mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile terminal , comprising: a wireless communication unit configured to communicate with an external device; an input unit comprises a microphone configured to capture audio information; and a controller configured to: generate a call reception request message in response to a call transmission command; send the generated call reception request message to the external device via the wireless communication unit ; generate a preliminary message comprising information captured via the input unit before a call related to the call reception request message is connected with the external device; and send the generated preliminary message using a data section assigned to an early media session established before the call is connected to the external device via the wireless communication unit ; wherein the generated preliminary message comprises a voice message related to the audio information or a text message comprising words recognized in the voice message. a wireless communication unit configured to communicate with an external device; an input unit comprises a microphone configured to capture audio information; and a controller configured to: generate a call reception request message in response to a call transmission command; send the generated call reception request message to the external device via the wireless communication unit ; generate a preliminary message comprising information captured via the input unit before a call related to the call reception request message is connected with the external device; and send the generated preliminary message using a data section assigned to an early media session established before the call is connected to the external device via the wireless communication unit ; generate a call reception request message in response to a call transmission command; send the generated call reception request message to the external device via the wireless communication unit ; generate a preliminary message comprising information captured via the input unit before a call related to the call reception request message is connected with the external device; and send the generated preliminary message using a data section assigned to an early media session established before the call is connected to the external device via the wireless communication unit ; wherein the generated preliminary message comprises a voice message related to the audio information or a text message comprising words recognized in the voice message.
A process for degumming a vegetable oil, comprising a) mixing an aqueous alkali with a crude vegetable oil to obtain an oil-water mixture A-1 comprising an aqueous solution having a molal ionic strength of between 0.001 and 0.5 mol / kg, b) contacting the oil-water mixture A-1 with an enzyme having a phospholipase activity to obtain an oil-water mixture B-1, c) separating the oil-water mixture B-1 into an oil composition and an aqueous composition, and d) washing the oil composition with an acid. a) mixing an aqueous alkali with a crude vegetable oil to obtain an oil-water mixture A-1 comprising an aqueous solution having a molal ionic strength of between 0.001 and 0.5 mol / kg, b) contacting the oil-water mixture A-1 with an enzyme having a phospholipase activity to obtain an oil-water mixture B-1, c) separating the oil-water mixture B-1 into an oil composition and an aqueous composition, and d) washing the oil composition with an acid.
An edible composition comprising at least 5 wt.% of a structured aqueous phase containing a combination of patatin and legume seed globulin, said structured aqueous phase containing; • 60-94 wt.% water; • 1-15 wt.% of denatured patatin; • 1-15 wt.% of legume seed globulin selected from 7S globulin, 11S globulin and combinations thereof; wherein the combination of denatured patatin and the legume seed globulin is present in the structured aqueous phase in a concentration of at least 5 wt.%. • 60-94 wt.% water; • 1-15 wt.% of denatured patatin; • 1-15 wt.% of legume seed globulin selected from 7S globulin, 11S globulin and combinations thereof;
A node operation method in a wireless communication system, the method comprising: receiving first allocation information related to communication with a parent node and second allocation information related to communication with a child node; and performing communication with the parent node or communication with the child node based on the first and the second allocation information, wherein, based on a first resource allocated by the second allocation information being configured as a hard resource, the first resource is used for the communication with the child node irrespective of the first allocation information, and wherein, based on a second resource allocated by the second allocation information being configured as a soft resource, the second resource is used for the communication with the child node depending on the communication with the parent node. receiving first allocation information related to communication with a parent node and second allocation information related to communication with a child node; and performing communication with the parent node or communication with the child node based on the first and the second allocation information, wherein, based on a first resource allocated by the second allocation information being configured as a hard resource, the first resource is used for the communication with the child node irrespective of the first allocation information, and wherein, based on a second resource allocated by the second allocation information being configured as a soft resource, the second resource is used for the communication with the child node depending on the communication with the parent node.
