mhurhangee/patent-ind-claim-en huggingface dataset:
Method for remote subscription management of an embedded Universal Integrated Circuit Card, eUICC, cooperating with a terminal , said eUICC comprising a private key (Prkeu) and a public certificate (Cert-eu) signed by its manufacturer, said public certificate (Cert-eu) also comprising an information allowing a subscription manager server , with no prior knowledge of said eUICC , to decide if it can agree to manage said eUICC , said method comprising: a- At the occurrence of an event, establishing a secure channel between said terminal and said subscription manager server by using said public certificate (Cert-eu) and dedicated cryptographic services of said eUICC ; b- Sending from said terminal to said subscription manager server a subscription management request, said subscription management request being considered as an enrolment request by said subscription manager server ; c- Verifying, thanks to said information comprised in the received public certificate from said eUICC , in said subscription manager server if said eUICC is entitled to be managed by said subscription manager server and, if yes: d- Performing a key establishment procedure between said subscription manager server and said eUICC by using said eUICC public certificate, this step being the enrolment of the eUICC by said subscription manager server ; e- Establishing between said subscription manager server and said eUICC a secure channel with the keys generated at step -d-; f- Executing by said subscription manager server said subscription management request on said eUICC . a- At the occurrence of an event, establishing a secure channel between said terminal and said subscription manager server by using said public certificate (Cert-eu) and dedicated cryptographic services of said eUICC ; b- Sending from said terminal to said subscription manager server a subscription management request, said subscription management request being considered as an enrolment request by said subscription manager server ; c- Verifying, thanks to said information comprised in the received public certificate from said eUICC , in said subscription manager server if said eUICC is entitled to be managed by said subscription manager server and, if yes: d- Performing a key establishment procedure between said subscription manager server and said eUICC by using said eUICC public certificate, this step being the enrolment of the eUICC by said subscription manager server ; e- Establishing between said subscription manager server and said eUICC a secure channel with the keys generated at step -d-; f- Executing by said subscription manager server said subscription management request on said eUICC . d- Performing a key establishment procedure between said subscription manager server and said eUICC by using said eUICC public certificate, this step being the enrolment of the eUICC by said subscription manager server ; e- Establishing between said subscription manager server and said eUICC a secure channel with the keys generated at step -d-; f- Executing by said subscription manager server said subscription management request on said eUICC .
Use of carboxymethylated polylysines having a degree of modification (DM) of at least 50%, preferably at least 70 %, more preferably at least 80%, and up to 90% or even 100% as a dispersing agent and/or chelating agent wherein the degree of modification (DM) is determined in accordance with the following equation: DM = moles of carboxymethyl groups 2 × moles of lysine monomeric units × 100 % wherein the moles of carboxymethyl groups and the moles of lysine monomeric units are determined according to the resonance signals assigned to respective protons as measured by 1 H NMR in D 2 O.
A method for improving racecar driver performance wherein a computing device monitors vehicle information associated with the car to apply to the driver, via at least one tactile stimulation device, a tactile signal, the method comprising: detecting a driver-initiated event performed during driving of the racecar, said detecting performed by the computing device that monitors real time vehicle information associated with the racecar; comparing actual timing of the driver-initiated event to an optimum timing of the driver-initiated event; applying to a driver, via at least one tactile stimulation device, in real time the tactile signal that is dependent on a result of said comparing. detecting a driver-initiated event performed during driving of the racecar, said detecting performed by the computing device that monitors real time vehicle information associated with the racecar; comparing actual timing of the driver-initiated event to an optimum timing of the driver-initiated event; applying to a driver, via at least one tactile stimulation device, in real time the tactile signal that is dependent on a result of said comparing.
A feline calicivirus (FCV) capsid protein having an amino acid sequence as given in SEQ ID NO: 34.
