mhurhangee/ep-ind-claims huggingface dataset:
A heel for footwear, the heel comprising: • a stem and a slider extending along a longitudinal axis; • a seat formed in the stem, in which the slider can slide along the longitudinal axis; • the seat comprising a chamber for housing a first portion of the slider and a guide on which the slider can slide; • a damping element inserted into the seat, the damping element being elastically deformed, with at least partial retraction of the slider into the seat, when the slider is subjected to a load bearing on the heel; characterized in that the first portion of the slider and the seat comprise, respectively, a radially contractable catch and a first shoulder, or vice versa, the catch being capable of being radially contracted for the insertion of the first portion of the slider into the chamber through the guide, and being capable of radial expansion when the first portion of the slider is inserted into the chamber, so as to interfere with the first shoulder in order to retain the slider in a unidirectional manner. • a stem and a slider extending along a longitudinal axis; • a seat formed in the stem, in which the slider can slide along the longitudinal axis; • the seat comprising a chamber for housing a first portion of the slider and a guide on which the slider can slide; • a damping element inserted into the seat, the damping element being elastically deformed, with at least partial retraction of the slider into the seat, when the slider is subjected to a load bearing on the heel;
Antenna comprising a monopole and a dipole, wherein the dipole has a first antenna element and a second antenna element which have a common longitudinal axis with the longitudinal axis of the monopole, and wherein the antenna also contains a decoupling element which is arranged between the monopole and the dipole, characterised in that the monopole consists of at least two antenna elements (14, 15) and a loading element and in that the loading element carries out impedance matching.
A detection device comprising: an identification unit configured to identify candidate bots using flow data; a determination unit configured to use the flow data to count a number of the candidate bots communicating with servers, for each of the servers, and determine servers communicating with a predetermined number or more of the candidate bots among the servers to be malicious servers; a detection unit configured to detect candidate bots communicating with the malicious servers that are determined by the determination unit among the candidate bots to be malicious bots, characterised in that the detection device also comprises: a filtering unit configured to output a server determined to be a malicious server a predetermined threshold number of times or more in past, among servers determined to be the malicious servers by the determination unit, as a malicious server. an identification unit configured to identify candidate bots using flow data; a determination unit configured to use the flow data to count a number of the candidate bots communicating with servers, for each of the servers, and determine servers communicating with a predetermined number or more of the candidate bots among the servers to be malicious servers; a detection unit configured to detect candidate bots communicating with the malicious servers that are determined by the determination unit among the candidate bots to be malicious bots,
A medical device for modifying a left atrial appendage ("LAA") of a heart, the medical device comprising: an occluder portion including a proximal end and a distal end, the proximal end coupled to a hub, the occluder portion configured to move between an occluder-deployed state and an occluder-nondeployed state; and an anchor portion operably coupled to the occluder portion, the anchor portion configured to be moved between an anchor-deployed state and an anchor-nondeployed state, wherein the distal end of the occluder portion is distal of a distal end of the anchor portion when the anchor portion is in the anchor-nondeployed state; wherein the anchor portion comprises multiple anchor segments (72, 74), each anchor segment including a first end and a second end with a loop portion therebetween, each of the first ends coupled to the hub and each of the second ends coupled together, characterised in that, the second ends are displaceable such that the anchor segments (72, 74) are moveable through the hub between the anchor deployed-state and the anchor non-deployed state. an occluder portion including a proximal end and a distal end, the proximal end coupled to a hub, the occluder portion configured to move between an occluder-deployed state and an occluder-nondeployed state; and an anchor portion operably coupled to the occluder portion, the anchor portion configured to be moved between an anchor-deployed state and an anchor-nondeployed state, wherein the distal end of the occluder portion is distal of a distal end of the anchor portion when the anchor portion is in the anchor-nondeployed state; wherein the anchor portion comprises multiple anchor segments (72, 74), each anchor segment including a first end and a second end with a loop portion therebetween, each of the first ends coupled to the hub and each of the second ends coupled together, characterised in that, the second ends are displaceable such that the anchor segments (72, 74) are moveable through the hub between the anchor deployed-state and the anchor non-deployed state.
