mhurhangee/patent-ind-claim-en huggingface dataset:
A calcium enriched seafood product comprising an additional calcium supplement, wherein: - said enriched seafood product is prepared from tuna or salmon, - said enriched seafood product is in the form of flake, shredded, chunk or steak, - the amount of said additional calcium supplement is in the range of 0.5 to 5.0 % (w/w) of the total weight of said product, and - said additional calcium supplement is: - a fish bone powder selected from tuna, salmon or trout bone powder, or - inorganic calcium selected from the group of calcium carbonate, calcium phosphate, calcium sulfate and calcium chloride or combination thereof. - said enriched seafood product is prepared from tuna or salmon, - said enriched seafood product is in the form of flake, shredded, chunk or steak, - the amount of said additional calcium supplement is in the range of 0.5 to 5.0 % (w/w) of the total weight of said product, and - said additional calcium supplement is: - a fish bone powder selected from tuna, salmon or trout bone powder, or - inorganic calcium selected from the group of calcium carbonate, calcium phosphate, calcium sulfate and calcium chloride or combination thereof. - a fish bone powder selected from tuna, salmon or trout bone powder, or - inorganic calcium selected from the group of calcium carbonate, calcium phosphate, calcium sulfate and calcium chloride or combination thereof.
A water-absorbing resin composition comprising: a supported hydrazide compound; and a water-absorbing resin, wherein the water-absorbing resin composition has a yellow index of 10 or less when 2.0 g of the water-absorbing resin composition is held in an environment at a temperature of 70°C and a relative humidity of 90% for 7 days, and an acetaldehyde concentration of 15 ppm or less is measured when the water-absorbing resin composition is tested according to the acetaldehyde odor suppression test as disclosed in the description. a supported hydrazide compound; and a water-absorbing resin, wherein the water-absorbing resin composition has a yellow index of 10 or less when 2.0 g of the water-absorbing resin composition is held in an environment at a temperature of 70°C and a relative humidity of 90% for 7 days, and an acetaldehyde concentration of 15 ppm or less is measured when the water-absorbing resin composition is tested according to the acetaldehyde odor suppression test as disclosed in the description.
An isolated synthetic tripeptide chosen from the group consisting in : a. a tripeptide of formula H-D-Phe- N -Methyl-L-Val-L-Ala-OMe (SEQ ID NO :1), b. a tripeptide of formula H-L-Phe- N -Methyl-L-Val-L-Ala-OMe (SEQ ID NO :2), c. a tripeptide of formula H-D-Phe-L-Val-L-Ala-OMe (SEQ ID NO :3); d. a tripeptide of formula H-D-Phe- N-Methyl-L-Val-L-Ala-OH (SEQ ID NO :4); e. a tripeptide of formula H-D-Phe-L-Val-L-Ala-OH (SEQ ID NO :6) and f. a tripeptide of formula H-L-Phe- N-Methyl-L-Val-L-Ala-OH (SEQ ID NO :7). a. a tripeptide of formula H-D-Phe- N -Methyl-L-Val-L-Ala-OMe (SEQ ID NO :1), b. a tripeptide of formula H-L-Phe- N -Methyl-L-Val-L-Ala-OMe (SEQ ID NO :2), c. a tripeptide of formula H-D-Phe-L-Val-L-Ala-OMe (SEQ ID NO :3); d. a tripeptide of formula H-D-Phe- N-Methyl-L-Val-L-Ala-OH (SEQ ID NO :4); e. a tripeptide of formula H-D-Phe-L-Val-L-Ala-OH (SEQ ID NO :6) and f. a tripeptide of formula H-L-Phe- N-Methyl-L-Val-L-Ala-OH (SEQ ID NO :7).
