mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: creating a decoy cloud services subscription that grants access to a first set of cloud-based resources offered by a cloud service provider; tracking a first sequence of resource allocation operations that are performed using the decoy cloud services subscription; tracking at least one second sequence of resource allocation operations performed using at least a first cloud services subscription of at least a first user; providing the first sequence and the at least one second sequence as inputs to a supervised machine learning algorithm that generates a sequence classification model based on the first sequence and the at least one second sequence, the first sequence including malicious resource allocation operations and the at least one second sequence including benign resource allocation operations; tracking a third sequence of resource allocation operations performed using a second cloud services subscription of a second user, the second cloud services subscription granting the second user access to a second set of cloud-based resources offered by the cloud service provider; analyzing the tracked third sequence based on the sequence classification model to determine whether the tracked third sequence is a malicious resource allocation sequence; and in response to determining that the tracked third sequence is a malicious resource allocation sequence, performing an action to neutralize the tracked third sequence. creating a decoy cloud services subscription that grants access to a first set of cloud-based resources offered by a cloud service provider; tracking a first sequence of resource allocation operations that are performed using the decoy cloud services subscription; tracking at least one second sequence of resource allocation operations performed using at least a first cloud services subscription of at least a first user; providing the first sequence and the at least one second sequence as inputs to a supervised machine learning algorithm that generates a sequence classification model based on the first sequence and the at least one second sequence, the first sequence including malicious resource allocation operations and the at least one second sequence including benign resource allocation operations; tracking a third sequence of resource allocation operations performed using a second cloud services subscription of a second user, the second cloud services subscription granting the second user access to a second set of cloud-based resources offered by the cloud service provider; analyzing the tracked third sequence based on the sequence classification model to determine whether the tracked third sequence is a malicious resource allocation sequence; and in response to determining that the tracked third sequence is a malicious resource allocation sequence, performing an action to neutralize the tracked third sequence.
A safety strut comprising: an elongated first member , and an elongated second member , which are arranged for telescoping between a collapsed and an extended configuration; a locking mechanism arranged for when activated locking said safety strut in a predetermined extended configuration; an activation mechanism for selectively activating said locking mechanism, said activation mechanism comprising a lever pivotably arranged between a first position corresponding to said locking mechanism being activated, and at least one second position corresponding to said locking mechanism being deactivated, and a restoring mechanism arranged for restoring of said activation mechanism when said safety strut is at a predetermined collapsed configuration, wherein said restoring mechanism comprises at least one protruding arm arranged for moving said lever between the first position and the second position. an elongated first member , and an elongated second member , which are arranged for telescoping between a collapsed and an extended configuration; a locking mechanism arranged for when activated locking said safety strut in a predetermined extended configuration; an activation mechanism for selectively activating said locking mechanism, said activation mechanism comprising a lever pivotably arranged between a first position corresponding to said locking mechanism being activated, and at least one second position corresponding to said locking mechanism being deactivated, and a restoring mechanism arranged for restoring of said activation mechanism when said safety strut is at a predetermined collapsed configuration, wherein said restoring mechanism comprises at least one protruding arm arranged for moving said lever between the first position and the second position.
A composition for forming a curable polymer composition comprising: (A) a polymer having at least a reactive silyl group; (B) a crosslinker or chain extender; and (C) a condensation accelerator comprising an amino acid compound. (A) a polymer having at least a reactive silyl group; (B) a crosslinker or chain extender; and (C) a condensation accelerator comprising an amino acid compound.
Apparatus comprising circuitry with one or more inputs for receiving a first set of nuclear medicine (NM) data and for receiving probe position data and/or probe NM data, the circuitry configured to reconstruct an NM image using a method comprising the steps of: (a) receiving a first set of NM data of a part of the body; (b) further receiving probe position data and/or probe NM data, wherein the probe position data and probe NM data have been collected from an intrabody probe when the intrabody probe contacted a boundary location of a lumen; (c) reconstructing an NM image from said first set of NM data using said collected probe position data and/or probe NM data, wherein the boundary location is used as a constraint during reconstruction. (a) receiving a first set of NM data of a part of the body; (b) further receiving probe position data and/or probe NM data, wherein the probe position data and probe NM data have been collected from an intrabody probe when the intrabody probe contacted a boundary location of a lumen; (c) reconstructing an NM image from said first set of NM data using said collected probe position data and/or probe NM data, wherein the boundary location is used as a constraint during reconstruction.
