mhurhangee/ep-ind-claims huggingface dataset:
Device for circular deep skin therapy by capacitive application of radiofrequency electric fields, said device comprising an application handpiece, a power supply, and a generator of a radiofrequency signal, the handpiece of the device housing a first (5, 12) and a second (6, 13) electrically insulated electrode of a capacitor, wherein said first electrode (5, 12) of the capacitor is of a circular shape, is housed within a dielectric housing and is arranged on the bottom of a cylindrical support encircled by a bell-shaped support having a collar housing said second electrode, said second electrode assuming the shape of a circular ring and encircling said first electrode.
A medical air mattress comprising: A lower bedspread; a mattress body mounted on the lower bedspread comprising multiple body air cells, substantially parallel to each other and arranged in a row forming an air cell row; an upper bedspread configured to cover an upper surface of the mattress body; connected securely to the lower bedspread a pumping assembly comprising: a pump; and at least a pipeline connecting the pump with the body air cells, and a guardrail, characterized in that the guardrail includes a guardrail unit and at least one guardrail sleeve formed adjacent to longitudinal edges of the upper bedspread, the guardrail unit including at least one guardrail air cell; the pump assembly further including a guardrail pipeline connected between the pump and the guardrail air cell; said guardrail pipeline configured to enable fluid to flow between said pump and said at least one of said guardrail air cells, the at least one guardrail sleeve positioned on at least one side of the upper bedspread, the at least one guardrail sleeve having at least one sleeve body, wherein the at least one guardrail air cell is positioned in the sleeve body of the guardrail sleeve. A lower bedspread; a mattress body mounted on the lower bedspread comprising multiple body air cells, substantially parallel to each other and arranged in a row forming an air cell row; an upper bedspread configured to cover an upper surface of the mattress body; connected securely to the lower bedspread a pumping assembly comprising: a pump; and at least a pipeline connecting the pump with the body air cells, a pump; and at least a pipeline connecting the pump with the body air cells, and a guardrail, characterized in that the guardrail includes a guardrail unit and at least one guardrail sleeve formed adjacent to longitudinal edges of the upper bedspread, the guardrail unit including at least one guardrail air cell; the pump assembly further including a guardrail pipeline connected between the pump and the guardrail air cell; said guardrail pipeline configured to enable fluid to flow between said pump and said at least one of said guardrail air cells, the at least one guardrail sleeve positioned on at least one side of the upper bedspread, the at least one guardrail sleeve having at least one sleeve body, wherein the at least one guardrail air cell is positioned in the sleeve body of the guardrail sleeve.
Ophthalmic composition intended to act as replacement of the precorneal film, characterized in that it contains liposomal vesicles of phosphatidylcholine obtained from soy lecithin, cholesterol and α-tocopherol, vehiculized in aqueous solutions which contain mucin or substances with properties similar to mucin or mucoadhesives polymer, an isotonizing agent and proteins selected from α-macroglobulin, lysozyme, lipocalin and lactoferrin.
An intermediate energy management device, adapted to be added in an electrical installation (1, 40, 50) including an electric meter and at least one load shedding device (12, 14) capable of delivering load shedding orders to electrical appliances of said installation based on management information obtained from the electric meter, characterized in that it comprises: - means for obtaining incoming management information from the electric meter in a predetermined information format, - at least two output channels (26, 28), at least one of the output channels being able to be connected to a load shedding device (12, 14), at least another of the output channels being able to be connected either to another load shedding device, or to an electrical appliance able to receive load shedding orders, or to another intermediate energy management device (98, 102, 106), each output channel having an associated priority level, - means for generating output management information respectively associated with each output channel, from incoming management information and associated priority levels, said output management information being in accordance with the same predetermined format, the intermediate device comprising, when one of the output channels is able to be connected to an electrical appliance, means for generating at least one load shedding order from said output management information associated with said output connected directly to an electrical appliance and means for sending the at least one generated load shedding order. - means for obtaining incoming