mhurhangee/patent-ind-claim-en huggingface dataset:
A device for attaching a handle to an opening of a wall of an opening frame , the device comprising: - a body having a first bearing surface , - a hooking element having a second bearing surface , the hooking element passing through the opening , the hooking element being secured to the body by means of a screw-nut system, so that screwing the screw-nut system allows the device to shift from an unlocked configuration to a locked configuration, distinct from the unlocked configuration, in which locked configuration the first bearing surface and the second bearing surface catch the wall in a vice along a first direction (X 211 ) and characterised in that the body comprises a first angled surface and the hooking element comprises a second angled surface , both angled surfaces being configured so that in the locking configuration, the first angled surface and the second angled surface are in planar contact with each other so as to allow transmission of load transfers both along the first direction (X 211 ) and radially to the first direction (X 211 ). - a body having a first bearing surface , - a hooking element having a second bearing surface , the hooking element passing through the opening ,
A vertical wind turbine with a plurality of vertical blades , which are each fastened to a respective vertical blade axis such that they are motor-driven pivotable around a respective blade rotation axis (C 7 ) independently of one another, and are supported rotatable on a common circular path (K) around a vertical rotor rotation axis (C 2 ), wherein the blade axes are each provided with at least one pitch motor for motor-driven pivoting of the blades , a motor shaft of which extends concentrically to the respective blade rotation axis (C 7 ), characterized in that each pitch motor has a casing with an upper shell , a lower shell and an extension formed in accordance with aerodynamic aspects, which adjoins the upper shell and lower shell and whose outer contour in a projection along the blade rotation axis (C 7 ) essentially corresponds to a blade profile of the blades . wherein the blade axes are each provided with at least one pitch motor for motor-driven pivoting of the blades , a motor shaft of which extends concentrically to the respective blade rotation axis (C 7 ), characterized in that each pitch motor has a casing with an upper shell , a lower shell and an extension formed in accordance with aerodynamic aspects, which adjoins the upper shell and lower shell and whose outer contour in a projection along the blade rotation axis (C 7 ) essentially corresponds to a blade profile of the blades .
An aqueous dispersion, comprising: a solid content from 15 weight percent (wt.%) to 60 wt.% based on a total weight of the aqueous dispersion, the solid content comprises a melt blend product having: 15 to 60 wt.% of an acid functionalized polypropylene base polymer having a melting point of 155 °C to 170 °C and a melt flow index of 20 to 300 g/10 min as determined by ASTM D-1238 (190 °C / 2.16 kg load); 16 to 50 wt.% of a polypropylene copolymer having a density of less than 0.88 grams/cubic centimeter (g/cm 3 ); 5 to 20 wt.% of an acid functionalized polypropylene wax having more than 50 wt.% of the acid functionalized polypropylene wax from propylene in polymerized form and a viscosity of 75 to 10,000 mPa.s measured according to the DIN 53019 Method measured at 170 °C; and 15 to 30 wt.% of an acid functionalized polyolefin, wherein the wt.% is based on the total weight of the melt blend product and components of the melt blend product add to 100 wt.%; and an aqueous composition. a solid content from 15 weight percent (wt.%) to 60 wt.% based on a total weight of the aqueous dispersion, the solid content comprises a melt blend product having: 15 to 60 wt.% of an acid functionalized polypropylene base polymer having a melting point of 155 °C to 170 °C and a melt flow index of 20 to 300 g/10 min as determined by ASTM D-1238 (190 °C / 2.16 kg load); 16 to 50 wt.% of a polypropylene copolymer having a density of less than 0.88 grams/cubic centimeter (g/cm 3 ); 5 to 20 wt.% of an acid functionalized polypropylene wax having more than 50 wt.% of the acid functionalized polypropylene wax from propylene in polymerized form and a viscosity of 75 to 10,000 mPa.s measured according to the DIN 53019 Method measured at 170 °C; and 15 to 30 wt.% of an acid functionalized polyolefin, wherein the wt.% is based on the total weight of the melt blend product and components of the melt blend product add to 100 wt.%; and 15 to 60 wt.% of an acid functionalized polypropylene base polymer having a melting point of 155 °C to 170 °C and a melt flow index of 20 to 300 g/10 min as determined by ASTM D-1238 (190 °C / 2.16 kg load); 16 to 50 wt.% of a polypropylene copolymer having a density of less than 0.88 grams/cubic centimeter (g/cm 3 ); 5 to 20 wt.% of an acid functionalized polypropylene wax having more than 50 wt.% of the acid functionalized polypropylene wax from propylene in polymerized form and a viscosity of 75 to 10,000 mPa.s measured according to the DIN 53019 Method measured at 170 °C; and 15 to 30 wt.% of an acid functionalized polyolefin, wherein the wt.% is based on the total weight of the melt blend product and components of the melt blend product add to 100 wt.%; and an aqueous composition.
