mhurhangee/ep-ind-claims huggingface dataset:
A system, comprising: a display; an input device; and a processor, configured to: present to a user, on the display, a graphical user interface, GUI, that illustrates multiple electrodes disposed on an expandable frame of a multi-electrode catheter, and indicates which of the electrodes is active and which of the electrodes is inactive; indicate on the graphical user interface, GUI, one or more electrodes determined, by the processor, as being in contact with blood, based on their impedance; receive, via the input device, first user input that chooses between a single-electrode-selection mode and a fan-selection mode; when in the single-electrode-selection mode, receive via the input device second user input that specifies for activation or deactivation individual ones of the electrodes; when in the fan-selection mode, receive via the input device third user input that specifies for activation or deactivation an angular sector comprising two or more of the electrodes; and activate and deactivate the electrodes responsively to the first, second and third user inputs. a display; an input device; and a processor, configured to: present to a user, on the display, a graphical user interface, GUI, that illustrates multiple electrodes disposed on an expandable frame of a multi-electrode catheter, and indicates which of the electrodes is active and which of the electrodes is inactive; indicate on the graphical user interface, GUI, one or more electrodes determined, by the processor, as being in contact with blood, based on their impedance; receive, via the input device, first user input that chooses between a single-electrode-selection mode and a fan-selection mode; when in the single-electrode-selection mode, receive via the input device second user input that specifies for activation or deactivation individual ones of the electrodes; when in the fan-selection mode, receive via the input device third user input that specifies for activation or deactivation an angular sector comprising two or more of the electrodes; and activate and deactivate the electrodes responsively to the first, second and third user inputs. present to a user, on the display, a graphical user interface, GUI, that illustrates multiple electrodes disposed on an expandable frame of a multi-electrode catheter, and indicates which of the electrodes is active and which of the electrodes is inactive; indicate on the graphical user interface, GUI, one or more electrodes determined, by the processor, as being in contact with blood, based on their impedance; receive, via the input device, first user input that chooses between a single-electrode-selection mode and a fan-selection mode; when in the single-electrode-selection mode, receive via the input device second user input that specifies for activation or deactivation individual ones of the electrodes; when in the fan-selection mode, receive via the input device third user input that specifies for activation or deactivation an angular sector comprising two or more of the electrodes; and activate and deactivate the electrodes responsively to the first, second and third user inputs.
A method of preparing an emulsion containing particles of an organopolysiloxane polymer having a volume average particle diameter of less than 1μm as measured by Malvern Mastersizer 2000 or Microtrac UPA150, the method comprising: (i) combining a silanol end-blocked organosiloxane starting polymer, water, and a surfactant; said starting polymer having a viscosity of at least 2 Pa·s preferably at least 2.5 Pa·s preferably at least 3.5 Pa·s preferably at least 4 Pa·s and up to 150 Pa·s, where the viscosity is measured according to ASTM D4287 using a Brookfield type viscosimeter at 25 °C; (ii) emulsifying the starting polymer by agitating or shearing the ingredients; (iii) polymerizing the starting polymer to form a longer chain silanol end-blocked organopolysiloxane polymer; wherein at least a portion of said polymerising step is performed at a temperature of less than or equal to 16 °C, preferably less than or equal to 15 °C. (i) combining a silanol end-blocked organosiloxane starting polymer, water, and a surfactant; said starting polymer having a viscosity of at least 2 Pa·s preferably at least 2.5 Pa·s preferably at least 3.5 Pa·s preferably at least 4 Pa·s and up to 150 Pa·s, where the viscosity is measured according to ASTM D4287 using a Brookfield type viscosimeter at 25 °C; (ii) emulsifying the starting polymer by agitating or shearing the ingredients; (iii) polymerizing the starting polymer to form a longer chain silanol end-blocked organopolysiloxane polymer;
A multi-deck screening assembly comprising a plurality of vertically stacked screen decks, each screen deck having a plurality of grading apertures formed therethrough whereby under-sized material may pass through said apertures while over-sized material passes over a discharge end of each screen deck, said plurality of screen decks being mounted on a common frame, said frame being mounted on a chassis via resilient mounts and being provided with vibration generating means for imparting vibration to the screen decks, said plurality of screen decks comprising an upper deck and a lower deck mounted below the upper deck for receiving under-sized material from the upper deck, wherein the upper deck comprises a first deck section having grading apertures of a first size and a second deck section downstream of said first deck section, said second deck section having grading apertures of a second size, said second size being larger than said first size, and wherein said lower deck comprises a first deck section having grading apertures of a third size and a second deck section, downstream of said first deck section of the lower deck, said second deck section of the lower deck having grading apertures of a fourth size, said fourth size being larger than said third size, characterised in that a gap is defined between said first and second deck sections (16,18) of said lower deck whereby oversize material from the first section of the lower deck may pass through said gap to be received in a first collection region, wherein at least one diverter member is provided between the upper and lower decks (4,6) and located over the gap between the first and second sections (16,18) of the lower deck, whereby material from the upper deck collected on the at least one diverter member is passed onto the second section of the lower deck thereby preventing undersize material passing through the upper deck from passing directly through said gap.
