE2) of communications equipment of a same mobile access network respectively forming a first and a second end of the link, a first base station (SB1) being connected to the first unit of communications equipment, and a second base station (SB2) being connected to the second unit of communications equipment, characterized in that the first base station having selected the second base station from amongst a plurality of base stations on the basis of radio receiving power measures provided by at least one mobile terminal attached thereto and, in anticipation of an handover procedure, the method comprising the following steps implemented by the first unit of communications equipment, in anticipation of an handover procedure: - extracting (F1) an identifier (IdSB1) of the first base station and an identifier (IdSB2) of the second base station comprised in a message transmitted by the first base station, - establishing the link between the first unit of communications equipment and the second unit of communications equipment based on the identifier of the first base station and on the identifier of the second base station extracted, the step of establishing the link comprising, in anticipation of the handover procedure, - a creating step (G22) of a first point of attachment in the first unit of communications equipment intended to form the first end of the link, - a determining step (G23) of an identifier of a second point of attachment in the second unit of communications equipment intended to form the second end of the link, - a sending step (G24) of a request for establishing the link to the second unit of communications equipment, the request for establishing the link comprising the identifier of the first point of attachment and the identifier of the second point of attachment. - extracting (F1) an identifier (IdSB1) of the first base station and an identifier (IdSB2) of the second base station comprised in a message transmitted by the first base station, - establishing the link between the first unit of communications equipment and the second unit of communications equipment based on the identifier of the first base station and on the identifier of the second base station extracted, the step of establishing the link comprising, in anticipation of the handover procedure, - a creating step (G22) of a first point of attachment in the first unit of communications equipment intended to form the first end of the link, - a determining step (G23) of an identifier of a second point of attachment in the second unit of communications equipment intended to form the second end of the link, - a sending step (G24) of a request for establishing the link to the second unit of communications equipment, the request for establishing the link comprising the identifier of the first point of attachment and the identifier of the second point of attachment.
Drive (A1; A101; A201), in particular gas-control-valve drive (GVA), comprising a motor flange (51; 151; 251), a control rod (53; 153; 253) which is guided through the motor flange (51; 151; 251), a movement generator , and a motor housing which forms an accommodating space (61; 161) for the movement generator , and also a seal space (D9; D109) which is arranged before the motor flange (51; 151; 251), wherein the seal space (D9; D109) is de-aerated, wherein the drive (A1; A101; A201) comprises a bearing bushing (52; 152; 252) which is accommodated in an opening (54; 154; 254) of the motor flange (51; 151; 251) and which has an opening (55; 155) in which the control rod (53; 153; 253) is guided, characterized in that the bearing bushing (52; 152; 252) and/or the motor flange (51; 151; 251) are/is shaped in such a way that, between the motor flange (51; 151; 251) and the bearing bushing (52; 152; 252), there is formed at least one groove (52b; 152b; 251b) which is arranged eccentrically in relation to a displacement axis (V53; V153; V253) of the control rod (53; 153; 253) and by way of which the accommodating space (61; 161) and the seal space (D9; D109) are connected for de-aeration.
