mhurhangee/patent-ind-claim-en huggingface dataset:
A method for installing a profile of an embedded Universal Integrated Circuit Card, eUICC, performed by a network device , the method comprising: acquiring, from a Subscription Manager Data Preparation, SM-DP, server , at least one profile encrypted with a first password key and an encrypted first password key which is encrypted with a second password key; decrypting the encrypted first password key encrypted with the second password key and re-encrypting the first password key with a third password key; and transmitting, to at least one eUICC, the at least one encrypted profile and the encrypted first password key which is re-encrypted with a third password key based on starting of a profile installation for the at least one eUICC, wherein the at least one encrypted profile is decrypted by the first password key and installed in the at least one eUICC, respectively. acquiring, from a Subscription Manager Data Preparation, SM-DP, server , at least one profile encrypted with a first password key and an encrypted first password key which is encrypted with a second password key; decrypting the encrypted first password key encrypted with the second password key and re-encrypting the first password key with a third password key; and transmitting, to at least one eUICC, the at least one encrypted profile and the encrypted first password key which is re-encrypted with a third password key based on starting of a profile installation for the at least one eUICC, wherein the at least one encrypted profile is decrypted by the first password key and installed in the at least one eUICC, respectively.
An audio coding device for coding an audio signal, the audio coding device comprising: an audio encoder for coding the audio signal; and a side information encoder for calculating a parameter for a look-ahead signal in CELP coding as side information to be used in packet loss concealment in the CELP coding, wherein the audio encoder calculates an index representing characteristics of a frame to be coded and transmits the index to the side information encoder, when the index indicates that the frame to be coded is in a specific frame class, a difference between a pitch lag of the frame to be coded and a pitch lag of a frame immediately after the frame to be coded is included, as the side information, in a packet of the frame to be coded, an audio code being an encoded audio signal of the frame to be coded and the side information can be transmitted before the audio encoder encodes an audio signal of the frame immediately after the frame to be coded, and when the index indicates that the frame to be coded is not in a specific frame class, the pitch lag of the frame immediately after the frame to be coded is not included in the packet of the frame to be coded. an audio encoder for coding the audio signal; and a side information encoder for calculating a parameter for a look-ahead signal in CELP coding as side information to be used in packet loss concealment in the CELP coding, wherein the audio encoder calculates an index representing characteristics of a frame to be coded and transmits the index to the side information encoder, when the index indicates that the frame to be coded is in a specific frame class, a difference between a pitch lag of the frame to be coded and a pitch lag of a frame immediately after the frame to be coded is included, as the side information, in a packet of the frame to be coded, an audio code being an encoded audio signal of the frame to be coded and the side information can be transmitted before the audio encoder encodes an audio signal of the frame immediately after the frame to be coded, and when the index indicates that the frame to be coded is not in a specific frame class, the pitch lag of the frame immediately after the frame to be coded is not included in the packet of the frame to be coded.
A method for transmitting an acquisition signal in a wireless communication system , comprising: generating a plurality of symbols of an acquisition signal, the acquisition signal associated with timing information for an access terminal to communicate with a base station; assigning transmission of the acquisition signal to a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, the subset comprising more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers, wherein each carrier of the plurality of carriers corresponds to a substantially non-overlapping portion of an available bandwidth in the wireless communication system or in a sector of the wireless communication system ; and transmitting the acquisition signal to the access terminal over the assigned subcarriers. generating a plurality of symbols of an acquisition signal, the acquisition signal associated with timing information for an access terminal to communicate with a base station; assigning transmission of the acquisition signal to a number of subcarriers that is less than all of a bandwidth of a subset of a plurality of carriers available for communication, the subset comprising more than one carrier of the plurality of carriers and less than all the carriers of the plurality of carriers, wherein each carrier of the plurality of carriers corresponds to a substantially non-overlapping portion of an available bandwidth in the wireless communication system or in a sector of the wireless communication system ; and transmitting the acquisition signal to the access terminal over the assigned subcarriers.
A combine comprising: a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to separate grain from residue; a residue spreader wheel spinning for expelling the residue from the combine ; and a controller that controls the combine , characterized in that , the controller is configured to control the residue spreader wheel to continuously oscillate between a first speed less than a nominal speed and a second speed greater than the nominal speed while spreading the residue. a feeder housing for receiving harvested crop; a separating system for threshing the harvested crop to separate grain from residue; a residue spreader wheel spinning for expelling the residue from the combine ; and a controller that controls the combine , characterized in that , the controller is configured to control the residue spreader wheel to continuously oscillate between a first speed less than a nominal speed and a second speed greater than the nominal speed while spreading the residue.
