mhurhangee/patent-ind-claim-en huggingface dataset:
A system for treating a tissue site , comprising: a dressing bolster comprising a first side, a second side, and a periphery; a comfort layer for preventing skin irritation and discomfort while allowing fluid transmission through the comfort layer comprising a first side and a second side, the first side of the comfort layer coupled to the second side of the dressing bolster , wherein the comfort layer material is selected from the group consisting of: a woven material; a non-woven material; a polyester knit material; and a fenestrated film; a sealing ring coupled to the second side of the comfort layer and for enhancing or providing a fluid seal around the tissue site between the comfort layer and the epidermis around the tissue site , wherein the sealing ring material is selected from the group consisting of: a hydrocolloid; a hydrogel; a silicone polymer; and a natural gum; a base layer comprising a base layer flange coupled to the dressing bolster and extending beyond the periphery of the dressing bolster ; a sealing member covering the dressing bolster and creating a sealed space relative to the tissue site ; and a reduced-pressure source coupled in fluid communication with the sealed space. a dressing bolster comprising a first side, a second side, and a periphery; a comfort layer for preventing skin irritation and discomfort while allowing fluid transmission through the comfort layer comprising a first side and a second side, the first side of the comfort layer coupled to the second side of the dressing bolster , wherein the comfort layer material is selected from the group consisting of: a woven material; a non-woven material; a polyester knit material; and a fenestrated film; a sealing ring coupled to the second side of the comfort layer and for enhancing or providing a fluid seal around the tissue site between the comfort layer and the epidermis around the tissue site , wherein the sealing ring material is selected from the group consisting of: a hydrocolloid; a hydrogel; a silicone polymer; and a natural gum; a base layer comprising a base layer flange coupled to the dressing bolster and extending beyond the periphery of the dressing bolster ; a sealing member covering the dressing bolster and creating a sealed space relative to the tissue site ; and a reduced-pressure source coupled in fluid communication with the sealed space.
An ultrasonic flow meter, comprising: an outer housing having an upper housing portion attached to a lower housing portion, with the upper housing portion having an attachment feature for attaching to a pipe that is adapted for having a fluid flowing therein; at least a first piezoelectric element having a planar surface that defines a horizontal plane coupled to a transmitter and to a receiver, wherein the first piezoelectric element is configured to emit ultrasonic waves at an operating wavelength (λ) in an axial direction which is perpendicular to the horizontal plane; a lens combination in the lower housing portion, including: a refocusing lens positioned radially outside the first piezoelectric element that is ring-shaped configured for redirecting received radial ones of the ultrasonic waves to travel in the axial direction for reducing a signal loss, and a second lens that is flat disc-shaped positioned below the refocusing lens that includes an outer portion which is radially outside the first piezoelectric element configured for redirecting the radial ones of the ultrasonic waves to travel in the axial direction, the second lens has a thickness configured to act as a matching layer for reducing multiple reflections within the lower housing portion. an outer housing having an upper housing portion attached to a lower housing portion, with the upper housing portion having an attachment feature for attaching to a pipe that is adapted for having a fluid flowing therein; at least a first piezoelectric element having a planar surface that defines a horizontal plane coupled to a transmitter and to a receiver, wherein the first piezoelectric element is configured to emit ultrasonic waves at an operating wavelength (λ) in an axial direction which is perpendicular to the horizontal plane; a lens combination in the lower housing portion, including: a refocusing lens positioned radially outside the first piezoelectric element that is ring-shaped configured for redirecting received radial ones of the ultrasonic waves to travel in the axial direction for reducing a signal loss, and a second lens that is flat disc-shaped positioned below the refocusing lens that includes an outer portion which is radially outside the first piezoelectric element configured for redirecting the radial ones of the ultrasonic waves to travel in the axial direction, the second lens has a thickness configured to act as a matching layer for reducing multiple reflections within the lower housing portion. a refocusing lens positioned radially outside the first piezoelectric element that is ring-shaped configured for redirecting received radial ones of the ultrasonic waves to travel in the axial direction for reducing a signal loss, and a second lens that is flat disc-shaped positioned below the refocusing lens that includes an outer portion which is radially outside the first piezoelectric element configured for redirecting the radial ones of the ultrasonic waves to travel in the axial direction, the second lens has a thickness configured to act as a matching layer for reducing multiple reflections within the lower housing portion.
