mhurhangee/ep-ind-claims huggingface dataset:
A refrigeration cabinet, comprising a housing, a cooling chamber for receiving items to be cooled with an open removal side, a circulation duct which extends continuously between the housing and the cooling chamber and in which a fan is arranged that is designed to generate a circulation flow around the cooling chamber and across the open removal side, wherein the circulation duct has an inlet and an outlet on the removal side which are aligned so as to face one another, wherein a ventilation device for the refrigeration cabinet which is open at least on the removal side or can be opened via a door is provided on the refrigeration cabinet in order to reduce an accumulation of cooled air flowing out of the refrigeration cabinet in a region near the floor in front of the refrigeration cabinet on the removal side thereof, with at least one fan being arranged particularly in a refrigeration cabinet top region opposite the region near the floor, wherein the at least one fan is designed and oriented so to blow air in a central discharge direction at a horizontal angle φ relative to a front plane parallel to the removal side along the refrigerated cabinet and at a vertical angle β relative to a top plane parallel to the removal side and perpendicular to the front plane, wherein 20° ≤ φ,β ≤ 70° applies for φ and β or, alternatively, -20 ≥ φ ≥ -70° and 20° ≤ β ≤ 70° apply, wherein the at least one fan is in fluid communication with at least one extraction duct for generating an extraction flow, wherein the at least one extraction duct has an intake opening and a discharge opening, wherein the intake opening is or can be oriented in the direction of the region near the floor in front of the refrigeration cabinet and the discharge opening is or can be oriented toward the refrigeration cabinet top region, so that the cooled air flowing out of the refrigeration cabinet can be sucked off from the region near the floor and blown out by means of the at least one fan.
A device for manipulations with foreign bodies in hollow organs, comprising a catheter, wire guide and separator of an object, wherein the separator of the object is made with a net surface at least in a part of the separator, and wherein the wire guide is made hollow with a lumen in its interior as a channel of any shape or closed and not hollow without lumen, characterised in that in that the separator of the object, the catheter and the wire guide are made from a single initial detail of metal, plastic or a composite material in the form of a tube, wire or strip.
Method for producing a rack for a steering gear of a motor vehicle, said rack having at least one toothed portion having a toothing, and at least one shaft portion, wherein separate segments comprising at least one in each case bar-shaped toothed segment and one shaft segment are provided, are aligned on a common longitudinal axis, and are connected to one another at a joint, characterized by the steps: - providing a raw material piece having a piece length of a multiple of a segment length (Is); - thermal continuous hardening of the raw material piece across a multiple of the segment length (Is) in order for a hardened semi-finished segment product to be produced; - cutting-to-length a hardened segment from the hardened semi-finished segment product; - providing a further segment; - joining the hardened segment to a further segment. - providing a raw material piece having a piece length of a multiple of a segment length (Is); - thermal continuous hardening of the raw material piece across a multiple of the segment length (Is) in order for a hardened semi-finished segment product to be produced; - cutting-to-length a hardened segment from the hardened semi-finished segment product; - providing a further segment; - joining the hardened segment to a further segment.
Heat exchange system (1;1';1";101) for heating a collector medium (2; 103) and comprising a housing (3;3') having a collector medium flow inlet and a collector medium flow outlet, the housing is divided into at least a first inner section and a second inner section, wherein the first inner section and second inner section are serially disposed in the housing in relation to a flowing direction of the collector medium, the first inner section, comprising a first heat exchanger (16c; 101.1), is disposed adjacent the collector medium flow inlet, the second inner section, comprising a second heat exchanger (18c;101.2), is disposed adjacent the collector medium flow outlet, the first heat exchanger (16c;101.1) is supplied with a first heating medium(16e;101.1e), the second heat exchanger (18c;101.2) is supplied with a second heating medium(18e;101.2e) and characterized in that the first inner section and/or the second inner section are adapted to be pressurized, that the first and the second heat exchanger are configured as condensers (101.1; 101.2), that the first heat exchanger is supplied with pressurized steam at a pressure level P1 and the second heat exchanger is supplied with pressurized steam at a pressure level P2, and that the pressure level P1 is lower than pressure level P2, and that a first condensate receptacle (116.1) is connected to the first heat exchanger (16c; 101.1) for collecting a first heating medium condensate(101.1h) at a pressure level P1, and in that a second condensate receptacle (116.2) is connected to the second heat exchanger (18c;101.2) for collecting a second heating medium condensate(101.2h) at a pressure level P2, and in that the second condensate receptacle (116.2) is connected to and in fluid communication with the first condensate receptacle (116.1), and in that the first condensate receptacle (116.1) is connected to the first heat exchanger (16c;101.1) via a steam duct (101.1g).
