mhurhangee/ep-ind-claims huggingface dataset:
Reefer unit for transporting perishable goods, such as fruit, the reefer unit comprising: - a number of reefer unit walls (6, 8, 10, 12, 14, 16) enclosing a reefer inner space; - a gas displacement unit that is operatively connected to the reefer inner space and is configured for displacing gas; characterised by - at least two plasma generating units that are operatively connected to the gas displacement unit and/or to the reefer inner space and that are configured to provide plasma to gas displaced by the gas displacement unit; wherein the reefer unit inner space, the gas displacement unit and the at least two plasma units form a gas circulation system that is configured for circulating a gas flow in at least the reefer unit inner space, and wherein the reefer unit comprises a control unit that is configured to switch the at least two plasma generating units between an inactive state and an active state in which plasma is generated and vice versa; and wherein the control unit is additionally configured to control one or more of: time interval, cycle time and/or intensity of each of the at least two plasma generating unit and/or the number of plasma generating units (22a, 22b, 22c) that is simultaneously in the active state. - a number of reefer unit walls (6, 8, 10, 12, 14, 16) enclosing a reefer inner space; - a gas displacement unit that is operatively connected to the reefer inner space and is configured for displacing gas; characterised by - at least two plasma generating units that are operatively connected to the gas displacement unit and/or to the reefer inner space and that are configured to provide plasma to gas displaced by the gas displacement unit; wherein the reefer unit inner space, the gas displacement unit and the at least two plasma units form a gas circulation system that is configured for circulating a gas flow in at least the reefer unit inner space, and wherein the reefer unit comprises a control unit that is configured to switch the at least two plasma generating units between an inactive state and an active state in which plasma is generated and vice versa; and wherein the control unit is additionally configured to control one or more of: time interval, cycle time and/or intensity of each of the at least two plasma generating unit and/or the number of plasma generating units (22a, 22b, 22c) that is simultaneously in the active state.
Method of using a fluid flow guide member of a heat exchanger, which is traversed by fluid flow in operation of the heat exchanger, the guide member being made from a corrugated metallic strip, the width of which extending along a transversal axis from a leading edge to a trailing edge, wherein the fluid flow flows from the leading edge to the trailing edge in operation of the heat exchanger, wherein - in the leading edge portion of the guide member slit louvers are provided adapted to deviate the flow, - the trailing edge portion is free of slit louvers, - strengthening ribs are arranged in the trailing edge portion, - the ribs are formed by corrugating the trailing edge portion of the strip. - in the leading edge portion of the guide member slit louvers are provided adapted to deviate the flow, - the trailing edge portion is free of slit louvers, - strengthening ribs are arranged in the trailing edge portion, - the ribs are formed by corrugating the trailing edge portion of the strip.
A covering device for a drinking vessel, namely a bottle, comprising: - an attachment member for attaching the covering device to the drinking vessel, - a cover member for covering a drinking opening of the drinking vessel, - and an operating mechanism for displacing the cover member from a closed position into an open position and from an open position into a closed position, wherein the operating mechanism comprises an operating element, the operating mechanism comprising a transmission, via which the operating element is coupled to the cover member, wherein the operating element is configured as an operating weight, and wherein the cover member is pivotably mounted about a first pivot axis, characterised - in that the operating element is pivotably mounted about a second pivot axis, - and in that the transmission has a transmission ratio greater than 1, whereby a pivoting of the operating element about the second pivot axis by the angle α causes a pivoting of the cover member about the first pivot axis by the angle α*x, wherein x is greater than 1. - an attachment member for attaching the covering device to the drinking vessel, - a cover member for covering a drinking opening of the drinking vessel, - and an operating mechanism for displacing the cover member from a closed position into an open position and from an open position into a closed position, wherein the operating mechanism comprises an operating element, the operating mechanism comprising a transmission, via which the operating element is coupled to the cover member, wherein the operating element is configured as an operating weight, and wherein the cover member is pivotably mounted about a first pivot axis, characterised wherein the operating element is configured as an operating weight, and wherein the cover member is pivotably mounted about a first pivot axis, characterised - in that the operating element is pivotably mounted about a second pivot axis, - and in that the transmission has a transmission ratio greater than 1, whereby a pivoting of the operating element about the second pivot axis by the angle α causes a pivoting of the cover member about the first pivot axis by the angle α*x, wherein x is greater than 1.
