mhurhangee/patent-ind-claim-en huggingface dataset:
A radio communication system comprising: a first radio station configured to serve a first cell ; a second radio station configured to serve a second cell ; and a radio terminal configured to perform Dual Connectivity using the first cell and the second cell , wherein the first radio station is configured to perform, with the radio terminal , radio resource control for the first cell and the second cell in order to perform the Dual Connectivity, the first radio station is configured to send, to the second radio station , modification information that is related to modification of a radio resource configuration for the second cell , wherein the modification information causes the second radio station to modify the radio resource configuration for the second cell that has been configured in the second radio station for the radio terminal , the second radio station is configured to modify, in response to reception of the modification information, the radio resource configuration for the second cell , and the radio communication system is characterised in that the first radio station is configured to transmit, to the radio terminal through the second radio station , a modified radio resource configuration for the second cell . a first radio station configured to serve a first cell ; a second radio station configured to serve a second cell ; and a radio terminal configured to perform Dual Connectivity using the first cell and the second cell , wherein the first radio station is configured to perform, with the radio terminal , radio resource control for the first cell and the second cell in order to perform the Dual Connectivity, the first radio station is configured to send, to the second radio station , modification information that is related to modification of a radio resource configuration for the second cell , wherein the modification information causes the second radio station to modify the radio resource configuration for the second cell that has been configured in the second radio station for the radio terminal , the second radio station is configured to modify, in response to reception of the modification information, the radio resource configuration for the second cell , and the radio communication system is characterised in that the first radio station is configured to transmit, to the radio terminal through the second radio station , a modified radio resource configuration for the second cell .
A method for producing astaxanthin from Haematococcus pluvialis algae, the method comprising: combining in an interior of a bioreactor an initial feedstock including water, nutrients, and healthy Haematococcus pluvialis algae; during a growth phase of the Haematococcus pluvialis algae, introducing carbon dioxide to the initial feedstock, and supplying light from a light source to the initial feedstock; amplifying the Haematococcus pluvialis algae in relation to the Haematococcus pluvialis algae in the initial feedstock during the growth phase; separating from the amplified Haematococcus pluvialis algae at least a portion of the nutrients remaining in the interior of the bioreactor after the growth phase; during a stress phase following the separating, supplying carbon dioxide to the amplified Haematococcus pluvialis algae and supplying light from a light source to the amplified Haematococcus pluvialis algae; promoting production of astaxanthin by the amplified Haematococcus pluvialis algae during the stress phase; placing the amplified Haematococcus pluvialis algae and an ethanol cover within an interior of an attrition mill having interior surfaces and media which are substantially non-reactive to astaxanthin; and milling the amplified Haematococcus pluvialis algae and the cover in the attrition mill to release astaxanthin from the amplified Haematococcus pluvialis algae and to reduce the average grain size of the released astaxanthin to less than three micrometers, the cover limiting oxidation of the released astaxanthin during the stress phase. combining in an interior of a bioreactor an initial feedstock including water, nutrients, and healthy Haematococcus pluvialis algae; during a growth phase of the Haematococcus pluvialis algae, introducing carbon dioxide to the initial feedstock, and supplying light from a light source to the initial feedstock; amplifying the Haematococcus pluvialis algae in relation to the Haematococcus pluvialis algae in the initial feedstock during the growth phase; separating from the amplified Haematococcus pluvialis algae at least a portion of the nutrients remaining in the interior of the bioreactor after the growth phase; during a stress phase following the separating, supplying carbon dioxide to the amplified Haematococcus pluvialis algae and supplying light from a light source to the amplified Haematococcus pluvialis algae; promoting production of astaxanthin by the amplified Haematococcus pluvialis algae during the stress phase; placing the amplified Haematococcus pluvialis algae and an ethanol cover within an interior of an attrition mill having interior surfaces and media which are substantially non-reactive to astaxanthin; and milling the amplified Haematococcus pluvialis algae and the cover in the attrition mill to release astaxanthin from the amplified Haematococcus pluvialis algae and to reduce the average grain size of the released astaxanthin to less than three micrometers, the cover limiting oxidation of the released astaxanthin during the stress phase.
