mhurhangee/ep-ind-claims huggingface dataset:
A mobile device comprising: a mobile device processor; and a motion sensor communicatively coupled to the mobile device processor, the motion sensor including: detection means (32, 42) for sensing motion of the mobile device and generating first information relating to the motion of the mobile device; and motion sensor processing means (34, 44), communicatively coupled to the detection means (32, 42), for integrating the first information at a first rate to generate second information indicative of a result of integrating the first information; wherein the motion sensor is configured to provide samples of the second information to the mobile device processor, the samples being at a second rate lower than the first rate. a mobile device processor; and a motion sensor communicatively coupled to the mobile device processor, the motion sensor including: detection means (32, 42) for sensing motion of the mobile device and generating first information relating to the motion of the mobile device; and motion sensor processing means (34, 44), communicatively coupled to the detection means (32, 42), for integrating the first information at a first rate to generate second information indicative of a result of integrating the first information; detection means (32, 42) for sensing motion of the mobile device and generating first information relating to the motion of the mobile device; and motion sensor processing means (34, 44), communicatively coupled to the detection means (32, 42), for integrating the first information at a first rate to generate second information indicative of a result of integrating the first information; wherein the motion sensor is configured to provide samples of the second information to the mobile device processor, the samples being at a second rate lower than the first rate.
A method that facilitates viewing locations of a data point within a set of control logic for an industrial automation system, comprising: obtaining a selection of a data point within the set of control logic, determining locations of the selected data point within the set of control logic, displaying the locations of the selected data point in a common area of display with the set of control logic, and in response to a selection of a location of the displayed locations of the data point, navigating the common area of display to the selected location within the set of control logic and removing the locations of the selected data point from the common area of display, wherein displaying the locations of the data point includes assessing available area at the common area of display for displaying the locations of the data point and displaying the locations of the data point based at least in part on the assessment, and wherein assessing available area at the common area of display includes determining whether sufficient available area exists at the common area of display for displaying the locations of the data point, and the displaying the locations of the data point based at least in part on the assessment includes providing a control region that facilitates navigation to an external reference window upon a negative determination. obtaining a selection of a data point within the set of control logic, determining locations of the selected data point within the set of control logic, displaying the locations of the selected data point in a common area of display with the set of control logic, and in response to a selection of a location of the displayed locations of the data point, navigating the common area of display to the selected location within the set of control logic and removing the locations of the selected data point from the common area of display, wherein displaying the locations of the data point includes assessing available area at the common area of display for displaying the locations of the data point and displaying the locations of the data point based at least in part on the assessment, and wherein assessing available area at the common area of display includes determining whether sufficient available area exists at the common area of display for displaying the locations of the data point, and the displaying the locations of the data point based at least in part on the assessment includes providing a control region that facilitates navigation to an external reference window upon a negative determination.
A pressurized olfactory drug delivery device for producing a nasal spray having a circumferential velocity, comprising: (a) a container comprising a mixture of a pressurized fluid and a therapeutic compound; (b) a delivery device in communication with the container, the delivery device having a plurality of longitudinal helical channels, each helical channel comprising an inlet and an outlet disposed at the nasal proximal-most end of the device; and (c) a metering device for discharging the pressurized fluid mixture through the helical channels; wherein the configuration of the helical channels and the outlets produces a plurality of spray discharges that converge into a single spray plume having a circumferential velocity. (a) a container comprising a mixture of a pressurized fluid and a therapeutic compound; (b) a delivery device in communication with the container, the delivery device having a plurality of longitudinal helical channels, each helical channel comprising an inlet and an outlet disposed at the nasal proximal-most end of the device; and (c) a metering device for discharging the pressurized fluid mixture through the helical channels;
A rivet comprising a unitary wire mesh structure which has a central bore and comprises a collar at one end thereof and a shank at the other end thereof, characterised in that the average density of the collar is greater than the average density of the shank.
