mhurhangee/ep-ind-claims huggingface dataset:
Oven comprising an oven cavity with a closable opening for receiving food to be cooked or baked, an evaporation cavity arranged in a bottom wall of the oven cavity, wherein the evaporation cavity is formed as an embossment in the bottom wall of the oven cavity and the evaporation cavity has a maximum volume that is limited by the formation of the evaporation cavity as an embossment in the bottom wall of the oven cavity, an evaporation heating element being arranged for heating the evaporation cavity, wherein the evaporation heating element is provided in an area underneath the evaporation cavity and is not in direct contact with the bottom wall and the embossment defining the evaporation cavity, characterized in that the evaporation heating element is self-supporting.
Device for turning persons lying on a bed sheet comprising: - a frame, such as a bed frame, having a substantially horizontal elongate support surface for supporting a lying person; - a first and a second tube respectively arranged adjacent and on either longitudinal side of the support surface, wherein the first and second tube are substantially parallel to each other; - a bed sheet mounted with one edge to the first tube and mounted with an opposite edge to the second tube, wherein the bed sheet runs over the support surface; - a first and second motor for driving the first and second tube respectively; wherein - a first and second freewheel clutch arranged respectively between the first tube and first motor and between the second tube and the second motor. - a frame, such as a bed frame, having a substantially horizontal elongate support surface for supporting a lying person; - a first and a second tube respectively arranged adjacent and on either longitudinal side of the support surface, wherein the first and second tube are substantially parallel to each other; - a bed sheet mounted with one edge to the first tube and mounted with an opposite edge to the second tube, wherein the bed sheet runs over the support surface; - a first and second motor for driving the first and second tube respectively; wherein - a first and second freewheel clutch arranged respectively between the first tube and first motor and between the second tube and the second motor.
A vacuum cleaner with wet scrubber comprising: a housing configured to contain a volume of scrubbing liquid, said scrubbing liquid defining a level of the scrubbing liquid having a free surface; an inflow opening for air streams to be scrubbed, said inflow opening directing said air streams under said free surface; an outflow opening for scrubbed air streams; a dynamic separating means for impurities, disposed in a proximity of said outflow opening; characterized in that cleaning means are disposed in said housing, said cleaning means acting on said dynamic separating means. a housing configured to contain a volume of scrubbing liquid, said scrubbing liquid defining a level of the scrubbing liquid having a free surface; an inflow opening for air streams to be scrubbed, said inflow opening directing said air streams under said free surface; an outflow opening for scrubbed air streams; a dynamic separating means for impurities, disposed in a proximity of said outflow opening; characterized in that cleaning means are disposed in said housing, said cleaning means acting on said dynamic separating means.
An assembly for use in a bearing compartment having an axis (X-X'), the assembly comprising: a bearing outer race configured to be located in the bearing compartment; and at least one annular spring (112, 114) positioned in the bearing outer race and being asymmetric in the axial direction and the circumferential direction relative to the axis (X-X') to reduce the likelihood of amplification of vibration experienced by the at least one annular spring (112, 114). a bearing outer race configured to be located in the bearing compartment; and at least one annular spring (112, 114) positioned in the bearing outer race and being asymmetric in the axial direction and the circumferential direction relative to the axis (X-X') to reduce the likelihood of amplification of vibration experienced by the at least one annular spring (112, 114).
A system for three-dimensional combustion sensing, comprising a gas turbine engine including a combustor and an optical sensor (100, 200) disposed in the gas turbine engine, wherein the optical sensor (100, 200) is arranged for optically measuring and spatially resolving in three dimensions at least one chemical species within a flame produced by the combustor; the optical sensor (100, 200) comprising at least one sensor array (102, 202), each sensor array (102, 202) having a plurality of apertures (104, 204) to form partially overlapping images or fields of view of the flame, and each sensor array (102, 202) having at least one optical filter (112, 206) for passing filtered light of at least one particular wavelength onto the plurality of apertures (104, 204), the optical sensor (100, 200) being configured to combine the partially overlapping images or fields of view to form a three dimensional spatially resolved representation of the at least one chemical species; the system further comprising: a controller for correlating the three dimensional spatially resolved representation of the at least one chemical species to at least one parameter of the combustor, the controller being further arranged to utilize the at least one parameter of the combustor to control operation of the combustor.
