mhurhangee/ep-ind-claims huggingface dataset:
A garment care device (100A, 100B, 100C) comprising: - a treatment surface for treating a garment, - a steam generator being in thermal contact with the treatment surface, wherein the steam generator is configured to be heated by an electrical heater, the steam generator comprising a steaming surface with a water dosing point being arranged to receive water for generating steam, - a temperature sensor having a temperature sensing element for generating a signal for controlling the electrical heater, the temperature sensor being arranged in a central area of the steaming surface, - a main groove arranged in the steaming surface, the main groove having a first extremity arranged at proximity of the water dosing point and a second extremity arranged at proximity of the central area, for carrying water between the water dosing point and the central area, - a first groove arranged in the steaming surface, and characterized in that the main groove has a bottom surface being inclined compared to the treatment surface, and that first groove extends towards a first rear area of the steaming surface, wherein the main groove and the first groove are fluidly connected at said second extremity. - a treatment surface for treating a garment, - a steam generator being in thermal contact with the treatment surface, wherein the steam generator is configured to be heated by an electrical heater, the steam generator comprising a steaming surface with a water dosing point being arranged to receive water for generating steam, - a temperature sensor having a temperature sensing element for generating a signal for controlling the electrical heater, the temperature sensor being arranged in a central area of the steaming surface, - a main groove arranged in the steaming surface, the main groove having a first extremity arranged at proximity of the water dosing point and a second extremity arranged at proximity of the central area, for carrying water between the water dosing point and the central area, - a first groove arranged in the steaming surface, and characterized in that
Turbine engine, in particular an aircraft turboshaft engine, comprising at least one oil chamber and an adjoining outer volume delimited by a rotor rotatably mobile about an axis (L-L) and a fixed or mobile part, comprising at least one system (10A, 10B, 12, 13) able to provide a seal between the oil chamber and the adjoining outer volume, said system comprising: - a first seal arranged between the rotor and the part, - a second seal which is mounted between the rotor and the part and which is longitudinally offset with respect to the first seal, so as to form with the first seal a sealing chamber delimited by the rotor, the part and the two seals (10A, 10B); and - means for supplying gas to the sealing chamber, configured such that the gas can be compressed under the effect of the centrifugal force exerted on the latter by putting the rotor into rotation, the chamber communicating with the oil chamber and the adjoining outer volume through the first and second seals respectively, said supply means being arranged in the rotor and comprising channels which are arranged in the rotor, which open into the sealing chamber, and which are able during the rotation of said rotor to drive a compression of the gas remaining in the sealing chamber; under the effect of the centrifugal force exerted on the gas in said channel, characterised in that the channels have a circular cross-section and in that their diameter is between 3mm and 10mm, for a number of channels between 10 and 40. - a first seal arranged between the rotor and the part, - a second seal which is mounted between the rotor and the part and which is longitudinally offset with respect to the first seal, so as to form with the first seal a sealing chamber delimited by the rotor, the part and the two seals (10A, 10B); and - means for supplying gas to the sealing chamber, configured such that the gas can be compressed under the effect of the centrifugal force exerted on the latter by putting the rotor into rotation, the chamber communicating with the oil chamber and the adjoining outer volume through the first and second seals respectively,
A toilet bowl, in particular having a shower toilet, comprising (i) an outer surface comprising a substantially horizontal upper side as a support for any seat, lateral surfaces, and a lower side; (ii) an upwardly open bowl cavity (iii) a cavity open at the rear having an opening opening into the bowl cavity for a flushing water inlet and an opening discharging into the bowl cavity for a waste water outlet; and (iv) a boiler which is designed such that it can convey and dispense water containing descaling agent into the bowl cavity; characterized in that (v) the toilet bowl comprises a channel for receiving and conveying a descaling agent to the boiler, wherein the channel extends through the outer surface into the cavity; and (vi) the boiler includes a descaling agent receiving opening, so that a descaling agent can be conveyed through the channel and the descaling agent receiving opening into the boiler. (i) an outer surface comprising a substantially horizontal upper side as a support for any seat, lateral surfaces, and a lower side; (ii) an upwardly open bowl cavity (iii) a cavity open at the rear having an opening opening into the bowl cavity for a flushing water inlet and an opening discharging into the bowl cavity for a waste water outlet; and (iv) a boiler which is designed such that it can convey and dispense water containing descaling agent into the bowl cavity; characterized in that (v) the toilet bowl comprises a channel for receiving and conveying a descaling agent to the boiler, wherein the channel extends through the outer surface into the cavity; and (vi) the boiler includes a descaling agent receiving opening, so that a descaling agent can be conveyed through the channel and the descaling agent receiving opening into the boiler.
