mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing a spiral resonator in a substrate, said resonator comprising a flywheel coupled to a body formed of a bar wound on itself to form a balance spring, said body having straight sides over its entire length, the sides being locally parallel, said body comprising at least one recess for locally modifying the rigidity and thus adjusting the frequency of the resonator and/or regulating the isochronism defect, comprising the following steps: a) modifying the structure of at least one area of the substrate in order to make said at least one area more selective; b) etching said at least one area in order to selectively manufacture said spiral resonator. a) modifying the structure of at least one area of the substrate in order to make said at least one area more selective; b) etching said at least one area in order to selectively manufacture said spiral resonator.
A heater device that comprises one or more heating elements , wherein the heating element or each heating element includes one first electrode , one second electrode , and a material having a PTC effect set at least in part between the two electrodes , wherein the material having a PTC effect is a plastic-based or polymeric-based mouldable material, characterized in that : - the material having a PTC effect is a plastic-based or polymeric-based mouldable material that comprises a mixture of incompatible or immiscible polymers, including at least two immiscible polymers, combined so as to obtain a co-continuous composite, and wherein at least one of the polymers of the mixture has a melting temperature that cannot be reached following upon heating induced via electrical supply of the heating device . wherein the material having a PTC effect is a plastic-based or polymeric-based mouldable material, characterized in that : - the material having a PTC effect is a plastic-based or polymeric-based mouldable material that comprises a mixture of incompatible or immiscible polymers, including at least two immiscible polymers, combined so as to obtain a co-continuous composite, and - the material having a PTC effect is a plastic-based or polymeric-based mouldable material that comprises a mixture of incompatible or immiscible polymers, including at least two immiscible polymers, combined so as to obtain a co-continuous composite, and wherein at least one of the polymers of the mixture has a melting temperature that cannot be reached following upon heating induced via electrical supply of the heating device .
Multi-layer nonwoven material for absorbing and distributing liquids for hygiene articles which has a top layer which in hygiene articles is facing towards the user and a bottom layer which in hygiene articles is attached facing the absorbent body, the bottom layer consisting of a nonwoven fabric the fibre mixture of which consists of 50 to 80% by weight of absorbent fibres and of 50 to 20% by weight of fusible fibres, and the top layer consisting of a nonwoven fabric whose fibre mixture consists of 50 to 100% by weight of fusible fibres and 50 to 0% by weight of matrix fibres, the fibre mixture of the nonwoven fabric forming the bottom layer has an average fibre count lower than the fibre mixture of the nonwoven forming the top layer, wherein the top layer is exclusively thermally fused to the bottom layer and the nonwoven material for absorbing and distributing liquids has a density of 35kg/m 3 or less, characterised in that - the top layer has an average count of the fibre blend > 4,0 dtex, a thickness > 0,002 m and a weight > 0,04 kg/m 2 , - the bottom layer has an average count of the fibre blend > 6 dtex, a thickness > 0,001m and a weight > 0,06 kg/m 2 , - the thickness of the top layer accounts for at least 60% of the total thickness, - the density of the bottom layer is at least double the density of the top layer, - the average fibre count of the fibre mixture of the non-woven fabric forming the bottom layer is at least 2 dtex smaller than the average fibre count of the fibre mixture of the non-woven fabric forming the top layer. - the top layer has an average count of the fibre blend > 4,0 dtex, a thickness > 0,002 m and a weight > 0,04 kg/m 2 , - the bottom layer has an average count of the fibre blend > 6 dtex, a thickness > 0,001m and a weight > 0,06 kg/m 2 , - the thickness of the top layer accounts for at least 60% of the total thickness, - the density of the bottom layer is at least double the density of the top layer, - the average fibre count of the fibre mixture of the non-woven fabric forming the bottom layer is at least 2 dtex smaller than the average fibre count of the fibre mixture of the non-woven fabric forming the top layer.
