mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: sending an Internal Gateway Protocol - Traffic Engineering link advertisement, in the following also referred to as 'IGP-TE', that indicates one or more primary links in a composite link (114, 220); sending one or more flows on the primary links; sending an IGP-TE link advertisement that indicates one or more secondary links in the composite link (114,220) if one or more primary links fail; sending one or more flows on the secondary links if one or more primary links fail, wherein the IGP-TE link advertisement is sent in a link state advertisement, in the following also referred to as 'LSA' that comprises an IGP-TE link type, an IGP-TE link identifier, in the following also referred to as 'ID', local and remote IDs, and a list of component link group parameters, wherein the local and remote IDs comprise an interface Internet Protocol, in the following also referred to as 'IP' address and an identification for an unnumbered link, and wherein the list of component link group parameters comprise a Traffic Engineering, in the following also referred to as 'TE' metric, a total reservable bandwidth, a reservable bandwidth for a largest label switched path, in the following also referred to as 'LSP', a total capacity bandwidth, and one or more resource classes. sending an Internal Gateway Protocol - Traffic Engineering link advertisement, in the following also referred to as 'IGP-TE', that indicates one or more primary links in a composite link (114, 220); sending one or more flows on the primary links; sending an IGP-TE link advertisement that indicates one or more secondary links in the composite link (114,220) if one or more primary links fail; sending one or more flows on the secondary links if one or more primary links fail, wherein the IGP-TE link advertisement is sent in a link state advertisement, in the following also referred to as 'LSA' that comprises an IGP-TE link type, an IGP-TE link identifier, in the following also referred to as 'ID', local and remote IDs, and a list of component link group parameters, wherein the local and remote IDs comprise an interface Internet Protocol, in the following also referred to as 'IP' address and an identification for an unnumbered link, and wherein the list of component link group parameters comprise a Traffic Engineering, in the following also referred to as 'TE' metric, a total reservable bandwidth, a reservable bandwidth for a largest label switched path, in the following also referred to as 'LSP', a total capacity bandwidth, and one or more resource classes.
Apparatus for printing leather comprising: an ink acceptor applicator that applies ink acceptor base coat directly onto a surface of the leather; an ink applicator that applies ink to the ink acceptor and/or the leather surface; an additive applicator that applies additive onto the ink acceptor, the ink and/or the leather surface; a barrier having a surface configured to contact the acceptor, ink and additive on the leather surface; and a heater that heats the surface of the barrier to a predetermined temperature or a temperature within a predetermined temperature range such that the barrier, which is substantially impervious to the ink and has a melting point higher than the predetermined temperature range, contacts at least the acceptor, ink and additive on the leather surface directly to soften the acceptor, ink and additive into the leather and the acceptor, ink and additive soften and penetrate into the leather. an ink acceptor applicator that applies ink acceptor base coat directly onto a surface of the leather; an ink applicator that applies ink to the ink acceptor and/or the leather surface; an additive applicator that applies additive onto the ink acceptor, the ink and/or the leather surface; a barrier having a surface configured to contact the acceptor, ink and additive on the leather surface; and a heater that heats the surface of the barrier to a predetermined temperature or a temperature within a predetermined temperature range such that the barrier, which is substantially impervious to the ink and has a melting point higher than the predetermined temperature range, contacts at least the acceptor, ink and additive on the leather surface directly to soften the acceptor, ink and additive into the leather and the acceptor, ink and additive soften and penetrate into the leather.
A method for the production of metal salts, wherein the cationic metal is any metal cation, preferably at least one metal selected from Group I to IV metals including 3d transition metals and lanthanoides (rare earth metals) and mixtures thereof, and wherein the anionic group is selected from phosphates, borates, silicates, sulfates, carbonates, hydroxides, fluorides and mixtures thereof, and wherein said method comprises forming a mixture of (i) at least one metal source that is a metal carboxylate with a mean carbon value per carboxylate group of at least 3 and (ii) at least one anion source being added in an amount of at least 1 anionic group per 3 metal ions, into droplets and oxidizing said droplets in a high temperature environment.
An apparatus for humidifying and/or purifying air, the apparatus comprising: a rotary filter, a fan (9, 10) for passing air through the rotary filter, a controller, and a reservoir (4, 5), wherein the controller is adapted to control the settings of the fan (9, 10) and the rotation speed of the rotary filter by feedback from a humidity sensor, characterized in that: the controller is further adapted to control the settings of the fan (9, 10) and the rotation speed of the rotary filter by feedback from a gaseous pollutant sensor. a rotary filter, a fan (9, 10) for passing air through the rotary filter, a controller, and a reservoir (4, 5), wherein the controller is adapted to control the settings of the fan (9, 10) and the rotation speed of the rotary filter by feedback from a humidity sensor, characterized in that: the controller is further adapted to control the settings of the fan (9, 10) and the rotation speed of the rotary filter by feedback from a gaseous pollutant sensor.