management information from the electric meter in a predetermined information format, - at least two output channels (26, 28), at least one of the output channels being able to be connected to a load shedding device (12, 14), at least another of the output channels being able to be connected either to another load shedding device, or to an electrical appliance able to receive load shedding orders, or to another intermediate energy management device (98, 102, 106), each output channel having an associated priority level, - means for generating output management information respectively associated with each output channel, from incoming management information and associated priority levels, said output management information being in accordance with the same predetermined format,
A plastic strap made of a plastic matrix with microbeads embedded in it for wrapping around one or more objects with the following ingredients: a) 85% by weight to 90% by weight polyester and up to 5% by weight polyethylene, polypropylene and combinations thereof; b) up to 20% by weight microbeads, wherein the microbeads have a diameter of less than 0.5 mm and are made of a material with a melting point above the processing temperature of the plastic, and wherein the microbeads are made of Bakelite, one or more minerals, rock wool, ceramic, one or more metals, a thermoplastic or silicates. a) 85% by weight to 90% by weight polyester and up to 5% by weight polyethylene, polypropylene and combinations thereof; b) up to 20% by weight microbeads,
A redundant energy acquisition circuit of a power module, the power module comprising at least one power semiconductor device, a first capacitor and a first bypass switch, characterized in that the redundant energy acquisition circuit of the power module comprises a first stabilivolt, a second stabilivolt, a second switch, a first resistor, a second resistor, a second capacitor, a power supply board and a control board; the first stabilivolt has a cathode connected to the positive electrode of the first capacitor and an anode connected in series with the first resistor and then connected to the positive electrode of the second capacitor, the negative electrode of the second capacitor is connected to the negative electrode of the first capacitor; the second stabilivolt has a cathode connected to the positive electrode of the first capacitor and an anode connected to an end of the second resistor; another end of the second resistor is connected to the negative electrode of the first capacitor; the first bypass switch is connected in parallel between an end x1 and an end x2 of the power module; the power supply board is configured to acquire energy from the first capacitor, to supply power to the control board and to charge the second capacitor; and the control board is configured to control the first bypass switch to close by triggering the second switch, when the capacitor voltage of the first capacitor reaches a second threshold of the second stabilivolt. characterized in that the redundant energy acquisition circuit of the power module comprises a first stabilivolt, a second stabilivolt, a second switch, a first resistor, a second resistor, a second capacitor, a power supply board and a control board; the first stabilivolt has a cathode connected to the positive electrode of the first capacitor and an anode connected in series with the first resistor and then connected to the positive electrode of the second capacitor, the negative electrode of the second capacitor is connected to the negative electrode of the first capacitor; the second stabilivolt has a cathode connected to the positive electrode of the first capacitor and an anode connected to an end of the second resistor; another end of the second resistor is connected to the negative electrode of the first capacitor; the first bypass switch is connected in parallel between an end x1 and an end x2 of the power module; the power supply board is configured to acquire energy from the first capacitor, to supply power to the control board and to charge the second capacitor; and the control board is configured to control the first bypass switch to close by triggering the second switch, when the capacitor voltage of the first capacitor reaches a second threshold of the second stabilivolt.
A compensation and tie-down member for an elevator system, comprising: one or more lightweight compensation tension elements having a first tensile strength / unit mass / unit length; and one or more heavier weight compensation tension elements having a second tensile strength / unit mass / unit length, characterized in that the second tensile strength / unit mass / unit length is less than the first tensile strength / unit mass / unit length. one or more lightweight compensation tension elements having a first tensile strength / unit mass / unit length; and one or more heavier weight compensation tension elements having a second tensile strength / unit mass / unit length, characterized in that the second tensile strength / unit mass / unit length is less than the first tensile strength / unit mass / unit length.
