mhurhangee/ep-ind-claims huggingface dataset:
A drum type washing machine, comprising: a tub; a heating duct outside the tub, configured to heat air that circulates back to the tub; a condensing duct having one end connected to the tub and another end connected to the heating duct, configured to reduce moisture in the air from the tub; and a coolant supplying unit configured to supply coolant to the condensing duct, wherein the condensing duct comprises an inner tube in which the air from the tub flows and an outer tube surrounding at least a section or part of the inner tube, and the coolant supplying unit is connected to a lower side of the outer tube, and is configured to supply the coolant into a lower section of a space between the inner tube and the outer tube, wherein the inner tube comprises an open upper end that has a location below an upper end of the outer tube, and the coolant supplied in the space overflows the space and enters the inner tube through the upper end of the inner tube, characterized in that the condensing duct further comprises a fluid guiding member within the space along a longitudinal direction of the condensing duct, configured to form one or more coolant paths in the space. a tub; a heating duct outside the tub, configured to heat air that circulates back to the tub; a condensing duct having one end connected to the tub and another end connected to the heating duct, configured to reduce moisture in the air from the tub; and a coolant supplying unit configured to supply coolant to the condensing duct, wherein the condensing duct comprises an inner tube in which the air from the tub flows and an outer tube surrounding at least a section or part of the inner tube, and the coolant supplying unit is connected to a lower side of the outer tube, and is configured to supply the coolant into a lower section of a space between the inner tube and the outer tube, wherein the inner tube comprises an open upper end that has a location below an upper end of the outer tube, and the coolant supplied in the space overflows the space and enters the inner tube through the upper end of the inner tube, characterized in that the condensing duct further comprises a fluid guiding member within the space along a longitudinal direction of the condensing duct, configured to form one or more coolant paths in the space.
Passive infrared motion detector for detecting a moving body by detecting its intrinsic radiation in the infrared range including a shell-shaped protective housing with a protective housing opening and an infrared-sensitive sensor within a sensor housing arranged in the protective housing, which sensor housing is provided with a radiation-permeable window as an optical filter and is tightly sealed, the protective housing opening being provided with a housing cover in the form of a window or a lens, characterised in that the housing cover includes a film, plate or a moulded article made of one of the plastics polymethylpentene, polytetrafluoroethylene (PTFE), polypropylene or polyester, the film, sheet or moulded article has a thickness between 0.8 mm and 3 mm and the optical filter located between the housing cover and the sensor is transparent to infrared radiation in the wavelength ranges from 3.5 μm to 6 μm and between 12.5 and at least 25 μm.
Method of making a carbide-ceramic component part having a sandwich structure, in which method are formed, separately from each other, from a respective preform (26a; 26b) a first cover plate and a second cover plate as an open-porous C-body or an open-porous C/C-body, and a core structure body as an open-porous C-body or an open-porous C/C-body, the core structure body is positioned between the first cover plate and the second cover plate, and a combination of the first cover plate, the core structure body and the second cover plate is produced by use of joining paste, and then a carbide forming process is performed on said combination by infiltration thereof with Si, characterized in that a core structure in the component part and the core structure body comprise cavities or free spaces between core structure walls, and in that the core structure body is provided with joining paste, wherein the joining paste is applied to joining faces of the core structure body, and a contact area of the core structure body provided with joining paste is brought into contact with the corresponding cover plate (28a; 28b), wherein the corresponding cover plate (28a; 28b) is not coated with joining paste prior to the joining operation, and in that a pre-meniscus region of joining paste is generated at a connecting region between the core structure body and the respective cover plate (28a; 28b) after the joining paste has cured, wherein - the pre-meniscus region has a varying width, relative to a wall of the core structure body, - the width decreases away from the connected cover plate (28a; 28b), and wherein the width of the pre-meniscus region at the cover plate (28a; 28b) is greater than a width of the wall of the core structure body, and in that in the component part produced, a meniscus region of joining paste is generated between a core structure and a cover skin (12; 14), wherein - the meniscus region has a varying width, relative to a wall of the core structure, - the width decreases away from the connected cover plate (28a; 28b), and wherein the width of the meniscus region at the cover plate (28a; 28b) is greater than a width of the wall of the core structure. - the pre-meniscus region has a varying width, relative to a wall of the core structure body, - the width decreases away from the connected cover plate (28a; 28b), and wherein the width of the pre-meniscus region at the cover plate (28a; 28b) is greater than a width of the wall of the core structure body, - the meniscus region has a varying width, relative to a wall of the core structure, - the width decreases away from the connected cover plate (28a; 28b), and wherein
