mhurhangee/ep-ind-claims huggingface dataset:
A method of transmitting a phase tracking reference signal, PT-RS, by a user equipment, UE, in a wireless communication system, the method comprising: receiving, from a base station, first information regarding power boosting for transmission of the PT-RS and second information regarding a precoding matrix for transmission of a Physical Uplink Shared Channel, PUSCH; the method being characterized by determining a power boosting level based on the first information and the second information, wherein the power boosting level is related to a PUSCH to PT-RS power ratio per layer per resource element, RE; and transmitting, to the base station, the PT-RS based on the determined power boosting level, wherein determining the power boosting level comprises: based on the precoding matrix determined by the second information being a partial coherent precoding matrix or a non-coherent precoding matrix, determining the power boosting level based on a number of PT-RS ports. receiving, from a base station, first information regarding power boosting for transmission of the PT-RS and second information regarding a precoding matrix for transmission of a Physical Uplink Shared Channel, PUSCH; the method being characterized by determining a power boosting level based on the first information and the second information, wherein the power boosting level is related to a PUSCH to PT-RS power ratio per layer per resource element, RE; and transmitting, to the base station, the PT-RS based on the determined power boosting level, wherein determining the power boosting level comprises: based on the precoding matrix determined by the second information being a partial coherent precoding matrix or a non-coherent precoding matrix, determining the power boosting level based on a number of PT-RS ports. based on the precoding matrix determined by the second information being a partial coherent precoding matrix or a non-coherent precoding matrix, determining the power boosting level based on a number of PT-RS ports.
A medical driver comprising: a handle; a drive shaft coupled to the handle, the drive shaft being configured to couple with an access assembly for drilling into bone, the drive shaft further being configured to be displaced relative to the handle from a rotationally restricted state in which the drive shaft is rotationally restricted relative to the handle to a drilling state in which the drive shaft is freely rotatable in at least one direction relative to the handle; a mechanical energy-storage device coupled to the drive shaft, the energy storage device being configured to automatically rotate the drive shaft relative to the handle upon transition of the drive shaft to the drilling state; and a biasing element coupled to the handle and to the drive shaft, the biasing element being configured to provide a bias to maintain the drive shaft in the rotationally restricted state, wherein, when distal movement of the drive shaft is opposed, application of a distally directed force on the handle in an amount sufficient to overcome the bias of the biasing element transitions the drive shaft to the drilling state to automatically permit the energy-storage device to rotate the drive shaft relative to the handle. a handle; a drive shaft coupled to the handle, the drive shaft being configured to couple with an access assembly for drilling into bone, the drive shaft further being configured to be displaced relative to the handle from a rotationally restricted state in which the drive shaft is rotationally restricted relative to the handle to a drilling state in which the drive shaft is freely rotatable in at least one direction relative to the handle; a mechanical energy-storage device coupled to the drive shaft, the energy storage device being configured to automatically rotate the drive shaft relative to the handle upon transition of the drive shaft to the drilling state; and a biasing element coupled to the handle and to the drive shaft, the biasing element being configured to provide a bias to maintain the drive shaft in the rotationally restricted state, wherein, when distal movement of the drive shaft is opposed, application of a distally directed force on the handle in an amount sufficient to overcome the bias of the biasing element transitions the drive shaft to the drilling state to automatically permit the energy-storage device to rotate the drive shaft relative to the handle.
Head-up display apparatus for a motor vehicle, having a housing (31, 32), which has a projection device, arranged in the housing (31, 32), for producing a virtual image on a projection surface that lies outside the housing (31, 32) and is observable by an observer, and having at least one mirror which is mounted so as to be pivotable about an axis of rotation and is configured to deflect, in a deflection position, light output by a light source of the projection device, and having an adjustment apparatus which is coupled to the mirror and has a motorized drive unit for adjusting the deflection position of the mirror by pivoting it about the axis of rotation, wherein the adjustment apparatus has a setting element which has a helical groove, and the adjustment apparatus has a coupling element coupled to the helical groove, wherein the coupling element is movable in the helical groove in relation to the helical groove for pivoting the mirror, characterized in that the mirror has a frame with a support lug, wherein the coupling element is arranged at a lower edge of the support lug. wherein the adjustment apparatus has a setting element which has a helical groove, and the adjustment apparatus has a coupling element coupled to the helical groove, wherein the coupling element is movable in the helical groove in relation to the helical groove for pivoting the mirror, characterized in that the mirror has a frame with a support lug, wherein the coupling element is arranged at a lower edge of the support lug.