Liquid reservoir (60, 62) for a domestic home appliance, in particular for a laundry treatment apparatus or a dishes treatment machine, wherein the liquid reservoir (60, 62) is adapted to store liquid therein and comprises: a floating element (116, 116') adapted to float in the liquid in the reservoir (60, 62) and to indicate the liquid level at least over a portion of the liquid level range in the liquid reservoir (60, 62), and a guiding device forming a cage for the floating element (116, 116') within the liquid reservoir (60, 62) and adapted to define the movement path of the floating element (116, 116') during liquid level change in the liquid reservoir (60, 62) at least along the portion of the liquid level range, wherein at least a section of the liquid reservoir (60, 62) comprises or is a transparent element at a reservoir outer wall, and wherein at least a portion of the movement path of the floating element (116, 116') is guided by the guiding device along the transparent element, such that the floating element (116, 116') is visible by a user from laterally outside the liquid reservoir (60, 62), characterized by a liquid level indication unit having a detector adapted to detect at least one position of the floating element (116, 116'). a floating element (116, 116') adapted to float in the liquid in the reservoir (60, 62) and to indicate the liquid level at least over a portion of the liquid level range in the liquid reservoir (60, 62), and a guiding device forming a cage for the floating element (116, 116') within the liquid reservoir (60, 62) and adapted to define the movement path of the floating element (116, 116') during liquid level change in the liquid reservoir (60, 62) at least along the portion of the liquid level range, wherein at least a section of the liquid reservoir (60, 62) comprises or is a transparent element at a reservoir outer wall, and wherein at least a portion of the movement path of the floating element (116, 116') is guided by the guiding device along the transparent element, such that the floating element (116, 116') is visible by a user from laterally outside the liquid reservoir (60, 62), characterized by a liquid level indication unit having a detector adapted to detect at least one position of the floating element (116, 116').
Method for surface treatment of a metal substrate selected from nickel or nickel alloy, suitable for use as electrode support in electrochemical processes, comprising the following steps: (a) immersion of said metal substrate and of at least one counter electrode in an electrolyte selected from hydrochloric acid, nitric acid, boric acid or sulfuric acid at a weight concentration of between 10-40%; (b) application of an anodic current density to said metal substrate of between 0,1 and 30 A/dm 2 for a time of between 0.5 and 120 minutes. (a) immersion of said metal substrate and of at least one counter electrode in an electrolyte selected from hydrochloric acid, nitric acid, boric acid or sulfuric acid at a weight concentration of between 10-40%; (b) application of an anodic current density to said metal substrate of between 0,1 and 30 A/dm 2 for a time of between 0.5 and 120 minutes.
Hands-free subjective image capture device, comprising: - a harness attached to the body of a user; - a camera including at least one lens (305, 310) oriented in a direction, the camera being connected to the harness by a positionable arm (70, 90) running along the back of the user, and positioned above the user for capturing a subjective image in said direction, the positionable arm comprising a rod (700, 705, 905) for placing in position on the articulated harness with a rod (720, 920) for supporting the camera and at least one damper (730, 755, 930) of the movement between the positioning rod and the supporting rod; and - a means for stabilizing the camera relative to the harness placed between the positionable arm and the camera characterized in that it also comprises: - a means (210, 225, 240) for controlling the stabilization means as a function of at least one piece of position data of the camera, the control means being configured to keep the video camera in a predefined position. - a harness attached to the body of a user; - a camera including at least one lens (305, 310) oriented in a direction, the camera being connected to the harness by a positionable arm (70, 90) running along the back of the user, and positioned above the user for capturing a subjective image in said direction, the positionable arm comprising a rod (700, 705, 905) for placing in position on the articulated harness with a rod (720, 920) for supporting the camera and at least one damper (730, 755, 930) of the movement between the positioning rod and the supporting rod; and - a means for stabilizing the camera relative to the harness placed between the positionable arm and the camera - a means (210, 225, 240) for controlling the stabilization means as a function of at least one piece of position data of the camera, the control means being configured to keep the video camera in a predefined position.
