mhurhangee/ep-ind-claims huggingface dataset:
Unidirectional clutch mobile part comprising a pinion and a wheel which are coaxial and which pivot relative to one another, the unidirectional clutch mobile part comprising a first driving part that is angularly rigidly connected with the pinion and that comprises at least one elastic pawl with the general shape, in plan view, of a C, one branch of which is elongated and terminates with a free end; and a second driving part that is angularly rigidly connected with the wheel and that is coplanar with the first driving part, comprising an internal wolf-toothing; characterised by the fact that in the neutral rest position the first and second driving parts (14, 17) do not touch one another, the end of the elastic pawls in the rest position where they are not elastically deformed being located on a circumference (a) whose diameter is larger than a circumference which goes through the top of the wolf-teeth and smaller than a circumference going through the bottom of the teeth of the toothing of the second driving part.
A cartridge comprising: a housing including a first side wall and a second side wall which are opposed to each other for accommodating developer therein; a driving input member provided to the first side wall and configured to rotate by a rotational driving force inputted from the outside; and a detected rotary member (74; 101) provided at an outer side of the first side wall and configured to rotate about a first rotational axis irreversibly from a first rotational position to a second rotational position in response to a rotational driving force from the driving input member, wherein the detected rotary member (74; 101) includes a detected protrusion protruding to the outer side and configured to pass through a detecting position when the detected rotary member rotates from the first rotational position to the second rotational position, and wherein the detected rotary member (74; 101) is configured to be moved relative to the first side wall in a direction along the first rotational axis, characterized by an elastic member configured to urge the detected rotary member (74; 101) in a direction away from the first side wall, wherein an end portion of the detected rotary member (74; 101) at an opposite side of the first side wall is configured to be displaced in a direction crossing the first rotational axis. a housing including a first side wall and a second side wall which are opposed to each other for accommodating developer therein; a driving input member provided to the first side wall and configured to rotate by a rotational driving force inputted from the outside; and a detected rotary member (74; 101) provided at an outer side of the first side wall and configured to rotate about a first rotational axis irreversibly from a first rotational position to a second rotational position in response to a rotational driving force from the driving input member, wherein the detected rotary member (74; 101) includes a detected protrusion protruding to the outer side and configured to pass through a detecting position when the detected rotary member rotates from the first rotational position to the second rotational position, and wherein the detected rotary member (74; 101) is configured to be moved relative to the first side wall in a direction along the first rotational axis, characterized by an elastic member configured to urge the detected rotary member (74; 101) in a direction away from the first side wall, wherein an end portion of the detected rotary member (74; 101) at an opposite side of the first side wall is configured to be displaced in a direction crossing the first rotational axis.
An electromechanical actuator for operating an ancillary device of an internal combustion engine comprising: an electric motor that, through a transmission, drives the rotation of a shaft designed to operate the ancillary device; a housing made of a metallic material to hold the electric motor and the transmission and closed by a lid made of a plastic material; an electronic component designed to detect the angular position of the shaft and supported by the lid; and a cooling circuit defined in the housing; the electromechanical actuator is characterized in that the cooling circuit comprises a heat sink element for cooling the electronic component through conduction, wherein the heat sink element is defined by a bracket made of a heat-conductive, non-magnetic material, a first end of the bracket is arranged in contact with the electronic component and a second end of the bracket is arranged in contact with the housing.
Winder comprising a plurality of winder units, wherein at least one of said winder units is fitted with a suction device suitable for performing a high vacuum suction by means of a fluidic connection to suction intakes (9, 10) for the interruption and joining operations of a yarn and for starting a new feeding bobbing, wherein said at least one winder unit comprises a support group which supports a package-holder arm, suitable for supporting a package during winding, and/or a support roller, suitable for placing the package in rotation at a controlled speed, wherein said suction device is fitted with at least one suction fan suitable for generating the vacuum required, wherein said suction device is situated under the support unit, characterised in that said suction device is put into service solely for the time of the operating cycle conducted on said unit when at least one skein end needs to be caught, part (70, 72) mechanically connected to each other, so that the second part can be moved and opened with respect to the first part for the control and maintenance operations of the winder unit from a rear side of the winder unit, opposite said suction intakes (9, 10).
