mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing various metals and derivatives thereof, said process comprising: feeding a blast furnace with copper-containing briquettes having a ratio (2*% S) / (% Cu) of about 0.5 to about 2.0, and with a source of carbon in order to obtain a multi-layer product and an off gas; and wherein said obtained product comprises: a first layer disposed at top of said multi-layer product, said first layer comprising slag; a second layer, disposed below said first layer, and that comprises matte; a speiss layer disposed below said second layer; and optionally a bottom layer disposed below said second layer or said speiss layer and comprising an alloy of at least two metals, wherein said process comprises controlling sulfur content of said second layer and feeding said blast furnace with an iron source if said sulfur content is over a predetermined value, leading to a given metallization level for said second layer, wherein said speiss layer comprises about 55 % to about 90 % by weight of iron. a first layer disposed at top of said multi-layer product, said first layer comprising slag; a second layer, disposed below said first layer, and that comprises matte; a speiss layer disposed below said second layer; and optionally a bottom layer disposed below said second layer or said speiss layer and comprising an alloy of at least two metals, wherein said process comprises controlling sulfur content of said second layer and feeding said blast furnace with an iron source if said sulfur content is over a predetermined value, leading to a given metallization level for said second layer, wherein said speiss layer comprises about 55 % to about 90 % by weight of iron.
A method, performed by a security module interacting with messaging or web navigation software comprised in a client machine, for filtering at least one electronic message received by the client machine , wherein said message comprises - a body which can contain one or more potentially dangerous contents, and - a header comprising identification data which identify the sender of said message , the method comprising a step of a. reading said sender's identification data from the header of said message , characterized in that it also comprises the steps of: b. finding and storing potentially harmful contents present in the body of said message , c. verifying if the potentially harmful contents of step b. satisfy validation conditions which are specific for the sender having the identification data specified in the header of the message and read at step a., d. allowing or denying access of the messaging or web navigation software to at least part of the body of the message , in which said potentially harmful contents are present, based on the result of the verification carried out at step c. - a body which can contain one or more potentially dangerous contents, and - a header comprising identification data which identify the sender of said message , the method comprising a step of a. reading said sender's identification data from the header of said message , characterized in that it also comprises the steps of: b. finding and storing potentially harmful contents present in the body of said message , c. verifying if the potentially harmful contents of step b. satisfy validation conditions which are specific for the sender having the identification data specified in the header of the message and read at step a., d. allowing or denying access of the messaging or web navigation software to at least part of the body of the message , in which said potentially harmful contents are present, based on the result of the verification carried out at step c. a. reading said sender's identification data from the header of said message , b. finding and storing potentially harmful contents present in the body of said message , c. verifying if the potentially harmful contents of step b. satisfy validation conditions which are specific for the sender having the identification data specified in the header of the message and read at step a., d. allowing or denying access of the messaging or web navigation software to at least part of the body of the message , in which said potentially harmful contents are present, based on the result of the verification carried out at step c.
A wireless base station, BS, comprising: a plurality of radio frequency, RF, chains mapped to a plurality of antennas ; and one or more local oscillators, LO, configured to generate LO signals for provision to the RF chains; wherein the BS is configured to: transmit a plurality of spatial streams from the plurality of antennas; characterized in that the BS is further configured to: receive feedback based on correlations of common phase error, CPE, estimates among the plurality of spatial streams from a plurality of user equipment, UE; and use the CPE correlation feedback to allocate phase tracking reference signal, PTRS, ports and to map the allocated PTRS ports to demodulation reference signal, DMRS, ports corresponding to the plurality of spatial streams. a plurality of radio frequency, RF, chains mapped to a plurality of antennas ; and one or more local oscillators, LO, configured to generate LO signals for provision to the RF chains; wherein the BS is configured to: transmit a plurality of spatial streams from the plurality of antennas; characterized in that the BS is further configured to: receive feedback based on correlations of common phase error, CPE, estimates among the plurality of spatial streams from a plurality of user equipment, UE; and use the CPE correlation feedback to allocate phase tracking reference signal, PTRS, ports and to map the allocated PTRS ports to demodulation reference signal, DMRS, ports corresponding to the plurality of spatial streams. receive feedback based on correlations of common phase error, CPE, estimates among the plurality of spatial streams from a plurality of user equipment, UE; and use the CPE correlation feedback to allocate phase tracking reference signal, PTRS, ports and to map the allocated PTRS ports to demodulation reference signal, DMRS, ports corresponding to the plurality of spatial streams.
