mhurhangee/ep-ind-claims huggingface dataset:
Subassembly for an exhaust-gas system of an internal combustion engine with a first component, wherein the first component comprises at least a part of a channel system and a flange for connection to a second component; a seal for sealing off the connection between the two components, wherein the seal is arranged in the region of the flange, is in the form of a sealing disc and has at least one passage opening (110, 120) for passage of exhaust gases; and at least one fastening element, which is formed integrally with the seal and serves for captive fastening of the seal to the first component of the exhaust-gas system; and an insert, which is designed to provide an abutment surface for a bypass valve, wherein the insert is received in a shoulder in the region of the flange, between the seal, which extends over the insert, and the first component, and wherein the insert is held captively in its position at the first component by the seal in that the fastening element is arranged laterally between the insert and the component, characterized in that the fastening element engages into a corresponding recess, which is provided in a side wall in the region of the shoulder. a first component, wherein the first component comprises at least a part of a channel system and a flange for connection to a second component; a seal for sealing off the connection between the two components, wherein the seal is arranged in the region of the flange, is in the form of a sealing disc and has at least one passage opening (110, 120) for passage of exhaust gases; and at least one fastening element, which is formed integrally with the seal and serves for captive fastening of the seal to the first component of the exhaust-gas system; and an insert, which is designed to provide an abutment surface for a bypass valve, wherein the insert is received in a shoulder in the region of the flange, between the seal, which extends over the insert, and the first component, and wherein the insert is held captively in its position at the first component by the seal in that the fastening element is arranged laterally between the insert and the component, characterized in that the fastening element engages into a corresponding recess, which is provided in a side wall in the region of the shoulder.
A portable medical apparatus for cardiopulmonary aid to patients which comprises: - A transportable machine body wherein at least one removably coupling seat is obtained for coupling with an exchange body; - An extracorporeal circuit for a patient's blood circulation; said extracorporeal circuit comprising: - A venous blood drawing-line from a patient and a arterial blood return-line to said patient; - At least a filtering arrangement (5, 6) placed on said extracorporeal circuit; - A pumping unit for pumping blood along the extracorporeal circuit; - An heat exchanger having said exchange body for thermoregulation of the blood in said extracorporeal circuit; - An oxygenator unit for oxygenation of the blood; characterized in that said medical apparatus further comprises a heat exchanger unit inside said machine body for transferring heat to, or removing heat from said exchange body, and in that said coupling seat is defined as a slot in the exchanger unit for receiving the heat exchanger and wherein the heat exchanger body having a flat shape, allowing it to be introduced into the slot. - A transportable machine body wherein at least one removably coupling seat is obtained for coupling with an exchange body; - An extracorporeal circuit for a patient's blood circulation; said extracorporeal circuit comprising: - A venous blood drawing-line from a patient and a arterial blood return-line to said patient; - At least a filtering arrangement (5, 6) placed on said extracorporeal circuit; - A pumping unit for pumping blood along the extracorporeal circuit; - An heat exchanger having said exchange body for thermoregulation of the blood in said extracorporeal circuit; - An oxygenator unit for oxygenation of the blood;
A method for searching for an object by an image monitoring device in at least one frame, the method comprising: detecting a plurality of objects from a monitored image; calculating a characteristic value of each detected object, wherein the characteristic value is a numeric value indicating at least one of an object size and an object color according to a preset formula; displaying, on a first region of a display unit, a characteristic value of each of the plurality of detected objects and a detection frequency of a number of times each object having said characteristic value is detected, wherein the detection frequency is calculated by normalizing the number of times each object is detected relative to the number of times another object is detected; searching the at least one frame from the monitored image in which an object having a characteristic value selected from characteristic values displayed on the first region is detected; and displaying, on a second region of the display unit, the at least one searched frames; receiving a user's input of a first characteristic value and a second characteristic value of an object to be searched from the monitored image; and distinguishably displaying a plurality of frequency items having a characteristic value between the first characteristic value and the second characteristic value in the first region of the display unit. detecting a plurality of objects from a monitored image; calculating a characteristic value of each detected object, wherein the characteristic value is a numeric value indicating at least one of an object size and an object color according to a preset formula; displaying, on a first region of a display unit, a characteristic value of each of the plurality of detected objects and a detection frequency of a number of times each object having said characteristic value is detected, wherein the detection frequency is calculated by normalizing the number of times each object is detected relative to the number of times another object is detected; searching the at least one frame from the monitored image in which an object having a characteristic value selected from characteristic values displayed on the first region is detected; and displaying, on a second region of the display unit, the at least one searched frames; receiving a user's input of a first characteristic value and a second characteristic value of an object to be searched from the monitored image; and distinguishably displaying a plurality of frequency items having a characteristic value between the first characteristic value and the second characteristic value in the first region of the display unit.
