mhurhangee/ep-ind-claims huggingface dataset:
Method for the correction of chamfer sizes, chamfer shapes and chamfer symmetry at tooth edges which were produced with a deburring cutter with strongly asymmetric tooth shape (ChamferCut) for deburring a tooth blank, characterized in that a semi-automatic correction of the chamfers, i.e. the chamfer width and chamfer shape, is effected by coupling the movement of several axes of a gear cutting machine which at least comprises a workpiece axis of rotation as a C 1 -axis, the spatial shifting axes of a tool carriage as Z 1 -, X 1 - and Y 1 -axis, and the shifting direction in the axial direction of the tool axis as a V 1 -direction, comprising the following steps: - specifying the correction in an axial direction, - calculating the necessary correction amount of further axes by the controller with - coupling of the C 1 -axis to the Z 1 -axis via the helix angle (β) of the toothing and/or if the correction in the Z 1 -direction is specified so that a correction of the rotary position (C 1) of the workpiece is effected, - coupling of the C 1 -axis via the front contact angle (αt) of the toothing and of the Z 1 -axis via the swivel angle (η) of the tool to the V 1 -direction if the correction in the V1-direction is specified, so that corrections of the C 1 - and Z 1 -axes are performed, and - coupling of the Y 1 -axis to the C 1 -axis via the front contact angle (αt) of the toothing if the correction of the Y 1 -direction is specified, so that a correction is effected via the C 1 -axis. - specifying the correction in an axial direction, - calculating the necessary correction amount of further axes by the controller with - coupling of the C 1 -axis to the Z 1 -axis via the helix angle (β) of the toothing and/or if the correction in the Z 1 -direction is specified so that a correction of the rotary position (C 1) of the workpiece is effected, - coupling of the C 1 -axis via the front contact angle (αt) of the toothing and of the Z 1 -axis via the swivel angle (η) of the tool to the V 1 -direction if the correction in the V1-direction is specified, so that corrections of the C 1 - and Z 1 -axes are performed, and - coupling of the Y 1 -axis to the C 1 -axis via the front contact angle (αt) of the toothing if the correction of the Y 1 -direction is specified, so that a correction is effected via the C 1 -axis.
A planting system for building surfaces, comprising at least one water basin arranged on a building (40, 60, 70) and having a water overflow system adjusting a water level of 10 cm to 25 cm within the water basin, wherein at least one module insert (20, 20') is formed in the water basin, into which a plant, in particular a cultivation pot is insertable or onto which a vegetation cover is insertable, wherein the module insert (20, 20') is designed such that between a bottom of the water basin and the module insert (20, 20'), a vegetation space is formed, which is formed by a water level and an atmosphere portion formed between the water level and the module insert (20, 20'), wherein the water basin is designed on an oblique roof unit, and the roof unit is a part of a residential building or of an office building or of a carport or a garage or a roofing (31; 70), and wherein the water basin is designed to be planar to the roof unit, and the bottom of the water basin is adapted to the roof inclination so that different water levels are formed within the water basin, and furthermore the planting system for building surfaces comprises a compensation element, whereby the module inserts may be designed in ideal portions of the water basin with respect to the water level. at least one water basin arranged on a building (40, 60, 70) and having a water overflow system adjusting a water level of 10 cm to 25 cm within the water basin, wherein at least one module insert (20, 20') is formed in the water basin, into which a plant, in particular a cultivation pot is insertable or onto which a vegetation cover is insertable, wherein the module insert (20, 20') is designed such that between a bottom of the water basin and the module insert (20, 20'), a vegetation space is formed, which is formed by a water level and an atmosphere portion formed between the water level and the module insert (20, 20'), wherein the water basin is designed on an oblique roof unit, and the roof unit is a part of a residential building or of an office building or of a carport or a garage or a roofing (31; 70), and wherein the water basin is designed to be planar to the roof unit, and the bottom of the water basin is adapted to the roof inclination so that different water levels are formed within the water basin, and furthermore the planting system for building surfaces comprises a compensation element, whereby the module inserts may be designed in ideal portions of the water basin with respect to the water level.
Valve train of an internal combustion engine, comprising at least one main camshaft on which at least one cam carrier is provided in a rotationally fixed manner and axially displaceably between at least two axial positions, wherein at least one valve actuating cam for actuating a gas exchange valve of the internal combustion engine is assigned to the cam carrier, characterised in that the valve actuating cam (5, 6) is rotatably mounted and a rotary angular position of the valve actuating cam (5, 6) relative to the cam carrier is adjustable by means of a setting device.