A method for separating composite materials and mixtures, in particular solid-material mixtures and slags, comprising the step of transporting the composite material or the mixture through a separating device (31, 41; 32, 42), wherein the device comprises a drive unit for driving a rotor element which is connected to a bearing/shaft unit having an axis of rotation which is essentially parallel to the force of gravity, the rotor element being part of a rotor unit , the rotor element itself having at least one rotor tool and each rotor tool having at least one rotor tool component , the rotor element being surrounded by a stator element , which is part of a stator unit , the stator element itself having at least one stator tool and each stator tool having at least one stator tool component , the rotor element and the stator element being essentially cylindrical and the device additionally comprising a material inlet for supplying the composite material or the mixture above the rotor/stator unit and a material outlet for discharging the separated material below the rotor/stator unit , wherein the composite material to be separated or the mixture to be separated is excited by mechanical impulses as it passes through the separating device and is thereby separated, and wherein, in the case of a change of the rotor unit and the stator unit , the rotor unit and the stator unit are changed as a complete unit, wherein the change happens in a quick-change device outside of the machine, wherein the rotor tools and the stator tools are changed or replaced by being lowered within the device (31, 41; 32, 42), and wherein, through the lowering, new wear parts are introduced from below and the worn, consumed wear parts are ejected upward. wherein the composite material to be separated or the mixture to be separated is excited by mechanical impulses as it passes through the separating device and is thereby separated, and wherein, in the case of a change of the rotor unit and the stator unit , the rotor unit and the stator unit are changed as a complete unit, wherein the change happens in a quick-change device outside of the machine, wherein the rotor tools and the stator tools are changed or replaced by being lowered within the device (31, 41; 32, 42), and wherein, through the lowering, new wear parts are introduced from below and the worn, consumed wear parts are ejected upward.
An indoor unit of an air conditioning apparatus comprising: an indoor unit casing that has an air inlet and an air outlet whose edge on the air inlet side bulges toward the air inlet side; an airflow direction adjusting member that covers at least part of the air outlet and whose edge on the air inlet side bulges toward the air inlet side; wherein the indoor unit has a structure in which, because of the air outlet alone, because of the airflow direction adjusting member alone, or as a result of the air outlet and the airflow direction adjusting member working cooperatively, the direction of airflows blown out from the neighborhoods of lengthwise direction end portions of the air outlet is directed more downward than the direction of an airflow blown out from a lengthwise direction center of the air outlet , and the indoor unit is a ceiling-embedded type; and characterized in that : the air outlet is formed in such a way that an angle of inclination (θ21), of an inside wall surface of the air outlet in the neighborhoods of the lengthwise direction end portions is steeper than an angle of inclination (θ11) of an inside wall surface of the air outlet in the lengthwise direction center. an indoor unit casing that has an air inlet and an air outlet whose edge on the air inlet side bulges toward the air inlet side; an airflow direction adjusting member that covers at least part of the air outlet and whose edge on the air inlet side bulges toward the air inlet side; wherein the indoor unit has a structure in which, because of the air outlet alone, because of the airflow direction adjusting member alone, or as a result of the air outlet and the airflow direction adjusting member working cooperatively, the direction of airflows blown out from the neighborhoods of lengthwise direction end portions of the air outlet is directed more downward than the direction of an airflow blown out from a lengthwise direction center of the air outlet , and the indoor unit is a ceiling-embedded type; and characterized in that : the air outlet is formed in such a way that an angle of inclination (θ21), of an inside wall surface of the air outlet in the neighborhoods of the lengthwise direction end portions is steeper than an angle of inclination (θ11) of an inside wall surface of the air outlet in the lengthwise direction center.
A deformation structure having at least a first layer and a second layer which are arranged in a deformation direction spaced apart from each other and displaceably relative to each other, wherein the first layer and the second layer have complementary projections and indentations which are formed such that the projections of the first layer and indentations of the second layer and also the projections of the second layer and indentations of the first layer can be inserted into each other, characterised in that the first layer and the second layer are connected together by way of deformable web elements such that in the event of a high impulse in the deformation direction the projections of the first layer enter into indentations of the second layer and also projections of the second layer enter into indentations of the first layer , so that deformation of the deformation structure in the deformation direction takes place at a low level of force, and in the event of a low impulse in the deformation direction the projections of the first layer strike the projections of the second layer , so that deformation of the deformation structure in the deformation direction takes place at a high level of force.
