mhurhangee/ep-ind-claims huggingface dataset:
Torque sensor device (100, 100'), comprising a circular body comprising an annular inner flange and an annular outer flange and a circular intermediate portion located between the annular inner flange and the annular outer flange, wherein the annular inner flange is completely located closer to the center of the circular body than the annular outer flange and comprises inner force application openings (11, 12) formed therein exclusively closer to the center of the circular body than the circular intermediate portion, the annular outer flange comprises outer force application openings (21, 22) formed therein, and the circular intermediate portion comprises an inner sub-portion, an outer sub-portion and a circumferential groove for suppressing effects of radial loads and separating the inner sub-portion and the outer sub-portion from each other; and a plurality of measurement transducers formed in and/or on the inner sub-portion of the circular intermediate portion, in particular, in a pairwise manner; and wherein the circular intermediate portion is a continuously solid portion. a circular body comprising an annular inner flange and an annular outer flange and a circular intermediate portion located between the annular inner flange and the annular outer flange, wherein the annular inner flange is completely located closer to the center of the circular body than the annular outer flange and comprises inner force application openings (11, 12) formed therein exclusively closer to the center of the circular body than the circular intermediate portion, the annular outer flange comprises outer force application openings (21, 22) formed therein, and the circular intermediate portion comprises an inner sub-portion, an outer sub-portion and a circumferential groove for suppressing effects of radial loads and separating the inner sub-portion and the outer sub-portion from each other; and a plurality of measurement transducers formed in and/or on the inner sub-portion of the circular intermediate portion, in particular, in a pairwise manner; and wherein the circular intermediate portion is a continuously solid portion.
A method for creating a new Wireless-Fidelity, Wi-Fi, Peer-to-Peer, P2P, group, wherein a first 1:N P2P group comprises a first P2P device as a group owner and a second P2P device and a third P2P device as group clients, the method comprising: transmitting (S402a), by the second P2P device, a request message requesting creation of a second P2P group, to the third P2P device, wherein the request message includes an intent value of the second P2P device; receiving (S405a), by the second P2P device, a response message to the request message from the third P2P device, wherein the response message includes an intent value of the third P2P device; and creating the second P2P group, comprising the second P2P device and the third P2P device based on the request message and the response message, while maintaining connection with the first 1:N P2P group; wherein the second P2P group does not include the first P2P device; wherein the creating of the second P2P group comprises setting a group owner and a group client of the second P2P group by comparing the intent value of the second P2P device and the intent value of the third P2P device, and creating the second P2P group; and wherein each of the request message and the response message uses a vendor-specific content field of a Generic Advertisement Service, GAS, protocol frame defined by a wireless communication standard. transmitting (S402a), by the second P2P device, a request message requesting creation of a second P2P group, to the third P2P device, wherein the request message includes an intent value of the second P2P device; receiving (S405a), by the second P2P device, a response message to the request message from the third P2P device, wherein the response message includes an intent value of the third P2P device; and creating the second P2P group, comprising the second P2P device and the third P2P device based on the request message and the response message, while maintaining connection with the first 1:N P2P group; wherein the second P2P group does not include the first P2P device; wherein the creating of the second P2P group comprises setting a group owner and a group client of the second P2P group by comparing the intent value of the second P2P device and the intent value of the third P2P device, and creating the second P2P group; and wherein each of the request message and the response message uses a vendor-specific content field of a Generic Advertisement Service, GAS, protocol frame defined by a wireless communication standard.
An array (400, 500), comprising: a plurality of disk drives; and a controller coupled to the plurality of drives, the controller being configured to: initiate spin-up of at least one first disk drive of the array (400, 500); monitor each of the at least one first disk drive to determine when each of the at least one first disk drive of the array (400, 500) for which spin-up was initiated reaches a predetermined spin rate that is less than a target spin rate at which the disk drive is ready to process data access commands; and initiate spin-up of at least one second disk drive of the array (400, 500) as the monitored at least one first disk drive is determined to have reached the predetermined spin rate. a plurality of disk drives; and a controller coupled to the plurality of drives, the controller being configured to: initiate spin-up of at least one first disk drive of the array (400, 500); monitor each of the at least one first disk drive to determine when each of the at least one first disk drive of the array (400, 500) for which spin-up was initiated reaches a predetermined spin rate that is less than a target spin rate at which the disk drive is ready to process data access commands; and initiate spin-up of at least one second disk drive of the array (400, 500) as the monitored at least one first disk drive is determined to have reached the predetermined spin rate. initiate spin-up of at least one first disk drive of the array (400, 500); monitor each of the at least one first disk drive to determine when each of the at least one first disk drive of the array (400, 500) for which spin-up was initiated reaches a predetermined spin rate that is less than a target spin rate at which the disk drive is ready to process data access commands; and initiate spin-up of at least one second disk drive of the array (400, 500) as the monitored at least one first disk drive is determined to have reached the predetermined spin rate.