A computer implemented method comprising: receiving, by a client, a policy identifying a set of acceptable authentication capabilities; determining a set of client authentication capabilities of the client by reading from a secure storage of the client, a repository of the set of client authentication capabilities; filtering, by the client, the set of acceptable authentication capabilities based on a privacy preference level of a user of the client and the determined set of client authentication capabilities to arrive at a filtered set of one or more authentication capabilities for authenticating the user; and using, by the client, the filtered set of one or more authentication capabilities to authenticate the user over a network. receiving, by a client, a policy identifying a set of acceptable authentication capabilities; determining a set of client authentication capabilities of the client by reading from a secure storage of the client, a repository of the set of client authentication capabilities; filtering, by the client, the set of acceptable authentication capabilities based on a privacy preference level of a user of the client and the determined set of client authentication capabilities to arrive at a filtered set of one or more authentication capabilities for authenticating the user; and using, by the client, the filtered set of one or more authentication capabilities to authenticate the user over a network.
A method of breast image reconstruction, the method comprising: positioning a breast on a support plate of an X-ray tomosynthesis imaging system; compressing the breast with a flexible paddle; obtaining imaging data of the breast; characterized by: estimating a breast thickness profile by at least one of placing markers on the breast, performing an image-based analysis of the obtained data, using an auxiliary system, and performing a model-based computation, wherein the breast thickness profile is a representation of the spatially varying thickness of the compressed breast; and performing a three dimensional reconstruction of the imaging data of the breast using the thickness profile of the breast in at least one of an iterative reconstruction, a filtered back-projection reconstruction, and a joint reconstruction performed using information obtained from an ultrasound scan, the reconstruction including mitigation of effects associated with compression by the flexible compression paddle. positioning a breast on a support plate of an X-ray tomosynthesis imaging system; compressing the breast with a flexible paddle; obtaining imaging data of the breast; characterized by: estimating a breast thickness profile by at least one of placing markers on the breast, performing an image-based analysis of the obtained data, using an auxiliary system, and performing a model-based computation, wherein the breast thickness profile is a representation of the spatially varying thickness of the compressed breast; and performing a three dimensional reconstruction of the imaging data of the breast using the thickness profile of the breast in at least one of an iterative reconstruction, a filtered back-projection reconstruction, and a joint reconstruction performed using information obtained from an ultrasound scan, the reconstruction including mitigation of effects associated with compression by the flexible compression paddle. estimating a breast thickness profile by at least one of placing markers on the breast, performing an image-based analysis of the obtained data, using an auxiliary system, and performing a model-based computation, wherein the breast thickness profile is a representation of the spatially varying thickness of the compressed breast; and performing a three dimensional reconstruction of the imaging data of the breast using the thickness profile of the breast in at least one of an iterative reconstruction, a filtered back-projection reconstruction, and a joint reconstruction performed using information obtained from an ultrasound scan, the reconstruction including mitigation of effects associated with compression by the flexible compression paddle.
A catalyst conduit for a catalytic reactor of a turbine combustor, the conduit comprising: a tube including an inlet and an outlet, and a wall with an interior surface and an exterior surface, wherein the tube contains a variation in its cross sectional area along at least a portion of its length to change a property of a fluid flowing adjacent the wall of the tube; and an oxidation catalyst; characterised in that: said variation in said cross sectional area increases turbulence in and residence time of the fluid, and in that said catalyst is deposited on at least a portion of the interior surface of the tube with the variation of its cross sectional area to increase the catalytic surface area per unit length of the tube. a tube including an inlet and an outlet, and a wall with an interior surface and an exterior surface, wherein the tube contains a variation in its cross sectional area along at least a portion of its length to change a property of a fluid flowing adjacent the wall of the tube; and an oxidation catalyst; characterised in that: said variation in said cross sectional area increases turbulence in and residence time of the fluid, and in that said catalyst is deposited on at least a portion of the interior surface of the tube with the variation of its cross sectional area to increase the catalytic surface area per unit length of the tube. said variation in said cross sectional area increases turbulence in and residence time of the fluid, and in that said catalyst is deposited on at least a portion of the interior surface of the tube with the variation of its cross sectional area to increase the catalytic surface area per unit length of the tube.