Vehicle seat with a seat belt system, wherein the seat belt system comprises a seat belt system element, wherein, in a region of a headrest of the vehicle seat , the seat belt system element is arranged pivotably on the vehicle seat , characterized in that the seat belt system element is pivotable from a use position on the vehicle seat into a stowage position on the vehicle seat, or vice versa, wherein the seat belt system element is fixable and/or lockable on the vehicle seat in the use position and/or in the stowage position.
A method performed by a gNB Distributed Unit, gNB-DU, , in a Third Generation Partnership Project, 3GPP, 5G system or Next Generation System, NG system, configured to manage a Physical, PHY, layer and a Medium Access Control, MAC, layer, the method comprising: receiving a UE CONTEXT SETUP REQUEST via an F1 interface from a gNB Central Unit, gNB-CU, that manages a Radio Resource Control, RRC, layer; generating first information indicating at least one bandwidth part, BWP, configured for a radio terminal ; generating second information indicating a first active BWP to be first activated for the radio terminal ; and sending to the gNB-CU , via the F1 interface , a UE CONTEXT SETUP RESPONSE including both the first information and the second information. receiving a UE CONTEXT SETUP REQUEST via an F1 interface from a gNB Central Unit, gNB-CU, that manages a Radio Resource Control, RRC, layer; generating first information indicating at least one bandwidth part, BWP, configured for a radio terminal ; generating second information indicating a first active BWP to be first activated for the radio terminal ; and sending to the gNB-CU , via the F1 interface , a UE CONTEXT SETUP RESPONSE including both the first information and the second information.
A winding and twisting device of a ring spinning or ring twisting machine, comprising: at least one stator , comprising at least one superconducting material and a stator cooling system , at least one magnetic field generating rotor , and a rotatable spindle , wherein the rotor and the stator are arranged coaxially to the spindle ; and wherein the stator has a plurality of superconducting subregions which are spaced apart from one another in the circumferential direction of the spindle ; wherein the rotor and the stator are configured in such a way that the rotor can be mounted without contact due to magnetic levitation during operation of the winding and twisting device; the rotor and the stator are configured in such a way that an annular air gap is formed between the rotor and the stator, arranged coaxially to the spindle, in which the thread to be wound can circulate; the rotor and/or the stator have at least one annular yarn guide element arranged coaxially to the spindle ; and the yarn guide element of the rotor and/or the yarn guide element of the stator delimit the air gap . at least one stator , comprising at least one superconducting material and a stator cooling system , at least one magnetic field generating rotor , and a rotatable spindle , wherein the rotor and the stator are arranged coaxially to the spindle ; and wherein the stator has a plurality of superconducting subregions which are spaced apart from one another in the circumferential direction of the spindle ; wherein the rotor and the stator are configured in such a way that the rotor can be mounted without contact due to magnetic levitation during operation of the winding and twisting device; the rotor and the stator are configured in such a way that an annular air gap is formed between the rotor and the stator, arranged coaxially to the spindle, in which the thread to be wound can circulate; the rotor and/or the stator have at least one annular yarn guide element arranged coaxially to the spindle ; and the yarn guide element of the rotor and/or the yarn guide element of the stator delimit the air gap .
A fixed-dose pharmaceutical composition comprising mometasone furoate and olopatadine hydrochloride for use in treating allergic rhinitis in a pediatric human subject in need thereof, wherein (i) the composition is nasally administered as one spray per nostril of the pediatric human subject twice daily, (ii) each spray comprises about 25 mcg of mometasone furoate and about 665 mcg olopatadine hydrochloride, and (iii) the administration provides relief from one or more symptoms of allergic rhinitis faster than nasal administration of 25 mcg mometasone furoate or 665 mcg olopatadine hydrochloride alone; wherein the pediatric human subject is 2 to 11 years of age.