A mouthpiece for use with a handheld inhaler, the mouthpiece comprising a housing, wherein the housing comprises: an inlet connectable to a medicament delivery device comprising a medicament container delivering an aerosol, an outlet opening for the aerosol, and a channel extending through the housing connecting the inlet and the outlet opening for directing the aerosol from the inlet to the outlet opening, wherein a plane extends through and along the channel, the plane defining on respective sides thereof an upper side and lower side of the housing, and wherein an anterior portion of the housing is adapted to be placed in a mouth of a patient, wherein the anterior portion of the housing is configured to direct the outlet opening upwardly in the oral cavity when the anterior portion is placed in the mouth of the patient, wherein groove portions (30, 32) adapted for placing lips of a patient there against extend at least partially around the housing adjacent to the anterior portion, and wherein at least one groove portion on the upper side extends closer to the outlet opening than at least one groove portion on the lower side. an inlet connectable to a medicament delivery device comprising a medicament container delivering an aerosol, an outlet opening for the aerosol, and a channel extending through the housing connecting the inlet and the outlet opening for directing the aerosol from the inlet to the outlet opening, wherein a plane extends through and along the channel, the plane defining on respective sides thereof an upper side and lower side of the housing, and wherein an anterior portion of the housing is adapted to be placed in a mouth of a patient, wherein the anterior portion of the housing is configured to direct the outlet opening upwardly in the oral cavity when the anterior portion is placed in the mouth of the patient, wherein groove portions (30, 32) adapted for placing lips of a patient there against extend at least partially around the housing adjacent to the anterior portion, and wherein at least one groove portion on the upper side extends closer to the outlet opening than at least one groove portion on the lower side.
Use of a radical compound in a composition comprising at least one hydrocarbon or in a composition comprising water and urea and intended for use in the automotive field or in an additive composition intended for addition to a composition comprising at least one hydrocarbon, for marking said compositions, said marking being monitored by electron paramagnetic resonance.
Voltage sensing device for a high and/or medium voltage power carrying conductor, the voltage sensing device comprising: - a radially outer electrode operable as a first sensing electrode of a sensing capacitor for sensing the voltage of the power carrying conductor; - a radially inner electrode (2, 6) operable as a second sensing electrode of the sensing capacitor; - a dielectric material arranged between the inner and the outer electrode (3, 2, 6), characterised in that the coefficient of thermal expansion of the material of one electrode (3, 2, 6) is selected such that it compensates the temperature dependent parameters of the dielectric material and/or of the other electrode (3, 2, 6), that influences the capacity of the voltage sensing capacitor. - a radially outer electrode operable as a first sensing electrode of a sensing capacitor for sensing the voltage of the power carrying conductor; - a radially inner electrode (2, 6) operable as a second sensing electrode of the sensing capacitor; - a dielectric material arranged between the inner and the outer electrode (3, 2, 6), characterised in that the coefficient of thermal expansion of the material of one electrode (3, 2, 6) is selected such that it compensates the temperature dependent parameters of the dielectric material and/or of the other electrode (3, 2, 6), that influences the capacity of the voltage sensing capacitor.
Modular housing unit comprising: - base plinths and base frames to support the housing unit; - supporting angle columns to support roof trusses; - horizontal beams (10, 11) to connect said angle columns; - vertical beams supporting the horizontal beams; characterized in that: said base plinths comprising a box element (1.2) having lateral walls, which walls (1.3) bear longitudinal guides (1.5) for brackets supporting conduits (2.4), a first head opening closed by a closing plate (1.4) flush with said box element, the closing plate bearing a plurality of holes (1.16) engageable by pins on which said columns are installed, said holes being arranged in a quincunx pattern on four equal quadrants in which said plate is divided; and said supporting angle columns comprise a boxed body (8.1) with a longitudinal overall L-shaped section having a first end fixed to a connecting plate which plate connects to said base plinth, and a second end fixing an element of said roof trusses with said connecting beams, wherein said connecting plate comprises holes (4.4) arranged in a quincunx pattern to engage said fixing pins. - base plinths and base frames to support the housing unit; - supporting angle columns to support roof trusses; - horizontal beams (10, 11) to connect said angle columns; - vertical beams supporting the horizontal beams; said base plinths comprising a box element (1.2) having lateral walls, which walls (1.3) bear longitudinal guides (1.5) for brackets supporting conduits (2.4), a first head opening closed by a closing plate (1.4) flush with said box element, the closing plate bearing a plurality of holes (1.16) engageable by pins on which said columns are installed, said holes being arranged in a quincunx pattern on four equal quadrants in which said plate is divided; and said supporting angle columns comprise a boxed body (8.1) with a longitudinal overall L-shaped section having a first end fixed to a connecting plate which plate connects to said base plinth, and a second end fixing an element of said roof trusses with said connecting beams, wherein said connecting plate comprises holes (4.4) arranged in a quincunx pattern to engage said fixing pins.