A method for manufacturing combustible pellets having a moisture content of less than 10%, by compressing wood particles in a defibrated state, characterized in that the material used in the composition of the pellets is a mixture of woods between a first stock of adjuvanted wood (S1), including wood that is painted and/or varnished and/or with a glue containing non-natural volatile organic compounds and/or heavy metals, and a second stock of non-adjuvanted wood (S2) which is free of non-natural organic compounds and free of heavy metals, in which method the adjuvanted wood from the first stock (S1) and the non-adjuvanted wood from the second stock (S2) are dosed and mixed according to an adjuvanted wood content in the pellet composition that is comprised between 5% and 30% by mass, wherein according to a first alternative the dosage and mixing of the adjuvanted wood from the first stock (S1) and the non-adjuvanted wood from the second stock (S2) are carried out, said woods (S1) and (S2) being in a non-defibrated state, and a step of defibrating the adjuvanted wood from the first stock (S1) is carried out, resulting in a defibrated mixture, or according to a second alternative, the adjuvanted wood from the first stock (S1) on the one hand and the non-adjuvanted wood from the second stock (S2) on the other hand are independently defibrated, and then the defibrated adjuvanted wood from the first stock (S1) and the defibrated non-adjuvanted wood from the second stock (S2) are mixed according to said specific ratio, resulting in a defibrated mixture, and wherein the resulting defibrated wood mixture (Mh) according to the first or second alternative is dried (E3) and the defibrated and dried mixture (Ms) is transformed into said pellets by compression, said step of drying (E3) the defibrated wood mixture (Mh) being implemented in a drying facility comprising a dryer , by thermal exchange, between a hot gas (Gc) and the defibrated wood mixture (Mh) driven by the hot gas, said drying facility having a device for the processing and pollution control of the flow of exhaust gas (Exh) from the drying facility before it is discharged into the atmosphere.
A method for managing a plurality of rechargeable electrical energy storage modules (106 1 -106 8 ) in an electric vehicle , said modules (106 1 -106 8 ) each comprising at least one rechargeable electrochemical Lithium-Metal-Polymer battery, and being arranged in parallel with one another, said method comprising: - separating said modules (106 1 -106 8 ) into at least two groups , and - supplying from one of said groups at a time; said method comprising, during supplying by a group , called active group, a phase , called regulation phase, within at least one group , called passive group, other than the active group , said regulation phase comprising supplying (306 1 ) at least one module, called passive module, of said passive group by at least one other module, called operational module, of said passive group . - separating said modules (106 1 -106 8 ) into at least two groups , and - supplying from one of said groups at a time;
A torsion beam suspension comprising: a first member having an opening in which a cross section is formed in a U shape; and a pair of second members coming into contact with the first member at an edge portion of a U-shaped cross section of the first member , and disposed in a lateral direction when mounted on a vehicle, the torsion beam suspension comprising: right and left trailing arms configured to include a pair of configuration members disposed at right and left when the first member is mounted on the vehicle and the pair of second members , and configured to extend in a longitudinal direction of a vehicle body and to be swingable in a vertical direction; and a U-shaped torsion beam which is disposed between the pair of configuration members of the first member and in which a cross section has the opening, wherein the second member includes a closing portion for closing the opening of the configuration member and a joint portion inclined from the closing portion to a bottom portion of the U-shaped cross section of the torsion beam and joined with the torsion beam , characterized in that the joint portion includes a rising portion formed by raising a shape of the joint portion extending from the closing portion . a first member having an opening in which a cross section is formed in a U shape; and a pair of second members coming into contact with the first member at an edge portion of a U-shaped cross section of the first member , and disposed in a lateral direction when mounted on a vehicle, the torsion beam suspension comprising: right and left trailing arms configured to include a pair of configuration members disposed at right and left when the first member is mounted on the vehicle and the pair of second members , and configured to extend in a longitudinal direction of a vehicle body and to be swingable in a vertical direction; and a U-shaped torsion beam which is disposed between the pair of configuration members of the first member and in which a cross section has the opening, right and left trailing arms configured to include a pair of configuration members disposed at right and left when the first member is mounted on the vehicle and the pair of second members , and configured to extend in a longitudinal direction of a vehicle body and to be swingable in a vertical direction; and a U-shaped torsion beam which is disposed between the pair of configuration members of the first member and in which a cross section has the opening, wherein the second member includes a closing portion for closing the opening of the configuration member and a joint portion inclined from the closing portion to a bottom portion of the U-shaped cross section of the torsion beam and joined with the torsion beam , characterized in that the joint portion includes a rising portion formed by raising a shape of the joint portion extending from the closing portion .
