mhurhangee/ep-ind-claims huggingface dataset:
A sensor assembly, comprising: a support (509,512) having a central arm; a drive element located on the central arm of the support (509,512) and configured to induce a magnetic flux that travels through a first gap distance between a distal end of the central arm and a surface of a target, and through the target; at least one detection element (522a, 522c) coupled to the support (509,512) and configured to detect the first magnetic flux; and a capacitive proximity sensor element located at a fixed position relative to a distal end of the central arm and configured to generate an electric field with a surface of the target, and to generate a raw proximity signal based on a second gap between a distal surface of the capacitive proximity sensor element and the surface of the target for calculation of a corrected stress signal; and a housing having the support, drive element, and the at least one detection element (522a, 522c) disposed therein; characterized by the capacitive proximity sensor element being laminated into an end portion of a distal portion of the housing, the distal portion of the housing including an access point allowing the proximity sensor element to be accessed from the inside of the housing. a support (509,512) having a central arm; a drive element located on the central arm of the support (509,512) and configured to induce a magnetic flux that travels through a first gap distance between a distal end of the central arm and a surface of a target, and through the target; at least one detection element (522a, 522c) coupled to the support (509,512) and configured to detect the first magnetic flux; and a capacitive proximity sensor element located at a fixed position relative to a distal end of the central arm and configured to generate an electric field with a surface of the target, and to generate a raw proximity signal based on a second gap between a distal surface of the capacitive proximity sensor element and the surface of the target for calculation of a corrected stress signal; and a housing having the support, drive element, and the at least one detection element (522a, 522c) disposed therein; characterized by the capacitive proximity sensor element being laminated into an end portion of a distal portion of the housing, the distal portion of the housing including an access point allowing the proximity sensor element to be accessed from the inside of the housing.
Air exchange device for buildings, comprising: - a casing (2, 3) having an internal inlet opening, an internal outlet opening, an external inlet opening and an external outlet opening, - a heat exchanger housed inside said casing (2, 3) and having a first inlet in communication with the internal inlet opening, a first outlet in communication with the external outlet opening, a second inlet in communication with the external inlet opening and a second outlet in communication with the internal outlet opening, - a first fan unit arranged for generating a first airflow directed from the internal inlet opening towards the external outlet opening and a second fan unit arranged for generating a second airflow directed from the external inlet opening towards the internal outlet opening, wherein the first and second airflows (F1, F2) are in a relationship of mutual heat exchange in said heat exchanger, and - a valve device including respective valve elements for opening and closing the external inlet opening and the external outlet opening, characterized in that each of said valve elements comprises: - a fixed crown gear, - a rotatable crown gear, - a flexible sleeve having a first end fastened to the fixed crown gear and a second end fastened to the rotatable crown gear, and - an actuator for controlling the rotation of the rotatable crown gear with respect to the fixed crown gear between an open position wherein the flexible sleeve has essentially an annular shape and a closed position wherein the flexible sleeve has essentially a diaphragm shape. - a casing (2, 3) having an internal inlet opening, an internal outlet opening, an external inlet opening and an external outlet opening, - a heat exchanger housed inside said casing (2, 3) and having a first inlet in communication with the internal inlet opening, a first outlet in communication with the external outlet opening, a second inlet in communication with the external inlet opening and a second outlet in communication with the internal outlet opening, - a first fan unit arranged for generating a first airflow directed from the internal inlet opening towards the external outlet opening and a second fan unit arranged for generating a second airflow directed from the external inlet opening towards the internal outlet opening, wherein the first and second airflows (F1, F2) are in a relationship of mutual heat exchange in said heat exchanger, and - a valve device including respective valve elements for opening and closing the external inlet opening and the external outlet opening, characterized in that each of said valve elements comprises: - a fixed crown gear, - a rotatable crown gear, - a flexible sleeve having a first end fastened to the fixed crown gear and a second end fastened to the rotatable crown gear, and - an actuator for controlling the rotation of the rotatable crown gear with respect to the fixed crown gear between an open position wherein the flexible sleeve has essentially an annular shape and a closed position wherein the flexible sleeve has essentially a diaphragm shape.
