mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic transducer array probe comprising: a transducer stack having an array of transducer elements coupled to an application specific integrated circuit (ASIC) for a transducer array; a thermally conductive frame which is thermally coupled to the transducer stack; and a housing forming a probe handle and enclosing at least a portion of the frame, characterized in that the probe further comprises: a thermally conductive heatspreader which is thermally coupled to the frame and exhibits an outer surface area which aligns with and is thermally coupled to an inner surface area of the housing, such that heat can be conducted from the outer surface of the heatspreader to the inner surface of the housing from which it dissipates through the housing and into the air surrounding the outer surface of the housing, wherein the heatspreader is adapted to conduct heat over its entire area to prevent the development of hotspots in the housing; and further characterized in that the probe comprises: either a thermal gasket which provides thermal coupling between the heatspreader and the housing, or thermal putty which provides thermal coupling between the heatspreader and the housing and wherein the thermal putty is to promote the transfer of heat from the heatspreader into the housing. a transducer stack having an array of transducer elements coupled to an application specific integrated circuit (ASIC) for a transducer array; a thermally conductive frame which is thermally coupled to the transducer stack; and a housing forming a probe handle and enclosing at least a portion of the frame, characterized in that the probe further comprises: a thermally conductive heatspreader which is thermally coupled to the frame and exhibits an outer surface area which aligns with and is thermally coupled to an inner surface area of the housing, such that heat can be conducted from the outer surface of the heatspreader to the inner surface of the housing from which it dissipates through the housing and into the air surrounding the outer surface of the housing, wherein the heatspreader is adapted to conduct heat over its entire area to prevent the development of hotspots in the housing; and further characterized in that the probe comprises: either a thermal gasket which provides thermal coupling between the heatspreader and the housing, or thermal putty which provides thermal coupling between the heatspreader and the housing and wherein the thermal putty is to promote the transfer of heat from the heatspreader into the housing.
An umbrella (100; 101) comprising: an elongated shaft having a first end and an opposite second end; a runner slidably disposed about the elongated shaft; and a rib assembly including a plurality of sets of ribs that are coupled to the runner by a plurality of struts that move between open and closed positions in which in the open position, the plurality of the sets of ribs are in an open, extended position and in the closed position, the plurality of the sets of ribs are in a closed, collapsed position, each set of ribs including a first rib, a second rib, and a third rib, the first rib being pivotally attached to the elongated shaft and the third rib being a distal rib; a first rib joint pivotally attaching the first rib to the second rib; a second rib joint pivotally attaching the second rib to the third rib; a plurality of anti-inversion spring elements, each anti-inversion spring element being disposed along a length of one second rib, the anti-inversion spring element having a first end that is fixedly attached to the first rib joint and a free opposite second end, the anti-inversion spring element having a coiled section through which the second rib extends, the anti-inversion spring element being configured to apply to the rib assembly a force that counters an inversion force that is applied to the umbrella (100; 101); and a flexible wire having a first end attached to the second end of the anti-inversion spring element and a second end attached to a tip that is located at a free distal end of the third rib. an elongated shaft having a first end and an opposite second end; a runner slidably disposed about the elongated shaft; and a rib assembly including a plurality of sets of ribs that are coupled to the runner by a plurality of struts that move between open and closed positions in which in the open position, the plurality of the sets of ribs are in an open, extended position and in the closed position, the plurality of the sets of ribs are in a closed, collapsed position, each set of ribs including a first rib, a second rib, and a third rib, the first rib being pivotally attached to the elongated shaft and the third rib being a distal rib; a first rib joint pivotally attaching the first rib to the second rib; a second rib joint pivotally attaching the second rib to the third rib; a plurality of anti-inversion spring elements, each anti-inversion spring element being disposed along a length of one second rib, the anti-inversion spring element having a first end that is fixedly attached to the first rib joint and a free opposite second end, the anti-inversion spring element having a coiled section through which the second rib extends, the anti-inversion spring element being configured to apply to the rib assembly a force that counters an inversion force that is applied to the umbrella (100; 101); and a flexible wire having a first end attached to the second end of the anti-inversion spring element and a second end attached to a tip that is located at a free distal end of the third rib.
Pharmaceutical composition comprising a) an active principle of the retinoid class, b) at least one gelling agent, c) at least one hydrophobic silica, and d) water. a) an active principle of the retinoid class, b) at least one gelling agent, c) at least one hydrophobic silica, and d) water.