A machining device for the machine-assisted production and machining of dental workplaces, especially of artificial teeth and/or other dental restorations, wherein the at least one workpiece is clamped in at least one workpiece holder capable of being raised and lowered and being rotatably driven, which is positioned in a rotational axis and feeds the workpiece for machining to at least one rotationally driven tool spindle (4, 5, 6) having at least one tool fastened thereon, characterized in that the workpiece holder (11, 11a, 11b) is designed as a multi-axis robot, on one side of which at least one tool holder (2, 2a, 2b) with a tool rotatably driven and exchangeable Is arranged thereon, and in that a tool storage and a workpiece changer (22, 22a, 22b) are arranged on the other side of the workpiece holder (11, 11a, 11b), In which the workpieces (16, 16a, 16b, 16c) to be machined are replaceably accommodated, wherein the workpiece holder (11, 11a, 11b) designed as a multi-axis robot is designed at least as an 5-axis robot and, on its head, comprises a device for clamping the workpiece to be machined, as well as two gripping tools (32, 33) located opposite to each other, in that the tool storage consists of a plurality of holding arms which jointly are rotatably driven In the manner of a turntable and in that, at the respective free end of the holding arm, a tool is accommodated in a plug-in device.
A method of determining a neoplastic risk status of a subject, comprising: (a) measuring at least two high-risk HPV nucleic acid levels in a sample from a subject; (b) subsequently measuring combinations of protein marker expression levels in samples collected from the subject of step (a) wherein the protein markers combinations are selected from the group consisting of PCNA and Ki-67; PCNA and p16; and PCNA, Ki-67, and p16, wherein a protein marker expression level signal to cutoff ratio of greater than or equal to 1 is indicative of protein marker expression; and (c) determining the neoplastic risk status of the subject, wherein said subject has a neoplastic risk status of Molecular Grade 0, if the subject sample does not have high risk HPV nucleic acids and does not have protein marker expression, wherein said subject has a neoplastic risk status of Molecular Grade I, if the subject sample has high risk HPV nucleic acids and does not have protein marker expression, and wherein said subject has a neoplastic risk status of Molecular Grade II, if the subject sample has high risk HPV nucleic acids and protein marker expression. (a) measuring at least two high-risk HPV nucleic acid levels in a sample from a subject; (b) subsequently measuring combinations of protein marker expression levels in samples collected from the subject of step (a) wherein the protein markers combinations are selected from the group consisting of PCNA and Ki-67; PCNA and p16; and PCNA, Ki-67, and p16, wherein a protein marker expression level signal to cutoff ratio of greater than or equal to 1 is indicative of protein marker expression; and (c) determining the neoplastic risk status of the subject, wherein said subject has a neoplastic risk status of Molecular Grade 0, if the subject sample does not have high risk HPV nucleic acids and does not have protein marker expression, wherein said subject has a neoplastic risk status of Molecular Grade I, if the subject sample has high risk HPV nucleic acids and does not have protein marker expression, and wherein said subject has a neoplastic risk status of Molecular Grade II, if the subject sample has high risk HPV nucleic acids and protein marker expression.
Rolling bearing, with at least one outer ring and at least one inner ring and with rolling bodies (5, 11) rolling between them, there being provided on the outer ring at least one ring part widened radially with respect to an outer circumference of the outer ring and having a bearing surface, characterized in that the ring part is connected in one part to the outer ring by means of a web arranged axially within an axial width of the bearing surface.
Method for sorting identification objects which are transported in a defined sequence on a first transport device, wherein the identification objects are fed one after the other to a first transfer position (I.), wherein the identification objects are inspected for defects in the first transfer position (I.) or before reaching the first transfer position (I.), and identification objects identified as defect-free are transferred in the first transfer position (I.) by means of a first transfer device to a transfer buffer, and identification objects identified as defective are transported by means of the first transport device to a further device, wherein the defect-free identification objects located in the transfer buffer are fed to a first magazine arranged relative to the transfer buffer and subsequently the first magazine is transported by means of a second transport device to a second transfer position (II.), so that the first magazine is aligned in a first position with a first buffer of a rotatable sorting device, wherein defect-free identification objects following the defective identification object are transported by means of the first transport device to the second transfer position (II.) and transferred by means of a second transfer device to the first buffer, and the rotatable sorting device is rotated into a further position, and a new, defect-free identification object which replaces the defective identification object, wherein the new identification object is fed after the following identification objects by means of the first transport device to the second transfer position (II.), is transferred to a second buffer, located in the further position, of the rotatable sorting device and is subsequently transferred from the second buffer to the first magazine, and thereafter the rotatable sorting device is rotated back into the first position, so that the identification objects are transferred from the first buffer by means of the second transfer device to the first magazine.
