mhurhangee/ep-ind-claims huggingface dataset:
A boot for a horse comprising: a shell that includes a sole and an upper; and a gaiter that includes a mounting section releasably coupled to a portion of the upper, a wrapping section adapted to releasably wrap around and enclose a pastern of the horse, and a connecting section coupling the mounting section to the wrapping section; wherein said sole is adapted to completely enclose the hoof's underside, said upper comprises a slit with opposite sides that extend downward from a front top edge of the upper, thereby defining a substantially vertical gap, said opposite sides of the slit being free of any restraining structure overlapping said vertical gap; wherein the upper includes sidewalls that are normally bent inward; and said wrapping section encloses the pastern solely above a front hairline and below a fetlock of the horse, whereby a portion of said hairline is in a substantially horizontal gap between a front lower edge of the gaiter and said front top edge of the upper; and wherein said mounting section coupled to a portion of the upper does not extend over said front top edge of the upper. a shell that includes a sole and an upper; and a gaiter that includes a mounting section releasably coupled to a portion of the upper, a wrapping section adapted to releasably wrap around and enclose a pastern of the horse, and a connecting section coupling the mounting section to the wrapping section; wherein said sole is adapted to completely enclose the hoof's underside, said upper comprises a slit with opposite sides that extend downward from a front top edge of the upper, thereby defining a substantially vertical gap, said opposite sides of the slit being free of any restraining structure overlapping said vertical gap; wherein the upper includes sidewalls that are normally bent inward; and said wrapping section encloses the pastern solely above a front hairline and below a fetlock of the horse, whereby a portion of said hairline is in a substantially horizontal gap between a front lower edge of the gaiter and said front top edge of the upper; and wherein said mounting section coupled to a portion of the upper does not extend over said front top edge of the upper.
An oral care product suitable for the remineralisation of teeth, the product comprising: (i) a first composition having a non-aqueous liquid continuous phase including a thickening agent, a humectant, and an agent for the remineralisation of teeth; the agent for the remineralisation of teeth being a mixture of a calcium silicate and a phosphate source which, when delivered to the teeth results in the in situ generation of hydroxyapatite on teeth; (ii) a second composition having an aqueous liquid continuous phase including a thickening agent and a humectant, the second composition comprising at least 30% by weight water (by weight based on the total weight of the second composition), and less than 2.5% by weight of phosphate source (by weight based on the total weight of the second composition); in which the second composition is stored separately from the first composition prior to usage of the product in a manner to avoid contact between the water in the second composition and the agent for the remineralisation of teeth in the first composition; and also in which the first and second compositions are adapted to be admixed and applied to the surface of the teeth for sustained contact. (i) a first composition having a non-aqueous liquid continuous phase including a thickening agent, a humectant, and an agent for the remineralisation of teeth; the agent for the remineralisation of teeth being a mixture of a calcium silicate and a phosphate source which, when delivered to the teeth results in the in situ generation of hydroxyapatite on teeth; (ii) a second composition having an aqueous liquid continuous phase including a thickening agent and a humectant, the second composition comprising at least 30% by weight water (by weight based on the total weight of the second composition), and less than 2.5% by weight of phosphate source (by weight based on the total weight of the second composition);
Method for optical measurement of a thread at at least one end of a metal tube by means of at least one measuring head, which is secured to a manipulator and preferably freely positionable with respect to the metal tube and which has at least one optical measuring path for measuring the thread as well as at least one position detector, wherein the method comprises at least the following method steps: A) providing the metal tube in a measuring position, B) determining the three-dimensional position of a longitudinal axis of the metal tube by means of the at least one position detector before and/or during positioning of the measuring head in a measuring setting, C) aligning the measuring head parallel to the longitudinal axis of the metal tube before and/or during positioning of the measuring head in the measuring setting and D) performing the optical thread measurement, characterised in that the determination of the three-dimensional position of the longitudinal axis of the metal tube is carried out during a linear movement of the measuring head along a target course of the longitudinal axis of the metal tube of the measuring head, at least one first line laser is used as position detector and the determination of the three-dimensional position of the longitudinal axis of the metal tube and/or fine orientation of the measuring head and/or of the optical measuring path is or are carried out with use of at least one second line laser at the measuring head, which is oriented parallelly to a target course of the longitudinal axis of the metal tube. A) providing the metal tube in a measuring position, B) determining the three-dimensional position of a longitudinal axis of the metal tube by means of the at least one position detector before and/or during positioning of the measuring head in a measuring setting, C) aligning the measuring head parallel to the longitudinal axis of the metal tube before and/or during positioning of the measuring head in the measuring setting and D) performing the optical thread measurement, characterised in that the determination of the three-dimensional position of the longitudinal axis of the metal tube is carried out during a linear movement of the measuring head along a target course of the longitudinal axis of the metal tube of the measuring head, at least one first line laser is used as position detector and the determination of the three-dimensional position of the longitudinal axis of the metal tube and/or fine orientation of the measuring head and/or of the optical measuring path is or are carried out with use of at least one second line laser at the measuring head, which is oriented parallelly to a target course of the longitudinal axis of the metal tube.