A vehicle door handle apparatus including a door handle having an inner space therein, a first wall portion having an operation surface at an outer side thereof, and a first inner surface at an inner side thereof, the first inner surface being a part of a surface defining the inner space of the door handle, a sensor electrode positioned inside the inner space so as to face the first inner surface of the first wall portion and capable of generating electrostatic capacitance between the sensor electrode and a dielectric approaching the operation surface, and a second wall portion facing the first wall portion, the second wall portion having a second inner surface at an inner side thereof, the second inner surface being a part of a surface defining the inner space of the door handle, wherein the door handle has both a handle main body, which has the second wall portion and a recessed portion housing the sensor electrode therein, and a cover, which has the first wall portion and fixed to the handle main body so as to close the recessed portion and to define the inner space together with the handle main body, the apparatus further comprising: an antenna assembly which is allocated within the inner space and supports the sensor electrode; and a coil spring which is housed within the inner space and fixed to the antenna assembly for biasing the sensor electrode together with the antenna assembly so that the sensor electrode comes to in contact with the first inner surface, wherein the operation surface is opposite to a decorative surface openly facing an outside of a vehicle chamber; the antenna assembly includes an antenna case having at least one flange portion, the at least one flange portion includes at least one pawl by which the coil spring is engaged; the coil spring extends in a vehicle lateral direction and projects towards the inner space from the second wall portion; one end of the coil spring is in contact with the second inner surface of the second wall portion of the door handle; the other end of the coil spring is fixed to the flange portion of the antenna case; and the coil spring biases the antenna assembly to the cover. an antenna assembly which is allocated within the inner space and supports the sensor electrode; and a coil spring which is housed within the inner space and fixed to the antenna assembly for biasing the sensor electrode together with the antenna assembly so that the sensor electrode comes to in contact with the first inner surface, wherein the operation surface is opposite to a decorative surface openly facing an outside of a vehicle chamber; the antenna assembly includes an antenna case having at least one flange portion, the at least one flange portion includes at least one pawl by which the coil spring is engaged; the coil spring extends in a vehicle lateral direction and projects towards the inner space from the second wall portion; one end of the coil spring is in contact with the second inner surface of the second wall portion of the door handle; the other end of the coil spring is fixed to the flange portion of the antenna case; and the coil spring biases the antenna assembly to the cover.
A method for cross-linking a styrenic polymer, comprising: providing a partly sulphonated styrenic polymer, and cross-linking the partly sulphonated styrenic polymer in the presence of a polyphosphoric acid. providing a partly sulphonated styrenic polymer, and cross-linking the partly sulphonated styrenic polymer in the presence of a polyphosphoric acid.
A method, comprising: Transmitting, by a controller device, a pair setup start request to an accessory device; Receiving, from the accessory device, a random salt and a first public key generated by the accessory device; acquiring a setup code from a user associated with the controller device; creating, by the controller device, a secure remote password session with the accessory device based at least in part on the setup code; generating, by the controller device, a second public key and a shared secret; generating, by the controller device, a first identity proof; transmitting, to the accessory device, a verification request including the second public key and the first identity proof; receiving, from the accessory device, a second identity proof generated by the accessory device; verifying the second identity proof; generating, by the controller device, an encryption key; encrypting, using the encryption key, a controller long term public key to generate encrypted data and a first authentication tag; transmitting, to the accessory device, the encrypted data and the first authentication tag; receiving, from the accessory device, a second authentication tag generated by the accessory device; and when the second authentication tag is verified, establishing a pairing with the accessory device in response to decrypting and storing an accessory long term public key. Transmitting, by a controller device, a pair setup start request to an accessory device; Receiving, from the accessory device, a random salt and a first public key generated by the accessory device; acquiring a setup code from a user associated with the controller device; creating, by the controller device, a secure remote password session with the accessory device based at least in part on the setup code; generating, by the controller device, a second public key and a shared secret; generating, by the controller device, a first identity proof; transmitting, to the accessory device, a verification request including the second public key and the first identity proof; receiving, from the accessory device, a second identity proof generated by the accessory device; verifying the second identity proof; generating, by the controller device, an encryption key; encrypting, using the encryption key, a controller long term public key to generate encrypted data and a first authentication tag; transmitting, to the accessory device, the encrypted data and the first authentication tag; receiving, from the accessory device, a second authentication tag generated by the accessory device; and when the second authentication tag is verified, establishing a pairing with the accessory device in response to decrypting and storing an accessory long term public key.