A tire comprising sidewalls each formed from a rubber composition containing a modified rubber crumb, wherein in the modified rubber crumb a part of the crosslinked structure in the rubber is cut by desulfurization and functionalization to increase the reactivity thereof, wherein said rubber composition has an elongation at break at 23°C of not less than 500%, characterised in that the tire satisfies the following formula, cross-section height / cross-section width × 100 ≥ 60 % and each of the sidewalls has a thickness (Wsw) of not less than 1.5 mm.
A method for supporting local breakout, LBO, the method comprising: at a signaling platform: receiving, from a network node in a visited network, a signaling message associated with a roaming subscriber; determining whether a roaming provider is appropriate for performing an LBO service; in response to determining that the roaming provider is appropriate for performing the LBO service, modifying and sending the signaling message to the network node in the visited network, wherein the modified signaling message includes control information for performing the LBO service; and in response to the determining that the roaming provider is not appropriate for performing the LBO service, sending the signaling message to the network node in the visited network, wherein the signaling message does not include control information for performing the LBO service; wherein the signaling message includes any of a Diameter message, a Diameter Insert-Subscriber-Data-Request, IDR, message, a Diameter Update-Location-Answer, ULA, message, a mobile application part, MAP, message or a MAP insert subscriber data, ISD, message. receiving, from a network node in a visited network, a signaling message associated with a roaming subscriber; determining whether a roaming provider is appropriate for performing an LBO service; in response to determining that the roaming provider is appropriate for performing the LBO service, modifying and sending the signaling message to the network node in the visited network, wherein the modified signaling message includes control information for performing the LBO service; and in response to the determining that the roaming provider is not appropriate for performing the LBO service, sending the signaling message to the network node in the visited network, wherein the signaling message does not include control information for performing the LBO service; wherein the signaling message includes any of a Diameter message, a Diameter Insert-Subscriber-Data-Request, IDR, message, a Diameter Update-Location-Answer, ULA, message, a mobile application part, MAP, message or a MAP insert subscriber data, ISD, message.
Vehicle seat comprising a device for levelling and stabilising the vehicle seat, the vehicle seat comprising an upper seat element, which can be moved relative to a lower seat element by a first air spring and on which a mass can be arranged, the lower and the upper seat element being arranged at a predetermined distance from one another, and the first air spring being fluidically connected to an additional volume of an additional volume module by a first fluid connection, and the internal pressure of the first air spring being controllable by the additional volume module, characterised in that the device comprises a limited auxiliary volume, which is fluidically coupled to the additional volume by means of a fluid conveying unit and a second fluid connection, it being possible, when the distance between said seat elements changes due to a shift in weight on the upper seat element, to change the internal pressure of the additional volume and, indirectly, of the first air spring by a fluid being conveyed between the auxiliary volume and the additional volume by means of the fluid conveying unit in order to compensate for the change in distance, wherein the additional volume module is designed as a bubble store unit comprising a storage bubble, and the auxiliary volume comprises a liquid, it being possible for the liquid to be transferred between the storage bubble and the auxiliary volume by means of the fluid conveying unit that comprises a liquid pump.
A suture instrument for an endoscope which is attachable to an endoscope that is able to be inserted into a body cavity from a distal side, comprising: an attachment for an endoscope including a forceps that is configured to grasp a living tissue located at a predetermined grasping position to lift the living tissue in a thickness direction of the living tissue, a holding section that is configured to pinch the living tissue lifted by the forceps; and a suture device that is configured to suture the living tissue pinched in the attachment for an endoscope, characterized in that the attachment for an endoscope includes an inclined bending part formed on an external surface of the attachment opposite to the distal end of the endoscope; and a guide section disposed on the inclined bending part and being configured to guide the forceps along the bending part when extended and retracted; and the holding section includes a living-tissue-introducing section that is configured to extend and retract in a direction intersecting the living tissue lifted by the forceps to contact and pinch the living tissue. an attachment for an endoscope including a forceps that is configured to grasp a living tissue located at a predetermined grasping position to lift the living tissue in a thickness direction of the living tissue, a holding section that is configured to pinch the living tissue lifted by the forceps; and a suture device that is configured to suture the living tissue pinched in the attachment for an endoscope, characterized in that the attachment for an endoscope includes an inclined bending part formed on an external surface of the attachment opposite to the distal end of the endoscope; and a guide section disposed on the inclined bending part and being configured to guide the forceps along the bending part when extended and retracted; and the holding section includes a living-tissue-introducing section that is configured to extend and retract in a direction intersecting the living tissue lifted by the forceps to contact and pinch the living tissue.