Ocular goniometer, which is made from a body or casing open at its ends, which at its rear end is finished off in a display screen, internally including a handle, with a series of controls, with the particularity that an axis, associated with two circular and transparent discs, is established within the casing, a first disc angularly fixed, on which the angles are marked from 0° to 180°, and a second disc, with a reference mark and superimposed above the first, integral with the axis, axis associated with a rack-support with which a trigger is engaged when it is actuated and rotates around an axis available on the handle of the device; having provided that the end of the axis is finished off with a marking piece aligned at all times with the reference mark provided on the second disc, rotating integrally with it; also provided with a reference light for the patient's eye, and lighting means for the work area.
Mudguard for a bicycle, comprising - at least a first, front part of the mudguard, - at least a second, rear part of the mudguard, - connection means for directly or indirectly connecting the first and the second part (1, 2) to one another, wherein the first and the second part (1, 2) can be connected relative to one another in at least two different positions in such a way that at least two different geometries of the mudguard can be achieved, - adapter means via which the mudguard can be fastened to the bicycle, wherein the adapter means can be connected releasably to the first part and/or the second part and/or the connection means, wherein the mudguard comprises locking means which allow the selected relative positions of the first and the second part (1, 2) to be locked even in the case that the adapter means are released from the first part, the second part and the connection means, characterized in that the connection means are designed in such a way that the first and the second part (1, 2) can be positioned relative to one another in two mutually perpendicular directions, with the result that the mudguard can be adapted to the conditions of the bicycle both in the vertical direction and in the longitudinal direction of the bicycle. - at least a first, front part of the mudguard, - at least a second, rear part of the mudguard, - connection means for directly or indirectly connecting the first and the second part (1, 2) to one another, wherein the first and the second part (1, 2) can be connected relative to one another in at least two different positions in such a way that at least two different geometries of the mudguard can be achieved, - adapter means via which the mudguard can be fastened to the bicycle, wherein the adapter means can be connected releasably to the first part and/or the second part and/or the connection means, wherein the mudguard comprises locking means which allow the selected relative positions of the first and the second part (1, 2) to be locked even in the case that the adapter means are released from the first part, the second part and the connection means, characterized in that the connection means are designed in such a way that the first and the second part (1, 2) can be positioned relative to one another in two mutually perpendicular directions, with the result that the mudguard can be adapted to the conditions of the bicycle both in the vertical direction and in the longitudinal direction of the bicycle.