A cargo cover comprising: a first flexible insulation laminate for covering a first part of the cargo, the first laminate comprising a first arrangement of layers; and a second flexible insulation laminate for covering a second part of the cargo, the second laminate comprising a second arrangement of layers which is different from the first arrangement of layers, the first laminate being joined to, or arranged to be joined to, the second laminate wherein the first insulation laminate of the cargo cover comprises a phase change material layer including a flexible insulation material comprising a flexible porous medium defining a pore volume, and a solid/liquid phase change material (PCM) within the pore volume. a first flexible insulation laminate for covering a first part of the cargo, the first laminate comprising a first arrangement of layers; and a second flexible insulation laminate for covering a second part of the cargo, the second laminate comprising a second arrangement of layers which is different from the first arrangement of layers, the first laminate being joined to, or arranged to be joined to, the second laminate wherein the first insulation laminate of the cargo cover comprises a phase change material layer including a flexible insulation material comprising a flexible porous medium defining a pore volume, and a solid/liquid phase change material (PCM) within the pore volume.
A hydroelectric power generation system comprising: a water turbine disposed in a channel through which a fluid flows; a generator configured to be driven by the water turbine ; and a controller configured to perform a first control, wherein the channel includes a first channel located on an inflow side of the water turbine , the first channel includes a water turbine channel through which at least part of the fluid that is to flow into the water turbine flows, and a branch channel that branches from the water turbine channel , an outlet of the branch channel is connected to not a downstream side of the water turbine but a branch reservoir , and the controller is configured to control, in the first control, a flow rate (Qw) or a head (ΔPw) of the water turbine so that any one of a pressure (Pa) of the fluid in the first channel , a flow rate (Qa) of the fluid in the first channel , and a liquid level (Ha) of the fluid in a first reservoir from which the fluid flows out to the first channel approaches a first target value. a water turbine disposed in a channel through which a fluid flows; a generator configured to be driven by the water turbine ; and a controller configured to perform a first control, wherein the channel includes a first channel located on an inflow side of the water turbine , the first channel includes a water turbine channel through which at least part of the fluid that is to flow into the water turbine flows, and a branch channel that branches from the water turbine channel , an outlet of the branch channel is connected to not a downstream side of the water turbine but a branch reservoir , and the controller is configured to control, in the first control, a flow rate (Qw) or a head (ΔPw) of the water turbine so that any one of a pressure (Pa) of the fluid in the first channel , a flow rate (Qa) of the fluid in the first channel , and a liquid level (Ha) of the fluid in a first reservoir from which the fluid flows out to the first channel approaches a first target value.
A stiffener composite charge placement system for applying a stiffener composite charge in a cavity of a mandrel , the system comprising: a longitudinal end effector having a first attachment point and a second attachment point ; a first rotational system comprising: a first rotational arm having a first connector configured to connect to the first attachment point , and a first movement system configured to move the first rotational arm ; and a second rotational system comprising: a second rotational arm having a second connector configured to connect to the second attachment point , and a second movement system configured to move the second rotational arm ; wherein the first rotational system and the second rotational system are configured to be docked to a support tool for the mandrel . a longitudinal end effector having a first attachment point and a second attachment point ; a first rotational system comprising: a first rotational arm having a first connector configured to connect to the first attachment point , and a first movement system configured to move the first rotational arm ; and a first rotational arm having a first connector configured to connect to the first attachment point , and a first movement system configured to move the first rotational arm ; and a second rotational system comprising: a second rotational arm having a second connector configured to connect to the second attachment point , and a second movement system configured to move the second rotational arm ; a second rotational arm having a second connector configured to connect to the second attachment point , and a second movement system configured to move the second rotational arm ; wherein the first rotational system and the second rotational system are configured to be docked to a support tool for the mandrel .