An interventional drape comprising a patient interventional drape for covering a person and with a least one fenestration and a barrier drape attached to said patient interventional drape, where said barrier drape comprises at least one sterile cover (35,37), wherein said barrier drape is attached next to said at least one fenestration, thereby providing a sterile procedure area of the patient interventional drape at the front side of the barrier drape facing said fenestration and a non-sterile area at the back side of said barrier drape, thereby forming a sterile space above the sterile procedural area and a non-sterile space above the non-sterile area whereby a non-sterile person can handle a procedural means such as an ultrasonic transducer in said non-sterile space and provide said procedural means to a healthcare person in said sterile space when needed without any risk of contaminating said sterile procedure area, characterised in that said barrier drape divides said fenestration of said patient interventional drape.
A fluid container, consisting of at least two layers (11, 12) of cardboard composite material made of kraft paper wound into a hollow cylinder as a can body in a direction perpendicular to its axis, wherein the connecting seams (15, 16) of the at least two layers (11, 12) of cardboard composite material are in offset positions with respect to the periphery of the windings and one side of the open hollow cylinder thus formed is sealed using a bottom element and the other open side of the hollow cylinder, i.e. can body, is sealable or sealed using a lid with a seal in the same manner after being filled, characterised in that either its edges meet edge to edge in the direction of winding for the innermost layer while the innermost sheet of the innermost layer, i.e. the barrier sheet, overlaps the kraft paper on its edges in the direction of winding, or else the peripheral areas of the innermost layer overlap altogether in the direction of winding, wherein in both cases the overlaps abut at their barrier sheets following rectangular angulation away from the wound layer and are welded together and then folded over onto one side onto the layer and glued thereto while the peripheral areas of each further layer (14, 12) overlap in the direction of winding, wherein the overlapping areas are cut or sanded into a slope or forming a step at an oblique angle over their thickness such that the overlapping areas are positively placed on top of one another and the overlapping areas are not thicker than the thickness of the cardboard composite material itself.
An optical fiber cable, comprising a subunit having a first interior surface and a first exterior surface, wherein the first interior surface defines a central bore along a longitudinal axis of the optical fiber cable, comprising at least one optical fiber disposed within the central bore of the subunit, comprising a plurality of strengthening yarns disposed around the subunit, comprising a cable sheath disposed around the plurality of strengthening yarns, the cable sheath having a second interior surface and a second exterior surface, wherein the second exterior surface defines an outermost surface of the optical fiber cable, wherein the cable sheath comprises a low smoke, zero halogen material, wherein the low smoke, zero halogen material of the cable sheath has 35% to 45% by weight of a polymer blend, characterized in that the polymer blend is filled with mineral-based flame retardant additives, the low smoke, zero halogen material has a thermal contraction stress of less than 1.0 MPA, the optical fiber cable further comprises a bedding layer disposed between the second interior surface of the cable sheath and the plurality of strengthening yarns, wherein the bedding layer comprises a greater amount of mineral-based flame retardant additives than the cable sheath. comprising a subunit having a first interior surface and a first exterior surface, wherein the first interior surface defines a central bore along a longitudinal axis of the optical fiber cable, comprising at least one optical fiber disposed within the central bore of the subunit, comprising a plurality of strengthening yarns disposed around the subunit, comprising a cable sheath disposed around the plurality of strengthening yarns, the cable sheath having a second interior surface and a second exterior surface, wherein the second exterior surface defines an outermost surface of the optical fiber cable, wherein the cable sheath comprises a low smoke, zero halogen material, wherein the low smoke, zero halogen material of the cable sheath has 35% to 45% by weight of a polymer blend, characterized in that the polymer blend is filled with mineral-based flame retardant additives, the low smoke, zero halogen material has a thermal contraction stress of less than 1.0 MPA, the optical fiber cable further comprises a bedding layer disposed between the second interior surface of the cable sheath and the plurality of strengthening yarns, wherein the bedding layer comprises a greater amount of mineral-based flame retardant additives than the cable sheath.