A throughflow measurement system for measuring a fluid throughflow in a high pressure line, comprising: a measurement body which has an inlet flange, an outlet flange and a fluid passage, wherein the fluid passage extends between the inlet flange and the outlet flange and has a passage axis; an ultrasonic measurement apparatus integrated into the measurement body; and a flow conditioner arranged upstream of the ultrasonic measurement apparatus in the fluid passage, wherein an arrangement of bores for fastening means is provided at the outlet flange and an axially extending outlet fastening region of the measurement body is defined by the length of the bores, wherein the ultrasonic measurement apparatus comprises at least two reflection measurement paths (31, 32), wherein each of the reflection measurement paths (31, 32) is spanned by a first ultrasonic transducer, a reflector and a second ultrasonic transducer and extends in a measurement plane through the fluid passage such that the second ultrasonic transducer is arranged downstream of the first ultrasonic transducer, characterized in that each of the second ultrasonic transducers disposed downstream is arranged in the outlet fastening region or projects into it. a measurement body which has an inlet flange, an outlet flange and a fluid passage, wherein the fluid passage extends between the inlet flange and the outlet flange and has a passage axis; an ultrasonic measurement apparatus integrated into the measurement body; and a flow conditioner arranged upstream of the ultrasonic measurement apparatus in the fluid passage, wherein an arrangement of bores for fastening means is provided at the outlet flange and an axially extending outlet fastening region of the measurement body is defined by the length of the bores, wherein the ultrasonic measurement apparatus comprises at least two reflection measurement paths (31, 32), wherein each of the reflection measurement paths (31, 32) is spanned by a first ultrasonic transducer, a reflector and a second ultrasonic transducer and extends in a measurement plane through the fluid passage such that the second ultrasonic transducer is arranged downstream of the first ultrasonic transducer, characterized in that each of the second ultrasonic transducers disposed downstream is arranged in the outlet fastening region or projects into it.
A hot melt adhesive composition comprising: at least 15 % by weight of a first styrene block copolymer having an unsaturated midblock, a melt flow rate of at least 15 g/10 minutes (190°C, 2.16 kgs) and a diblock content of no greater than 10 % by weight, the hot melt adhesive composition having a viscosity of no greater than 15,000 cps at 121°C. at least 15 % by weight of a first styrene block copolymer having an unsaturated midblock, a melt flow rate of at least 15 g/10 minutes (190°C, 2.16 kgs) and a diblock content of no greater than 10 % by weight, the hot melt adhesive composition having a viscosity of no greater than 15,000 cps at 121°C.
A projection apparatus adapted to project images of k color components sequentially, where k is a natural number greater than two, the projection apparatus comprising: a light source section (17 to 20) comprising a total of k groups of n groups of color light emitting elements, where n is a natural number greater than one, such that n groups of color light emitting elements are provided for each of the k color components; and a driving control section (24, 30) for applying light emission driving to the light source section (17 to 20) by a pulse width modulation scheme in synchronism with a projection period λ of the image of each color component, characterized in that the driving control section is adapted to drive the light source section so as to enable each of the k groups of n groups of color light emitting elements to provide an output which is any fraction l/n of the maximum output, where l is an integer from 0 to n, and to, when 0<l<n for any of the respective k groups of n groups of color light emitting elements, drive the corresponding n groups of color light emitting elements such that the n groups are cyclically turned on and off within a projection period λ with a phase difference λ/ni and period of (l/n)x(λ/i), where i is a natural number greater than one. a light source section (17 to 20) comprising a total of k groups of n groups of color light emitting elements, where n is a natural number greater than one, such that n groups of color light emitting elements are provided for each of the k color components; and a driving control section (24, 30) for applying light emission driving to the light source section (17 to 20) by a pulse width modulation scheme in synchronism with a projection period λ of the image of each color component, characterized in that the driving control section is adapted to drive the light source section so as to enable each of the k groups of n groups of color light emitting elements to provide an output which is any fraction l/n of the maximum output, where l is an integer from 0 to n, and to, when 0<l<n for any of the respective k groups of n groups of color light emitting elements, drive the corresponding n groups of color light emitting elements such that the n groups are cyclically turned on and off within a projection period λ with a phase difference λ/ni and period of (l/n)x(λ/i), where i is a natural number greater than one.
