mhurhangee/ep-ind-claims huggingface dataset:
A method for device control performed by a first device to control services provided by a service providing device, the service providing device being included in a vehicle, the method comprising: receiving authentication information related to the service providing device from a second device; connecting, through in-band communication, to the service providing device; transmitting the authentication information to the service providing device; and if the first device is determined to be a passenger device based on the authentication information, receiving a list of services determined by the service providing device as controllable by the first device; and controlling, by the first device, the services provided by the service providing device, wherein, if the first device is determined to be a driver device, and no passenger device is connected to the service providing device and the vehicle is driving, the first device may not control the services provided by the service providing device. receiving authentication information related to the service providing device from a second device; connecting, through in-band communication, to the service providing device; transmitting the authentication information to the service providing device; and if the first device is determined to be a passenger device based on the authentication information, receiving a list of services determined by the service providing device as controllable by the first device; and controlling, by the first device, the services provided by the service providing device, wherein, if the first device is determined to be a driver device, and no passenger device is connected to the service providing device and the vehicle is driving, the first device may not control the services provided by the service providing device.
Magnetic field measurement device, comprising a detector configured to measure the amplitude A of an output signal at a harmonic of a principal oscillation frequency of a frequency generator, said amplitude being proportional to the magnetic field to be measured, characterised in that it comprises an excitation circuit (6, 7) configured to associate magnetic fields comprising a principal sinusoidal excitation magnetic field and at least one secondary sinusoidal excitation magnetic field, the principal sinusoidal excitation magnetic field being generated by a principal excitation source comprised in said frequency generator oscillating at said principal oscillation frequency, and the secondary sinusoidal excitation magnetic field being generated by a secondary excitation source comprised in said frequency generator oscillating at a secondary oscillation frequency that is a fraction of the principal oscillation frequency, said fraction being of the form 1/n where n is an integer which is odd, respectively even, if said harmonic is odd, respectively even.
Drainage system which comprises: • a drainage arrangement, • a receiving element, • which receives the drainage arrangement in a covering manner, and • which has at least one retaining element to which a facing element can be releasably secured in a reversible manner; and • a tray element, • which has an integrated inclination such that shower water is channelled in the direction of the drainage arrangement, characterized in that • the receiving element • is, as viewed in cross section, of L-shaped configuration with a dorsal web and a transverse web extending perpendicularly away therefrom, wherein, in the mounted state, the dorsal web is arranged so as to extend parallel to a wall, and wherein the transverse web is arranged on the upper side, • can be mounted on the foot side with the dorsal web rising up, with the result that the transverse web engages over an installation space for the drainage arrangement, and • is arranged with its foot side standing on a free end side region of the tray element such that the transverse web forms a cover for the installation space. • a drainage arrangement, • a receiving element, • which receives the drainage arrangement in a covering manner, and • which has at least one retaining element to which a facing element can be releasably secured in a reversible manner; and • which receives the drainage arrangement in a covering manner, and • which has at least one retaining element to which a facing element can be releasably secured in a reversible manner; and • a tray element, • which has an integrated inclination such that shower water is channelled in the direction of the drainage arrangement, • which has an integrated inclination such that shower water is channelled in the direction of the drainage arrangement, • the receiving element • is, as viewed in cross section, of L-shaped configuration with a dorsal web and a transverse web extending perpendicularly away therefrom, wherein, in the mounted state, the dorsal web is arranged so as to extend parallel to a wall, and wherein the transverse web is arranged on the upper side, • can be mounted on the foot side with the dorsal web rising up, with the result that the transverse web engages over an installation space for the drainage arrangement, and • is arranged with its foot side standing on a free end side region of the tray element such that the transverse web forms a cover for the installation space. • is, as viewed in cross section, of L-shaped configuration with a dorsal web and a transverse web extending perpendicularly away therefrom, wherein, in the mounted state, the dorsal web is arranged so as to extend parallel to a wall, and wherein the transverse web is arranged on the upper side, • can be mounted on the foot side with the dorsal web rising up, with the result that the transverse web engages over an installation space for the drainage arrangement, and • is arranged with its foot side standing on a free end side region of the tray element such that the transverse web forms a cover for the installation space.