A method comprising: generating, by a first inline probe device, test traffic for testing a device based on a traffic policy being tested; transmitting, by the first inline probe device, the test traffic to the device, the device transmitting post-device traffic based on receiving the test traffic; receiving, by a second inline probe device, the post-device traffic from the device; matching, by the second inline probe device, data included in the post-device traffic with a remotely programmable target bit pattern, the remotely programmable target bit pattern being selected by a device remote to the second inline probe device; and causing, by the second inline probe device, testing of the post-device traffic to determine whether the traffic policy is enforced on the device based on matching the data included in the post-device traffic with the remotely programmable target bit pattern. generating, by a first inline probe device, test traffic for testing a device based on a traffic policy being tested; transmitting, by the first inline probe device, the test traffic to the device, the device transmitting post-device traffic based on receiving the test traffic; the device transmitting post-device traffic based on receiving the test traffic; receiving, by a second inline probe device, the post-device traffic from the device; matching, by the second inline probe device, data included in the post-device traffic with a remotely programmable target bit pattern, the remotely programmable target bit pattern being selected by a device remote to the second inline probe device; and the remotely programmable target bit pattern being selected by a device remote to the second inline probe device; and causing, by the second inline probe device, testing of the post-device traffic to determine whether the traffic policy is enforced on the device based on matching the data included in the post-device traffic with the remotely programmable target bit pattern.
Method for controlling a machine tool having a plurality of working axes (16, 17, 18, 19) which are configured for displacement of at least one of working head and a workpiece, the method comprising the steps of: - providing a data memory containing, for at least one specific working axis of the plurality of working axes (16, 17, 18, 19), a plurality of data tuples (D1, D2,..., Dn) which each assign a load value (B1, B2,...., Bn) to a position value (P1, P2,..., Pn) relative to the specific working axis, - selecting, from the plurality of data tuples (D1, D2,..., Dn), a first data tuple having a first position value and a first load value and a second data tuple having a second position value and a second load value, the first position value being different from the second position value, and - generating at least one control command for the machine tool, the control command being adapted to perform a first tolerance measurement at a first position described by the first position value and a second tolerance measurement at a second position described by the second position value, and wherein on the basis of a first result of the first tolerance measurement and a second result of the second tolerance measurement, information about wear of a part of the machine tool is output, wherein each of the first and the second tolerance measurement determine a deviation between a specified target position and an actual position. - providing a data memory containing, for at least one specific working axis of the plurality of working axes (16, 17, 18, 19), a plurality of data tuples (D1, D2,..., Dn) which each assign a load value (B1, B2,...., Bn) to a position value (P1, P2,..., Pn) relative to the specific working axis, - selecting, from the plurality of data tuples (D1, D2,..., Dn), a first data tuple having a first position value and a first load value and a second data tuple having a second position value and a second load value, the first position value being different from the second position value, and - generating at least one control command for the machine tool, the control command being adapted to perform a first tolerance measurement at a first position described by the first position value and a second tolerance measurement at a second position described by the second position value, and
A system for providing vibration isolation for a MEMS device, the system comprising: a first assembly; a second assembly, wherein the second assembly and the first assembly are joined together, enclosing the MEMS device, wherein the joined first assembly and the second assembly have a recessed groove formed on an interior surface; a rigid support encircling the MEMS device, the rigid support fitting within the recessed groove; and at least one mount isolator in contact with a plurality of surfaces of the rigid support, wherein the at least one mount isolator interfaces the plurality of surfaces of the rigid support with the first assembly and the second assembly, when the first assembly and the second assembly are joined together. a first assembly; a second assembly, wherein the second assembly and the first assembly are joined together, enclosing the MEMS device, wherein the joined first assembly and the second assembly have a recessed groove formed on an interior surface; a rigid support encircling the MEMS device, the rigid support fitting within the recessed groove; and at least one mount isolator in contact with a plurality of surfaces of the rigid support, wherein the at least one mount isolator interfaces the plurality of surfaces of the rigid support with the first assembly and the second assembly, when the first assembly and the second assembly are joined together.
