mhurhangee/patent-ind-claim-en huggingface dataset:
A removable blind fastener comprising: a body a screw member and a clamping member , wherein the body comprises a hollow cylindrical shaft having a proximal end and a distal end and a head at the proximal end, the head being hollow with an internal end face , wherein the shaft has an open guide channel along a portion of its length and an urge channel opposite the guide channel wherein the urge channel is located at the distal end of the shaft , wherein the screw member has a threaded region that fits within the shaft of the body and wherein the screw member has a head at a proximal end that fits within the hollow head of the body , and wherein the clamping member is arranged to fit in the guide channel and wherein the clamping member has a threaded aperture for engaging with the threaded region of the screw member , such that rotation of the screw member causes the clamping member to move along the guide channel of the body , and wherein the clamping member has an urging portion and a clamping portion , arranged such that the urging portion of the clamping member can fit within the urge channel of the body and further arranged such that when the urging portion of the clamping member is located within the urge channel of the body the clamping member is concealed within the boundary of the outer surface of the body in a retracted position and when the urging portion is not located in the urge channel of the body the clamping portion of the clamping member is proud of the outer surface of the body in a clamping position. a body a screw member and a clamping member , wherein the body comprises a hollow cylindrical shaft having a proximal end and a distal end and a head at the proximal end, the head being hollow with an internal end face , wherein the shaft has an open guide channel along a portion of its length and an urge channel opposite the guide channel wherein the urge channel is located at the distal end of the shaft , wherein the screw member has a threaded region that fits within the shaft of the body and wherein the screw member has a head at a proximal end that fits within the hollow head of the body , and wherein the clamping member is arranged to fit in the guide channel and wherein the clamping member has a threaded aperture for engaging with the threaded region of the screw member , such that rotation of the screw member causes the clamping member to move along the guide channel of the body , and wherein the clamping member has an urging portion and a clamping portion , arranged such that the urging portion of the clamping member can fit within the urge channel of the body and further arranged such that when the urging portion of the clamping member is located within the urge channel of the body the clamping member is concealed within the boundary of the outer surface of the body in a retracted position and when the urging portion is not located in the urge channel of the body the clamping portion of the clamping member is proud of the outer surface of the body in a clamping position.
Valve bag for bulk material such as cement, gypsum, granulate, animal feed or the like, comprising a standing base and a valve tray which is opposite the standing base , wherein the standing base and/or valve tray are preferably formed as a cross or block bottom, and wherein a valve for filling the valve bag is incorporated in the valve tray, and wherein the bag is produced from a two-layer or multilayer blank made of a planar material, in particular paper and/or plastics material, and wherein the blank comprises a transverse adhesive bond along at least one of the base-side edges thereof, which bond interconnects adjacent material layers , wherein at least one of the base or tray , having a transverse adhesive bond , is designed as a venting base which comprises a bottom fold in which the side flaps are folded about side fold lines , extending in the longitudinal direction of the bottom, in order to form the bottom, wherein the width of the side flaps is such that, in the case of a joined venting base, a gap remains between the side flaps, and wherein the transverse adhesive bond comprises slots in the region of the two side flaps of the venting base, which slots form an outlet for air escaping from the intermediate space between the material layers .
A flag comprising a piece of cloth adapted to be mounted to a mast and comprising two thicknesses defining two opposite faces (110A1, 110B1), said flag being characterised in that : - said piece of cloth comprises at least one pocket (110A-1, 110A-2, 110A-3; 110B-1; 110C-1), formed between said two thicknesses (110A1, 110B1) to receive an electrical or electronic device (120A-1, 120A-2, 120A-3; 120B-1; 120C-1), and - at least one of the faces (110A1, 110B1) of the piece of cloth comprises at least one opening (110A1-1, 110A1-2, 110A1-3; 110B1-1; 110C1-1) located at said at least one pocket (110A-1, 110A-2, 110A-3; 110B-1, 110C-1). - said piece of cloth comprises at least one pocket (110A-1, 110A-2, 110A-3; 110B-1; 110C-1), formed between said two thicknesses (110A1, 110B1) to receive an electrical or electronic device (120A-1, 120A-2, 120A-3; 120B-1; 120C-1), and - at least one of the faces (110A1, 110B1) of the piece of cloth comprises at least one opening (110A1-1, 110A1-2, 110A1-3; 110B1-1; 110C1-1) located at said at least one pocket (110A-1, 110A-2, 110A-3; 110B-1, 110C-1).
