mhurhangee/ep-ind-claims huggingface dataset:
A device for dispensing a fluid product, comprising a body provided with a dispensing orifice, two removable reservoirs (20, 20') each containing a single dose of fluid product to be dispensed, dispensing means (30, 30'; 35, 35') for dispensing said fluid products contained in said reservoirs (20, 20'), and actuating means for actuating said dispensing means (30, 30'; 35, 35'), said reservoirs (20, 20') being closed in a sealed manner before the dispensing device is actuated, the body comprising means for opening each reservoir (20, 20'), said opening means being adapted to open said reservoirs (20, 20') during actuation of the device, said reservoirs (20, 20') each forming a sealed unit which is separate from said body, each reservoir (20, 20') being filled with a respective fluid product and hermetically sealed before it is installed in said body, each reservoir (20, 20') comprising a hollow tube, comprising a first proximal axial opening and a second distal axial opening, said first axial opening being plugged by a first sealed closure, and said second axial opening being plugged by a second sealed closure,said body comprising receiving means (13, 14) for lateral installation of said reservoirs (20, 20') in said body, said dispensing means (30, 30'; 35, 35') comprising a rod associated with each reservoir, said rods being axially displaceable and cooperating with the second sealed closure of each reservoir (20, 20'), each rod (30, 30') being associated with an actuating spring (35, 35') which is adapted for axially displacing said rods during actuation, said rods (30, 30') being secured to an axial slide extending out of said body, said axial slide being axially displaceable with respect to said body between a loaded position, in which said actuating springs (35, 35') are loaded, and an unloaded position after actuation, the user manually returning said slide to the loaded position after each actuation in order to reload said actuating springs (35, 35').
A bearing part comprising, as a chemical composition, by mass%, C: 0.95% to 1.10%; Si: 0.10% to 0.70%; Mn: 0.20% to 1.20%; Cr: 0.90% to 1.60%; Al: 0.010% to 0.100%; N: 0.003% to 0.030%; P: 0.025% or less; S: 0.025% or less; O: 0.0010% or less; and optionally one or more elements from the group consisting of: Mo: 0.25% or less, B: 0.0050% or less, Cu: 1.0% or less, Ni: 3.0% or less, and Ca: 0.0015% or less; and a remainder including Fe and impurities; wherein a metallographic structure consists of a retained austenite, a spherical cementite and a martensite; wherein an amount of the retained austenite is 18% to 25%, by volume%; wherein an average grain size of a prior-austenite is 6.0 μm or less; wherein an average grain size of the spherical cementite is 0.45 μm or less; and wherein a number density of the spherical cementite is 0.45 × 10 6 mm -2 or more in the metallographic structure. Mo: 0.25% or less, B: 0.0050% or less, Cu: 1.0% or less, Ni: 3.0% or less, and Ca: 0.0015% or less; and a remainder including Fe and impurities; wherein a metallographic structure consists of a retained austenite, a spherical cementite and a martensite; wherein an amount of the retained austenite is 18% to 25%, by volume%; wherein an average grain size of a prior-austenite is 6.0 μm or less; wherein an average grain size of the spherical cementite is 0.45 μm or less; and wherein a number density of the spherical cementite is 0.45 × 10 6 mm -2 or more in the metallographic structure.
A system for superimposed conveyance of data and electrical power, the system comprising: a switch connected between a first port and a second port, the first port configured to be connected to a supply of the electrical power, the supply being at a first voltage level, characterized in that it further comprises a voltage regulator connected between the first port and the second port, the voltage regulator configured to receive the electrical power regardless of a position of the switch, the voltage regulator configured to produce a second voltage level; a controller configured to control operation of the switch such that the system is configured to transmit data as binary digits represented by transitions of a voltage level at the second port between the first voltage level and the second voltage level; current measurement circuitry connected between the first port and the switch; and a comparator configured to compare a signal produced by the current measurement circuitry to a threshold current level such that the system is configured to receive data as binary digits represented by transitions of a current level through the threshold current level. a switch connected between a first port and a second port, the first port configured to be connected to a supply of the electrical power, the supply being at a first voltage level, characterized in that it further comprises a voltage regulator connected between the first port and the second port, the voltage regulator configured to receive the electrical power regardless of a position of the switch, the voltage regulator configured to produce a second voltage level; a controller configured to control operation of the switch such that the system is configured to transmit data as binary digits represented by transitions of a voltage level at the second port between the first voltage level and the second voltage level; current measurement circuitry connected between the first port and the switch; and a comparator configured to compare a signal produced by the current measurement circuitry to a threshold current level such that the system is configured to receive data as binary digits represented by transitions of a current level through the threshold current level.