Container having at least one bale arm being pivotably supported in opposing side walls in such a manner that it is movable between a stacking position, in which a transverse member of the bale arm extends between the opposing side walls forming a support for a base of another container stacked thereon, and a resting position in which the transverse member is removed from an opening and rests against a resting wall portion of the container , wherein a hinge pin is provided at each end portion of the at least one bale arm and is configured to be received in a respective hinge eye inside of a respective slot formed in each of the opposing container side walls , the hinge pin having an end face including an inclined surface, characterized in that the inclined surface is configured such that, in an assembling position of the bale arm , in which the transverse member is arranged in the stacking position and the hinge pins are arranged next to the slots , the inclined surface of the end face faces the slot in an assembling direction and the hinge pin slopes or tapers in a direction towards a slot opening such that a length of the hinge pin , at a side thereof facing towards the slot opening in the assembling position, is reduced compared to a side of the hinge pin which opposes the slot opening, in order to provide an insertion ramp for inserting the hinge pin into the slot and into the hinge eye formed therein. a stacking position, in which a transverse member of the bale arm extends between the opposing side walls forming a support for a base of another container stacked thereon, and a resting position in which the transverse member is removed from an opening and rests against a resting wall portion of the container , wherein a hinge pin is provided at each end portion of the at least one bale arm and is configured to be received in a respective hinge eye inside of a respective slot formed in each of the opposing container side walls , the hinge pin having an end face including an inclined surface, characterized in that the inclined surface is configured such that, in an assembling position of the bale arm , in which the transverse member is arranged in the stacking position and the hinge pins are arranged next to the slots , the inclined surface of the end face faces the slot in an assembling direction and the hinge pin slopes or tapers in a direction towards a slot opening such that a length of the hinge pin , at a side thereof facing towards the slot opening in the assembling position, is reduced compared to a side of the hinge pin which opposes the slot opening, in order to provide an insertion ramp for inserting the hinge pin into the slot and into the hinge eye formed therein.
A transmission system , especially for a motor vehicle, having around an axis (O) at least an input shell that is rotationally connected to a driving shaft and to a drive web in order to rotationally connect said input shell to a double wet clutch mechanism that is controlled to selectively couple said driving shaft to a first driven shaft (A1) and to a second driven shaft (A2), said double wet clutch mechanism having at least a first clutch (E1) and a second clutch (E2) respectively of the multiple-disc type, each of said first and second clutches (E1, E2) having at least one axially movable piston that is controlled as to displacement by means of a control chamber with which is associated a compensating chamber delimited at least by a compensating piston , said piston causing axial clamping, in an engaged position, of a multiple-disc assemblage against reaction means , said multiple-disc assemblage having at least friction discs rotationally connected to an external disc carrier and flanges that are rotationally connected via at least one internal disc carrier to one of said first and second driven shafts (A1, A2), Characterized in that the drive web , the internal disc carrier of the first clutch (E1), the internal disc carrier of the second clutch (E2), and said reaction means interposed axially between said internal disc carriers are separate parts; and said double wet clutch mechanism has connecting means arranged axially between the pistons of the first clutch (E1) and of the second clutch (E2) which, for direct transmission of input power, connect at least the separate parts together with zero axial clearance.
An electronic apparatus for acquiring indoor climate data in a room equipped with a heating/cooling surface , comprising a rear part for mounting the apparatus to a room wall or the heating/cooling surface , a housing front part which projects into the room in the mounted state of the apparatus , and a temperature measuring device, the temperature measuring device including a first temperature sensor for measuring a first temperature, which is arranged on the rear part , and a second temperature sensor for measuring a second temperature, which is arranged in the housing front part , characterized in that the electronic apparatus further comprises an evaluation unit and is configured such that the evaluation unit , with the aid of the temperature measuring device, counts and/or calculates and integrates the accruing heat absorption units only in a cooling operation of the heating/cooling surface in which a coolant flows through the heating/cooling surface and the difference between the temperature measured by the second temperature sensor and that measured by the first temperature sensor is greater than 1 K (TL-TH > 1 K), the heat absorption units being proportional to a function of this difference (dE ∼ f(TL-TH)).
An apparatus for manufacturing plastic bags from at least two layers of plastic film with a welding tool for welding together the at least two layers of plastic film at an edge, wherein the welding tool has a lower tool plate and an upper tool plate , characterized in that the lower tool plate is driven by means of a crank and a servomotor , and wherein the servomotor is connected with a measuring device for detecting the power consumption.
A time-of-flight device, comprising: a light source (2; 20), including: a vertical-cavity surface-emitting laser including a liquid crystal section configured to provide light generated by the vertical-cavity surface-emitting laser at an operating wavelength adjustable to at least one of two or more distant wavelengths; an imaging sensor (6; 35), including: an imaging portion ; and a liquid crystal portion configured to transfer light at the operating wavelength to the imaging portion ; and a control (11; 51) configured to adjust the operating wavelength of the light source (2; 20) and the imaging sensor (6; 35). a light source (2; 20), including: a vertical-cavity surface-emitting laser including a liquid crystal section configured to provide light generated by the vertical-cavity surface-emitting laser at an operating wavelength adjustable to at least one of two or more distant wavelengths; an imaging sensor (6; 35), including: an imaging portion ; and a liquid crystal portion configured to transfer light at the operating wavelength to the imaging portion ; and an imaging portion ; and a liquid crystal portion configured to transfer light at the operating wavelength to the imaging portion ; and a control (11; 51) configured to adjust the operating wavelength of the light source (2; 20) and the imaging sensor (6; 35).
