mhurhangee/ep-ind-claims huggingface dataset:
A system for indicating a risk for coronary artery disease for a person, wherein the system comprises: a microphone configured to be placed on the chest of the person for obtaining a sound from the heart of the person; and a processor operatively connected to the microphone, wherein the processor is configured to perform the following steps: obtain a sound recording from said microphone and which covers a plurality of heartbeats; identify a plurality of heart sounds in the sound recording covering a plurality of heartbeats; obtain a plurality of segments from the sound recording based on the plurality of heart sounds, wherein each segment covers at least a portion of a heart cycle; determine a frequency power measure based on the signal strength of a first frequency window of a period in the diastole of a first number of segments of the plurality of segments; characterised in that the processor is further configured to: determine an amplitude of the fourth heart sound (S4Amp) based on the plurality of heart sounds and the plurality of segments; determine an indication of a heart rate variability based on the plurality of heart sounds; and determine the indication of the risk for coronary artery disease based on the frequency power measure, the amplitude of the fourth heart sound (S4Amp), and the indication of the heart rate variability. a microphone configured to be placed on the chest of the person for obtaining a sound from the heart of the person; and a processor operatively connected to the microphone, wherein the processor is configured to perform the following steps: obtain a sound recording from said microphone and which covers a plurality of heartbeats; identify a plurality of heart sounds in the sound recording covering a plurality of heartbeats; obtain a plurality of segments from the sound recording based on the plurality of heart sounds, wherein each segment covers at least a portion of a heart cycle; determine a frequency power measure based on the signal strength of a first frequency window of a period in the diastole of a first number of segments of the plurality of segments; characterised in that the processor is further configured to: determine an amplitude of the fourth heart sound (S4Amp) based on the plurality of heart sounds and the plurality of segments; determine an indication of a heart rate variability based on the plurality of heart sounds; and determine the indication of the risk for coronary artery disease based on the frequency power measure, the amplitude of the fourth heart sound (S4Amp), and the indication of the heart rate variability.
A gas turbine engine, comprising: a combustor; a multiple of fuel injectors in communication with the combustor; and a cooling system in communication with each of the multiple of injectors; wherein the cooling system includes a cooling fluid manifold in communication with each of the multiple of fuel injectors; further comprising an inlet passage in communication with the cooling fluid manifold; characterised by further comprising an inlet scoop to direct a portion of a bypass airflow into the inlet passage. a combustor; a multiple of fuel injectors in communication with the combustor; and a cooling system in communication with each of the multiple of injectors; wherein the cooling system includes a cooling fluid manifold in communication with each of the multiple of fuel injectors; further comprising an inlet passage in communication with the cooling fluid manifold; characterised by further comprising an inlet scoop to direct a portion of a bypass airflow into the inlet passage.
An air conditioning system having a humidity controller for adjusting humidity of outdoor air for supply thereof into a room and an air conditioner for supplying into a room air whose temperature has been controlled, wherein: the humidity controller comprises: adsorbing members (51 and 52) by which an adsorbent is supported; and heating source means for at least heating the adsorbent of the adsorbing members (51 and 52), the humidity controller adjusting the humidity of the outdoor air in contact with the adsorbent of the adsorbing members (51 and 52); and the air conditioning system comprises controlling means (41 and 42) for, when a temperature To of the outdoor air is within a pre-set range at the time of starting the air conditioning system, causing the air conditioner to start air temperature control after a lapse of a pre-set time since the humidity controller started adjusting air humidity. the humidity controller comprises: adsorbing members (51 and 52) by which an adsorbent is supported; and heating source means for at least heating the adsorbent of the adsorbing members (51 and 52), the humidity controller adjusting the humidity of the outdoor air in contact with the adsorbent of the adsorbing members (51 and 52); and the air conditioning system comprises controlling means (41 and 42) for, when a temperature To of the outdoor air is within a pre-set range at the time of starting the air conditioning system, causing the air conditioner to start air temperature control after a lapse of a pre-set time since the humidity controller started adjusting air humidity.