A gearbox for rail vehicle, comprising a primary gearbox configured to connect with a traction motor, and further comprising a secondary gearbox arranged on both sides of the primary gearbox along a longitudinal direction of the rail vehicle, wherein a framework bearing beam is formed by connecting the primary gearbox and the secondary gearbox, the primary gearbox is configured to transmit power from the traction motor to the secondary gearbox, and the secondary gearbox are configured to transmit power from the primary gearbox to wheelsets of the rail vehicle.
A synthetic resin bottle which is a biaxially drawn, blow molded bottle made by using an injection molded preform in a shape of a test tube having a cylindrically shaped mouth opening portion disposed on a cylindrically shaped body, which has a body and a mouth opening portion formed by biaxially drawn blow molding and a cylindrically shaped neck portion vertically disposed by biaxially drawing and blow molding the upper part of the body of the preform between the body and the mouth opening portion, said bottle being characterized in that the mouth opening portion has a bore diameter (D1a) of 10 mm or less and that the maximum diameter (D3bx) of the body is 2.5 times or more as much as the bore diameter (D1a) of the mouth opening portion.
Device for cutting material, mainly foods, vegetables or fruits, said device comprising: a housing, said housing comprising a rectangular cutting chamber with open top, in the cutting chamber a movable first cutter with the cutting edges and at the bottom of the cutting chamber a stationary second cutter with cutting edges (55, 55') and at one end of the cutting chamber a material ejector for ejecting a material between the cutting edges of the first cutter, a lever (30, 30') attached pivotally around the pivoting axle to the housing, where in relation to the pivoting axle on one side of the lever said first cutter is attached in an articulated manner to the lever such, that when lever (30, 30') is pivoted around the pivoting axle, the first cutter is caused to move linearly and parallel to the bottom of the cutting chamber from one end of the cutting chamber towards the first material ejector for ejecting material from between the cutting edges of the first cutter at the other end of the cutting chamber, characterized in that further pivotal movement of the lever in the same direction causes the first cutter to move into the first material ejector for ejecting material from between the cutting edges of the first cutter and lever causes the second ejector attached to the other side of lever in relation to the pivoting axle to enter into the cutting chamber, and by further pivotal movement of the lever the second ejector is made to move through the cutting chamber between the cutting edges (55, 55') of the second cutter for pushing material through the cutting edges (55, 55') of the second cutter. a housing, said housing comprising a rectangular cutting chamber with open top, in the cutting chamber a movable first cutter with the cutting edges and at the bottom of the cutting chamber a stationary second cutter with cutting edges (55, 55') and at one end of the cutting chamber a material ejector for ejecting a material between the cutting edges of the first cutter, a lever (30, 30') attached pivotally around the pivoting axle to the housing, where in relation to the pivoting axle on one side of the lever said first cutter is attached in an articulated manner to the lever such, that when lever (30, 30') is pivoted around the pivoting axle, the first cutter is caused to move linearly and parallel to the bottom of the cutting chamber from one end of the cutting chamber towards the first material ejector for ejecting material from between the cutting edges of the first cutter at the other end of the cutting chamber, characterized in that further pivotal movement of the lever in the same direction causes the first cutter to move into the first material ejector for ejecting material from between the cutting edges of the first cutter and lever causes the second ejector attached to the other side of lever in relation to the pivoting axle to enter into the cutting chamber, and by further pivotal movement of the lever the second ejector is made to move through the cutting chamber between the cutting edges (55, 55') of the second cutter for pushing material through the cutting edges (55, 55') of the second cutter.
