mhurhangee/ep-ind-claims huggingface dataset:
Method for manufacturing high-speed passenger-car tyres by the following steps: a) manufacturing a tyre blank comprising a tyre carcass, sidewalls and tyre beads with one or more tyre building drum(s), b) arranging a tyre belt coaxially in relation to the tyre carcass, c) applying a wound bandage (2, 3) over the belt ply, the wound bandage (2, 3) comprising a multiplicity of reinforcing elements of an aramid-nylon hybrid, the reinforcing elements comprising in each case two yarns of an aramid material and in each case one yarn of a nylon material, d) the winding process being performed by two winding heads, a narrow wound bandage (2, 3) with a strip width of between 1 and 4 mm being wound on over the belt ply, e) the winding process with each winding head beginning in each case from the middle region of the tyre belt and the wound bandage (2, 3) being taken up to the edges of the tyre belt by means of a winding-on operation, f) a variation in the pretensioning in a range between at least 5 N and at most 100 N of the wound bandage (2, 3) to be wound on taking place during the winding process, the winding-on operation providing the vehicle tyre with a tyre contour that is optimized for high-speed tyres, g) arranging the tread over the wound bandage (2, 3), h) completing the vehicle tyre by further steps. a) manufacturing a tyre blank comprising a tyre carcass, sidewalls and tyre beads with one or more tyre building drum(s), b) arranging a tyre belt coaxially in relation to the tyre carcass, c) applying a wound bandage (2, 3) over the belt ply, the wound bandage (2, 3) comprising a multiplicity of reinforcing elements of an aramid-nylon hybrid, the reinforcing elements comprising in each case two yarns of an aramid material and in each case one yarn of a nylon material, d) the winding process being performed by two winding heads, a narrow wound bandage (2, 3) with a strip width of between 1 and 4 mm being wound on over the belt ply, e) the winding process with each winding head beginning in each case from the middle region of the tyre belt and the wound bandage (2, 3) being taken up to the edges of the tyre belt by means of a winding-on operation, f) a variation in the pretensioning in a range between at least 5 N and at most 100 N of the wound bandage (2, 3) to be wound on taking place during the winding process, the winding-on operation providing the vehicle tyre with a tyre contour that is optimized for high-speed tyres, g) arranging the tread over the wound bandage (2, 3), h) completing the vehicle tyre by further steps.
Combination of a switching device and a communication module mounted on the switching device, wherein the switching device has one or more setting elements (4a - 4g) for setting parameter values of the switching device and has one or more mounting elements (8, 8') for mounting the communication module on the switching device in a precisely defined position, such that one or more (4d - 4g) of the setting elements (4a - 4g) are covered by the communication module, wherein the communication module has one or more mounting elements (8, 8'') for mounting the communication module on the switching device at a precisely defined position and has housing parts that cover the one or more setting elements (4d - 4g) of the switching device, wherein the communication module has a transmitter for a communication connection between the communication module and the switching device, wherein the transmitter can use the communication connection to transmit parameter values assigned to the covered setting elements (4d - 4g) to the switching device, and wherein the switching device has a receiver for a communication connection between the communication module and the switching device, wherein the receiver can use the communication connection to receive parameter values assigned to the covered setting elements (4d - 4g) from the communication module. wherein the communication module has one or more mounting elements (8, 8'') for mounting the communication module on the switching device at a precisely defined position and has housing parts that cover the one or more setting elements (4d - 4g) of the switching device, wherein the communication module has a transmitter for a communication connection between the communication module and the switching device, wherein the transmitter can use the communication connection to transmit parameter values assigned to the covered setting elements (4d - 4g) to the switching device, and wherein the switching device has a receiver for a communication connection between the communication module and the switching device, wherein the receiver can use the communication connection to receive parameter values assigned to the covered setting elements (4d - 4g) from the communication module.
A first core network node in a core network, the first core network node comprising: reception means for receiving, from a second core network node that acts as an access and mobility management apparatus, first information indicating whether a network slice-specific authentication and authorization, NSSAA, feature is supported by the second core network node; and transmission means for transmitting, to the second core network node, second information indicating a network slice being associated with the first information among pieces of information indicating a network slice being associated with a certain piece of subscriber information, wherein when the first information does not indicate that an NSSAA feature is supported by the second core network node, the second information does not include information indicating a network slice requiring NSSAA among pieces of information indicating a network slice being associated with the certain piece of subscriber information. reception means for receiving, from a second core network node that acts as an access and mobility management apparatus, first information indicating whether a network slice-specific authentication and authorization, NSSAA, feature is supported by the second core network node; and transmission means for transmitting, to the second core network node, second information indicating a network slice being associated with the first information among pieces of information indicating a network slice being associated with a certain piece of subscriber information, wherein when the first information does not indicate that an NSSAA feature is supported by the second core network node, the second information does not include information indicating a network slice requiring NSSAA among pieces of information indicating a network slice being associated with the certain piece of subscriber information.