Shockproof timepiece wheel for driving a component having non-zero unbalance relative to a pivot axis of said wheel, said wheel including, on the one hand, an arbor for pivotally guiding the wheel about said pivot axis and, on the other hand, drive means arranged or assembled on a flange of said wheel, said wheel including at least one flexible element between said arbor and said flange, wherein said flange includes a cylindrical shoulder cooperating in abutment for centring purposes with a complementary cylindrical shoulder that said arbor has for ensuring the perfect concentricity of said drive means with said arbor, and wherein said flexible element is an interchangeable element distinct from said arbor and from said flange, and is mounted either captive between said flange and a locking washer held on said arbor, or snapped onto said flange and/or said arbor.
A washing machine comprising: a drum; an annular recess provided at the drum; and a balancer to offset unbalanced load generated in the drum during rotation of the drum, wherein the balancer comprises: a balancer housing mounted in the recess, the balancer housing having an annular channel defined therein; at least one mass movably disposed in the channel; a damping fluid to prevent abrupt movement of the masses; at least one magnet (160, 260) to restrain the mass when rotational speed of the drum is within a predetermined range; and characterised in that the balancer further comprises at least one magnet fixing rib (180, 280) provided at a rear surface of the balancer housing to fix the magnet. a drum; an annular recess provided at the drum; and a balancer to offset unbalanced load generated in the drum during rotation of the drum, wherein the balancer comprises: a balancer housing mounted in the recess, the balancer housing having an annular channel defined therein; at least one mass movably disposed in the channel; a damping fluid to prevent abrupt movement of the masses; at least one magnet (160, 260) to restrain the mass when rotational speed of the drum is within a predetermined range; and characterised in that the balancer further comprises at least one magnet fixing rib (180, 280) provided at a rear surface of the balancer housing to fix the magnet. a balancer housing mounted in the recess, the balancer housing having an annular channel defined therein; at least one mass movably disposed in the channel; a damping fluid to prevent abrupt movement of the masses; at least one magnet (160, 260) to restrain the mass when rotational speed of the drum is within a predetermined range; and characterised in that the balancer further comprises at least one magnet fixing rib (180, 280) provided at a rear surface of the balancer housing to fix the magnet.
An apparatus for diagnosing existence of reductant deposits in an exhaust aftertreatment system having a reductant delivery system that delivers reductant to exhaust gas produced by an internal combustion engine to provide a mixture of exhaust gas and reductant, and a control module that operates the reductant delivery system, the apparatus comprising: a sampling module that samples a first temperature of the mixture of exhaust gas and reductant from a temperature sensor proximate an injection site at which reductant enters the exhaust stream and samples a second temperature of the mixture of exhaust gas and reductant from the temperature sensor proximate an injection site at which reductant enters the exhaust stream after a time increment after the first temperature is sampled; a calculation module that calculates a temperature differential between the first temperature and the second temperature; a comparison module that compares the temperature differential with a threshold temperature differential to determine whether a reductant deposit exists within the exhaust aftertreatment system, the threshold temperature differential comprising a predetermined value indicative of a presence of a reductant deposit in the exhaust aftertreatment system; and a reporting module that reports a performance status indicating existence of a reductant deposit within the exhaust aftertreatment system based on the comparison of the temperature differential with the threshold temperature differential. a sampling module that samples a first temperature of the mixture of exhaust gas and reductant from a temperature sensor proximate an injection site at which reductant enters the exhaust stream and samples a second temperature of the mixture of exhaust gas and reductant from the temperature sensor proximate an injection site at which reductant enters the exhaust stream after a time increment after the first temperature is sampled; a calculation module that calculates a temperature differential between the first temperature and the second temperature; a comparison module that compares the temperature differential with a threshold temperature differential to determine whether a reductant deposit exists within the exhaust aftertreatment system, the threshold temperature differential comprising a predetermined value indicative of a presence of a reductant deposit in the exhaust aftertreatment system; and a reporting module that reports a performance status indicating existence of a reductant deposit within the exhaust aftertreatment system based on the comparison of the temperature differential with the threshold temperature differential.
