mhurhangee/patent-ind-claim-en huggingface dataset:
Vibration head for an aerosol generator , the vibration head comprising: a membrane and a vibration generating element ; characterised in that the vibration head further comprises a secondary coil configured for providing an inductive coupling with a primary coil being connected with a controller of the aerosol generator , the inductive coupling driving the vibration generating element to vibrate the membrane for generating the aerosol; and a matching network in connection with the secondary coil and the vibration generating element , wherein the matching network is configured for adapting an electric characteristic of an oscillation circuit comprising the secondary coil and the vibration generating element . a membrane and a vibration generating element ; characterised in that the vibration head further comprises a secondary coil configured for providing an inductive coupling with a primary coil being connected with a controller of the aerosol generator , the inductive coupling driving the vibration generating element to vibrate the membrane for generating the aerosol; and a matching network in connection with the secondary coil and the vibration generating element , wherein the matching network is configured for adapting an electric characteristic of an oscillation circuit comprising the secondary coil and the vibration generating element .
A voltage reactive power control device that is configured to suppress a fluctuation of a bus voltage of a power distribution transformer station to which a power distribution system including a renewable energy power generation, and a battery system are connected, the voltage reactive power control device comprising: a first extracting unit that is configured to extract a bus voltage fluctuation from the bus voltage; a second extracting unit that is configured to extract a fluctuation component due to the renewable energy power generation from the bus voltage fluctuation; a creating unit that is configured to create a reactive power command value for suppressing the fluctuation based on the bus voltage fluctuation component due to the renewable energy power generation extracted by the second extracting unit; and a control unit that is configured to execute a reactive power control on the battery system based on the reactive power command value, wherein the second extracting unit is configured to extract the fluctuation component due to the renewable energy power generation by eliminating the fluctuation components other than the fluctuation component due to the renewable energy power generation from the bus voltage fluctuation. a first extracting unit that is configured to extract a bus voltage fluctuation from the bus voltage; a second extracting unit that is configured to extract a fluctuation component due to the renewable energy power generation from the bus voltage fluctuation; a creating unit that is configured to create a reactive power command value for suppressing the fluctuation based on the bus voltage fluctuation component due to the renewable energy power generation extracted by the second extracting unit; and a control unit that is configured to execute a reactive power control on the battery system based on the reactive power command value, wherein the second extracting unit is configured to extract the fluctuation component due to the renewable energy power generation by eliminating the fluctuation components other than the fluctuation component due to the renewable energy power generation from the bus voltage fluctuation.
A device for high-contrast imaging comprises: - a beam splitter for splitting a beam into a probe beam and a reference beam , wherein the probe beam is directed to an object ; - a self-imaging system receiving the probe beam from the object and imaging the object on itself, generating a reflected beam , preferably the system preserves the reflected probe beam divergence, wherein - the beam interacts with the object at least twice; and - the reflected probe beam is further directed to the splitter after the last interaction; and - detection means receiving the reflected probe beam from the splitter . - a beam splitter for splitting a beam into a probe beam and a reference beam , wherein the probe beam is directed to an object ; - a self-imaging system receiving the probe beam from the object and imaging the object on itself, generating a reflected beam , preferably the system preserves the reflected probe beam divergence, wherein - the beam interacts with the object at least twice; and - the reflected probe beam is further directed to the splitter after the last interaction; and - the beam interacts with the object at least twice; and - the reflected probe beam is further directed to the splitter after the last interaction; and - detection means receiving the reflected probe beam from the splitter .