A gear shift control device of a vehicle including an engine and a motor installed as driving sources, and an automatic transmission provided between the driving sources and a drive wheel , the automatic transmission performing a gear shift by switching between gear positions through hydraulic control, the gear shift control device comprising: a gear shift map that defines, for each of gear shift points, thresholds of the number of revolutions of an input shaft of the automatic transmission on a downshift side and on an upshift side to determine a switching start timing of each of the gear positions; a transmission control unit that is configured to switch between the gear positions based on the gear shift map ; and a regeneration control unit that is configured to control regeneration by the motor , wherein the gear shift map includes a cooperative regeneration map used in cooperative regeneration that cooperates with a brake , and a non-cooperative regeneration map used in other than cooperative regeneration, the non-cooperative regeneration map defining the thresholds of revolutions lower than the thresholds in the cooperative regeneration map , the non-cooperative regeneration map includes a first map that defines the thresholds of relatively lower revolutions and is used when an accelerator is not used, and a second map that defines the thresholds of relatively higher revolutions and is used when the accelerator is used, and wherein the thresholds of higher gear shift points (D3 to D7) among the gear shift points (D1 to D7) are defined to be an identical value on the downshift side in the cooperative regeneration map and the second map , the higher gear shift points being higher than a predetermined lower gear shift point (D2). a gear shift map that defines, for each of gear shift points, thresholds of the number of revolutions of an input shaft of the automatic transmission on a downshift side and on an upshift side to determine a switching start timing of each of the gear positions; a transmission control unit that is configured to switch between the gear positions based on the gear shift map ; and a regeneration control unit that is configured to control regeneration by the motor , wherein the gear shift map includes a cooperative regeneration map used in cooperative regeneration that cooperates with a brake , and a non-cooperative regeneration map used in other than cooperative regeneration, the non-cooperative regeneration map defining the thresholds of revolutions lower than the thresholds in the cooperative regeneration map , the non-cooperative regeneration map includes a first map that defines the thresholds of relatively lower revolutions and is used when an accelerator is not used, and a second map that defines the thresholds of relatively higher revolutions and is used when the accelerator is used, and wherein the thresholds of higher gear shift points (D3 to D7) among the gear shift points (D1 to D7) are defined to be an identical value on the downshift side in the cooperative regeneration map and the second map , the higher gear shift points being higher than a predetermined lower gear shift point (D2).
A heat exchanger tube comprising an Al alloy extruded tube, and a flux layer including a Si powder, a Zn-containing flux, and a binder formed on an outer surface of the Al alloy extruded tube, wherein an amount of the Si powder applied on the Al alloy extruded tube is in a range of 1 g/m 2 or more and 5 g/m 2 or less, an amount of the Zn containing flux applied on the Al alloy extruded tube is in a range of 3 g/m 2 or more and 20 g/m 2 or less, and the Si powder has a particle diameter distribution such that 99% particle diameter (D 99 ) is 5 μm or more and 20 μm or less, and an amount of coarse particles having diameters of not smaller than 5 times (D 99 ) is less than 1 ppm, where (D 99 ) denotes a critical diameter defined such that cumulative volume of particles not larger than (D 99 ) constitute 99% by volume of all the particles, and wherein 50% particle diameter (D 50 ) of the Si powder is not smaller than 0.05 times (D 99 ) and not larger than 0.7 times (D 99 ), where (D 50 ) denotes a critical diameter defined such that cumulative volume of particles not larger than (D 50 ) constitute 50 % by volume of all the particles.
Arrangement of a de-dusting unit in a vacuuming device, characterized in that the de-dusting unit is in a vacuum chamber of the vacuuming device, the vacuum chamber being delimited by a turbine and a first filter and a second filter , the de-dusting unit comprising a displacement module which is designed to position the de-dusting unit within the vacuum chamber in such a way that one filter (4 or 5) at a time can be isolated from a suction flow and an oscillating movement of the de-dusting unit can be transmitted to the isolated filter (4 or 5).