A film for food packaging, comprising a vinyl chloride-based resin, a modified epoxidized vegetable oil having a multimer content of 5 to 40% by mass, an aliphatic dibasic acid ester-based compound with not more than 10 carbon atoms having a weight average molecular weight of 200 to 1000, and a polyester-based compound having a weight-average molecular weight of 4000 to 9000, the aliphatic dibasic ester-based compound being at least one selected from the group consisting of dimethyl adipate, dibutyl adipate, diisobutyl adipate (DIBA), di-2-ethylhexyl adipate, diisononyl adipate (DINA), diisodecyl adipate (DIDA), di-2-ethylhexyl azelate, dimethyl sebacate, dibutyl sebacate and di-2-ethylhexyl sebacate, a mixture of the modified epoxidized vegetable oil and the aliphatic dibasic acid ester-based compound being compounded in an amount of 30 to 50 parts by mass based on 100 parts by mass of the vinyl chloride-based resin, a content of the modified epoxidized vegetable oil in the mixture of of the modified epoxidized vegetable oil and the aliphatic dibasic acid ester-based compound being 30 to 70% by mass, and the polyester-based compound being compounded in an amount of 5 to 15 parts by mass based on 100 parts by mass of the vinyl chloride-based resin.
A medical device delivery system, comprising: a dilator including a main body and a head member comprising proximal and distal portions, the head member rotatably connected to the main body and defining a mounting region disposed on the proximal portion; an intraluminal medical device disposed on the mounting region; and an elongate tubular member circumferentially disposed about the main body and at least the mounting region of the head member and the intraluminal medical device, characterised by at least one orienting member connected to the distal portion of the head member enabling the intraluminal medical device to be rotated to a desired orientation relative to the body vessel prior to deployment of the intraluminal medical device. a dilator including a main body and a head member comprising proximal and distal portions, the head member rotatably connected to the main body and defining a mounting region disposed on the proximal portion; an intraluminal medical device disposed on the mounting region; and an elongate tubular member circumferentially disposed about the main body and at least the mounting region of the head member and the intraluminal medical device, characterised by at least one orienting member connected to the distal portion of the head member enabling the intraluminal medical device to be rotated to a desired orientation relative to the body vessel prior to deployment of the intraluminal medical device.
An elevator car comprising: a door; and an apron movable between a deployed position and a retracted position; wherein in the deployed position the apron hangs below the door; characterized in that: in the retracted position the apron is vertically overlapped with the door; and in that: in the retracted position the apron is engaged with the door such that it is movable sideways together with the door. a door; and an apron movable between a deployed position and a retracted position; wherein in the deployed position the apron hangs below the door; characterized in that: in the retracted position the apron is vertically overlapped with the door; and in that: in the retracted position the apron is engaged with the door such that it is movable sideways together with the door.
Method for text-dependent Speaker Recognition using a speaker model obtained by adaptation of a Universal Background Model; wherein the speaker model is a speaker adapted Hidden Markov Model comprising channel correction, wherein the method comprises adapting a generic Universal Background Model to a lexical content and training an eigenchannel matrix and an eigenvoice matrix in a development session before adapting the generic Universal Background Model for a speaker.
Substantially purified eukaryotic histone H1 protein for use in the treatment of an infection in a human or animal with a bacterium selected from: Escherichia coli; Pseudomonas aeruginosa; Salmonella enteritidis; Bacillus subtilis; Bacillus megaterium; Bacillus cereus; and Serratia marcescens, which bacterium exhibits resistance against known antibiotics such as penicillin, streptomycin, erythromycin and vancomycin, wherein the purified eukaryotic histone H1 protein causes: (i) death of the bacterium; or (ii) inhibition of growth of the bacterium. (i) death of the bacterium; or (ii) inhibition of growth of the bacterium.
