mhurhangee/patent-ind-claim-en huggingface dataset:
A sugar-cane derived extract enriched in polyphenols for use in a method of treatment of a subject suffering from obesity or type 2 diabetes or a subject having one or more risk factors for insulin resistance selected from the group consisting of: being over the age of 30; having a body mass index (BMI) greater than 23; having fasting glucose levels above 5mmol/L; and combinations thereof; wherein administration of the extract lowers postprandial glucose and insulin responses without leading to hypoglycaemia; and wherein the extract comprises: (i) 20-30g polyphenols / 100g of extract in a powder form, contained in the retained compounds of molasses subjected to hydrophobic chromatography, or (ii) 4-8g polyphenols / 100g of extract in a liquid form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography, or (iii) 6.5-13.5g polyphenols / 100g of extract in a powder form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography; wherein the sugar-cane derived extract is derived from molasses. wherein administration of the extract lowers postprandial glucose and insulin responses without leading to hypoglycaemia; and wherein the extract comprises: (i) 20-30g polyphenols / 100g of extract in a powder form, contained in the retained compounds of molasses subjected to hydrophobic chromatography, or (ii) 4-8g polyphenols / 100g of extract in a liquid form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography, or (iii) 6.5-13.5g polyphenols / 100g of extract in a powder form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography; (i) 20-30g polyphenols / 100g of extract in a powder form, contained in the retained compounds of molasses subjected to hydrophobic chromatography, or (ii) 4-8g polyphenols / 100g of extract in a liquid form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography, or (iii) 6.5-13.5g polyphenols / 100g of extract in a powder form, after passing the extract through a 30-35 kDa filter by ion exclusion chromatography; wherein the sugar-cane derived extract is derived from molasses.
Actuating handle for a window or a door, with a grip which is axially fixed and rotatably mounted on or in a stop plate , the grip having a recess at the end into which a polygonal driver can be inserted, and with a socket which is supported internally on the stop plate , the socket having a through opening for the polygonal driver and being connected by force-fitting and/or form-fitting to a fixing element , the fixing element having a fixing opening through which the polygonal driver can protrude and in which the polygonal driver can be fixed in the axial direction (L), characterised in that at least one holding element is provided on the fixing element , and on the socket at least one holding receptacle is provided, into which the holding element can be introduced so that the holding element and the holding receptacle are connected by form-fitting in the axial direction (L), the holding element and the holding receptacle being designed so that the form-fitting in the axial direction can be produced without tools.
A method for performing radio resource management in a wireless communication system , wherein the wireless communication system is adapted to use directive beams for serving at least one user device , wherein the method comprises: - obtaining (S1) image information from at least one image sensor monitoring at least part of a radio coverage area of at least one network node of the wireless communication system; - processing (S2) the obtained image information to predict a change in radio propagation characteristics between a network node of the wireless communication system and a user device ; characterized in that the step (S2) of processing the obtained image information to predict a change in radio propagation characteristics between the network node and a user device comprises: estimating (S2-1) relative movement between the user device and at least one obstacle in the radio coverage area and/or relative movement between the user device and the network node and predicting (S2-2) the change in radio propagation characteristics based on the estimated relative movement; and the method further comprises: - controlling (S3-A) a mobility reference signal for at least one directive beam in the wireless communication system and/or configuring (S3-B) the user device to perform measurements of the mobility reference signal and/or configuring (S3-C) reporting and/or processing of measurement results from measurements of the mobility reference signal, based on the predicted change in radio propagation characteristics. - obtaining (S1) image information from at least one image sensor monitoring at least part of a radio coverage area of at least one network node of the wireless communication system; - processing (S2) the obtained image information to predict a change in radio propagation characteristics between a network node of the wireless communication system and a user device ; estimating (S2-1) relative movement between the user device and at least one obstacle in the radio coverage area and/or relative movement between the user device and the network node and predicting (S2-2) the change in radio propagation characteristics based on the estimated relative movement; and the method further comprises: - controlling (S3-A) a mobility reference signal for at least one directive beam in the wireless communication system and/or configuring (S3-B) the user device to perform measurements of the mobility reference signal and/or configuring (S3-C) reporting and/or processing of measurement results from measurements of the mobility reference signal, based on the predicted change in radio propagation characteristics. - controlling (S3-A) a mobility reference signal for at least one directive beam in the wireless communication system and/or configuring (S3-B) the user device to perform measurements of the mobility reference signal and/or configuring (S3-C) reporting and/or processing of measurement results from measurements of the mobility reference signal, based on the predicted change in radio propagation characteristics.