Surface modified carbon black pigment particles, comprising: a surface on the carbon black pigment particles containing a functional group Q ; and a modifying compound M bonded to the surface via hydrogen bonds or via a covalent bond with the functional group Q to form the group -Q-M on the surface; wherein: the modifying compound M comprises a product formed by a full or partial hydrolysis of a compound of Formula : wherein: φ is a linear, branched or dendritic polymeric chain having a molecular weight from about 100 to about 5,000,000; L is -NR 3 C(O)NH-, -OC(O)NH-, -C(O)OCH 2 CH(OH)CH 2 -, -OCH 2 CH(OH)CH 2 -, -NHCH 2 CH(OH)CH 2 -, -alkylene-, -C(O)O-, -C(O)NR 3 -, -SO 2 NR 3 -, -SO 2 -, -NR 3 -, =N-, =N + -, -O- or -S-; each E independently is alkylene, arylene, alkylarylene, arylalkylene, alkyleneamino, alkyleneimino, alkyleneoxyalkylene, aryleneoxy, aryleneoxyalkylene, oxaalkylene, oxyalkylene, dioxyalkylene or oxyarylene; each R 1 independently is H, hydroxyl, oxyalkyl, oxyalkylenearyl, halogen, acetate or amine; each R 2 independently is alkyl, cycloalkyl, cycloheteroalkyl, aryl or alkylenearyl; R 3 is H, alkyl, aryl or alkylaryl; m = 1 to 3; n = 0 to 2; m+n = 3; and x = 1 or 2. a surface on the carbon black pigment particles containing a functional group Q ; and a modifying compound M bonded to the surface via hydrogen bonds or via a covalent bond with the functional group Q to form the group -Q-M on the surface; φ is a linear, branched or dendritic polymeric chain having a molecular weight from about 100 to about 5,000,000; L is -NR 3 C(O)NH-, -OC(O)NH-, -C(O)OCH 2 CH(OH)CH 2 -, -OCH 2 CH(OH)CH 2 -, -NHCH 2 CH(OH)CH 2 -, -alkylene-, -C(O)O-, -C(O)NR 3 -, -SO 2 NR 3 -, -SO 2 -, -NR 3 -, =N-, =N + -, -O- or -S-; each E independently is alkylene, arylene, alkylarylene, arylalkylene, alkyleneamino, alkyleneimino, alkyleneoxyalkylene, aryleneoxy, aryleneoxyalkylene, oxaalkylene, oxyalkylene, dioxyalkylene or oxyarylene; each R 1 independently is H, hydroxyl, oxyalkyl, oxyalkylenearyl, halogen, acetate or amine; each R 2 independently is alkyl, cycloalkyl, cycloheteroalkyl, aryl or alkylenearyl; R 3 is H, alkyl, aryl or alkylaryl; m = 1 to 3; n = 0 to 2; m+n = 3; and x = 1 or 2.
A superalloy composition comprising: 0 to 3.5 wt% Al; 0.005 to 0.05 wt% B; 0.005 to 0.25 wt% C; 10 to 27 wt% Co; 12 to 20 wt% Cr; 6 to 10 wt% Ti; 0.01 to 0.1 wt% Zr; and balance Ni and incidental impurities. 0 to 3.5 wt% Al; 0.005 to 0.05 wt% B; 0.005 to 0.25 wt% C; 10 to 27 wt% Co; 12 to 20 wt% Cr; 6 to 10 wt% Ti; 0.01 to 0.1 wt% Zr; and balance Ni and incidental impurities.
Cooker with an operator control and display unit , which is arranged under a glass ceramic of the oven, wherein the operator control and display unit comprises: - a carrier element comprising an upper side (O) and an underside (U) and formed as a plastic moulding, - an operator control device , comprising at least one operator control element and a first printed circuit board comprising the at least one operator control element , and - a display device , having at least one display element and a second printed circuit board comprising the at least one display element , - wherein the carrier element has at least a first clearance on its underside (U), - wherein the operator control device is arranged on the upper side (O) of the carrier element and the display device is at least partially arranged in the first clearance on the underside (U) of the carrier element , wherein the carrier element has at least a second clearance on its upper side (O), wherein the operator control device is at least partially arranged in the second clearance on the upper side (O) of the carrier element . - a carrier element comprising an upper side (O) and an underside (U) and formed as a plastic moulding, - an operator control device , comprising at least one operator control element and a first printed circuit board comprising the at least one operator control element , and - a display device , having at least one display element and a second printed circuit board comprising the at least one display element , - wherein the carrier element has at least a first clearance on its underside (U), - wherein the operator control device is arranged on the upper side (O) of the carrier element and the display device is at least partially arranged in the first clearance on the underside (U) of the carrier element ,
An antibody which binds to the ORF2i protein of hepatitis E virus and wherein said antibody does not bind to the ORF2g protein nor to the ORF2c protein of hepatitis E virus, and wherein the antibody binds to an epitope comprising the amino acid sequence as set forth in SEQ ID NO: 4.