Device for rolling particularly agricultural land or similar usable areas, with at least one land roller that can be rolled on the ground, which in turn comprises at least one pack-rolling body defining a central rolling axis, which is provided with an outer envelope forming an annular cavity around the rolling axis (4, 4') that acts as a supporting axis, and is elastically deformable at least in sections in a supporting rolling phase, wherein in this region, under the spring-back effect of elastically deformable profile regions parts adhering thereto can be removed by a self-cleaning effect, characterised in that the outer envelope is provided with at least one working structure comprising a coating profile ring, a radially peripheral spring wall part (17, 18) is formed on both sides of said coating profile ring in the axial direction, and said spring wall parts (17, 18), in turn, each merge axially on the end into a respective supporting profile ring (19, 20).
A high pressure pump assembly (HP pump, 10) for a fuel injection system of an internal combustion engine, the pump comprising: a high pressure unit (HP unit, 14) extending along a main axis and comprising a foot portion adapted to cooperate with a rotating cam to engage a pumping plunger in a reciprocal axial displacement and, a pumping head having a housing provided with a compression chamber wherein, in use, fuel enters at low pressure via an intermediate inlet conduit, then is pressurized by the pumping plunger, then exits at high pressure via an HP outlet, wherein the high pressure pump further comprises a low pressure unit (LP unit, 12) having a connecting member adapted to fixedly receive a valve, a general pump inlet for receiving LP fuel from a LP tank, the connecting member being further adapted to cooperate in a complementary engagement with the HP unit, said engagement being angularly indexed, and indexing means adapted to angularly position the LP unit relative to the HP unit, characterized in that the indexing means comprising at least one pin partially protruding out of the connecting member and engaging an opening of the pumping head and wherein the pin is arranged in a through hole provided in the connecting member and the opening is a slot provided in the pumping head, wherein the slot arranged in a plan transversal to the main axis and is beveled its radial depth, enlarging itself from a flush with the pumping head face to a maximum value of few millimetres. a high pressure unit (HP unit, 14) extending along a main axis and comprising a foot portion adapted to cooperate with a rotating cam to engage a pumping plunger in a reciprocal axial displacement and, a pumping head having a housing provided with a compression chamber wherein, in use, fuel enters at low pressure via an intermediate inlet conduit, then is pressurized by the pumping plunger, then exits at high pressure via an HP outlet, wherein the high pressure pump further comprises a low pressure unit (LP unit, 12) having a connecting member adapted to fixedly receive a valve, a general pump inlet for receiving LP fuel from a LP tank, the connecting member being further adapted to cooperate in a complementary engagement with the HP unit, said engagement being angularly indexed, and indexing means adapted to angularly position the LP unit relative to the HP unit, characterized in that the indexing means comprising at least one pin partially protruding out of the connecting member and engaging an opening of the pumping head and wherein the pin is arranged in a through hole provided in the connecting member and the opening is a slot provided in the pumping head, wherein the slot arranged in a plan transversal to the main axis and is beveled its radial depth, enlarging itself from a flush with the pumping head face to a maximum value of few millimetres.
A duplex connector apparatus comprising: a first plug with a first depressible latch for engaging and disengaging said first plug into a first receptacle; a second plug with a second depressible latch for engaging and disengaging said second plug into a second receptacle; an attachment feature between said first plug and said second plug; at least one trigger to depress said first and second latches (205 and 209); and a blocking member (101 or 401) sized to be manually inserted beneath the at least one trigger to block movement of the least one trigger toward the first and second latches (205 and 209) and hence prevent the at least one trigger from depressing the first and second latches (205 and 209) to release the first and second plugs (203 and 207) from the first and second receptacles, characterized by said blocking member (101 or 401) includes a nose sized to protrude between the first and second latches (205 and 209) when said blocking member (101 or 401) is positioned beneath the at least one trigger. a first plug with a first depressible latch for engaging and disengaging said first plug into a first receptacle; a second plug with a second depressible latch for engaging and disengaging said second plug into a second receptacle; an attachment feature between said first plug and said second plug; at least one trigger to depress said first and second latches (205 and 209); and a blocking member (101 or 401) sized to be manually inserted beneath the at least one trigger to block movement of the least one trigger toward the first and second latches (205 and 209) and hence prevent the at least one trigger from depressing the first and second latches (205 and 209) to release the first and second plugs (203 and 207) from the first and second receptacles, characterized by said blocking member (101 or 401) includes a nose sized to protrude between the first and second latches (205 and 209) when said blocking member (101 or 401) is positioned beneath the at least one trigger.