Puncture device that is arranged for being advanced to a puncture site through the human vasculature, the puncture device comprising: - a puncture means, the puncture means comprising a distal end that is arranged for creating a puncture in a patient's tissue, - a sheath, the sheath being arranged so as to surround the puncture means, the puncture means being slidably arranged inside the sheath, - a tissue expansion means, the tissue expansion means being arranged so that it can be selectively activated, wherein in the activated state, the tissue expansion means pushes away the patient's tissue to thereby allow a re-orientation of the puncture means, the tissue expansion means being arranged so as to expand when heated above a threshold temperature to thereby push away tissue, the tissue expansion means comprising a shape memory alloy. - a puncture means, the puncture means comprising a distal end that is arranged for creating a puncture in a patient's tissue, - a sheath, the sheath being arranged so as to surround the puncture means, the puncture means being slidably arranged inside the sheath, - a tissue expansion means, the tissue expansion means being arranged so that it can be selectively activated, wherein in the activated state, the tissue expansion means pushes away the patient's tissue to thereby allow a re-orientation of the puncture means, the tissue expansion means being arranged so as to expand when heated above a threshold temperature to thereby push away tissue, the tissue expansion means comprising a shape memory alloy.
Current sensor comprising: - an insulating substrate with a central opening; - a Rogowski winding surrounding the central aperture and including a first coil and a second coil superimposed and electrically connected in series, the first coil and the second coil being wound round the substrate along, respectively, a first contour line and a second contour line, each contour line delimiting, in the plane of the substrate, a quadrilateral-shaped contour centred around the central opening; characterised in that the quadrilateral contour delimited by the first contour line has a length greater than the length of the quadrilateral delimited by the second contour line and a width less than the width of the quadrilateral delimited by the second contour line. - an insulating substrate with a central opening; - a Rogowski winding surrounding the central aperture and including a first coil and a second coil superimposed and electrically connected in series, the first coil and the second coil being wound round the substrate along, respectively, a first contour line and a second contour line, each contour line delimiting, in the plane of the substrate, a quadrilateral-shaped contour centred around the central opening;
Abrasive tool for polishing the abrasive tool comprising an abrasive layer and an elastic layer, wherein the elastic layer is bonded to a substrate at a first end of the substrate by means of an adhesive, characterized in that, the elastic layer comprises an elastic glue layer and at least one sand layer, wherein the elastic glue layer is formed from an adhesive (14, 16) and the elastic glue layer is not liquid, wherein the at least one sand layer is used for achieving an improved elasticity as well as a better adaption to surfaces to be polished.
A stator vane assembly for a gas turbine engine, comprising: an outer vane support having a first outer vane support surface and a second outer vane support surface disposed opposite the first outer vane support surface; an inner vane support having a first inner vane support surface and a second inner vane support surface disposed opposite the first inner vane support surface; a stator having an outer end that extends through the outer vane support and an inner end that extends through the inner vane support; and characterized by a first bracket operatively connected to the second inner vane support surface and extending over the inner end, the first bracket and the second inner vane support surface defining a first pocket. an outer vane support having a first outer vane support surface and a second outer vane support surface disposed opposite the first outer vane support surface; an inner vane support having a first inner vane support surface and a second inner vane support surface disposed opposite the first inner vane support surface; a stator having an outer end that extends through the outer vane support and an inner end that extends through the inner vane support; and characterized by a first bracket operatively connected to the second inner vane support surface and extending over the inner end, the first bracket and the second inner vane support surface defining a first pocket.