A display system comprising: a first display unit configured to display first content; a second display unit connected to the first display unit, wherein the second display unit is configured to display second content; and a remote control device configured to control the first and second display units, characterized in that the display system further comprises: a controller configured to: display a pointer for controlling an operation of the display system on the first display unit and one or more reference lines indicating an aspect ratio to be adjusted on the second display unit in correspondence with a user input for adjusting a screen size, wherein the pointer moves in response to a movement of the remote control device, and display the first content on a merged screen of the first and second display units if a first user input for dragging and dropping the pointer to one of the one or more reference lines is received from the remote control device, wherein the merged screen has the aspect ratio indicated by the reference line. a first display unit configured to display first content; a second display unit connected to the first display unit, wherein the second display unit is configured to display second content; and a remote control device configured to control the first and second display units, characterized in that the display system further comprises: a controller configured to: display a pointer for controlling an operation of the display system on the first display unit and one or more reference lines indicating an aspect ratio to be adjusted on the second display unit in correspondence with a user input for adjusting a screen size, wherein the pointer moves in response to a movement of the remote control device, and display the first content on a merged screen of the first and second display units if a first user input for dragging and dropping the pointer to one of the one or more reference lines is received from the remote control device, wherein the merged screen has the aspect ratio indicated by the reference line. display a pointer for controlling an operation of the display system on the first display unit and one or more reference lines indicating an aspect ratio to be adjusted on the second display unit in correspondence with a user input for adjusting a screen size, wherein the pointer moves in response to a movement of the remote control device, and display the first content on a merged screen of the first and second display units if a first user input for dragging and dropping the pointer to one of the one or more reference lines is received from the remote control device, wherein the merged screen has the aspect ratio indicated by the reference line.
A control device of a hybrid vehicle including a travel motor for transmitting a driving force to driving wheels, a battery for supplying electric power to the travel motor, and a generator driven by an operation of an engine for generating required electric power including at least electric power for supply to the battery, the control device, comprising: fuel efficiency point deriving means for finding an operating point with a satisfactory fuel consumption efficiency based on a rotational speed and a torque of the engine; required torque detection means for detecting a torque required of the hybrid vehicle to detect an operating state of the hybrid vehicle; and power generation control means for operating the engine so as to increase generated power in response to the required electric power, thereby operating the engine based on the operating point found by the fuel efficiency point deriving means, to control power generation of the generator, wherein if the operating state of the vehicle is detected by the required torque detection means to be an acceleration state, the power generation control means sets an increase amount of the generated power to be larger than in the case where the operating state of the vehicle is detected to be a deceleration state, the control device being characterized in that the power generation control means is configured to set an increase amount of a charging rate per unit time to be larger in the acceleration state than in the deceleration state such that inclination of change in charging rate over time during charging becomes greater in the acceleration state than in the deceleration state. fuel efficiency point deriving means for finding an operating point with a satisfactory fuel consumption efficiency based on a rotational speed and a torque of the engine; required torque detection means for detecting a torque required of the hybrid vehicle to detect an operating state of the hybrid vehicle; and power generation control means for operating the engine so as to increase generated power in response to the required electric power, thereby operating the engine based on the operating point found by the fuel efficiency point deriving means, to control power generation of the generator, wherein if the operating state of the vehicle is detected by the required torque detection means to be an acceleration state, the power generation control means sets an increase amount of the generated power to be larger than in the case where the operating state of the vehicle is detected to be a deceleration state, the control device being characterized in that the power generation control means is configured to set an increase amount of a charging rate per unit time to be larger in the acceleration state than in the deceleration state such that inclination of change in charging rate over time during charging becomes greater in the acceleration state than in the deceleration state.
Pulverulent adhesive for textile reinforcing plies which is dispersible in water, comprising: a) 85 to 97% by weight of at least one at least partially capped, low-molecular isocyanate, whereby the at least one low-molecular isocyanate has a molar mass of less than or equal to 500 g/mol, b) 15 to 3% by weight of an alkyl naphthalene sulphonate as wetting agent, and also c) 0 to 10% by weight of additives, binders being excluded, with the proviso that the formulation components a + b + c produce 100% by weight. a) 85 to 97% by weight of at least one at least partially capped, low-molecular isocyanate, whereby the at least one low-molecular isocyanate has a molar mass of less than or equal to 500 g/mol, b) 15 to 3% by weight of an alkyl naphthalene sulphonate as wetting agent, and also c) 0 to 10% by weight of additives, binders being excluded, with the proviso that the formulation components a + b + c produce 100% by weight.