A reagent for detecting any of gastric cancer, colorectal cancer, pancreatic cancer and biliary tract cancer, wherein the reagent consists of all probes consisting of the nucleotide sequences shown in SEQ ID Nos: 220, 506, 508, 523, 538, 554, 570, 589, 597, 602, 618, 654, 689, 701, 726, 744, 762, 763, 781, 795 and 849; or wherein the reagent consists of all probes consisting of the nucleotide sequences shown in SEQ ID Nos: 3030 to 3054.
An airbag module for an automotive vehicle comprising a retaining plate, a decoration element having a decoration portion and at least one mounting foot as well as a cover cap comprising a mounting portion for fastening the decoration element and being arranged in the axial direction between the decoration element and the retaining plate, wherein the mounting portion includes at least one mounting opening having a central mounting axis and an opening rim, wherein at the opening rim an elastic projection protruding radially inwards in the direction of the mounting axis is formed, wherein the at least one mounting foot extends from the decoration portion in the axial direction through an associated mounting opening of the cover cap to a free axial foot end, and wherein the at least one mounting foot has a radial overlap with the elastic projection of the cover cap, wherein the at least one mounting foot includes a thickened axial foot end, an inside width (s 1) between the elastic projection and the opposite opening rim of the mounting opening being smaller than the corresponding dimension (s 2) of the thickened foot end, characterized in that the inside width (s 1) between the elastic projection and the opposite opening rim of the mounting opening is larger than the corresponding dimension of the mounting foot between the decoration portion and the thickened axial foot end.
A scroll compressor comprising: a compression mechanism that includes a movable scroll and a fixed scroll and has a compression chamber defined between the movable scroll and the fixed scroll, wherein the compression mechanism has a back-pressure chamber defined on a back face of an end plate of the movable scroll, the compression mechanism has an annular space defined at an outer periphery of the end plate of the movable scroll, the movable scroll has a movable-side passage through which the compression chamber intermittently communicates with the back-pressure chamber in accordance with eccentric rotation of the movable scroll, and the end plate of the movable scroll has a communication space (70, 76) through which the movable-side passage communicates with the annular space characterized in that the communication space (70, 76) includes: a first communication portion located forward of the movable-side passage in a direction of eccentric rotation; and a second communication portion located rearward of the movable-side passage in the direction of eccentric rotation, and a circumferential width W1 of an opening in the first communication portion, the opening being open toward to the annular space, is larger than a circumferential width W2 of an opening in the second communication portion, the opening being open toward the annular space. a compression mechanism that includes a movable scroll and a fixed scroll and has a compression chamber defined between the movable scroll and the fixed scroll, wherein the compression mechanism has a back-pressure chamber defined on a back face of an end plate of the movable scroll, the compression mechanism has an annular space defined at an outer periphery of the end plate of the movable scroll, the movable scroll has a movable-side passage through which the compression chamber intermittently communicates with the back-pressure chamber in accordance with eccentric rotation of the movable scroll, and the end plate of the movable scroll has a communication space (70, 76) through which the movable-side passage communicates with the annular space characterized in that the communication space (70, 76) includes: a first communication portion located forward of the movable-side passage in a direction of eccentric rotation; and a second communication portion located rearward of the movable-side passage in the direction of eccentric rotation, and a circumferential width W1 of an opening in the first communication portion, the opening being open toward to the annular space, is larger than a circumferential width W2 of an opening in the second communication portion, the opening being open toward the annular space. a first communication portion located forward of the movable-side passage in a direction of eccentric rotation; and a second communication portion located rearward of the movable-side passage in the direction of eccentric rotation, and a circumferential width W1 of an opening in the first communication portion, the opening being open toward to the annular space, is larger than a circumferential width W2 of an opening in the second communication portion, the opening being open toward the annular space.