A marine electronics device, comprising: a display element; a sonar signal processor; a memory comprising a plurality of program instructions which, when executed by the sonar signal processor, cause the processor to: receive sonar data from a transducer array (110, 220) disposed on a vessel, wherein the transducer array includes a plurality of transducer elements spaced apart at one or more known distances and configured to receive respective sonar signals for conversion into the sonar data, and wherein the sonar data corresponds to a marine environment proximate to the vessel; analyze the received sonar data to determine one or more locations of one or more objects of the marine environment using interferometry; generate point cloud data based on the one or more determined locations; generate a depth display (400, 500) based on the point cloud data, wherein the depth display includes a depth line (440, 540) representing an underwater floor of the marine environment; and display the depth display, wherein the depth display includes the depth line in place of connected clusters of the point cloud data. a display element; a sonar signal processor; a memory comprising a plurality of program instructions which, when executed by the sonar signal processor, cause the processor to: receive sonar data from a transducer array (110, 220) disposed on a vessel, wherein the transducer array includes a plurality of transducer elements spaced apart at one or more known distances and configured to receive respective sonar signals for conversion into the sonar data, and wherein the sonar data corresponds to a marine environment proximate to the vessel; analyze the received sonar data to determine one or more locations of one or more objects of the marine environment using interferometry; generate point cloud data based on the one or more determined locations; generate a depth display (400, 500) based on the point cloud data, wherein the depth display includes a depth line (440, 540) representing an underwater floor of the marine environment; and display the depth display, wherein the depth display includes the depth line in place of connected clusters of the point cloud data. receive sonar data from a transducer array (110, 220) disposed on a vessel, wherein the transducer array includes a plurality of transducer elements spaced apart at one or more known distances and configured to receive respective sonar signals for conversion into the sonar data, and wherein the sonar data corresponds to a marine environment proximate to the vessel; analyze the received sonar data to determine one or more locations of one or more objects of the marine environment using interferometry; generate point cloud data based on the one or more determined locations; generate a depth display (400, 500) based on the point cloud data, wherein the depth display includes a depth line (440, 540) representing an underwater floor of the marine environment; and display the depth display, wherein the depth display includes the depth line in place of connected clusters of the point cloud data.
A scroll compressor comprising: a compression mechanism including a fixed scroll including a fixed-side end plate and a spiral wall-shaped fixed-side wrap standing on the fixed-side end plate and an orbiting scroll including an orbiting-side end plate and a spiral wall-shaped orbiting-side wrap standing on the orbiting-side end plate, wherein the fixed-side wrap and the orbiting-side wrap are engaged with each other and form a compression chamber (35a, 35b) between the scrolls (40, 50), the fixed scroll has an injection port that is configured to communicate with the compression chamber (35a, 35b) through a communication passageway located in the fixed-side end plate, characterised in that the orbiting-side wrap has a thick portion including an increasing tooth thickness portion and located at a position corresponding to the injection port, a tooth thickness of the increasing tooth thickness portion increases from a start of winding to an end of winding of the orbiting-side wrap, and the thick portion has a thickness greater than or equal to a dimension of an opening of the injection port measured along a tooth thickness of the orbiting-side wrap. a compression mechanism including a fixed scroll including a fixed-side end plate and a spiral wall-shaped fixed-side wrap standing on the fixed-side end plate and an orbiting scroll including an orbiting-side end plate and a spiral wall-shaped orbiting-side wrap standing on the orbiting-side end plate, wherein the fixed-side wrap and the orbiting-side wrap are engaged with each other and form a compression chamber (35a, 35b) between the scrolls (40, 50), the fixed scroll has an injection port that is configured to communicate with the compression chamber (35a, 35b) through a communication passageway located in the fixed-side end plate, characterised in that the orbiting-side wrap has a thick portion including an increasing tooth thickness portion and located at a position corresponding to the injection port, a tooth thickness of the increasing tooth thickness portion increases from a start of winding to an end of winding of the orbiting-side wrap, and the thick portion has a thickness greater than or equal to a dimension of an opening of the injection port measured along a tooth thickness of the orbiting-side wrap.
Erasable, sintered coloured lead for writing-, drawing- and painting devices or coloured chalk having a sintered lead- or chalk base body, which is formed from a lead- or chalk base mass including at least one binding agent having a proportion of from 4 to 17% by weight and at least one filler having a proportion of from 25 to 99% by weight, wherein the sintered lead- or chalk base body is impregnated with at least one dye and at least one lubricant, wherein dye having a proportion of from 0.1 to 10% by weight is included in the coloured lead or coloured chalk, wherein boron nitride and/or a mineral filler, in particular kaolin and/or talcum and/or calcium carbonate, and/or clay is included in the lead- or chalk base body as fillers.