Slipform paver comprising a chassis able to be adjusted in the heightwise direction, a drive unit having drive means to cause the slipform paver to perform movements in translation and/or rotation, and a control unit which is so designed that the drive means of the drive unit are actuated to cause the slipform paver to perform the movements in translation and/or rotation, characterised in that a mounting unit for fastening on a concrete mould is arranged on the chassis , the mounting unit comprises fastening means which are so designed that the fastening means co-operate with complementary fastening means belonging to a mounting unit of the concrete mould, and the mounting unit is mounted on the chassis to be pivotable on an axis extending in the direction of operation of the slipform paver, a pivoter unit being provided which has drive means for pivoting the mounting unit , which is arranged on the chassis, on the axis of pivot extending in the direction of operation of the slipform paver.
Applicator for applying a product, in particular a cosmetic product, comprising a gripping cap (50; 110), an applicator member (52; 112) that is provided with at least one application surface for said product and comprises a flexible portion (53; 116), and a rigid assembly insert (54; 114) that is mounted at least partially inside the gripping cap (50; 110) and is secured to said cap, characterized in that the flexible portion (53; 116) of the applicator member is fastened in the assembly insert (54; 114) in a region of said insert that is mounted inside the gripping cap (50; 110), the flexible portion (53; 116) of the applicator member being fastened in the assembly insert (54; 114) by local plastic deformations of said insert, said local plastic deformations being visible at the outer surface of the assembly insert (54; 114) and concealed by the gripping cap.
A method for sending a physical uplink control channel, comprising: generating (S63) a physical uplink control channel, wherein the physical uplink control channel carries a demodulation reference signal and uplink control information, the physical uplink control channel is sent on a resource element set, the resource element set occupies at least two time domain symbols in time domain, the demodulation reference signal is located on at least one time domain symbol of the resource element set, the at least one time domain symbol comprises a first time domain symbol, the demodulation reference signal occupies some but not all frequency domain subcarriers of the resource element set on the first time domain symbol, and the some but not all frequency domain subcarriers are the same as frequency domain subcarriers that are occupied by the uplink control information and that are of the resource element set; and sending (S64) the physical uplink control channel; wherein the at least one time domain symbol further comprises a second time domain symbol, and the demodulation reference signal occupies all frequency domain subcarriers of the resource element set on the second time domain symbol. generating (S63) a physical uplink control channel, wherein the physical uplink control channel carries a demodulation reference signal and uplink control information, the physical uplink control channel is sent on a resource element set, the resource element set occupies at least two time domain symbols in time domain, the demodulation reference signal is located on at least one time domain symbol of the resource element set, the at least one time domain symbol comprises a first time domain symbol, the demodulation reference signal occupies some but not all frequency domain subcarriers of the resource element set on the first time domain symbol, and the some but not all frequency domain subcarriers are the same as frequency domain subcarriers that are occupied by the uplink control information and that are of the resource element set; and sending (S64) the physical uplink control channel; wherein the at least one time domain symbol further comprises a second time domain symbol, and the demodulation reference signal occupies all frequency domain subcarriers of the resource element set on the second time domain symbol.
A pharmaceutical composition for oral administration comprising a poorly water soluble active ingredient selected from Atorvastatin, Leflunomide, Raloxifene and Tadalafil or salt thereof, molecularly adducted to 2-pyrrolidone, the composition further comprising silicon dioxide, wherein 2-pyrrolidone is present in an amount ranging from about 15% to about 25% by weight and silicon dioxide is present in an amount ranging from about 5% to about 15% by weight.