A method for monitoring chromatography column performance, comprising: generating a plurality of process values with a detector during a chromatography step transition between a first mobile phase liquid and a second mobile phase liquid; transforming the plurality of process values to form a plurality of transformed process values, wherein the transforming suppresses noise present in the plurality of process values by reducing or filtering out spike noise; calculating performance parameters based on the plurality of transformed process values; displaying the performance parameters calculated in during movement of the second mobile phase liquid through the chromatography column; and making a determination that the quality of the chromatography column packing is acceptable if a performance parameter displayed in is inside a specified range of values. generating a plurality of process values with a detector during a chromatography step transition between a first mobile phase liquid and a second mobile phase liquid; transforming the plurality of process values to form a plurality of transformed process values, wherein the transforming suppresses noise present in the plurality of process values by reducing or filtering out spike noise; calculating performance parameters based on the plurality of transformed process values; displaying the performance parameters calculated in during movement of the second mobile phase liquid through the chromatography column; and making a determination that the quality of the chromatography column packing is acceptable if a performance parameter displayed in is inside a specified range of values.
Method for assembling a helically geared first sprocket, particularly a worm wheel and a second sprocket arranged on an axis (2.1), particularly a worm in order to form a transmission, particularly a worm gear, wherein via an assembly device the first sprocket is positioned coaxially in reference to an axis of assembly (1.1) of the first sprocket, positioned at a 90°-position in reference to the axis (2.1), characterized in that a) the first sprocket is moved in the axial direction of assembly via the assembly device until contacting the second sprocket, b) in the case of missing teeth between the first sprocket and the second sprocket the first sprocket is lifted off the second sprocket via the assembly device opposite the direction of assembly and the first sprocket is rotated by a predetermined rotary angle around its own axis, c) the processing steps a) and b) are repeated as many times as necessary until the first sprocket can be brought into engagement with the second sprocket, and d) the first sprocket can be completely engaged with the second sprocket via the assembly device by way of executing an axial compensation motion in the direction of assembly and by a compensating rotary motion caused by the helical teeth of the first sprocket. a) the first sprocket is moved in the axial direction of assembly via the assembly device until contacting the second sprocket, b) in the case of missing teeth between the first sprocket and the second sprocket the first sprocket is lifted off the second sprocket via the assembly device opposite the direction of assembly and the first sprocket is rotated by a predetermined rotary angle around its own axis, c) the processing steps a) and b) are repeated as many times as necessary until the first sprocket can be brought into engagement with the second sprocket, and d) the first sprocket can be completely engaged with the second sprocket via the assembly device by way of executing an axial compensation motion in the direction of assembly and by a compensating rotary motion caused by the helical teeth of the first sprocket.
Cosmetic container to apply a lip balm comprising a cap, an upper inner shell (19, 149) and a base, said cap and said base are separably mountable to each other along a mounting axis to form the cosmetic container, said base comprises a support frame to support said lip balm in solidified phase, said upper inner shell (19, 149) is provided between said cap and said base, said upper inner shell (19, 149) has a complementary shape with respect to an outer surface of the lip balm in solidified phase, said outer surface of the balm is of a shape adapted to apply the balm on lips, said base comprises a lower inner shell, at the bottom of said base is provided a through opening adapted to allow the passage of the balm in heated semi-fluid phase during a filling step of said balm in heated semi-fluid phase into the cosmetic container with the cosmetic container being completely assembled and in overturned position, a lower plug closes the through opening of the base before and after the filling step, wherein said support frame is one piece with said base, an inner central portion of said lower inner shell is the inner bottom of the base and opens into said through opening, said support frame of said base comprises a central hollow hub extending along the mounting axis from the inner central portion toward the lower inner shell of the base, said central hollow hub comprises an inner cavity opening at the bottom into said through opening, said central hollow hub comprises an outer surface facing toward the lower inner shell of the base, said central hollow hub comprises a multiplicity of radial through slits, said support frame of said base comprises a multiplicity of radial walls partitioning the inside of the lower inner shell into sectors of space of the lower inner shell, each radial wall extends along the mounting axis from the lower inner shell of the base, each radial through slit of said multiplicity of radial through slits is disposed between two adjacent radial walls of said multiplicity of radial walls to allow the passage of the balm in heated semi-fluid phase during the filling step from the inner cavity of the central hollow hub to one of said sectors of space of the lower inner shell of the base, wherein each radial wall of said multiplicity of radial walls radially extends from the outer surface of said central hollow hub toward an outer wall of said base, characterized in that each radial wall of said multiplicity of radial walls comprises an upper portion comprising at least one upper overflow through slit, each upper overflow through slit is adapted to allow the passage of the balm in heated semi-fluid phase during the filling step across at least two of said sectors of space of the lower inner shell of the base.