Striking hand-held machine tool with a tool holder for holding a striking tool on a working axis, an electric motor, a striking mechanism, which has an exciter, a pneumatic chamber, a striker, an intermediate chamber and a riveting set following one after the other in the striking direction, a closed channel, which connects a first channel opening in the pneumatic chamber and a second channel opening in the intermediate chamber, a stop valve (28, 42) arranged at the second channel opening, which is forced into a position that closes the second channel opening, if the riveting set is in the working position, characterised by a non-return valve arranged in the channel, which closes when there is a flow of air from the first channel opening to the second channel opening and opens when there is a flow of air from the second channel opening to the first channel opening, and in which the pneumatic chamber has a throttle opening to exchange air between the pneumatic chamber and the surroundings of the hand-held machine tool.
A welding rod comprising: physical marks (188, 190, 192, 194, 196, 198, 200, 202, 204), each of them indicating a location of the welding rod relative to either a first end of the welding rod, or a second end of the welding rod; wherein the physical marks (188, 190, 192, 194, 196, 198, 200, 202, 204) being configured to be detected by a camera-based detection system to determine a remaining length of the welding rod, a consumed length of the welding rod, a rate of use of the welding rod, a dipping rate of the welding rod, or some combination thereof. physical marks (188, 190, 192, 194, 196, 198, 200, 202, 204), each of them indicating a location of the welding rod relative to either a first end of the welding rod, or a second end of the welding rod; wherein the physical marks (188, 190, 192, 194, 196, 198, 200, 202, 204) being configured to be detected by a camera-based detection system to determine a remaining length of the welding rod, a consumed length of the welding rod, a rate of use of the welding rod, a dipping rate of the welding rod, or some combination thereof.
A refrigeration and air conditioning device comprising: - an outdoor unit including: - a heat exchanger accommodated in a housing; and - a blower disposed atop the housing, wherein the housing includes: - a side cover for covering sides of the outdoor unit; - a bottom base for covering a bottom of the outdoor unit; and - a foot portion disposed under the bottom base having a top portion that engages the bottom base of the outdoor unit and a bottom portion, wherein the foot portion includes opposite end portions being configured to engage with a stand with bolts, wherein a middle portion is extending between the opposite end portions, wherein each of the opposite end portions includes a bolt tightening point; and - a raised portion, which is being integral with the bottom portion, extends upwardly from the bottom portion towards the top portion and terminates below the top portion, wherein: the raised portion has a first height along said middle portion and a second height along the opposite end portions, wherein the first height is greater than the second height. - an outdoor unit including: - a heat exchanger accommodated in a housing; and - a blower disposed atop the housing, wherein - a heat exchanger accommodated in a housing; and - a blower disposed atop the housing, wherein the housing includes: - a side cover for covering sides of the outdoor unit; - a bottom base for covering a bottom of the outdoor unit; and - a foot portion disposed under the bottom base having a top portion that engages the bottom base of the outdoor unit and a bottom portion, wherein the foot portion includes opposite end portions being configured to engage with a stand with bolts, wherein a middle portion is extending between the opposite end portions, wherein each of the opposite end portions includes a bolt tightening point; and - a raised portion, which is being integral with the bottom portion, extends upwardly from the bottom portion towards the top portion and terminates below the top portion, - a side cover for covering sides of the outdoor unit; - a bottom base for covering a bottom of the outdoor unit; and - a foot portion disposed under the bottom base having a top portion that engages the bottom base of the outdoor unit and a bottom portion, wherein the foot portion includes opposite end portions being configured to engage with a stand with bolts, wherein a middle portion is extending between the opposite end portions, wherein each of the opposite end portions includes a bolt tightening point; and - a raised portion, which is being integral with the bottom portion, extends upwardly from the bottom portion towards the top portion and terminates below the top portion, wherein: the raised portion has a first height along said middle portion and a second height along the opposite end portions, wherein the first height is greater than the second height.
Use for the cosmetic treatment of keratin fibres, such as the hair, of a cosmetic composition comprising, in a cosmetically acceptable medium: - from 1.1% to 50% by weight, relative to the total weight of the composition, of at least two different volatile linear alkanes differing from each other by a carbon number n of at least 1, - one or more solid fatty alcohols and - one or more polymeric thickeners containing sugar units. - from 1.1% to 50% by weight, relative to the total weight of the composition, of at least two different volatile linear alkanes differing from each other by a carbon number n of at least 1, - one or more solid fatty alcohols and - one or more polymeric thickeners containing sugar units.
