mhurhangee/patent-ind-claim-en huggingface dataset:
An eaves capping for a tiled roof including a roof underlay and ending at the eaves with a sealed finish, such that the capping includes a flat body of elongate shape made from a rigid material, bent along a longitudinal line to form two wings (3-4) with an open V shape, one of the wings being bent along its free border toward the inner space of the V in order to form a wall , called closing wall, which includes openings that are spaced apart from one another and to each of which a weep hole is connected made up of an outlet tube for the infiltration water, each weep hole being located outside the inner space of the V, where, in the assembly position of the capping, - the wing not including the closing wall is intended to be pressed on the battens of the frame and to be covered at least in its free border part by the base of the roof underlay, which will be fastened to the aforementioned wing; - the wing including the closing wall is intended to be pressed, with their weep holes , on the upper surface of the masonry wall or a cornice overhanging the masonry wall opposite the eaves of the roof; and - the weep holes are intended to emerge outside the building, between the roof and the masonry wall or the cornice, while being embedded in the sealed part of the eaves. - the wing not including the closing wall is intended to be pressed on the battens of the frame and to be covered at least in its free border part by the base of the roof underlay, which will be fastened to the aforementioned wing; - the wing including the closing wall is intended to be pressed, with their weep holes , on the upper surface of the masonry wall or a cornice overhanging the masonry wall opposite the eaves of the roof; and - the weep holes are intended to emerge outside the building, between the roof and the masonry wall or the cornice, while being embedded in the sealed part of the eaves.
A shaver coupling for transmitting a driving movement from an oscillating transmitter of an electric shaver, which transmitter extends at least in part along a vertical axis (I), to a cutter element , which extends and moves along a horizontal swiveling axis (II) perpendicular to the vertical axis (I), the coupling comprising the transmitter , the cutter element and a coupling part (13; 16; 20; 20'; 20"; 24; 27), wherein the coupling part (13; 16; 20; 20'; 20"; 24; 27) comprises a seat (14; 21; 26; 28) for receiving the transmitter , wherein the transmitter , the cutter element and the coupling part (13; 16; 20; 20'; 20"; 24; 27) are arranged and formed such that the cutter element is constrained to the transmitter in a direction parallel to the horizontal swiveling axis (II) while having a degree of freedom in at least two rotational directions and in at least one translational direction parallel to the vertical axis (I), characterized in that the coupling part (13; 16; 20; 20'; 20") comprises an at least in part spherical, cylindrical or ball-shaped outer surface (32; 34) and that the cutter element comprises a guidance chamber for receiving the outer surface such that the cutter element is constrained to the coupling part (13; 16; 20; 20'; 20") in a direction parallel to the horizontal swiveling axis (II) while having a degree of freedom in at least two rotational directions and in at least one translational direction parallel to the vertical axis (I).
A process for lyophilising a product comprising: providing a bulk product loading system in the form of a bag , the bag having an interior and an exterior defined by a flexible wall, the bag further comprising a filling port providing access to the interior of the bag ; filling a product comprising live bacterial cells having a first moisture content into the interior of the bag via the filling port ; loading the filled bag into a lyophiliser; and exposing the product in the interior of the bag to a lyophilisation cycle by keeping the filling port open, or by opening the filling port if the filling port was closed following filling of the product into the interior of the bag , or by removing a portion of the flexible wall of the bag , such that the moisture content of the product is reduced from the first moisture content to a second, lower, moisture content. providing a bulk product loading system in the form of a bag , the bag having an interior and an exterior defined by a flexible wall, the bag further comprising a filling port providing access to the interior of the bag ; filling a product comprising live bacterial cells having a first moisture content into the interior of the bag via the filling port ; loading the filled bag into a lyophiliser; and exposing the product in the interior of the bag to a lyophilisation cycle by keeping the filling port open, or by opening the filling port if the filling port was closed following filling of the product into the interior of the bag , or by removing a portion of the flexible wall of the bag , such that the moisture content of the product is reduced from the first moisture content to a second, lower, moisture content.
An electronics cooling system for an aircraft, comprising: a heat exchanger comprising a coolant circuit , an air circuit and a fuel circuit such that each of the circuits is in thermal communication with at least one of the other circuits, the electronics cooling system further comprising at least one air source, wherein the coolant circuit is configured to be in thermal communication with one or more aircraft electronics, wherein the fuel circuit is fluidly connectable with a fuel tank between the fuel tank and an engine of the aircraft and/or fluidly connectable with a fuel tank loop that returns to the fuel tank , wherein the air circuit is fluidly connected with the at least one air source, and wherein the at least one air source includes a cabin exhaust port and a ram air inlet , and characterized in that the air circuit is fluidly connected with both the cabin exhaust port and the ram air inlet . a heat exchanger comprising a coolant circuit , an air circuit and a fuel circuit such that each of the circuits is in thermal communication with at least one of the other circuits, the electronics cooling system further comprising at least one air source, wherein the coolant circuit is configured to be in thermal communication with one or more aircraft electronics, wherein the fuel circuit is fluidly connectable with a fuel tank between the fuel tank and an engine of the aircraft and/or fluidly connectable with a fuel tank loop that returns to the fuel tank , wherein the air circuit is fluidly connected with the at least one air source, and wherein the at least one air source includes a cabin exhaust port and a ram air inlet , and characterized in that the air circuit is fluidly connected with both the cabin exhaust port and the ram air inlet .