A carbon dioxide CO2 snow charger system adapted to produce CO2 snow block, comprising: a meshed conduit (3; 303; 403), said meshed conduit comprising porous openings (16; 307) sufficient for CO2 off-gas to pass through the openings into an internal passageway of the meshed conduit, but substantially block entry of particles from the CO2 snow block into the internal passageway, said meshed conduit having sufficient rigidity to pack the CO2 snow block generated external to the meshed conduit; and a CO2 snow charger (4; 304; 404) operably or integrally connected to the meshed conduit (3; 30; 403), said CO2 snow charger comprising a conduit network (8; 306; 406) with a plurality of nozzles (12; 301), the snow charger further comprising one or more exhaust openings in fluid communication with the internal passageway of the meshed conduit, said one or more exhaust opening configured to allow gas to vent therethrough; characterized in that the plurality of nozzles are configured to selectively direct CO2 fluid external to the meshed conduit while substantially avoiding introduction of CO2 liquid into the internal passageway of the meshed conduit. a meshed conduit (3; 303; 403), said meshed conduit comprising porous openings (16; 307) sufficient for CO2 off-gas to pass through the openings into an internal passageway of the meshed conduit, but substantially block entry of particles from the CO2 snow block into the internal passageway, said meshed conduit having sufficient rigidity to pack the CO2 snow block generated external to the meshed conduit; and a CO2 snow charger (4; 304; 404) operably or integrally connected to the meshed conduit (3; 30; 403), said CO2 snow charger comprising a conduit network (8; 306; 406) with a plurality of nozzles (12; 301), the snow charger further comprising one or more exhaust openings in fluid communication with the internal passageway of the meshed conduit, said one or more exhaust opening configured to allow gas to vent therethrough; characterized in that the plurality of nozzles are configured to selectively direct CO2 fluid external to the meshed conduit while substantially avoiding introduction of CO2 liquid into the internal passageway of the meshed conduit.
A method of determining the position of an elongate structure comprising a metallic or magnetic material, the method comprising: providing a plurality of magnetic field sensors arranged at fixed spacing, each sensor being arranged to sense a magnetic field of a remote structure induced by the Earth's magnetic field in at least two orthogonal directions; arranging the magnetic field sensors remotely of an elongate structure having a longitudinal axis , such that the magnetic field sensors are spaced in a lateral direction relative to said longitudinal axis ; determining an angular spacing for the magnetic field sensors about the longitudinal axis according to the magnetic field readings in the two orthogonal directions; determining a distance between one or more of said magnetic field sensors and said elongate structure based on said angular spacing determination; and modelling the elongate structure as being represented by one or more bar magnet and identifying one or more feature, or feature type, in the magnetic field readings occurring at a regular, repeating spacing along the length of the elongate structure and discounting or modifying the magnetic field readings at locations along the elongate structure according to said regular spacing, wherein the one or more feature is derived from the model. providing a plurality of magnetic field sensors arranged at fixed spacing, each sensor being arranged to sense a magnetic field of a remote structure induced by the Earth's magnetic field in at least two orthogonal directions; arranging the magnetic field sensors remotely of an elongate structure having a longitudinal axis , such that the magnetic field sensors are spaced in a lateral direction relative to said longitudinal axis ; determining an angular spacing for the magnetic field sensors about the longitudinal axis according to the magnetic field readings in the two orthogonal directions; determining a distance between one or more of said magnetic field sensors and said elongate structure based on said angular spacing determination; and modelling the elongate structure as being represented by one or more bar magnet and identifying one or more feature, or feature type, in the magnetic field readings occurring at a regular, repeating spacing along the length of the elongate structure and discounting or modifying the magnetic field readings at locations along the elongate structure according to said regular spacing, wherein the one or more feature is derived from the model.