A method for uplink power control by a user equipment, UE , in adaptively configured Time Division Duplex, TDD, communication system , the method comprising: receiving configuration information indicating a first set and a second set of parameter values; receiving Downlink Control Information, DCI, format scheduling transmission of a Physical Uplink Shared Channel, PUSCH, the DCI format comprises a field including a field value; determining a transmission power using the first set or the second set of parameter values based on the field value; and transmitting the PUSCH with the determined transmission power, wherein the method further comprises: receiving a configuration for two accumulation states of transmit power control, TPC, command values; and receiving a TPC command field value in the DCI format; wherein one of the two accumulation states is used for computing the transmission power for the PUSCH transmission based on the field value. receiving configuration information indicating a first set and a second set of parameter values; receiving Downlink Control Information, DCI, format scheduling transmission of a Physical Uplink Shared Channel, PUSCH, the DCI format comprises a field including a field value; determining a transmission power using the first set or the second set of parameter values based on the field value; and transmitting the PUSCH with the determined transmission power, wherein the method further comprises: receiving a configuration for two accumulation states of transmit power control, TPC, command values; and receiving a TPC command field value in the DCI format; receiving a configuration for two accumulation states of transmit power control, TPC, command values; and receiving a TPC command field value in the DCI format; wherein one of the two accumulation states is used for computing the transmission power for the PUSCH transmission based on the field value.
A diverter valve for fluid circulation circuits, comprising a valve body having two or more ports for the fluid inflow and/or outflow, a pin slidingly mounted inside said body and one or more shutters each combined with said pin and comprising a deformable element , wherein a first and a second fixed element are combined with a first and a second end portion of the valve body, in that each of said one or more shutters is combined with said pin so that to be able to slide with respect to it and in that said first fixed element interacts with one of said one or more shutters, causing the compression of the deformable element of each of said one or more shutters, following the sliding of the pin in a first direction (Dl), making it expand radially such as to define a fluid seal with the valve body in a first position, and following the sliding of the pin in a second direction (D2), opposite said first direction, said second fixed element interacts with one of said one or more shutters, causing the compression of the deformable element of each of said one or more shutters, making it expand radially such as to define a fluid seal with the valve body in a second position, characterized in that at least two shutters are combined with the pin and wherein each shutter is kept in a predefined position by first and second abutment portions of the pin and by at least one spacing element arranged between two adjacent shutters, to be combined with the intermediate part of the pin, so that to be arranged between a respective couple of shutters and sized so that not to be able to be inserted in a pass through hole of the shutter.
A solar-operated lighting device comprising a substantially tubular solar module , which is positioned vertically in its mounted position and electrically powers a light via at least one rechargeable battery and an electronics module , the at least one rechargeable battery and the electronics module each being arranged in the interior of the solar module with radial spacing (r 1 , r 2 ) therefrom, the solar module having a ventilation opening at both its upper end and its lower end , the solar module comprising an upper cover at the upper end and a lower cover at the lower end , and an annular gap or a ring of openings, which respectively forms said ventilation opening, being provided in the interface region between each cover and the solar module , characterised in that the lower cover is formed by the light .
A pickup method comprising the steps of: holding a target bag body among a plurality of bag bodies by a transfer device while the plurality of bag bodies are conveyed; and lifting a whole of the target bag body after lifting a part of the target bag body , wherein the transfer device is moved according to position suggestion data indicating a position of the target bag body , and liftably holds the target bag body . holding a target bag body among a plurality of bag bodies by a transfer device while the plurality of bag bodies are conveyed; and lifting a whole of the target bag body after lifting a part of the target bag body , wherein the transfer device is moved according to position suggestion data indicating a position of the target bag body , and liftably holds the target bag body .
Fan blade of a bypass turbine engine , comprising at least one shank and a vane having a leading edge (BA) and a trailing edge (BF), which blade has, for at least one aerofoil of the vane in the vicinity of the shank , a maximum camber defining a point of a skeleton of the aerofoil extending from the leading edge (BA) to the trailing edge (BF) of the vane at which a distance with a chord of the aerofoil extending from the leading edge (BA) to the trailing edge (BF) of the vane is maximum, characterised in that said maximum camber is associated with a position along said chord corresponding to a relative chord length of at least 55%, with an offset of this maximum camber toward the trailing edge.
An e-paper writing head comprising: an ion generator ; and an array of electrode nozzles aligned to receive and guide ions generated by the ion generator ; characterised by an air flow source including at least one port positioned to cause air flow over the array of electrode nozzles for reducing moisture or preventing migration of secondary ions that carry the moisture. an ion generator ; and an array of electrode nozzles aligned to receive and guide ions generated by the ion generator ; characterised by an air flow source including at least one port positioned to cause air flow over the array of electrode nozzles for reducing moisture or preventing migration of secondary ions that carry the moisture.