A control valve, comprising a valve housing through which a flow channel extends, the flow cross section of which can be changed by a prespecified adjustment stroke by means of a closure unit comprising a valve seat and a valve cone which can be adjusted relative to said valve seat, and comprising an adjusting device which has a sliding unit with a sliding rod which adjusts the valve cone over an adjustment path and a drive device which acts on the sliding rod and is controlled by means of a controller of the control valve, wherein the controller has a measuring unit which detects the adjustment path via a transmission unit, wherein the transmission unit is equipped with an adapter unit comprising an exchangeable structural unit between the sliding unit and the measuring unit, which adapter unit converts the adjustment stroke into a measurement stroke prespecified by the measuring unit in a manner corresponding to a transmission ratio prespecified by the adapter unit, wherein the measuring unit has a moveably mounted lifting element, and the structural unit has a transmission element which is coupled to the lifting element, wherein the lifting element travels a measurement path which, corresponding to the transmission ratio, is proportional to the adjustment path, characterized in that the lifting element transmits the measurement path to a transmission element, which has a functional connection to a signal transmitter which outputs a position signal, by means of at least one transmission rail arranged on the lifting element, and wherein the measuring unit is designed to determine the adjustment stroke from position signals of the signal transmitter.
An endoscope apparatus including: an endoscope that includes an illumination optical system having at least one of a plurality of fluorescent substance; and a light source unit that is connected to the endoscope, includes a plurality of semiconductor light emitting elements (45, 47) having different central light emission wavelengths, and is adapted to supply light from the semiconductor light emitting elements to the illumination optical system; the endoscope system comprising: a multiplexer unit that is adapted to multiplexthe lights output from the plurality of semiconductor light emitting elements; and a central wavelength converting unit that is adapted to control a light emission amount ratio of the plurality of semiconductor light emitting elements so that the central wavelength of the multiplexed light is equal to a target wavelength. a multiplexer unit that is adapted to multiplexthe lights output from the plurality of semiconductor light emitting elements; and a central wavelength converting unit that is adapted to control a light emission amount ratio of the plurality of semiconductor light emitting elements so that the central wavelength of the multiplexed light is equal to a target wavelength.
A content oriented network, CON, system comprising: a content oriented network, CON; a cache configured to receive a signed content from one of a plurality of Virtual Private Groups, VPGs, of the CON system, cache the signed content, and forward the cached signed content upon request; a first component coupled to the cache and configured to receive the signed content from a publisher and send the signed content to the cache; and a second component coupled to the cache and configured to receive the signed content from the cache and send the signed content to a subscriber that verifies the signed content, the publisher and the subscriber; wherein the CON is configured to provide different security levels for different ones of the plurality of the VPGs; wherein the security levels comprise a first security level for guaranteeing content integrity, a second security level for guaranteeing content integrity and confidentiality, and a third security level for guaranteeing content integrity, confidentiality, and sharing among multiple authorized VPGs; wherein the security levels are implemented based on a plurality of different CON operation models, and wherein the CON operation models comprise a first operation model where the CON provides content integrity and a VPG handles content confidentiality, a second operation model where the CON and a VPG share content integrity and confidentiality, and a third operation model where the CON handles exclusively both content integrity and confidentiality for the members of a VPG. a content oriented network, CON; a cache configured to receive a signed content from one of a plurality of Virtual Private Groups, VPGs, of the CON system, cache the signed content, and forward the cached signed content upon request; a first component coupled to the cache and configured to receive the signed content from a publisher and send the signed content to the cache; and a second component coupled to the cache and configured to receive the signed content from the cache and send the signed content to a subscriber that verifies the signed content, the publisher and the subscriber; wherein the CON is configured to provide different security levels for different ones of the plurality of the VPGs; wherein the security levels comprise a first security level for guaranteeing content integrity, a second security level for guaranteeing content integrity and confidentiality, and a third security level for guaranteeing content integrity, confidentiality, and sharing among multiple authorized VPGs; wherein the security levels are implemented based on a plurality of different CON operation models, and wherein the CON operation models comprise a first operation model where the CON provides content integrity and a VPG handles content confidentiality, a second operation model where the CON and a VPG share content integrity and confidentiality, and a third operation model where the CON handles exclusively both content integrity and confidentiality for the members of a VPG.