Method for welding two parts to be joined along a joining gap located between them, wherein, for the welding, an energy beam illuminates the joining gap , in particular over the entire depth of the joining gap , through a mobile negative-pressure chamber which is moved on the side to be welded on the parts to be joined along the joining gap and in which a negative pressure is generated, wherein a. the negative-pressure chamber illuminated by the energy beam forms a first negative-pressure chamber in which during welding a negative pressure with a first pressure level is generated, and b. in a second negative-pressure chamber which adjoins the first negative-pressure chamber , in particular directly adjoins the chamber wall thereof, preferably so as to at least regionally, further preferably completely, surround the first negative-pressure chamber , and which during welding regionally covers the joining gap , a negative pressure with a second pressure level is generated, and characterized in that c. a pressure regulating system is used to align the pressure levels in the two negative-pressure chambers with one another or to raise the first pressure level above the second pressure level. a. the negative-pressure chamber illuminated by the energy beam forms a first negative-pressure chamber in which during welding a negative pressure with a first pressure level is generated, and b. in a second negative-pressure chamber which adjoins the first negative-pressure chamber , in particular directly adjoins the chamber wall thereof, preferably so as to at least regionally, further preferably completely, surround the first negative-pressure chamber , and which during welding regionally covers the joining gap , a negative pressure with a second pressure level is generated, and characterized in that c. a pressure regulating system is used to align the pressure levels in the two negative-pressure chambers with one another or to raise the first pressure level above the second pressure level.
Machine tool device, in particular for hand-held machine tools, having at least one signal switching unit , which has at least one signal switching element that can be actuated at least to activate a drive unit for a machine tool , having at least one operating mode selection unit , which has at least one operating mode selection element that can be actuated to select an operating mode, including a hammer drill operating mode, of the drive unit , having at least one locking unit , which has at least one lock actuating element at least for locking the signal switching element , and having at least one electronic unit , which is provided for the open-loop and/or closed-loop control of the drive unit at least depending on an evaluation of a position characteristic variable of the lock actuating element , wherein the electronic unit is provided to deactivate the drive unit when the hammer drill operating mode is selected and the signal switching element is locked, characterized in that the locking unit is provided to lock the signal switching element when the signal switching element is not actuated, wherein the locking unit is provided to maintain the locking of the signal switching element irrespective of the operating mode.
A method of wireless communication at a wireless device , comprising: transitioning between use of a mobile termination, MT, function at the wireless device and use of a distributed unit, DU, function ; and scheduling a communication using the DU function of the wireless device based on whether one or more guard symbols are provided for an allocation from a parent node (510, 610, 702, 1002, 1103 1402) for the MT function , wherein when the one or more guard symbols are provided by the parent node (510, 610, 702, 1002, 1103 1402), the wireless device schedules the communication using the DU function without adjustment; and when the one or more guard symbols are not provided by the parent node (510, 610, 702, 1002, 1103 1402), the wireless device schedules the communication using the DU function based on interference conditions. transitioning between use of a mobile termination, MT, function at the wireless device and use of a distributed unit, DU, function ; and scheduling a communication using the DU function of the wireless device based on whether one or more guard symbols are provided for an allocation from a parent node (510, 610, 702, 1002, 1103 1402) for the MT function , wherein when the one or more guard symbols are provided by the parent node (510, 610, 702, 1002, 1103 1402), the wireless device schedules the communication using the DU function without adjustment; and when the one or more guard symbols are not provided by the parent node (510, 610, 702, 1002, 1103 1402), the wireless device schedules the communication using the DU function based on interference conditions. when the one or more guard symbols are provided by the parent node (510, 610, 702, 1002, 1103 1402), the wireless device schedules the communication using the DU function without adjustment; and when the one or more guard symbols are not provided by the parent node (510, 610, 702, 1002, 1103 1402), the wireless device schedules the communication using the DU function based on interference conditions.