Cooking apparatus for food comprising - a cooking chamber, - a hot-air production device comprising a fan and an electrical heating device arranged in the airflow generated by the fan, the hot-air production device being arranged in a duct connected to the cooking chamber by an air inlet and an air outlet, the electrical heating device comprising an air admission connected to the air inlet and an air discharge connected to the air outlet, - a fan motor adapted to drive the fan, characterized in that - it comprises a safety device adapted to cut the power supply of the electrical heating device when the power consumption of the fan motor is outside a normal operating range defined by a lower limit and an upper limit, - the safety device comprises: * a measuring element adapted to measure electric current consumed by the fan motor, * a comparator adapted to compare the consumption of the fan motor to the lower limit and the upper limit of the normal operating range, * and a power relay adapted to cut the power supply of the electrical heating device as a function of the result of the comparison, - and the comparator exhibits a hysteresis phenomenon at the lower limit and at the upper limit of the normal operating range, ensuring supply of a resistive heating element of the electrical heating device when the fan motor operates and when the measured intensity is in the normal operating range. - a cooking chamber, - a hot-air production device comprising a fan and an electrical heating device arranged in the airflow generated by the fan, the hot-air production device being arranged in a duct connected to the cooking chamber by an air inlet and an air outlet, the electrical heating device comprising an air admission connected to the air inlet and an air discharge connected to the air outlet, - a fan motor adapted to drive the fan, - it comprises a safety device adapted to cut the power supply of the electrical heating device when the power consumption of the fan motor is outside a normal operating range defined by a lower limit and an upper limit, - the safety device comprises: * a measuring element adapted to measure electric current consumed by the fan motor, * a comparator adapted to compare the consumption of the fan motor to the lower limit and the upper limit of the normal operating range, * and a power relay adapted to cut the power supply of the electrical heating device as a function of the result of the comparison, * a measuring element adapted to measure electric current consumed by the fan motor, * a comparator adapted to compare the consumption of the fan motor to the lower limit and the upper limit of the normal operating range, * and a power relay adapted to cut the power supply of the electrical heating device as a function of the result of the comparison, - and the comparator exhibits a hysteresis phenomenon at the lower limit and at the upper limit of the normal operating range, ensuring supply of a resistive heating element of the electrical heating device when the fan motor operates and when the measured intensity is in the normal operating range.
Valve housing for a pinch valve, comprising - a housing body with an upper opening and two opposing side walls laterally bounding the opening with their upper edges, the inner sides of which walls each carry a longitudinally extending lid guide groove proximate to the respective upper edge, and - a plate-like lid with lateral, longitudinally extending guide edges, the lid being slidingly mounted on the housing body by engagement of the guide edges in the lid guide grooves of the housing body, wherein the housing body carries on the outer side of one of the side walls a bolt aligned parallel to the lid guide grooves, and the lid carries a guide fixed to a tab projecting over the corresponding side wall upper edge of the housing body and aligned coaxially with the bolt, the guide engaging around the bolt to form a rotationally movable sliding bearing, wherein the bolt is detachably fixed axially to the housing body and the guide is formed as a sleeve which engages around the bolt to form an additional, axially movable sliding bearing. - a housing body with an upper opening and two opposing side walls laterally bounding the opening with their upper edges, the inner sides of which walls each carry a longitudinally extending lid guide groove proximate to the respective upper edge, and - a plate-like lid with lateral, longitudinally extending guide edges, the lid being slidingly mounted on the housing body by engagement of the guide edges in the lid guide grooves of the housing body, wherein the housing body carries on the outer side of one of the side walls a bolt aligned parallel to the lid guide grooves, and the lid carries a guide fixed to a tab projecting over the corresponding side wall upper edge of the housing body and aligned coaxially with the bolt, the guide engaging around the bolt to form a rotationally movable sliding bearing, wherein the bolt is detachably fixed axially to the housing body and the guide is formed as a sleeve which engages around the bolt to form an additional, axially movable sliding bearing.