Method for real-time control of an articulated mass structure so that it reproduces a movement of an object, the method comprising the steps of: - acquiring (ACQ) measurements made using motion sensors (C1-C6) attached to the object; and - determining (DET-CAB) target points from the measurements acquired; the method being characterised in that it further comprises the steps of: - determining (DET-OC) objectives to fulfil for the control of the articulated mass structure, said objectives each having a degree of priority and being arranged in a hierarchy according to the degree of priority thereof, said objectives comprising a highest level objective and at least one objective of a lower level than the highest level objective, the highest level objective being the attainment of the target points by the articulated mass structure; and - determining (RES), by real-time resolution of an optimisation problem, a command (C M ) to be applied to the poly-articulated mass structure to fulfil said objectives. - acquiring (ACQ) measurements made using motion sensors (C1-C6) attached to the object; and - determining (DET-CAB) target points from the measurements acquired; - determining (DET-OC) objectives to fulfil for the control of the articulated mass structure, said objectives each having a degree of priority and being arranged in a hierarchy according to the degree of priority thereof, said objectives comprising a highest level objective and at least one objective of a lower level than the highest level objective, the highest level objective being the attainment of the target points by the articulated mass structure; and - determining (RES), by real-time resolution of an optimisation problem, a command (C M ) to be applied to the poly-articulated mass structure to fulfil said objectives.
A grayscale color electronic paper comprising a plurality of pixel structural units, wherein each one of the plurality of pixel structural unit comprises a base color layer and a grayscale adjusting layer , the base color layer being configured to display two or more colors, the colors displayed by the grayscale adjusting layer corresponding one-to-one to the colors displayed by the base color layer , and the base color layer and the grayscale adjusting layer having respective driving structures, characterized in that the grayscale adjusting layer has multi-level grayscale, each level of the multi-level grayscale has a steady state at a zero electric field, and the grayscale adjusting layer is configured to display a color of the multi-level grayscale or a transparent color of the multi-level grayscale; wherein the one-to-one correspondence of the colors displayed by the grayscale adjusting layer to the colors displayed by the base color layer is as follows: when white is displayed, the base color layer is displayed in white and the grayscale adjusting layer is at a gray-scale level corresponding to a transparent state of the grayscale adjusting layer , of the multi-level grayscale; when red is displayed, the base color layer is displayed in red and the grayscale adjusting layer is at a gray-scale level corresponding to a transparent state of the grayscale adjusting layer , of the multi-level grayscale; when yellow is displayed, the base color layer is displayed in red and the grayscale adjusting layer is at a gray-scale level corresponding to a green color of the grayscale adjusting layer , of the multi-level grayscale. characterized in that the grayscale adjusting layer has multi-level grayscale, each level of the multi-level grayscale has a steady state at a zero electric field, and the grayscale adjusting layer is configured to display a color of the multi-level grayscale or a transparent color of the multi-level grayscale; wherein the one-to-one correspondence of the colors displayed by the grayscale adjusting layer to the colors displayed by the base color layer is as follows: when white is displayed, the base color layer is displayed in white and the grayscale adjusting layer is at a gray-scale level corresponding to a transparent state of the grayscale adjusting layer , of the multi-level grayscale; when red is displayed, the base color layer is displayed in red and the grayscale adjusting layer is at a gray-scale level corresponding to a transparent state of the grayscale adjusting layer , of the multi-level grayscale; when yellow is displayed, the base color layer is displayed in red and the grayscale adjusting layer is at a gray-scale level corresponding to a green color of the grayscale adjusting layer , of the multi-level grayscale.
A method implemented by a wireless transmit/receive unit, WTRU for controlling discontinuous reception, DRX, the method comprising: receiving higher layer signaling comprising DRX parameters for a first DRX level associated with a first DRX cycle length, a second DRX level associated with a second DRX cycle length, and an indication of a resume period, wherein the indication of a resume period indicates a number of DRX cycles at which the WTRU is to perform DRX using the first DRX cycle length prior to implicitly transitioning to performing DRX using the second DRX cycle length if no new transmissions are received; performing DRX using the second DRX cycle length; performing DRX using the first DRX cycle length based on a trigger; determining that the WTRU has performed DRX using the first DRX cycle length for the number of DRX cycles indicated by the resume period without receiving a new transmission; and transitioning the WTRU from performing DRX using the first DRX cycle length to performing DRX using the second DRX cycle length based on determining that the WTRU has performed DRX using the first DRX cycle length for the determined number of DRX cycles indicated by the resume period without receiving a new transmission, wherein the second DRX cycle length is a multiple of the first DRX cycle length. receiving higher layer signaling comprising DRX parameters for a first DRX level associated with a first DRX cycle length, a second DRX level associated with a second DRX cycle length, and an indication of a resume period, wherein the indication of a resume period indicates a number of DRX cycles at which the WTRU is to perform DRX using the first DRX cycle length prior to implicitly transitioning to performing DRX using the second DRX cycle length if no new transmissions are received; performing DRX using the second DRX cycle length; performing DRX using the first DRX cycle length based on a trigger; determining that the WTRU has performed DRX using the first DRX cycle length for the number of DRX cycles indicated by the resume period without receiving a new transmission; and transitioning the WTRU from performing DRX using the first DRX cycle length to performing DRX using the second DRX cycle length based on determining that the WTRU has performed DRX using the first DRX cycle length for the determined number of DRX cycles indicated by the resume period without receiving a new transmission, wherein the second DRX cycle length is a multiple of the first DRX cycle length.