A kit comprising: (a) a sterilized carrier comprising a biocompatible and bioabsorbable material enclosed in a sterilized housing comprising an inlet port which contains a microporous filter comprising pores no larger than 0.22 μm, and (b) a biologic agent in liquid form wherein the biologic agent comprises a growth and differentiation factor which has been sterilised by being admitted to the housing through the port and passed through the filter, and in which the biologic agent is carried by the bioabsorbable material. (a) a sterilized carrier comprising a biocompatible and bioabsorbable material enclosed in a sterilized housing comprising an inlet port which contains a microporous filter comprising pores no larger than 0.22 μm, and (b) a biologic agent in liquid form wherein the biologic agent comprises a growth and differentiation factor which has been sterilised by being admitted to the housing through the port and passed through the filter, and in which the biologic agent is carried by the bioabsorbable material.
A page push method, comprising: receiving, by a centralized network management controller, a page push request message carrying page push information transmitted by a page push server; determining, by the centralized network management controller, a target user of a page required to be pushed and a target page corresponding to the target user according to the page push information; and issuing, by the centralized network management controller, a page push instruction to a target access device corresponding to the target user, wherein, the page push instruction is used to indicate the target access device to push the target page to the target user in a case of receiving a request for a HyperText Transfer Protocol, HTTP, link initiated by the target user. receiving, by a centralized network management controller, a page push request message carrying page push information transmitted by a page push server; determining, by the centralized network management controller, a target user of a page required to be pushed and a target page corresponding to the target user according to the page push information; and issuing, by the centralized network management controller, a page push instruction to a target access device corresponding to the target user, wherein, the page push instruction is used to indicate the target access device to push the target page to the target user in a case of receiving a request for a HyperText Transfer Protocol, HTTP, link initiated by the target user.
A communication method, carried out by an access network device, comprising: receiving a first aggregated maximum bit rate, AMBR, of a slice, wherein the first AMBR is used to indicate an aggregated maximum uplink and/or downlink bit rate, to which a subscriber of a User Equipment, UE, subscribes, for all quantity of guaranteed bit rate, GBR, QoS flows and non-GBR QoS flows in the slice for the subscriber, and the first AMBR is a subscribed slice AMBR or an authorized slice AMBR; determining a second AMBR of the slice based on the first AMBR, a session-AMBR of an activated protocol data unit, PDU, session of the subscriber of the slice, and a flow control bit rate of a GBR QoS flow of the activated PDU session of the slice, wherein the flow control bit rate is a maximum flow bit rate, MFBR; and performing traffic control on the slice based on the second AMBR. receiving a first aggregated maximum bit rate, AMBR, of a slice, wherein the first AMBR is used to indicate an aggregated maximum uplink and/or downlink bit rate, to which a subscriber of a User Equipment, UE, subscribes, for all quantity of guaranteed bit rate, GBR, QoS flows and non-GBR QoS flows in the slice for the subscriber, and the first AMBR is a subscribed slice AMBR or an authorized slice AMBR; determining a second AMBR of the slice based on the first AMBR, a session-AMBR of an activated protocol data unit, PDU, session of the subscriber of the slice, and a flow control bit rate of a GBR QoS flow of the activated PDU session of the slice, wherein the flow control bit rate is a maximum flow bit rate, MFBR; and performing traffic control on the slice based on the second AMBR.