Welded assembly comprising an element made of a thermally conducting material and a support , the element comprising a bar from which extends at least one laterally projecting fixing lug comprising: - an intermediate section (6.1) forming a spacer, the intermediate section being shouldered so as to bear on a first face (1.1) of the support , on either side of a hole made in the support , the intermediate section (6.1) having an external shape defining a cross-sectional restriction at least along a longitudinal direction of the bar; - a free end section (6.2) axially projecting from the intermediate section (6.1) to extend into the hole and be welded to a second face (1.2) of the support opposite the first face (1.1); characterised in that the intermediate section (6.1) has a thickness that is less than the thickness of the bar. - an intermediate section (6.1) forming a spacer, the intermediate section being shouldered so as to bear on a first face (1.1) of the support , on either side of a hole made in the support , the intermediate section (6.1) having an external shape defining a cross-sectional restriction at least along a longitudinal direction of the bar; - a free end section (6.2) axially projecting from the intermediate section (6.1) to extend into the hole and be welded to a second face (1.2) of the support opposite the first face (1.1);
A system configured to correlate grip pressure and action quality, the system comprising: a grip pressure sensor positionable, in use, on a tool configured to be gripped by a user; an action quality sensor positionable, in use, on the tool or the user, the action quality sensor configured to measure a quality of an action of the user with said tool; and a processor configured to: receive action quality data from the action quality sensor; determine information related to the occurrence of said action including a motion of the tool; receive pressure data from the grip pressure sensor, the pressure data related to the pressure of the user's grip on the tool during the action; determine a correlation between the pressure data and the action quality data such that a relationship between the user's grip on the tool during the action and a quality of the action is inferred; and output a first indicator corresponding to the correlation between the pressure data and the action quality data. a grip pressure sensor positionable, in use, on a tool configured to be gripped by a user; an action quality sensor positionable, in use, on the tool or the user, the action quality sensor configured to measure a quality of an action of the user with said tool; and a processor configured to: receive action quality data from the action quality sensor; determine information related to the occurrence of said action including a motion of the tool; receive pressure data from the grip pressure sensor, the pressure data related to the pressure of the user's grip on the tool during the action; determine a correlation between the pressure data and the action quality data such that a relationship between the user's grip on the tool during the action and a quality of the action is inferred; and output a first indicator corresponding to the correlation between the pressure data and the action quality data. receive action quality data from the action quality sensor; determine information related to the occurrence of said action including a motion of the tool; receive pressure data from the grip pressure sensor, the pressure data related to the pressure of the user's grip on the tool during the action; determine a correlation between the pressure data and the action quality data such that a relationship between the user's grip on the tool during the action and a quality of the action is inferred; and output a first indicator corresponding to the correlation between the pressure data and the action quality data.
A resin system comprising: (i) a thermosetting resin precursor component comprising one or more multi-functional epoxy resin precursor(s) having a functionality of at least three, and less than 10 wt%, based on the total weight of the resin system, of epoxy resin precursors with a functionality of less than three, wherein said multifunctional precursor(s) are selected from a tri-functional epoxy resin precursor and a tetra-functional epoxy resin precursor; (ii) a thermoplastic polyamide particle component comprising polyamide particles having a melting temperature T PA ; where T PA is the effective melting temperature which is defined as the position in degrees Celsius of the endothermic melting peak present in the DSC thermogram (acquired at 10°C/min under nitrogen) of a 25wt% blend of the polyamide in meta-substituted tri-glycidyl amino phenol (m-TGAP); and (iii) one or more curing agent(s), wherein said resin precursor component, said thermoplastic particle and said curing agent(s) are selected such that gelation of the epoxy matrix during the cure cycle of the resin system occurs at a gelation temperature T GEL which is at or below T PA , where T GEL is the temperature at which the viscosity of the resin system tends to infinity; and wherein the resin system is thermally curable using a curing temperature T C in the range of from 140 to 200°C, and all thermoplastic particles in the resin system have a melting temperature T PA that is not higher than the curing temperature T C . (i) a thermosetting resin precursor component comprising one or more multi-functional epoxy resin precursor(s) having a functionality of at least three, and less than 10 wt%, based on the total weight of the resin system, of epoxy resin precursors with a functionality of less than three, wherein said multifunctional precursor(s) are selected from a tri-functional epoxy resin precursor and a tetra-functional epoxy resin precursor; (ii) a thermoplastic polyamide particle component comprising polyamide particles having a melting temperature T PA ; where T PA is the effective melting temperature which is defined as the position in degrees Celsius of the endothermic melting peak present in the DSC thermogram (acquired at 10°C/min under nitrogen) of a 25wt% blend of the polyamide in meta-substituted tri-glycidyl amino phenol (m-TGAP); and (iii) one or more curing agent(s),
A vacuum cleaner comprising: a main casing ; a driving wheel for enabling the main casing to travel; control means for controlling drive of the driving wheel to make the main casing autonomously travel; a plurality of image pickup means disposed apart from each other in the main casing for picking up images on a traveling-direction side of the main casing so that their fields of view overlap with each other; distance image generation means for generating a distance image of an object (O) positioned on the traveling-direction side based on the images picked up by the plurality of image pickup means ; and characterised in that the vacuum cleaner further comprises shape acquisition means for setting a specified distance (D) or a specified distance range (DR) with respect to the distance image generated by the distance image generation means and acquiring shape information of the object (O) positioned at the specified distance (D) or within the specified distance range (DR). a main casing ; a driving wheel for enabling the main casing to travel; control means for controlling drive of the driving wheel to make the main casing autonomously travel; a plurality of image pickup means disposed apart from each other in the main casing for picking up images on a traveling-direction side of the main casing so that their fields of view overlap with each other; distance image generation means for generating a distance image of an object (O) positioned on the traveling-direction side based on the images picked up by the plurality of image pickup means ; and characterised in that the vacuum cleaner further comprises shape acquisition means for setting a specified distance (D) or a specified distance range (DR) with respect to the distance image generated by the distance image generation means and acquiring shape information of the object (O) positioned at the specified distance (D) or within the specified distance range (DR).