An ultrasound diagnostic apparatus comprising: an image acquisition unit that transmits an ultrasound beam from an ultrasound probe to a subject to generate an ultrasound image; an image recognition unit that performs image recognition for the ultrasound image generated by the image acquisition unit to calculate recognition scores of a plurality of parts of the subject; an index value calculation unit that calculates index values of the plurality of parts on the basis of the recognition scores of the plurality of parts calculated for a predetermined number of ultrasound images; an order decision unit that decides a determination order in which part determination is performed for the plurality of parts on the basis of the index values; and a part determination unit that determines an imaging part of the subject on the basis of the recognition scores calculated by the image recognition unit according to the determination order. an image acquisition unit that transmits an ultrasound beam from an ultrasound probe to a subject to generate an ultrasound image; an image recognition unit that performs image recognition for the ultrasound image generated by the image acquisition unit to calculate recognition scores of a plurality of parts of the subject; an index value calculation unit that calculates index values of the plurality of parts on the basis of the recognition scores of the plurality of parts calculated for a predetermined number of ultrasound images; an order decision unit that decides a determination order in which part determination is performed for the plurality of parts on the basis of the index values; and a part determination unit that determines an imaging part of the subject on the basis of the recognition scores calculated by the image recognition unit according to the determination order.
A method executable by a first electronic device, the method comprising: receiving, by the first electronic device, a delegation message from a second electronic device, the delegation message including a trigger data object that defines a triggered action set, the triggered action set including a triggering event and an action to be performed by an accessory device in response to detecting, by the first electronic device, the triggering event and sending, by the first electronic device, a control message to the accessory device; performing consistency checking of the received trigger data object relative to one or more previously received trigger data objects to determine whether a conflict exists; in accordance with a determination that a conflict exists, sending a notification to the second electronic device that the conflict exists; and in response to determining that a conflict does not exist, executing, by the first electronic device, the triggered action set, wherein executing the triggered action set includes detecting the triggering event and sending the control message to the accessory in response to detecting the triggering event. receiving, by the first electronic device, a delegation message from a second electronic device, the delegation message including a trigger data object that defines a triggered action set, the triggered action set including a triggering event and an action to be performed by an accessory device in response to detecting, by the first electronic device, the triggering event and sending, by the first electronic device, a control message to the accessory device; performing consistency checking of the received trigger data object relative to one or more previously received trigger data objects to determine whether a conflict exists; in accordance with a determination that a conflict exists, sending a notification to the second electronic device that the conflict exists; and in response to determining that a conflict does not exist, executing, by the first electronic device, the triggered action set, wherein executing the triggered action set includes detecting the triggering event and sending the control message to the accessory in response to detecting the triggering event.
A display system to be provided in a production facility that produces products and includes, as components, at least one driving means for driving the production facility and at least one monitoring means for monitoring the production, the display system comprising: a control unit ; a display unit ; and a storage unit , wherein the storage unit is configured to store a relationship between two or more components of the plurality of components as a causal relationship model regarding an abnormality that may occur in the production facility , the display system being characterised in that the control unit is configured to: display, on the display unit , a model diagram that has nodes corresponding to the components and one or more edges connecting the nodes to each other, based on the causal relationship model; and in response to a request from a user, display the model diagram in either a first mode in which all the nodes are displayed, or a second mode in which the nodes are divided into a predetermined number of groups based on a predetermined criterion and the groups are displayed as nodes. a control unit ; a display unit ; and a storage unit , wherein the storage unit is configured to store a relationship between two or more components of the plurality of components as a causal relationship model regarding an abnormality that may occur in the production facility , the display system being characterised in that the control unit is configured to: display, on the display unit , a model diagram that has nodes corresponding to the components and one or more edges connecting the nodes to each other, based on the causal relationship model; and in response to a request from a user, display the model diagram in either a first mode in which all the nodes are displayed, or a second mode in which the nodes are divided into a predetermined number of groups based on a predetermined criterion and the groups are displayed as nodes. display, on the display unit , a model diagram that has nodes corresponding to the components and one or more edges connecting the nodes to each other, based on the causal relationship model; and in response to a request from a user, display the model diagram in either a first mode in which all the nodes are displayed, or a second mode in which the nodes are divided into a predetermined number of groups based on a predetermined criterion and the groups are displayed as nodes.