A method of manufacturing a metal sheet having a layer plated with a nickel-cobalt alloy comprising: preparing a plating bath comprising a plating liquid and an anode , the plating liquid containing nickel ions and cobalt ions; and passing a metal strip continuously through the plating bath to perform electroplating in the plating bath , wherein the anode is obtained by mixing nickel pellets and cobalt pellets, characterized in that the current density when performing the electroplating is 1 to 40 A/dm 2 , the pH of the plating liquid is 1.5 to 5, and the temperature of the plating liquid is 40° C to 80° C, a weight ratio z(Co), which unit is %, of cobalt in the layer is within a range of 40≤z(Co)≤60, and the mixing ratios of the nickel pellets and the cobalt pellets that constitute the anode are determined such that a total surface area ratio x(Co), which unit is %, of all the cobalt pellets satisfies Expressions and below in relation to the z(Co) and a dissolution ratio y(Co), which unit is %, of the cobalt pellets that constitute the anode: z Co − 21 ≤ y Co ≤ z Co + 21 y Co = − 0.8 ⁢ x Co 2 / 100 + 1.8 ⁢ x Co preparing a plating bath comprising a plating liquid and an anode , the plating liquid containing nickel ions and cobalt ions; and passing a metal strip continuously through the plating bath to perform electroplating in the plating bath , wherein the anode is obtained by mixing nickel pellets and cobalt pellets, characterized in that the current density when performing the electroplating is 1 to 40 A/dm 2 , the pH of the plating liquid is 1.5 to 5, and the temperature of the plating liquid is 40° C to 80° C, a weight ratio z(Co), which unit is %, of cobalt in the layer is within a range of 40≤z(Co)≤60, and the mixing ratios of the nickel pellets and the cobalt pellets that constitute the anode are determined such that a total surface area ratio x(Co), which unit is %, of all the cobalt pellets satisfies Expressions and below in relation to the z(Co) and a dissolution ratio y(Co), which unit is %, of the cobalt pellets that constitute the anode: z Co − 21 ≤ y Co ≤ z Co + 21 y Co = − 0.8 ⁢ x Co 2 / 100 + 1.8 ⁢ x Co
A shoe having a sole structure and having an air pump device for blowing air into the interior of the shoe , the air pump device having a bellows which is formed in the sole structure, is situated in the heel region of the shoe , surrounds a cavity , and consists of an elastic plastic material, a suction channel for transporting air from a suction opening into the bellows , and an air supply device which is formed in the sole structure for conveying air out of the bellows into the interior of the shoe, the air pump device having a V-shaped or U-shaped spring element (9; 9') which fits around the bellows and extends substantially over the entire area of the heel region , an upper limb (10; 10') of the spring element (9; 9') comprising an upper pressure plate (12; 12'), which is arranged over the bellows and below an insole of the sole structure, and a lower limb (11; 11') of the spring element (9; 9') comprising a lower pressure plate (13; 13') which is arranged below the bellows and over an outsole layer of the sole structure such that a connection section (14; 14'), connecting the two limbs (10, 11; 10', 11'), of the spring element (9; 9') is arranged in the sole structure next to the bellows in a joint region of the shoe and/or in an edge region of the heel region adjacent to the joint region of the shoe , the air pump device being arranged such that the spring element (9; 9') is elastically deformed by the pressure plates (12, 13; 12', 13') being pressed together when the sole structure is loaded by the weight of the wearer of the shoe during a walking or running movement, the deformation occurring substantially at the connection section (14; 14') or in the vicinity thereof such that the pressure plates (12, 13; 12', 13') above and below the bellows substantially retain their shape and the bellows between the pressure plates (12, 13; 12', 13') is compressed, characterised in that at least one stabiliser spring element is arranged on both sides adjacently to the bellows , wherein each of the stabiliser spring elements is connected to lateral edge regions of the upper and lower pressure plates (12, 13; 12', 13') such that it can be compressed elastically when the pressure plates (12, 13; 12', 13') are pressed together, wherein the elasticity of the stabiliser spring elements arranged on both sides of the shoe is such that they are pressed together to approximately the same extent on being pressed together when the sole structure is loaded by the weight of the wearer of the shoe during a walking or running movement, so that a rotation of the upper pressure plate (12; 12') relative to the lower pressure plate (13; 13') about an axis parallel to the longitudinal direction of the shoe is counteracted.