An array antenna comprising: - a plurality of antenna panels each configured to transmit and receive signals; - one or more array control elements, each array control element configured to couple to at least one antenna panel or to couple via a switch to any one of the plurality of antenna panels and further configured to generate a received packet based on received signals and to generate signals to be transmitted based on a packet to be transmitted; and - an antenna routing element, which comprises memory with addressable contents including information relating to destination and a quality of service, and is configured to: - communicate with the one or more array control elements; - determine a receiving unit using network congestion level and the information relating to a quality of service included in the header of the received packet, and to directional data and received power information, whereby the antenna routing element is able to determine signal quality and signal strength of a received signal; - generate and forward packets to be transmitted via the one or more array control elements to one of the antenna panels, which is directed to the determined receiving unit; and - issue a "disconnect" message when the array antenna is powered down. - a plurality of antenna panels each configured to transmit and receive signals; - one or more array control elements, each array control element configured to couple to at least one antenna panel or to couple via a switch to any one of the plurality of antenna panels and further configured to generate a received packet based on received signals and to generate signals to be transmitted based on a packet to be transmitted; and - an antenna routing element, which comprises memory with addressable contents including information relating to destination and a quality of service, and is configured to: - communicate with the one or more array control elements; - determine a receiving unit using network congestion level and the information relating to a quality of service included in the header of the received packet, and to directional data and received power information, whereby the antenna routing element is able to determine signal quality and signal strength of a received signal; - generate and forward packets to be transmitted via the one or more array control elements to one of the antenna panels, which is directed to the determined receiving unit; and - issue a "disconnect" message when the array antenna is powered down. - communicate with the one or more array control elements; - determine a receiving unit using network congestion level and the information relating to a quality of service included in the header of the received packet, and to directional data and received power information, whereby the antenna routing element is able to determine signal quality and signal strength of a received signal; - generate and forward packets to be transmitted via the one or more array control elements to one of the antenna panels, which is directed to the determined receiving unit; and - issue a "disconnect" message when the array antenna is powered down.
A live, attenuated infectious bronchitis virus comprising a mutation in non-structural protein nsp-3, wherein the mutation in nsp-3 is in the adenosine diphosphate-ribose-1'-phosphatase (ADRP) region shown as positions 332 to 491 of SEQ ID NO: 6 and causes the virus to have reduced pathogenicity compared to a corresponding wild-type coronavirus, wherein the mutation comprises one or more amino acid mutations selected from the list of: a) Asn to Ala at position 373 in SEQ ID NO: 6; and b) Gly to Ser at position 379 in SEQ ID NO: 6. a) Asn to Ala at position 373 in SEQ ID NO: 6; and b) Gly to Ser at position 379 in SEQ ID NO: 6.
Device for supplying boxes of components to an assembly station, comprising an upper roller chute inclined from the top downwards and having a lower end oriented towards the assembly station, for supplying full boxes to the assembly station, a lower roller chute arranged underneath the upper chute and inclined from the top downwards and having an upper end oriented towards the assembly station, for moving the empty boxes away, and a receiving area arranged at the upper end of the lower chute, for receiving the boxes supplied by the upper chute, in an inclined position, characterized by further comprising a rotating roller chute arranged at the lower end of the upper chute and rotatable about a horizontal central axis, for guiding a box from the upper chute towards the receiving area, and a stop member provided for locking the rotating chute in a stop position where the rotating chute is inclined from the top downwards and has a lower end oriented towards the assembly station, said stop member being selectively releasable for enabling the rotating chute to freely rotate about the horizontal central axis.
Method in a transmitting node in a wireless communication system for determining at least one phase affecting error related to transmission from at least one pair of correlated antennas comprising a first and a second antenna, the method comprising: - transmitting reference signals from the correlated first and second antennas in the at least one pair, in a set of frequency bands, wherein a number of controlled phase differences are introduced between reference signals transmitted from the first antenna in relation to reference signals transmitted from the second antenna; - receiving, from another entity, in response to the transmitted reference signals, for a number of the controlled phase differences, one or more indications of a selected precoder matrix; - identifying changes of selected precoder matrix over the number of controlled phase differences, over the set of frequency bands, wherein the identifying is based on the received one or more indications; - determining at least one relation between the identified changes of selected precoder matrix over the number of controlled phase differences and set of frequency bands; and - determining at least one phase affecting error associated with the transmission from the at least one pair of correlated antennas based on said at least one relation, wherein one of the at least one determined relation is the inclination of a line fitted to the identified changes of selected precoder matrix in a controlled phase difference versus frequency band mapping for a pair of correlated antennas, thus enabling adjustment of transmission from the at least one pair of correlated antennas, such that said at least one phase affecting error is reduced. - transmitting reference signals from the correlated first and second antennas in the at least one pair, in a set of frequency bands, wherein a number of controlled phase differences are introduced between reference signals transmitted from the first antenna in relation to reference signals transmitted from the second antenna; - receiving, from another entity, in response to the transmitted reference signals, for a number of the controlled phase differences, one or more indications of a selected precoder matrix; - identifying changes of selected precoder matrix over the number of controlled phase differences, over the set of frequency bands, wherein the identifying is based on the received one or more indications; - determining at least one relation between the identified changes of selected precoder matrix over the number of controlled phase differences and set of frequency bands; and - determining at least one phase affecting error associated with the transmission from the at least one pair of correlated antennas based on said at least one relation, wherein one of the at least one determined relation is the inclination of a line fitted to the identified changes of selected precoder matrix in a controlled phase difference versus frequency band mapping for a pair of correlated antennas, thus enabling adjustment of transmission from the at least one pair of correlated antennas, such that said at least one phase affecting error is reduced.