Method for connecting a load (L) to a DC network (N) by way of a switching module (M), the switching module (M) comprising a first module connection , a second module connection and a third module connection , and - a first electronic switch (T1) that is connected between the first module connection and the second module connection , and - a second electronic switch (T2) that is connected between the second module connection and the third module connection , wherein - the two electronic switches (T1, T2) are connected in anti-series between the first module connection and the third module connection , wherein - if bidirectional overcurrent protection against overcurrents in both current directions is required between the load (L) and the DC network (N), a network line of the DC network (N) is connected to the first module connection of the switching module (M) and a load line of the load (L) is connected to the third module connection of the switching module (M) and the second module connection remains unconnected, and wherein - if only unidirectional overcurrent protection against overcurrents in one current direction is required between the load (L) and the DC network (N), a network line of the DC network (N) is connected to the first module connection and/or the third module connection of the switching module (M) and a load line of the load (L) is connected to the second module connection of the switching module (M). - a first electronic switch (T1) that is connected between the first module connection and the second module connection , and - a second electronic switch (T2) that is connected between the second module connection and the third module connection , wherein - the two electronic switches (T1, T2) are connected in anti-series between the first module connection and the third module connection , wherein - if bidirectional overcurrent protection against overcurrents in both current directions is required between the load (L) and the DC network (N), a network line of the DC network (N) is connected to the first module connection of the switching module (M) and a load line of the load (L) is connected to the third module connection of the switching module (M) and the second module connection remains unconnected, and wherein - if only unidirectional overcurrent protection against overcurrents in one current direction is required between the load (L) and the DC network (N), a network line of the DC network (N) is connected to the first module connection and/or the third module connection of the switching module (M) and a load line of the load (L) is connected to the second module connection of the switching module (M).
A capsule comprising: a pre-formed capsule comprising a core composition encapsulated within a polymer wall; and an inorganic shell connected to an exterior surface of the polymer wall of the pre-formed capsule by a surfactant, the inorganic shell comprising (i) a cation attracted to the surfactant and an anion or anion equivalent chemically bonded to the cation; or (ii) a metal-containing compound attracted to the surfactant; wherein the surfactant comprises an ionic surfactant. a pre-formed capsule comprising a core composition encapsulated within a polymer wall; and an inorganic shell connected to an exterior surface of the polymer wall of the pre-formed capsule by a surfactant, the inorganic shell comprising (i) a cation attracted to the surfactant and an anion or anion equivalent chemically bonded to the cation; or (ii) a metal-containing compound attracted to the surfactant; wherein the surfactant comprises an ionic surfactant.
A method of recovering iron from a zinc sulfate solution produced by a leaching process in which zinc ore is dissolved in sulfuric acid, the method comprising: a conditioning process including a step of reducing a conditioning process input solution, which is the zinc sulfate solution; and an iron precipitation process for recovering iron as hematite, including a step of pressurizing and oxidizing an iron precipitation process input solution discharged from the conditioning process, wherein the iron precipitation process input solution has oxidation-reduction potential of -100 mV or less when a silver/silver chloride (Ag/AgCl) electrode is used as a reference electrode, wherein the iron precipitation process is performed at a temperature a temperature of 135 °C or higher and less than 150 °C and a pressure ranging from 0.6 MPa (5 barg) to 1.1 MPa (10 barg). a conditioning process including a step of reducing a conditioning process input solution, which is the zinc sulfate solution; and an iron precipitation process for recovering iron as hematite, including a step of pressurizing and oxidizing an iron precipitation process input solution discharged from the conditioning process, wherein the iron precipitation process input solution has oxidation-reduction potential of -100 mV or less when a silver/silver chloride (Ag/AgCl) electrode is used as a reference electrode, wherein the iron precipitation process is performed at a temperature a temperature of 135 °C or higher and less than 150 °C and a pressure ranging from 0.6 MPa (5 barg) to 1.1 MPa (10 barg).
A refrigerator shelf assembly , comprising: a frame having a depth and a first support element extending along the depth and defining a first track open in a lateral direction perpendicular to the depth , the first support element further defining an open area along a side of the first track and extending between an adjacent portion of the first track and an exterior of the first support element and a cantilever arm that extends along the first track in a suspended arrangement from a contiguous portion of the first support element and has a free end adjacent the open area ; and an insert slidably received within the first track and moveable along the depth of the first track through a fixed range of motion wherein the insert is disposed over an expanse of the open area , wherein said open area is further defined between a fixed edge formed on the first track and an opposite free edge defined on the free end of the cantilever arm , characterised in that the cantilever arm is resiliently deformable away from a plane defined along the side of the first track , so as to allow for an expansion of the open area ; and wherein the free end of the cantilever arm includes a bent portion and the fixed edge of the open area has a ramp portion , said bent portion and ramp portion providing sliding surfaces for installing the insert into the first track . a frame having a depth and a first support element extending along the depth and defining a first track open in a lateral direction perpendicular to the depth , the first support element further defining an open area along a side of the first track and extending between an adjacent portion of the first track and an exterior of the first support element and a cantilever arm that extends along the first track in a suspended arrangement from a contiguous portion of the first support element and has a free end adjacent the open area ; and an insert slidably received within the first track and moveable along the depth of the first track through a fixed range of motion wherein the insert is disposed over an expanse of the open area , wherein said open area is further defined between a fixed edge formed on the first track and an opposite free edge defined on the free end of the cantilever arm , characterised in that the cantilever arm is resiliently deformable away from a plane defined along the side of the first track , so as to allow for an expansion of the open area ; and wherein the free end of the cantilever arm includes a bent portion and the fixed edge of the open area has a ramp portion , said bent portion and ramp portion providing sliding surfaces for installing the insert into the first track .