A method of transmitting data in a wireless network performed by a wireless access point, in the following also referred to as AP, the method comprising: determining that a first wireless station, in the following also referred to as STA, and a second STA are associated with the AP ; creating an STA group by grouping the first STA and the second STA ; and coordinating transmissions of the first STA and the second STA to avoid simultaneous transmission and reception of STAs in the STA group ; characterized by : measuring a first received signal strength indicator, in the following also referred to as RSSI, of a data transmission received by the AP from the first STA: calculating first path loss information based on the first RSSI; measuring a second RSSI of a data transmission received by the AP from the second STA; and calculating second path loss information based on the second RSSI, wherein the grouping the first STA and the second STA is performed according to the first and second path loss information. determining that a first wireless station, in the following also referred to as STA, and a second STA are associated with the AP ; creating an STA group by grouping the first STA and the second STA ; and coordinating transmissions of the first STA and the second STA to avoid simultaneous transmission and reception of STAs in the STA group ; calculating first path loss information based on the first RSSI; measuring a second RSSI of a data transmission received by the AP from the second STA; and calculating second path loss information based on the second RSSI, wherein the grouping the first STA and the second STA is performed according to the first and second path loss information.
A method of preparing a negative electrode, the method comprising steps of: forming a simple cell by sequentially stacking a preliminary negative electrode, a separator, and a lithium metal; applying a current after the simple cell is immersed in an electrolyte solution containing a lithium salt and a solvent; separating the preliminary negative electrode from the simple cell after removing the simple cell immersed in the electrolyte solution from the electrolyte solution; washing the separated preliminary negative electrode; performing first drying on the washed preliminary negative electrode at room temperature; and performing second drying on the first dried preliminary negative electrode at a temperature of 30°C to 70°C in a vacuum state. forming a simple cell by sequentially stacking a preliminary negative electrode, a separator, and a lithium metal; applying a current after the simple cell is immersed in an electrolyte solution containing a lithium salt and a solvent; separating the preliminary negative electrode from the simple cell after removing the simple cell immersed in the electrolyte solution from the electrolyte solution; washing the separated preliminary negative electrode; performing first drying on the washed preliminary negative electrode at room temperature; and performing second drying on the first dried preliminary negative electrode at a temperature of 30°C to 70°C in a vacuum state.
A remotely operated delivery vehicle for transport of a storage container between an automated storage and retrieval grid , which is configured to store a plurality of stacks of storage containers , and an access station for handling of the storage container by at least one of a robotic operator and human operator, the remotely operated delivery vehicle comprising; a vehicle body comprising a motor for driving a plurality of rolling devices for moving the remotely operated delivery vehicle in a horizontal plane (P1); a control unit for controlling the remotely operated delivery vehicle ; and a container carrier provided above the motorized vehicle body for carrying a storage container ; characterized in that the remotely operated delivery vehicle comprises a safety device which transmits a signal to the control unit such that it performs an action of operating the remotely operated delivery vehicle , in the event that a collision is detected, the collision is caused by a force (F) acting on the remotely operated delivery vehicle and is detected by a collision mechanism of the safety device, and wherein the collision mechanism is a container carrier displacement device arranged such that it trips the safety device upon displacement of the container carrier relative to the motorized vehicle body , which first position is the undisplaced position and the second position is the displaced position. the remotely operated delivery vehicle comprising; a vehicle body comprising a motor for driving a plurality of rolling devices for moving the remotely operated delivery vehicle in a horizontal plane (P1); a control unit for controlling the remotely operated delivery vehicle ; and a container carrier provided above the motorized vehicle body for carrying a storage container ; characterized in that the remotely operated delivery vehicle comprises a safety device which transmits a signal to the control unit such that it performs an action of operating the remotely operated delivery vehicle , in the event that a collision is detected, the collision is caused by a force (F) acting on the remotely operated delivery vehicle and is detected by a collision mechanism of the safety device, and wherein the collision mechanism is a container carrier displacement device arranged such that it trips the safety device upon displacement of the container carrier relative to the motorized vehicle body , which first position is the undisplaced position and the second position is the displaced position.