A process for manufacturing a composition in the form of an emulsion comprising at least one avermectin, comprising the following successive steps: (a) preparing an oily phase and an aqueous phase, (b) emulsifying said oily and aqueous phases in order to obtain a emulsion, (c) adding to said emulsion an active phase containing from 0.05 to 3% by weight of at least one avermectin, relative to the total weight of the composition, which is dissolved in a medium comprising at least one glycol, characterized in that step (a) comprises adding from 0.05 to 3%, preferably from 0.1 to 2% by weight of said at least one avermectin into the oily phase. (a) preparing an oily phase and an aqueous phase, (b) emulsifying said oily and aqueous phases in order to obtain a emulsion, (c) adding to said emulsion an active phase containing from 0.05 to 3% by weight of at least one avermectin, relative to the total weight of the composition, which is dissolved in a medium comprising at least one glycol,
A payment card comprising: a first layer comprising polymer; and a second layer adjacent to the first layer, the second layer comprising a plurality of metal particles, arranged with a predetermined packing density in a polymer, and the plurality of metal particles comprising at least about 15 volume % of the second layer; wherein the payment card further comprises a magnetic stripe and/or a contactless element, wherein the card is adapted to exhibit a peak current discharge less than about 1000 milliamps when the payment card is charged to about 10 kilovolts and interacting with an access device, and/or wherein the payment card is adapted to exhibit a discharge energy less than about 15 nanojoules when the payment card is charged to about 10 kilovolts, wherein the magnetic stripe is adapted to exhibit a dynamic resistance greater than about 1 kiloohms at a peak current discharge of about 10 kilovolts, a capacitance less than about 2 picofarads, and a discharge energy of less than about 500 nanojoules when the magnetic stripe is charged to about 10 kilovolts, and/or wherein the contactless element is adapted to exhibit a capacitance less than about 5 picofarads, when the payment card interacts with an access device. a first layer comprising polymer; and a second layer adjacent to the first layer, the second layer comprising a plurality of metal particles, arranged with a predetermined packing density in a polymer, and the plurality of metal particles comprising at least about 15 volume % of the second layer; wherein the payment card further comprises a magnetic stripe and/or a contactless element, wherein the card is adapted to exhibit a peak current discharge less than about 1000 milliamps when the payment card is charged to about 10 kilovolts and interacting with an access device, and/or wherein the payment card is adapted to exhibit a discharge energy less than about 15 nanojoules when the payment card is charged to about 10 kilovolts, wherein the magnetic stripe is adapted to exhibit a dynamic resistance greater than about 1 kiloohms at a peak current discharge of about 10 kilovolts, a capacitance less than about 2 picofarads, and a discharge energy of less than about 500 nanojoules when the magnetic stripe is charged to about 10 kilovolts, and/or wherein the contactless element is adapted to exhibit a capacitance less than about 5 picofarads, when the payment card interacts with an access device.
A wind power generation system, comprising: an airflow generation device comprising: a main body having a base formed of an insulating material, the base provided with a first electrode and a second electrode; and a voltage application unit generating an airflow on a surface of the main body by applying voltage between the first electrode and the second electrode, wherein, in the main body, a connection conducting wire is provided inside the base, to enclose a bare wire as the connection conducting wire; and windmill blades on which the main body of the airflow generation device is disposed, wherein a plurality of main bodies (61, 61A, 61B) are provided as the main body of the airflow generation device, the plurality of main bodies being laid side by side in a blade span direction of the windmill blades; wherein a plurality of connection conducting wires are provided inside the base in one main body (61, 61A) among the plurality of main bodies; and wherein the first electrode and the second electrode provided in another main body (61, 61B) among the plurality of main bodies are electrically connected respectively to the plurality of connection conducting wires provided in the one main body (61, 61A). an airflow generation device comprising: a main body having a base formed of an insulating material, the base provided with a first electrode and a second electrode; and a voltage application unit generating an airflow on a surface of the main body by applying voltage between the first electrode and the second electrode, wherein, in the main body, a connection conducting wire is provided inside the base, to enclose a bare wire as the connection conducting wire; and windmill blades on which the main body of the airflow generation device is disposed, wherein a plurality of main bodies (61, 61A, 61B) are provided as the main body of the airflow generation device, the plurality of main bodies being laid side by side in a blade span direction of the windmill blades; wherein a plurality of connection conducting wires are provided inside the base in one main body (61, 61A) among the plurality of main bodies; and wherein the first electrode and the second electrode provided in another main body (61, 61B) among the plurality of main bodies are electrically connected respectively to the plurality of connection conducting wires provided in the one main body (61, 61A).