A UV light curing system (100; 100a; 100b; 500) comprising: a UV light source; a primary reflector (108; 108a; 108b; 108c1; 108cn) for reflecting light emitted by the UV light source (104; 104c1; 104c2; 104c3; 104c4; 104cn) in a direction of a target ; a secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) on an opposite side of the target with respect to the primary reflector (108; 108a; 108b; 108c1; 108cn), wherein a reflective surface (116a1) of the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4;116cn) has a shape defined by a compound curve, characterized in that at least two tertiary reflectors (118a; 118b) positioned between the primary reflector (108; 108a; 108b; 108c1; 108cn) and the target , the tertiary reflectors (118a; 118b) reflecting light from the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) back toward the target and that a reflective surface (118a1; 118b1) of at least one of the tertiary reflectors (118a; 118b) has a shape defined by a compound curve. a UV light source; a primary reflector (108; 108a; 108b; 108c1; 108cn) for reflecting light emitted by the UV light source (104; 104c1; 104c2; 104c3; 104c4; 104cn) in a direction of a target ; a secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) on an opposite side of the target with respect to the primary reflector (108; 108a; 108b; 108c1; 108cn), wherein a reflective surface (116a1) of the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4;116cn) has a shape defined by a compound curve, characterized in that at least two tertiary reflectors (118a; 118b) positioned between the primary reflector (108; 108a; 108b; 108c1; 108cn) and the target , the tertiary reflectors (118a; 118b) reflecting light from the secondary reflector (116; 116a; 116b; 116c1; 116c2; 116c3; 116c4; 116cn) back toward the target and that a reflective surface (118a1; 118b1) of at least one of the tertiary reflectors (118a; 118b) has a shape defined by a compound curve.
A discharging device for mills comprising a conduit , which is so configured as to be connected to a discharge opening of a mill , comprising: a bend disposed along the conduit , which defines a curve of the conduit ; a regulating device associated to the bend and predisposed for varying the position of the bend so as to vary at least the height thereof; characterized in that the regulating device is configured for rotating at least one intermediate stretch of the conduit comprising the bend about an axis of rotation (X).
A process for the preparation of a low functionalization starch having carboxyl groups, comprising: a) swotting of a starch granule in boiling water or a water/polyol mixture, to obtain a swollen starch; b) partial gelatinization of said swollen starch in an alkaline solvent mixture of water and alcohol and/or polyol, to obtain a partially gelatinized starch; c) low functionalization of said partially gelatinized starch with a functionalizing agent under alkaline conditions, to obtain said functionalized starch, Wherein said functionalized starch has a degree of substitution of from about 0.1 to about 0.3, preferably 0.2, wherein said polyol is chosen from ethylene glycol, propylene glycol, glycerol, sorbitol or combinations thereof. a) swotting of a starch granule in boiling water or a water/polyol mixture, to obtain a swollen starch; b) partial gelatinization of said swollen starch in an alkaline solvent mixture of water and alcohol and/or polyol, to obtain a partially gelatinized starch; c) low functionalization of said partially gelatinized starch with a functionalizing agent under alkaline conditions, to obtain said functionalized starch, Wherein said functionalized starch has a degree of substitution of from about 0.1 to about 0.3, preferably 0.2,
A shelter assembly comprising: a frame comprising a plurality of fillable support members , each support member having a hollow portion for receiving a foam filling material; and two filling valves for inserting the foam filling material; wherein said support members are connected together and configured to form a structure wherein said support members form at least a portion of the walls of said structure, characterized in that the support members are formed from fine woven cloth or non-porous plastic which is perforated to allow gas to flow out of the support members and prevent foam filling material from flowing out of the support members ; and a baffle is located within the hollow portion and located between the two fill valves , wherein the baffle prevents foam from flowing past the baffle . a frame comprising a plurality of fillable support members , each support member having a hollow portion for receiving a foam filling material; and two filling valves for inserting the foam filling material; wherein said support members are connected together and configured to form a structure wherein said support members form at least a portion of the walls of said structure, characterized in that the support members are formed from fine woven cloth or non-porous plastic which is perforated to allow gas to flow out of the support members and prevent foam filling material from flowing out of the support members ; and a baffle is located within the hollow portion and located between the two fill valves , wherein the baffle prevents foam from flowing past the baffle .