Door arrangement having a door frame extending on three sides and having a door leaf fitted in the door frame , wherein the door frame is embodied as a block frame with a jamb part and a frame rebate and wherein the door leaf is embodied with a door rebate extending on three sides, wherein the depth of the door frame is less than the depth of the door leaf , characterized in that the depth of the door frame at the frame rebate , for the one part, and the depth of the door leaf at the door rebate , for the other part, are coordinated with one another such that the visible sides of the jamb part of the door frame are recessed compared with the visible sides of the door leaf .
A capped cyclodextrin-hydrophobic moiety conjugate comprising a cyclodextrin group and at least one hydrophobic moiety, wherein: - the cyclodextrin group is capped on its primary rim by a cap binding a first carbon atom, previously bearing a hydroxyl group, of a first glucopyranose unit to a second carbon, previously bearing an hydroxyl group, of a second and different glucopyranose unit, said first and second glucopyranose units being preferably separated from each other by at least one, preferably at least two glucopyranose units, and - the hydrophobic moiety is bound by a first linker to one of the carbon atoms of the cap, and - the hydrophobic moiety is chosen among an adamantane group, a C 2 -C 13 alkyl group optionally containing at least one heteroatom, a C 5 -C 6 aromatic group optionally containing at least one heteroatom and a C 3 -C 8 non-aromatic cycle optionally containing at least one heteroatom, preferably an adamantane group. - the cyclodextrin group is capped on its primary rim by a cap binding a first carbon atom, previously bearing a hydroxyl group, of a first glucopyranose unit to a second carbon, previously bearing an hydroxyl group, of a second and different glucopyranose unit, said first and second glucopyranose units being preferably separated from each other by at least one, preferably at least two glucopyranose units, and - the hydrophobic moiety is bound by a first linker to one of the carbon atoms of the cap, and - the hydrophobic moiety is chosen among an adamantane group, a C 2 -C 13 alkyl group optionally containing at least one heteroatom, a C 5 -C 6 aromatic group optionally containing at least one heteroatom and a C 3 -C 8 non-aromatic cycle optionally containing at least one heteroatom, preferably an adamantane group.
A system for selecting elements based on edible pasta, preferably short pasta, comprising a detection part and a selection part , wherein the detection part in turn comprises: - lighting means for lighting pasta elements (E) that transit in an inspection space (S); and - an optical detection means for acquiring images of the pasta elements (E) in the inspection space (S); the selection part comprises: - a selection assembly for diverting selectively the pasta elements (E) toward further processing means or toward a rejection path , wherein the selection assembly comprises a plurality of diverters , each of which can move independently of the others between a transfer condition and a rejection condition in order to divert selectively the pasta elements (E) toward the further processing means or toward the rejection path ; wherein said lighting means comprise first lighting means and second lighting means , each adapted to light along a different direction the pasta elements (E) in the inspection space (S), wherein the first and second lighting means light the pasta (E) in two different directions: - the first lighting means light the inspection space (S) along an axis that substantially coincides with the image acquisition axis of the optical detection means ; and - the second lighting means light the inspection space (S) along an axis that is different from the axis of the first means ; wherein the first and second lighting means individually are arranged above the inspection space (S) over which the pasta elements (E) transit. - lighting means for lighting pasta elements (E) that transit in an inspection space (S); and - an optical detection means for acquiring images of the pasta elements (E) in the inspection space (S); - a selection assembly for diverting selectively the pasta elements (E) toward further processing means or toward a rejection path , wherein the selection assembly comprises a plurality of diverters , each of which can move independently of the others between a transfer condition and a rejection condition in order to divert selectively the pasta elements (E) toward the further processing means or toward the rejection path ; - the first lighting means light the inspection space (S) along an axis that substantially coincides with the image acquisition axis of the optical detection means ; and - the second lighting means light the inspection space (S) along an axis that is different from the axis of the first means ;
A casing packer apparatus (P) comprising: a mandrel having a main longitudinal direction, the mandrel defining a throughbore in the main longitudinal direction; a packer element mounted on the mandrel, the packer element comprising an outer sealing face; and characterized in that the casing packer apparatus further comprises: an expansion mechanism comprising a piston configured to move the packer element from a first position, radially outwards to a second position; a bypass conduit extending generally in said longitudinal direction, from one side of the outer sealing face to an opposite side of the outer sealing face; a bypass valve controlling said bypass conduit; a wireless receiver to receive wireless signals to control the bypass valve. a mandrel having a main longitudinal direction, the mandrel defining a throughbore in the main longitudinal direction; a packer element mounted on the mandrel, the packer element comprising an outer sealing face; and characterized in that the casing packer apparatus further comprises: an expansion mechanism comprising a piston configured to move the packer element from a first position, radially outwards to a second position; a bypass conduit extending generally in said longitudinal direction, from one side of the outer sealing face to an opposite side of the outer sealing face; a bypass valve controlling said bypass conduit; a wireless receiver to receive wireless signals to control the bypass valve.
