mhurhangee/ep-ind-claims huggingface dataset:
A system for providing breathing gas, the system comprising: a blower configured to operate at a pressure less than 270 hPa and to: receive breathing gas from ambient air, a tank, or a wall outlet; and output pressurized breathing gas; a humidifier in fluid communication with the blower, wherein the humidifier is arranged to receive the pressurized breathing gas from the blower, and to heat and humidify the pressurized gas, the humidifier comprising: a reservoir configured to contain water; an induction heating plate disposed in the reservoir, configured to generate heat due to a resistance against a current in the plate induced by a magnetic coil; and a non-sealing nasal cannula having at least one nasal prong, the nasal cannula being in fluid communication with a conduit and configured to receive the humidified breathing gas from the humidifier through the conduit, the at least one nasal prong having a distal opening and being configured to provide the humidified breathing gas through the distal opening; wherein the nasal prong is configured to provide the humidified breathing gas at an exit velocity of at least 32.0 m/s and less than 90.0 m/s and at a flow rate of at least 4.0 L/min. a blower configured to operate at a pressure less than 270 hPa and to: receive breathing gas from ambient air, a tank, or a wall outlet; and output pressurized breathing gas; receive breathing gas from ambient air, a tank, or a wall outlet; and output pressurized breathing gas; a humidifier in fluid communication with the blower, wherein the humidifier is arranged to receive the pressurized breathing gas from the blower, and to heat and humidify the pressurized gas, the humidifier comprising: a reservoir configured to contain water; an induction heating plate disposed in the reservoir, configured to generate heat due to a resistance against a current in the plate induced by a magnetic coil; and a reservoir configured to contain water; an induction heating plate disposed in the reservoir, configured to generate heat due to a resistance against a current in the plate induced by a magnetic coil; and a non-sealing nasal cannula having at least one nasal prong, the nasal cannula being in fluid communication with a conduit and configured to receive the humidified breathing gas from the humidifier through the conduit, the at least one nasal prong having a distal opening and being configured to provide the humidified breathing gas through the distal opening; wherein the nasal prong is configured to provide the humidified breathing gas at an exit velocity of at least 32.0 m/s and less than 90.0 m/s and at a flow rate of at least 4.0 L/min.
Forming apparatus for making a bell joint on an end of a plastic material pipe by means of hot plastic deformation, comprising moulding means for externally enclosing said end and a mandrel movable along a longitudinal direction and insertable into said end in order to form said bell joint in cooperation with said moulding means, said mandrel being provided with a plurality of sectors which can be transversally and externally expanded towards said moulding means in an extended position to form on a side wall of said bell joint an annular seat for a sealing gasket, said apparatus comprising: - a first compressing flange movable along said longitudinal direction and cooperating with said moulding means to abut against and form said side wall at said annular seat; - a second compressing flange movable along said longitudinal direction, interposed between said first compressing flange and said mandrel and arranged to abut against and compress an end front portion of said bell joint so as to upset the plastic material against said moulding means, said first compressing flange and said sectors, arranged in said extended position, in order to precisely form said seat and said end front portion of said bell joint; said apparatus being characterized in that it comprises first actuating means for moving separately and independently said second compressing flange along said longitudinal direction and in that said first compressing flange is connected to the mandrel so as to be moved together with the latter along said longitudinal direction or is moved separately and independently along said longitudinal direction by third actuating means. - a first compressing flange movable along said longitudinal direction and cooperating with said moulding means to abut against and form said side wall at said annular seat; - a second compressing flange movable along said longitudinal direction, interposed between said first compressing flange and said mandrel and arranged to abut against and compress an end front portion of said bell joint so as to upset the plastic material against said moulding means, said first compressing flange and said sectors, arranged in said extended position, in order to precisely form said seat and said end front portion of said bell joint;
Shading device for a window of an automotive vehicle, comprising a shading structure which is displaceable in vehicle-fixed lateral guiding rails between a lowered rest position and a deployed shading position using drive means, wherein the shading structure in the rest position is lowered down in a vehicle-fixed chamber through a passage, wherein the passage is closable by a cover which is movable between an open position and a closed position, and wherein control means for opening and closing the cover are provided and coupled to a displacement move of the shading structure, characterized in that the control means comprise a control plunger engaging on the cover, which plunger is articulated to the cover in opposed pull and push directions, in order to pivot the cover to its open position or its closed position depending on the movement direction of the control plunger, wherein the control plunger is in operative connection with the cover via a spring-elastic tensioning means which is spring-elastically tensioned in one movement direction and inactively relaxed in an opposite movement direction, in order to exert an additional elastic tensional force on the cover in the one movement direction of the control plunger.