An adjustable support for control devices , pedals or similar devices for electric or other musical instruments, comprising: a board comprising multiple parallel attachment grooves (2, 2', 2") on an upper face of the adjustable support , and a plurality of brackets , wherein each of the plurality of brackets comprises attachment means to secure the bracket at any desired position in the multiple parallel attachment grooves (2, 2', 2"), the brackets configured for attaching the control devices , pedals or similar devices on the board, by an attachment element coupled to each of the plurality of brackets , wherein each of the multiple parallel attachment grooves (2, 2', 2") comprises flanges along an upper edge thereof, for holding the attachment means , wherein each of the plurality of brackets further comprises a base which is movable on the board, and a vertical arm comprising the attachment element for attaching the control devices , characterized in that the attachment means comprises a lug inserted in an aperture in the base of the bracket, provided with an elongate lower head , which in one position is inserted in any groove (2, 2', 2") and which is held by the flanges of the groove (2, 2', 2") after rotation on its axis. a board comprising multiple parallel attachment grooves (2, 2', 2") on an upper face of the adjustable support , and a plurality of brackets , wherein each of the plurality of brackets comprises attachment means to secure the bracket at any desired position in the multiple parallel attachment grooves (2, 2', 2"), the brackets configured for attaching the control devices , pedals or similar devices on the board, by an attachment element coupled to each of the plurality of brackets , wherein each of the multiple parallel attachment grooves (2, 2', 2") comprises flanges along an upper edge thereof, for holding the attachment means , wherein each of the plurality of brackets further comprises a base which is movable on the board, and a vertical arm comprising the attachment element for attaching the control devices , characterized in that the attachment means comprises a lug inserted in an aperture in the base of the bracket, provided with an elongate lower head , which in one position is inserted in any groove (2, 2', 2") and which is held by the flanges of the groove (2, 2', 2") after rotation on its axis.
A surface mounted cooktop mounted within an opening in a countertop, comprising: a countertop surface with an opening sized to receive a cooktop unit ; at least one cooktop unit ; a bridge assembly for supporting at least one surface of the cooktop unit , comprising: a first beam with a length to approximately match the width of said opening in said surface characterized in that a height of the first beam is equal to or greater than the thickness of said surface; and in that it comprises a second beam , adjacent to and in sliding contact with the first beam , a third beam , adjacent to and in sliding contact with the first beam , and fasteners for securing the second and third beams to surfaces underneath the cooktop unit . a countertop surface with an opening sized to receive a cooktop unit ; at least one cooktop unit ; a bridge assembly for supporting at least one surface of the cooktop unit , comprising: a first beam with a length to approximately match the width of said opening in said surface characterized in that a height of the first beam is equal to or greater than the thickness of said surface; and in that it comprises a second beam , adjacent to and in sliding contact with the first beam , a third beam , adjacent to and in sliding contact with the first beam , and fasteners for securing the second and third beams to surfaces underneath the cooktop unit . a first beam with a length to approximately match the width of said opening in said surface characterized in that a height of the first beam is equal to or greater than the thickness of said surface; and in that it comprises a second beam , adjacent to and in sliding contact with the first beam , a third beam , adjacent to and in sliding contact with the first beam , and fasteners for securing the second and third beams to surfaces underneath the cooktop unit .