A supply air device comprising: - supply air nozzles, - a mixing chamber, into which a supply air flow is led through the supply air nozzles and in which the supply air flow and a secondary air flow induced by the supply air flow are mixed and the mixed combined air flow (L1+L2) is discharged from said mixing chamber into a room, and - a filter, through which the secondary air flow is led into the mixing chamber, characterized in that the filter is an electric particle filter and the supply air device comprises an ionizer, which charges airborne impurity particles of the air flow by means of ions produced by corona discharge, whereby the ionizer is placed in the combined air flow (L1+L2) or in the secondary air flow before the filter. - supply air nozzles, - a mixing chamber, into which a supply air flow is led through the supply air nozzles and in which the supply air flow and a secondary air flow induced by the supply air flow are mixed and the mixed combined air flow (L1+L2) is discharged from said mixing chamber into a room, and - a filter, through which the secondary air flow is led into the mixing chamber,
A cleaner (1, 101, 201) comprising: a first body having a cleaning unit; a second body configured to move autonomously; and a sensing module (50, 150, 250) including at least one first sensor disposed on the first body and at least one second sensor disposed on the second body, the sensing module (50, 150, 250) sensing a variable distance (Dsl or Ds2) between one of the at least one first sensor and one of the at least one second sensor, wherein any one of a number of the at least one first sensor and a number of the at least one second sensor is two or more, wherein the sensing module (50, 150, 250) senses two variable distances (Dsl and Ds2) by two different combinations of one of at least one first sensor and one of at least one second sensor, wherein the cleaner (1, 101, 201) further comprises a controller configured to control the second body to follow the first body based on the two variable distances (Dsl and Ds2), characterized in that the sensing module (50, 150, 250) is configured to sense the two variable distances (Dsl and Ds2) over time, and wherein the controller controls the second body to move along a movement path (Tm) of the first body when estimating that an increment of any one of the two variable distances (Dsl and Ds2) per unit time is a predetermined reference or more. a first body having a cleaning unit; a second body configured to move autonomously; and a sensing module (50, 150, 250) including at least one first sensor disposed on the first body and at least one second sensor disposed on the second body, the sensing module (50, 150, 250) sensing a variable distance (Dsl or Ds2) between one of the at least one first sensor and one of the at least one second sensor, wherein any one of a number of the at least one first sensor and a number of the at least one second sensor is two or more, wherein the sensing module (50, 150, 250) senses two variable distances (Dsl and Ds2) by two different combinations of one of at least one first sensor and one of at least one second sensor, wherein the cleaner (1, 101, 201) further comprises a controller configured to control the second body to follow the first body based on the two variable distances (Dsl and Ds2), characterized in that the sensing module (50, 150, 250) is configured to sense the two variable distances (Dsl and Ds2) over time, and wherein the controller controls the second body to move along a movement path (Tm) of the first body when estimating that an increment of any one of the two variable distances (Dsl and Ds2) per unit time is a predetermined reference or more.
A clamping collar having a substantially cylindrical metal belt, a pair of projecting lugs (12, 14; 112) having respective facing front portions (13, 15; 113), a tightening rod disposed in holes (12', 15', 17'; 112', 117') in said lugs, and two tightening members (16A, 16B) co-operating with said rod and with respective ones of bearing portions of the two lugs in the pair to move the lugs closer together in such a manner as to cause the belt to be tightened by reducing the diameter of said belt, at least one of the lugs in the pair being a lug having an extension, the bearing portion of said lug (14; 112) being formed in an extension (17; 117) of said lug, which extension is folded over towards the rear of said lug, away from the other lug (12; 14) in the pair, and is provided with a hole (17', 117') for the tightening rod, which hole is situated facing a hole (15', 113') in the front portion (15, 113) of the same lug (14; 112), a bracing space being provided between the folded-over extension (17; 117) and said front portion (15; 113),the extension (17; 117) and the front portion (15; 113) of the lug (14; 112) having an extension being interconnected via a strip portion (20; 20'; 20", 120) forming a link loop defining an axial tunnel having its two axial ends (20A, 20B) open, said tunnel being shaped so that the angle of inclination between the extension (17; 117) and the front portion (15; 113) of the lug (14; 112) having an extension can change when the collar is tightened, characterized in that, for the lug (14; 112) having an extension, at least one of the elements constituted by the extension (17; 117) and by the front portion (15; 113) has at least one bracing cheek (17A, 17B, 17C; 17'A, 17'B, 17'C; 117A, 117C) that extends towards the other of said elements, substantially parallel to the tightening rod.
Packaging machine in which a film web is intermittently conveyed along a first conveying direction, depressions being formed in the film web, and said depressions each being connected to a structural element in a connecting station, wherein the structural elements are conveyed along a second conveying direction, wherein the first and second conveying directions (4, 12, 13), in the region of the connecting station, are provided substantially parallel to one another, and a conveying means, which conveys the structural elements to the connecting station, is provided, characterized in that the conveying means is a continuous belt and the film web having the depressions formed therein and the continuous belt are provided at an angle (α) to one another and/or the continuous belt is provided so as to be at least partially vertically displaceable.
A method for manufacturing a pressure sensor comprising providing a semiconductor chip for carrying a pressure sensitive membrane and having a topmost dielectric layer of silicon oxide and/or silicon nitride, characterized in the steps of applying a cover layer over said topmost dielectric layer, wherein said cover layer comprises a material different from said topmost dielectric layer and forms at least one port providing access to said membrane, mounting said chip with said cover layer in a housing having a connecting member, wherein said connecting member forms a connecting duct and forming a sealed connection between said connecting duct and said port.