A control device for a railway vehicle , said control device comprising a driving manipulator provided with a displaceable moving part and a rotating servomotor , adapted to displace the moving part , said control device further comprising: - a position sensor , coupled to the driving manipulator to measure the position of the moving part , and - a monitoring unit comprising: ∘ a programmable computing unit , connected to the position sensor and programmed to acquire position values measured by the position sensor, and ∘ a network interface , said control device being characterized in that the network interface is adapted to be connected to a data bus of a railway vehicle , and in that the monitoring unit is distinct from the driving manipulator and is placed a distance away from the driving manipulator . - a position sensor , coupled to the driving manipulator to measure the position of the moving part , and - a monitoring unit comprising: ∘ a programmable computing unit , connected to the position sensor and programmed to acquire position values measured by the position sensor, and ∘ a network interface , said control device being characterized in that the network interface is adapted to be connected to a data bus of a railway vehicle , and in that the monitoring unit is distinct from the driving manipulator and is placed a distance away from the driving manipulator . ∘ a programmable computing unit , connected to the position sensor and programmed to acquire position values measured by the position sensor, and ∘ a network interface ,
Pneumatic axle suspension for a rear axle of a vehicle, in particular a heavy goods vehicle, comprising: - a pair of spring beams for supporting the axle , each of the spring beams being arranged beneath a vehicle frame and extending perpendicular to the axle , - two pairs of air bellows , with each one pair being arranged at one side of the vehicle frame and comprising a front bellow and a rear bellow arranged in front of and behind the axle , respectively, to support the respective front or rear end of the spring beams at this side of the vehicle against the bottom of the frame , - a pair of hydraulic shock absorbers , each shock absorber being arranged to support one of the spring beams with respect to the frame , - a pair of front hangers , each front hanger extending downwardly from the frame in front of the axle , - a pair of longitudinal rods , each longitudinal rod extending between one front hanger and one spring beam and being pivotable linked with its ends to the front hanger and one spring beam , respectively, - a stabilizer bar which is generally U-shaped and disposed above the axle , with a traverse beam and two legs extending from the ends of the traverse beam in a direction perpendicular to the axle , said suspension system being characterized by comprising: - a triangular rod being pivotable linked to an upper center portion of the axle and the frame , respectively, and in that the traverse beam is rotatable supported within pivot bearings directly fixed to the bottom of the frame behind said axle such that the legs can perform a swiveling movement, and the ends of the legs being pivotable linked to a front portion of the axle via generally perpendicular thrust rods and axle brackets mounted on top of the axle , with each thrust rod being pivotable hinged to one leg end and to one axle bracket , respectively. - a pair of spring beams for supporting the axle , each of the spring beams being arranged beneath a vehicle frame and extending perpendicular to the axle , - two pairs of air bellows , with each one pair being arranged at one side of the vehicle frame and comprising a front bellow and a rear bellow arranged in front of and behind the axle , respectively, to support the respective front or rear end of the spring beams at this side of the vehicle against the bottom of the frame , - a pair of hydraulic shock absorbers , each shock absorber being arranged to support one of the spring beams with respect to the frame , - a pair of front hangers , each front hanger extending downwardly from the frame in front of the axle , - a pair of longitudinal rods , each longitudinal rod extending between one front hanger and one spring beam and being pivotable linked with its ends to the front hanger and one spring beam , respectively, - a stabilizer bar which is generally U-shaped and disposed above the axle , with a traverse beam and two legs extending from the ends of the traverse beam in a direction perpendicular to the axle , - a triangular rod being pivotable linked to an upper center portion of the axle and the frame , respectively,
An assembly for custom moulding of a footwear article, comprising a centrally disposed support member and a plurality of pairs of opposed laterally extending arms , respective proximal ends of the arms are fixed to the support member , a distal end of a first arm of a pair is provided with a forming member adapted to receive a controllable heating element , a distal end of a second arm of the pair is provided with a displaceable abutment , the pair of opposed laterally extending arms arranged such that a force may be applied to the footwear article between the displaceable abutment and the forming member .
Shears, comprising a shears head having a first shears leg and a second shears leg which are articulated to one another for pivotal movement about a first pivot axis , and a holding device having a first handle and a second handle , which are articulated to one another for pivotal movement about a second pivot axis , wherein the first shears leg is articulated to the first handle for pivotal movement about a third pivot axis and the second shears leg is articulated to the second handle for pivotal movement about a fourth pivot axis , and a catch strap which is arranged on the one handle and acts upon the other handle , wherein the catch strap is configured as an opening limiter for the shears head which adjusts a maximum opening width, characterized in that the catch strap is arranged on the holding device on a side which, relative to the second pivot axis , faces away from the side on which is located the first pivot axis .