A cardiac potential detection device for detecting R-waves from an electrocardiographic waveform, the cardiac potential detection device comprising: a plurality of electrodes ; a detector configured to detect an input voltage applied from the plurality of electrodes ; and a control unit having an R-wave detection threshold by which an R-wave is identified and being configured to identify an R-wave based on the input voltage, the control unit being characterized by suspending identifying an R-wave in a detection-suspension period (ST) including a period in which the input voltage exceeds a predetermined threshold (SH), and identifying an R-wave candidate based on the R-wave detection threshold in a period excluding the detection-suspension period (ST), the R-wave candidate being identified as an R-wave when the input voltage does not exceed the predetermined threshold (SH) in a period from identification of the R-wave candidate until a predetermined time (TT) expires. a plurality of electrodes ; a detector configured to detect an input voltage applied from the plurality of electrodes ; and a control unit having an R-wave detection threshold by which an R-wave is identified and being configured to identify an R-wave based on the input voltage, the control unit being characterized by suspending identifying an R-wave in a detection-suspension period (ST) including a period in which the input voltage exceeds a predetermined threshold (SH), and identifying an R-wave candidate based on the R-wave detection threshold in a period excluding the detection-suspension period (ST), the R-wave candidate being identified as an R-wave when the input voltage does not exceed the predetermined threshold (SH) in a period from identification of the R-wave candidate until a predetermined time (TT) expires.
An exhaust gas system with a boiler connection piece comprising a measurement site system with • an external line component , which has at least one external line component measurement opening , and • an internal line component , which is at least partially surrounded by the external line component and which has at least one measurement connection extending externally from the internal line component in the direction of the external line component measurement opening and producing a connection to the interior of the internal line component , with an internal line component measurement opening formed on the end side, wherein at least one closure element is detachably mounted on the external line component and is configured closing the at least one external line component measurement opening , characterized in that a gap is formed between the internal line component measurement opening and the external line component , wherein the at least one closure element has an elongated body which, on mounting of the at least one closure element on the external line component , extends at least partially to into the at least one measurement connection and which is configured sealing both the at least one eternal line component measurement opening and also the at least one internal line component measurement opening . • an external line component , which has at least one external line component measurement opening , and • an internal line component , which is at least partially surrounded by the external line component and which has at least one measurement connection extending externally from the internal line component in the direction of the external line component measurement opening and producing a connection to the interior of the internal line component , with an internal line component measurement opening formed on the end side,
A data transmission method, characterized in that , the data transmission method comprises: obtaining state information of a User Equipment (UE) to which downlink data is destined; selecting , for the UE according to the state information of the UE, a first gateway function entity for transmission of the downlink data; determining a first data transmission path between the first gateway function entity and a second gateway function entity, wherein the first gateway function entity is a new serving gateway selected for the transmission of the downlink data, the second gateway function entity is a serving gateway or is a data gateway caching the downlink data; and performing the transmission of the downlink data according to the first data transmission path. obtaining state information of a User Equipment (UE) to which downlink data is destined; selecting , for the UE according to the state information of the UE, a first gateway function entity for transmission of the downlink data; determining a first data transmission path between the first gateway function entity and a second gateway function entity, wherein the first gateway function entity is a new serving gateway selected for the transmission of the downlink data, the second gateway function entity is a serving gateway or is a data gateway caching the downlink data; and performing the transmission of the downlink data according to the first data transmission path.