A method of propagating a microorganism, the method comprising: a) providing a carbon source, wherein the carbon source comprises a ground grain slurry, wherein the ground grain slurry comprises starch; b) providing a nutrient source, wherein the nutrient source comprises a grain stillage composition; c) providing a source of a first cell mass of a microorganism that can convert a monosaccharide into a biochemical, wherein the microorganism comprises Saccharomyces cerevisiae that has been genetically modified to convert xylose and glucose into the biochemical; d) providing a source of one or more enzymes than can convert the starch into one or more monosaccharides; e) combining the carbon source, the nutrient source, the first cell mass of the microorganism, and the one or more enzymes to form a propagation composition, wherein the propagation composition is exposed to conditions to convert the starch into glucose and propagate the first cell mass of the microorganism into a second cell mass of the microorganism; f) providing a lignocellulosic hydrolysate comprising at least glucose, xylose, and furfural; g) combining the lignocellulosic hydrolysate and at least a portion of the second cell mass of the microorganism so that the second cell mass of the microorganism can convert the glucose and/or xylose into a biochemical. a) providing a carbon source, wherein the carbon source comprises a ground grain slurry, wherein the ground grain slurry comprises starch; b) providing a nutrient source, wherein the nutrient source comprises a grain stillage composition; c) providing a source of a first cell mass of a microorganism that can convert a monosaccharide into a biochemical, wherein the microorganism comprises Saccharomyces cerevisiae that has been genetically modified to convert xylose and glucose into the biochemical; d) providing a source of one or more enzymes than can convert the starch into one or more monosaccharides; e) combining the carbon source, the nutrient source, the first cell mass of the microorganism, and the one or more enzymes to form a propagation composition, wherein the propagation composition is exposed to conditions to convert the starch into glucose and propagate the first cell mass of the microorganism into a second cell mass of the microorganism; f) providing a lignocellulosic hydrolysate comprising at least glucose, xylose, and furfural; g) combining the lignocellulosic hydrolysate and at least a portion of the second cell mass of the microorganism so that the second cell mass of the microorganism can convert the glucose and/or xylose into a biochemical.
An ethylene-vinyl alcohol copolymer composition pellet comprising: an ethylene-vinyl alcohol copolymer (A), a polyamide resin (B), and an alkaline earth metal salt (C), characterized in that the alkaline earth metal salt (C) includes 10-50 ppm of a magnesium salt, in terms of metal amount, based on a sum of the ethylene-vinyl alcohol copolymer (A) and the polyamide resin (B), in that a yellowness index (YI) value obtained by measuring the pellet with a spectral color-difference meter by a transmission method in accordance with JIS Z-8722 is 10 or less; and in that a melting point of the polyamide resin (B) is 180 to 270 °C. an ethylene-vinyl alcohol copolymer (A), a polyamide resin (B), and an alkaline earth metal salt (C),
A delivery catheter comprising a sleeve and an endovascular prosthesis , the endovascular prosthesis comprising: a tubular body of a graft material, the tubular body defining a lumen therethrough; a plurality of stents coupled to the tubular body ; at least one circumferentially constraining suture ; and a trigger wire extending longitudinally along the tubular body, wherein in a reduced diameter configuration a first end of the circumferentially constraining suture is attached to one of the plurality of stents , the circumferentially constraining suture extends circumferentially around a complete circumference of the tubular body , and a loop of the circumferentially constraining suture disposed opposite the first end is coupled to the trigger wire , and wherein in a deployed configuration the trigger wire is disengaged from the loop such that the stent radially expands and the circumferentially constraining suture extends only partially around the circumference of the tubular body ; wherein the prosthesis in the reduced diameter configuration has a diameter about 40 to 50 percent larger than in a delivery configuration wherein prosthesis is disposed within the sleeve of the delivery catheter . a tubular body of a graft material, the tubular body defining a lumen therethrough; a plurality of stents coupled to the tubular body ; at least one circumferentially constraining suture ; and a trigger wire extending longitudinally along the tubular body, wherein in a reduced diameter configuration a first end of the circumferentially constraining suture is attached to one of the plurality of stents , the circumferentially constraining suture extends circumferentially around a complete circumference of the tubular body , and a loop of the circumferentially constraining suture disposed opposite the first end is coupled to the trigger wire , and wherein in a deployed configuration the trigger wire is disengaged from the loop such that the stent radially expands and the circumferentially constraining suture extends only partially around the circumference of the tubular body ; wherein the prosthesis in the reduced diameter configuration has a diameter about 40 to 50 percent larger than in a delivery configuration wherein prosthesis is disposed within the sleeve of the delivery catheter .