A transfer system for removing sleeve-shaped workpieces from a first conveyor and for pushing the sleeve-shaped workpieces onto a second conveyor, having a linear drive which comprises a drive housing and a coupling rod, which is accommodated in a linearly movable manner on the drive housing, for providing a linear movement along an axis of movement, wherein a gear unit is arranged at an end region of the coupling rod remote from the drive housing, said gear unit comprising a swivel body which is mounted so as to be pivotable about the axis of movement and on which a first workpiece gripper and a second workpiece gripper are arranged so as to be rotatable about a first axis of rotation, and wherein the gear unit comprises an adjuster, which is designed for initiating an actuating movement for setting a distance between a first gripping region of the first workpiece gripper, which is arranged at a distance from the axis of movement in the radial direction, and a second gripping region of the second workpiece gripper, which is arranged at a distance from the axis of movement in the radial direction, and having a swivel drive, which comprises a swivel drive housing coupled to the drive housing and a swivel shaft mounted on the swivel drive housing so as to be swivellably movable, the swivel shaft being designed for initiating a swivelling movement on the swivel body and for actuating the adjuster for initiating a forced swivelling movement connected to the swivelling movement on the first workpiece gripper.
A modified polyisobutylene polymer for rubber compounding, the modified polyisobutylene polymer being prepared by reacting reactants including a polyisobutylene, an unsaturated dicarboxylic anhydride, and an amino group-containing silane compound, wherein the modified polyisobutylene polymer comprises an end group having a diamide structure satisfying Formula 2 below. in Formula 2, L 1 and L 2 are each independently a linear or branched (C1-C5)alkylene; R 1 and R 2 are each independently selected from among (C1-C5)alkylene, (C1-C5)aminoalkylene, carbonylene, and (C1-C5)alkylcarbonylene; R 3, R 4, and R 5 are each independently selected from among hydrogen, hydroxy, (C1-C20)alkyl, (C1-C12)cycloalkyl, (C2-C14)acyloxy, (C4-C20)aryloxy, (C5-C30) araloxy, (C1-C20)amine, and (C1-C12)alkoxy; A is methylene, S n, or ((R 6)NR 7) n wherein R 6 is hydrogen or (C1-C5) alkyl, R 7 is (C1-C5) alkylene, and n is an integer in a range of from 1 to 10; * indicates a connection with polyisobutylene. L 1 and L 2 are each independently a linear or branched (C1-C5)alkylene; R 1 and R 2 are each independently selected from among (C1-C5)alkylene, (C1-C5)aminoalkylene, carbonylene, and (C1-C5)alkylcarbonylene; R 3, R 4, and R 5 are each independently selected from among hydrogen, hydroxy, (C1-C20)alkyl, (C1-C12)cycloalkyl, (C2-C14)acyloxy, (C4-C20)aryloxy, (C5-C30) araloxy, (C1-C20)amine, and (C1-C12)alkoxy; A is methylene, S n, or ((R 6)NR 7) n wherein R 6 is hydrogen or (C1-C5) alkyl, R 7 is (C1-C5) alkylene, and n is an integer in a range of from 1 to 10; * indicates a connection with polyisobutylene.
A method of recovering a purified protein product from a load fluid, the method comprising: a) exposing a load fluid comprising a protein product to a column comprising a first resin under conditions in which the product binds to the resin; b) recovering fluid comprising the product from the first resin to produce a first eluate; c) titrating the first eluate with a titrant as it passes to the second resin, wherein the titrant alters one or more conditions of the first eluate such when volumetric ratio of the eluate to the titrant varies by up to 40%, the change in partition coefficient of the product for the second resin is less than 10%; d) exposing the titrated eluate to a column comprising the second resin under conditions in which the product binds to the second resin, wherein the column comprising the first resin is arranged in tandem with the column comprising the second resin; and e) recovering fluid comprising the product from the second resin to produce a second eluate, thereby recovering a purified protein product from a load fluid. a) exposing a load fluid comprising a protein product to a column comprising a first resin under conditions in which the product binds to the resin; b) recovering fluid comprising the product from the first resin to produce a first eluate; c) titrating the first eluate with a titrant as it passes to the second resin, wherein the titrant alters one or more conditions of the first eluate such when volumetric ratio of the eluate to the titrant varies by up to 40%, the change in partition coefficient of the product for the second resin is less than 10%; d) exposing the titrated eluate to a column comprising the second resin under conditions in which the product binds to the second resin, wherein the column comprising the first resin is arranged in tandem with the column comprising the second resin; and e) recovering fluid comprising the product from the second resin to produce a second eluate, thereby recovering a purified protein product from a load fluid.
A biomaterial comprising: a neutral acyl lipid; at least one selected from the group consisting of a phospholipid and a quaternary ammonium salt; and a carboxyvinyl polymer, wherein the neutral acyl lipid includes at least one selected from the group consisting of a neutral monoacyl lipid and a neutral diacyl lipid, and a content of the at least one selected from the group consisting of the neutral monoacyl lipid and the neutral diacyl lipid is 80% by mass to 100% by mass with respect to a total mass of the neutral acyl lipid. a neutral acyl lipid; at least one selected from the group consisting of a phospholipid and a quaternary ammonium salt; and a carboxyvinyl polymer, wherein the neutral acyl lipid includes at least one selected from the group consisting of a neutral monoacyl lipid and a neutral diacyl lipid, and a content of the at least one selected from the group consisting of the neutral monoacyl lipid and the neutral diacyl lipid is 80% by mass to 100% by mass with respect to a total mass of the neutral acyl lipid.
