mhurhangee/patent-ind-claim-en huggingface dataset:
A method of securely provisioning access data to a service provider application (102B-1) on a mobile phone comprising: generating, by a mobile phone , an initialization request message to provision access data; transmitting (S108), by the mobile phone , the initialization request message to a server computer ; receiving (S112), by the service provider application (102-B-1) on the mobile phone , a dynamic data element from the server computer ; performing (S116), by the mobile phone , a message exchange process with a card, wherein an operating system of the mobile phone implements a set of access device emulation APIs (102B-2) which allow the service provider application (102B-1) to emulate functions of an access device and to gain access to a contactless element interface of the mobile phone and exchange transaction data communications with the contactless element of a card , wherein a cryptogram is generated at the card by: encrypting static elements including an account identifier with a first encryption key to generate a second encryption key, and encrypting the dynamic data element using the second encryption key to create a cryptogram, wherein the cryptogram is received from the card by the mobile phone during the message exchange process; transmitting (S118), by the mobile phone , a provisioning request message including a card identifier and the received cryptogram to the server computer ; and receiving , by the service provider application (102B-1) of the mobile phone , the access data. generating, by a mobile phone , an initialization request message to provision access data; transmitting (S108), by the mobile phone , the initialization request message to a server computer ; receiving (S112), by the service provider application (102-B-1) on the mobile phone , a dynamic data element from the server computer ; performing (S116), by the mobile phone , a message exchange process with a card, wherein an operating system of the mobile phone implements a set of access device emulation APIs (102B-2) which allow the service provider application (102B-1) to emulate functions of an access device and to gain access to a contactless element interface of the mobile phone and exchange transaction data communications with the contactless element of a card , wherein a cryptogram is generated at the card by: encrypting static elements including an account identifier with a first encryption key to generate a second encryption key, and encrypting the dynamic data element using the second encryption key to create a cryptogram, encrypting static elements including an account identifier with a first encryption key to generate a second encryption key, and encrypting the dynamic data element using the second encryption key to create a cryptogram, wherein the cryptogram is received from the card by the mobile phone during the message exchange process; transmitting (S118), by the mobile phone , a provisioning request message including a card identifier and the received cryptogram to the server computer ; and receiving , by the service provider application (102B-1) of the mobile phone , the access data.
An aqueous liquid pharmaceutical formulation comprising: insulin or an insulin analogue at a concentration of 10-1000 U/ml; ionic zinc present at a concentration of more than 0.25% by weight of zinc based on the weight of insulin or insulin analogue in the formulation; a chelating agent which has a metal binding stability constant logK with respect to zinc binding of at least 4.5 at 25 °C; and polysorbate 80 present at a concentration of 1-500 μg/ml. insulin or an insulin analogue at a concentration of 10-1000 U/ml; ionic zinc present at a concentration of more than 0.25% by weight of zinc based on the weight of insulin or insulin analogue in the formulation; a chelating agent which has a metal binding stability constant logK with respect to zinc binding of at least 4.5 at 25 °C; and polysorbate 80 present at a concentration of 1-500 μg/ml.
An atomizer for an electronic atomization device, configured to accommodate aerosol producing substrate, and cooperate with an atomization body to atomize the aerosol producing substrate, comprising: a first coil , configured to obtain energy from the atomization body through inductive coupling in the state where the atomizer is installed to the atomization body , so as to heat the aerosol producing substrate; and characterised in that the atomizer further comprises: a magnetic conductive medium ; wherein the first coil is sleeved on the magnetic conductive medium . a magnetic conductive medium ; wherein the first coil is sleeved on the magnetic conductive medium .
A cytotoxic anti-LAG-3 monoclonal antibody or fragment thereof for use in treating or preventing organ transplant rejection or treating an autoimmune disease, wherein said antibody or fragment thereof comprises a human IgG1 or IgM or murine IgG2a subclass Fc fragment and a Fab fragment which binds LAG-3 protein, and wherein said antibody or fragment thereof causes depletion of LAG-3 + activated T cells via complement-dependent cytotoxicity (CDC) and/or antibody-dependent cell cytotoxicity (ADCC).