A galvanized steel sheet comprising a basal steel sheet consisting of elements C: 0.01 to 0.15%, Si: 0.001 to 2.0%, Mn: 0.1 to 3.0%, Al: 0.001 to 1.0%, P: 0.005 to 0.060%, S≤0.01%, and optionally one or more kinds of elements selected from B: 0.001 to 0.005%, Nb: 0.005 to 0.05%, Ti: 0.005 to 0.05%, Cr: 0.001 to 1.0%, Mo: 0.05 to 1.0%, Cu: 0.05 to 1.0%, and Ni: 0.05 to 1.0%, all in percent by mass, and Fe and unavoidable impurities as the balance; a zinc plating layer formed on both sides of the basal steel sheet with an amount of plating per side in a range of 20 to 120 g/m 2; one or more kinds of oxides selected from Fe, Si, Mn, Al, P, B, Nb, Ti, Cr, Mo, Cu, and Ni oxides existing in a steel sheet superficial portion, namely, a portion located in direct contact with the zinc plating layer and extending from each surface of the basal steel sheet to a depth of 100 μm, with a total amount of the oxides per side in a range of 0.01 to 0.5 g/m 2, wherein B, Nb, Ti, Cr, Mo, Cu, and Ni oxides are only present in the case as B, Nb, Ti, Cr, Mo, Cu, and Ni is present in the basal steel sheet; and a crystalline oxide existing within 1 μm inside from a boundary of a grain of an Fe crystal, in a region from each surface of the basal steel sheet to a depth of 10 μm, which is also located in direct contact with the zinc plating layer, the crystalline oxide comprising Si and Mn atoms.
A powder supply device for a powder coating system having at least one powder container comprising a powder chamber for coating powder and at least one powder pump connected or connectable to a powder dispensing channel emptying into the powder chamber via a powder discharge opening in order to draw coating powder out of the powder chamber during the powder coating operation of the powder coating system, wherein the at least one powder pump is designed as a dense phase powder pump comprising at least one powder feed chamber for drawing the coating powder, wherein the powder dispensing channel is formed in a side wall (24-4, 24-5) of the powder container and the dense phase powder pump is connected or connectable to the powder dispensing channel via a suction tube connector, and wherein the powder supply device further comprises a suction tube which is connected or connectable to a through-hole of the suction tube connector, and characterized in that the suction tube can be inserted into the powder dispensing channel.
A vehicle travel assist apparatus, which performs speed-reduction control in which a relative deceleration (Gr) of a host vehicle with respect to an object present ahead of the host vehicle in a traveling direction approaches a target relative deceleration (Af), and a relative speed (Vr) of the host vehicle with reference to the object becomes less than or equal to a specified speed (Vth) at a target position set behind the object, wherein a model deceleration change amount (Jmin) is set to be a smaller value in a state in which it is relatively more difficult to reduce the speed of the vehicle than in a state in which it is relatively easy to reduce the speed of the vehicle, the vehicle travel assist apparatus being characterized by being configured such that a subtraction value is obtained by subtracting the current relative deceleration (Gr) from a target value, which corresponds to a result obtained by multiplying the model deceleration change amount (Jmin) by an elapsed time (ΔTst) from a set time point of the model deceleration change amount (Jmin), the target relative deceleration (Af) is determined to be a greater value when the subtraction value is great than when the subtraction value is small the target value that corresponds to the result obtained by multiplying the model deceleration change amount (Jmin) by the elapsed time (ΔTst) is set as a first target value, based on the current relative speed (Vr) and a distance (Xr) between a current position of the vehicle and the target position, a target relative deceleration with which the relative speed (Vr) becomes equal to or less than the specified speed (Vth) at the target position is calculated as a second target value, a subtraction value is obtained by subtracting the current relative deceleration (Gr) from a smaller target value (AfR) of the first and the second target values (AfR1, AfR2), and the target relative deceleration (Af) is determined to be a greater value when the subtraction value is great than when the subtraction value is small (S21, S25).