A roll capacitor, comprising: four adjacent strips comprising first and second electrode strips (21, 23) alternating with first and second dielectric strips (22, 24), rolled into a cylinder and flattened to provide two diametrically opposite flattened side surfaces (26, 28); wherein each of the dielectric strips is shorter at a radially outer end thereof than an inwardly adjacent one of the electrode strips, effective to expose a radially outer end of each electrode strip (21E, 23E) on an outer side surface of the roll, characterized in that the radially outer end of at least one of the electrode strips is exposed on both the first and second sides (26, 28) of the roll. four adjacent strips comprising first and second electrode strips (21, 23) alternating with first and second dielectric strips (22, 24), rolled into a cylinder and flattened to provide two diametrically opposite flattened side surfaces (26, 28); wherein each of the dielectric strips is shorter at a radially outer end thereof than an inwardly adjacent one of the electrode strips, effective to expose a radially outer end of each electrode strip (21E, 23E) on an outer side surface of the roll, characterized in that the radially outer end of at least one of the electrode strips is exposed on both the first and second sides (26, 28) of the roll.
A working vehicle comprising: tying-down attachment points in at least the front of a vehicle body for attaching a tightening member for preventing reversal at the time of transportation or parking, wherein the tying-down attachment points are arranged at two positions, to the right and left, on a front end surface of the vehicle body, are capable of attachment to a lifting member for lifting the vehicle body upward and have sufficient strength in a vertical direction to withstand a load applied at the time of lifting the vehicle body upward after attaching the lifting member, thereby doubling as lifting attachment points. tying-down attachment points in at least the front of a vehicle body for attaching a tightening member for preventing reversal at the time of transportation or parking, wherein the tying-down attachment points are arranged at two positions, to the right and left, on a front end surface of the vehicle body, are capable of attachment to a lifting member for lifting the vehicle body upward and have sufficient strength in a vertical direction to withstand a load applied at the time of lifting the vehicle body upward after attaching the lifting member, thereby doubling as lifting attachment points.
A computing device comprising: one or more central processing units that push return addresses onto both a call stack and a shadow stack, wherein a shadow stack is a second stack data structure whose contents are protected from being improperly overwritten by hardware-based protections; and one or more computer-readable storage media comprising computer-executable instructions, which, when executed by at least some of the processing units, cause the computing device to: compare a first return address obtained from the call stack to a corresponding first return address obtained from the shadow stack; and generate a verified stack trace comprising both the first return address obtained from the shadow stack and the first return address obtained from the call stack when the comparing reveals that the first return address obtained from the call stack differs from the corresponding first return address obtained from the shadow stack, and generate the verified stack trace comprising the return addresses of the shadow stack when the comparing reveals that the first return address obtained from the call stack does not differ from the corresponding first return address obtained from the shadow stack. one or more central processing units that push return addresses onto both a call stack and a shadow stack, wherein a shadow stack is a second stack data structure whose contents are protected from being improperly overwritten by hardware-based protections; and one or more computer-readable storage media comprising computer-executable instructions, which, when executed by at least some of the processing units, cause the computing device to: compare a first return address obtained from the call stack to a corresponding first return address obtained from the shadow stack; and generate a verified stack trace comprising both the first return address obtained from the shadow stack and the first return address obtained from the call stack when the comparing reveals that the first return address obtained from the call stack differs from the corresponding first return address obtained from the shadow stack, and generate the verified stack trace comprising the return addresses of the shadow stack when the comparing reveals that the first return address obtained from the call stack does not differ from the corresponding first return address obtained from the shadow stack. compare a first return address obtained from the call stack to a corresponding first return address obtained from the shadow stack; and generate a verified stack trace comprising both the first return address obtained from the shadow stack and the first return address obtained from the call stack when the comparing reveals that the first return address obtained from the call stack differs from the corresponding first return address obtained from the shadow stack, and generate the verified stack trace comprising the return addresses of the shadow stack when the comparing reveals that the first return address obtained from the call stack does not differ from the corresponding first return address obtained from the shadow stack.