A service linkage control system used for implementing service linkage identification and control in a communication system, the service linkage control system comprising: a Deep Packet Inspection identification module, configured to receive a first identification template of a service needing linkage identification, and report a service identification result and linkage related information when identifying the service needing linkage identification according to the first identification template; a DPI identification device information collection database, configured to receive and store the service identification result and the linkage related information reported by the DPI identification module; a linkage information control center, configured to read the service identification result and the linkage related information from the DPI identification device information collection database, classify the service identification result and the linkage related information and send the service identification result and the linkage related information to a linkage strategy management module; and the linkage strategy management module, configured to obtain the first service identification template, send the first service template to the DPI identification module, receive the service identification result and the linkage related information, generate a service control strategy according to a predetermined control rule, and issue the service control strategy; and a DPI control module, configured to receive the service control strategy issued by the linkage strategy management module, and implement the control strategy for control. a Deep Packet Inspection identification module, configured to receive a first identification template of a service needing linkage identification, and report a service identification result and linkage related information when identifying the service needing linkage identification according to the first identification template; a DPI identification device information collection database, configured to receive and store the service identification result and the linkage related information reported by the DPI identification module; a linkage information control center, configured to read the service identification result and the linkage related information from the DPI identification device information collection database, classify the service identification result and the linkage related information and send the service identification result and the linkage related information to a linkage strategy management module; and the linkage strategy management module, configured to obtain the first service identification template, send the first service template to the DPI identification module, receive the service identification result and the linkage related information, generate a service control strategy according to a predetermined control rule, and issue the service control strategy; and a DPI control module, configured to receive the service control strategy issued by the linkage strategy management module, and implement the control strategy for control.
A method of operation of a radio equipment connected to a radio equipment controller that together form at least part of a base station in a cellular communication network, comprising: receiving, at a first interface of the radio equipment, a synchronization message from the radio equipment controller, the first interface configured to receive data from the radio equipment controller; and passing the synchronization message from the first interface of the radio equipment to a second interface of the radio equipment with a synthetic delay (T SYNTHETIC_DELAY) that is in addition to an in-equipment delay (T OFFSET) from the first interface to the second interface, the second interface configured to send data to the radio equipment controller, wherein the in-equipment delay (T OFFSET) is an in-equipment delay (T OFFSET) reported to the radio equipment controller by the radio equipment. receiving, at a first interface of the radio equipment, a synchronization message from the radio equipment controller, the first interface configured to receive data from the radio equipment controller; and passing the synchronization message from the first interface of the radio equipment to a second interface of the radio equipment with a synthetic delay (T SYNTHETIC_DELAY) that is in addition to an in-equipment delay (T OFFSET) from the first interface to the second interface, the second interface configured to send data to the radio equipment controller, wherein the in-equipment delay (T OFFSET) is an in-equipment delay (T OFFSET) reported to the radio equipment controller by the radio equipment.
A device for diagnosing a switch using voltage distribution law, said device comprising: a cathode switch positioned on a cathode power supply line, wherein the cathode power supply line connects a battery and a load; a plurality of resistors connected in series, wherein the plurality of resistors are connected with the cathode switch in parallel; a reference voltage generating unit configured to generate a reference voltage for diagnosing the sate of the battery; a control unit configured to calculate a voltage applied to one resistor to be measuredamong the plurality of resistors, hereafter the measured resistor, from the voltage of the battery which is applied to the plurality of resistors by using the voltage distribution law; wherein the control unit is connected to the reference voltage generating unit and further configured to calculate a voltage to be applied to the measured resistor based on the reference voltage and to compare the calculated voltage applied to the measured resistor with the calculated voltage, the control unit being configured to diagnose the state of the cathode switch based on the result of the comparison.. a cathode switch positioned on a cathode power supply line, wherein the cathode power supply line connects a battery and a load; a plurality of resistors connected in series, wherein the plurality of resistors are connected with the cathode switch in parallel; a reference voltage generating unit configured to generate a reference voltage for diagnosing the sate of the battery; a control unit configured to calculate a voltage applied to one resistor to be measuredamong the plurality of resistors, hereafter the measured resistor, from the voltage of the battery which is applied to the plurality of resistors by using the voltage distribution law; wherein the control unit is connected to the reference voltage generating unit and further configured to calculate a voltage to be applied to the measured resistor based on the reference voltage and to compare the calculated voltage applied to the measured resistor with the calculated voltage, the control unit being configured to diagnose the state of the cathode switch based on the result of the comparison..
