mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: agent circuitry to support a set of coherent interconnect protocols; and an interface to couple to an interconnect fabric , wherein the interface is configured to support the set of coherent interconnect protocols and wherein the set of coherent interconnect protocols are tunneled on the interface , and the interface comprises: a global channel to use a first plurality of physical lanes, wherein the global channel is to carry signals for initialization of the interface ; a request channel to use a second plurality of physical lanes, wherein the request channel is to carry address and protocol level command information associated with requests from the agent circuitry ; a response channel to use a third plurality of physical lanes, wherein the response channel is to carry responses to the requests; and a data channel to use a fourth plurality of physical lanes, wherein the data channel is to carry data transfers from the agent circuitry to other agents via the fabric , wherein each of the request channel , response channel , and data channel comprises a respective plurality of signals, each signal in the plurality of signals is assigned to a respective subset of the physical lanes of the channel (330, 350; 335, 355; 325, 345). agent circuitry to support a set of coherent interconnect protocols; and an interface to couple to an interconnect fabric , wherein the interface is configured to support the set of coherent interconnect protocols and wherein the set of coherent interconnect protocols are tunneled on the interface , and the interface comprises: a global channel to use a first plurality of physical lanes, wherein the global channel is to carry signals for initialization of the interface ; a request channel to use a second plurality of physical lanes, wherein the request channel is to carry address and protocol level command information associated with requests from the agent circuitry ; a response channel to use a third plurality of physical lanes, wherein the response channel is to carry responses to the requests; and a data channel to use a fourth plurality of physical lanes, wherein the data channel is to carry data transfers from the agent circuitry to other agents via the fabric , a global channel to use a first plurality of physical lanes, wherein the global channel is to carry signals for initialization of the interface ; a request channel to use a second plurality of physical lanes, wherein the request channel is to carry address and protocol level command information associated with requests from the agent circuitry ; a response channel to use a third plurality of physical lanes, wherein the response channel is to carry responses to the requests; and a data channel to use a fourth plurality of physical lanes, wherein the data channel is to carry data transfers from the agent circuitry to other agents via the fabric , wherein each of the request channel , response channel , and data channel comprises a respective plurality of signals, each signal in the plurality of signals is assigned to a respective subset of the physical lanes of the channel (330, 350; 335, 355; 325, 345).
A fluorinated compound comprising: (i) a fluorochemical oligomeric portion comprising an aliphatic backbone comprising polymerized (meth)acrylate monomeric units, each having a perfluorinated terminal C4-C6 aliphatic group, and an organic residue obtained by removing a hydrogen atom from a functionalized chain transfer agent, wherein: the polymerized (meth)acrylate units are present in a molar ratio of at least 6:1 relative to the functionalized chain transfer agent; and the (meth)acrylate units comprise 0-30 mole-% acrylate units and 70-100 mole-% methacrylate units; (ii) a fluorine-free hydrocarbon moiety; (iii) a di-, tri-, or polymeric isocyanate-derived linking group; and (iv) a group that imparts a durable property when the compound is applied to a fibrous substrate. (i) a fluorochemical oligomeric portion comprising an aliphatic backbone comprising polymerized (meth)acrylate monomeric units, each having a perfluorinated terminal C4-C6 aliphatic group, and an organic residue obtained by removing a hydrogen atom from a functionalized chain transfer agent, wherein: the polymerized (meth)acrylate units are present in a molar ratio of at least 6:1 relative to the functionalized chain transfer agent; and the (meth)acrylate units comprise 0-30 mole-% acrylate units and 70-100 mole-% methacrylate units; the polymerized (meth)acrylate units are present in a molar ratio of at least 6:1 relative to the functionalized chain transfer agent; and the (meth)acrylate units comprise 0-30 mole-% acrylate units and 70-100 mole-% methacrylate units; (ii) a fluorine-free hydrocarbon moiety; (iii) a di-, tri-, or polymeric isocyanate-derived linking group; and (iv) a group that imparts a durable property when the compound is applied to a fibrous substrate.