A method for selecting a transport format combination, TFC, out of a transport format combination set, TFCS, for use in a wireless communication, the method comprising the steps of: providing a list of blocked TFCs out of the TFCs of the TFCS previously having a determined transmission power level exceeding a maximum allowed power level; for each blocked TFC, determining whether the TFC has a determined transmission power level exceeding the maximum allowed power level; for each blocked TFC not exceeding the maximum allowed power level based on the determination, restoring that blocked TFC to a list of available TFCs of the TFCS, the available TFCs being TFCs which do not exceed the maximum allowed power level; selecting a TFC out of the list of available TFCs. providing a list of blocked TFCs out of the TFCs of the TFCS previously having a determined transmission power level exceeding a maximum allowed power level; for each blocked TFC, determining whether the TFC has a determined transmission power level exceeding the maximum allowed power level; for each blocked TFC not exceeding the maximum allowed power level based on the determination, restoring that blocked TFC to a list of available TFCs of the TFCS, the available TFCs being TFCs which do not exceed the maximum allowed power level; selecting a TFC out of the list of available TFCs.
Composition based on zirconium oxide and cerium oxide with a zirconium oxide proportion of at least 50% by weight, characterized in that it has a maximum reducibility temperature of at most 500°C and a specific surface area of at least 40 m 2 /g after calcination for 6 hours at 500°C and in that it is in the form of a tetragonal phase.
Device for unwinding a material web, in particular a paper or card web, comprising a winding roll (2, 3) for a downstream machine unit for processing the material web, the axle journals thereof being mounted in axle journal bearings with a rotatable outer ring, having a primary unwinding device, a secondary unwinding device, a transport apparatus running between the primary unwinding device and the secondary unwinding device and a gluing and separating device, and wherein the transport apparatus is stationary, characterized in that the primary unwinding device, the secondary unwinding device and the transport apparatus have two running surfaces (11, 12) each running in parallel with each other and coming into contact with corresponding counter surfaces of the outer rings of the axle journal bearings for moving the winding roll (2, 3) from the primary unwinding device to the secondary unwinding device, the axial location of the running surfaces of the primary unwinding device and the secondary unwinding device being adjustable and the running surfaces of the primary unwinding device and the secondary unwinding device and the corresponding counter surfaces of the outer rings having a shape guiding the respective outer ring axially, and the running surfaces of the transport apparatus provide at least an axial clearance corresponding to the extent of the axial adjustment of the running surfaces of the primary unwinding device and the secondary unwinding device. characterized in that the primary unwinding device, the secondary unwinding device and the transport apparatus have two running surfaces (11, 12) each running in parallel with each other and coming into contact with corresponding counter surfaces of the outer rings of the axle journal bearings for moving the winding roll (2, 3) from the primary unwinding device to the secondary unwinding device, the axial location of the running surfaces of the primary unwinding device and the secondary unwinding device being adjustable and the running surfaces of the primary unwinding device and the secondary unwinding device and the corresponding counter surfaces of the outer rings having a shape guiding the respective outer ring axially, and the running surfaces of the transport apparatus provide at least an axial clearance corresponding to the extent of the axial adjustment of the running surfaces of the primary unwinding device and the secondary unwinding device.
Electric machine, comprising a rotor and a stator, the rotor comprising: o p pairs of magnetic poles each having a magnetic pole axis, ∘ an air gap defining a space between the rotor and the stator, said air gap having a nonconstant radial thickness, characterized in that said air gap has a thickness e 0 (θ m) defined by the following formula: e 0 θm = e 0, average + Δ e 2 cos p ∗ θm ∗ h + Δ θ wherein: ∘ θ m: is the mechanical position of said air gap measured in degrees and varying between 0° and 360°, ∘ e 0, average: is the average thickness of said air gap measured in mm and determined as the average value integrated over all the mechanical positions θ m between 0° and 360°, ∘ Δ e: is the maximum variation of said air gap, measured in mm and determined as the difference between the smallest thickness of the air gap, in a mechanical position θ m the stator and the rotor are closest together and the greatest thickness, in another mechanical position θ m the stator and the rotor are furthest apart from one another, ∘ p: is the number of pairs of poles, ∘ h: is an integer representing a predetermined harmonic rank, ∘ Δθ: is the initial radial phase shift between the axis of a magnetic pole and the point of the maximum amplitude of the sinusoidal function. o p pairs of magnetic poles each having a magnetic pole axis, ∘ an air gap defining a space between the rotor and the stator, said air gap having a nonconstant radial thickness, ∘ θ m: is the mechanical position of said air gap measured in degrees and varying between 0° and 360°, ∘ e 0, average: is the average thickness of said air gap measured in mm and determined as the average value integrated over all the mechanical positions θ m between 0° and 360°, ∘ Δ e: is the maximum variation of said air gap, measured in mm and determined as the difference between the smallest thickness of the air gap, in a mechanical position θ m the stator and the rotor are closest together and the greatest thickness, in another mechanical position θ m the stator and the rotor are furthest apart from one another, ∘ p: is the number of pairs of poles, ∘ h: is an integer representing a predetermined harmonic rank, ∘ Δθ: is the initial radial phase shift between the axis of a magnetic pole and the point of the maximum amplitude of the sinusoidal function.