Securing device with an equipment carrier and a car body of a rail vehicle, wherein the car body is equipped with C-grooves on its underside, characterised in that the equipment carrier is connected in a detachable manner to at least one resilient connection part on a C-groove of the car body, wherein the resilient connection part has two boreholes for establishing a screw connection with each sliding block and one borehole for establishing a screw connection with an equipment carrier, and wherein the resilient connection part is made of bent steel plate and comprises two sections which are shaped into an S-shape opposite one another, which in each case extend between a borehole for establishing a screw connection with a sliding block and the borehole for establishing a screw connection with an equipment carrier.
An encoder that encodes a current block in a picture, the encoder comprising: circuitry (106, 108); and memory (118, 122), wherein using the memory, the circuitry is configured to: - perform a first transform on a residual signal of the current block using a first transform basis to generate first transform coefficients; characterized by - determine whether or not the first transform basis is same as a predetermined transform basis; - when it is determined that the first transform basis is the same as the predetermined transform basis, perform a second transform on the first transform coefficients using a second transform basis so as to generate second transform coefficients and to quantize the second transform coefficients; and - when it is determined that the first transform basis is different from the predetermined transform basis, quantize the first transform coefficients without performing the second transform. circuitry (106, 108); and memory (118, 122), wherein using the memory, the circuitry is configured to: - perform a first transform on a residual signal of the current block using a first transform basis to generate first transform coefficients; - perform a first transform on a residual signal of the current block using a first transform basis to generate first transform coefficients; characterized by - determine whether or not the first transform basis is same as a predetermined transform basis; - when it is determined that the first transform basis is the same as the predetermined transform basis, perform a second transform on the first transform coefficients using a second transform basis so as to generate second transform coefficients and to quantize the second transform coefficients; and - when it is determined that the first transform basis is different from the predetermined transform basis, quantize the first transform coefficients without performing the second transform. - determine whether or not the first transform basis is same as a predetermined transform basis; - when it is determined that the first transform basis is the same as the predetermined transform basis, perform a second transform on the first transform coefficients using a second transform basis so as to generate second transform coefficients and to quantize the second transform coefficients; and - when it is determined that the first transform basis is different from the predetermined transform basis, quantize the first transform coefficients without performing the second transform.
A resin molding machine, comprising: a work conveying mechanism including a hand for holding a work and which is capable of rotating and linearly moving so as to convey the work between following processing sections; a work feeding section for feeding the work; a resin feeding section for feeding resin, which is used for resin molding, to the work conveyed from the work feeding section; a press section including a molding die set, in which the resin fed by the resin feeding section and the work are set and the work is resin-molded; a work accommodating section for accommodating the work which has been resin-molded in the press section; and a control section controlling actions of the entire resin molding machine, wherein the work feeding section, the resin feeding section, the press section and the work accommodating section are located to enclose a moving area of the work conveying mechanism characterised in that said work conveying mechanism includes an articulated robot having a base section which is reciprocally movable along guide rails, a vertical link for effecting vertical movement, and a horizontal link for effecting horizontal movement, wherein said vertical and horizontal movements can be affected simultaneously; and wherein said hand is attached to a front end of the horizontal link. a work conveying mechanism including a hand for holding a work and which is capable of rotating and linearly moving so as to convey the work between following processing sections; a work feeding section for feeding the work; a resin feeding section for feeding resin, which is used for resin molding, to the work conveyed from the work feeding section; a press section including a molding die set, in which the resin fed by the resin feeding section and the work are set and the work is resin-molded; a work accommodating section for accommodating the work which has been resin-molded in the press section; and a control section controlling actions of the entire resin molding machine, wherein the work feeding section, the resin feeding section, the press section and the work accommodating section are located to enclose a moving area of the work conveying mechanism characterised in that said work conveying mechanism includes an articulated robot having a base section which is reciprocally movable along guide rails, a vertical link for effecting vertical movement, and a horizontal link for effecting horizontal movement, wherein said vertical and horizontal movements can be affected simultaneously; and wherein said hand is attached to a front end of the horizontal link.