Toy building block for building a flexible structure, including - a plurality of at least three consecutive chain link- like single members, the single members having a recess which is profiled transversely to the axis of the recess, characterized in that this chain link-like element has a lower restoring force in response to a shear or bending stress than to a tensile stress. - a plurality of at least three consecutive chain link- like single members, the single members having a recess which is profiled transversely to the axis of the recess,
A perimeter protection system (100, 200) comprising: a first plurality of security bulwarks (1, 119) for mounting along a perimeter railing of a vessel or marine installation, each having a first width (w); characterized by: the bulwarks (1, 119) each having one projecting mound or a pair of projecting mounds (3a, 3b) separated by a valley, wherein each mound has an underside (4a, 4b; 114) providing the bulwark with an overhang and each mound is convex in a direction of the width (w) of the bulwark (1, 119); a second plurality of spacers (40, 140), each of which can be positioned abutting a side (16, 116) of one of the security bulwarks when the respective security bulwark is mounted along such a perimeter railing and each having a second width (v) which is a fraction of the first width (w). a first plurality of security bulwarks (1, 119) for mounting along a perimeter railing of a vessel or marine installation, each having a first width (w); characterized by: the bulwarks (1, 119) each having one projecting mound or a pair of projecting mounds (3a, 3b) separated by a valley, wherein each mound has an underside (4a, 4b; 114) providing the bulwark with an overhang and each mound is convex in a direction of the width (w) of the bulwark (1, 119); a second plurality of spacers (40, 140), each of which can be positioned abutting a side (16, 116) of one of the security bulwarks when the respective security bulwark is mounted along such a perimeter railing and each having a second width (v) which is a fraction of the first width (w). the bulwarks (1, 119) each having one projecting mound or a pair of projecting mounds (3a, 3b) separated by a valley, wherein each mound has an underside (4a, 4b; 114) providing the bulwark with an overhang and each mound is convex in a direction of the width (w) of the bulwark (1, 119); a second plurality of spacers (40, 140), each of which can be positioned abutting a side (16, 116) of one of the security bulwarks when the respective security bulwark is mounted along such a perimeter railing and each having a second width (v) which is a fraction of the first width (w).
A curing system, comprising: a display comprising a touchscreen; a first radiation emitter lamp; and a control system operatively coupled the first radiation emitter lamp; wherein the control system comprises a processor configured to: present, on the display, a first bake cycle, the first bake cycle comprising a curve having at least two points; receive, via the touchscreen of the display, user input to adjust the at least two points by moving the points within a graph to create a second bake cycle; and emit radiation via the first radiation emitter lamp by following the second bake cycle. a display comprising a touchscreen; a first radiation emitter lamp; and a control system operatively coupled the first radiation emitter lamp; present, on the display, a first bake cycle, the first bake cycle comprising a curve having at least two points; receive, via the touchscreen of the display, user input to adjust the at least two points by moving the points within a graph to create a second bake cycle; and emit radiation via the first radiation emitter lamp by following the second bake cycle.
A method, comprising: monitoring communication sessions conducted in a communication network; extracting from a monitored communication session a digital image and first and second communication identifiers; comparing the extracted digital image to images of a plurality of known target individuals, and upon recognizing a known target individual appearing in the extracted image, automatically associating the target individual with the first communication identifier and the second communication identifier, wherein the first communication identifier identifies a communication terminal of the monitored communication session and the second communication identifier is an application-layer communication identifier; and subsequently tracking communications sessions in the network comprising the first communication identifier or the second communication identifier associated with the known target individual recognized. monitoring communication sessions conducted in a communication network; extracting from a monitored communication session a digital image and first and second communication identifiers; comparing the extracted digital image to images of a plurality of known target individuals, and upon recognizing a known target individual appearing in the extracted image, automatically associating the target individual with the first communication identifier and the second communication identifier, wherein the first communication identifier identifies a communication terminal of the monitored communication session and the second communication identifier is an application-layer communication identifier; and subsequently tracking communications sessions in the network comprising the first communication identifier or the second communication identifier associated with the known target individual recognized.
A method of wireless communication performed by a user equipment, UE, comprising: determining a set of resources, in a set of physical multicast channel symbols between a first cell acquisition subframe and a second cell acquisition subframe, for receiving a first type of reference signal, and wherein the first type of reference signal is for channel estimation, wherein one or more resources, of the set of resources, corresponding to the first type of reference signal and in each physical multicast channel symbol, of the set of physical multicast channel symbols, are defined based at least in part on a vertical shift parameter corresponding to a shift relative to an initial subcarrier, wherein the vertical shift parameter is based at least in part on a system frame number, an orthogonal frequency division multiplexing symbol index, a time stagger parameter and a quantity of physical multicast channel symbols occurring between the first cell acquisition subframe and the second cell acquisition subframe; and receiving one or more reference signal transmissions in accordance with the set of resources. determining a set of resources, in a set of physical multicast channel symbols between a first cell acquisition subframe and a second cell acquisition subframe, for receiving a first type of reference signal, and wherein the first type of reference signal is for channel estimation, wherein one or more resources, of the set of resources, corresponding to the first type of reference signal and in each physical multicast channel symbol, of the set of physical multicast channel symbols, are defined based at least in part on a vertical shift parameter corresponding to a shift relative to an initial subcarrier, wherein the vertical shift parameter is based at least in part on a system frame number, an orthogonal frequency division multiplexing symbol index, a time stagger parameter and a quantity of physical multicast channel symbols occurring between the first cell acquisition subframe and the second cell acquisition subframe; and receiving one or more reference signal transmissions in accordance with the set of resources.