An interactive beer dispensing device, comprising a column which is equipped with beer dispensing means (4, 5) and suitable for connection, through the lower part thereof, to a source for the storage of beer; wherein the device additionally comprises: - a safety casing equipped with one or more housings provided with means for insulation with respect to the dispensing column; - one or more touch screens which are integrated in the housings of the dispensing column and connected to processing means suitable for reproducing multimedia content; and being characterized in that the casing can be disassembled into at least one front sub-casing, one intermediate, partition-like insulating sub-casing (2"), and one rear sub-casing, connected to one another by means of leak-tight attachments, such that the dispensing column is contained between the front sub-casing and the intermediate insulating sub-casing (2"). wherein the device additionally comprises: - a safety casing equipped with one or more housings provided with means for insulation with respect to the dispensing column; - one or more touch screens which are integrated in the housings of the dispensing column and connected to processing means suitable for reproducing multimedia content; - a safety casing equipped with one or more housings provided with means for insulation with respect to the dispensing column; - one or more touch screens which are integrated in the housings of the dispensing column and connected to processing means suitable for reproducing multimedia content; and being characterized in that the casing can be disassembled into at least one front sub-casing, one intermediate, partition-like insulating sub-casing (2"), and one rear sub-casing, connected to one another by means of leak-tight attachments, such that the dispensing column is contained between the front sub-casing and the intermediate insulating sub-casing (2").
Tank system having a tank and having a suction-lifting device for emptying the tank, said suction-lifting device having an emptying line which has a downcomer portion and has a riser portion, wherein a blocking element is arranged in the downcomer portion, by means of which blocking element a liquid in the downcomer portion is able to be backed up, and wherein the riser portion is arranged at least partially within the tank, characterized in that, for the purpose of filling of the downcomer portion, provision is made of a connecting line which opens out into the emptying line and by means of which tank contents are able to be conducted into the downcomer portion.
A flexible manifold adapted for use on a plate-fin heat exchanger core, the flexible manifold comprising a plurality of individual layers, and further comprising: a first end with at least one port adapted to receive or discharge a medium; a second end distal from the first end, adapted to transfer the medium to or from the plurality of individual layers; a plurality of horizontal guide vanes defining the plurality of individual layers; and a plurality vertical members disposed within each of the individual layers; wherein: two adjacent horizontal guide vanes define an individual layer; the plurality of individual layers are configured to be metallurgically joined by brazing to respective ones of a plurality of layers of the plate-fin heat exchanger core; and the flexible manifold is configured to be mechanically and thermally compliant. a first end with at least one port adapted to receive or discharge a medium; a second end distal from the first end, adapted to transfer the medium to or from the plurality of individual layers; a plurality of horizontal guide vanes defining the plurality of individual layers; and a plurality vertical members disposed within each of the individual layers; wherein: two adjacent horizontal guide vanes define an individual layer; the plurality of individual layers are configured to be metallurgically joined by brazing to respective ones of a plurality of layers of the plate-fin heat exchanger core; and the flexible manifold is configured to be mechanically and thermally compliant. two adjacent horizontal guide vanes define an individual layer; the plurality of individual layers are configured to be metallurgically joined by brazing to respective ones of a plurality of layers of the plate-fin heat exchanger core; and the flexible manifold is configured to be mechanically and thermally compliant.
An air conditioning device, comprising a top cover assembly and a body, the top cover assembly of the air conditioning device provided at a top opening in an upper end of the air conditioning device body, an air delivery passage is provided between the top cover assembly and an upper end of the body, wherein a cavity is provided in a position of an upper end of the top cover assembly, and an air outlet is provided between the upper end of the body and a radial outer edge of the top cover assembly, characterized in that a heating device is provided at a radial edge position of the top cover assembly.
Use of an electrolyte composition in electrochemical energy storage systems, characterized in that the electrolyte composition comprises a base component, consisting of 80% to 99.5% by weight of at least one ionic liquid which has a melting point of less than 100°C, 0.5% to 10% by weight of a film former and 0% to 10% by weight of a viscosity modifier and a conducting salt in a fraction ranging from 0.25 mol/(kg of base component) to the solubility limit in the base component, and the electrochemical energy storage systems are lithium-ion batteries which comprise a ceramic separator. 0.5% to 10% by weight of a film former and 0% to 10% by weight of a viscosity modifier and a conducting salt in a fraction ranging from 0.25 mol/(kg of base component) to the solubility limit in the base component, and the electrochemical energy storage systems are lithium-ion batteries which comprise a ceramic separator.