A fibre reinforced polymer, FRP, tube having a longitudinal axis and a circular cross section, the tube comprising a plurality of concentric layers of an FRP material forming a shell of the tube, wherein at least one blind threaded longitudinal bolt hole is provided from a transverse end surface of the shell ; wherein the bolt hole extends in at least three of the plurality of layers, a middle layer encompassing a plane passing through a centre of the bolt hole, an inner layer encompassing a plane of an innermost extent of the bolt hole, and an outer layer encompassing a plane of an outermost extent of the bolt hole; wherein the FRP material for each of the plurality of layers is formed from at least one wound continuous fibre filament in a solid polymer resin ; wherein the at least one filament of each of the inner and outer layers has been wound at a first angle (A) to the longitudinal axis corresponding to 90° minus a lead angle (β) of the threading of the bolt hole ±5° or ±2°; and wherein the at least one filament of the middle layer has been wound at a second angle (C) to the longitudinal axis corresponding to 90° minus half of a thread angle (α) of the threading of the bolt hole ±5° or ±2°.
A buckle (110; 210) for a tie-down assembly (100; 200), the buckle comprising: a frame (140; 240); and a handle (150; 250) pivotably attached to the frame and configured to pivot about a first axis between an open position and a closed position, wherein a drum (162; 262) is rotatably attached to the handle (150; 250) and is configured to rotate about a second axis, wherein the second axis is spaced apart from and extends parallel to the first axis, characterized in that the drum comprises a first bar (165A; 265A) and a second bar (165B; 265B) spaced apart from one another and defining a slot (168; 268) therebetween for a strap (130; 230) that is configured to pass through the slot (168; 268). a frame (140; 240); and a handle (150; 250) pivotably attached to the frame and configured to pivot about a first axis between an open position and a closed position, wherein a drum (162; 262) is rotatably attached to the handle (150; 250) and is configured to rotate about a second axis, wherein the second axis is spaced apart from and extends parallel to the first axis, characterized in that the drum comprises a first bar (165A; 265A) and a second bar (165B; 265B) spaced apart from one another and defining a slot (168; 268) therebetween for a strap (130; 230) that is configured to pass through the slot (168; 268).
An implant suitable for being anchored with the aid of mechanical vibrations in an opening (21.1) in bone tissue or other hard tissue, which implant is compressible in the direction of a compression axis under local enlargement of a distance between a peripheral surface of the implant and the compression axis, wherein the implant comprises a coupling-in face (1.1) not parallel to the compression axis for the coupling-in of a compressing force and the mechanical vibration, and wherein the implant further comprises a thermoplastic material forming at least a part of the peripheral surface of the implant in areas of the local distance enlargement characterized by the implant comprising at least two implant components (1.11, 1.12, 1.13), which are designed to be shifted relative to each other by the compressing force along shifting surfaces extending obliquely to the compression axis, wherein surfaces of the implant components (1.11, 1.12, 1.13) consist of thermoplastic material at least to the extent that the implant components are able to be welded together by the effect of the mechanical vibrations and the compressing force and wherein at least one of the implant components (1.11, 1.12, 1.13) is spreadable by the compressing force and/or wherein the implant components (1.11, 1.12, 1.13), prior to implantation, are separate or linked via predetermined breaking or melting points.
A method for controlling a running mode of a hybrid vehicle, comprising: monitoring, by a controller , power consumption of a battery when the hybrid vehicle is driven in an electric vehicle (EV) mode; calculating, by the controller , a threshold value for starting an engine ; determining, by the controller , whether to change the running mode of the hybrid vehicle using the power consumption of the battery and the threshold value for starting the engine ; wherein the monitoring of the power consumption includes: measuring, by the controller , a battery current and a battery voltage while driving in the EV mode, and calculating, by the controller , the power consumption of the battery by multiplying the battery current and the battery voltage; and being characterized by calculating, by the controller , the threshold value by subtracting a predetermined margin value from a maximum discharging power of the battery ; and wherein the predetermined margin value is set using a time required to start and output power of the engine and a rising rate of the power consumption. monitoring, by a controller , power consumption of a battery when the hybrid vehicle is driven in an electric vehicle (EV) mode; calculating, by the controller , a threshold value for starting an engine ; determining, by the controller , whether to change the running mode of the hybrid vehicle using the power consumption of the battery and the threshold value for starting the engine ; wherein the monitoring of the power consumption includes: measuring, by the controller , a battery current and a battery voltage while driving in the EV mode, and calculating, by the controller , the power consumption of the battery by multiplying the battery current and the battery voltage; and being characterized by calculating, by the controller , the threshold value by subtracting a predetermined margin value from a maximum discharging power of the battery ; and wherein the predetermined margin value is set using a time required to start and output power of the engine and a rising rate of the power consumption. measuring, by the controller , a battery current and a battery voltage while driving in the EV mode, and calculating, by the controller , the power consumption of the battery by multiplying the battery current and the battery voltage; and being characterized by calculating, by the controller , the threshold value by subtracting a predetermined margin value from a maximum discharging power of the battery ; and wherein the predetermined margin value is set using a time required to start and output power of the engine and a rising rate of the power consumption.