An electronic device for supporting sliding, the electronic device comprising: a first cover; a second cover coupled to the first cover to slide; a display in which a size of an exposed region is changed corresponding to the sliding of the second cover; a panel support disposed on one side of a back surface of the display with respect to a front surface of the display on which a screen is displayed; and a rotation shaft rotating corresponding tc the sliding of the second cover while a portion of the rotation shaft contacts at least a portion of the panel support, wherein the portion of the panel support comprises a plurality of protrusions, and wherein an attractive force is formed between the portion of the rotation shaft and at least some of the plurality of protrusions, characterized in that: the rotation shaft comprises hook grooves (155a_1) temporarily coupled with the plurality of protrusions when contacting the one side of the panel support while the exposed region of the display changes, wherein the plurality of protrusions include a hook ring (170a_1) protruding in a direction opposite to the protruding direction of the hook grooves (155a_1) formed on the rotation shaft. a first cover; a second cover coupled to the first cover to slide; a display in which a size of an exposed region is changed corresponding to the sliding of the second cover; a panel support disposed on one side of a back surface of the display with respect to a front surface of the display on which a screen is displayed; and a rotation shaft rotating corresponding tc the sliding of the second cover while a portion of the rotation shaft contacts at least a portion of the panel support, wherein the portion of the panel support comprises a plurality of protrusions, and wherein an attractive force is formed between the portion of the rotation shaft and at least some of the plurality of protrusions, characterized in that: the rotation shaft comprises hook grooves (155a_1) temporarily coupled with the plurality of protrusions when contacting the one side of the panel support while the exposed region of the display changes, wherein the plurality of protrusions include a hook ring (170a_1) protruding in a direction opposite to the protruding direction of the hook grooves (155a_1) formed on the rotation shaft. the rotation shaft comprises hook grooves (155a_1) temporarily coupled with the plurality of protrusions when contacting the one side of the panel support while the exposed region of the display changes, wherein the plurality of protrusions include a hook ring (170a_1) protruding in a direction opposite to the protruding direction of the hook grooves (155a_1) formed on the rotation shaft.
Fixing device for fixing at least one shoring part to at least a part of a surface of formwork comprising: - a body comprising at least one first interaction interface with at least one part of a surface of a formwork of a construction element and a second interaction interface with at least one shoring part, the first interface incorporating at least one first magnetized structure for generating a first magnetic attraction force, the second interface comprising translation retaining means, the fixing device being characterized in that the retaining means comprise at least one second magnetized structure for generating a second magnetic attraction force. - a body comprising at least one first interaction interface with at least one part of a surface of a formwork of a construction element and a second interaction interface with at least one shoring part, the first interface incorporating at least one first magnetized structure for generating a first magnetic attraction force, the second interface comprising translation retaining means, the fixing device being characterized in that the retaining means comprise at least one second magnetized structure for generating a second magnetic attraction force.
Electromotive adjusting unit for adjusting the inclination of a support part of an item of seating furniture, comprising at least one mounting bracket for connection to a body element of the item of seating furniture and a motor and transmission unit embodied as a drive unit having a mounting element for fastening the support part of the piece of seating furniture, wherein the motor and transmission unit comprises a rotatable output element which is fastened in a rotationally fixed manner to the at least one mounting bracket wherein the motor and transmission unit comprises a support bracket having a first leg on which at least two intermeshing gears forming a reduction gear are mounted, and a second leg constituting the mounting element and wherein a transmission unit is provided which is coupled to the motor and transmission unit via a synchronous shaft and which also comprises a rotatable output element which is fastened in a rotationally fixed manner to a further mounting bracket wherein the transmission unit also comprises a support bracket having a first leg on which at least two intermeshing gearwheels forming a reduction gear are mounted, and a second leg which also constitutes a mounting element for the support part.