A vehicle rear body structure comprising a rear rail extending in a longitudinal direction and a rear bumper beam , extending transversely to the longitudinal direction, the rear rail having a rear end and a front end , spaced apart along the longitudinal direction, the rear end being connected to the rear bumper beam and the rear rail extending towards the front of the vehicle from its rear end , characterized in that the rear rail comprises at least a front portion , an intermediate portion and a rear portion , the front portion being intended for extending alongside a fuel tank of the vehicle, the resistance to plastic deformation of the front portion being greater than the resistance to plastic deformation of the intermediate portion , which is itself greater than the resistance to plastic deformation of the rear portion , and in that the vehicle rear body structure further comprises a guide structure intended for guiding the deformation of the rear rail so as to prevent a deformation thereof in a direction perpendicular to the longitudinal direction.
A foreign matter removal device that removes foreign matters adhering to a lens included in an in-vehicle camera , the foreign matter removal device comprising: a camera bracket that attaches the in-vehicle camera to a body panel of a vehicle (V) in a state in which the lens is exposed toward the outside of the body panel of the vehicle (V), a high-pressure air generation unit disposed inside the body panel and configured to generate high-pressure air; and a nozzle unit provided with a nozzle that injects the high-pressure air toward the lens , wherein a through-hole is formed in the camera bracket , and the high-pressure air generated by the high-pressure air generation unit passes from the inside to the outside of the body panel through the through-hole , and is injected from the nozzle toward the lens , wherein through-hole is a pipeline through which the high-pressure air passes, and the high-pressure air generation unit has a discharge port that discharges the high pressure air, the pipeline has a pipeline inlet into which the high-pressure air flows and a pipeline outlet from which the high-pressure air flows out, wherein the foreign matter removal device further comprises a hose that connects the discharge port and the pipeline inlet ; and a joint member that connects the hose and the pipeline inlet ; characterized in that the nozzle has an inlet port into which the high-pressure air flows, the inlet port is larger than the pipeline outlet , and a gap is formed between an outer peripheral surface of the pipeline and an inner peripheral surface of the inlet port in a state in which the nozzle communicates with the pipeline. a camera bracket that attaches the in-vehicle camera to a body panel of a vehicle (V) in a state in which the lens is exposed toward the outside of the body panel of the vehicle (V), a high-pressure air generation unit disposed inside the body panel and configured to generate high-pressure air; and a nozzle unit provided with a nozzle that injects the high-pressure air toward the lens , wherein a through-hole is formed in the camera bracket , and the high-pressure air generated by the high-pressure air generation unit passes from the inside to the outside of the body panel through the through-hole , and is injected from the nozzle toward the lens , wherein through-hole is a pipeline through which the high-pressure air passes, and the high-pressure air generation unit has a discharge port that discharges the high pressure air, the pipeline has a pipeline inlet into which the high-pressure air flows and a pipeline outlet from which the high-pressure air flows out, wherein the foreign matter removal device further comprises a hose that connects the discharge port and the pipeline inlet ; and a joint member that connects the hose and the pipeline inlet ; characterized in that the nozzle has an inlet port into which the high-pressure air flows, the inlet port is larger than the pipeline outlet , and a gap is formed between an outer peripheral surface of the pipeline and an inner peripheral surface of the inlet port in a state in which the nozzle communicates with the pipeline.
