mhurhangee/patent-ind-claim-en huggingface dataset:
A method for dissociating different constituents of heterogeneous artificial material, the method comprising the fragmentation of the material in a fragmentation machine by material-bed compression under the effect of a fragmentation force, the machine including: - a tank forming an internal fragmentation track about a longitudinal axis of the machine ; - a hub forming an external fragmentation track about a longitudinal axis of the machine , the hub being placed inside the tank ; - at least one vibrator , rotated about a longitudinal axis of the machine , and connected to one or the other of the tank and the hub ; the method comprising: - rotating the vibrator(s) of the fragmentation machine , such that the tank performs a movement in a transverse plane of the machine relative to the hub ; - feeding the fragmentation machine with material to be fragmented; - fragmenting the material between the external fragmentation track and the internal fragmentation track ; the method being characterised in that the fragmentation machine comprises a system for controlling at least one parameter of the fragmentation force from the speed of rotation of the vibrator(s) and the phase shift angle between at least two vibrators ; and this control system adjusts at least one rotation parameter of the vibrators so as to generate a fragmentation force by the machine allowing to at least partially dissociate at least one of the constituents of the material from the other constituents. - a tank forming an internal fragmentation track about a longitudinal axis of the machine ; - a hub forming an external fragmentation track about a longitudinal axis of the machine , the hub being placed inside the tank ; - at least one vibrator , rotated about a longitudinal axis of the machine , and connected to one or the other of the tank and the hub ; the method comprising: - rotating the vibrator(s) of the fragmentation machine , such that the tank performs a movement in a transverse plane of the machine relative to the hub ; - feeding the fragmentation machine with material to be fragmented; - fragmenting the material between the external fragmentation track and the internal fragmentation track ; the method being characterised in that the fragmentation machine comprises a system for controlling at least one parameter of the fragmentation force from the speed of rotation of the vibrator(s) and the phase shift angle between at least two vibrators ; and this control system adjusts at least one rotation parameter of the vibrators so as to generate a fragmentation force by the machine allowing to at least partially dissociate at least one of the constituents of the material from the other constituents. - rotating the vibrator(s) of the fragmentation machine , such that the tank performs a movement in a transverse plane of the machine relative to the hub ; - feeding the fragmentation machine with material to be fragmented; - fragmenting the material between the external fragmentation track and the internal fragmentation track ;
A process for manufacturing a heat-sealable water vapor barrier paper, having a water vapor permeability of at most 150 g/m 2 /24 h measured according to the ASTM F1249 standard under so-called tropical conditions of 38°C and 90% relative humidity, in which at least one covering layer comprising at least one thermoplastic film-forming polymer is applied in-line on the papermaking machine and to a fibrous substrate, and in which a precoat layer is applied in-line before the application of the covering layer to the precoat layer, the precoat layer comprising at least one platy filler having a shape factor of at least 15, the amount of precoat layer being less than or equal to 12 g/m 2 by dry weight and/or the amount of covering layer being less than or equal to 10 g/m 2 by dry weight.
A method for manufacturing an aircraft structure including first and second portions, the method carried out within a manufacturing environment and comprising: driving a first drivable support carrying the first portion of the structure from a first location to a second location to bring the drivable support together with at least a second drivable support carrying the second portion of the structure to form a drivable support system , wherein the first and second drivable supports are freely moveable about the manufacturing environment ; holding the structure in a desired position using the drivable support system ;driving the structure from the second location to a third location on a floor of the manufacturing environment using the drivable support system ; performing operations on the structure using a plurality of autonomous tool systems while the structure is driven to the third location , wherein the autonomous tool systems are drivable for freely moving within the manufacturing environment; determining a current position for at least one of the drivable support system, the plurality of autonomous tool systems, or the structure, in which the current position is determined using a metrology system; and controlling operation of the plurality of autonomous tool systems, the drivable support system, and the metrology system using a controller. driving a first drivable support carrying the first portion of the structure from a first location to a second location to bring the drivable support together with at least a second drivable support carrying the second portion of the structure to form a drivable support system , wherein the first and second drivable supports are freely moveable about the manufacturing environment ; holding the structure in a desired position using the drivable support system ;driving the structure from the second location to a third location on a floor of the manufacturing environment using the drivable support system ; performing operations on the structure using a plurality of autonomous tool systems while the structure is driven to the third location , wherein the autonomous tool systems are drivable for freely moving within the manufacturing environment; determining a current position for at least one of the drivable support system, the plurality of autonomous tool systems, or the structure, in which the current position is determined using a metrology system; and controlling operation of the plurality of autonomous tool systems, the drivable support system, and the metrology system using a controller.