A tire comprising: a tread portion; and a pair of bead portions comprising a bead core and a bead filler disposed on a radial outside of the bead core, wherein tread rubber forming the tread portion comprises a rubber composition including a rubber component including 50 mass% or more of natural rubber, at least one kind of thermoplastic resin selected from the group consisting of Cs-based resins, C 5 - to C 9 -based resins, C 9 -based resins, terpene-based resins, terpene-aromatic compound-based resins, rosin-based resins, dicyclopentadiene resins, and alkylphenol-based resins, 5 parts by mass to 50 parts by mass per 100 parts by mass of the rubber component of the at least one kind of thermoplastic resin being included, and a filler including silica, 20 parts by mass to 120 parts by mass per 100 parts by mass of the rubber component of the filler being included, and a dynamic storage modulus (E') of the bead filler measured at 1% strain at 25°C exceeds 50 MPa. a tread portion; and a pair of bead portions comprising a bead core and a bead filler disposed on a radial outside of the bead core, wherein tread rubber forming the tread portion comprises a rubber composition including a rubber component including 50 mass% or more of natural rubber, at least one kind of thermoplastic resin selected from the group consisting of Cs-based resins, C 5 - to C 9 -based resins, C 9 -based resins, terpene-based resins, terpene-aromatic compound-based resins, rosin-based resins, dicyclopentadiene resins, and alkylphenol-based resins, 5 parts by mass to 50 parts by mass per 100 parts by mass of the rubber component of the at least one kind of thermoplastic resin being included, and a filler including silica, 20 parts by mass to 120 parts by mass per 100 parts by mass of the rubber component of the filler being included, and a dynamic storage modulus (E') of the bead filler measured at 1% strain at 25°C exceeds 50 MPa.
A method of providing a distributed file system allowing the storage of data comprising a plurality of directories (32, 34) and files arranged in a hierarchical structure on a key addressable storage system, the storage system being accessible by a plurality of users, the method comprising the steps of: storing data of a child directory on the storage system and creating a datamap which provides at least one location of the stored data; assigning a child directory identifier to the child directory and a parent directory identifier to a parent directory; encrypting the datamap using both the child directory identifier and the parent directory identifier; and storing the encrypted datamap on the storage system using at least part of the child directory identifier as the key, thereby providing a distributed file system without centralised control. storing data of a child directory on the storage system and creating a datamap which provides at least one location of the stored data; assigning a child directory identifier to the child directory and a parent directory identifier to a parent directory; encrypting the datamap using both the child directory identifier and the parent directory identifier; and storing the encrypted datamap on the storage system using at least part of the child directory identifier as the key, thereby providing a distributed file system without centralised control.
Machine for pumping mortar, plaster, concrete or the like, comprising: - a hopper for the conveyance of said mortar, plaster, concrete or the like in the fluid state on the bottom of said hopper, - mechanical members positioned on the bottom of said hopper, - said mechanical members comprising conveying means of said mortar, plaster, concrete or the like, - an outlet opening for said mortar, plaster, concrete or the like in the fluid state positioned near said bottom of said hopper, - said conveying means defining a movement trajectory of said mortar, plaster, concrete or the like in the fluid state towards said outlet opening. - a transfer pipe defining a transfer channel of said mortar, plaster, concrete or the like in the fluid state, positioned beyond said outlet opening, and during use, in fluidic through communication with said output, - characterised in that said machine comprises drive means suitable to move, without dismantling, said mechanical members and said transfer pipe in the direction away from said bottom of said hopper to facilitate the cleaning of the hopper. - a hopper for the conveyance of said mortar, plaster, concrete or the like in the fluid state on the bottom of said hopper, - mechanical members positioned on the bottom of said hopper, - said mechanical members comprising conveying means of said mortar, plaster, concrete or the like, - an outlet opening for said mortar, plaster, concrete or the like in the fluid state positioned near said bottom of said hopper, - said conveying means defining a movement trajectory of said mortar, plaster, concrete or the like in the fluid state towards said outlet opening. - a transfer pipe defining a transfer channel of said mortar, plaster, concrete or the like in the fluid state, positioned beyond said outlet opening, and during use, in fluidic through communication with said output, - characterised in that said machine comprises drive means suitable to move, without dismantling, said mechanical members and said transfer pipe in the direction away from said bottom of said hopper to facilitate the cleaning of the hopper.