mhurhangee/patent-ind-claim-en huggingface dataset:
A positive electrode comprising: a positive electrode collector; a first layer which is disposed on the positive electrode collector and includes a positive electrode active material; and a second layer which is disposed on the first layer and includes a lithium oxide-based compound, wherein the lithium oxide-based compound is Li 2 O 2 , Li 2 O, or a mixture thereof, wherein the first layer further includes a conductive material, a binder, or a mixture thereof, wherein the second layer further includes Pt, and optionally a conductive material, a binder, or a mixture thereof, and wherein a content of the platinum in the second layer is 1 % by weight to 5 % by weight with respect to the total 100 % by weight of the second layer. a positive electrode collector; a first layer which is disposed on the positive electrode collector and includes a positive electrode active material; and a second layer which is disposed on the first layer and includes a lithium oxide-based compound, wherein the lithium oxide-based compound is Li 2 O 2 , Li 2 O, or a mixture thereof, wherein the first layer further includes a conductive material, a binder, or a mixture thereof, wherein the second layer further includes Pt, and optionally a conductive material, a binder, or a mixture thereof, and wherein a content of the platinum in the second layer is 1 % by weight to 5 % by weight with respect to the total 100 % by weight of the second layer.
Rubber composition based on at least: - an elastomer matrix comprising: i. a first diene elastomer having a number-average molecular mass, Mn, of greater than or equal to 100 000 g/mol; ii. a functionalized second diene elastomer comprising within its structure an alkoxysilyl group, optionally partially or completely hydrolysed to silanol, attached to the elastomer by the silicon atom, the alkoxysilyl group bearing an amine function attached to the silicon atom directly or via a spacer group, said functionalized diene elastomer having a number-average molecular mass, Mn, of less than or equal to 80 000 g/mol; - a reinforcing inorganic filler. - an elastomer matrix comprising: i. a first diene elastomer having a number-average molecular mass, Mn, of greater than or equal to 100 000 g/mol; ii. a functionalized second diene elastomer comprising within its structure an alkoxysilyl group, optionally partially or completely hydrolysed to silanol, attached to the elastomer by the silicon atom, the alkoxysilyl group bearing an amine function attached to the silicon atom directly or via a spacer group, said functionalized diene elastomer having a number-average molecular mass, Mn, of less than or equal to 80 000 g/mol; i. a first diene elastomer having a number-average molecular mass, Mn, of greater than or equal to 100 000 g/mol; ii. a functionalized second diene elastomer comprising within its structure an alkoxysilyl group, optionally partially or completely hydrolysed to silanol, attached to the elastomer by the silicon atom, the alkoxysilyl group bearing an amine function attached to the silicon atom directly or via a spacer group, said functionalized diene elastomer having a number-average molecular mass, Mn, of less than or equal to 80 000 g/mol; - a reinforcing inorganic filler.
An intravascular blood pump for percutaneous insertion into a patient's blood vessel, comprising a catheter and a pumping device attached to the catheter , the pumping device having a blood flow inlet , a blood flow outlet and a rotor so as to cause blood to flow from the blood flow inlet to the blood flow outlet , the blood pump further comprising: - a ring seal disposed on the pumping device between the blood flow inlet and the blood flow outlet , the ring seal configured to assume a collapsed configuration and an expanded configuration and configured to contact and seal against an inner wall of the patient's blood vessel when inserted therein in the expanded configuration so as to separate a proximal area of the blood vessel from a distal area of the blood vessel, and - a support member (12; 13) disposed inside the ring seal in order to support the ring seal from the inside, characterized in that the support member (12; 13) is configured to collapse at least partially when a predetermined pressure difference between the proximal area and the distal area of the blood vessel acts on the ring seal , wherein the support member (12; 13) is configured to collapse at least partially at a pressure difference of 100 mmHg or less. - a ring seal disposed on the pumping device between the blood flow inlet and the blood flow outlet , the ring seal configured to assume a collapsed configuration and an expanded configuration and configured to contact and seal against an inner wall of the patient's blood vessel when inserted therein in the expanded configuration so as to separate a proximal area of the blood vessel from a distal area of the blood vessel, and - a support member (12; 13) disposed inside the ring seal in order to support the ring seal from the inside,
A work vehicle, comprising: a bonnet provided on a front portion of a travelling vehicle body ; an obstacle sensor that detects an obstacle on a front side; and a sensor attaching stay configured to extend toward a front side of the bonnet and to allow the obstacle sensor to be attached thereto, wherein the sensor attaching stay comprises a bracket portion having arm portions extending in a left and right direction, and the obstacle sensor is provided on each of the left and right arm portions , wherein a weight attachment unit is provided on the front portion of the travelling vehicle body and configured such that a weight can be attached thereto in order to maintain a weight balance of the vehicle body, characterized in that the obstacle sensor is positioned in front of a rear end of the weight . a bonnet provided on a front portion of a travelling vehicle body ; an obstacle sensor that detects an obstacle on a front side; and a sensor attaching stay configured to extend toward a front side of the bonnet and to allow the obstacle sensor to be attached thereto, wherein the sensor attaching stay comprises a bracket portion having arm portions extending in a left and right direction, and the obstacle sensor is provided on each of the left and right arm portions , wherein a weight attachment unit is provided on the front portion of the travelling vehicle body and configured such that a weight can be attached thereto in order to maintain a weight balance of the vehicle body, characterized in that the obstacle sensor is positioned in front of a rear end of the weight .