A method for screening a subject for determining whether any or all of at least the following organs within the gastrointestinal system: esophagus, stomach, and large intestine, is affected with a pathology, which method comprises: a. measuring levels of miRNAs which are enriched in esophagus, miRNAs which are enriched in stomach, and miRNAs which are enriched in large intestine, in a bodily fluid sample collected from the subject; b. measuring levels of normalizer miRNAs in the same bodily fluid sample collected from the subject; wherein said normalizer is ubiquitous miRNA, miRNA expressed in many organs but under-expressed in said organ, or experimentally selected miRNA enriched in said organ; c. calculating the ratios of the levels of the miRNAs measured in steps (a) and (b); d. comparing the ratios of the levels of the miRNAs calculated in step (c) with the corresponding control ratios, and e. (i) identifying the subject as being afflicted with a pathology of a particular organ when the ratios of the levels of the miRNAs enriched in said organ to their respective miRNA normalizers, calculated in step (c), are higher than the corresponding control ratios or (ii) identifying the subject as not being afflicted with a pathology of said organ when the ratios of the levels of the miRNAs enriched in said organ to their respective miRNA normalizers, calculated in step (c), are not higher than the corresponding control ratios; wherein the miRNAs enriched in esophagus measured in step (a) comprise 106a, 106b, 205, 210, and 221; the miRNAs enriched in stomach measured in step (a) comprise miR-7, 26a, 26b, 26c, 106a, 106b, 124b, 182, 188, and 197; and the miRNAs enriched in large intestine measured in step (a) comprise miR-147b, 194, 200a, 200b, 200bN, 200c, 219-3p, 321, 378, 450b-5p, 487a, 490-3p, 492, 504, 565, 574-3p, 622, 801, 143*, and 200b*. a. measuring levels of miRNAs which are enriched in esophagus, miRNAs which are enriched in stomach, and miRNAs which are enriched in large intestine, in a bodily fluid sample collected from the subject; b. measuring levels of normalizer miRNAs in the same bodily fluid sample collected from the subject; wherein said normalizer is ubiquitous miRNA, miRNA expressed in many organs but under-expressed in said organ, or experimentally selected miRNA enriched in said organ; c. calculating the ratios of the levels of the miRNAs measured in steps (a) and (b); d. comparing the ratios of the levels of the miRNAs calculated in step (c) with the corresponding control ratios, and e. (i) identifying the subject as being afflicted with a pathology of a particular organ when the ratios of the levels of the miRNAs enriched in said organ to their respective miRNA normalizers, calculated in step (c), are higher than the corresponding control ratios or (ii) identifying the subject as not being afflicted with a pathology of said organ when the ratios of the levels of the miRNAs enriched in said organ to their respective miRNA normalizers, calculated in step (c), are not higher than the corresponding control ratios;
An electrical switching assembly comprising: a switching device including an inductive coil, an armature and a moveable contact, which is moveable with the armature, the armature arranged to be moveable between first and second positions when the inductive coil is energised and the armature being configured to permit movement of the moveable contact, the inductive coil forming part of an input circuit, and the armature and the moveable contact forming part of an output circuit operating at higher current than the input circuit; a detection unit configured to detect an inductance of the inductive coil or a characteristic that corresponds to the inductance of the inductive coil, the detection unit further configured to determine the position of the armature based on the detected inductance or the detected characteristic, wherein the detection unit is configured to compare the detected inductance or detected characteristic with a respective single reference inductance threshold or reference characteristic threshold to determine the position of the armature; and a calibration unit configured to carry out a calibration of the device so as to determine the single reference inductance or reference characteristic threshold, wherein the single reference inductance or reference characteristic threshold is indicative of the armature being half-way between the first and second positions. a switching device including an inductive coil, an armature and a moveable contact, which is moveable with the armature, the armature arranged to be moveable between first and second positions when the inductive coil is energised and the armature being configured to permit movement of the moveable contact, the inductive coil forming part of an input circuit, and the armature and the moveable contact forming part of an output circuit operating at higher current than the input circuit; a detection unit configured to detect an inductance of the inductive coil or a characteristic that corresponds to the inductance of the inductive coil, the detection unit further configured to determine the position of the armature based on the detected inductance or the detected characteristic, wherein the detection unit is configured to compare the detected inductance or detected characteristic with a respective single reference inductance threshold or reference characteristic threshold to determine the position of the armature; and a calibration unit configured to carry out a calibration of the device so as to determine the single reference inductance or reference characteristic threshold, wherein the single reference inductance or reference characteristic threshold is indicative of the armature being half-way between the first and second positions.