A method for forming a thermoplastic panel, comprising: tacking together a plurality of plies of material comprising thermoplastic resin and fiber to form a skin , the plurality of plies of material are tacked together over a substantially planar surface ; clamping an edge of the skin to a mandrel ; heating, via a heating element, the skin to a forming temperature; moving a thermoforming apparatus with respect to the mandrel ; rolling at least one roller of the thermoforming apparatus along the skin in a direction away from the clamped edge of the skin in response to the thermoforming apparatus moving with respect to the mandrel , wherein the at least one roller is optionally compressed against the skin via a spring member; and in response to the at least one roller of the thermoforming apparatus rolling along the skin , compressing the skin between the at least one roller and the mandrel , consolidating the plurality of plies of material, and bending the skin to conform to a shape of the mandrel ; and cooling the skin after consolidating and conforming the skin to the mandrel to a temperature below a recrystallization temperature of the thermoplastic resin , characterised in that the method further comprises: disposing a second plurality of plies of material comprising thermoplastic resin and fiber to form a stiffener feature in a channel disposed in the mandrel . tacking together a plurality of plies of material comprising thermoplastic resin and fiber to form a skin , the plurality of plies of material are tacked together over a substantially planar surface ; clamping an edge of the skin to a mandrel ; heating, via a heating element, the skin to a forming temperature; moving a thermoforming apparatus with respect to the mandrel ; rolling at least one roller of the thermoforming apparatus along the skin in a direction away from the clamped edge of the skin in response to the thermoforming apparatus moving with respect to the mandrel , wherein the at least one roller is optionally compressed against the skin via a spring member; and in response to the at least one roller of the thermoforming apparatus rolling along the skin , compressing the skin between the at least one roller and the mandrel , consolidating the plurality of plies of material, and bending the skin to conform to a shape of the mandrel ; and cooling the skin after consolidating and conforming the skin to the mandrel to a temperature below a recrystallization temperature of the thermoplastic resin ,
An antifouling coating composition comprising: a hydrolyzable polymer (A) containing a metal ester group, zinc oxide (B), medetomidine (C); and a copper pyrithione as an organic antifouling agent (D); and having a content of the zinc oxide (B) in a solid content of the antifouling coating composition of 27 to 60% by mass and a content of cuprous oxide (E) in a solid content of the antifouling coating composition of 0.5% by mass or less. a hydrolyzable polymer (A) containing a metal ester group, zinc oxide (B), medetomidine (C); and a copper pyrithione as an organic antifouling agent (D); and having a content of the zinc oxide (B) in a solid content of the antifouling coating composition of 27 to 60% by mass and a content of cuprous oxide (E) in a solid content of the antifouling coating composition of 0.5% by mass or less.
A positioning and in-use tracking system to be mounted on a mobile item or an installation or facility, comprising - a detector device having an identification , a positioning unit , a communication unit configured to communicate data, wherein the communication unit comprises an operator driven gateway and/or an open source driven gateway, a power supply unit , - a storage device configured to store data communicated from the detector device regarding position of the detector device, the stored data from the detector device being accessible via a user interface , and - a control unit , wherein the detector device further comprises one or more sensor(s) configured to detect a distance to and/or a load of an object, the one or more sensor(s) is/are configured to detect the distance and/or load at predetermined time intervals, and the detected distance and/or load is communicated to the storage device via the communication unit, and wherein the positioning and in-use tracking system determines if the mobile item or installation is in use on basis of the detected distance and/or load. - a detector device having an identification , a positioning unit , a communication unit configured to communicate data, wherein the communication unit comprises an operator driven gateway and/or an open source driven gateway, a power supply unit , - a storage device configured to store data communicated from the detector device regarding position of the detector device, the stored data from the detector device being accessible via a user interface , and - a control unit , wherein the detector device further comprises one or more sensor(s) configured to detect a distance to and/or a load of an object, the one or more sensor(s) is/are configured to detect the distance and/or load at predetermined time intervals, and the detected distance and/or load is communicated to the storage device via the communication unit, and one or more sensor(s) configured to detect a distance to and/or a load of an object, the one or more sensor(s) is/are configured to detect the distance and/or load at predetermined time intervals, and the detected distance and/or load is communicated to the storage device via the communication unit, and wherein the positioning and in-use tracking system determines if the mobile item or installation is in use on basis of the detected distance and/or load.