Contactor spring, configured to form part of an IC contactor socket (5; 50), wherein the contactor spring has a U shaped or C shaped or S shaped or Z shaped spring body, wherein both of the first and second free ends of the spring body comprises an outwardly directed contactor protrusion (57b, 57c), and wherein the spring body comprises at least a first U shaped or C shaped or S shaped or Z shaped, respectively, recess which extends from close to the first free end to close of the second free end thereof, characterized in that at one side of the base of the spring body a hook-shaped support protrusion is provided, and on the other side of the base a small straight support protrusion is provided, and that two longitudinal slits (57h, 57i) are formed in the base portion, defining legs (57j, 57k) beyond the slits (57h, 57i), configured to exert elastic pressure against an adjacent wall in the contactor socket (5; 50) which in cooperation with the straight support protrusion and the hook-shaped support protrusion results in a secure fixation of the contactor spring within a recess of the conductor socket (5; 50) and enables an easy removal of the spring from the contactor socket (5; 50).
A method for repairing damaged keratin fibers comprising applying to a keratin fiber in need thereof a composition comprising, in a topically acceptable vehicle, an effective amount of a compound having the structure of Formula, wherein, X is -S-, and R 1 and R 2 are independently selected from hydrogen, C 1 - 22 hydrocarbon radicals, and counterions; for a time sufficient to improve the strength or overall appearance of said keratin fibers, wherein said keratin fibers are human hair and wherein said keratin fibers have previously been subjected to chemical, mechanical and environmental damage. wherein, X is -S-, and R 1 and R 2 are independently selected from hydrogen, C 1 - 22 hydrocarbon radicals, and counterions; for a time sufficient to improve the strength or overall appearance of said keratin fibers, wherein said keratin fibers are human hair and wherein said keratin fibers have previously been subjected to chemical, mechanical and environmental damage.
A wireless first audio rendering device, such as headset or speaker phone, which first audio rendering device (2, 3) is adapted to be paired with a wireless audio gateway device, such as a smart phone, whereby a first radio link for transmitting audio can be established between the audio gateway and the audio rendering device, characterised in that the first audio rendering device is adapted to wirelessly recognise a second audio rendering device also paired with the audio gateway device, and whereby the first audio rendering device when brought within an activation distance (D2-D3) of the second audio rendering device is adapted to initiate an audio transfer step, in which the first audio link is replaced by a second radio link for transmitting audio between the first audio gateway device and the second audio rendering device.
Butt joint arrangement for window frames/door frames or window leaf frames/door leaf frames, in particular of wooden windows/wooden doors, having: a first frame profile element that comprises a first joining section that is arranged on an end of the frame profile element; and a second frame profile element that comprises a second joining section having an insertion recess, wherein the second joining section is configured so as to be able to join in a positive-locking manner and/or a non-positive locking manner to the first joining section by means of a plug connecting element, wherein the plug connecting element and the insertion recess comprise a shape that tapers in the plugging direction, and characterised in that the plug connecting element extends in the plugging direction in a tapered manner, in a truncated tapered manner, in a cone-shaped manner or in a truncated cone-shaped manner. a first frame profile element that comprises a first joining section that is arranged on an end of the frame profile element; and a second frame profile element that comprises a second joining section having an insertion recess, wherein the second joining section is configured so as to be able to join in a positive-locking manner and/or a non-positive locking manner to the first joining section by means of a plug connecting element, wherein the plug connecting element and the insertion recess comprise a shape that tapers in the plugging direction, and characterised in that the plug connecting element extends in the plugging direction in a tapered manner, in a truncated tapered manner, in a cone-shaped manner or in a truncated cone-shaped manner.
A system for controlling a drilling drive of a specialist civil engineering machine comprising at least one hydraulic motor as the drilling drive, which is supplied with the necessary hydraulic power via a drilling hydraulic system, and an electronic control unit, characterized in that the control unit comprises a signal input and/or a detection means for indirectly or directly determining the speed of the drilling drive and a program memory with stored control commands, which are configured to control the hydraulic motor as a function of the speed of the drilling drive, the displacement of the at least one hydraulic motor being electrically adjustable by the control unit as a function of the speed of the drilling drive.