A cathode active material for rechargeable lithium batteries, comprising a spinel type cathode active material (Li 1.1 Mn 1.9 O 4) 1-x-y (MgAl 2 O 4) x (Co 3 O 4) y wherein 0.001 ≤ x ≤ 0.2 and 0.001 ≤ y ≤ 0.2, which is formed by substituting spinel type (MgAl 2 O 4) x and spinel type (Co 3 O 4) y into a basic spinel structure represented by (Li 1.1 Mn 1.9 O 4) 1-x-y.
A device for fastening to a surface with a suction plate, wherein the device comprises a measuring device for measuring the suction strength and a display for displaying the suction strength, which comprises the values ascertained by the measuring device, that is the working position of the suction plate and thus the suction strength, and the device comprises an actuating device for increasing the suction strength, characterized in that a coil is arranged both in the actuating device and in the sleeve holding the same, and in that thereby the displacement of the actuating device relative to the sleeve is measurable.
A paging method, comprising: receiving a paging frame, wherein the paging frame comprises a paging occasion, PO, of a terminal device, the PO is located in the first half of the paging frame, the PO comprises a paging message, the paging message and a system message 1 have a common control resource set, and a period of the system message 1 is 5 ms; and determining the paging message in the PO; wherein before the receiving a paging frame, the method further comprises: receiving paging indication information wherein the paging indication information includes one bit to indicate whether the paging occasion is located in the first half or the second half of the paging frame, wherein the bit is set to a value indicating that the paging occasion is located in the first half of the paging frame. receiving a paging frame, wherein the paging frame comprises a paging occasion, PO, of a terminal device, the PO is located in the first half of the paging frame, the PO comprises a paging message, the paging message and a system message 1 have a common control resource set, and a period of the system message 1 is 5 ms; and determining the paging message in the PO; wherein before the receiving a paging frame, the method further comprises: receiving paging indication information wherein the paging indication information includes one bit to indicate whether the paging occasion is located in the first half or the second half of the paging frame, wherein the bit is set to a value indicating that the paging occasion is located in the first half of the paging frame. receiving paging indication information wherein the paging indication information includes one bit to indicate whether the paging occasion is located in the first half or the second half of the paging frame, wherein the bit is set to a value indicating that the paging occasion is located in the first half of the paging frame.
A seat heater provided on a seat including a seat cushion and a seat back, the seat heater comprising: a first heating element provided in an upper section of a backrest in the seat back; and a second heating element provided in a lower section of the backrest in the seat back, wherein a heat generation density (Hd) of the first heating element is lower than a heat generation density (Hd) of the second heating element, a third heating element (11 F) is provided in a seat front section of the seat cushion, characterized in that the heat generation density (Hd) of the second heating element is lower than the heat generation density (Hd) of third heating element. a first heating element provided in an upper section of a backrest in the seat back; and a second heating element provided in a lower section of the backrest in the seat back, wherein a heat generation density (Hd) of the first heating element is lower than a heat generation density (Hd) of the second heating element, a third heating element (11 F) is provided in a seat front section of the seat cushion, characterized in that the heat generation density (Hd) of the second heating element is lower than the heat generation density (Hd) of third heating element.
A bulletproof vest designed to cover at least partially the front part, or chest, and the rear part, or back, of the torso of a wearer, the bulletproof vest being made up of a single garment without anchoring systems on the shoulders and/or on the waist of the wearer and comprising: - at least one outer layer, manufactured with a first elastic knitted fabric; and - at least one inner layer, manufactured with a second elastic knitted fabric and designed to come into contact with the wearer' skin, wherein between at least two portions (14A, 14B) of said second elastic knitted fabric of said inner layer at least one pocket (16A, 16B) is obtained which is provided with fastening means and designed to contain at least one corresponding ballistic package, wherein said outer layer and said inner layer are mutually connected by gluing along one or more shaped gluing surfaces, interposed between said outer layer and said inner layer, the bulletproof vest being characterized in that between said outer layer and said inner layer at least one reinforcing rib (18A, 18B) manufactured with a third fabric is further interposed, said reinforcing rib (18A, 18B) being designed to surround at least partially and to support said ballistic package inside the respective pocket (16A, 16B). - at least one outer layer, manufactured with a first elastic knitted fabric; and - at least one inner layer, manufactured with a second elastic knitted fabric and designed to come into contact with the wearer' skin,
A microwave resonant cavity, comprising: a conductive shell defining a volume, and the conductive shell including a screw hole having first threads; a screw having second threads configured to engage with the screw hole, wherein the screw extends into the volume; and wherein the microwave resonant cavity has a resonant frequency, and the movement of the screw changes the resonant frequency; wherein the first threads have a first pitch, and at least a portion of the second threads has a second pitch different from the first pitch, wherein the conductive shell has a first hardness and the screw has a second hardness greater than the first hardness, characterized in that the first threads of the conductive shell are deformed by the second threads of the screw. a conductive shell defining a volume, and the conductive shell including a screw hole having first threads; a screw having second threads configured to engage with the screw hole, wherein the screw extends into the volume; and wherein the microwave resonant cavity has a resonant frequency, and the movement of the screw changes the resonant frequency; wherein the first threads have a first pitch, and at least a portion of the second threads has a second pitch different from the first pitch, wherein the conductive shell has a first hardness and the screw has a second hardness greater than the first hardness, characterized in that the first threads of the conductive shell are deformed by the second threads of the screw.