A road surface profile estimation device comprising: an acquisition unit that acquires a vertical acceleration relative to a road surface with which a vehicle is in contact and angular velocity about a pitch axis of the vehicle; and a first calculation unit that calculates a vertical displacement by integrating the acceleration and calculates an angular displacement about the pitch axis by integrating the angular velocity; characterized by a prediction unit that predicts, on the basis of a simulation model, a time evolution of state variables including variables expressing unevenness on a road surface along which the vehicle is traveling, variables expressing up-down motion of the vehicle, and variables expressing rotary motion about the pitch axis of the vehicle; a second calculation unit that calculates, on the basis of an observation model, the acceleration, the angular velocity, the displacement, and the angular displacement from the state variables predicted by the prediction unit; an updating unit that updates the state variables by data-assimilating the acceleration and the angular velocity acquired by the acquisition unit and the displacement and the angular displacement calculated by the first calculation unit with the acceleration, the angular velocity, the displacement, and the angular displacement calculated by the second calculation unit; and an estimation unit that estimates the road surface profile on the basis of the variables expressing the unevenness of the road surface, included in the state variables. an acquisition unit that acquires a vertical acceleration relative to a road surface with which a vehicle is in contact and angular velocity about a pitch axis of the vehicle; and a first calculation unit that calculates a vertical displacement by integrating the acceleration and calculates an angular displacement about the pitch axis by integrating the angular velocity; characterized by a prediction unit that predicts, on the basis of a simulation model, a time evolution of state variables including variables expressing unevenness on a road surface along which the vehicle is traveling, variables expressing up-down motion of the vehicle, and variables expressing rotary motion about the pitch axis of the vehicle; a second calculation unit that calculates, on the basis of an observation model, the acceleration, the angular velocity, the displacement, and the angular displacement from the state variables predicted by the prediction unit; an updating unit that updates the state variables by data-assimilating the acceleration and the angular velocity acquired by the acquisition unit and the displacement and the angular displacement calculated by the first calculation unit with the acceleration, the angular velocity, the displacement, and the angular displacement calculated by the second calculation unit; and an estimation unit that estimates the road surface profile on the basis of the variables expressing the unevenness of the road surface, included in the state variables.
A bone screw assembly (20; 65; 70; 100) for fixation into a target bone, comprising a) a first bone screw element (21; 103) with an elongated body including a threaded first end with a first external screw thread (23; 104) having a first handedness and a first lead length and a second end, the first bone screw element further comprising an internal thread feature (28; 73) with a second handedness and a second lead length located within a bore or a central channel provided within said elongated body; b) a second bone screw element (40; 80; 105) comprising at least one second external screw thread (44; 46; 81; 106) with the second handedness and the second lead length, characterized in that said second handedness is the opposite of said first handedness and/or said first lead length is different from said second lead length, and in that said second bone screw element (40; 80; 105) is arranged within said bore, and said second external screw thread (44; 46; 81; 106) is engaged with said internal thread feature (28; 73), wherein the second bone screw element (40; 80; 105) is movable from a first implantation configuration where the second bone screw element (40; 80; 105) is arranged substantially completely within said bore, or said bore and central channel, and a second implantation configuration where the second bone screw element (40; 80; 105) protrudes from said bore such that the second bone screw element has been advanced into the target bone from said bore more than in the first configuration while still being partially engaged with said internal thread feature. a) a first bone screw element (21; 103) with an elongated body including a threaded first end with a first external screw thread (23; 104) having a first handedness and a first lead length and a second end, the first bone screw element further comprising an internal thread feature (28; 73) with a second handedness and a second lead length located within a bore or a central channel provided within said elongated body; b) a second bone screw element (40; 80; 105) comprising at least one second external screw thread (44; 46; 81; 106) with the second handedness and the second lead length,
A leukocyte depletion filter material, comprising fibers that have an average fiber diameter of 0.30 to 1.60 μm and characterised in that said fibers have a coefficient of variation of fiber diameter of 0.40 to 1.20.
Motor vehicle latch having a locking mechanism with a catch and at least one pawl, a rotary movement of the catch being able to be locked by means of the pawl, a drive device by means of which the pawl can be transferred out of a locking position into a release position for the locking mechanism, and an adjusting device (11, 15, 18), a motor vehicle door accommodating the motor vehicle latch being movable out of a closed position into an open position by means of the adjusting device (11, 15, 18), characterized in that the adjusting device (11, 15, 18) holds the motor vehicle door in the open position thereof such that an independent opening of the motor vehicle door beyond the open position can be prevented, the adjusting device (11, 15, 18) being at least partially integrated into the motor vehicle latch, the adjusting device (11, 15, 18) having an adjusting means (11, 15, 18), the adjusting means (11, 15, 18) being movable in the adjusting device (11, 15, 18) such that the adjusting means (11, 15, 18) can be moved out of the motor vehicle door and the motor vehicle door can be moved into the open position by means of the adjusting means (11, 15, 18), the adjusting means (11, 15, 18) interacting with a latch holder, latch holder bolt or latch holder bracket.