A liquefier assembly for use in an additive manufacturing system to print three-dimensional parts , the liquefier assembly comprising: a liquefier having an inlet end and an outlet end offset along the longitudinal axis , wherein the liquefier is transversely compressible; a nozzle at the outlet end of the liquefier ; and an actuator mechanism operably positioned proximate the liquefier and configured to controllably apply pressure to transversely compress the liquefier , characterized by one or more sensors configured to measure compressions and expansions of the liquefier . a liquefier having an inlet end and an outlet end offset along the longitudinal axis , wherein the liquefier is transversely compressible; a nozzle at the outlet end of the liquefier ; and an actuator mechanism operably positioned proximate the liquefier and configured to controllably apply pressure to transversely compress the liquefier , characterized by one or more sensors configured to measure compressions and expansions of the liquefier .
A case configurable in an open position and a closed position, the case comprising: a first body portion comprising an inner surface, wherein the inner surface of the first body portion defines a first cavity extending into the first body portion to receive a first hearing device in the open position; and a second body portion movably coupled to the first body portion and comprising an inner surface, wherein the inner surface of the second body portion defines a second cavity extending into the second body portion to receive a second hearing device in the open position, wherein the first body portion retains the second hearing device and the second body portion retains the first hearing device in the closed position, and wherein the first hearing device is completely contained within the first body portion when received by the first body portion and the second hearing device is completely contained within the second body portion when received by the second body portion. a first body portion comprising an inner surface, wherein the inner surface of the first body portion defines a first cavity extending into the first body portion to receive a first hearing device in the open position; and a second body portion movably coupled to the first body portion and comprising an inner surface, wherein the inner surface of the second body portion defines a second cavity extending into the second body portion to receive a second hearing device in the open position, wherein the first body portion retains the second hearing device and the second body portion retains the first hearing device in the closed position, and wherein the first hearing device is completely contained within the first body portion when received by the first body portion and the second hearing device is completely contained within the second body portion when received by the second body portion.
A tampon for feminine hygiene having a longitudinal body, whereby said tampon comprises compressed absorbent fibrous material and has an outer circumferential surface which is provided with longitudinal grooves that are separated from each other by longitudinal ribs , characterised in that the number of longitudinal ribs is at least four; that the tampon further comprises a plurality of discrete indentations arranged in the longitudinal direction along a longitudinal rib and flanked by two longitudinal grooves; that at least one indentation is in spatial isolation from one or both flanking longitudinal grooves ; and in that at least one indentation has the shape essentially of a chevron (v-shaped), undulating, star, cross, diamond, triangle, pentagon, sexagon, septagon, octagon, nonagon, or decagon.
Control circuit for controlling a bistable relay , wherein the bistable relay comprises a first switching state and a second switching state, wherein the control circuit is suppliable by a supply voltage, the control circuit comprising: a first switching element and a second switching element arranged in series with the first switching element ; a circuit branch with an energy store , wherein the circuit branch is arranged parallel to the second switching element and wherein the bistable relay is arrangeable in the circuit branch; wherein the first switching element is configured to conduct a charging current of the energy store through the bistable relay when the supply voltage is applied to the control circuit in order to switch the bistable relay to the second switching state; and wherein the second switching element is configured to conduct a discharge current of the energy store through the bistable relay when the supply voltage is disconnected from the control circuit in order to switch the bistable relay to the first switching state; comprising a monitoring circuit , which is configured to detect a loss of the supply voltage and to switch the first switching element and the second switching element hereupon, characterized in that the monitoring circuit comprises a further energy store , which is configured to provide an energy for switching the first switching element and the second switching element . a first switching element and a second switching element arranged in series with the first switching element ; a circuit branch with an energy store , wherein the circuit branch is arranged parallel to the second switching element and wherein the bistable relay is arrangeable in the circuit branch; wherein the first switching element is configured to conduct a charging current of the energy store through the bistable relay when the supply voltage is applied to the control circuit in order to switch the bistable relay to the second switching state; and wherein the second switching element is configured to conduct a discharge current of the energy store through the bistable relay when the supply voltage is disconnected from the control circuit in order to switch the bistable relay to the first switching state; comprising a monitoring circuit , which is configured to detect a loss of the supply voltage and to switch the first switching element and the second switching element hereupon, characterized in that the monitoring circuit comprises a further energy store , which is configured to provide an energy for switching the first switching element and the second switching element .