A furnace comprising a container defining a monolithic internal volume configured to maintain a single vacuum level throughout the monolithic internal volume, a stage moveable between a first position arranged to support an assembly within a first zone of the monolithic internal volume and a second position arranged to support the assembly within a second zone of the monolithic internal volume, and a heating system located within the monolithic internal volume, the heating system including a radiant heater arranged to provide radiant heat to the assembly located in the first zone and an inductive heater arranged to provide inductive heat to the assembly located in the second zone.
Containment enclosure including a storage cell implanted in it and a device limitation for limiting the ultimate consequences of a mass fire that is not brought under control in a storage cell, the limitation device being arranged into the containment enclosure, outside the storage cell, and being connected to the storage cell through a connection pipe, the device for limiting comprising: - a closed tank containing a non-flammable liquid; - the connection pipe; - a fire shield protection; and - a non-flammable liquid level control system; said tank comprises: - an upper wall, a lower wall and lateral walls having at one opening, - separation elements, anchored by an upper end on said at least one opening of said upper wall, without reaching said lower wall of the tank, said separation elements being immerged, in normal working state of the device, in the non-flammable liquid, said separation elements defining an internal chamber and at least one external chamber, the internal chamber and said at least one external chamber being in direct communication with said containment enclosure via said at least one opening. - a closed tank containing a non-flammable liquid; - the connection pipe; - a fire shield protection; and - a non-flammable liquid level control system; - an upper wall, a lower wall and lateral walls having at one opening, - separation elements, anchored by an upper end on said at least one opening of said upper wall, without reaching said lower wall of the tank, said separation elements being immerged, in normal working state of the device, in the non-flammable liquid, said separation elements defining an internal chamber and at least one external chamber, the internal chamber and said at least one external chamber being in direct communication with said containment enclosure via said at least one opening.
Water vapour control, which is arranged facing the inside of a building, comprising a first layer having a water vapour diffusion resistance (Sd-value) of 1 - 5 meters diffusion-equivalent air space width, measured at a relative humidity of an atmosphere surrounding the layer of 30 - 50 %, and having a Sd-value of <1 meters diffusion-equivalent air space width, measured at a relative humidity of 60 - 80%, characterized in that the vapour control comprises a second layer having a Sd-value of >0.2 meters diffusion-equivalent air space width, measured at a relative humidity of 80 - 100 %, and wherein the second layer is located at the side of the vapour barrier facing the inside of the building, relative to the position of the first layer.
A process for producing neosaxitoxin in a recombinant host cell, the process comprising the step: culturing a recombinant host cell in a culture medium in the presence of the substrates: (i) S-adenosylmethionine, (ii) arginine (iii) acetyl-CoA, malony-CoA or propionyl-CoA, and (iv) carbamoyl phosphate, wherein the recombinant host cell is one which has been modified by the introduction of nucleic acid molecules encoding the Sxt polypeptides A, B, D, G, H, I, S, T, U, V, W and X, and wherein the substrates are not contacted with one or more of the Sxt polypeptides Q, R and ORF24, and/or the recombinant host cells do not comprise nucleic acid molecules encoding one or more of Sxt polypeptides Q, R and ORF24, under conditions which are suitable for the production of neosaxitoxin. culturing a recombinant host cell in a culture medium in the presence of the substrates: (i) S-adenosylmethionine, (ii) arginine (iii) acetyl-CoA, malony-CoA or propionyl-CoA, and (iv) carbamoyl phosphate, (i) S-adenosylmethionine, (ii) arginine (iii) acetyl-CoA, malony-CoA or propionyl-CoA, and (iv) carbamoyl phosphate,
A fitted platform for positioning between two adjacent blades of an aviation turbine engine fan, said platform comprising a flow passage wall made of composite material having a central portion and first and second margins each extending in a longitudinal direction of said wall, each margin extending over a determined distance from the central portion in a transverse direction of said wall, said flow passage wall comprising fiber reinforcement densified by a matrix, the platform being characterized in that the fiber reinforcement present in the central portion presents three-dimensional weaving, and in that the fiber reinforcement present in each of the first and second margins comprises at least a first fabric strip in a first portion presenting a two-dimensional weaving, a second fabric strip in a second portion presenting a two-dimensional weaving, and a third fabric strip in a third portion presenting a three-dimensional weaving, said fabric strips being all connected to the fiber reinforcement of the central portion by weaving.