Synchronous reluctance machine , in particular motor or generator with a power output of greater than 300 kW, with a stator and a rotor which is spaced apart by way of an air gap and is mounted such that it can be rotated about an axis , the laminations of which rotor , which are arranged axially behind one another, in each case have an anisotropic magnetic structure which is formed by way of flux blocking portions and flux conducting portions, and the flux blocking portions and flux conducting portions forming poles of the rotor , the said flux blocking portions forming axially running channels and making an axial air flow possible, the laminated core of the rotor being divided axially into at least two part laminated cores , there being radial cooling gaps in each case between the poles in the region of the q-axis, as viewed in the circumferential direction, and between the part laminated cores , as viewed axially, which cooling gaps permit at least part of the axial air flow to exit radially into the air gap , characterized in that the radial cooling gap is formed between at least two part laminated cores of the rotor by way of intermediate elements , the intermediate elements being magnetically conductive, in order to guide additional magnetic flux in the rotor in order to increase the inductance in the d-axis, the intermediate elements comprising cut-outs as flux blocking portions which also conduct the air in the axial direction through the rotor .
An electrostimulation device comprising a power source electrically coupled to a component comprising at least one electrode comprising one or more materials that promote osteoblast adhesion, wherein said at least one electrode is configured to be placed within the cranial bone, and comprises a cylindrical or slightly conical shape comprising a first side and a second side, wherein said at least one electrode has one or both of the following: (a) a cylinder length to diameter (l/d) ratio of about 0.3 to about 5.0; and/or (b) a surface roughness (Sa) of about 0.5 μm to about 3.0 μm on said second side of said at least one electrode. (a) a cylinder length to diameter (l/d) ratio of about 0.3 to about 5.0; and/or (b) a surface roughness (Sa) of about 0.5 μm to about 3.0 μm on said second side of said at least one electrode.
A matrix copolymer, comprising: a cellulose nanocrystal derivative; an alkyl (meth)acrylate-based monomer unit; an aromatic vinyl-based monomer unit; and a vinyl cyan-based monomer unit. a cellulose nanocrystal derivative; an alkyl (meth)acrylate-based monomer unit; an aromatic vinyl-based monomer unit; and a vinyl cyan-based monomer unit.
A method for transmitting a downlink, DL, grant and DL data to a wireless device , the method being performed by a network node , the method comprising: obtaining (S102) an indication for providing the DL data to the wireless device ; and transmitting (S106), in a frequency band of a transmission time interval, sTTI, of a short subframe, the DL grant for the wireless device and the DL data for the wireless device , wherein the position of the DL grant in the sTTI frequency band identifies the position of the DL data in the sTTI frequency band; characterised in that a short subframe is shorter than 1 ms, and the DL grant and the DL data are transmitted in a starting Orthogonal Frequency Division Multiplexing, OFDM, symbol of the sTTI. obtaining (S102) an indication for providing the DL data to the wireless device ; and transmitting (S106), in a frequency band of a transmission time interval, sTTI, of a short subframe, the DL grant for the wireless device and the DL data for the wireless device , wherein the position of the DL grant in the sTTI frequency band identifies the position of the DL data in the sTTI frequency band; characterised in that a short subframe is shorter than 1 ms, and the DL grant and the DL data are transmitted in a starting Orthogonal Frequency Division Multiplexing, OFDM, symbol of the sTTI.