A battery module comprising - a metal profile, the metal profile being extruded aluminum or aluminum alloy provided with a plurality of thermal transfer fins arranged at a space from each other, and - a plurality of battery cells mounted in said metal profile between the thermal transfer fins and in thermal contact with the thermal transfer fins, characterized in that the thermal transfer fins are configured to exert pressure on the battery cells, and in that the thermal contact between the thermal transfer fins and the battery cells is at least partly mediated by two material layers, one of which is heat-conducting filler material layer being of viscous paste or a viscous gel, and another of which is electrically insulating material layer being plastic film, the two material layers positioned between the thermal transfer fins and the battery cells for improving thermal transfer between the battery cells and the thermal transfer fins, and that a) the layer of heat-conducting filler material being coated on the fin and the layer of heat-conducting filler material being coated by the electrically insulating material, or b) the layer of heat-conducting filler material being coated on the battery cells and the layer of heat-conducting filler material being coated by the electrically insulating material. - a metal profile, the metal profile being extruded aluminum or aluminum alloy provided with a plurality of thermal transfer fins arranged at a space from each other, and - a plurality of battery cells mounted in said metal profile between the thermal transfer fins and in thermal contact with the thermal transfer fins, characterized in that the thermal transfer fins are configured to exert pressure on the battery cells, and in that the thermal contact between the thermal transfer fins and the battery cells is at least partly mediated by two material layers, one of which is heat-conducting filler material layer being of viscous paste or a viscous gel, and another of which is electrically insulating material layer being plastic film, the two material layers positioned between the thermal transfer fins and the battery cells for improving thermal transfer between the battery cells and the thermal transfer fins, and that a) the layer of heat-conducting filler material being coated on the fin and the layer of heat-conducting filler material being coated by the electrically insulating material, or b) the layer of heat-conducting filler material being coated on the battery cells and the layer of heat-conducting filler material being coated by the electrically insulating material. a) the layer of heat-conducting filler material being coated on the fin and the layer of heat-conducting filler material being coated by the electrically insulating material, or b) the layer of heat-conducting filler material being coated on the battery cells and the layer of heat-conducting filler material being coated by the electrically insulating material.
An escalator monitoring system, comprising a data collection device disposed near parts of an escalator that need to be monitored for collecting data of the parts; a data transmittal device used to transmit data relevant to safe operation of the escalator; a local data processing device or cloud processors used to receive the data relevant to the safe operation of the escalator, to compare it against a threshold value stored therein and derived from the parts in normal operating conditions, and to respond to comparison result, characterized in that the data collection device is a people traffic sensor for detecting the people traffic entering the escalator in a unit time, and an power sensor for detecting the power consumption in a unit time, a data transferring unit transfers the people traffic detected in a unit time and the power consumption detected in a unit time to the local data processing device or the cloud processors, the local data processing device or the cloud processors determines the running condition of the escalator according to the relation between the people traffic in a unit time and the power consumption in a unit time to determine whether or not an alarm signal needs to be sent.
A cosmetic composition comprising: a) from 0.01 to 20 wt% film-forming polymer having a contact angle of at least 85° where contact angle means the angle at which a water/vapor interface meets a solid surface at a temperature of 25°C which is measured with a goniometer or other water droplet shape analysis systems with water droplet of 5 μL and at 25°C, b) from 0.01 to 20 wt% wax, c) from 11 to 25 wt% inorganic structurant selected from the group consisting of talc, silica, mica, alumina, clays and mixtures thereof; and d) from 5 to 50 wt% water, wherein the composition further comprises skin lightening agent selected from niacinamide, vitamin B6, 12-hydroxystearic acid, glutathione precursors, galardin, 4-alkyl substituted resorcinol and mixtures thereof, and wherein the wax is selected from a group consisting of beeswax, rice bran wax, montan wax, spermaceti wax, carnauba wax, candelilla wax, sugarcane wax, insect wax, hydrocarbon wax and mixtures thereof; wherein the composition further comprises from 10 to 40 wt% emollient selected from the group consisting of mineral oil, petroleum jelly, isoparaffins, polyalphaolefins, isohexadecane and mixtures thereof a) from 0.01 to 20 wt% film-forming polymer having a contact angle of at least 85° where contact angle means the angle at which a water/vapor interface meets a solid surface at a temperature of 25°C which is measured with a goniometer or other water droplet shape analysis systems with water droplet of 5 μL and at 25°C, b) from 0.01 to 20 wt% wax, c) from 11 to 25 wt% inorganic structurant selected from the group consisting of talc, silica, mica, alumina, clays and mixtures thereof; and d) from 5 to 50 wt% water, wherein the composition further comprises skin lightening agent selected from niacinamide, vitamin B6, 12-hydroxystearic acid, glutathione precursors, galardin, 4-alkyl substituted resorcinol and mixtures thereof, and wherein the wax is selected from a group consisting of beeswax, rice bran wax, montan wax, spermaceti wax, carnauba wax, candelilla wax, sugarcane wax, insect wax, hydrocarbon wax and mixtures thereof;