A method for locating sources of potential interference in frequency bands of carrier signals used by cells of a plurality of base stations of a cellular radio communication system, the method comprising: receiving data representative of power spectral density, PSD, in carrier signals across different frequency bands received at the base stations for cells of the communication system over time intervals; clustering cells based on features of the received PSD data that distinguish between a normal received signal and an abnormal received signal subject to potential interference; for each cell assigned to a cluster having features indicative of an abnormal received signal, determining a correlation coefficient between a matrix of the signal strength values in the received PSD data for that cell in the different frequency bands over the time intervals with the signal strength values in the received PSD data for all other cells in the respective frequency bands over the same time intervals; grouping cells having correlation coefficients above a threshold value as being members of interference groups; for each interference group, identifying the cell having the highest received power in a correlated frequency band as the cell causing or the cell nearest a cause of the interference affecting the cells in the interference group. receiving data representative of power spectral density, PSD, in carrier signals across different frequency bands received at the base stations for cells of the communication system over time intervals; clustering cells based on features of the received PSD data that distinguish between a normal received signal and an abnormal received signal subject to potential interference; for each cell assigned to a cluster having features indicative of an abnormal received signal, determining a correlation coefficient between a matrix of the signal strength values in the received PSD data for that cell in the different frequency bands over the time intervals with the signal strength values in the received PSD data for all other cells in the respective frequency bands over the same time intervals; grouping cells having correlation coefficients above a threshold value as being members of interference groups; for each interference group, identifying the cell having the highest received power in a correlated frequency band as the cell causing or the cell nearest a cause of the interference affecting the cells in the interference group.
A microsphere comprising a bead coated with a first calcium-containing mineral, wherein the bead is made of poly(D,L-lactide-co-glycolide) (PLG) polymer and the microsphere further comprises either: a component adhering to the first calcium-containing mineral, wherein the component introduces a functional group to the first calcium-containing mineral, and a first compound which is covalently attached to the functional group; or a first compound which is non-covalently adhered to the first calcium-containing mineral; wherein the first compound is an oligopeptide or polypeptide. a component adhering to the first calcium-containing mineral, wherein the component introduces a functional group to the first calcium-containing mineral, and a first compound which is covalently attached to the functional group; or a first compound which is non-covalently adhered to the first calcium-containing mineral; wherein the first compound is an oligopeptide or polypeptide.
Equipment for hemp fiber processing , consisting of a mobile support on four wheels for movement , a handle and two adjustable legs for its positioning during work, characterized by the fact that, it is made of a stalk processing module which performs in a first stage hemp stalk driving through a first housing with a first pair of rollers and driven together by two cylindrical pulley wheels and , having on the outer surface a jacket , in a second stage leaf removing from the stalks in a specific module provided with a second pair of rollers and , simultaneous drive of the first and second pair of rollers being done by an electric motor and a V-belt drive , a first Galle chain drive being used between the two pairs of rollers, in a third stage hemp stalk hulling to obtain fibre, made by a second housing with six rollers defining three additional roller pairs, simultaneously driven by a coaxial gear motor and a second Galle chain drive , at the end of each pair of rollers being mounted a pair of cylindrical pulley wheels , to synchronize the rotational movement between the rollers and to transmit the rotational movement from one set of rollers to another using a V-belt drive , the woody part of the stalks being thus fragmented and the hemp fibre being partially separated, while the angular velocities of the three additional sets of rollers are correlated by the appropriate sizing of the pulley wheels for V-belts so that the angular velocity increases by a predetermined value from one set of rollers to the next, the equipment comprising a specific module for the final cleaning of the processed material.