A particulate titanium dioxide having a median volume particle diameter of greater than 70 nm, wherein the median volume particle diameter is 85 to 175 nm, having a mean length of 30 to 75 nm, and having an E 524 of less than 9 l/g/cm and/or an E 360 of 25 to 50 l/g/cm and/or an E 360 /E 308 ratio of 0.5 to 1.0, wherein the titanium dioxide particles are coated with an inorganic coating and/or organic coating, wherein the amount of inorganic coating, when present, is in the range from 1 to 20% by weight, based on the weight of titanium dioxide core particles.
Bottle for transporting a beverage having - a receiving body for the beverage, - a closure having an external part intended to be attached removably to the receiving body, and an internal part having a passage duct for the beverage, the internal part being arranged removably in the external part, the closure having at least one device for locking the internal part in the external part by elastic deformation, the at least one device for locking by elastic deformation having a locking head that is movable between a retaining position, in which the internal part is retained in the external part and a release position, in which the internal part can be withdrawn from the external part, characterised in that the locking head is arranged at a first end of an elastically deformable element, a second end of which is attached to the internal part, the locking head being moved into the release position by elastic deformation of the elastically deformable element, by exertion of a manual pressure on the locking head, the elastically deformable element having a portion in the form of a circular arc, which extends through an angle greater than 90 degrees, preferably greater than 120 degrees. - a receiving body for the beverage, - a closure having an external part intended to be attached removably to the receiving body, and an internal part having a passage duct for the beverage,
A washing machine comprising a washing machine leg with automatic leveling function, comprising: a jacket; an adjusting leg, which is arranged in the jacket and moves axially relative to the jacket; and a flexible assembly, which is arranged in the adjusting leg and is used for accommodating a hydraulic medium; one end of the flexible assembly is mounted in the jacket in a limiting manner, and another end of the flexible assembly is a telescopic end acting on the adjusting leg; and the telescopic end of the flexible assembly extends and contracts under action of the hydraulic medium to drive the adjusting leg to move axially, thereby implementing automatic leveling, characterized in that, a guide limiting groove is formed in the inner wall of the jacket, a guide limiting block is arranged on an outer wall of the adjusting leg, and the guide limiting block is limited in the guide limiting groove and axially slide along the guide limiting groove; an elastic washer is arranged on the outer side of a bottom wall of the adjusting leg, a reinforcing fitting groove is formed in the bottom wall of the adjusting leg, a reinforcing fitting rib matching with the reinforcing fitting groove is arranged on an upper surface of the elastic washer, and a lower surface of the elastic washer is partially recessed to form a damping rib. a jacket; an adjusting leg, which is arranged in the jacket and moves axially relative to the jacket; and a flexible assembly, which is arranged in the adjusting leg and is used for accommodating a hydraulic medium; one end of the flexible assembly is mounted in the jacket in a limiting manner, and another end of the flexible assembly is a telescopic end acting on the adjusting leg; and the telescopic end of the flexible assembly extends and contracts under action of the hydraulic medium to drive the adjusting leg to move axially, thereby implementing automatic leveling, characterized in that, a guide limiting groove is formed in the inner wall of the jacket, a guide limiting block is arranged on an outer wall of the adjusting leg, and the guide limiting block is limited in the guide limiting groove and axially slide along the guide limiting groove; an elastic washer is arranged on the outer side of a bottom wall of the adjusting leg, a reinforcing fitting groove is formed in the bottom wall of the adjusting leg, a reinforcing fitting rib matching with the reinforcing fitting groove is arranged on an upper surface of the elastic washer, and a lower surface of the elastic washer is partially recessed to form a damping rib.
Electrical plug-in connection having an electrical socket for a plug, comprising a socket housing and a contact pin, wherein the socket housing forms a feedthrough, the inner surface of which forms a sliding bearing surface of a sliding bearing for the contact pin, wherein the contact pin, in a radial direction, has an outer surface that is a mating bearing with respect to the sliding surface, wherein the contact pin is fixed in the radial direction by way of the sliding bearing surface and the outer surface and is mounted so as to be axially moveable in a direction of a longitudinal axis that extends along a plug-in direction, wherein the contact pin is of electrically conductive design, and characterized in that an electrically conductive stop is arranged on the contact pin to limit the movement of the contact pin, and wherein the stop is fastened to a fastening region of the contact pin that is outside of the socket housing, and the stop forms an electrical contact point, and wherein a longitudinal movement of the stop and of the contact pin along the longitudinal axis is limited by a boundary surface formed by the socket housing and a boundary element spaced apart therefrom with a displacement distance.