A modular electrical enclosure comprising: a first enclosure having a first enclosure cavity and including a first door ; a second enclosure having a second enclosure cavity and including a second door ; a coupling section having a coupling section cavity , the coupling section connecting the first enclosure with the second enclosure , and the coupling section cavity provides a passageway from the first enclosure cavity to the second enclosure cavity ; a power handle connected to the first enclosure , the power handle operable to turn on power to the second enclosure when in an "ON" position or turn off power to the second enclosure when in an "OFF" position; and a lockout assembly connected to the coupling section , the lockout assembly linked to an interlock rod extending from the first enclosure cavity into the second enclosure cavity to prevent the second door from being opened by engaging the interlock rod with a second door bracket while the power handle is in the "ON" position, characterized in that it further includes a slam catch mechanism actuated from within the second enclosure cavity, including a slam catch bar that comprises a latch to prevent the first door from being opened by engaging the latch with a first door bracket until the second door has been opened; the slam catch mechanism further comprising a release handle configured to rotate the slam catch bar into an "UNLOCKED" position when pulled, to disengage the latch from the first door bracket and to release the first door . a first enclosure having a first enclosure cavity and including a first door ; a second enclosure having a second enclosure cavity and including a second door ; a coupling section having a coupling section cavity , the coupling section connecting the first enclosure with the second enclosure , and the coupling section cavity provides a passageway from the first enclosure cavity to the second enclosure cavity ; a power handle connected to the first enclosure , the power handle operable to turn on power to the second enclosure when in an "ON" position or turn off power to the second enclosure when in an "OFF" position; and a lockout assembly connected to the coupling section , the lockout assembly linked to an interlock rod extending from the first enclosure cavity into the second enclosure cavity to prevent the second door from being opened by engaging the interlock rod with a second door bracket while the power handle is in the "ON" position, characterized in that it further includes a slam catch mechanism actuated from within the second enclosure cavity, including a slam catch bar that comprises a latch to prevent the first door from being opened by engaging the latch with a first door bracket until the second door has been opened; the slam catch mechanism further comprising a release handle configured to rotate the slam catch bar into an "UNLOCKED" position when pulled, to disengage the latch from the first door bracket and to release the first door .
An electric heating apparatus for deicing, comprising: a heat generating module , comprising a heat generating element and a bus bar for conducting electricity to the heat generating element , wherein the bus bar comprises a lead-out portion for connecting an external power source; a thermally conductive encapsulating layer , which is insulated and covering the heat generating module except the lead-out portion; and a first substrate and a second substrate , respectively arranged below and above the thermally conductive encapsulating layer , so that the heat generating module and the thermally conductive encapsulating layer are arranged between the first substrate and the second substrate ; and characterized in that : the electric heating apparatus is provided on a surface of a blade of the wind turbine, the first substrate is closer to outside of the blade than the second substrate , a thermal conductivity of the first substrate is greater than a thermal conductivity of the second substrate , and an electrical conductivity of the first substrate is smaller than an electrical conductivity of the second substrate . a heat generating module , comprising a heat generating element and a bus bar for conducting electricity to the heat generating element , wherein the bus bar comprises a lead-out portion for connecting an external power source; a thermally conductive encapsulating layer , which is insulated and covering the heat generating module except the lead-out portion; and a first substrate and a second substrate , respectively arranged below and above the thermally conductive encapsulating layer , so that the heat generating module and the thermally conductive encapsulating layer are arranged between the first substrate and the second substrate ; and characterized in that : the electric heating apparatus is provided on a surface of a blade of the wind turbine, the first substrate is closer to outside of the blade than the second substrate , a thermal conductivity of the first substrate is greater than a thermal conductivity of the second substrate , and an electrical conductivity of the first substrate is smaller than an electrical conductivity of the second substrate .