A method for controlling access to memory by a global navigation satellite system, GNSS, receiver comprising a DSP processor and a general purpose processor , wherein the DSP processor is performing tracking operations, wherein the memory is used as common memory for both processors for instructions and data and both processors fetch their instructions from the memory , the method comprising: receiving data to be stored to the memory at the general purpose processor from the DSP processor , disabling operation of the DSP processor by the general purpose processor , disabling interrupts of the general purpose processor , storing the data to the memory by the general purpose processor , enabling interrupts of the general purpose processor , enabling the DSP processor , determining a period for which the operation of the DSP processor is disabled, and performing a reset of the DSP processor if the period is greater than a threshold time . receiving data to be stored to the memory at the general purpose processor from the DSP processor , disabling operation of the DSP processor by the general purpose processor , disabling interrupts of the general purpose processor , storing the data to the memory by the general purpose processor , enabling interrupts of the general purpose processor , enabling the DSP processor , determining a period for which the operation of the DSP processor is disabled, and performing a reset of the DSP processor if the period is greater than a threshold time .
A gas turbine engine seat system comprising a rotating member having an abrasive tip surface disposed in rub relationship to a stationary abradable seal surface, wherein said abrasive tip surface comprises an abrasive coating deposited onto at least a portion of the tip surface, wherein said abrasive coating comprises a metallic alloy matrix having ceramic abrasive particles at least partially embedded in said matrix and at least some of the ceramic abrasive particles projecting from said matrix; wherein said abradable seal surface comprises an abradable ceramic coating deposited onto at least a portion of the seal surface, wherein said ceramic coating is made from a ceramic powder comprising ceramic powder macroparticles, said ceramic powder macroparticles comprising a zirconia-based component and an (alumina + silica)-based component, wherein said ceramic powder macroparticles contain from 10 to 95 percent by weight of the zirconia-based component and 5 to 90 percent by weight of the (alumina + silica)-based component, and wherein the average particle size (diameter) of the ceramic powder macroparticles is from 10 to 150 microns; and wherein said gas turbine engine seal system has a tip-to-seal wear ratio of at least 1:10, preferably at least 1:20.
A refrigerator having a drawer , the refrigerator comprising: a cabinet having a storage chamber , the cabinet being open in frontward direction; the drawer having a front panel and a storage body , the drawer is movable forward and rearward for opening and closing a portion of the storage chamber , wherein the storage body is provided at a rear side of the front panel and received in the storage chamber ; and at least one side cover module comprising an inside cover and an outside cover , the inside cover is provided at an inside surface of the storage body and protecting the inside surface of the storage body , and the outside cover is provided at an outside surface of the storage body and protecting the outside surface of the storage body , a door fixing bracket provided on opposite sides of the storage body to fix the front panel to a front surface of the storage body ; characterized in that the inside cover has a fixing end at one side thereof and the outside cover has a locking end at one side thereof, and the outside cover is attachable to and detachable from the storage body by coupling of the fixing end and the locking end ; wherein the refrigerator further comprising: a plurality of locking holes provided on a side surface of the door fixing bracket by penetrating from side to side at the side surface of the door fixing bracket ; and wherein the outside cover comprises: a side hook portion provided at a lower portion of an inside surface of the outside cover , the side hook portion is formed in a hook shape and protruding toward the storage body and fixed to the locking holes . a cabinet having a storage chamber , the cabinet being open in frontward direction; the drawer having a front panel and a storage body , the drawer is movable forward and rearward for opening and closing a portion of the storage chamber , wherein the storage body is provided at a rear side of the front panel and received in the storage chamber ; and at least one side cover module comprising an inside cover and an outside cover , the inside cover is provided at an inside surface of the storage body and protecting the inside surface of the storage body , and the outside cover is provided at an outside surface of the storage body and protecting the outside surface of the storage body , a door fixing bracket provided on opposite sides of the storage body to fix the front panel to a front surface of the storage body ; characterized in that the inside cover has a fixing end at one side thereof and the outside cover has a locking end at one side thereof, and the outside cover is attachable to and detachable from the storage body by coupling of the fixing end and the locking end ; wherein the refrigerator further comprising: a plurality of locking holes provided on a side surface of the door fixing bracket by penetrating from side to side at the side surface of the door fixing bracket ; and wherein the outside cover comprises: a side hook portion provided at a lower portion of an inside surface of the outside cover , the side hook portion is formed in a hook shape and protruding toward the storage body and fixed to the locking holes .