A process for manufacturing polymers of sulfur-containing heterocyclic compounds, the process comprising the steps of: isolating a sulfur-containing heterocyclic compound from cracked naphtha, and reacting the sulfur-containing heterocyclic compound with a super acid to produce a polymer of the sulfur-containing heterocyclic compound. isolating a sulfur-containing heterocyclic compound from cracked naphtha, and reacting the sulfur-containing heterocyclic compound with a super acid to produce a polymer of the sulfur-containing heterocyclic compound.
An exhaust gas recirculation cooler, comprising: a plurality of cooling tubes positioned within a housing of the EGR cooler, wherein each cooling tube of the plurality of cooling tubes extends between and is directly coupled to tube sheets of the EGR cooler at ends of each cooling tube, characterized in that at least one end of one or more cooling tubes of a first portion of the plurality of cooling tubes, inward of at least one of the tube sheets coupled to the at least one end, includes a compliant region including a plurality of corrugations, wherein the compliant region is shaped to enable expansion of the tube sheets toward and away from one another, where the first portion is positioned proximate to an exhaust inlet of the EGR cooler and wherein a second portion of the plurality of cooling tubes arranged downstream, relative to a flow of exhaust through the EGR cooler, of a most downstream cooling tube of the one or more cooling tubes of the first portion does not include a compliant region including a plurality of corrugations, wherein a number of the plurality of corrugations of the one or more cooling tubes of the first portion is greatest at a most upstream cooling tube of the one or more cooling tubes and smallest at a most downstream cooling tube of the one or more cooling tubes. a plurality of cooling tubes positioned within a housing of the EGR cooler, wherein each cooling tube of the plurality of cooling tubes extends between and is directly coupled to tube sheets of the EGR cooler at ends of each cooling tube, characterized in that at least one end of one or more cooling tubes of a first portion of the plurality of cooling tubes, inward of at least one of the tube sheets coupled to the at least one end, includes a compliant region including a plurality of corrugations, wherein the compliant region is shaped to enable expansion of the tube sheets toward and away from one another, where the first portion is positioned proximate to an exhaust inlet of the EGR cooler and wherein a second portion of the plurality of cooling tubes arranged downstream, relative to a flow of exhaust through the EGR cooler, of a most downstream cooling tube of the one or more cooling tubes of the first portion does not include a compliant region including a plurality of corrugations, wherein a number of the plurality of corrugations of the one or more cooling tubes of the first portion is greatest at a most upstream cooling tube of the one or more cooling tubes and smallest at a most downstream cooling tube of the one or more cooling tubes.
Rail vehicle having a sanitary system, which comprises a wastewater tank and a freshwater tank, which are each equipped with assigned fill level sensors, characterized in that a control device is provided for the control linkage between the fill levels in the freshwater tank and the wastewater tank, the control device monitoring the fill level in the wastewater tank with the aid of associated sensors and, as a function of a detected fill level in the wastewater tank, controlling the fill level in the freshwater tank, wherein the control device locks filling lines of the freshwater tank upon reaching a predetermined fill level in the wastewater tank.
A method of manufacturing a laminate including a fabric and a thermoplastic film (1, 1a, 1b), wherein the thermoplastic film (1, 1a, 1b) is a multilayer film (1, 1a, 1b) including an adhesive layer (3, 3a, 3b) including a thermoplastic polyester elastomer and a barrier layer (2, 2a, 2b) that is bonded to the adhesive layer (3, 3a, 3b), and that has a melting point that is higher than a melting point of the adhesive layer (3, 3a, 3b), and that includes a thermoplastic polyester elastomer, and wherein the fabric includes a polyester, the method comprising: a step of adhering a side of the multilayer film (1, 1a, 1b) with the adhesive layer (3, 3a, 3b) to the fabric, while heating the multilayer film (1, 1a, 1b) at a temperature below the melting point of the barrier layer (2, 2a, 2b), wherein the thermoplastic polyester elastomer included in the adhesive layer (3, 3a, 3b) is a block copolymer including a soft segment including a polyether and a hard segment including a polyester, and wherein the materials of each of the adhesive layer (3, 3a, 3b) and the barrier layer (2, 2a, 2b) are melted and then extruded and molded simultaneously by co-extrusion. a step of adhering a side of the multilayer film (1, 1a, 1b) with the adhesive layer (3, 3a, 3b) to the fabric, while heating the multilayer film (1, 1a, 1b) at a temperature below the melting point of the barrier layer (2, 2a, 2b), wherein the thermoplastic polyester elastomer included in the adhesive layer (3, 3a, 3b) is a block copolymer including a soft segment including a polyether and a hard segment including a polyester, and wherein the materials of each of the adhesive layer (3, 3a, 3b) and the barrier layer (2, 2a, 2b) are melted and then extruded and molded simultaneously by co-extrusion.