A nanoparticle comprising a solid matrix, said solid matrix comprising albumin and a xanthophyll selected from the group consisting of α-cryptoxanthin, β-cryptoxanthin, adonirubin, adonixanthin, alloxanthin, amarouciaxanthin A, antheraxanthin, auroxanthin, caloxanthin, cantaxanthin, capsanthin, capsanthin-5-6-epoxide, capsorubin, crocoxanthin, diadinoxanthin, diatoxanthin, echinenone, fucoxanthin, fucoxanthinol, iso-fucoxanthin, iso-fucoxanthinol, lutein, luteoxanthin, mutatoxanthin, neoxanthin, nostoxanthin, violaxanthin, zeaxanthin and combinations or derivatives thereof, wherein the weight ratio of albumin to xanthophyll ranges from 1:1 to 20:1.
Method for testing the functioning of a particle filter, the particle filter comprising a plurality of duct walls with pores, through which exhaust gas from a combustion engine is pushed in order for particles from the exhaust gas to deposit in the pores of the duct walls, wherein the function of a three-way catalytic converter, in particular with an oxygen storage tank, is provided by a coating of the duct walls, wherein the catalytic function of the coating is examined and the functioning for the deposit of particles is determined therefrom, whereby the particle filter is subjected to exhaust gas such that its composition is changed, in one step, from rich to lean, or vice-versa, wherein the air-fuel mixing ratio in the exhaust gas leaving the particle filter is measured, characterized in that the extent of a deviation of the air-fuel ratio from one at a particular time or during a period of time after the step determines whether or not the particle filter is considered as functioning.
A composition for oral administration comprising: a water-insolubilized material which does not completely dissolve in water at 25°C obtainable by combining a bitter or astringent substance and a trivalent iron salt; and a dispersant. a water-insolubilized material which does not completely dissolve in water at 25°C obtainable by combining a bitter or astringent substance and a trivalent iron salt; and a dispersant.
A rubber index calculating method of a tire comprising a tire frictional energy measurement step in which a tire frictional energy of a tire under plural tire input conditions which are provided to the tire is measured by a frictional energy measurement device which performs measurement based on the shearing force and the slippage of a tire contact patch, a contact pressure measurement step in which a contact pressure at a site related to the evaluation of rubber wear of the contact patch portion of the tire is measured, whereas the site related to the evaluation of rubber wear is a tire center portion of the tire, or a tire shoulder portion of the tire, a pressing load setting step in which setting is performed such that the contact pressure is applied to a sample as a pressing load, a setting step in which sample frictional energy of a sample of the same material as that of the tire is determined under sample input conditions set based on the tire frictional energy under each of the measured tire input conditions in a state in which the pressing load is applied to the sample, and a measurement condition for measuring sample wear amount of the sample is set based on the tire frictional energy under each of the measured tire input conditions and the sample frictional energy determined under each of the sample input conditions, a sample wear amount measurement step in which the sample wear amount of the sample is measured by a wear amount measurement device under the set measurement condition and a rubber index calculation step in which the rubber index of the tire is calculated based on the measured sample frictional energy and the sample wear amount.
A haptic system, comprising a haptic device, which comprises an end effector connection and a gear structure, using which a translational movement can be generated as outpu value, the gear structure being formed with driven linear shafts (40, 41, 42), characterized in that the translational movement is guided via an arm in the horizontal direction out of the gear structure to the end effector connection, in order to move the same in a manner discernible for a user.