Machine for the preparation and dispensing of ice-cream or similar foodstuffs, comprising a fluid-dynamic circuit that passes through a supply station (A), in which the circuit has an access for water, and comprising, downstream of said supply station (A): - a mixing station (M), in which there is at least a receiving seat to receive a capsule containing one or more doses of soluble preparation for ice-cream, said seat being able to be placed in communication with the circuit ; - a cooling station (R), crossed by said circuit , in which cooling means are comprised to cool a fluid flowing within said circuit ; and - a dispensing station, which comprises at least an outlet of said circuit able to dispense said ice-cream; characterized by the fact that: - said circuit comprises a pump arranged downstream of said access to move said fluid that flows in said circuit , the water entering in said access of the circuit being conveyed by said pump towards said mixing station (M); and - said machine comprises perforation means able to break the walls of said capsule received in said seat, the breaking of said capsule placing in communication the inside of said capsule , where the preparation is, with said fluid flowing in said circuit , creating a mix of said fluid and said preparation. - a mixing station (M), in which there is at least a receiving seat to receive a capsule containing one or more doses of soluble preparation for ice-cream, said seat being able to be placed in communication with the circuit ; - a cooling station (R), crossed by said circuit , in which cooling means are comprised to cool a fluid flowing within said circuit ; and - a dispensing station, which comprises at least an outlet of said circuit able to dispense said ice-cream; - said circuit comprises a pump arranged downstream of said access to move said fluid that flows in said circuit , the water entering in said access of the circuit being conveyed by said pump towards said mixing station (M); and - said machine comprises perforation means able to break the walls of said capsule received in said seat, the breaking of said capsule placing in communication the inside of said capsule , where the preparation is, with said fluid flowing in said circuit , creating a mix of said fluid and said preparation.
A rotor assembly of a gas turbine engine , comprising: a first rotor disk having disk tabs ; a second rotor disk having disk tabs ; at least one blade carried by each of said rotor disks ; and a cover plate comprising: a body including at least one radial retention feature which extends from an inner face of said body ; a first tab (100 A) near a bore of said body ; a second tab circumferentially spaced from said first tab ; and a slot defined between said first tab and said second tab , said first tab , said second tab and said slot extending at an angle (α) relative to a slot axis that extends through said bore , the first tab and the second tab extending away from the first rotor disk ; the cover plate positioned on a first axial side of said first rotor disk blade and a second axial side of said second rotor disk blade , wherein a disk tab of said disk tabs of the second rotor disk extends through a slot between the disk tabs of the first rotor disk and is received by said slot defined between said first tab and said second tab . a first rotor disk having disk tabs ; a second rotor disk having disk tabs ; at least one blade carried by each of said rotor disks ; and a cover plate comprising: a body including at least one radial retention feature which extends from an inner face of said body ; a first tab (100 A) near a bore of said body ; a second tab circumferentially spaced from said first tab ; and a slot defined between said first tab and said second tab , said first tab , said second tab and said slot extending at an angle (α) relative to a slot axis that extends through said bore , the first tab and the second tab extending away from the first rotor disk ; a body including at least one radial retention feature which extends from an inner face of said body ; a first tab (100 A) near a bore of said body ; a second tab circumferentially spaced from said first tab ; and a slot defined between said first tab and said second tab , said first tab , said second tab and said slot extending at an angle (α) relative to a slot axis that extends through said bore , the first tab and the second tab extending away from the first rotor disk ; the cover plate positioned on a first axial side of said first rotor disk blade and a second axial side of said second rotor disk blade , wherein a disk tab of said disk tabs of the second rotor disk extends through a slot between the disk tabs of the first rotor disk and is received by said slot defined between said first tab and said second tab .