A method of wireless communication performed by a first device , the method comprising: receiving an indication of a first start time for a first discovery interval of a plurality of discovery intervals, a first duration for the first discovery interval, a second start time for a first paging interval of a plurality of paging intervals, and a second duration for the first paging interval; transmitting a discovery packet during a first discovery interval of a plurality of discovery intervals , the discovery packet advertising a service provided in a wireless communications network, the plurality of discovery intervals comprising recurring time intervals when a plurality of devices are configured to transmit and receive discovery packets , each of the plurality of discovery intervals beginning with transmitting, by the first device, a discovery interval start packet configured to indicate a start of the discovery interval and to prevent other traffic from communicating on the channel during the discovery interval; and receiving a paging packet from a second device during a first paging interval of a plurality of paging intervals , the paging packet indicating interest in the service, the plurality of paging intervals comprising recurring time intervals when the plurality of devices are configured to transmit and receive paging packets , the plurality of paging intervals not overlapping the plurality of discovery intervals. receiving an indication of a first start time for a first discovery interval of a plurality of discovery intervals, a first duration for the first discovery interval, a second start time for a first paging interval of a plurality of paging intervals, and a second duration for the first paging interval; transmitting a discovery packet during a first discovery interval of a plurality of discovery intervals , the discovery packet advertising a service provided in a wireless communications network, the plurality of discovery intervals comprising recurring time intervals when a plurality of devices are configured to transmit and receive discovery packets , each of the plurality of discovery intervals beginning with transmitting, by the first device, a discovery interval start packet configured to indicate a start of the discovery interval and to prevent other traffic from communicating on the channel during the discovery interval; and receiving a paging packet from a second device during a first paging interval of a plurality of paging intervals , the paging packet indicating interest in the service, the plurality of paging intervals comprising recurring time intervals when the plurality of devices are configured to transmit and receive paging packets , the plurality of paging intervals not overlapping the plurality of discovery intervals.
A valve opening/closing device suitable for installation at the bottom of an intermediate bulk container, the container comprises a base and side plates , wherein: the valve opening/closing device comprises a handle , a motion-transferring device , a valve opening/closing mechanism and a clutch device ; wherein, the motion-transferring device is used to transfer the actions acting on the handle to the valve opening/closing mechanism so as to achieve opening/closing of the valve ; and the clutch device is used to engage the motion-transferring device with the valve opening/closing mechanism or disengage the motion-transferring device from the valve opening/closing mechanism , and the clutch device comprises a driving mechanism and a clutch mechanism, wherein the driving mechanism will drive the clutch mechanism to operate, so as to achieve the engagement of the motion-transferring device with the valve opening/closing mechanism or disengagement of the motion-transferring device from the valve opening/closing mechanism, characterised in that the clutch device comprises a clutch rod , a clutch lifting platform , a clutch bracket , a control member and a valve cover , wherein the clutch lifting platform and the control member are installed on the clutch bracket , and the clutch lifting platform can move up and down under the interaction between the control member and the valve cover , so as to achieve the connection and disconnection between the motion-transferring device and the valve stem of the valve . the valve opening/closing device comprises a handle , a motion-transferring device , a valve opening/closing mechanism and a clutch device ; wherein, the motion-transferring device is used to transfer the actions acting on the handle to the valve opening/closing mechanism so as to achieve opening/closing of the valve ; and the clutch device is used to engage the motion-transferring device with the valve opening/closing mechanism or disengage the motion-transferring device from the valve opening/closing mechanism , and the clutch device comprises a driving mechanism and a clutch mechanism, wherein the driving mechanism will drive the clutch mechanism to operate, so as to achieve the engagement of the motion-transferring device with the valve opening/closing mechanism or disengagement of the motion-transferring device from the valve opening/closing mechanism, characterised in that the clutch device comprises a clutch rod , a clutch lifting platform , a clutch bracket , a control member and a valve cover , wherein the clutch lifting platform and the control member are installed on the clutch bracket , and the clutch lifting platform can move up and down under the interaction between the control member and the valve cover , so as to achieve the connection and disconnection between the motion-transferring device and the valve stem of the valve .