A rail support arrangement for supporting one or more rails , the rail support arrangement comprising: a slab , formed from fiber reinforced concrete, having two or more primary transverse grooves , wherein a height of the slab is no greater than 15 cm; and a plurality of rail supports , each rail support being mounted in a respective primary transverse groove and comprising at least one projection configured to engage with a rail fastening system , received in the respective primary transverse groove, that couples a rail to the rail support so as to restrict or prevent a movement of the rail in a direction (x) perpendicular to the direction (y) of the respective primary transverse groove. a slab , formed from fiber reinforced concrete, having two or more primary transverse grooves , wherein a height of the slab is no greater than 15 cm; and a plurality of rail supports , each rail support being mounted in a respective primary transverse groove and comprising at least one projection configured to engage with a rail fastening system , received in the respective primary transverse groove, that couples a rail to the rail support so as to restrict or prevent a movement of the rail in a direction (x) perpendicular to the direction (y) of the respective primary transverse groove.
An electronic gauge for use with a compressed gas cylinder , comprising: a display interface , a pressure sensor having a pressure sensing element and an amplification circuit for amplifying a signal from the pressure sensing element , a temperature sensor , and a control electronics board connected to the display interface , the pressure sensing element and the temperature sensor , characterized in that the amplification circuit is integrally formed with the control electronics board . a display interface , a pressure sensor having a pressure sensing element and an amplification circuit for amplifying a signal from the pressure sensing element , a temperature sensor , and a control electronics board connected to the display interface , the pressure sensing element and the temperature sensor , characterized in that the amplification circuit is integrally formed with the control electronics board .
A method for dual factor authentication of a request for access to an account associated with a client includes the steps of: receiving an input PIN from a user interface; engaging a contactless card , the contactless card storing a PIN associated with the client; forwarding the input PIN to the contactless card ; receiving , in response to a match of the input PIN with the stored PIN , a cryptogram from the contactless card, the cryptogram formed using a dynamic key of the contactless card, the dynamic key formed using a counter value maintained by the contactless card, wherein the cryptogram comprises contactless card data that is encoded using the dynamic key; forwarding the cryptogram to an authenticating device; and authorizing the request in response to authentication of the cryptogram by the authenticating device. receiving an input PIN from a user interface; engaging a contactless card , the contactless card storing a PIN associated with the client; forwarding the input PIN to the contactless card ; receiving , in response to a match of the input PIN with the stored PIN , a cryptogram from the contactless card, the cryptogram formed using a dynamic key of the contactless card, the dynamic key formed using a counter value maintained by the contactless card, wherein the cryptogram comprises contactless card data that is encoded using the dynamic key; forwarding the cryptogram to an authenticating device; and authorizing the request in response to authentication of the cryptogram by the authenticating device.
Use of a composition with foaming properties in enhanced oil recovery processes through sequential batches, with the first one consisting in the generation of foam, and the second in injecting a gas as the displacement fluid; wherein said composition with foaming properties contains as active component, in a % by weight ranging from 0.5 to 99.5%, supramolecular complexes with the following structural formula: wherein R and R1 are linear or branched independent alkyl chains and with the length thereof ranging from 1 to 30 carbon atoms; wherein the supremolecular complexes are obtained from the mixture of sodium alpha olefin sulfonates and alkyl amido propyl betaines; and wherein the gas used to generate the foam is selected between nitrogen, and methane. wherein said composition with foaming properties contains as active component, in a % by weight ranging from 0.5 to 99.5%, supramolecular complexes with the following structural formula: wherein R and R1 are linear or branched independent alkyl chains and with the length thereof ranging from 1 to 30 carbon atoms; wherein the supremolecular complexes are obtained from the mixture of sodium alpha olefin sulfonates and alkyl amido propyl betaines; and wherein the gas used to generate the foam is selected between nitrogen, and methane.
Control system for operating a cooling system comprising a plurality of cooling system components, the plurality of cooling system components comprising a compressor , an evaporator , a pressure control element and a condenser , the plurality of cooling system components not including a sensor designed to detect the use of the cooling system based on factors outside of the cooling system, the control system comprising a control circuit , characterized in that the control circuit has electrical connections with at least some cooling system components of the plurality of cooling system components, through which the control circuit continually measures and stores, over time intervals, electrical input operating variables of the cooling system which consist of electrical signals received from the at least some cooling system components of the plurality of cooling system components, the control circuit being configured to establish interrelationships between values of input electrical operating variables for different cooling system components in the plurality of cooling system components, the values having been measured and stored, and to generate a control signal for the cooling system based on at least some measured values and stored values of the input electrical operating variables and on the interrelationships established.