Bellows accumulator, consisting of at least two housing parts (4, 6) which form an accumulator housing, and having a separating bellows which is arranged to be movable in the accumulator housing, separates two media chambers (8, 22) from each other and is fixed at its one free end to a fixing device in the accumulator housing, said fixing device being welded to the adjacently arranged housing parts (4, 6), characterised in that the adjacently arranged housing parts (4, 6) at least partially comprise titanium materials, in that the fixing device consists of at least two interconnected components (26, 30), at least one of which at least partially comprises titanium materials and is welded to the adjacently arranged housing parts (4, 6), and in that the respective other component, consisting of a different metal material, serves to fix the separating bellows to the fixing device.
Method for establishing a data plane session of or for a user equipment with a telecommunications network using an access network of the telecommunications network, wherein establishing the data plane session requires the existence of a data path through a forwarding entity of the telecommunications network, the forwarding entity especially being part of the access network or being an IP edge network node, wherein the forwarding entity is a chip or chipset, wherein the data path within the forwarding entity is or corresponds to a programmed data path through the forwarding entity being defined, at least in part, by means of data path configuration information, the data path configuration information, at least partly, being used - while the data path being in operative use - to identify the respective user equipment and/or the respective data plane session using the data path, characterized in that, in order to establish or to set up the data plane session, the method comprises the following steps: -- in a first step, the data path is established and/or configured, and exists within the forwarding entity as an at least partly programmed and/or pre-provisioned data path comprising the data path configuration information, wherein upon the establishment and/or configuration of the data path, the respective data plane session is non-existent, -- in a second step, subsequent to the first step, the data plane session is established, especially after being requested by the user equipment, wherein establishing the data plane session of or for the user equipment involves the data plane session and/or the user equipment to be assigned to the existing pre-provisioned data path. -- in a first step, the data path is established and/or configured, and exists within the forwarding entity as an at least partly programmed and/or pre-provisioned data path comprising the data path configuration information, wherein upon the establishment and/or configuration of the data path, the respective data plane session is non-existent, -- in a second step, subsequent to the first step, the data plane session is established, especially after being requested by the user equipment, wherein establishing the data plane session of or for the user equipment involves the data plane session and/or the user equipment to be assigned to the existing pre-provisioned data path.
A needle (103,309) comprising: an elongate member (203,317) having a distal end (202,310) and comprising a lumen (222, 308) configured to accept a radiofrequency probe; a tip (201,211,311,321) coupled to the distal end of the elongate member, the tip comprising a bevel portion comprising a point (301,312) on a side of the elongate member (203,317), wherein the lumen (222,308) is further configured such that, when the radiofrequency probe is accepted within the lumen (222,308), an end of the radiofrequency probe is proximate the tip (201,211,311,321); and a plurality of filaments (206a,206b,319a,319b) movable between a first position at least partially in the elongate member (203,317) and a second position at least partially out and to the side of the elongate member (203,317), the plurality of filaments (206a,206b,319a,319b) and the tip (201,211,311,321) configured to transmit radio frequency energy from the radiofrequency probe, when the radiofrequency probe is accepted within the lumen (222, 308) of the elongate member (203, 317), to operate as a monopolar electrode. an elongate member (203,317) having a distal end (202,310) and comprising a lumen (222, 308) configured to accept a radiofrequency probe; a tip (201,211,311,321) coupled to the distal end of the elongate member, the tip comprising a bevel portion comprising a point (301,312) on a side of the elongate member (203,317), wherein the lumen (222,308) is further configured such that, when the radiofrequency probe is accepted within the lumen (222,308), an end of the radiofrequency probe is proximate the tip (201,211,311,321); and a plurality of filaments (206a,206b,319a,319b) movable between a first position at least partially in the elongate member (203,317) and a second position at least partially out and to the side of the elongate member (203,317), the plurality of filaments (206a,206b,319a,319b) and the tip (201,211,311,321) configured to transmit radio frequency energy from the radiofrequency probe, when the radiofrequency probe is accepted within the lumen (222, 308) of the elongate member (203, 317), to operate as a monopolar electrode.