A method for use in router maintenance in a communication network , the method comprising: obtaining an indication that a first router in the communication network is to be maintained; responsive to the indication, setting a parameter of the first router to be a predetermined value, the parameter being associated with a route selection in the communication network ; sending the predetermined value of the parameter to a second router in the communication network for the route selection, wherein the predetermined value of the parameter is sent such that a probability that the second router selects a route passing through the first router is below a predetermined threshold and the route passing through the first router to be maintained is bypassed; monitoring traffic of the first router; and responsive to the monitored traffic falling below a predetermined traffic threshold, causing the first router to be maintained. obtaining an indication that a first router in the communication network is to be maintained; responsive to the indication, setting a parameter of the first router to be a predetermined value, the parameter being associated with a route selection in the communication network ; sending the predetermined value of the parameter to a second router in the communication network for the route selection, wherein the predetermined value of the parameter is sent such that a probability that the second router selects a route passing through the first router is below a predetermined threshold and the route passing through the first router to be maintained is bypassed; monitoring traffic of the first router; and responsive to the monitored traffic falling below a predetermined traffic threshold, causing the first router to be maintained.
A steering system comprising: a steering member ; a steering shaft to which the steering member is coupled at one end of the steering shaft and which is configured to extend and contract in an axial direction; a column jacket having an inner jacket in which an insertion hole extending in the axial direction is provided in an outer surface of the inner jacket and which supports the steering shaft , and an outer jacket that houses the inner jacket to support the steering shaft , the column jacket configured to extend and contract in the axial direction along with the steering shaft as a result of relative movement between the inner jacket and the outer jacket in the axial direction; and a regulation member that is fixed to the outer jacket and passes through the insertion hole and that regulates a distance of the relative movement between the inner jacket and the outer jacket to within a range in which the regulation member is allowed to move in the axial direction within the insertion hole , the regulation member allowed to be sheared; characterized by an elastic member that has a tip portion arranged on the outer surface of the inner jacket at a position away from the insertion hole in the axial direction and that is fixed to the outer jacket , wherein when, at a time of vehicular collision, the regulation member is sheared by a peripheral portion of the insertion hole in the inner jacket in conjunction with the relative movement between the inner jacket and the outer jacket , the elastic member is elastically deformed so that the tip portion is fitted in the insertion hole . a steering member ; a steering shaft to which the steering member is coupled at one end of the steering shaft and which is configured to extend and contract in an axial direction; a column jacket having an inner jacket in which an insertion hole extending in the axial direction is provided in an outer surface of the inner jacket and which supports the steering shaft , and an outer jacket that houses the inner jacket to support the steering shaft , the column jacket configured to extend and contract in the axial direction along with the steering shaft as a result of relative movement between the inner jacket and the outer jacket in the axial direction; and a regulation member that is fixed to the outer jacket and passes through the insertion hole and that regulates a distance of the relative movement between the inner jacket and the outer jacket to within a range in which the regulation member is allowed to move in the axial direction within the insertion hole , the regulation member allowed to be sheared; characterized by an elastic member that has a tip portion arranged on the outer surface of the inner jacket at a position away from the insertion hole in the axial direction and that is fixed to the outer jacket , wherein when, at a time of vehicular collision, the regulation member is sheared by a peripheral portion of the insertion hole in the inner jacket in conjunction with the relative movement between the inner jacket and the outer jacket , the elastic member is elastically deformed so that the tip portion is fitted in the insertion hole .