A tablet of sporoderm-removed Ganoderma lucidum spore, comprising the following materials by weight parts: 13-20 parts of an aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder, 3-5 parts of sorbitol, and 0.8-1.2 parts of povidone K30; in the tablet, the mass fraction of the total polysaccharides is 1.5-7.6%, and the mass fraction of total triterpenes is 0.9-4%; and wherein the aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder is obtained by subjecting the sporoderm-disrupted Ganoderma lucidum spore powder to water extraction, concentration, drying and pulverization, wherein the water extraction comprises three stages, the temperature of the first-stage water extraction is 25-30°C, the time of the first-stage water extraction is 1-3 h, and the mass of water used for the first-stage water extraction is 10-15 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder; the temperatures of the second-stage water extraction and the third-stage water extraction are independently 95-100°C, the time of the second-stage water extraction and the third-stage water extraction are independently 1-3 h, and the masses of water used for the second-stage and the third-stage water extraction are independently 8-12 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder. comprising the following materials by weight parts: 13-20 parts of an aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder, 3-5 parts of sorbitol, and 0.8-1.2 parts of povidone K30; in the tablet, the mass fraction of the total polysaccharides is 1.5-7.6%, and the mass fraction of total triterpenes is 0.9-4%; and wherein the aqueous extract of sporoderm-disrupted Ganoderma lucidum spore powder is obtained by subjecting the sporoderm-disrupted Ganoderma lucidum spore powder to water extraction, concentration, drying and pulverization, wherein the water extraction comprises three stages, the temperature of the first-stage water extraction is 25-30°C, the time of the first-stage water extraction is 1-3 h, and the mass of water used for the first-stage water extraction is 10-15 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder; the temperatures of the second-stage water extraction and the third-stage water extraction are independently 95-100°C, the time of the second-stage water extraction and the third-stage water extraction are independently 1-3 h, and the masses of water used for the second-stage and the third-stage water extraction are independently 8-12 times larger than that of the sporoderm-disrupted Ganoderma lucidum spore powder.
Apparatus for winding coils of at least one electrical conductor for at least one core of a dynamoelectric machine and for forming termination leads of the coils, the core having a longitudinal axis, the apparatus comprising: - a dispensing member for dispensing the electrical conductor, the dispensing member having a portion of conductor passage and an exit from where the conductor reaches the core; - means (40, 43) for relatively moving the dispensing member with respect to the core during winding or forming of the termination leads; - means (22,26,27) for supporting the dispensing member; - a support assembly with a member arranged for supporting and positioning the core and provided with a longitudinal axis coinciding with the longitudinal axis of the core; characterized in that it further comprises - means for reorienting arranged for relatively rotating the dispensing member around the exit in a plane perpendicular to the longitudinal axis, so as to orient the exit between a first orientation wherein the exit faces in a direction away from the longitudinal axis and a second orientation for terminating the core wherein the exit faces in a direction towards the longitudinal axis. - a dispensing member for dispensing the electrical conductor, the dispensing member having a portion of conductor passage and an exit from where the conductor reaches the core; - means (40, 43) for relatively moving the dispensing member with respect to the core during winding or forming of the termination leads; - means (22,26,27) for supporting the dispensing member; - a support assembly with a member arranged for supporting and positioning the core and provided with a longitudinal axis coinciding with the longitudinal axis of the core; characterized in that it further comprises - means for reorienting arranged for relatively rotating the dispensing member around the exit in a plane perpendicular to the longitudinal axis, so as to orient the exit between a first orientation wherein the exit faces in a direction away from the longitudinal axis and a second orientation for terminating the core wherein the exit faces in a direction towards the longitudinal axis.