A method of producing one or more C 2 -C 4 alcohols, said method comprising: (i) introducing syngas into a first reaction zone comprising at least a first catalyst; (ii) converting a portion of up to 50% CO of said syngas to methanol with said first catalyst; (iii)introducing syngas and methanol from said first reaction zone into a second reaction zone comprising at least a second catalyst; and (iv) converting at least a portion of said syngas and methanol introduced into said second reaction zone with said second catalyst to produce a product stream comprising one or more C 2 -C 4 alcohols selected from ethanol, propanol and butanol; wherein said first catalyst and said second catalyst are different physical materials; and wherein said said syngas introduced into said first reaction zone has an initial H 2 /CO ratio of 1.5 to 2, conversion of syngas to methanol in said first reaction zone causes said syngas introduced into said second reaction zone to have a second H 2 /CO ratio which is lower than said initial H 2 /CO ratio, and said second H 2 /CO ratio provides an increased yield to one or more C 2 -C 4 alcohols in said second reaction zone compared to that which would be provided by said initial H 2 /CO ratio. (i) introducing syngas into a first reaction zone comprising at least a first catalyst; (ii) converting a portion of up to 50% CO of said syngas to methanol with said first catalyst; (iii)introducing syngas and methanol from said first reaction zone into a second reaction zone comprising at least a second catalyst; and (iv) converting at least a portion of said syngas and methanol introduced into said second reaction zone with said second catalyst to produce a product stream comprising one or more C 2 -C 4 alcohols selected from ethanol, propanol and butanol;
A method for generating a database index in real-time, the method comprising the steps of: receiving an item of database data, wherein the item of database data comprises a sequence of data elements; identifying groups of data elements within the received item of database data; if any one or more of the identified groups of data elements have not been previously identified within the item of database data and previous items database data then storing the one or more identified group as index entries in a columnar database index; and recording within the columnar database index information describing the sequence of the groups of neighbouring data elements as they are located within the item of database data, wherein the groups of data elements are processed in parallel by a plurality of processing threads, wherein the database index is stored as an ordered array. receiving an item of database data, wherein the item of database data comprises a sequence of data elements; identifying groups of data elements within the received item of database data; if any one or more of the identified groups of data elements have not been previously identified within the item of database data and previous items database data then storing the one or more identified group as index entries in a columnar database index; and recording within the columnar database index information describing the sequence of the groups of neighbouring data elements as they are located within the item of database data, wherein the groups of data elements are processed in parallel by a plurality of processing threads, wherein the database index is stored as an ordered array.
A honeycomb filter comprising: a honeycomb base material including a porous partition wall parent material to partition and form a plurality of cells which become through channels of a fluid; plugged portions arranged in open frontal areas of predetermined cells in an end surface on an inflow side of the fluid and open frontal areas of the remaining cells in an end surface on an outflow side of the fluid; and a porous collecting layer disposed on the surface of the partition wall parent material in at least the remaining cells, wherein the collecting layer has a constitution in which a plurality of particles combine or intertwine with one another, the collecting layer includes particles having an average fiber diameter of 0.1 to 15 μm and an average aspect ratio of 3 or larger, characterized in that the plurality of particles include 70% or more of specific fiber particles having fiber diameters of 0.1 to 15 μm and aspect ratios of 3 or larger in the number of all the particles constituting the collecting layer; and in that an open area ratio of the surface of the collecting layer is 20% or larger.