An electrically isolated coupler comprising: a drive body made of first metallic material and having a drive end configured to interface with a fastening component, the drive body comprising a first interface portion; a driven body made of a second metallic material and having a driven end configured to interface with a driving tool, the driven body comprising a second interface portion; and a torque transfer assembly disposed between the drive body and the driven body to electrically isolate the drive body and the driven body from each other and transfer torque between the drive body and the driven body ; wherein the torque transfer assembly comprises non-conductive material configured to maintain separation between the drive body and the driven body of at least about .400" (about 1.016 Centimeter), wherein the torque transfer assembly comprises a first isolation member and at least one second isolation member , and wherein the first and second isolation members are formed as disc or plate shaped members inserted between the drive body and the driven body ; wherein the first isolation member and the at least one second isolation member are operably coupled to each other via reinforcement members ; wherein the reinforcement members include a first set of reinforcement members extending entirely through the first isolation member and into each of a first instance and a second instance of the at least one second isolation member , the first and second instances being disposed on opposite sides of the first isolation member . a drive body made of first metallic material and having a drive end configured to interface with a fastening component, the drive body comprising a first interface portion; a driven body made of a second metallic material and having a driven end configured to interface with a driving tool, the driven body comprising a second interface portion; and a torque transfer assembly disposed between the drive body and the driven body to electrically isolate the drive body and the driven body from each other and transfer torque between the drive body and the driven body ; wherein the torque transfer assembly comprises non-conductive material configured to maintain separation between the drive body and the driven body of at least about .400" (about 1.016 Centimeter), wherein the torque transfer assembly comprises a first isolation member and at least one second isolation member , and wherein the first and second isolation members are formed as disc or plate shaped members inserted between the drive body and the driven body ; wherein the first isolation member and the at least one second isolation member are operably coupled to each other via reinforcement members ; wherein the reinforcement members include a first set of reinforcement members extending entirely through the first isolation member and into each of a first instance and a second instance of the at least one second isolation member , the first and second instances being disposed on opposite sides of the first isolation member .
A fastener driving tool, comprising: a power source including a reciprocating driver blade ; a tool nose associated with said power source for receiving said driver blade for driving fasteners fed into said nose ; a magazine constructed and arranged to house a supply of the fasteners ; a magazine feeder mechanism associated with said magazine for sequentially feeding fasteners into said nose , said feeder mechanism including a reciprocating feed piston ; a gas conduit in fluid communication with power source gases and a feed cylinder housing said feed piston such that power source gases cyclically retract said feed piston in said feed cylinder ; characterized in that it further comprises an electromechanical retention device operationally associated with said feeder mechanism and configured for retaining said feed piston in a retracted position until said driver blade is positioned to allow fastener advancement into said nose ; and a control module which operates said electromechanical retention device . a power source including a reciprocating driver blade ; a tool nose associated with said power source for receiving said driver blade for driving fasteners fed into said nose ; a magazine constructed and arranged to house a supply of the fasteners ; a magazine feeder mechanism associated with said magazine for sequentially feeding fasteners into said nose , said feeder mechanism including a reciprocating feed piston ; a gas conduit in fluid communication with power source gases and a feed cylinder housing said feed piston such that power source gases cyclically retract said feed piston in said feed cylinder ; characterized in that it further comprises an electromechanical retention device operationally associated with said feeder mechanism and configured for retaining said feed piston in a retracted position until said driver blade is positioned to allow fastener advancement into said nose ; and a control module which operates said electromechanical retention device .
A method comprising: identifying , by a network device operating in a network topology as a directed acyclic graph, DAG, root , a source-route path for reaching a destination device in the network topology; determining whether one or more parent devices (22. 32. 42) along the source-route path between the network device and the destination device are capable of storing a temporary route entry specifying routing information for reaching the destination device; and causing installation of a temporary route entry for reaching the destination device in one or more of the parent devices determined as capable of storing the corresponding temporary route entry, the temporary route entry having an associated specified lifetime interval; wherein the route entry specifies a source-route path for a segment of one or more of the parent devices (22. 32. 42) incapable of storing a route entry, enabling the one parent device to insert the source-route path for use by the one or more parent devices incapable of storing a route entry. identifying , by a network device operating in a network topology as a directed acyclic graph, DAG, root , a source-route path for reaching a destination device in the network topology; determining whether one or more parent devices (22. 32. 42) along the source-route path between the network device and the destination device are capable of storing a temporary route entry specifying routing information for reaching the destination device; and causing installation of a temporary route entry for reaching the destination device in one or more of the parent devices determined as capable of storing the corresponding temporary route entry, the temporary route entry having an associated specified lifetime interval; wherein the route entry specifies a source-route path for a segment of one or more of the parent devices (22. 32. 42) incapable of storing a route entry, enabling the one parent device to insert the source-route path for use by the one or more parent devices incapable of storing a route entry.