A method for initiating a session of a first machine by session control means for a cluster of machines (PC1, PC2) comprising at least said first machine and a second machine, said second machine including security means, the method including the steps of: - receiving by the session control means a session initiation request (RQ_OPSESS) from said first machine, said request comprising at least one identification information of a user; - checking by the session control means whether said at least one identification information of said user is associated in a repository with an identification datum of said second machine; - controlling by the session control means whether the user is allowed to initiate a session on the first machine; - if said checking and said controlling are positive, sending by the session control means to said security means of said second machine a session state modification request (RQ_MODIFST) of said second machine, the session state modification request (RQ_MODIFST) being of the session locking (RQ_MODIFST (slo)) or session logout (RQ_MODIFST (scl)) type (Tp); - sending by the first machine to the session control means a parametering request comprising the type (Tp) of the session state modification request (RQ_MODIFST); - if the session state modification of the second machine is carried out, sending by the session control means to the first machine a session initiation authorization request (RQ_OPSESSOK); - saving in said repository by the session control means said at least one identification information of said user associated with an identification datum of said first machine. - receiving by the session control means a session initiation request (RQ_OPSESS) from said first machine, said request comprising at least one identification information of a user; - checking by the session control means whether said at least one identification information of said user is associated in a repository with an identification datum of said second machine; - controlling by the session control means whether the user is allowed to initiate a session on the first machine; - if said checking and said controlling are positive, sending by the session control means to said security means of said second machine a session state modification request (RQ_MODIFST) of said second machine, the session state modification request (RQ_MODIFST) being of the session locking (RQ_MODIFST (slo)) or session logout (RQ_MODIFST (scl)) type (Tp); - sending by the first machine to the session control means a parametering request comprising the type (Tp) of the session state modification request (RQ_MODIFST); - if the session state modification of the second machine is carried out, sending by the session control means to the first machine a session initiation authorization request (RQ_OPSESSOK); - saving in said repository by the session control means said at least one identification information of said user associated with an identification datum of said first machine.
A system for aerial delivery of items to a destination location, characterized in that the system comprises: a plurality of unmanned aerial vehicles (200-1, 200-6), each of the plurality of unmanned aerial vehicles configured to aerially transport items; an unmanned aerial vehicle management system configured to at least: receive from a device a request to deliver aerially an item to a destination location; select an unmanned vehicle from the plurality of unmanned aerial vehicles; and send to the selected unmanned aerial vehicle from the plurality of unmanned aerial vehicles, delivery parameters identifying a source location that includes the item and a destination location; wherein the unmanned aerial vehicle, in response to receiving the delivery parameters, is further configured to at least: navigate to the source location; engage the item located at the source location; navigate a navigation route to the destination location; and disengage the item at the destination location. a plurality of unmanned aerial vehicles (200-1, 200-6), each of the plurality of unmanned aerial vehicles configured to aerially transport items; an unmanned aerial vehicle management system configured to at least: receive from a device a request to deliver aerially an item to a destination location; select an unmanned vehicle from the plurality of unmanned aerial vehicles; and send to the selected unmanned aerial vehicle from the plurality of unmanned aerial vehicles, delivery parameters identifying a source location that includes the item and a destination location; receive from a device a request to deliver aerially an item to a destination location; select an unmanned vehicle from the plurality of unmanned aerial vehicles; and send to the selected unmanned aerial vehicle from the plurality of unmanned aerial vehicles, delivery parameters identifying a source location that includes the item and a destination location; wherein the unmanned aerial vehicle, in response to receiving the delivery parameters, is further configured to at least: navigate to the source location; engage the item located at the source location; navigate a navigation route to the destination location; and disengage the item at the destination location. navigate to the source location; engage the item located at the source location; navigate a navigation route to the destination location; and disengage the item at the destination location.