A method, comprising: identifying paths (104A, 104B) traveled by multiple vehicles (101A, 101B); determining paths (103A, 103B) traveled by multiple subscriber telecommunications devices (102A, 102B) of one or more network or service providers; and correlating the paths (104A, 104B) traveled by the multiple vehicles (101A, 101B) and the paths (103A, 103B) traveled by the multiple subscriber telecommunications devices (102A, 102B) to determine which one or more modes of transportation each subscriber telecommunications device (102A; 102B) used over the path traveled by the subscriber telecommunications device (102A; 102B), wherein correlating the paths comprises generating a probabilistic distribution function of positions of the multiple subscriber telecommunications devices (102A, 102B) for each telecommunication cell and/or each telecommunication cell pair between which cell changes occur in the one or more network provider given accurate location information provided by mobile terminals, and, based on heuristics, yielding one or more vehicles (101A; 101B) that any given subscriber telecommunication device (102A; 102B) utilized along its corresponding path with a particular probability and/or degree of confidence. identifying paths (104A, 104B) traveled by multiple vehicles (101A, 101B); determining paths (103A, 103B) traveled by multiple subscriber telecommunications devices (102A, 102B) of one or more network or service providers; and correlating the paths (104A, 104B) traveled by the multiple vehicles (101A, 101B) and the paths (103A, 103B) traveled by the multiple subscriber telecommunications devices (102A, 102B) to determine which one or more modes of transportation each subscriber telecommunications device (102A; 102B) used over the path traveled by the subscriber telecommunications device (102A; 102B), wherein correlating the paths comprises generating a probabilistic distribution function of positions of the multiple subscriber telecommunications devices (102A, 102B) for each telecommunication cell and/or each telecommunication cell pair between which cell changes occur in the one or more network provider given accurate location information provided by mobile terminals, and, based on heuristics, yielding one or more vehicles (101A; 101B) that any given subscriber telecommunication device (102A; 102B) utilized along its corresponding path with a particular probability and/or degree of confidence.
Hand-tool device having an impact mechanism (22a; 22b; 22c) which has at least one striker and one cam guide (62a, 64a) which drives the striker at least during an impact drilling operation, wherein the striker has at least a part of the cam guide (62a, 64a), and the impact mechanism (22a; 22b; 22c) comprises an impact-mechanism spindle (46a; 46c) which has at least a part of the cam guide (62a, 64a), characterized in that the impact-mechanism spindle has a toothing which forms a sun gear of a planetary gear stage, wherein the planetary gear stage increases a rotational speed for driving the impact mechanism (22a; 22b; 22c).
A crawler driving device including a main frame, a driving wheel that is rotationally set over the main frame, idler wheels that are rotationally set at both ends of the main frame, couple of roller wheels that are fixed under the main frame at intervals along a driving direction of the crawler driving device, and a track that is set at the outside of the driving wheel, the idler wheels and the roller wheels; the main frame includes a beam, V-shaped brackets that are linked with both sides of the beam respectively, a connecting rod that is connected to the both V-shaped brackets; a space is formed by the V-shaped brackets to accommodate the driving wheel; the idler wheels include guide rods that are set at both ends of the beam respectively, a rotating shaft that is set at the end of each of the guide rods, and the idler wheels are set at both sides of the rotating shaft; each roller wheel includes a mechanical balancer, roller wheels that are rotationally connected with both ends of the mechanical balancer, a center position of the mechanical balancer being rotatably connected with the bottom of the beam; teeth that are set on the inner wall of the track engageable with the driving wheel, the roller wheels enabling the rubber track to move; characterized in that: a pin is configured to link the middle position of the both sides of the beam with the bottom of the V-shaped brackets. the main frame includes a beam, V-shaped brackets that are linked with both sides of the beam respectively, a connecting rod that is connected to the both V-shaped brackets; a space is formed by the V-shaped brackets to accommodate the driving wheel; the idler wheels include guide rods that are set at both ends of the beam respectively, a rotating shaft that is set at the end of each of the guide rods, and the idler wheels are set at both sides of the rotating shaft; each roller wheel includes a mechanical balancer, roller wheels that are rotationally connected with both ends of the mechanical balancer, a center position of the mechanical balancer being rotatably connected with the bottom of the beam; teeth that are set on the inner wall of the track engageable with the driving wheel, the roller wheels enabling the rubber track to move; characterized in that: a pin is configured to link the middle position of the both sides of the beam with the bottom of the V-shaped brackets.