A three-dimensional insulative baffle comprising: a first surface comprising by a plurality of first interconnected struts that define a plurality of first apertures through the first surface ; a second surface at least partially spaced from the first surface and having at least one common terminal connection point with the first surface , the first surface comprising a plurality of second interconnected struts that define a plurality of second apertures through the second surface ; and one or more third struts disposed between the first surface and the second surface and coupled to at least one of the first surface and the second surface , wherein the first surface and the second surface define a cavity therebetween, wherein the one or more third struts disposed between the first surface and the second surface are disposed within or adjacent the cavity, wherein the first surface and the second surface are capable of being deformed from a first state to a second state under a compression force to constrict a volume of the cavity and wherein the first surface and the second surface are capable of returning to the first state when the compression force is released, characterized in that the first surface is a rectangular, planar surface and the second surface is a semi-circular curvilinear surface such that the three-dimensional insulative baffle comprises a half-column shape. a first surface comprising by a plurality of first interconnected struts that define a plurality of first apertures through the first surface ; a second surface at least partially spaced from the first surface and having at least one common terminal connection point with the first surface , the first surface comprising a plurality of second interconnected struts that define a plurality of second apertures through the second surface ; and one or more third struts disposed between the first surface and the second surface and coupled to at least one of the first surface and the second surface , wherein the first surface and the second surface define a cavity therebetween, wherein the one or more third struts disposed between the first surface and the second surface are disposed within or adjacent the cavity, wherein the first surface and the second surface are capable of being deformed from a first state to a second state under a compression force to constrict a volume of the cavity and wherein the first surface and the second surface are capable of returning to the first state when the compression force is released, characterized in that the first surface is a rectangular, planar surface and the second surface is a semi-circular curvilinear surface such that the three-dimensional insulative baffle comprises a half-column shape.
A system for providing a secure driver framework comprising: a hardware processor configured to: manage an unsecure operating system execution environment comprising a first user mode and a first kernel mode ; manage a secure execution environment comprising a second user mode and a second kernel mode ; in response to a system call from an unsecure driver in the first kernel mode or the first user mode, the secure execution environment is configured to: create a secure device node corresponding to a reported new hardware device; load a secure driver corresponding to the secure device node, the secure driver to enable accessing a configuration space of the new hardware device and loading advanced configuration and power interface tables in the second kernel mode; and launch the unsecure driver in the first kernel mode of the unsecure operating system execution environment and enumerate a secure device in the first kernel mode; and provide one or more system services of the second kernel mode to the secure driver. manage an unsecure operating system execution environment comprising a first user mode and a first kernel mode ; manage a secure execution environment comprising a second user mode and a second kernel mode ; in response to a system call from an unsecure driver in the first kernel mode or the first user mode, the secure execution environment is configured to: create a secure device node corresponding to a reported new hardware device; load a secure driver corresponding to the secure device node, the secure driver to enable accessing a configuration space of the new hardware device and loading advanced configuration and power interface tables in the second kernel mode; and launch the unsecure driver in the first kernel mode of the unsecure operating system execution environment and enumerate a secure device in the first kernel mode; and create a secure device node corresponding to a reported new hardware device; load a secure driver corresponding to the secure device node, the secure driver to enable accessing a configuration space of the new hardware device and loading advanced configuration and power interface tables in the second kernel mode; and launch the unsecure driver in the first kernel mode of the unsecure operating system execution environment and enumerate a secure device in the first kernel mode; and provide one or more system services of the second kernel mode to the secure driver.
An RF interconnection module comprising: a connector housing ; a capacitive coupling at least partially disposed in the connector housing ; a float gasket comprising a middle portion and first and second flanges , wherein the middle portion is configured to engage with an inner periphery of an opening into which the float gasket is to be installed, wherein the first and second flanges are dimensioned to be larger than the opening in which the float gasket is to be installed, and wherein, when the connector housing is mounted, one of the first and second flanges of the float gasket is positioned between the connector housing and a surface that includes the opening; and a first float shell and a second float shell each configured to engage a respective flange of the float gasket , wherein the float gasket is configured to allow the connector housing to move with respect to the surface that includes the opening. a connector housing ; a capacitive coupling at least partially disposed in the connector housing ; a float gasket comprising a middle portion and first and second flanges , wherein the middle portion is configured to engage with an inner periphery of an opening into which the float gasket is to be installed, wherein the first and second flanges are dimensioned to be larger than the opening in which the float gasket is to be installed, and wherein, when the connector housing is mounted, one of the first and second flanges of the float gasket is positioned between the connector housing and a surface that includes the opening; and a first float shell and a second float shell each configured to engage a respective flange of the float gasket , wherein the float gasket is configured to allow the connector housing to move with respect to the surface that includes the opening.