A rocket motor comprising: a housing having a first end portion and a second end portion; a first chamber positioned in the first end portion of the housing, said first chamber being adapted to contain solid combustible materials; a second chamber positioned in the second end portion, having a bladder disposed therein adapted to store at least one fluid oxidizer; a conduit adapted for connecting said first chamber and second chamber to facilitate the flow of materials from the second chamber to the first chamber, the conduit comprising an injector that is adapted to inject materials from said second chamber into said first chamber; a catalyst operably positioned between said first chamber and second chamber, the catalyst being contained inside the injector and arranged to react with the fluid oxidizer to produce a gaseous mixture containing at least one product resulting from decomposition of said fluid oxidizer; characterized in that a flow controller is coupled to the injector for controlling the flow of the gaseous mixture into said first chamber. a housing having a first end portion and a second end portion; a first chamber positioned in the first end portion of the housing, said first chamber being adapted to contain solid combustible materials; a second chamber positioned in the second end portion, having a bladder disposed therein adapted to store at least one fluid oxidizer; a conduit adapted for connecting said first chamber and second chamber to facilitate the flow of materials from the second chamber to the first chamber, the conduit comprising an injector that is adapted to inject materials from said second chamber into said first chamber; a catalyst operably positioned between said first chamber and second chamber, the catalyst being contained inside the injector and arranged to react with the fluid oxidizer to produce a gaseous mixture containing at least one product resulting from decomposition of said fluid oxidizer; characterized in that a flow controller is coupled to the injector for controlling the flow of the gaseous mixture into said first chamber.
An antimicrobial disinfecting composition comprising: a) 0.1 - 1 wt.% of each of at least one acid selected from the group of citric acid, lactic acid, tartaric acid, malic acid, fumaric acid, adipic acid, and succinic acid or a salt thereof; b) 0.1 - 1 wt.% of each of at least one amine oxide amphoteric surfactant, the composition having a total surfactant content which does not exceed 8 wt.%, wherein the total amount of betaine amphoteric surfactants in the composition is in the range of 0-50 wt.% of the total amount of amine oxide amphoteric surfactant. a) 0.1 - 1 wt.% of each of at least one acid selected from the group of citric acid, lactic acid, tartaric acid, malic acid, fumaric acid, adipic acid, and succinic acid or a salt thereof; b) 0.1 - 1 wt.% of each of at least one amine oxide amphoteric surfactant,
An air-processing apparatus comprising: a case having an outlet formed therein; a louver rotatably disposed in the case and configured to adjust a direction of air flowing through the outlet; and an output device comprising a lamp, a printed circuit board on which the lamp is mounted, and a transparent panel configured to allow light emitted from the lamp to pass therethrough, characterized in that the louver comprises a plurality of vanes (154, 156, 158) spaced apart from each other in a radial direction about a louver rotation shaft, and wherein the transparent panel is disposed in at least one of the plurality of vanes (154, 156, 158). a case having an outlet formed therein; a louver rotatably disposed in the case and configured to adjust a direction of air flowing through the outlet; and an output device comprising a lamp, a printed circuit board on which the lamp is mounted, and a transparent panel configured to allow light emitted from the lamp to pass therethrough, characterized in that the louver comprises a plurality of vanes (154, 156, 158) spaced apart from each other in a radial direction about a louver rotation shaft, and wherein the transparent panel is disposed in at least one of the plurality of vanes (154, 156, 158).