Connecting device for connecting an electrical line, having a housing which has a plug opening for plugging in an electrical line, and an electric contact element which is disposed on the housing and from an opening position is adjustable to a contacting position so as to, in the contacting position, electrically contact an electrical line plugged into the plug opening, wherein a rocker element which has a bearing head, mounted so as to be tiltable on a bearing portion that is stationary relative to the housing, and has a rocker leg (120, 121) which extends from the bearing head, characterized in that the rocker element in a first tilted position is configured to hold the contact element in the opening position, wherein the rocker element, as a result of the electrical line acting on the rocker leg when plugging in the electrical line into the plug opening, is tiltable from the first tilted position to a second tilted position so as to release the contact element for transfer to the contacting position, wherein the contact element has at least one latching portion which in the opening position is latched by the rocker element.
A device for position adjustment of a dish-washer basket, the device comprising a basket and a system for height adjustment of the basket, the basket comprising a bottom and at least two lateral walls opposite each other and extending from the bottom, characterized in that the system for height adjustment comprises two positioning modules, each of the modules being secured to one of the two lateral walls, each module comprising: • a carriage, configured to slide in a horizontal direction relative to a dishwasher chamber to move the basket forward or backward relative to the dishwasher chamber, • a mounting, fastened to one of the lateral walls of the basket and furthermore mounted to slide in a vertical direction on the carriage to raise or lower the basket relative to the carriage, the mounting comprising two identical conveying grooves (105a, 105b), each conveying groove comprising at least two points of stable position: a low stable position point (107a, 107b) at an upper portion (109a, 109b) of the conveying groove and a high stable position (106a, 106b) at a lower portion (111a, 111b) of the conveying groove, and characterized in that each module comprises: • a shuttle, mounted to slide in the horizontal direction relative to the carriage and held in the vertical direction relative to said carriage, the shuttle comprising two positioning studs (201a, 201b), each positioning stud being inserted into one of the two conveying grooves (105a, 105b) of the mounting, the mounting being in low position relative to the carriage when each of the positioning studs (201a, 201b) is positioned in the low stable position point (107a, 107b) of the corresponding conveying groove (105a, 105b) and the mounting being in high position relative to the carriage when each of the positioning studs (201a, 201b) is positioned in the high stable position point (106a, 106b) of the corresponding conveying groove (105a, 105b). • a carriage, configured to slide in a horizontal direction relative to a dishwasher chamber to move the basket forward or backward relative to the dishwasher chamber, • a mounting, fastened to one of the lateral walls of the basket and furthermore mounted to slide in a vertical direction on the carriage to raise or lower the basket relative to the carriage, the mounting comprising two identical conveying grooves (105a, 105b), each conveying groove comprising at least two points of stable position: a low stable position point (107a, 107b) at an upper portion (109a, 109b) of the conveying groove and a high stable position (106a, 106b) at a lower portion (111a, 111b) of the conveying groove, and characterized in that each module comprises: • a shuttle, mounted to slide in the horizontal direction relative to the carriage and held in the vertical direction relative to said carriage, the shuttle comprising two positioning studs (201a, 201b), each positioning stud being inserted into one of the two conveying grooves (105a, 105b) of the mounting,
A combination including an undergarment for wearing under an electrical muscle stimulation garment and an electrical muscle stimulation garment having at least one muscle stimulation electrode, wherein the undergarment includes at least one electrically conductive transmission portion extending through the undergarment material, which comprises an electrical pulse receiving surface on the outer side of the undergarment material facing away from the body and an electrical pulse emitting surface on the inner side of the undergarment material facing towards the body, and which is adapted to transmit electrical pulses from the electrical pulse receiving surface to the electrical pulse emitting surface, wherein the at least one transmission portion is in-plane integrally embedded in the undergarment material and is configured as a dry electrode, and wherein the position of a transmission portion of the undergarment and the position of a muscle stimulation electrode of the electrical muscle stimulation garment are matched such that when the undergarment with the overlying electrical muscle stimulation garment is worn, the muscle stimulation electrode abuts against an electrical impulse receiving surface of the transmission portion. the undergarment includes at least one electrically conductive transmission portion extending through the undergarment material, which comprises an electrical pulse receiving surface on the outer side of the undergarment material facing away from the body and an electrical pulse emitting surface on the inner side of the undergarment material facing towards the body, and which is adapted to transmit electrical pulses from the electrical pulse receiving surface to the electrical pulse emitting surface, wherein the at least one transmission portion is in-plane integrally embedded in the undergarment material and is configured as a dry electrode, and wherein the position of a transmission portion of the undergarment and the position of a muscle stimulation electrode of the electrical muscle stimulation garment are matched such that when the undergarment with the overlying electrical muscle stimulation garment is worn, the muscle stimulation electrode abuts against an electrical impulse receiving surface of the transmission portion.