A density control mechanism for a baler comprising: a trigger assembly positioned through a stuffer chute of said baler for checking the density of material received in a stuffer chute of said baler, said trigger assembly adapted to initiate the sweeping of a charge of material from said stuffer chute when the desired density of material is received in said stuffer chute; and a stuffer clutch assembly comprising first and second arms (350, 354) coupled together wherein an end of said first arm is adapted for movement to release an end of said second arm from contact with a trigger arm, said trigger arm contacting a rotating sprocket of said baler when said trigger arm no longer contacts said second arm, whereby the charge of material is swept from said stuffer chute; characterised in that said first and second arms (350, 354) are coupled together by a pin in one of said arms received and slidably retained in a slot in the other of said arms, and wherein said end of said first arm is coupled to a motor for rotational movement. a trigger assembly positioned through a stuffer chute of said baler for checking the density of material received in a stuffer chute of said baler, said trigger assembly adapted to initiate the sweeping of a charge of material from said stuffer chute when the desired density of material is received in said stuffer chute; and a stuffer clutch assembly comprising first and second arms (350, 354) coupled together wherein an end of said first arm is adapted for movement to release an end of said second arm from contact with a trigger arm, said trigger arm contacting a rotating sprocket of said baler when said trigger arm no longer contacts said second arm, whereby the charge of material is swept from said stuffer chute; characterised in that said first and second arms (350, 354) are coupled together by a pin in one of said arms received and slidably retained in a slot in the other of said arms, and wherein said end of said first arm is coupled to a motor for rotational movement.
A method for dynamically managing Secondary User Node, SUN, (102 - 108) access to a segment of a wireless spectrum licensed for use by Primary User Nodes PUNs, (110 - 116), the method comprising: detecting, by first and second SUNs (102 - 108), physical data transfers by the PUNs (110 - 116) at a plurality of first licensed frequencies during a plurality of slot sample times of a first epoch; generating by each of the first and second SUNs (102 - 108), a report comprising sensed spectral data indicating 1) during which of the slot sample times each physical data transfer was detected by a respective one of the first and second SUNs, and 2) at which of the first licensed frequencies each physical data transfer occurred; receiving, by the first SUN (102 - 108), the report broadcasted from the second SUN (102 - 108) at a non-licensed frequency during a respective one of a plurality of slot report times following the slot sample times of the first epoch; and analyzing (716, 718), by at least the first SUN (102 - 108), the sensed spectral data of the reports to determine a time for using a first licensed frequency without interfering with or only minimally interfering with use thereof by the PUNs characterized by further comprising extracting protocol header information from a plurality of unencrypted packets transferred by the PUNs at at least one of the first licensed frequencies during at least some of the plurality of slot sample times of the first epoch; using the protocol header information to identify at least one protocol layer operation which is probably being performed by the PUNs (110 - 116); and obtaining a known or learned RF energy pattern for the protocol layer operation which was previously identified, wherein the known or learned RF energy pattern is also analyzed to determine a time for using a first licensed frequency without interfering with or only minimally interfering with use thereof by the PUNs (110 - 116). detecting, by first and second SUNs (102 - 108), physical data transfers by the PUNs (110 - 116) at a plurality of first licensed frequencies during a plurality of slot sample times of a first epoch; generating by each of the first and second SUNs (102 - 108), a report comprising sensed spectral data indicating 1) during which of the slot sample times each physical data transfer was detected by a respective one of the first and second SUNs, and 2) at which of the first licensed frequencies each physical data transfer occurred; 1) during which of the slot sample times each physical data transfer was detected by a respective one of the first and second SUNs, and 2) at which of the first licensed frequencies each physical data transfer occurred; receiving, by the first SUN (102 - 108), the report broadcasted from the second SUN (102 - 108) at a non-licensed frequency during a respective one of a plurality of slot report times following the slot sample times of the first epoch; and analyzing (716, 718), by at least the first SUN (102 - 108), the sensed spectral data of the reports to determine a time for using a first licensed frequency without interfering with or only minimally interfering with use thereof by the PUNs
A thixotropic dispersion of polyurethane-isocyanurate particles in a liquid base polyol, wherein the polyurethane-isocyanurate particles include the reaction product of a low equivalent weight polyol having a hydroxyl equivalent weight of up to 80 and 2 to 6 hydroxyl groups per molecule with one or more polyisocyanate compounds in the presence of an isocyanurate trimerization catalyst.