Device for determining a configuration in which either a glenoid component of a shoulder prosthesis is to be implanted on the scapula (S) of a patient, or a glenoid resurfacing tool is to be applied to the scapula of a patient, this device comprising: - mapping means in order to have mapping data relating to the glenoid surface (G) of the scapula (S), these mapping data being defined in a spatial coordinate system of the scapula, - first determination computer means for, from mapping data supplied by the mapping means, determining geometric characteristics of wear of the glenoid surface (G), - second determination computer means for, from geometric characteristics of wear supplied by the first determination means, determining the vector characteristics of a resultant (F) of forces responsible for the wear of the glenoid surface (G), and - third determination computer means for, from the vector characteristics of a resultant of forces (F) supplied by the second determination means, determining either a position of implantation of the glenoid component on the scapula (S), or a position of application of the resurfacing tool on the scapula, by taking into account the action of said resultant of forces on the articular cooperation between the scapula, respectively prosthesized or resurfaced, and the humerus (H) of the patient. - mapping means in order to have mapping data relating to the glenoid surface (G) of the scapula (S), these mapping data being defined in a spatial coordinate system of the scapula, - first determination computer means for, from mapping data supplied by the mapping means, determining geometric characteristics of wear of the glenoid surface (G), - second determination computer means for, from geometric characteristics of wear supplied by the first determination means, determining the vector characteristics of a resultant (F) of forces responsible for the wear of the glenoid surface (G), and - third determination computer means for, from the vector characteristics of a resultant of forces (F) supplied by the second determination means, determining either a position of implantation of the glenoid component on the scapula (S), or a position of application of the resurfacing tool on the scapula, by taking into account the action of said resultant of forces on the articular cooperation between the scapula, respectively prosthesized or resurfaced, and the humerus (H) of the patient.
A compound according to one of the following formulas (II) to (XXV)
Disk of a rotor comprising, relative to the principal axis of the disk , an annular radial web , a radially central hub located at the inner radial end of the web and a rim located at the outer radial end of the web , the web comprising an upstream face and a downstream face , each of the upstream face or downstream face extending in a radial plane relative to the main axis of the disk , and a plurality of orifices through which bolts are to pass for the attachment of at least one annular flange forming part of another adjacent rotor disk on either the upstream face or the downstream face of the web , or on both faces, wherein said upstream face and/or said downstream face of the web comprises a globally annular shaped indentation , the bottom of which is set back along the axial direction inwards into the web , relative to the remaining part of said upstream face and/or said downstream face and that extends radially outwards from the hub of the disk towards the rim , and that surrounds a radially inner part of each of the orifices of the web , at a distance. the web comprising an upstream face and a downstream face , each of the upstream face or downstream face extending in a radial plane relative to the main axis of the disk , and a plurality of orifices through which bolts are to pass for the attachment of at least one annular flange forming part of another adjacent rotor disk on either the upstream face or the downstream face of the web , or on both faces, wherein said upstream face and/or said downstream face of the web comprises a globally annular shaped indentation , the bottom of which is set back along the axial direction inwards into the web , relative to the remaining part of said upstream face and/or said downstream face and that extends radially outwards from the hub of the disk towards the rim , and that surrounds a radially inner part of each of the orifices of the web , at a distance.
A coated print medium, comprising: a substrate; and a coating applied to the substrate, comprising, by dry weight percent: 5 wt% to 30 wt% of a polymeric binder, 20 wt% to 50 wt% of a cationic latex, 5 wt% to 15 wt% of a multivalent cationic salt, 1 wt% to 20 wt% of an optical brightener, and 5 wt% to 20 wt% of a cationic polyamine. a substrate; and a coating applied to the substrate, comprising, by dry weight percent: 5 wt% to 30 wt% of a polymeric binder, 20 wt% to 50 wt% of a cationic latex, 5 wt% to 15 wt% of a multivalent cationic salt, 1 wt% to 20 wt% of an optical brightener, and 5 wt% to 20 wt% of a cationic polyamine. 5 wt% to 30 wt% of a polymeric binder, 20 wt% to 50 wt% of a cationic latex, 5 wt% to 15 wt% of a multivalent cationic salt, 1 wt% to 20 wt% of an optical brightener, and 5 wt% to 20 wt% of a cationic polyamine.
A shaving blade assembly comprising: a blade ; one or more blade retainers ; a first resilient element pressing the blade against the blade retainers in a first direction along a first axis (M) orthogonal to a cutting edge of the blade ; the shaving blade assembly being characterized by a first rack-and-pinion mechanism with a rack operationally coupled to the first resilient element and a pinion for actuating a motion of the rack along the first axis (M). a blade ; one or more blade retainers ; a first resilient element pressing the blade against the blade retainers in a first direction along a first axis (M) orthogonal to a cutting edge of the blade ; the shaving blade assembly being characterized by a first rack-and-pinion mechanism with a rack operationally coupled to the first resilient element and a pinion for actuating a motion of the rack along the first axis (M).