A transport cart having a base assembly, having two side assemblies which are arranged on the base assembly and are located opposite one another, each having one wheel arranged on one of the side assemblies, and having at least one receptacle (93, 94) for a transport box, arranged between the two side assemblies, characterized in that the transport cart has an actuating device which is designed to transfer the transport cart between a first operating mode and a second operating mode, wherein the actuating device comprises an actuating element, wherein the actuating device is designed to transfer the transport cart from the first operating mode to the second operating mode during a first actuation in which the actuating element is moved in a first direction of movement, transfer the transport cart from the first operating mode to the second operating mode, and in a second actuation, in which the actuating element is likewise moved in the first direction of movement, transfer the transport cart from the second operating mode to the first operating mode.
A cover layer for a vacuum wound therapy dressing comprising: a backing layer formed from a flexible moisture vapor permeable polymeric membrane; an adhesive layer adapted to affix the backing layer over a wound bed (w) and provide a substantially fluid-tight seal around a perimeter of the wound bed; and a reinforcement layer affixed to the backing layer, the reinforcement layer having a mesh structure comprising materials selected from polyethylene terephthalate, polyethylene, nylon and polypropylene that extends to a peripheral region of the backing layer so as to reinforce a vacuum reservoir over the wound bed.
A monitoring system for monitoring a heating, ventilation, or air conditioning, HVAC, system of a building, the monitoring system comprising: a monitoring server, located remotely from the building, configured to: (i) receive current data from a monitoring device at the building that measures a current supplied to the HVAC system, (ii) determine an average motor current drawn by a circulator blower motor of the HVAC system over a predetermined monitoring time period based on the received current data, (iii) determine a motor type of the circulator blower motor, (iv) compare the average motor current drawn by the circulator blower motor with a threshold, (v) determine whether an air filter of the HVAC system needs to be replaced based on the comparison, wherein the determination includes, depending on the determined motor type: determining that the air filter of the HVAC system needs to be replaced when the average motor current drawn by the circulator blower motor is less than threshold, or determining that the air filter of the HVAC system needs to be replaced when the average motor current drawn by the circulator blower motor is greater than the threshold, and (vi) generate a notification based on the determination indicating that the air filter needs to be replaced. a monitoring server, located remotely from the building, configured to: (i) receive current data from a monitoring device at the building that measures a current supplied to the HVAC system, (ii) determine an average motor current drawn by a circulator blower motor of the HVAC system over a predetermined monitoring time period based on the received current data, (iii) determine a motor type of the circulator blower motor, (iv) compare the average motor current drawn by the circulator blower motor with a threshold, (v) determine whether an air filter of the HVAC system needs to be replaced based on the comparison, wherein the determination includes, depending on the determined motor type: (i) receive current data from a monitoring device at the building that measures a current supplied to the HVAC system, (ii) determine an average motor current drawn by a circulator blower motor of the HVAC system over a predetermined monitoring time period based on the received current data, (iii) determine a motor type of the circulator blower motor, (iv) compare the average motor current drawn by the circulator blower motor with a threshold, (v) determine whether an air filter of the HVAC system needs to be replaced based on the comparison, wherein the determination includes, depending on the determined motor type: determining that the air filter of the HVAC system needs to be replaced when the average motor current drawn by the circulator blower motor is less than threshold, or determining that the air filter of the HVAC system needs to be replaced when the average motor current drawn by the circulator blower motor is greater than the threshold, and (vi) generate a notification based on the determination indicating that the air filter needs to be replaced.
Sanitary outflow unit for insertion into a water dispensing appliance, in particular an item of furniture or a fitting, having a water connection and a water outlet, wherein the sanitary outflow unit comprises at least one holding element which can be switched between a release position and a holding position, wherein insertion into a water dispensing appliance is enabled in the release position and the sanitary outflow unit has a larger peripheral contour in the holding position than in the release position, characterized in that the sanitary outflow unit comprises a locking element, which can be displaced in order to move or hold the holding element between a first position, in which the holding element is in its release position, and a second position, in which the holding element is in its holding position.