Theft protection system for an electronic device (101; 201) comprising - an electronic device (101; 201) comprising - a radio frequency identification unit (102; 202) emitting a radio frequency signal (105; 205) containing request information and - a theft protection unit (103; 204) enabling an operating mode of the electronic device (101; 201) upon reception of a signal (110; 210) containing predetermined identification information, - storage means for saving user-specific data, and - at least one radio frequency identification transponder (107; 206), wherein, when the radio frequency identification unit (102; 202) receives said signal (110; 210) containing predetermined identification information, which is emitted by said radio frequency identification transponder (107; 206) in response to receiving the radio frequency signal (105; 205) containing request information, the theft protection unit (103; 204) enables the operating mode of the electronic device (101; 201), characterized in that the electronic device (101; 201) is configured to grant access to user specific data in response to the radio frequency identification unit (102; 202) receiving said signal (110; 210) containing predetermined identification information. - an electronic device (101; 201) comprising - a radio frequency identification unit (102; 202) emitting a radio frequency signal (105; 205) containing request information and - a theft protection unit (103; 204) enabling an operating mode of the electronic device (101; 201) upon reception of a signal (110; 210) containing predetermined identification information, - storage means for saving user-specific data, and - a radio frequency identification unit (102; 202) emitting a radio frequency signal (105; 205) containing request information and - a theft protection unit (103; 204) enabling an operating mode of the electronic device (101; 201) upon reception of a signal (110; 210) containing predetermined identification information, - storage means for saving user-specific data, - at least one radio frequency identification transponder (107; 206), wherein, when the radio frequency identification unit (102; 202) receives said signal (110; 210) containing predetermined identification information, which is emitted by said radio frequency identification transponder (107; 206) in response to receiving the radio frequency signal (105; 205) containing request information, the theft protection unit (103; 204) enables the operating mode of the electronic device (101; 201),
A method performed by a transmitting node in a wireless local area network, the method comprising: obtaining first and second traffic flows for transmitting to a receiving node, wherein the first traffic flow is categorised into a first category based on a reliability requirement associated with the first traffic flow, wherein the second traffic flow is categorised into a second category based on a reliability requirement associated with the second traffic flow, wherein the first and second categories are different; selecting a first link adaptation process from a plurality of link adaptation processes for the first category, and a second link adaptation process from the plurality of link adaptation processes for the second category, wherein the first and second link adaptation processes are different and the second category is associated with lower reliability requirement than the first category; and transmitting the first traffic flow to the receiving node based on the first link adaptation process and transmitting the second traffic flow to the receiving node based on the second link adaptation process, wherein the second link adaptation process comprises: updating information relating to one or more of a probability of success and an expected throughput associated with at least one sample data rate, and the method is characterised in that the first link adaptation process comprises: selecting a first data rate from the at least one sample data rate based on the updated information from the second link adaptation process. obtaining first and second traffic flows for transmitting to a receiving node, wherein the first traffic flow is categorised into a first category based on a reliability requirement associated with the first traffic flow, wherein the second traffic flow is categorised into a second category based on a reliability requirement associated with the second traffic flow, wherein the first and second categories are different; selecting a first link adaptation process from a plurality of link adaptation processes for the first category, and a second link adaptation process from the plurality of link adaptation processes for the second category, wherein the first and second link adaptation processes are different and the second category is associated with lower reliability requirement than the first category; and transmitting the first traffic flow to the receiving node based on the first link adaptation process and transmitting the second traffic flow to the receiving node based on the second link adaptation process, wherein the second link adaptation process comprises: updating information relating to one or more of a probability of success and an expected throughput associated with at least one sample data rate, and the method is characterised in that the first link adaptation process comprises: selecting a first data rate from the at least one sample data rate based on the updated information from the second link adaptation process.
A battery pack comprising: a type-1 battery cell; and a plurality of type-2 battery cells arranged along a circumference of the type-1 battery cell to surround the type-1 battery cell, the plurality of type-2 battery cells being connected in parallel to the type-1 battery cell, each type-2 battery cell of the plurality of type-2 battery cells having an output power and a capacity different from an output power and a capacity of the type-1 battery cell, wherein: the output power of the type-1 battery cell is greater than the output power of each type-2 battery cell of the plurality of type-2 battery cells, and the capacity of the type-1 battery cell is less than the capacity of each type-2 battery cell of the plurality of type-2 battery cells. a type-1 battery cell; and a plurality of type-2 battery cells arranged along a circumference of the type-1 battery cell to surround the type-1 battery cell, the plurality of type-2 battery cells being connected in parallel to the type-1 battery cell, each type-2 battery cell of the plurality of type-2 battery cells having an output power and a capacity different from an output power and a capacity of the type-1 battery cell, wherein: the output power of the type-1 battery cell is greater than the output power of each type-2 battery cell of the plurality of type-2 battery cells, and the capacity of the type-1 battery cell is less than the capacity of each type-2 battery cell of the plurality of type-2 battery cells. the output power of the type-1 battery cell is greater than the output power of each type-2 battery cell of the plurality of type-2 battery cells, and the capacity of the type-1 battery cell is less than the capacity of each type-2 battery cell of the plurality of type-2 battery cells.