A battery , comprising: a battery cell ; a box body , configured to accommodate the battery cell and comprising a sleeve and a first end cover and a second end cover for sealing both ends of the sleeve in a height direction respectively; a first insulating member , at least part of the first insulating member being located between the first end cover and the battery cell ; and a second insulating member , at least part of the second insulating member being located between the second end cover and the battery cell ; wherein an inner wall of the sleeve is provided with a fixing portion , and the fixing portion is configured to fix the first insulating member and the second insulating member ; wherein the fixing portion comprises a convex ridge and/or a groove . a battery cell ; a box body , configured to accommodate the battery cell and comprising a sleeve and a first end cover and a second end cover for sealing both ends of the sleeve in a height direction respectively; a first insulating member , at least part of the first insulating member being located between the first end cover and the battery cell ; and a second insulating member , at least part of the second insulating member being located between the second end cover and the battery cell ; wherein an inner wall of the sleeve is provided with a fixing portion , and the fixing portion is configured to fix the first insulating member and the second insulating member ; wherein the fixing portion comprises a convex ridge and/or a groove .
A method of basic service set, BSS, management, performed by a first access point, AP, the method comprising: determining that a BSS color of at least one overlapping BSS, OBSS, associated with at least one second AP is a same color as a first BSS color of the first AP, wherein the first BSS color is currently used by the first AP; generating a BSS color change announcement element, wherein the BSS color change announcement element comprises a BSS color information field and a color switching time field, and wherein the BSS color information field indicates a second BSS color to be used by the first AP, and wherein the color switching time field indicates a number of time units until the first AP switches to the second BSS color; and transmitting the BSS color change announcement element to a station, STA. determining that a BSS color of at least one overlapping BSS, OBSS, associated with at least one second AP is a same color as a first BSS color of the first AP, wherein the first BSS color is currently used by the first AP; generating a BSS color change announcement element, wherein the BSS color change announcement element comprises a BSS color information field and a color switching time field, and wherein the BSS color information field indicates a second BSS color to be used by the first AP, and wherein the color switching time field indicates a number of time units until the first AP switches to the second BSS color; and transmitting the BSS color change announcement element to a station, STA.
Method for the cleaning of washing stock in a commercial dishwasher which is configured as a programmable machine, containing the following program-controlled method steps to be executed in succession: a) a cleaning phase, in which a cleaning fluid is sprayed from a tank in to a treatment chamber through a line system by means of a pump and can flow back from the treatment chamber in to the tank by gravity; and b) a rinsing phase, in which fresh water is sprayed as rinsing fluid in to the treatment chamber through a rinsing-line system by means of a rinsing pump and can flow from the treatment chamber in to the tank by gravity, wherein, depending on whether a standard cleaning or a basic cleaning of the washing stock is to be carried out, the treatment parameters of the cleaning phase and the treatment parameters of the rinsing phase are automatically set in adaptation to one another, and wherein a plurality of successive basic-cleaning cycles for the basic cleaning of washing stock are carried out, each basic-cleaning cycle having a cleaning phase and a rinsing phase following this, before the start of the cleaning phase of the first basic-cleaning cycle, the tank is filled with a reduced quantity of fluid, as compared with the overall capacity of the tank , characterized in that before the start of the cleaning phase of each basic-cleaning cycle, a quantity of basic detergent adapted to the fluid quantity received in the tank is added in such a way that, during the cleaning phase of each basic-cleaning cycle, the basic-detergent concentration in the cleaning fluid sprayed during the cleaning phase is constant. a) a cleaning phase, in which a cleaning fluid is sprayed from a tank in to a treatment chamber through a line system by means of a pump and can flow back from the treatment chamber in to the tank by gravity; and b) a rinsing phase, in which fresh water is sprayed as rinsing fluid in to the treatment chamber through a rinsing-line system by means of a rinsing pump and can flow from the treatment chamber in to the tank by gravity,