An anchoring adhesive cartridge, slug, or package, comprising: a first part A and a second part B, wherein wherein the first part A is contained in a first capsule and the second part B is contained in a second capsule; and the first part A and the second part B are present in a weight ratio of 1:4 to 40:1; the first part A comprising 1-30 % by weight of an isocyanurate compound and 3-50 % by weight of a vinyl ester compound, zero to 40 % by weight of one or more additional monomers, and 20-70 % by weight of one or more fillers; the second part B comprising a free radical initiator, wherein the isocyanurate compound is selected from the group consisting of isocyanurate acrylates, isocyanurate diacrylates, isocyanurate triacrylates, and combinations thereof. a first part A and a second part B, wherein wherein the first part A is contained in a first capsule and the second part B is contained in a second capsule; and the first part A and the second part B are present in a weight ratio of 1:4 to 40:1; the first part A comprising 1-30 % by weight of an isocyanurate compound and 3-50 % by weight of a vinyl ester compound, zero to 40 % by weight of one or more additional monomers, and 20-70 % by weight of one or more fillers; the second part B comprising a free radical initiator,
A photodetector comprising an active layer configured so as to generate charge carriers of a first type and of a second type by absorption of electromagnetic radiation , a first electrode capable of collecting charge carriers of the first type and a second electrode capable of collecting charge carriers of the second type, the first electrode including a collection layer of charge carriers of the first type comprising: - self-assembled monolayers , and - nanowires including metal and functionalized by said self-assembled monolayers of said collection layer of charge carriers of the first type, the self-assembled monolayers of the collection layer of charge carriers of the first type functionalizing the nanowires of said collection layer of charge carriers of the first type so as to modify the work function of the material forming said nanowires , characterized in that the collection layer of charge carriers of the first type includes PVDF-TrFe . - self-assembled monolayers , and - nanowires including metal and functionalized by said self-assembled monolayers of said collection layer of charge carriers of the first type,
An electric power steering apparatus that calculates a current command value based on at least a steering torque, drives a motor based on said current command value and assist-controls a steering system by means of driving-control of said motor , comprising: a handle-returning control section which calculates a target steering angular velocity for a handle-returning by using said steering torque, said current command value, a vehicle speed and a steering angle, and calculates a handle-returning control current based on a deviation between a steering angular velocity and said target steering angular velocity; characterized in that said handle-returning control section interposes a filter , which attenuates frequency components which are equal to or higher than a steering input or which are equal to or higher than vehicle motion characteristics based on said steering input, in a calculation path of said target steering angular velocity, wherein said motor is driven by correcting said current command value by means of said handle-returning control current. a handle-returning control section which calculates a target steering angular velocity for a handle-returning by using said steering torque, said current command value, a vehicle speed and a steering angle, and calculates a handle-returning control current based on a deviation between a steering angular velocity and said target steering angular velocity; characterized in that said handle-returning control section interposes a filter , which attenuates frequency components which are equal to or higher than a steering input or which are equal to or higher than vehicle motion characteristics based on said steering input, in a calculation path of said target steering angular velocity, wherein said motor is driven by correcting said current command value by means of said handle-returning control current.
A method of fabricating a composite structure, comprising: stitching , using a thermoplastic resin, prepreg plies together into a stitched stack of prepreg plies having varying fiber orientations, the prepreg plies comprising a matrix resin , wherein the matrix resin is a thermoset resin; thermally curing the stitched stack of prepreg plies ; and melting the stitching during thermal curing of the stitched stack of prepreg plies , wherein melting of the stitching during thermal curing comprises melting and dissolving the stitching into the matrix resin after the viscosity of the matrix resin begins to increase, as the matrix resin begins to harden during an initial stage of curing, and before the stitched stack of prepreg plies is fully cured. stitching , using a thermoplastic resin, prepreg plies together into a stitched stack of prepreg plies having varying fiber orientations, the prepreg plies comprising a matrix resin , wherein the matrix resin is a thermoset resin; thermally curing the stitched stack of prepreg plies ; and melting the stitching during thermal curing of the stitched stack of prepreg plies , wherein melting of the stitching during thermal curing comprises melting and dissolving the stitching into the matrix resin after the viscosity of the matrix resin begins to increase, as the matrix resin begins to harden during an initial stage of curing, and before the stitched stack of prepreg plies is fully cured.
A method comprising: receiving, by processing circuitry, a three-dimensional mesh structure associated with a plurality of electrodes of a lead, wherein the three-dimensional mesh structure comprises a plurality of vertices corresponding to locations on the three-dimensional mesh structure; adjusting, by the processing circuitry, one or more vertices of the plurality of vertices to generate an adjusted shape of the three-dimensional mesh structure according to an intersection between activated tissue and non-activated tissue; and controlling, by the processing circuitry, a display interface to output a visual representation of the adjusted shape of the three-dimensional mesh structure. receiving, by processing circuitry, a three-dimensional mesh structure associated with a plurality of electrodes of a lead, wherein the three-dimensional mesh structure comprises a plurality of vertices corresponding to locations on the three-dimensional mesh structure; adjusting, by the processing circuitry, one or more vertices of the plurality of vertices to generate an adjusted shape of the three-dimensional mesh structure according to an intersection between activated tissue and non-activated tissue; and controlling, by the processing circuitry, a display interface to output a visual representation of the adjusted shape of the three-dimensional mesh structure.
A pharmaceutical composition for oral administration suitable for treating or preventing obesity and/or type 2 diabetes mellitus, comprising isolated, purified BT lipopeptides from Brevibacillus texasporus in an amount effective to induce body weight normalization and/or to control blood glucose levels and increase insulin sensitivity, wherein said BT lipopeptides are water soluble, and wherein said BT lipopeptides are set forth in SEQ ID NOs: 1-9.