Method for producing a sprayed-concrete accelerator from a mixture a), comprising the mixing of a) at least one aluminium compound selected from an aluminium sulfate and/or an aluminium hydroxysulfate, at least one calcium compound, and optionally water, where, in the mixture a), the molar ratio Ca:Al is in the range from 0.002 to 0.5 and the sprayed-concrete accelerator or, where it is a solid sprayed-concrete accelerator, a mixture of the solid sprayed-concrete accelerator in water has a pH of below 4. a) at least one aluminium compound selected from an aluminium sulfate and/or an aluminium hydroxysulfate, at least one calcium compound, and optionally water,
A continuous fiber-reinforced resin composite material which is a laminate in which a continuous fiber layer and a resin layer are alternately laminated, wherein the resin layer is a layer formed by including a thermoplastic resin or a thermosetting resin, and the continuous fiber layer includes a structural frame of continuous fibers formed by arranging continuous fibers side by side, wherein the thermoplastic resin or the thermosetting resin, originating from the resin layer, penetrates into the structural frame of continuous fibers up to a predetermined depth from a surface of the continuous fiber to form a resin-impregnated continuous fiber, such that a part of the structural frame of continuous fibers is the resin-impregnated continuous fiber and the remainder of the structural frame of continuous fibers is a resin-non-impregnated continuous fiber into which the thermoplastic resin or the thermosetting resin is not penetrated, wherein a bulk volume ratio of the resin-impregnated continous fiber to the resin-non-impregnated continous fiber is 4:6 to 7:3.
An information processing system, comprising: circuitry configured to cause, in response to a first user operation, scrolling to scroll content within a displayed content region in a first display control mode, the content region being displayed on a touchscreen display , a menu region being displayed above the content region , and a status region being displayed above the menu region ; cause, in response to a second user operation different from the first user operation, the displayed content region , the menu region and the status region to move together downward away from a top edge of the screen in a second display control mode, wherein the second user operation is a touch operation with respect to a display region under the status region, wherein the first and second user operations are received by the touchscreen display , and in response to a third user operation that is executed with respect to the status region having been moved downward in the second display control mode together with the displayed content region , display a notification. circuitry configured to cause, in response to a first user operation, scrolling to scroll content within a displayed content region in a first display control mode, the content region being displayed on a touchscreen display , a menu region being displayed above the content region , and a status region being displayed above the menu region ; cause, in response to a second user operation different from the first user operation, the displayed content region , the menu region and the status region to move together downward away from a top edge of the screen in a second display control mode, wherein the second user operation is a touch operation with respect to a display region under the status region, wherein the first and second user operations are received by the touchscreen display , and in response to a third user operation that is executed with respect to the status region having been moved downward in the second display control mode together with the displayed content region , display a notification.
A method for controlling an active suspension system with a first hydraulic actuator and a second hydraulic actuator, the method comprising: sensing a first hydraulic pressure produced by a first hydraulic motor/pump (15-606); sensing a second hydraulic pressure produced by a second hydraulic motor/pump; applying a first motor input to a first electric motor (15-608) in response to the sensed first hydraulic pressure, wherein the first electric motor is operatively coupled to the first hydraulic motor/pump that is in fluid communication with a first extension volume and a first compression volume of the first hydraulic actuator (15-600); and applying a second motor input to a second electric motor in response to the sensed second hydraulic pressure, wherein the second electric motor is operatively coupled to the second hydraulic motor/pump that is in fluid communication with a second extension volume and a second compression volume of the second hydraulic actuator. sensing a first hydraulic pressure produced by a first hydraulic motor/pump (15-606); sensing a second hydraulic pressure produced by a second hydraulic motor/pump; applying a first motor input to a first electric motor (15-608) in response to the sensed first hydraulic pressure, wherein the first electric motor is operatively coupled to the first hydraulic motor/pump that is in fluid communication with a first extension volume and a first compression volume of the first hydraulic actuator (15-600); and applying a second motor input to a second electric motor in response to the sensed second hydraulic pressure, wherein the second electric motor is operatively coupled to the second hydraulic motor/pump that is in fluid communication with a second extension volume and a second compression volume of the second hydraulic actuator.