A method for producing an antigen-binding molecule with enhanced intracellular uptake of antigens that bind to the antigen binding molecule, which comprises the steps of: (a) determining the antigen-binding activity of an antigen-binding domain or of an antibody under a high-calcium-ion concentration condition; (b) determining the antigen-binding activity of an antigen-binding domain or of an antibody under a low-calcium-ion concentration condition; (c) selecting the antigen-binding domain or the antibody for which the antigen-binding activity determined in (a) is higher than the antigen-binding activity determined in (b); (d) linking a polynucleotide encoding the antigen-binding domain or the antigen-binding domain of the antibody selected in (c) to a polynucleotide encoding an Fcγ receptor-binding domain having human-FcRn-binding activity in an acidic pH range condition and in which binding activity to the Fcγ receptor in a neutral pH range condition is higher than that of an Fc region of a native human IgG in which the sugar chain bound at position 297 according to EU numbering is a fucose-containing sugar chain; (e) culturing cells, except for human embryonal stem cells, introduced with a vector in which the polynucleotide obtained in (d) is operably linked; and (f) collecting antigen-binding molecules from the cell culture of (e), wherein the Fcγ receptor-binding domain comprises an IgG Fc region, and wherein the antigen-binding domain comprises an antibody variable region, wherein the Fc region is an Fc region in which an amino acid at position 238 in the Fc region site according to EU numbering is altered from Pro at corresponding sites in a native Fc region to any one of Asp, Glu, Phe, Gly, His, Ile, Lys, Leu, Met, Asn, Gln, Arg, Ser, Thr, Val, Trp, and Tyr. (a) determining the antigen-binding activity of an antigen-binding domain or of an antibody under a high-calcium-ion concentration condition; (b) determining the antigen-binding activity of an antigen-binding domain or of an antibody under a low-calcium-ion concentration condition; (c) selecting the antigen-binding domain or the antibody for which the antigen-binding activity determined in (a) is higher than the antigen-binding activity determined in (b); (d) linking a polynucleotide encoding the antigen-binding domain or the antigen-binding domain of the antibody selected in (c) to a polynucleotide encoding an Fcγ receptor-binding domain having human-FcRn-binding activity in an acidic pH range condition and in which binding activity to the Fcγ receptor in a neutral pH range condition is higher than that of an Fc region of a native human IgG in which the sugar chain bound at position 297 according to EU numbering is a fucose-containing sugar chain; (e) culturing cells, except for human embryonal stem cells, introduced with a vector in which the polynucleotide obtained in (d) is operably linked; and (f) collecting antigen-binding molecules from the cell culture of (e),
A battery storage system , comprising: a battery compartment accommodating a plurality of battery cells ; an electrical component compartment accommodating electrical components electrically connectable with the battery cells ; at least one disconnector compartment accommodating a disconnector for electrically connecting the electrical components to an electrical energy source in a closed position and for electrically disconnecting the electrical components from the energy source in an opened position; wherein the disconnector compartment accommodates a locking mechanism for releasing a key , when the disconnector is in the opened position; wherein the electrical component compartment comprises a first door for accessing the electrical components and the first door comprises a first lock openable and closable by the key ; wherein the battery compartment comprises a second door for accessing the battery cells and the second door comprises a second lock openable and closable by the key . a battery compartment accommodating a plurality of battery cells ; an electrical component compartment accommodating electrical components electrically connectable with the battery cells ; at least one disconnector compartment accommodating a disconnector for electrically connecting the electrical components to an electrical energy source in a closed position and for electrically disconnecting the electrical components from the energy source in an opened position; wherein the disconnector compartment accommodates a locking mechanism for releasing a key , when the disconnector is in the opened position; wherein the electrical component compartment comprises a first door for accessing the electrical components and the first door comprises a first lock openable and closable by the key ; wherein the battery compartment comprises a second door for accessing the battery cells and the second door comprises a second lock openable and closable by the key .
An endotracheal dilation and ventilation device, wherein that it comprises a tube formed from a first section having a constant internal diameter and a second section having a progressive internal diameter, the second section being in continuity with the first section , and the second section having an internal diameter that decreases after contact with the first section , and the free end of the tube that corresponds to the first section being open with an opening and able to incorporate a breathing means, and the other opposite free end of the tube that corresponds to the second section is also open with an opening and has an outer geometry in the form of a tip with rounded edges; and the region of the tube wherein the opening at the end of the tube that corresponds to the second section is located has less rigid properties than the rest of the same tube .