Saddle for seating a rider on an animal, in particular on a horse, wherein the saddle comprises a frame for mounting a girth and/or stirrups, wherein the frame comprises a front member that defines a pommel side of the saddle, a rear member that defines a cantle side of the saddle and a central member interconnecting the front member and the rear member, wherein the central member is arranged to extend in a longitudinal direction above the spine of the animal, wherein the saddle further comprises a first cushion member and a second cushion member arranged for resting directly on the back of the animal on opposite sides of the central member in a lateral direction perpendicular to the longitudinal direction, wherein the saddle is provided with a connecting element crossing the central member and interconnecting the first cushion member and the second cushion member, wherein the connecting element is freely movable with respect to the central member, wherein the saddle further comprises a seat for placement on top of the first cushion member and the second cushion member, wherein the first cushion member and the second cushion member, when resting on the back of the animal, are arranged for supporting the seat in a position above and/or clear off the central member.
An airfoil comprising: an airfoil body defining a longitudinal axis, the airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining a cavity in the airfoil body; and a lattice network connecting the first side wall and the second side wall, the lattice network including at least one enlarged node spaced apart from the first side wall and the second side wall and ribs extending from the at least one enlarged node, each of the ribs connecting to one of the first side wall and the second side wall characterised in that: the at least one enlarged node has a cross-section in a direction perpendicular to the longitudinal axis that is greater in area than a cross-section of each of the ribs in the same direction, and in that the airfoil further includes a free-floating damper member adjacent the lattice network, the lattice network including at least one bearing surface contacting the free-floating damper member. an airfoil body defining a longitudinal axis, the airfoil body including a leading edge and a trailing edge and a first side wall and a second side wall that is spaced apart from the first side wall, the first side wall and the second side wall joining the leading edge and the trailing edge and at least partially defining a cavity in the airfoil body; and a lattice network connecting the first side wall and the second side wall, the lattice network including at least one enlarged node spaced apart from the first side wall and the second side wall and ribs extending from the at least one enlarged node, each of the ribs connecting to one of the first side wall and the second side wall characterised in that: the at least one enlarged node has a cross-section in a direction perpendicular to the longitudinal axis that is greater in area than a cross-section of each of the ribs in the same direction, and in that the airfoil further includes a free-floating damper member adjacent the lattice network, the lattice network including at least one bearing surface contacting the free-floating damper member.
A handling truck capable of being moved by hand, in particular designed for transporting long loads such as loads in the form of boards, wherein the truck comprises a lower support frame, wheels (11, 12, 13, 14) and at least one rack, characterised in that the frame is designed to be folded on itself and unfolded, so as to have a long shape when folded, and its frame shape when unfolded.
Hand-held vacuum cleaner comprising a body provided with a first handle arranged behind the vacuum cleaner and suctioning means, a suctioning tube arranged at the front of the vacuum cleaner and a suctioning chamber provided with a bowl communicating with the suctioning tube, and a filtering element inserted in the bowl and which communicates with the suctioning means, characterised in that the vacuum cleaner comprises: - A second handle situated at the front of the vacuum cleaner, the longitudinal axes of the first and second handles being substantially parallel. - A second handle situated at the front of the vacuum cleaner, the longitudinal axes of the first and second handles being substantially parallel.
A method comprising steps of: receiving alarms from a network; utilizing a machine learning model to classify the alarms as one of important and non-important based on a plurality of insights including roles of different teams or people, predicted service impact, predicted level of priority of resolving the alarm, and predicted time and resource required for resolution; and displaying the important alarms based on the plurality of insights, and suppressing display of the non-important alarms. receiving alarms from a network; utilizing a machine learning model to classify the alarms as one of important and non-important based on a plurality of insights including roles of different teams or people, predicted service impact, predicted level of priority of resolving the alarm, and predicted time and resource required for resolution; and displaying the important alarms based on the plurality of insights, and suppressing display of the non-important alarms.
A separator for a non-aqueous secondary battery, the separator comprising: a porous substrate using a polyolefin porous film comprising polyethylene and/or polypropylene; and a heat-resistant porous layer that is provided only on one side of the porous substrate, and that contains a heat-resistant resin and a filler, wherein a TD elastic modulus of the porous substrate is from 1.2 GPa to 5.0 GPa; wherein the TD elastic modulus is measured according to the method described in the description. a porous substrate using a polyolefin porous film comprising polyethylene and/or polypropylene; and a heat-resistant porous layer that is provided only on one side of the porous substrate, and that contains a heat-resistant resin and a filler, wherein a TD elastic modulus of the porous substrate is from 1.2 GPa to 5.0 GPa; wherein the TD elastic modulus is measured according to the method described in the description.