An embossing device for fine embossing of packaging material with a set of embossing rollers having male die and female die rollers cooperating with one another, the surfaces of which are provided with texture elements which have contours with a linear total error in axial and radial direction of less than +/- 10 μm and/or an angle error of less than 5°, wherein the texture elements on the surface of the female die roller(s), which are assigned to the texture elements on the surface of the male die roller(s), are not inversely congruent by an amount of above 15 μm in axial and radial direction and the texture elements of the male die and female die roller(s) assigned to one another have facets for the purpose of local pressure increase.
Wind turbine blade, with a generally hollow blade body comprising an upper and a lower half shell (12, 13) and first and a second elongated webs (16, 17) each extending in the lengthwise direction of the blade and being disposed between the and connected to the upper and the lower half shell (12, 13), with each web (16, 17) comprising an upper and a lower flange (19, 21) connecting the respective web (16, 17) to the respective half shell (12,13), and with the first and second webs (16, 17) being supported via respective first and second reinforcement structures (27, 28) relative to the respective half shell (12, 13), which reinforcement structures (27, 28) are arranged between an outer and an inner layer (23, 26) of each of the upper and lower half shell (12, 13) and extend in the lengthwise direction of the blade, characterised in that the first and second reinforcement structures (27, 28) each comprise at least one stack (29, 30) composed of several glass fiber layers (45, 46) infused with resin, and that at least one stiffening element extending parallel to the first and second reinforcement structures (27, 28) over at least a part of their length comprising at least one stack composed of several pultruded composite strips comprising carbon fibers with the strips being fixed in the resin is arranged between the first and second reinforcement structures (27, 28).
Transport system for transporting products from a processing station to a further processing station, in particular packing station, having a plurality of sequential conveyor belts (19, 20) which transport a plurality of products simultaneously in a plurality of tracks and in parallel, wherein said transport system has a plurality of modules (25, 26) which are identical in terms of function and/or principle, preferably of identical design, which are provided sequentially and in parallel and are connected to one another by the conveyor belts (19, 20) of optionally dissimilar lengths, wherein each module (25, 26) has a drive roller and a deflection, and the drive roller has an axle or shaft and a sleeve, wherein the sleeve is provided so as to be displaceable along the central axis of the axle or shaft, characterized in that each module (25, 26) has a tensioning system, and in that the sleeve is provided so as to be rotatable about a vertical axis.
Method for operating a gas turbine with axial thrust balance, wherein the gas turbine is configured, with respect to aerodynamic forces and compressive forces which exert axial forces on the rotor, such that these forces result in a negative thrust during no-load operation and at low partial load and in a positive thrust at high load and at full load, and such that a positive auxiliary thrust is applied with which the resulting axial bearing force is kept positive in the entire load range, and that at the high load range, no compressed air is consumed for pressurisation, characterised in that the auxiliary thrust is produced by controlling the pressure at the front face or at a partial front face of the turbine rotor, wherein a substantially annular chamber between the drum cover and a first turbine disc is divided by a seal into an outer annular chamber and an inner annular chamber, and one of these two chambers is pressurised for thrust control.
Sawing machine with a machining table and with a lifting device for a saw blade for processing workpieces made of wood, plastic, and the like, with a crank drive which has a crank, and with a push rod which is connected to a saw blade holder supporting the saw blade and is coupled to a transmission ratio, via which the crank is connected to the saw blade holder and which has a two-armed lever which is pivotable about a pivot axis, wherein the saw blade is a circular saw blade, and the saw blade holder is displaceable using the crank from an idle position, in which the circular saw blade is arranged underneath the machining table, into a working position, in which the circular saw blade processes the workpieces located on the machining table, characterized in that the lever arms (8, 11) of the two-armed lever are at an obtuse angle to one another, the pivot axis lies in the V-tip of the two-armed lever, the crank is hinged to the one lever arm, and the other lever arm for hinging the push rod has at least two connections, which have different distances from the pivot axis of the two-armed lever.