Method for determining the state of wear of a milling tool, namely a chisel , a chisel holder with a chisel or a chisel holder exchange system with a chisel and a chisel holder , wherein a milling drum is provided, wherein, the position of at least one point, hereinafter referred to as "position value", of the chisel and/or of the chisel holder is determined by means of a measuring method, wherein an absolute measurement being carried out with respect to the point of rotation of the milling drum or another origin, wherein this measurement result or a calculation of this measurement result in a switching unit is compared with at least one reference value stored in a memory unit, and wherein the comparison of the position value with the reference value is used to determine a reference variable which contains a quantitative statement about the wear of the milling tool.
A multilayer barrier film (F) comprising: (a) at least one polyolefin core layer (A) selected from high density polyethylene, medium density polyethylene, low density polyethylene, and linear low density polyethylene; (b) at least one barrier layer (B) comprising ethylene vinyl alcohol on both the sides of the core layer; and (c) at least one polyolefin layer (C) adjacent to the at least one barrier layer, wherein the at least one barrier layer individually has thickness in the range of 1 μm - 25 μm. (a) at least one polyolefin core layer (A) selected from high density polyethylene, medium density polyethylene, low density polyethylene, and linear low density polyethylene; (b) at least one barrier layer (B) comprising ethylene vinyl alcohol on both the sides of the core layer; and (c) at least one polyolefin layer (C) adjacent to the at least one barrier layer,
False ceiling consisting of individual, rectangular or square cover plates laid like a grid which is attachable without a tool to a bare ceiling or a further supporting structure and respectively locking hooks are arranged on the one side of the attachment plane and are lockable using locking plates arranged on the opposite attachment plane, wherein in the locking plate , a clamped, resilient supporting rod is attached which engages over a plate-side locking slot and forms a load-bearing connection with the locking hook which is insertable through the locking slot , characterised in that the supporting rod is clamped on one side and engages over the locking slot using its free resilient end and is movable to the side in a horizontal plane.
A method of secure measurement exchange between wireless devices, said method comprising: receiving an initial FTM request from an initiating STA (S01; S21); transmitting an FTM frame comprising LTF sequence generation information and an associated LTF generation sequence authentication code to the initiating STA (S03; S23); transmitting an uplink sounding trigger frame comprising an LTF generation sequence authentication code from a responding STA to the initiating STA (S07; S27); receiving a UL-NDP frame from the initiating STA, wherein the UL-NDP frame comprises a first LTF sequence derived from the LTF sequence generation information associated with the LTF generation sequence authentication code (S08; S32); transmitting an NDP announcement frame and a DL-NDP frame from the responding STA, wherein the DL-NDP frame comprises a second LTF sequence derived from the LTF sequence generation information associated with the LTF generation sequence authentication code (S09, S10; S33, S34); transmitting an LMR frame generated according to the first and second LTF sequences (S11; S35); and determining that an incorrect sequence authentication code was received by the initiating STA when the initiating STA responds with a known LTF sequence. receiving an initial FTM request from an initiating STA (S01; S21); transmitting an FTM frame comprising LTF sequence generation information and an associated LTF generation sequence authentication code to the initiating STA (S03; S23); transmitting an uplink sounding trigger frame comprising an LTF generation sequence authentication code from a responding STA to the initiating STA (S07; S27); receiving a UL-NDP frame from the initiating STA, wherein the UL-NDP frame comprises a first LTF sequence derived from the LTF sequence generation information associated with the LTF generation sequence authentication code (S08; S32); transmitting an NDP announcement frame and a DL-NDP frame from the responding STA, wherein the DL-NDP frame comprises a second LTF sequence derived from the LTF sequence generation information associated with the LTF generation sequence authentication code (S09, S10; S33, S34); transmitting an LMR frame generated according to the first and second LTF sequences (S11; S35); and determining that an incorrect sequence authentication code was received by the initiating STA when the initiating STA responds with a known LTF sequence.
A feedstock for reduction in an electrolytic cell comprising a plurality of three-dimensional elements, the elements shaped such that a volume of the feedstock has between 35% and 90% free space and each element is shaped as a randomly-packable element.
A storage bag having a generally rectangular bottom wall ; a front wall ; spaced substantially parallel side walls ; a rear wall spaced from said front wall a distance D, said front wall, side walls and rear wall having substantially equal heights and together defining an upper opening ; a lid for exposing said upper opening when moved to an open position and closing said upper opening when moved to a closed position, said lid comprising front and rear lid portions movably joined to upper ends of respective ones of said front and rear walls, said front lid portion having an upper edge and a height A when upright and generally coextensive with said front wall and said rear lid portion having an upper edge and a height B when upright and generally coextensive with said rear wall, wherein A<D/2, B> D/2 and A+B≈D to define a side inclined relative to said bottom wall between said upper edges of said lid portions in their open positions, said inclined side having a length C wherein C 2 =(B-A) 2 +D 2 ; a flexible web generally co-planar with each of said side walls in said open positions of said lid portions, each web being joined to said front and rear lid portions and an associated side wall and extending along an associated inclined side; and a closure device extending along said edges of said front and rear lid portions, an associated side wall and along and an associated inclined side of each web, whereby closure of said lid portions causes said webs to fold on the outside of the storage bag on the exteriors of said side walls and opening of said lid provides enhanced visibility of the interior of the bag.