Fuel storage device, comprising the following features: 1.1 a fuel tank for receiving fuel; 1.2 at least one tension-compression rod unit fixed to two opposite tank regions; 1.3 a latching element arranged on the respective tank region; 1.4 the tension-compression rod unit comprises a sleeve (3.1); 1.5 in the assembled state, the respective end of the sleeve (3.1) is pushed over the free end of the latching element, wherein a snap connection is produced by an annular bead of one of the two elements (3.1) and a circumferential groove (5.2) of the other of the two elements (5.1), characterized by the following features: 1.6 the annular bead is formed from a securing spring; 1.7 the latching element is a pin which with its one end is fixed to one of the tank shells and protrudes with its other end into the sleeve (3.1). 1.1 a fuel tank for receiving fuel; 1.2 at least one tension-compression rod unit fixed to two opposite tank regions; 1.3 a latching element arranged on the respective tank region; 1.4 the tension-compression rod unit comprises a sleeve (3.1); 1.5 in the assembled state, the respective end of the sleeve (3.1) is pushed over the free end of the latching element, wherein a snap connection is produced by an annular bead of one of the two elements (3.1) and a circumferential groove (5.2) of the other of the two elements (5.1), characterized by the following features: 1.6 the annular bead is formed from a securing spring; 1.7 the latching element is a pin which with its one end is fixed to one of the tank shells and protrudes with its other end into the sleeve (3.1).
A wire drive system for use with an associated welding power source, comprising: a drive motor for feeding associated wire; a drive motor controller operatively connected to the drive motor for automatically directing electrical supply power to the drive motor from between a first power source and at least a second substantially different power source, wherein the first power source and the second substantially different power source are each operable to power the drive motor for continuously feeding the wire during a welding operation; characterised by a logic processor; and a sensing circuit having an Input and an output, the input connectable to a conductor of a power cable for connecting the first power source to a wire feeder comprising the drive motor, the output connected to the logic processor for detecting the presence or absence of electrical power on the power cable. a drive motor for feeding associated wire; a drive motor controller operatively connected to the drive motor for automatically directing electrical supply power to the drive motor from between a first power source and at least a second substantially different power source, wherein the first power source and the second substantially different power source are each operable to power the drive motor for continuously feeding the wire during a welding operation; characterised by a logic processor; and a sensing circuit having an Input and an output, the input connectable to a conductor of a power cable for connecting the first power source to a wire feeder comprising the drive motor, the output connected to the logic processor for detecting the presence or absence of electrical power on the power cable.
A method for the actuation of a virtual switch, having a sensor system (17.2) which detects an actuation of the switch, wherein the sensor system (17.2) has at least two touchless capacitance sensors (11, 12), characterized in that a calibration method runs prior to the first start of the method, in order to calibrate the sensor system (17.2) within the sensors (11, 12), and that the method is only restarted once all sensors (11, 12) are first deactivated, wherein particularly the first sensor and/or then the second sensor is/are deactivated and/or vice-versa, wherein no object is in the detection area.
A medical device comprising: a metallic elongated member having a proximal end and a distal end, the metallic elongated member defining a lumen extending substantially therebetween and defining at least one opening from the lumen; an imaging marker associated with the metallic elongated member at a marker location, the imaging marker being a radiopaque marker, an outer diameter of the device at the marker location being substantially equal to the outer diameter of the device adjacent to the marker location, the medical device configured such that, in use, a flow of fluid through the lumen is not substantially obstructed by the imaging marker; and a functional tip located at the distal end of the metallic elongated member, a distal end of the lumen is closed by the functional tip, the functional tip comprising the radiopaque marker and an electrode for delivering electrical energy, wherein the electrical energy is delivered to the electrode through the metallic elongated member. a metallic elongated member having a proximal end and a distal end, the metallic elongated member defining a lumen extending substantially therebetween and defining at least one opening from the lumen; an imaging marker associated with the metallic elongated member at a marker location, the imaging marker being a radiopaque marker, an outer diameter of the device at the marker location being substantially equal to the outer diameter of the device adjacent to the marker location, the medical device configured such that, in use, a flow of fluid through the lumen is not substantially obstructed by the imaging marker; and a functional tip located at the distal end of the metallic elongated member, a distal end of the lumen is closed by the functional tip, the functional tip comprising the radiopaque marker and an electrode for delivering electrical energy, wherein the electrical energy is delivered to the electrode through the metallic elongated member.