A resin molded body, which is used outdoors, composed of a thermoplastic resin composition comprising 45% by mass or more and 55% by mass or less of a thermoplastic resin which is polybutylene terephthalate, 10% by mass or more and 50% by mass or less of a polycarbonate, 5% by mass or more and 20% by mass or less of an elastomer, 10% by mass or more and 15% by mass or less of a flame retardant, and 2% by mass or more and 10% by mass or less of antimony trioxide, wherein a Charpy impact value at 23°C measured in conformity with ISO179/1eA is 15 kJ/m 2 or more, and flame retardance measured under the conditions of a thickness of 1.0 mm in conformity with UL94 is V-0 or more. 10% by mass or more and 50% by mass or less of a polycarbonate, 5% by mass or more and 20% by mass or less of an elastomer, 10% by mass or more and 15% by mass or less of a flame retardant, and 2% by mass or more and 10% by mass or less of antimony trioxide,
A laminated glass formed by laminating at least two glass sheets through a thermoplastic resin layer, wherein at least one of said glass sheets comprises the near-infrared absorbent green glass composition, consisting of, in mass %: - 65 to 80% SiO 2, - 0 to 5% B 2 O 3, - 0 to 5% Al 2 O 3, - 0 to 10% MgO, - 5 to 15% CaO, - 0 to 10% SrO, - 0 to 10% BaO, - 10 to 18% Na 2 O, - 0 to 5% K 2 O, - 0 to 2% TiO 2, - 0.05 to 0.5% SO 3, - 0.77 to 0.80% T-Fe 2 O 3 which means a total iron oxide amount in terms of Fe 2 O 3, - 0.65 to 2.0% CeO 2, - 0 to 10% a total of NiO, Cr 2 O 3, Mo 2 O 3, ZnO, SnO 2 and La 2 O 3 and, in mass ppm, - 30 to 300 ppm MnO, wherein a total content of MgO and CaO is from 5 to 20 mass %, a total content of Na 2 O and K 2 O is from 10 to 20 mass %, a FeO ratio represented by a mass ratio of FeO converted into Fe 2 O 3 relative to said T-Fe 2 O 3 is from 0.30 to 0.35, a visible light transmittance measured by using CIE illuminant A is at least 80%, a total solar energy transmittance is 62% or less, a dominant wavelength measured by using CIE illuminant C is from 500 to 540 nm, an integrated value obtained by integrating transmittances of every 1 nm in the wavelength from 1100 to 2200 nm is 62000 or less, and the glass sheet comprising the near-infrared absorbent green glass composition has a thickness in the range of 2.0 to 2.2 mm. - 65 to 80% SiO 2, - 0 to 5% B 2 O 3, - 0 to 5% Al 2 O 3, - 0 to 10% MgO, - 5 to 15% CaO, - 0 to 10% SrO, - 0 to 10% BaO, - 10 to 18% Na 2 O, - 0 to 5% K 2 O, - 0 to 2% TiO 2, - 0.05 to 0.5% SO 3, - 0.77 to 0.80% T-Fe 2 O 3 which means a total iron oxide amount in terms of Fe 2 O 3, - 0.65 to 2.0% CeO 2, - 0 to 10% a total of NiO, Cr 2 O 3, Mo 2 O 3, ZnO, SnO 2 and La 2 O 3 and, in mass ppm, - 30 to 300 ppm MnO,
A method of constructing a multiplexer structure from a passive substrate panel, comprising: fabricating a high band filter on the passive substrate panel, the high band filter including at least a 2D planar spiral inductor on a first side of the passive substrate panel; fabricating a low band filter on the passive substrate panel, the low band filter including a 3D through-substrate inductor and at least one first capacitor, the at least one first capacitor being formed on a second side of the passive substrate panel, opposite the first side; and fabricating a via through the passive substrate panel coupling the high band filter and the low band filter through the passive substrate panel. fabricating a high band filter on the passive substrate panel, the high band filter including at least a 2D planar spiral inductor on a first side of the passive substrate panel; fabricating a low band filter on the passive substrate panel, the low band filter including a 3D through-substrate inductor and at least one first capacitor, the at least one first capacitor being formed on a second side of the passive substrate panel, opposite the first side; and fabricating a via through the passive substrate panel coupling the high band filter and the low band filter through the passive substrate panel.