A method for machining a toothing of a workpiece held in a clamping, wherein a toothing tool that rotates around its rotational axis and comprises cutting edges is brought into in particular rolling chip-removing machining engagement with the toothing that rotates in particular around its axis of rotation, in order to produce a predetermined tooth flank end geometry in one or more machining passes, characterised in that during the machining pass which produces the tooth flank end geometry, monitoring responsive to the event of a removed chip being pressed into a machined tooth flank of the toothing as a result of the machining, in particular rolling machining, is carried out and, if the monitoring responds, an additional toothing machining process is implemented, in particular automatically, which process removes the material protrusion, formed by the chip that was pressed in during the occurrence of the event, on the tooth flank end geometry, and which process is carried out in particular in the same clamping of the workpiece and in particular by means of the toothing tool itself.
Power electronic converter comprising a plurality of converter cells ; wherein each converter cell comprises: an inductive power transfer stage , the inductive power transfer stage comprising a coupled inductor coupling a first side of the converter cell to a second side of the converter cell , wherein the coupled inductor comprises a first winding around a first magnetic core , the first winding being connected to the first side of the converter cell , and a second winding around a second magnetic core , the second winding being connected to the second side of the converter cell ; wherein the first winding and the first magnetic core are separated from the second winding and second magnetic core by a flat electric insulation layer that provides electric insulation between the first and the second side of the converter cell ; wherein at least two coupled inductors of the plurality of converter cells are arranged in such a way that their insulation layers form a single contiguous insulation layer ; characterised in that the coupled inductors of the plurality of converter cells are arranged side-by-side within a plane of the insulation layer to form a matrix of converter cells , wherein the converter cells are connected according to a zigzag or meandering connection scheme . an inductive power transfer stage , the inductive power transfer stage comprising a coupled inductor coupling a first side of the converter cell to a second side of the converter cell , wherein the coupled inductor comprises a first winding around a first magnetic core , the first winding being connected to the first side of the converter cell , and a second winding around a second magnetic core , the second winding being connected to the second side of the converter cell ; wherein the first winding and the first magnetic core are separated from the second winding and second magnetic core by a flat electric insulation layer that provides electric insulation between the first and the second side of the converter cell ; wherein at least two coupled inductors of the plurality of converter cells are arranged in such a way that their insulation layers form a single contiguous insulation layer ; characterised in that the coupled inductors of the plurality of converter cells are arranged side-by-side within a plane of the insulation layer to form a matrix of converter cells , wherein the converter cells are connected according to a zigzag or meandering connection scheme .
A block copolymer comprising a first block represented by Formula 1 and a second block represented by Formula 3, wherein R is hydrogen or an alkyl group having 1 to 4 carbon atoms; X is a carbonyl group, -C(=O)-X 1 - or -X 1 -C(=O)-, wherein X 1 is an oxygen atom, a sulfur atom or -S(=O) 2 -; and Y is a monovalent substituent comprising an aromatic structure which has 6 to 12 carbon atoms and to which a side chain having 8 or more chain-forming atoms is linked, wherein X 2 is a single bond, an oxygen atom, a sulfur atom or -S(=O) 2 -; and W is an aryl group which has 6 to 13 carbon atoms and which comprises at least one halogen atom, wherein the block copolymer is capable of forming a layer exhibiting an in-plane phase diffraction pattern on a surface of which a wetting angle of purified water at the room temperature is from 5 to 20 degrees in the grazing incidence small angle X ray scattering and wherein the block copolymer is capable of forming a layer exhibiting an in-plane phase diffraction pattern on a surface of which a wetting angle of purified water at the room temperature is from 50 to 70 degrees in the grazing incidence small angle X ray scattering. wherein X 2 is a single bond, an oxygen atom, a sulfur atom or -S(=O) 2 -; and W is an aryl group which has 6 to 13 carbon atoms and which comprises at least one halogen atom, wherein the block copolymer is capable of forming a layer exhibiting an in-plane phase diffraction pattern on a surface of which a wetting angle of purified water at the room temperature is from 5 to 20 degrees in the grazing incidence small angle X ray scattering and wherein the block copolymer is capable of forming a layer exhibiting an in-plane phase diffraction pattern on a surface of which a wetting angle of purified water at the room temperature is from 50 to 70 degrees in the grazing incidence small angle X ray scattering.