An ophthalmic image processing apparatus that is configured to process pieces of image data of a subject eye which are acquired by a plurality of ophthalmic examination apparatuses including a first ophthalmic examination apparatus obtaining first image data of the subject eye and a second ophthalmic examination apparatus obtaining second image data of the subject eye, the ophthalmic image processing apparatus comprising: - setting means for setting image types in the first image data and the second image data that form a registration image (610, 620, 630); and - image processing means for generating the registration image in which the first image data and the second image data which correspond to the image types set by the setting means are superimposed on each other, and for outputting the generated registration image (610, 620, 630), wherein: - the first ophthalmic examination apparatus is an ophthalmic OCT device, - the second ophthalmic examination apparatus is a visual field examination apparatus, - the image processing means is configured to generate and to output a registration image (610, 620, 630) in which first image data which is an OCT two-dimensional image of the subject eye acquired by the ophthalmic OCT device and second image data which is a map image of the subject eye acquired by the visual field examination apparatus are superimposed on each other, and - wherein the image processing means is configured to switch the OCT two-dimensional image which is superimposed on the visual field map image between the plurality of image types. - setting means for setting image types in the first image data and the second image data that form a registration image (610, 620, 630); and - image processing means for generating the registration image in which the first image data and the second image data which correspond to the image types set by the setting means are superimposed on each other, and for outputting the generated registration image (610, 620, 630), - the first ophthalmic examination apparatus is an ophthalmic OCT device, - the second ophthalmic examination apparatus is a visual field examination apparatus, - the image processing means is configured to generate and to output a registration image (610, 620, 630) in which first image data which is an OCT two-dimensional image of the subject eye acquired by the ophthalmic OCT device and second image data which is a map image of the subject eye acquired by the visual field examination apparatus are superimposed on each other, and - wherein the image processing means is configured to switch the OCT two-dimensional image which is superimposed on the visual field map image between the plurality of image types.
A method for cross-device login, the method comprising: paging, by a device to be authorized, nearby devices through sound waves; after a nearby authorized device responds to the paging sent by the device to be authorized, sending, by the authorized device, login information to the device to be authorized; adding, by the device to be authorized, the login information to the login request; sending (101, S201, 301), by the device to be authorized, the login request to a server, wherein the login request comprises the login information sent by the authorized device, the login information being used for an application login; sending (102, S207, 402), by the server to the authorized device, a verification code used to verify the device to be authorized, wherein the authorized device is a device that logs in by using the login information and that is authorized by the server; broadcasting (103, S209, 503), by the authorized device, an audio signal, wherein the audio signal comprises at least the verification code; obtaining (104, 303), by the device to be authorized, the verification code from the audio signal after sensing the audio signal, and sending (S212, 304) the verification code to the server for verification; and allowing, by the server, the device to be authorized to log in after the verification succeeds. paging, by a device to be authorized, nearby devices through sound waves; after a nearby authorized device responds to the paging sent by the device to be authorized, sending, by the authorized device, login information to the device to be authorized; adding, by the device to be authorized, the login information to the login request; sending (101, S201, 301), by the device to be authorized, the login request to a server, wherein the login request comprises the login information sent by the authorized device, the login information being used for an application login; sending (102, S207, 402), by the server to the authorized device, a verification code used to verify the device to be authorized, wherein the authorized device is a device that logs in by using the login information and that is authorized by the server; broadcasting (103, S209, 503), by the authorized device, an audio signal, wherein the audio signal comprises at least the verification code; obtaining (104, 303), by the device to be authorized, the verification code from the audio signal after sensing the audio signal, and sending (S212, 304) the verification code to the server for verification; and allowing, by the server, the device to be authorized to log in after the verification succeeds.