A payload coupling apparatus for coupling a payload to an unmanned aerial vehicle, UAV, the payload coupling apparatus comprising: a housing having an upper portion , a lower portion, and a side wall positioned between the upper and lower portions; an attachment point on the housing adapted for attachment to a first end of a tether ; and a slot in the housing that extends downwardly towards a center of the housing thereby forming a hook or lip on the lower portion of the housing beneath the slot, wherein the payload coupling apparatus is characterized in that : the payload coupling apparatus comprises a plurality of holes (935, 936, 931, 932, 939, 940, 943, 944, 934, 949, 933, 938, 941, 938 937, 942, 966, 967, 960, 961, 964, 965, 962, 963) in the upper portion of the housing, and a plurality of holes in the lower portion of the housing; the housing is hollow, and air is allowed to flow through the plurality of holes in the upper portion of the housing, through the housing, and exit the plurality holes in the lower portion of the housing; and the housing is constructed with two pieces, wherein the two pieces of the housing include a right side and a left side . a housing having an upper portion , a lower portion, and a side wall positioned between the upper and lower portions; an attachment point on the housing adapted for attachment to a first end of a tether ; and a slot in the housing that extends downwardly towards a center of the housing thereby forming a hook or lip on the lower portion of the housing beneath the slot, wherein the payload coupling apparatus is characterized in that : the payload coupling apparatus comprises a plurality of holes (935, 936, 931, 932, 939, 940, 943, 944, 934, 949, 933, 938, 941, 938 937, 942, 966, 967, 960, 961, 964, 965, 962, 963) in the upper portion of the housing, and a plurality of holes in the lower portion of the housing; the housing is hollow, and air is allowed to flow through the plurality of holes in the upper portion of the housing, through the housing, and exit the plurality holes in the lower portion of the housing; and the housing is constructed with two pieces, wherein the two pieces of the housing include a right side and a left side . the payload coupling apparatus comprises a plurality of holes (935, 936, 931, 932, 939, 940, 943, 944, 934, 949, 933, 938, 941, 938 937, 942, 966, 967, 960, 961, 964, 965, 962, 963) in the upper portion of the housing, and a plurality of holes in the lower portion of the housing; the housing is hollow, and air is allowed to flow through the plurality of holes in the upper portion of the housing, through the housing, and exit the plurality holes in the lower portion of the housing; and the housing is constructed with two pieces, wherein the two pieces of the housing include a right side and a left side .
Fence post for a fence constructed from fence posts with panels in between, whereby the fence post is executed with two opposite grooves on either side of the fence post in which a panel with a side edge can be enclosed, whereby the fence post is made of one single metal sheet or band which is folded into an H-profile with a tubular square central part and two parallel legs on either side to form said groove , whereby the legs are formed by a part of the sheet or band which is folded double onto itself, whereby the legs are formed by a fold on the level of the free ends of the legs and the walls of the tubular square central part are formed from one single thickness (C) of the sheet or band from which the fence post is folded, the H-profile possesses two parallel flat flanks which are each delimited by two legs located in each other's extension and a wall of the tubular profile connecting said two legs with each other, whereby the flanks are connected with each other by transverse walls which on the level of the connection with the flanks are formed by a perpendicular fold of the sheet or band from which the H-profile is folded, whereby the fence post is sufficiently strong to be pile driven into the ground, characterised in that the legs have a thickness (D) which is essentially equal to the double thickness (C) of the sheet or band from which the fence post is folded, and whereby, viewed in cross-section, the length of the legs is approximately a third of the length of the flanks and approximately equal to the width (F) of the grooves . the H-profile possesses two parallel flat flanks which are each delimited by two legs located in each other's extension and a wall of the tubular profile connecting said two legs with each other, whereby the flanks are connected with each other by transverse walls which on the level of the connection with the flanks are formed by a perpendicular fold of the sheet or band from which the H-profile is folded, whereby the fence post is sufficiently strong to be pile driven into the ground, characterised in that the legs have a thickness (D) which is essentially equal to the double thickness (C) of the sheet or band from which the fence post is folded, and whereby, viewed in cross-section, the length of the legs is approximately a third of the length of the flanks and approximately equal to the width (F) of the grooves .
An insole including an insole lateral side and an insole medial side opposite the insole lateral side , the insole comprising: a first insole layer defining a foot-receiving surface and made of a first material, wherein the first material has a first hardness; a second insole layer coupled to the first insole layer ; and a plurality of protrusions each extending from the second insole layer , wherein each of the protrusions extends through the first insole layer , each of the protrusions is made of a second material, the second material has a second hardness, and the second hardness is greater than the first hardness; characterized in that the protrusions are only located at a feedback region (F) of the insole in order to provide tactile training feedback to a user during a golf swing, wherein the feedback region (F) is at least partially disposed along the insole lateral side to provide tactile feedback about a user's balance in a medial-lateral direction, and wherein there is no protrusion located along the insole medial side of the insole . a first insole layer defining a foot-receiving surface and made of a first material, wherein the first material has a first hardness; a second insole layer coupled to the first insole layer ; and a plurality of protrusions each extending from the second insole layer , wherein each of the protrusions extends through the first insole layer , each of the protrusions is made of a second material, the second material has a second hardness, and the second hardness is greater than the first hardness; characterized in that the protrusions are only located at a feedback region (F) of the insole in order to provide tactile training feedback to a user during a golf swing, wherein the feedback region (F) is at least partially disposed along the insole lateral side to provide tactile feedback about a user's balance in a medial-lateral direction, and wherein there is no protrusion located along the insole medial side of the insole .