Binder composition comprising i) 0.1% to 99.9% by weight of Portland cement, ii) 0.1% to 99.9% by weight of alumina cement, iii) optionally 0.1% to 99.0% by weight of calcium sulfate, iv) 0.01% to 10.0% by weight of at least one zinc salt, and v) 0.01% to 10.0% by weight of at least one alkylamine, based on the total weight of the binder composition. i) 0.1% to 99.9% by weight of Portland cement, ii) 0.1% to 99.9% by weight of alumina cement, iii) optionally 0.1% to 99.0% by weight of calcium sulfate, iv) 0.01% to 10.0% by weight of at least one zinc salt, and v) 0.01% to 10.0% by weight of at least one alkylamine,
Optical element for influencing a light emitted by a light source , comprising - a front side facing away from the light source , and - a rear side facing the light source , wherein a light entry area for the entry of light is formed on the rear side , and in addition a deflecting surface area is formed, and a front surface area is formed on the front side , wherein the design is such that first light rays (L1) of the light which enter the optical element via the light entry area are totally reflected at the deflecting surface area and then leave the optical element via the front surface area ; wherein the front surface area is shaped in terms of its design such that second light rays (L2) of the light which enter the optical element via the light entry area and then directly impinge on the front surface area undergo a total reflection there, wherein the light entry area is formed by a recess , characterized in that the recess has a bottom wall and side walls , wherein the optical element is elongate so as to extend along a longitudinal axis (L); wherein a plurality of recesses are provided in a row that extends parallel to the longitudinal axis (L); wherein each of the recesses has two further side walls which extend transversely with respect to the longitudinal axis (L) and form surface areas at which light rays of the light that enter the optical element via the further side walls are totally reflected. - a front side facing away from the light source , and - a rear side facing the light source ,
A medical dressing comprising an adhesive skin contact layer and a backing layer , wherein said backing layer has a first surface facing said skin contact layer and an opposing second surface ; said dressing further comprising an absorbent pad arranged between said backing layer and said adhesive skin contact layer , wherein said backing layer and said adhesive skin contact layer extend around the periphery of said absorbent pad characterized in that said backing layer comprises a plurality of three dimensional features forming protrusions on said second surface of said backing layer and depressions on said first surface of said backing layer and wherein said first surface of said backing layer is not adhesively attached to said absorbent pad in the areas forming said depressions .
A portable wireless communications device comprising a feature that transmits a message indicating that an on-street parking space that is occupied by a vehicle operated by a user of the portable wireless communication device will become available, following an indication from the user, via a user interface of the portable wireless communications device and when located away from the vehicle, that they will be vacating the parking space, wherein the message also indicates the location at which the vehicle was parked in the parking space as determined by a positioning system of the portable wireless communications device and as stored by the portable wireless communications device and receives notifications that on-street parking spaces in a desired area will become available when other users of portable wireless communications devices that have the same feature indicate that on-street parking spaces occupied by vehicles operated by the other users will become available. transmits a message indicating that an on-street parking space that is occupied by a vehicle operated by a user of the portable wireless communication device will become available, following an indication from the user, via a user interface of the portable wireless communications device and when located away from the vehicle, that they will be vacating the parking space, wherein the message also indicates the location at which the vehicle was parked in the parking space as determined by a positioning system of the portable wireless communications device and as stored by the portable wireless communications device and receives notifications that on-street parking spaces in a desired area will become available when other users of portable wireless communications devices that have the same feature indicate that on-street parking spaces occupied by vehicles operated by the other users will become available.
Method for the manufacturing of extruded profiles that can be anodized with high gloss surfaces, the profiles being extruded of an age hardenable aluminium alloy that can be recrystallized after cold deformation, where the alloy initially is cast to extrusion billets, where the billets are homogenized at a holding temperature between 480°C and 620°C and soaked at this temperature for 0-12 hours, where after the billets are subjected to cooling from the homogenization temperature at a rate of 150°C/h or faster, a) the billets are preheated to a temperature between 400 and 540°C and extruded and cooled rapidly down to room temperature , b) deforming the profile more than 10% by a cold rolling operation, where after c) the profile is flash annealed with a heating time of maximum two minutes to a temperature of between 400 - 530 °C and held at this temperature for not more than 5 minutes to obtain an average grain size of about 100 μm or less, and subsequently quenched, and d) the profile is finally aged, wherein the alloy is a 7xxx alloy containing in wt.%: Si: 0,00-0,30 Mg: 0,50 -2,00 Fe: 0,00-0,15 Cu: 0,00 -0,30 Mn: 0,00 - 0,20 Cr: 0,00-0,10 Zr: 0,00 - 0,20 Sc: 0,00-0,10 Zn: 3,00 - 7,00 Ti: 0,00 - 0,05, and including incidental impurities and balance Al. a) the billets are preheated to a temperature between 400 and 540°C and extruded and cooled rapidly down to room temperature , b) deforming the profile more than 10% by a cold rolling operation, where after c) the profile is flash annealed with a heating time of maximum two minutes to a temperature of between 400 - 530 °C and held at this temperature for not more than 5 minutes to obtain an average grain size of about 100 μm or less, and subsequently quenched, and d) the profile is finally aged, wherein the alloy is a 7xxx alloy containing in wt.%: Si: 0,00-0,30 Mg: 0,50 -2,00 Fe: 0,00-0,15 Cu: 0,00 -0,30 Mn: 0,00 - 0,20 Cr: 0,00-0,10 Zr: 0,00 - 0,20 Sc: 0,00-0,10 Zn: 3,00 - 7,00 Ti: 0,00 - 0,05, and including incidental impurities and balance Al. Si: 0,00-0,30 Mg: 0,50 -2,00 Fe: 0,00-0,15 Cu: 0,00 -0,30 Mn: 0,00 - 0,20 Cr: 0,00-0,10 Zr: 0,00 - 0,20 Sc: 0,00-0,10 Zn: 3,00 - 7,00 Ti: 0,00 - 0,05, and including incidental impurities and balance Al.