Single-piece cover for an electronic device , the cover comprising: · a structure of antenna ; · a heatsink having a face flush with an external surface of the structure of antenna ; · an electromagnetic shielding screen ; · an electrically-insulating synthetic material forming outside surfaces of the cover , overmolded on the structure of antenna and the flush face of the heatsink for covering the external surface of the structure of antenna in such a manner to form a top surface and three lateral faces of the cover. · a structure of antenna ; · a heatsink having a face flush with an external surface of the structure of antenna ; · an electromagnetic shielding screen ; · an electrically-insulating synthetic material forming outside surfaces of the cover , overmolded on the structure of antenna and the flush face of the heatsink for covering the external surface of the structure of antenna in such a manner to form a top surface and three lateral faces of the cover.
A reader device for short-range wireless tags comprising: one or more RF antennas ; a sensing module coupled to the RF antennas and arranged to selectively activate and deactivate one or more of the RF antennas and to read data from a plurality of objects comprising short-range wireless tags which are proximate to an active RF antenna; and a scheduler module arranged to obtain device characteristics for the plurality of objects based at least in part on data read by the sensing module and to generate a powering schedule for the plurality of objects based at least in part on the device characteristics, characterized in that the sensing module is further arranged to implement the powering schedule generated by the scheduler module by communicating at least a part of the powering schedule to the short-range wireless tag in one of the plurality of objects. one or more RF antennas ; a sensing module coupled to the RF antennas and arranged to selectively activate and deactivate one or more of the RF antennas and to read data from a plurality of objects comprising short-range wireless tags which are proximate to an active RF antenna; and a scheduler module arranged to obtain device characteristics for the plurality of objects based at least in part on data read by the sensing module and to generate a powering schedule for the plurality of objects based at least in part on the device characteristics, characterized in that the sensing module is further arranged to implement the powering schedule generated by the scheduler module by communicating at least a part of the powering schedule to the short-range wireless tag in one of the plurality of objects.
An autoclave for the processing of municipal waste or fractions of municipal waste, particularly biodegradable organic fractions contained in mixed municipal waste, the autoclave having the form of a cylinder with an upper hatch and a bottom hatch, terminated with elliptical end caps on both sides, and having a heating jacket, characterised in that the autoclave having an agitator placed inside it mounted in necks projecting from the elliptical end caps and the autoclave is inclined in relation to the ground plane by an angle of 3-8 degrees towards its outlet, and the external jacket in the form of a membrane forming an external pressure space, mounted on the cylindrical section of the internal pressure chamber of the autoclave is divided into at least two pressure-separated parts , wherein inside the internal pressure chamber of the autoclave , a paddle agitator shaft is mounted, capable of performing a clockwise rotation and a counter-clockwise rotation, the agitator mounting arrangement being out-of-alignment in relation to the axis of symmetry of the autoclave cylindrical section by a shift of the mounting of the geometrical axis of the agitator's shaft along the γ-axis in a planar geometrical system, and the size of the shift does not exceed 2/3 of the radial length of the cross-section of the cylindrical section of the internal pressure chamber of the autoclave , and moreover, each of the agitator's paddles has two shields , one for each of the opposite sides of the paddle , and each shield is shifted in the agitator's axis of symmetry in relation to its paddle by a phase angle equal to 90°, and moreover, the shield height does not exceed 1/3 of the height of the agitator's paddle .
An apparatus comprising: at least one processor and at least one memory including a computer program code, the at least one memory and computer program code configured to, with the at least one processor, cause the apparatus at least to: when a first data unit is to be transmitted on a plurality of different transmission paths determine, in dependence on a time interval between an arrival of the first data unit and at least one other data unit and in dependence on how a preceding data unit was transmitted if a) a copy of the first data unit is to be transmitted on one or more of the plurality of different transmission paths and if b) one or more coded data units are to be transmitted on one or more of the plurality of different transmission paths, a coded data unit being provided by coding the first data unit with at least one other preceding data unit; and in dependence on said determining, cause the transmitting of one or more copies of the first data unit and/or one or more coded data units on respective one or more of the plurality of different transmission paths. when a first data unit is to be transmitted on a plurality of different transmission paths determine, in dependence on a time interval between an arrival of the first data unit and at least one other data unit and in dependence on how a preceding data unit was transmitted if a) a copy of the first data unit is to be transmitted on one or more of the plurality of different transmission paths and if b) one or more coded data units are to be transmitted on one or more of the plurality of different transmission paths, a coded data unit being provided by coding the first data unit with at least one other preceding data unit; and in dependence on said determining, cause the transmitting of one or more copies of the first data unit and/or one or more coded data units on respective one or more of the plurality of different transmission paths.