Method for determining a mass proportion of a first component of a multi-component fluid, - in which the first component is at least partially separated from the multi-component fluid in a separation step, - in which at least two reference flow rates (M 1, M 2) are determined, selected from -- a flow rate (m 1) of the multi-component fluid fed to the separation step, -- a flow rate (m 2) of a residual fluid resulting from the separation of the first component, and -- a flow rate (m 3) of a separation fluid occurring in the separation step, and - in which the mass proportion (x W) of the first component is determined from the chosen reference flow rates (M 1, M 2) while taking into account a non-separated residual proportion (m W2) of the first component in the residual fluid, and account is taken of an extraneous proportion (m D3) of a further component of the multi-component fluid that is separated at the same time in the separation step, and wherein a gas flow is used as the multi-component fluid, and in the separation step the separation fluid is separated by condensation in a condenser the non-separated residual proportion (m W2) of the first component in the residual fluid being determined on the basis of the saturation vapor pressure (p S) at the condenser temperature (T K) and the extraneous proportion (m D3) of the further component in the separation fluid being determined on the basis of the solubility (β) of the further component in the first component at the condenser temperature (T K). - in which the first component is at least partially separated from the multi-component fluid in a separation step, - in which at least two reference flow rates (M 1, M 2) are determined, selected from -- a flow rate (m 1) of the multi-component fluid fed to the separation step, -- a flow rate (m 2) of a residual fluid resulting from the separation of the first component, and -- a flow rate (m 3) of a separation fluid occurring in the separation step, and -- a flow rate (m 1) of the multi-component fluid fed to the separation step, -- a flow rate (m 2) of a residual fluid resulting from the separation of the first component, and -- a flow rate (m 3) of a separation fluid occurring in the separation step, and - in which the mass proportion (x W) of the first component is determined from the chosen reference flow rates (M 1, M 2) while taking into account a non-separated residual proportion (m W2) of the first component in the residual fluid,
A method for managing a plurality of rechargeable electrical energy storage modules (106 1 -106 8) of an electrical supply installation, said modules (106 1 -106 8) each comprising at least one rechargeable electrochemical lithium-metal-polymer battery, and being arranged in parallel with one another, said method comprising: - separating said modules (106 1 -106 8) into at least two groups (102, 104), and - supplying from one of said groups (102,104) at a time; said method comprising, during the supply by one group (102,104), called active group, a phase, called regulation phase, within at least one group (104,102), called passive group, other than the active group (102,104), said regulation phase comprising supplying (306 1) at least one module, called passive module, of said passive group (104,102) by at least one other module, called operational module, of said passive group (104,102). - separating said modules (106 1 -106 8) into at least two groups (102, 104), and - supplying from one of said groups (102,104) at a time;
Sensor, in particular temperature sensor, comprising a printed circuit board with a physical parameter sensing element, in particular a temperature sensing element, wherein the printed circuit board (3, 71) comprises a first region (7, 73) and a second region (9, 81) linked together via a flexible linking portion such that a free end portion of the first region opposite the flexible linking portion is moveable with respect to the second region, wherein the flexible linking portion is part of the printed circuit board, the sensor being characterised in that the first region (7, 73) comprises a first protruding region in the plane of the printed circuit board that is protruding away from the second region and comprises a metallized edge region.
A valve nozzle (54, 200) for dispensing liquid, in particular cask ale, the valve nozzle (54, 200) defining a flow path for liquid from an inlet to a nozzle outlet and comprising: a valve seat (90, 214) extending around the flow path; a valve head (112, 246) co-operable with the valve seat (90, 214) in a fully closed position to prevent flow of liquid along the flow path and out of the outlet; an actuator (66, 209) connected to the valve head (112, 246), the actuator (66, 209) being movable in a first direction to move the valve head (112, 246) away from the fully closed position to allow liquid to flow past the valve seat (90, 214) and along the flow path, and being movable in a second direction substantially orthogonal to the first direction; and deflecting means (68, 206) for translating movement of the actuator (66, 209) in the second direction into movement of the actuator (66, 209) in the first direction, such that movement of the actuator (66, 209) in the second direction causes the valve head (112, 246) to move away from the fully closed position to allow liquid to flow past the valve seat (90, 214) and along the flow path. a valve seat (90, 214) extending around the flow path; a valve head (112, 246) co-operable with the valve seat (90, 214) in a fully closed position to prevent flow of liquid along the flow path and out of the outlet; an actuator (66, 209) connected to the valve head (112, 246), the actuator (66, 209) being movable in a first direction to move the valve head (112, 246) away from the fully closed position to allow liquid to flow past the valve seat (90, 214) and along the flow path, and being movable in a second direction substantially orthogonal to the first direction; and deflecting means (68, 206) for translating movement of the actuator (66, 209) in the second direction into movement of the actuator (66, 209) in the first direction, such that movement of the actuator (66, 209) in the second direction causes the valve head (112, 246) to move away from the fully closed position to allow liquid to flow past the valve seat (90, 214) and along the flow path.