Method for the mechanical separation of a laminar structure from a carrier assembly comprising or consisting of a first carrier, wherein the laminar structure comprises a wafer and a second, extensible carrier, and wherein at least one plasma polymer separating layer is disposed between the first carrier and the wafer, said method comprising the following steps: a) providing a layer system (1a, 8) comprising the carrier assembly and the laminar structure b) producing a mechanical stress in the region of the interface between the carrier assembly and the laminar structure, so that the laminar structure is separated from the carrier assembly, by a method comprising i) the steps: ia) providing a separating aid ib) fixing the separating aid on the second carrier, and ic) mechanically separating the laminar structure from the carrier using only one separating front, characterised in that the fixing of the separating aid on the second carrier is effected by means of reduced pressure or electrostatic charging so that during the separation procedure the second carrier remains fixed on the separating aid immediately behind a separating front formed during the separation. a) providing a layer system (1a, 8) comprising the carrier assembly and the laminar structure b) producing a mechanical stress in the region of the interface between the carrier assembly and the laminar structure, so that the laminar structure is separated from the carrier assembly, by a method comprising i) the steps: ia) providing a separating aid ib) fixing the separating aid on the second carrier, and ic) mechanically separating the laminar structure from the carrier using only one separating front, i) the steps: ia) providing a separating aid ib) fixing the separating aid on the second carrier, and ic) mechanically separating the laminar structure from the carrier using only one separating front, ia) providing a separating aid ib) fixing the separating aid on the second carrier, and ic) mechanically separating the laminar structure from the carrier using only one separating front,
Use of at least one hydroxyiminoalkanoic acid of general formula O=C - -CH=N-OH where R is a straight-chain or branched alkylene group having at least 2 carbon atoms, as anti-nitrous agent in a reductive stripping operation of plutonium.
An exhaust manifold for an additive manufacturing system, comprising: a manifold housing; at least one baffle (109a-e) movable relative to the manifold housing configured to modify an exhaust flow area defined in part by the at least one baffle; and an actuator (113a-e) operatively connected to the at least one baffle configured to move the at least one baffle; wherein the one or more moveable baffles include a plurality of moveable baffles configured to move relative to the housing and relative to each other to modify a respective exhaust flow area; and characterized in that each of the plurality of baffles (109a-e) includes an L-shape; wherein each movable baffle (109a-e) is positioned in overlapping series with each other such that each respective exhaust flow area is defined between adjacent baffles; and wherein each moveable baffle includes a different shape and/or size compared to an adjacent baffle to fit each moveable baffle within the manifold housing. a manifold housing; at least one baffle (109a-e) movable relative to the manifold housing configured to modify an exhaust flow area defined in part by the at least one baffle; and an actuator (113a-e) operatively connected to the at least one baffle configured to move the at least one baffle; wherein the one or more moveable baffles include a plurality of moveable baffles configured to move relative to the housing and relative to each other to modify a respective exhaust flow area; and characterized in that each of the plurality of baffles (109a-e) includes an L-shape; wherein each movable baffle (109a-e) is positioned in overlapping series with each other such that each respective exhaust flow area is defined between adjacent baffles; and wherein each moveable baffle includes a different shape and/or size compared to an adjacent baffle to fit each moveable baffle within the manifold housing.
VR apparatus for creating and displaying a virtual reality, comprising - a virtual reality section, within which at least one user and at least one object can freely move about, wherein the VR apparatus comprises - means with which a virtual reality, which corresponds to the position and movements of the user and of the object in the VR section, can be created and displayed on a head mounted display assigned to the user in dependency on the position and movement of the user in the VR section, and - a position detection system for detecting the position and movement of the user and of the object in the VR section, - wherein the object comprises an outer shape which, at least with respect to its geometric shape and size, is adapted to an outer shape expected in accordance with a virtual reality or with another virtual reality, characterized in that - the VR apparatus includes numerous shaped bodies which can be detachably attached to the object and which comprise an outer shape which is adapted to the outer shaped expected in accordance with the virtual reality, - the object comprises a surface with haptics which are adapted to the haptics expected in accordance with the virtual reality, - the shaped bodies are implemented as inflatable envelopes, and - the surfaces are formed by the shaped bodies. - a virtual reality section, within which at least one user and at least one object can freely move about, wherein the VR apparatus comprises - means with which a virtual reality, which corresponds to the position and movements of the user and of the object in the VR section, can be created and displayed on a head mounted display assigned to the user in dependency on the position and movement of the user in the VR section, and - a position detection system for detecting the position and movement of the user and of the object in the VR section, - wherein the object comprises an outer shape which, at least with respect to its geometric shape and size, is adapted to an outer shape expected in accordance with a virtual reality or with another virtual reality, characterized in that - the VR apparatus includes numerous shaped bodies which can be detachably attached to the object and which comprise an outer shape which is adapted to the outer shaped expected in accordance with the virtual reality, - the object comprises a surface with haptics which are adapted to the haptics expected in accordance with the virtual reality, - the shaped bodies are implemented as inflatable envelopes, and - the surfaces are formed by the shaped bodies.