An arrangement configured to measure urea in a milk sample of an animal; which arrangement comprises: a reference indicator, impregnated with a halochromic substance configured to adjust colour of the reference indicator, based on level of hydroxide ions of a first sub sample of the milk sample, when added to the reference indicator; a measurement indicator, impregnated with the halochromic substance of the reference indicator, and prepared with an enzyme configured to convert urea of a second sub sample of the milk sample, when added to the measurement indicator, into at least one chemical substance, which in turn will influence the level of hydroxide ions of the second sub sample; a sensor configured to capture a first image of the reference indicator, and a second image of the measurement indicator; and a control unit configured to determine a colour difference between the first image of the reference indicator and the second image of the measurement indicator; and configured to convert the determined colour difference into an amount of urea in the milk sample of the animal. a reference indicator, impregnated with a halochromic substance configured to adjust colour of the reference indicator, based on level of hydroxide ions of a first sub sample of the milk sample, when added to the reference indicator; a measurement indicator, impregnated with the halochromic substance of the reference indicator, and prepared with an enzyme configured to convert urea of a second sub sample of the milk sample, when added to the measurement indicator, into at least one chemical substance, which in turn will influence the level of hydroxide ions of the second sub sample; a sensor configured to capture a first image of the reference indicator, and a second image of the measurement indicator; and a control unit configured to determine a colour difference between the first image of the reference indicator and the second image of the measurement indicator; and configured to convert the determined colour difference into an amount of urea in the milk sample of the animal.
A biological sample receiver comprising: a planar substrate for receiving a biological sample including a surface area for accepting a biological sample; an envelope substantially surrounding the planar substrate, said envelope including an opening for facilitating the deposit of a biological sample onto said surface area; and a protective cover (40, 50, 60) formed around the envelope said protective cover including a closure panel moveable at least to a first position where the opening of the envelope is at least partially concealed, and to a second position where the opening is exposed at least sufficiently to allow said deposit, wherein said envelope and said protective cover (40, 50, 60) are formed from a single sheet of folded material, and characterized in that the protective cover (40, 50, 60) is arranged further to allow the slidable separation of the envelope from the cover (40, 50, 60) by means of said single sheet including a weakness between portions of the sheet used to form the envelope, and portions of the sheet used to form the protective cover (40, 50, 60), and said cover or cover panels (40, 50, 60) including two or more complementary finger-size openings (46,56,66), which when the cover (40, 50, 60) is folded are in general register to allow gripping of the envelope on opposed sides of said envelope to aid said separation. a planar substrate for receiving a biological sample including a surface area for accepting a biological sample; an envelope substantially surrounding the planar substrate, said envelope including an opening for facilitating the deposit of a biological sample onto said surface area; and a protective cover (40, 50, 60) formed around the envelope said protective cover including a closure panel moveable at least to a first position where the opening of the envelope is at least partially concealed, and to a second position where the opening is exposed at least sufficiently to allow said deposit, wherein said envelope and said protective cover (40, 50, 60) are formed from a single sheet of folded material, and characterized in that the protective cover (40, 50, 60) is arranged further to allow the slidable separation of the envelope from the cover (40, 50, 60) by means of said single sheet including a weakness between portions of the sheet used to form the envelope, and portions of the sheet used to form the protective cover (40, 50, 60), and said cover or cover panels (40, 50, 60) including two or more complementary finger-size openings (46,56,66), which when the cover (40, 50, 60) is folded are in general register to allow gripping of the envelope on opposed sides of said envelope to aid said separation.
A computer-implemented method of detecting a spontaneous respiration anomaly, the method comprising: detecting peaks (40, 42, 44) in an airway pressure versus time signal acquired for a patient on a mechanical ventilator, characterized in that the method comprises: detecting a patient-ventilator dyssynchrony indicated by a double peak (46, 48) in the airway pressure versus time signal within a single breath; acquiring directly by the mechanical ventilator a time of ventilator cycling off as part of breath cycle information; and identifying a type of the patient-ventilator dyssynchrony based on a position of the double peak (46, 48) respective to the time of ventilator cycling off, wherein the type of the patient-ventilator dyssynchrony is selected from an early cycling off of the ventilator or a double effort of the patient. detecting a patient-ventilator dyssynchrony indicated by a double peak (46, 48) in the airway pressure versus time signal within a single breath; acquiring directly by the mechanical ventilator a time of ventilator cycling off as part of breath cycle information; and identifying a type of the patient-ventilator dyssynchrony based on a position of the double peak (46, 48) respective to the time of ventilator cycling off, wherein the type of the patient-ventilator dyssynchrony is selected from an early cycling off of the ventilator or a double effort of the patient.