Bearing arrangement, which comprises at least one shaft, a bearing with an inner race, and a flange part, wherein the shaft is mounted against the flange part by means of the bearing, wherein the flange part has a radially extending lubrication channel and recesses, in particular bores, wherein spring elements are arranged in the recesses of the flange part for adjusting the bearing, wherein an annular part is arranged in a depression of the flange part between the flange part and the bearing, wherein the annular part has such an aperture that the radially extending lubrication channel is diverted into the axial direction, wherein a groove which extends in the circumferential direction is formed between the annular part and the flange part, wherein apertures provided in the annular part connects the side facing the flange part to the side remote from the flange part, in particular such that lubricant entering through the radially extending lubrication channel is diverted by the annular part into the axial direction towards the bearing, wherein the annular part is screw-connected to the flange part, wherein, in the event of failure of the spring elements, the inner race is bounded axially by the annular part.
A hybridization device including a virtual platform, a bank of Kalman filters each estimating a correction vector (dX0-dXn), the device delivering a hybrid output corresponding to inertial measurements (PPVI) calculated by the virtual platform and corrected by a stabilization vector (dC), characterised in that it includes a correction setting module configured to set each of the components (dC[state]) of the stabilization vector (dC) as a function of all the corresponding components (dX0[state]-dXn[state]) of the correction vectors (dX0-dXn), the correction setting module being configured, for each component of the stabilization vector (dC[state]), so as to: - analyse the sign of all the corresponding components (dX0[state]-dXn[state]) of the correction vectors; - when all the corresponding components are not of the same sign, setting a component having a null value (dC[state]=0) for the stabilization vector; - when all the corresponding components are of the same sign, setting a component having a non-null value for the stabilization vector, determined as a function of the value of each of these components of the correction vectors. - analyse the sign of all the corresponding components (dX0[state]-dXn[state]) of the correction vectors; - when all the corresponding components are not of the same sign, setting a component having a null value (dC[state]=0) for the stabilization vector; - when all the corresponding components are of the same sign, setting a component having a non-null value for the stabilization vector, determined as a function of the value of each of these components of the correction vectors.
A policy determination apparatus comprising: a monitoring data acquisition unit configured to acquire monitoring data relating to states of facilities on a network, the monitoring data being received from an external device, the facilities being at least one of an original server, one or more edge servers and one or more content delivery networks; a metrics generation unit configured to generate, based on the monitoring data, time-series data of a plurality of types of metrics associated with each of a plurality of candidates of routing destinations to which a routing control apparatus routes requests including first destination data; a routing destination evaluation unit configured to evaluate the candidates based on the time-series data of the types of metrics associated with the candidates to generate routing destination evaluation data; a policy determination unit configured to generate or update, based on the routing destination evaluation data, a policy that the routing control apparatus uses for control of the routing destinations; and a policy notification unit configured to notify the routing control apparatus of the policy, wherein the policy indicates the plurality of candidates of routing destinations and a proportion of requests which is to be routed to each candidate a monitoring data acquisition unit configured to acquire monitoring data relating to states of facilities on a network, the monitoring data being received from an external device, the facilities being at least one of an original server, one or more edge servers and one or more content delivery networks; a metrics generation unit configured to generate, based on the monitoring data, time-series data of a plurality of types of metrics associated with each of a plurality of candidates of routing destinations to which a routing control apparatus routes requests including first destination data; a routing destination evaluation unit configured to evaluate the candidates based on the time-series data of the types of metrics associated with the candidates to generate routing destination evaluation data; a policy determination unit configured to generate or update, based on the routing destination evaluation data, a policy that the routing control apparatus uses for control of the routing destinations; and a policy notification unit configured to notify the routing control apparatus of the policy,
Cream for burns, constituting a product applicable in healing all types of burns and in an instant calming action, being equally applicable to scratches, bumps, bruises and sprains, is characterised in that it is constituted by a mixture of virgin olive oil, elderberry bark scrapings, previously peeled and chopped chestnuts and beeswax, in a percentage by weight of between 18% and 23% of virgin olive oil; between 13% and 18% of elderberry bark scrapings; between 42% and 50% of peeled chestnuts; and between 15% and 21% of bees wax, characterized by the process that this mixture is fried to achieve a liquid and is subsequently strained and/or filtered, before its definitive cooling, during which the liquid congeals to form the cream.