A system for management of wireless access points in a multi-band wireless network, comprising: a first wireless distribution unit (WDU) associated with a first set of wireless access points, and comprising a first data collector configured to collect a first set of information about an environment where the first WDU is located; a second WDU associated with a second set of wireless access points, and comprising a second data collector configured to collect a second set of information about an environment where the second WDU is located; and a control unit communicatively coupled with each of the first and second WDUs, and comprising a central cognitive engine configured to balance a load across the first and second WDUs based on the first and second sets of information received from the first and second WDUs, respectively; wherein the central cognitive engine further comprises an information manager configured to receive the first and second sets of information, wherein the information manager is configured to store received information in an AVL tree, wherein the information manager is configured to compare the received information with information stored in the first and second WDUs, remove non-relevant or duplicative information, and store the remaining information in the AVL tree; and wherein the central cognitive engine comprises a set of optimization algorithms, and wherein the central cognitive engine is configured to use the optimization algorithms to balance the load across the first and second WDUs based on the first and second sets of information. a first wireless distribution unit (WDU) associated with a first set of wireless access points, and comprising a first data collector configured to collect a first set of information about an environment where the first WDU is located; a second WDU associated with a second set of wireless access points, and comprising a second data collector configured to collect a second set of information about an environment where the second WDU is located; and a control unit communicatively coupled with each of the first and second WDUs, and comprising a central cognitive engine configured to balance a load across the first and second WDUs based on the first and second sets of information received from the first and second WDUs, respectively; wherein the central cognitive engine further comprises an information manager configured to receive the first and second sets of information, wherein the information manager is configured to store received information in an AVL tree, wherein the information manager is configured to compare the received information with information stored in the first and second WDUs, remove non-relevant or duplicative information, and store the remaining information in the AVL tree; and wherein the central cognitive engine comprises a set of optimization algorithms, and wherein the central cognitive engine is configured to use the optimization algorithms to balance the load across the first and second WDUs based on the first and second sets of information.
A compacted body, in particular a briquette, suitable for use as mineral charge in the production of man-made vitreous fibres (MMVF), said compacted body comprising: (i) recycled mineral wool waste which comprises MMV fibres and a sugar component and (ii) a binder comprising - at least one tannins, such as condensed tannins (proanthocyanidins), such as hydrolysable tannins, such as gallotannins, such as ellagitannins, such as complex tannins, such as tannic acid, - at least one protein. (i) recycled mineral wool waste which comprises MMV fibres and a sugar component and (ii) a binder comprising - at least one tannins, such as condensed tannins (proanthocyanidins), such as hydrolysable tannins, such as gallotannins, such as ellagitannins, such as complex tannins, such as tannic acid, - at least one protein. - at least one tannins, such as condensed tannins (proanthocyanidins), such as hydrolysable tannins, such as gallotannins, such as ellagitannins, such as complex tannins, such as tannic acid, - at least one protein.
Dermatological preparation for use as an antibacterial, antimycotic or antiviral agent on human skin and/or hair, in the treatment of a dermatological condition, wherein the dermatological preparation comprises an active substance combination, wherein the active substance combination comprises a) one or more physiologically acceptable hydroxamic acids, and b) one or more alkyl ethers of glycerol of the general structural formula where R 1 and R 2 independently of one another are branched or unbranched alkyl radicals having 1-18 carbon atoms, wherein the one or more alkyl ethers of glycerol are present in a concentration of from 0.001 to 5.0 wt.% of the preparation. a) one or more physiologically acceptable hydroxamic acids, and b) one or more alkyl ethers of glycerol of the general structural formula where R 1 and R 2 independently of one another are branched or unbranched alkyl radicals having 1-18 carbon atoms,
A compound that is seladelpar or a salt thereof for use in treating cholestatic pruritus associated with primary biliary cholangitis.
A fuel delivery system for an aircraft, the fuel delivery system comprising: a pump ; a fuel metering device located downstream of the pump ; and a fuel spill loop from the fuel metering device to a discharge point at a location upstream of the pump ; wherein the fuel metering device regulates the fuel flow to a combustor and directs surplus fuel delivered by the pump through the fuel spill loop , and wherein the pump comprises a variable capacity pump to control the volume of fuel delivered to the fuel metering device independently of the engine operating conditions, the fuel delivery system further comprising a variable flow restrictor to control the pressure of the fuel flow delivered to the fuel metering device . a pump ; a fuel metering device located downstream of the pump ; and a fuel spill loop from the fuel metering device to a discharge point at a location upstream of the pump ; wherein the fuel metering device regulates the fuel flow to a combustor and directs surplus fuel delivered by the pump through the fuel spill loop , and wherein the pump comprises a variable capacity pump to control the volume of fuel delivered to the fuel metering device independently of the engine operating conditions, the fuel delivery system further comprising a variable flow restrictor to control the pressure of the fuel flow delivered to the fuel metering device .