A centrifugal pump comprising: a casing ; a rotary shaft arranged for rotation in said casing; a plurality of pump stages, each comprising an impeller secured on said rotary shaft and arranged for rotation in a respective impeller chamber formed in said casing ; a plurality of sealing members , each arranged for reducing leakage between a rotary component and a respective stationary component in said centrifugal pump; wherein at least one pump stage comprises an inlet-side sealing member arranged and configured for co-action with an impeller eye and an outlet-side sealing member arranged and configured for co-action with an impeller hub , each sealing member comprising an arrangement of compliant plate members attached in facing relation at root ends to the respective stationary component and forming a sealing ring between said stationary component and the respective rotary component; wherein the at least one pump stage is configured to have a specific speed defined as Ns = ωq 1 / 2 / h 3 / 4 equal to or less than 25, where ω is a pump shaft rotational speed expressed in rpm q is a flow rate across the stage, expressed in m3/s at Best Efficiency Point (BEP) h is a head rise across the stage expressed in m. a casing ; a rotary shaft arranged for rotation in said casing; a plurality of pump stages, each comprising an impeller secured on said rotary shaft and arranged for rotation in a respective impeller chamber formed in said casing ; a plurality of sealing members , each arranged for reducing leakage between a rotary component and a respective stationary component in said centrifugal pump; wherein at least one pump stage comprises an inlet-side sealing member arranged and configured for co-action with an impeller eye and an outlet-side sealing member arranged and configured for co-action with an impeller hub , each sealing member comprising an arrangement of compliant plate members attached in facing relation at root ends to the respective stationary component and forming a sealing ring between said stationary component and the respective rotary component; wherein the at least one pump stage is configured to have a specific speed defined as Ns = ωq 1 / 2 / h 3 / 4 equal to or less than 25, where ω is a pump shaft rotational speed expressed in rpm q is a flow rate across the stage, expressed in m3/s at Best Efficiency Point (BEP) h is a head rise across the stage expressed in m.
Operating element having a support and an actuating part which is mounted such that it can be moved in the direction of the support under the action of an actuating force and which comprises a touch sensitive surface facing a user, wherein the actuating part can be moved out of a rest position into an actuating position, and the actuating part has at least two actuating regions on its touch sensitive surface, and a plurality of non-contacting sensors, which are arranged between the actuating part and the support and are designed to detect an action of an actuating force, an end stop (x max ) on the support side, and a plurality of stop limiters which are arranged between the side of the actuating part that faces the user and the support, wherein the stop limiters are designed to at least partly restore the actuating part from the actuating position into the stop limiting position, and the stop limiters act as a first restoring means, and wherein the stop limiter , which has a progressive characteristic, is compressed before the end stop (x max ) is reached, characterized in that in addition, at least one second restoring means with a linear characteristic is provided, which is arranged between the side of the actuating part that faces the user and the support , and wherein at least one stop limiter and at least one second restoring means with a linear characteristic are connected in series. a support and an actuating part which is mounted such that it can be moved in the direction of the support under the action of an actuating force and which comprises a touch sensitive surface facing a user, wherein the actuating part can be moved out of a rest position into an actuating position, and the actuating part has at least two actuating regions on its touch sensitive surface, and a plurality of non-contacting sensors, which are arranged between the actuating part and the support and are designed to detect an action of an actuating force, an end stop (x max ) on the support side, and a plurality of stop limiters which are arranged between the side of the actuating part that faces the user and the support, wherein the stop limiters are designed to at least partly restore the actuating part from the actuating position into the stop limiting position, and the stop limiters act as a first restoring means, and wherein the stop limiter , which has a progressive characteristic, is compressed before the end stop (x max ) is reached, characterized in that in addition, at least one second restoring means with a linear characteristic is provided, which is arranged between the side of the actuating part that faces the user and the support , and wherein at least one stop limiter and at least one second restoring means with a linear characteristic are connected in series.