An active or semi active damper , comprising: a hydraulic active or semi active damper valve , and a pressure charged tube damper assembly having a rebound chamber and a compression chamber and characterized by containing a passive compression diverter valve having an inlet, a first outlet port and a second outlet port; wherein the damper assembly is configured to operate in at least: a free flow mode wherein fluid from either the compression or rebound chamber of the damper assembly flows into the inlet and out through the first outlet port of the passive diverter valve to a connectable hydraulic pump/motor; and a diverted bypass flow mode wherein, in response to an increase in fluid flow velocity above a predetermined velocity, a reduction in free flow is caused by at least partially closing the first outlet port and opening the second outlet port; wherein the second outlet port is a bypass, allowing fluid to flow between the compression and rebound chambers thereby bypassing the connectable hydraulic pump/motor. a hydraulic active or semi active damper valve , and a pressure charged tube damper assembly having a rebound chamber and a compression chamber and characterized by containing a passive compression diverter valve having an inlet, a first outlet port and a second outlet port; wherein the damper assembly is configured to operate in at least: a free flow mode wherein fluid from either the compression or rebound chamber of the damper assembly flows into the inlet and out through the first outlet port of the passive diverter valve to a connectable hydraulic pump/motor; and a diverted bypass flow mode wherein, in response to an increase in fluid flow velocity above a predetermined velocity, a reduction in free flow is caused by at least partially closing the first outlet port and opening the second outlet port; wherein the second outlet port is a bypass, allowing fluid to flow between the compression and rebound chambers thereby bypassing the connectable hydraulic pump/motor. a free flow mode wherein fluid from either the compression or rebound chamber of the damper assembly flows into the inlet and out through the first outlet port of the passive diverter valve to a connectable hydraulic pump/motor; and a diverted bypass flow mode wherein, in response to an increase in fluid flow velocity above a predetermined velocity, a reduction in free flow is caused by at least partially closing the first outlet port and opening the second outlet port; wherein the second outlet port is a bypass, allowing fluid to flow between the compression and rebound chambers thereby bypassing the connectable hydraulic pump/motor.
A stop valve , comprising: a valve seat defining a valve chamber and a fitting chamber in communication with the valve chamber , wherein the fitting chamber is located at a first end face of the valve chamber and the valve chamber is provided with two ports in communication with the valve chamber ; a lantern ring fitted in one of the two ports ; a valve disc comprising a fitting part and a stopping part disposed to the fitting part , wherein the fitting part is threadedly fitted with the fitting chamber , the stopping part is located in the valve chamber and is configured to touch the first end face or the lantern ring to communicate or block the two ports ; and an elastic sealing member disposed at an end face of the stopping part facing the lantern ring and configured to touch an end face of the lantern ring to block a communication of the two ports , characterized in that the stopping part is threadedly fitted with the valve chamber . a valve seat defining a valve chamber and a fitting chamber in communication with the valve chamber , wherein the fitting chamber is located at a first end face of the valve chamber and the valve chamber is provided with two ports in communication with the valve chamber ; a lantern ring fitted in one of the two ports ; a valve disc comprising a fitting part and a stopping part disposed to the fitting part , wherein the fitting part is threadedly fitted with the fitting chamber , the stopping part is located in the valve chamber and is configured to touch the first end face or the lantern ring to communicate or block the two ports ; and an elastic sealing member disposed at an end face of the stopping part facing the lantern ring and configured to touch an end face of the lantern ring to block a communication of the two ports , characterized in that the stopping part is threadedly fitted with the valve chamber .