A heating flooring, suitable for outdoor use, said heating flooring comprising: - a floor mat that is made of an elastomeric material and that has two opposite faces: -- a lower face , intended to be directed towards the ground, and -- an upper face , into which emerge rectilinear grooves that are arranged parallel to each other, - heating elements , added into said rectilinear grooves , that each comprise: -- a rectilinear metal profile , in which is arranged a longitudinal duct that opens at two opposite ends of said metal profile , and -- a plastic tube inserted into said longitudinal duct and within which a heat-transfer fluid is intended to travel, - fluid heating means that are connected to said plastic tubes and that are suitable to heat said heat-transfer fluid and to generate a circulation of said heat-transfer fluid along said plastic tubes . - a floor mat that is made of an elastomeric material and that has two opposite faces: -- a lower face , intended to be directed towards the ground, and -- an upper face , into which emerge rectilinear grooves that are arranged parallel to each other, -- a lower face , intended to be directed towards the ground, and -- an upper face , into which emerge rectilinear grooves that are arranged parallel to each other, - heating elements , added into said rectilinear grooves , that each comprise: -- a rectilinear metal profile , in which is arranged a longitudinal duct that opens at two opposite ends of said metal profile , and -- a plastic tube inserted into said longitudinal duct and within which a heat-transfer fluid is intended to travel, -- a rectilinear metal profile , in which is arranged a longitudinal duct that opens at two opposite ends of said metal profile , and -- a plastic tube inserted into said longitudinal duct and within which a heat-transfer fluid is intended to travel, - fluid heating means that are connected to said plastic tubes and that are suitable to heat said heat-transfer fluid and to generate a circulation of said heat-transfer fluid along said plastic tubes .
Aqueous adhesive composition comprising : - a) an amylomaltase-treated starch or an amylomaltase-treated maltodextrin; and - b) ammonium zirconium carbonate. - a) an amylomaltase-treated starch or an amylomaltase-treated maltodextrin; and - b) ammonium zirconium carbonate.
A sealed high intensity illumination device configured to receive a laser beam from a laser light source, the device comprising: a sealed cylindrical chamber configured to contain an ionizable medium, the chamber having a first diameter and a first center and further comprising: a first cavity comprising a walled region within the chamber having a first cavity diameter smaller than the chamber diameter and a first cavity center offset from the chamber center; a first electrode extending into the cavity and a second electrode extending into the cavity substantially opposite the first electrode, the first electrode and the second electrode sharing a common axis, a midpoint along the common axis between the first electrode and the second electrode; and wherein the midpoint is located between the cavity wall and the first cavity center, a sealed cylindrical chamber configured to contain an ionizable medium, the chamber having a first diameter and a first center and further comprising: a first cavity comprising a walled region within the chamber having a first cavity diameter smaller than the chamber diameter and a first cavity center offset from the chamber center; a first electrode extending into the cavity and a second electrode extending into the cavity substantially opposite the first electrode, the first electrode and the second electrode sharing a common axis, a midpoint along the common axis between the first electrode and the second electrode; and a first cavity comprising a walled region within the chamber having a first cavity diameter smaller than the chamber diameter and a first cavity center offset from the chamber center; a first electrode extending into the cavity and a second electrode extending into the cavity substantially opposite the first electrode, the first electrode and the second electrode sharing a common axis, a midpoint along the common axis between the first electrode and the second electrode; and wherein the midpoint is located between the cavity wall and the first cavity center,