A method comprising performing, by an electronic device : receiving , at a metrics routine, an identifier to indicate execution of a third party application on the electronic device; determining , by the metrics routine , one or more operational metrics to be measured, wherein the identifier informs the metrics routine of the one or more operational metrics to be measured for the third party application ; identifying one or more logging routines for capturing the one or more operational metrics, wherein a particular logging routine is identified to collect a particular metric; providing commands from the metrics routine to the one or more logging routines to initiate capturing event data associated with the one or more operational metrics; capturing , by the one or more logging routines, the event data during execution of the third party application via the one or more logging routines. saving , by the one or more logging routines, the event data to a persistent storage; upon trigger, using an aggregation routine to retrieve and aggregate the event data for the third party application to measure the one or more operational metrics; and transmitting the one or more operational metrics over a network to a database. receiving , at a metrics routine, an identifier to indicate execution of a third party application on the electronic device; determining , by the metrics routine , one or more operational metrics to be measured, wherein the identifier informs the metrics routine of the one or more operational metrics to be measured for the third party application ; identifying one or more logging routines for capturing the one or more operational metrics, wherein a particular logging routine is identified to collect a particular metric; providing commands from the metrics routine to the one or more logging routines to initiate capturing event data associated with the one or more operational metrics; capturing , by the one or more logging routines, the event data during execution of the third party application via the one or more logging routines. saving , by the one or more logging routines, the event data to a persistent storage; upon trigger, using an aggregation routine to retrieve and aggregate the event data for the third party application to measure the one or more operational metrics; and transmitting the one or more operational metrics over a network to a database.
A hybrid-electric aircraft system , comprising: first and second hybrid-electric engines ; first and second ducting systems fluidly communicative with each other and with the first and second hybrid-electric engines , respectively; and a control system operably coupled to each of the first and second hybrid-electric engines and to each of the first and second ducting systems , the control system being characterised in that it is configured to run the first hybrid-electric engine normally, to run the second hybrid-electric engine in a lower power mode and to control each of the first and second ducting systems to direct bleed air from the first hybrid-electric engine to the second hybrid-electric engine . first and second hybrid-electric engines ; first and second ducting systems fluidly communicative with each other and with the first and second hybrid-electric engines , respectively; and a control system operably coupled to each of the first and second hybrid-electric engines and to each of the first and second ducting systems , the control system being characterised in that it is configured to run the first hybrid-electric engine normally, to run the second hybrid-electric engine in a lower power mode and to control each of the first and second ducting systems to direct bleed air from the first hybrid-electric engine to the second hybrid-electric engine .
A power generation system , comprising: a prime mover ; a doubly-fed induction generator DFIG operatively coupled to the prime mover , wherein the DFIG comprises a rotor winding and a stator winding ; a rotor-side converter electrically connectible to the rotor winding ; a line-side converter electrically connectible to a point of common coupling PCC , wherein the line-side converter and the rotor-side converter are coupled to each other via a direct current DC link; a secondary power source electrically coupled to the DC-link; and a control sub-system comprising: a plurality of switching elements (130, and 132 or 201) disposed between the rotor winding of the DFIG and the PCC ; and a controller operatively coupled to the plurality of switching elements (130, and 132 or 201) and configured to selectively control switching of one or more switching elements of the plurality of switching elements (130, and 132 or 201) based on a value of an operating parameter corresponding to at least one of the prime mover , the DFIG , or the secondary power source to connect the rotor-side converter in parallel to the line-side converter to increase an electrical power production by the power generation system . a prime mover ; a doubly-fed induction generator DFIG operatively coupled to the prime mover , wherein the DFIG comprises a rotor winding and a stator winding ; a rotor-side converter electrically connectible to the rotor winding ; a line-side converter electrically connectible to a point of common coupling PCC , wherein the line-side converter and the rotor-side converter are coupled to each other via a direct current DC link; a secondary power source electrically coupled to the DC-link; and a control sub-system comprising: a plurality of switching elements (130, and 132 or 201) disposed between the rotor winding of the DFIG and the PCC ; and a controller operatively coupled to the plurality of switching elements (130, and 132 or 201) and configured to selectively control switching of one or more switching elements of the plurality of switching elements (130, and 132 or 201) based on a value of an operating parameter corresponding to at least one of the prime mover , the DFIG , or the secondary power source to connect the rotor-side converter in parallel to the line-side converter to increase an electrical power production by the power generation system . a plurality of switching elements (130, and 132 or 201) disposed between the rotor winding of the DFIG and the PCC ; and a controller operatively coupled to the plurality of switching elements (130, and 132 or 201) and configured to selectively control switching of one or more switching elements of the plurality of switching elements (130, and 132 or 201) based on a value of an operating parameter corresponding to at least one of the prime mover , the DFIG , or the secondary power source to connect the rotor-side converter in parallel to the line-side converter to increase an electrical power production by the power generation system .