Operating method for an electric arc furnace, wherein metal in a furnace vessel of the electric arc furnace is melted during a melting phase, wherein a control device of the electric arc furnace - determines preliminary target voltage values (U1*) on the basis of target electrical variables (X*) of electrical energy to be supplied to the electrodes, with the result that, when voltages corresponding to the preliminary target voltage values (U1*) are applied to the electrodes, first actual electrical variables of electrical energy supplied to the electrodes are approximated as far as possible to the target electrical variables (X*), and - controls an energy supply device of the electric arc furnace on the basis of definitive target voltage values (U2*), with the result that voltages corresponding to the definitive target voltage values (U2*) are applied to the electrodes, with the result that the energy supply device draws electrical energy from a supply network and supplies it to the electrodes via a furnace transformer, characterized in that the control device, at least during a starting phase of the melting phase, determines the definitive target voltage values (U2*) by limiting the preliminary target voltage values (U1*) to a permissible maximum value (Umax), wherein the permissible maximum value (Umax) is below a possible maximum value that can be applied to the electrodes by the energy supply device. - determines preliminary target voltage values (U1*) on the basis of target electrical variables (X*) of electrical energy to be supplied to the electrodes, with the result that, when voltages corresponding to the preliminary target voltage values (U1*) are applied to the electrodes, first actual electrical variables of electrical energy supplied to the electrodes are approximated as far as possible to the target electrical variables (X*), and - controls an energy supply device of the electric arc furnace on the basis of definitive target voltage values (U2*), with the result that voltages corresponding to the definitive target voltage values (U2*) are applied to the electrodes, with the result that the energy supply device draws electrical energy from a supply network and supplies it to the electrodes via a furnace transformer,
An apparatus comprising: an unmanned aerial vehicle; a sensor system associated with the unmanned aerial vehicle, wherein the sensor system is configured to generate obstacle information and tree measurement information; and a controller configured to identify obstacles from the obstacle information generated by the sensor system as the unmanned aerial vehicle flies through a group of trees to generate the tree measurement information for the group of trees and to control movement of the unmanned aerial vehicle to avoid the obstacles; wherein the tree measurement information comprises one or more diameters of the group of trees, and wherein the controller is configured to control movement of the unmanned aerial vehicle along a trajectory that is located between trees in the group of trees at a height that is below the canopy of the trees and is configured to allow measurements to be made for identifying diameter information for the group of trees. an unmanned aerial vehicle; a sensor system associated with the unmanned aerial vehicle, wherein the sensor system is configured to generate obstacle information and tree measurement information; and a controller configured to identify obstacles from the obstacle information generated by the sensor system as the unmanned aerial vehicle flies through a group of trees to generate the tree measurement information for the group of trees and to control movement of the unmanned aerial vehicle to avoid the obstacles; wherein the tree measurement information comprises one or more diameters of the group of trees, and wherein the controller is configured to control movement of the unmanned aerial vehicle along a trajectory that is located between trees in the group of trees at a height that is below the canopy of the trees and is configured to allow measurements to be made for identifying diameter information for the group of trees.
A beacon service method performed by a terminal, comprising: transmitting a first beacon including identification information of the terminal and an indicator indicating whether beacon-related information is stored in the terminal; receiving and storing beacon-related information from a reception device having received the first beacon; transmitting a second beacon wherein the indicator indicates that beacon related information is stored in the terminal; receiving (675, 777) a beacon-related information report request message from an information collection device having received the second beacon; and transmitting (680, 780) the stored beacon-related information to the information collection device. transmitting a first beacon including identification information of the terminal and an indicator indicating whether beacon-related information is stored in the terminal; receiving and storing beacon-related information from a reception device having received the first beacon; transmitting a second beacon wherein the indicator indicates that beacon related information is stored in the terminal; receiving (675, 777) a beacon-related information report request message from an information collection device having received the second beacon; and transmitting (680, 780) the stored beacon-related information to the information collection device.
A vehicle control device (1-1, 1-2) for a vehicle, having a number of first control apparatuses (3-1 - 3-n) independent of one another, which are arranged in a first logical level and are designed to calculate predefined first vehicle control functions (5-1 - 5-n) and to output first calculation results (6-1 - 6-n); a number of further control apparatuses (9-1 - 9-n, 11-1 - 11-n) independent of one another, which are arranged in a number of logical levels (10, 12) superordinate to the first logical level and below one another hierarchically and are designed to calculate predefined further vehicle control functions (5-1 - 5-n) and to output further calculation results (6-1 - 6-n); wherein the further control apparatuses (9-1 - 9-n, 11-1 - 11-n) are designed to use calculation results (6-1 - 6-n) of only those control apparatuses (3-1 - 3-n, 9-1 - 9-n, 11-1 - 11-n) as input variables for the corresponding vehicle control functions (5-1 - 5-n), which are arranged in logical levels (4, 10, 12), which are arranged hierarchically below the logical level (4, 10, 12) of the respective control apparatus (3-1 - 3-n, 9-1 - 9-n, 11-1 - 11-n).
A method of increasing plant growth, plant productivity, seed germination or soil quality for a dicotyledonous plant, or a monocotyledonous plant selected from wheat, rice and corn, the method comprising the step of: applying to the plant a treatment agent comprising at least one plant-beneficial Burkholderia- like species, wherein the at least one plant-beneficial Burkholderia- like species has at least 99 % 16S rRNA sequence identity to Bacterium SOS3 according to SEQ ID No. 3 (deposited on 2 June 2016 under Accession No. V16/013910 at the National Measurement Institute, 1/153 Bertie Street Port Melbourne, Victoria, Australia 3207), and wherein the at least one plant beneficial Burkholderia- like species is configured to form biofilms on the roots of the plant.
A thermoplastic resin composition obtainable by blending an alicyclic structure-containing polymer, an aqueous dispersion of a metal oxide, and a polyglycerin fatty acid ester.