A method of resource transmission, the method being perfomed by a user equipment and comprising: determining that physical sidelink feedback channel, PSFCH, resources for a resource pool are divided into M times N PSFCH resource sets in a frequency domain, each PSFCH resource set corresponds to a subchannel in a slot for the resource pool, and N is a number of physical sidelink shared channel, PSSCH, slots associated with a PSFCH slot, M is a number of subchannels for the resource pool, M and N are integers equal to or larger than 1, wherein PSFCH transmissions from one or more receiver, RX, UEs within the same group are frequency division multiplexed, FDMed, or code-division multiplexed, CDMed, wherein each PSFCH resource set comprises X resources in the frequency domain, and Y resources in a code domain, X and Y are integers equal to or larger than 1, and wherein PSFCH transmission resources in a PSFCH resource set are indexed with numbers in an ascending order firstly in the frequency domain, and then in the code domain.. determining that physical sidelink feedback channel, PSFCH, resources for a resource pool are divided into M times N PSFCH resource sets in a frequency domain, each PSFCH resource set corresponds to a subchannel in a slot for the resource pool, and N is a number of physical sidelink shared channel, PSSCH, slots associated with a PSFCH slot, M is a number of subchannels for the resource pool, M and N are integers equal to or larger than 1, wherein PSFCH transmissions from one or more receiver, RX, UEs within the same group are frequency division multiplexed, FDMed, or code-division multiplexed, CDMed, wherein each PSFCH resource set comprises X resources in the frequency domain, and Y resources in a code domain, X and Y are integers equal to or larger than 1, and wherein PSFCH transmission resources in a PSFCH resource set are indexed with numbers in an ascending order firstly in the frequency domain, and then in the code domain..
An apparatus comprising: an N × M antenna array having N antenna columns , each antenna column from the N antenna columns having M antenna elements, where N is a positive integer power of 2 and M is a positive integer; an N x N passive multibeamformer having N antenna ports and N beam ports , where each antenna port is connected to a respective antenna column of the antenna array; a phase network having N phase shifters, each phase shifter connected to a respective beam port of the passive multibeamformer ; a switch network configured to select one or two of the phase shifters in the phase network; and a controller configured to control the selection of the switch network such that: the controller can configure the apparatus to support any one of N main beampatterns of the antenna array by controlling the switch network to select a corresponding single phase shifter of the phase network; and the controller can configure the apparatus to support any one of up to at least N -1 combined beampatterns of the antenna array by controlling the switch network to select a corresponding pair of phase shifters of the phase network. an N × M antenna array having N antenna columns , each antenna column from the N antenna columns having M antenna elements, where N is a positive integer power of 2 and M is a positive integer; an N x N passive multibeamformer having N antenna ports and N beam ports , where each antenna port is connected to a respective antenna column of the antenna array; a phase network having N phase shifters, each phase shifter connected to a respective beam port of the passive multibeamformer ; a switch network configured to select one or two of the phase shifters in the phase network; and a controller configured to control the selection of the switch network such that: the controller can configure the apparatus to support any one of N main beampatterns of the antenna array by controlling the switch network to select a corresponding single phase shifter of the phase network; and the controller can configure the apparatus to support any one of up to at least N -1 combined beampatterns of the antenna array by controlling the switch network to select a corresponding pair of phase shifters of the phase network. the controller can configure the apparatus to support any one of N main beampatterns of the antenna array by controlling the switch network to select a corresponding single phase shifter of the phase network; and the controller can configure the apparatus to support any one of up to at least N -1 combined beampatterns of the antenna array by controlling the switch network to select a corresponding pair of phase shifters of the phase network.
A tyre inflation system and a wheel for a vehicle, wherein the wheel comprises a tyre and a rim for supporting the tyre , a chamber being defined between the tyre and the rim for receiving pressurized air, said wheel further comprises a detecting device located inside the chamber for detecting presence of water in the wheel , wherein the detecting device comprises a humidity sensor by means of which presence of water in the chamber can be detected; the tyre inflation system is configured for inflating or deflating a tyre in order to bring pressure inside the chamber at the target pressure value (PwT) and comprises a control unit for controlling the tyre inflation system, characterised in that said control unit is configured to disable the tyre inflation system when water is detected to be present inside the wheel.