A preservative for food or feed comprising: an effective amount of acidified clay capable of inactivating a mycotoxin and capable of killing or inhibiting the growth of a microorganism, wherein the acidified clay comprises a clay blended with an acid or an acidic mixture, said acid or acidic mixture comprising a sparingly-soluble Group IIA complex ("AGIIS"), and wherein the weight ratio of the clay to the acid or the acidic mixture ranges from 50 : 1 to 1 : 5, and wherein the clay is an isolated low-sodium, calcium aluminosilicate clay that is substantially free from dioxins and priority toxic heavy metal contamination, and is capable of binding aflatoxins, wherein the isolated low sodium, calcium aluminosilicate clay has a chemical composition comprising: CaO above about 3.2%; MgO ranging from 4.0 to 5.4%; Fe 2 O 3 ranging from 5.4 to 6.5%; K 2 O ranging from 0.50 to 0.90%; Na 2 O ranging from 0.10 to 0.30%; MnO ranging from 0.01 to 0.03%; Al 2 O 3 ranging from 14.8 to 18.2%; and SiO 2 ranging from 62.4 to 73.5%; wherein, the chemical composition is given as weight percent, and wherein the clay has a substantially uniform particle size of less than about 80 microns.
Connecting device for connecting an overhead conductor rail to at least one load-bearing cable , comprising at least one overhead conductor rail apparatus which is designed to be connected to the overhead conductor rail , and comprising at least one load-bearing cable apparatus which is designed to be connected to the at least one load-bearing cable , characterised in that the load-bearing cable apparatus is designed to allow movement of the load-bearing cable relative to the load-bearing cable apparatus in a longitudinal direction of the load-bearing cable. comprising at least one overhead conductor rail apparatus which is designed to be connected to the overhead conductor rail , and comprising at least one load-bearing cable apparatus which is designed to be connected to the at least one load-bearing cable , characterised in that the load-bearing cable apparatus is designed to allow movement of the load-bearing cable relative to the load-bearing cable apparatus in a longitudinal direction of the load-bearing cable.
A build material supply system for a three-dimensional printing system, comprising: - a feeder to remove an amount of build material from a feed tray and form a pile of build material to be spread by a spreader , - a plate to support the pile of build material adjacent the spreader, and - a heating device to heat the plate and heat the pile of build material by contact with the plate; and characterized by - a feed channel to move build material from a build material store to the feed tray; and - a pre-heating device to pre-heat the build material before it is removed by the feeder from the feed tray, the pre-heating device comprising a heater along the feed channel to pre-heat the build material while it is transported to the feed tray. - a feeder to remove an amount of build material from a feed tray and form a pile of build material to be spread by a spreader , - a plate to support the pile of build material adjacent the spreader, and - a heating device to heat the plate and heat the pile of build material by contact with the plate; and characterized by - a feed channel to move build material from a build material store to the feed tray; and - a pre-heating device to pre-heat the build material before it is removed by the feeder from the feed tray, the pre-heating device comprising a heater along the feed channel to pre-heat the build material while it is transported to the feed tray.
A prilling bucket for prilling of a liquid, comprising: a static part ; a rotating assembly which is arranged to rotate relative to the static part and around a main axis of the bucket, a vibrating assembly which includes part or all of the rotating assembly, and is arranged to oscillate relative to the static part along the direction of said main axis; a magnetostrictive actuator disposed to impart vibration to said vibrating assembly; wherein the rotating assembly includes said magnetostrictive actuator and the magnetostrictive actuator is rigidly connected with said vibrating assembly; the bucket further comprising a slip connector arranged to transfer electrical power to said magnetostrictive actuator. a static part ; a rotating assembly which is arranged to rotate relative to the static part and around a main axis of the bucket, a vibrating assembly which includes part or all of the rotating assembly, and is arranged to oscillate relative to the static part along the direction of said main axis; a magnetostrictive actuator disposed to impart vibration to said vibrating assembly; wherein the rotating assembly includes said magnetostrictive actuator and the magnetostrictive actuator is rigidly connected with said vibrating assembly; the bucket further comprising a slip connector arranged to transfer electrical power to said magnetostrictive actuator.