Welding and/or cutting system comprising a generator , a welding and/or cutting unit , a connection element suited to connect said welding and/or cutting unit to said generator , wherein the connection element comprises a cable bundle comprising one or more power supply cables and one or more control cables , the one or more control cables being connected to a push button of the welding and/or cutting torch , a protection unit comprising a protection screen that can be darkened, and a control system , said control system comprising first transmission/reception means suitable for cooperating with said protection unit and/or with said protection screen in order to control the darkening of said protection screen and/or the start/stop of the welding and/or cutting arc and a microprocessor , characterized in that said transmission/reception means is of the Bluetooth type, and in that said microprocessor comprises a connection interface for connection to said torch , said interface comprising at least one low-pass filter suited to be connected to said one or more control cables of said connection element .
An ionization method for a substance contained in a liquid, comprising steps of: supplying the liquid onto a substrate from a probe (1; 21; 31; 41); generating an electric field between an electrically conductive portion of the probe (1; 21; 31; 41) in contact with the liquid and an ion extraction electrode; and oscillating an end of the probe (1; 21; 31; 41) in a direction that intersects with the axial direction of the probe (1; 21; 31; 41) to separately cause (i) a state where the probe (1; 21; 31; 41) and the substrate are connected to each other with the intermediation of a liquid bridge made of the liquid containing the substance, and (ii) a state where the probe (1; 21; 31; 41) and the substrate are separated from each other. supplying the liquid onto a substrate from a probe (1; 21; 31; 41); generating an electric field between an electrically conductive portion of the probe (1; 21; 31; 41) in contact with the liquid and an ion extraction electrode; and oscillating an end of the probe (1; 21; 31; 41) in a direction that intersects with the axial direction of the probe (1; 21; 31; 41) to separately cause (i) a state where the probe (1; 21; 31; 41) and the substrate are connected to each other with the intermediation of a liquid bridge made of the liquid containing the substance, and (ii) a state where the probe (1; 21; 31; 41) and the substrate are separated from each other. (i) a state where the probe (1; 21; 31; 41) and the substrate are connected to each other with the intermediation of a liquid bridge made of the liquid containing the substance, and (ii) a state where the probe (1; 21; 31; 41) and the substrate are separated from each other.
Tensioning device for placement on a nut seated on a spindle journal for axially tensioning a tool seated on the spindle journal by means of the nut , comprising a coupling piece provided with at least one actuating unit and comprising a torque coupling for the nut , characterized in that the coupling piece is non-rotatably connected to an output shaft which is operatively connected via a transmission gear to a drive shaft which is non-rotatably connected to the actuating unit .
Method for preparing monomeric aromatic carbodiimides characterized in that this is carried out in the following steps a) carbodiimidizing monomeric aromatic isocyanates in the presence of a catalyst, b) separating the low boilers and catalyst from the reaction product from a) in a thin-film evaporator, c) distilling the residue from b) in a further thin-film evaporator. a) carbodiimidizing monomeric aromatic isocyanates in the presence of a catalyst, b) separating the low boilers and catalyst from the reaction product from a) in a thin-film evaporator, c) distilling the residue from b) in a further thin-film evaporator.
Device for detecting impacts on at least one of the wheels of a motor vehicle, comprising at least one impact sensor (c1) intended to be mounted on a site of force transmission during a longitudinal or lateral impact on a wheel and to longitudinally and transversely measure the impacts at at least one wheel of the motor vehicle, an on-board computer for processing the measurement delivered by the sensor (c1) in order to generate an alert signal (S) according to the level of the impacts experienced, and a warning device intended to receive the alert signal (S) and to communicate this alert signal to the driver, characterized in that said sensor (c1) is placed on a part in contact with a wheel on a part of the chassis, so as to measure the acceleration representative of an impact experienced by the wheel along a transverse and/or longitudinal axis, and is designed to emit at least one signal representative of the acceleration experienced by the wheel along the transverse and/or longitudinal axis.