Shield sleeve for producing an electrical connection between a cable shield and a metal housing portion of a connection element, comprising a rotationally symmetrical sleeve member, at one end of which at least one radially protruding contact flap which can be resiliently redirected in a radial direction is arranged, the contact flap having at least one contact location which protrudes in a radial direction with respect to the sleeve member, characterized in that the contact flap has at least one contact wing which is arranged in a tangential direction of the sleeve member and which is directed radially outwards.
Diaphragm of a diaphragm valve of a diaphragm pump, wherein the diaphragm valve or the diaphragm pump has a housing, comprising a first component composed of a diaphragm which can be arranged in the housing, composed of a plurality of diaphragm layers (1a, 1b), wherein part of the diaphragm can project out of the housing and forms the so-called tab, and a second component, wherein the second component is a data memory and is arranged in part of the tab, characterized in that a predetermined breakpoint is provided between the tab and the rest of the diaphragm.
A method for detecting straightness deviations and/or deformations in a rotary kiln, the rotary drum of which features bearing rings that are spaced apart from one another in the axial direction and respectively supported on rollers, and that, the outer surface area of the rotary drum, the bearing rings, the rollers and/or the shafts of the rollers is scanned in a contactless fashion with the aid of at least one scanning device such that three-dimensional position data regarding the scanned objects is obtained, and in that the three-dimensional position data is evaluated with respect to the occurrence of a deviation of the rotary kiln axis from a straight line, a deviation of the rotary drum from a cylindrical shape and/or a deviation of the rotational axes of the rollers from a line extending parallel to the rotary kiln axis, characterized in that an axial section of the rotary kiln is scanned with the at least one scanning device, in that scans are carried out in a plurality of axial sections distributed along the length of the kiln, wherein one stationary reference point is respectively also measured during said scans, and in that the three-dimensional position data is correlated with the respective reference point in order to obtain relative position data, and the relative position data of several axial sections is combined and jointly evaluated.
Method for operating a processing device for sensor data of at least one sensor installed in a motor vehicle, said sensor detecting objects in the environment of the motor vehicle and whose sensor data depicts object points with distance information, wherein the processing device determines objects from the sensor data and tracks the movement of an object classified as a vehicle, wherein the tracking of the object takes place by means of a dynamic model which uses movement information depicting the movement of the object in two coordinate directions, characterised in that as part of the dynamic model, the processing device also uses orientation information in the case of the fulfilment of an allocation criterion applied to the movement information and/or to geometry information depicting the geometric extension of the object which comprises a bounding box with an orientation depicting the yaw angle of the vehicle.
A system for altering an approaching sexual event, comprising: a housing portion having a central body portion, first and second electrode containment portions, and first and second hinge portions, with the first and second electrode containment portions pivotally displaceable away from the central body portion at the first and second hinge portions; circuitry elements; and at least first and second electrodes in operative communication with the circuitry elements to provide electrical stimulation, the first electrode provided with the first electrode containment portion and the second electrode provided with the second electrode containment portion, with the at least first and second electrodes pivotally displaceable for transperineal tissue contact, characterized in that the first and second electrode containment portions have a thickness less than the thickness of the central body portion. a housing portion having a central body portion, first and second electrode containment portions, and first and second hinge portions, with the first and second electrode containment portions pivotally displaceable away from the central body portion at the first and second hinge portions; circuitry elements; and at least first and second electrodes in operative communication with the circuitry elements to provide electrical stimulation, the first electrode provided with the first electrode containment portion and the second electrode provided with the second electrode containment portion, with the at least first and second electrodes pivotally displaceable for transperineal tissue contact,