A method for controlling at least one pitch moment generator element of an aircraft or of a component of a flight simulator, the method comprising: - a step of determining a pitch control input δ E for the at least one pitch moment generator element , based on a lift control input δ F for at least one lift generator element ; - wherein the step of determining the pitch control input δ E based on the lift control input δ F includes (i) determining a feed forward elevator deflection (δ E,FF ) as an output of a feed forward filter F q,δE,δF ( q ) for the lift control input δ F , and (ii) adding the feed forward elevator deflection ( δ E,FF ) to a candidate elevator angle δ E C , wherein the candidate elevator angle δ E C is controlled by a pilot, a flight controller , and/or an autopilot, (iii) wherein determining the output of the feed forward filter F q,δE,δF ( q ) includes at least one of the following: - high pass filtering the lift control input δ F by a high pass; - high pass filtering the lift control input δ F by a lead-filter; - high pass filtering the lift control input δ F by a high pass of second order. - a step of determining a pitch control input δ E for the at least one pitch moment generator element , based on a lift control input δ F for at least one lift generator element ; - wherein the step of determining the pitch control input δ E based on the lift control input δ F includes (i) determining a feed forward elevator deflection (δ E,FF ) as an output of a feed forward filter F q,δE,δF ( q ) for the lift control input δ F , and (ii) adding the feed forward elevator deflection ( δ E,FF ) to a candidate elevator angle δ E C , wherein the candidate elevator angle δ E C is controlled by a pilot, a flight controller , and/or an autopilot, (iii) wherein determining the output of the feed forward filter F q,δE,δF ( q ) includes at least one of the following: (i) determining a feed forward elevator deflection (δ E,FF ) as an output of a feed forward filter F q,δE,δF ( q ) for the lift control input δ F , and (ii) adding the feed forward elevator deflection ( δ E,FF ) to a candidate elevator angle δ E C , wherein the candidate elevator angle δ E C is controlled by a pilot, a flight controller , and/or an autopilot, (iii) wherein determining the output of the feed forward filter F q,δE,δF ( q ) includes at least one of the following: - high pass filtering the lift control input δ F by a high pass; - high pass filtering the lift control input δ F by a lead-filter; - high pass filtering the lift control input δ F by a high pass of second order.
A method of charging wireless peripheral devices within a conferencing system comprising: identifying, by a conference controller , a plurality of sets of peripheral devices (151-1, 151-n) in communication with the conference controller; wirelessly charging, by a wireless charging device included in the conference controller, the sets of peripheral devices based on a number of policies that define prioritization of charging of the sets of peripheral devices; receiving, at an input controller , a plurality of inputs from the plurality of the sets of peripheral devices; aligning, at the input controller, the inputs into a sequence of instructions associated with manipulation of a display device ; and executing, at the input controller, the sequence of instructions synchronously such that the manipulation of the display device is observable as being simultaneous. identifying, by a conference controller , a plurality of sets of peripheral devices (151-1, 151-n) in communication with the conference controller; wirelessly charging, by a wireless charging device included in the conference controller, the sets of peripheral devices based on a number of policies that define prioritization of charging of the sets of peripheral devices; receiving, at an input controller , a plurality of inputs from the plurality of the sets of peripheral devices; aligning, at the input controller, the inputs into a sequence of instructions associated with manipulation of a display device ; and executing, at the input controller, the sequence of instructions synchronously such that the manipulation of the display device is observable as being simultaneous.
A blower fan assembly comprising: a shaft rotatable about an axis; a fan assembly operatively coupled to the shaft, the fan assembly including: a first fan stage including a first housing section having a first plurality of stationary vanes and a first fan having a first plurality of blades extending radially outwardly from a first hub ; a second fan stage coupled to the first fan stage and including a second housing section having a second plurality of stationary vanes and a second fan having a second plurality of blades extending radially outwardly from a second hub , the second fan stage being nonidentical to the first fan stage; a tapered air outlet disposed downstream of the fan assembly; wherein a diameter of the first hub is smaller than a diameter of the second hub; a length of each blade of the first plurality of blades is greater than a length of each blade of the second plurality of blades; and the first plurality of blades includes a first quantity of blades and the second plurality of blades includes a second quantity of blades that is more than the first quantity. a shaft rotatable about an axis; a fan assembly operatively coupled to the shaft, the fan assembly including: a first fan stage including a first housing section having a first plurality of stationary vanes and a first fan having a first plurality of blades extending radially outwardly from a first hub ; a second fan stage coupled to the first fan stage and including a second housing section having a second plurality of stationary vanes and a second fan having a second plurality of blades extending radially outwardly from a second hub , the second fan stage being nonidentical to the first fan stage; a first fan stage including a first housing section having a first plurality of stationary vanes and a first fan having a first plurality of blades extending radially outwardly from a first hub ; a second fan stage coupled to the first fan stage and including a second housing section having a second plurality of stationary vanes and a second fan having a second plurality of blades extending radially outwardly from a second hub , the second fan stage being nonidentical to the first fan stage; a tapered air outlet disposed downstream of the fan assembly; wherein a diameter of the first hub is smaller than a diameter of the second hub; a length of each blade of the first plurality of blades is greater than a length of each blade of the second plurality of blades; and the first plurality of blades includes a first quantity of blades and the second plurality of blades includes a second quantity of blades that is more than the first quantity.