A tool for hob peeling workpieces having pre-machined teeth, comprising: a gear-wheel shaped main body (1.1) which defines a tool axis and which on an end face defines a tip circle (Dk), and one or a plurality of cutting inserts (1.2; 1.3; 1.4) which are disposed on the main body (1.1) at the end face in the region of the tip circle (Dk), wherein each of the cutting inserts (1.2; 1.3; 1.4) comprises at least one cutting tooth (1.2.1), the cutting tooth (1.2.1) forming a cutting edge which runs at least along one flank of the cutting tooth (1.2.1), and wherein the cutting tooth has a cutting face (5.5) associated with the cutting edge, and a clearance face (5.1 - 5.4) associated with the cutting edge, characterised in that the cutting face (5.5) along the cutting edge is provided with a cutting face chamfer which in relation to the cutting face (5.5) runs so as to be inclined by a chamfer angle ( γ 1, γ 2), the chamfer angle ( γ 1, γ 2) varies along the cutting edge, and the cutting face chamfer has a width of at least 50 micrometres. a gear-wheel shaped main body (1.1) which defines a tool axis and which on an end face defines a tip circle (Dk), and one or a plurality of cutting inserts (1.2; 1.3; 1.4) which are disposed on the main body (1.1) at the end face in the region of the tip circle (Dk), wherein each of the cutting inserts (1.2; 1.3; 1.4) comprises at least one cutting tooth (1.2.1), the cutting tooth (1.2.1) forming a cutting edge which runs at least along one flank of the cutting tooth (1.2.1), and wherein the cutting tooth has a cutting face (5.5) associated with the cutting edge, and a clearance face (5.1 - 5.4) associated with the cutting edge, characterised in that the cutting face (5.5) along the cutting edge is provided with a cutting face chamfer which in relation to the cutting face (5.5) runs so as to be inclined by a chamfer angle ( γ 1, γ 2), the chamfer angle ( γ 1, γ 2) varies along the cutting edge, and the cutting face chamfer has a width of at least 50 micrometres.
Air feed setting apparatus for a motor vehicle with an air passage to a power unit or a power unit compartment, at least one rotatable flap for the regulation of an air quantity in the air passage being arranged in the air passage, which flap can be rotated at least between a first position, in the case of which an air passage is smaller, and a second position, in the case of which an air passage is larger, the flap being coupled to a linear drive which extends parallel to a rotational axis of the flap, and it being possible for the said flap to be rotated by way of the said linear drive, characterized in that the linear drive extends between a first pivot bearing and a second pivot bearing of the rotatable flap, and the flap surrounds the linear drive completely.
A method for reducing stress concentration on a rotor sleeve during balance cutting comprising: providing a rotor assembly, wherein the rotor assembly comprises: a rotor core, wherein the rotor core is constructed and arranged to accommodate a shaft; a first end cap and a second end cap which extend radially outward from the rotor core and which are spaced laterally from one another and define an annular cavity; at least one magnet constructed and arranged to fit within the annular cavity; a sleeve placed onto the first end cap and the second end cap and constructed and arranged to compress the at least one magnet; providing a first axial protrusion to an outer diameter of the first end cap and a second axial protrusion to an outer diameter of the second end cap of the rotor assembly; the method further comprising: providing a first gap between a radially inner surface of the rotor sleeve and a radially outer surface of the first axial protrusion and a second gap between the radially inner surface of the rotor sleeve and a radially outer surface of the second axial protrusion; and radially cutting at least one of the sleeve or the first axial protrusion, or the second axial protrusion to balance the rotor assembly. providing a rotor assembly, wherein the rotor assembly comprises: a rotor core, wherein the rotor core is constructed and arranged to accommodate a shaft; a first end cap and a second end cap which extend radially outward from the rotor core and which are spaced laterally from one another and define an annular cavity; at least one magnet constructed and arranged to fit within the annular cavity; a sleeve placed onto the first end cap and the second end cap and constructed and arranged to compress the at least one magnet; providing a first axial protrusion to an outer diameter of the first end cap and a second axial protrusion to an outer diameter of the second end cap of the rotor assembly; the method further comprising: a rotor core, wherein the rotor core is constructed and arranged to accommodate a shaft; a first end cap and a second end cap which extend radially outward from the rotor core and which are spaced laterally from one another and define an annular cavity; at least one magnet constructed and arranged to fit within the annular cavity; a sleeve placed onto the first end cap and the second end cap and constructed and arranged to compress the at least one magnet; providing a first axial protrusion to an outer diameter of the first end cap and a second axial protrusion to an outer diameter of the second end cap of the rotor assembly; the method further comprising: providing a first gap between a radially inner surface of the rotor sleeve and a radially outer surface of the first axial protrusion and a second gap between the radially inner surface of the rotor sleeve and a radially outer surface of the second axial protrusion; and radially cutting at least one of the sleeve or the first axial protrusion, or the second axial protrusion to balance the rotor assembly.