Needle insertion arrangement of an injection device for moving an injection needle between a retracted position and an extended position, comprising a disposable unit, comprising a needle base, to which the injection needle is fixed, and a drive mechanism, wherein a needle retainer is adapted to retain the needle base, the drive mechanism comprising a rotatable wheel with a notch, wherein at least one cross beam (15, 16) is movably arranged and engageable to an injection needle to move it between a retracted position and an extended position, wherein the cross beam (15, 16) comprises a cam (15.1, 16.1) adapted to engage the notch characterized in that the notch has a closed curve geometry comprising a curved section (12.1) and a linear section (12.2).
An LED light assembly comprising a housing, an LED (14, 54) disposed in said housing, and a heat dissipating structure (16, 56, 112, 142, 204) in thermal communication with said LED characterized in that: a fluid current generator (18, 58, 110, 148, 170, 200) is disposed in said housing for creating a current over said heat dissipating structure, wherein said fluid current generator includes a piezoelectric material. a fluid current generator (18, 58, 110, 148, 170, 200) is disposed in said housing for creating a current over said heat dissipating structure, wherein said fluid current generator includes a piezoelectric material.
A method of providing Frequency Domain, FD, Minimum Mean Squared Error, MMSE, equalization after initial interference cancellation, in a multi-antenna wireless system having a multi-stage Parallel Interference Cancellation, PIC, receiver (102, 109) and operating in a wireless network that supports multiple transmission layers, the method comprising: determining transmission layer-specific updated equalization weights by using transmission layer-specific initial equalization weights applied during initial interference cancellation; and applying transmission layer-specific updated equalization weights, through a corresponding stage of the PIC receiver (102, 109), to a cleaned-up version of a received signal resulting from the initial interference cancellation. determining transmission layer-specific updated equalization weights by using transmission layer-specific initial equalization weights applied during initial interference cancellation; and applying transmission layer-specific updated equalization weights, through a corresponding stage of the PIC receiver (102, 109), to a cleaned-up version of a received signal resulting from the initial interference cancellation.
A grass cutter comprising: a mower deck configured to house a rotating blade for mowing grass therein; a blower configured to convey the grass mowed by the rotating blade to a grass collection vessel; a blower PTO transmission shaft configured to be connected with the blower; a drive force low-speed transmitting passage through which a drive force from a drive source is transmitted at low speed; a drive force high-speed transmitting passage through which the drive force from the drive source is transmitted at high speed; and a blower PTO hydraulic clutch configured to connect the blower PTO transmission shaft with the drive force low-speed transmitting passage, connect the blower PTO transmission shaft with the drive force high-speed transmitting passage, and shift the blower PTO transmission shaft in a neutral state in which the blower PTO transmission shaft is not connected with the drive force low-speed transmitting passage and the drive force high-speed transmitting passage, characterized in that the grass cutter further comprises a brake mechanism configured to abut against a brake member installed at a non-rotation unit to brake the blower PTO transmission shaft when the blower PTO hydraulic clutch is in the neutral state. a mower deck configured to house a rotating blade for mowing grass therein; a blower configured to convey the grass mowed by the rotating blade to a grass collection vessel; a blower PTO transmission shaft configured to be connected with the blower; a drive force low-speed transmitting passage through which a drive force from a drive source is transmitted at low speed; a drive force high-speed transmitting passage through which the drive force from the drive source is transmitted at high speed; and a blower PTO hydraulic clutch configured to connect the blower PTO transmission shaft with the drive force low-speed transmitting passage, connect the blower PTO transmission shaft with the drive force high-speed transmitting passage, and shift the blower PTO transmission shaft in a neutral state in which the blower PTO transmission shaft is not connected with the drive force low-speed transmitting passage and the drive force high-speed transmitting passage, characterized in that the grass cutter further comprises a brake mechanism configured to abut against a brake member installed at a non-rotation unit to brake the blower PTO transmission shaft when the blower PTO hydraulic clutch is in the neutral state.