A method comprising: receiving, by a station, STA, from an access point, AP, , a message using a first radio access technology, RAT, wherein the STA is configured to operate in the first RAT and a second RAT, wherein the first RAT is a Wi-Fi and the second RAT is a cellular, wherein the message is a probe response or a beacon frame and wherein the message comprises a channel quality indicator, CQI, of the second RAT; determining, by the STA , whether to transition from the first RAT to the second RAT in accordance with the message and based on the CQI; and upon determining to transition from the first RAT to the second RAT, transmitting, by the STA to the AP , a disassociation request, and transmitting, by the STA to a communications controller , an association request. receiving, by a station, STA, from an access point, AP, , a message using a first radio access technology, RAT, wherein the STA is configured to operate in the first RAT and a second RAT, wherein the first RAT is a Wi-Fi and the second RAT is a cellular, wherein the message is a probe response or a beacon frame and wherein the message comprises a channel quality indicator, CQI, of the second RAT; determining, by the STA , whether to transition from the first RAT to the second RAT in accordance with the message and based on the CQI; and upon determining to transition from the first RAT to the second RAT, transmitting, by the STA to the AP , a disassociation request, and transmitting, by the STA to a communications controller , an association request. transmitting, by the STA to the AP , a disassociation request, and transmitting, by the STA to a communications controller , an association request.
A razor cartridge comprising: a first blade support and a second blade support , each of the first and second blade supports include a flat portion having a lower surface (120b") and a front end , wherein a support plane S is tangent to the respective front ends of the first and second blade supports and the lower surface (120b") faces away from the support plane S; a first blade attached to the lower surface (120b") of the flat portion of the first blade support , wherein the first blade includes a first cutting edge ; and a second blade attached to the lower surface (120b") of the flat portion of the second blade support , wherein the second blade includes a second cutting edge ; wherein the first and second cutting edges are offset with respect to the support plane S, wherein a distance between the first cutting edge and the second cutting edge is between 1,6 mm to 2,2 mm. a first blade support and a second blade support , each of the first and second blade supports include a flat portion having a lower surface (120b") and a front end , wherein a support plane S is tangent to the respective front ends of the first and second blade supports and the lower surface (120b") faces away from the support plane S; a first blade attached to the lower surface (120b") of the flat portion of the first blade support , wherein the first blade includes a first cutting edge ; and a second blade attached to the lower surface (120b") of the flat portion of the second blade support , wherein the second blade includes a second cutting edge ; wherein the first and second cutting edges are offset with respect to the support plane S, wherein a distance between the first cutting edge and the second cutting edge is between 1,6 mm to 2,2 mm.
A filter top assembly for use with a cage bottom , the cage bottom having a bottom wall and a plurality of side walls defining an opening and a lip disposed on the opening , the filter top assembly capable of covering the opening , thereby enclosing the cage bottom , the filter top assembly comprising: a bonnet comprising: a top wall having a plurality of air passages across its surface, the air passages being slots ; one or more projections formed on the top wall to support a filter , wherein each projection is constructed and arranged to suspend the filter and define a substantially uniform filter space between the filter and the slots across the bonnet ; one or more flanges extending downward from the top wall , the one or more flanges constructed and arranged to engage the lip of the cage bottom to secure the filter top to the cage bottom ; and one or more peripheral flanges extending laterally, the one or more peripheral flanges constructed and arranged to restrict any lateral movement between the bonnet and the cage bottom , characterised in that the slots have slanted or rounded walls such that the slots have smaller openings on the side facing the cage bottom and larger openings on the side facing the filter . a bonnet comprising: a top wall having a plurality of air passages across its surface, the air passages being slots ; one or more projections formed on the top wall to support a filter , wherein each projection is constructed and arranged to suspend the filter and define a substantially uniform filter space between the filter and the slots across the bonnet ; one or more flanges extending downward from the top wall , the one or more flanges constructed and arranged to engage the lip of the cage bottom to secure the filter top to the cage bottom ; and one or more peripheral flanges extending laterally, the one or more peripheral flanges constructed and arranged to restrict any lateral movement between the bonnet and the cage bottom , characterised in that the slots have slanted or rounded walls such that the slots have smaller openings on the side facing the cage bottom and larger openings on the side facing the filter . a top wall having a plurality of air passages across its surface, the air passages being slots ; one or more projections formed on the top wall to support a filter , wherein each projection is constructed and arranged to suspend the filter and define a substantially uniform filter space between the filter and the slots across the bonnet ; one or more flanges extending downward from the top wall , the one or more flanges constructed and arranged to engage the lip of the cage bottom to secure the filter top to the cage bottom ; and one or more peripheral flanges extending laterally, the one or more peripheral flanges constructed and arranged to restrict any lateral movement between the bonnet and the cage bottom , characterised in that the slots have slanted or rounded walls such that the slots have smaller openings on the side facing the cage bottom and larger openings on the side facing the filter .