Hard top for a convertible vehicle, wherein the hard top comprises at least one first roof part and a covering element, wherein the first roof part is openable and closable by a roof positive control means, and the covering element is openable and closable by a covering positive control means, wherein the roof positive control means and the covering positive control means are coupled to each other by a coupling element, and therefore the roof positive control means and the covering positive control means are drivable by a common drive, wherein the roof positive control means and/or the covering positive control means are/is designed such that, during the opening of the hard top by the common drive, the first roof part and/or the covering element first of all cover/s a first opening path, in which the first roof part and/or the covering element are/is raised, and then cover/s a second opening path, in which the first roof part and/or the covering element are/is lowered, characterized in that the covering positive control means comprises a covering crank-type link, wherein, during the opening of the hard top, the covering crank-type link passes through an extended position, as a result of which the first opening path merges into the second opening path.
Vaccine comprising at least one mRNA encoding at least one antigen for use in the prophylaxis of an infectious disease in newborns and/or infants, exhibiting an age of not more than 2 years, wherein • the treatment comprises vaccination of the newborn or infant and eliciting an immune response in said newborn or infant; • the G/C content of the coding region of the at least one mRNA is increased by at least 15% compared to the G/C content of the coding region of the respective wild type coding sequence; and • the at least one mRNA is complexed with a polycationic compound. • the treatment comprises vaccination of the newborn or infant and eliciting an immune response in said newborn or infant; • the G/C content of the coding region of the at least one mRNA is increased by at least 15% compared to the G/C content of the coding region of the respective wild type coding sequence; and • the at least one mRNA is complexed with a polycationic compound.
A method of enabling the drag and drop of a first object onto one of a plurality of second objects (431, 432, 433, 434, 435, 436) in a graphical user interface, each object being characterized by a respective size, the method comprising: - receiving (310, 320) a drag input on the first object, - determining one or more potential second objects onto which the first object is likely to be dropped using at least the received drag input, - altering the size of the first object based on the respective height and/or width of the determined one or more potential second objects and on the respective distance of the determined one or more potential second objects to the current position of the first object, - updating the GUI based on the drag input and the first object's altered size. - receiving (310, 320) a drag input on the first object, - determining one or more potential second objects onto which the first object is likely to be dropped using at least the received drag input, - altering the size of the first object based on the respective height and/or width of the determined one or more potential second objects and on the respective distance of the determined one or more potential second objects to the current position of the first object, - updating the GUI based on the drag input and the first object's altered size.
An FPGA cloud host development method applied to a development management platform (11, 12, 13), wherein the FPGA cloud host is a cloud host including a Field Programmable Gate Array, FPGA, and wherein the development management platform (11, 12, 13) is a network-side or cloud management platform, the method comprising: sending, in response to a development request triggered by a development device (21, 22, 23), a template constraint file to the development device (21, 22, 23); detecting, in response to a design file uploaded by the development device (21, 22, 23), validity of an actual constraint file included in the design file, the actual constraint file corresponding to the FPGA of the FPGA cloud host; synthesis processing the design file in response to detecting that the actual constraint file is valid; and writing a burner file obtained from the synthesis processing into the FPGA, wherein the detecting validity of the actual constraint file included in the design file comprises: determining that the actual constraint file is valid in response to determining that a result of comparison between the template constraint file stored locally and the actual constraint file indicates that the template constraint file is consistent with the actual constraint file, the template constraint file corresponding to the FPGA. sending, in response to a development request triggered by a development device (21, 22, 23), a template constraint file to the development device (21, 22, 23); detecting, in response to a design file uploaded by the development device (21, 22, 23), validity of an actual constraint file included in the design file, the actual constraint file corresponding to the FPGA of the FPGA cloud host; synthesis processing the design file in response to detecting that the actual constraint file is valid; and writing a burner file obtained from the synthesis processing into the FPGA,