mhurhangee/ep-ind-claims huggingface dataset:
Method for determining a synchronous speed of an electric machine, in particular a speed-regulated asynchronous machine, in a work machine driven by the electric machine, wherein a regulating device is provided for speed regulation of the electric machine, wherein the following steps are carried out: - initiating a detection of at least one mechanical measured variable in the electric machine and/or the driven work machine to obtain an item of detection information specific for a rotational sound of the electric machine and/or the driven work machine, - carrying out a frequency analysis of the detection information to obtain a frequency spectrum of the detection information, characterized by the following steps: - carrying out a selection of at least one frequency range in the frequency spectrum on the basis of a clock frequency (fT) of the regulating device, - carrying out a recognition of at least one peak value in the frequency range to ascertain at least one frequency (f1, f2) specific for the synchronous speed, - carrying out the determination of the synchronous speed on the basis of the at least one ascertained frequency (f1, f2). - initiating a detection of at least one mechanical measured variable in the electric machine and/or the driven work machine to obtain an item of detection information specific for a rotational sound of the electric machine and/or the driven work machine, - carrying out a frequency analysis of the detection information to obtain a frequency spectrum of the detection information, characterized by the following steps: - carrying out a selection of at least one frequency range in the frequency spectrum on the basis of a clock frequency (fT) of the regulating device, - carrying out a recognition of at least one peak value in the frequency range to ascertain at least one frequency (f1, f2) specific for the synchronous speed, - carrying out the determination of the synchronous speed on the basis of the at least one ascertained frequency (f1, f2).
A midsole for safety shoes composed of polyurethane foam whose density is from 250 g/l to less than 500 g/l, obtainable via reaction of a) a polyisocyanate component with b) a polyol component, comprising the following constituents: b-1) polyesterols whose viscosity is from 150 mPas to 600 mPas, measured to DIN 53015 at 75°C, and b-2) polymer polyesterols, where the proportion of polymer polyesterols (b-2) is more than 5% by weight, based on the total weight of component (b), and c) if appropriate, chain extenders, in the presence of d) blowing agent, comprising water, and of e) antistatic substances, wherein a steel cap has been anchored in the midsole. a) a polyisocyanate component with b) a polyol component, comprising the following constituents: b-1) polyesterols whose viscosity is from 150 mPas to 600 mPas, measured to DIN 53015 at 75°C, and b-2) polymer polyesterols, where the proportion of polymer polyesterols (b-2) is more than 5% by weight, based on the total weight of component (b), and b-1) polyesterols whose viscosity is from 150 mPas to 600 mPas, measured to DIN 53015 at 75°C, and b-2) polymer polyesterols, where the proportion of polymer polyesterols (b-2) is more than 5% by weight, based on the total weight of component (b), and c) if appropriate, chain extenders, in the presence of d) blowing agent, comprising water, and of e) antistatic substances,
A method for detecting the display of objects inserted in web pages, the method comprising the following steps: - downloading a web page from a web server to a web browser of a user, said web page including information regarding the display on the screen of the browser of at least one of the objects inserted in the web page; - downloading the objects to be inserted in the web page from an inserted object provider server to the user web browser; and - inserting said objects in the web page in accordance with the information regarding the display on the screen; characterised in that the method further comprises: - providing a detection function that defines events for association with said inserted objects; - using the detection function to detect the display of at least one of the inserted objects and to associate said detection with one or more of said events; - the web browser sending a message to a hit measurement server each time the detection function detects that the at least one inserted object to which an event has been associated has been correctly displayed, said message containing the identifier of the at least one correctly displayed object; and - monitoring the occurred correct displays of the inserted objects in the hit measurement server - downloading a web page from a web server to a web browser of a user, said web page including information regarding the display on the screen of the browser of at least one of the objects inserted in the web page; - downloading the objects to be inserted in the web page from an inserted object provider server to the user web browser; and - inserting said objects in the web page in accordance with the information regarding the display on the screen; - providing a detection function that defines events for association with said inserted objects; - using the detection function to detect the display of at least one of the inserted objects and to associate said detection with one or more of said events; - the web browser sending a message to a hit measurement server each time the detection function detects that the at least one inserted object to which an event has been associated has been correctly displayed, said message containing the identifier of the at least one correctly displayed object; and - monitoring the occurred correct displays of the inserted objects in the hit measurement server
A method of rendering graphics with a processing unit, the method comprising: determining, for a first pixel including a plurality of samples, that the plurality of the samples include one or more covered samples that are covered by a first primitive, wherein the plurality of samples include one or more color samples and a plurality of depth samples; determining, for the one or more covered samples, whether the one or more covered samples include at least a respective one of the one or more color samples; invoking a pixel shader for the first pixel for the first primitive if the determining determines that the one or more covered samples include at least a respective one of the one or more color samples so that determining of only color sample coverage for the one or more covered samples dictates invoking of the pixel shader for the first pixel; and deriving a color value, for the first primitive, for a display pixel not associated with a color sample but associated with a depth sample by assigning a color value of a color sample at a same depth value as the depth sample. determining, for a first pixel including a plurality of samples, that the plurality of the samples include one or more covered samples that are covered by a first primitive, wherein the plurality of samples include one or more color samples and a plurality of depth samples; determining, for the one or more covered samples, whether the one or more covered samples include at least a respective one of the one or more color samples; invoking a pixel shader for the first pixel for the first primitive if the determining determines that the one or more covered samples include at least a respective one of the one or more color samples so that determining of only color sample coverage for the one or more covered samples dictates invoking of the pixel shader for the first pixel; and deriving a color value, for the first primitive, for a display pixel not associated with a color sample but associated with a depth sample by assigning a color value of a color sample at a same depth value as the depth sample.
A car comprising: two front wheels; two rear drive wheels; a passenger compartment which is arranged between the two front wheels and the two rear drive wheels; at least one first tank configured to contain hydrogen; and an internal combustion engine, which is powered by hydrogen, is provided with a plurality of cylinders, inside which respective pistons slide, and with a drive shaft connected to the pistons, and is longitudinally arranged behind the passenger compartment; and a transmission system, which connects the drive shaft of the internal combustion engine to the rear drive wheels; the car is characterized in that it comprises at least two first tanks, which are arranged beside an engine block of the internal combustion engine on the two opposite sides of the engine block. two front wheels; two rear drive wheels; a passenger compartment which is arranged between the two front wheels and the two rear drive wheels; at least one first tank configured to contain hydrogen; and an internal combustion engine, which is powered by hydrogen, is provided with a plurality of cylinders, inside which respective pistons slide, and with a drive shaft connected to the pistons, and is longitudinally arranged behind the passenger compartment; and a transmission system, which connects the drive shaft of the internal combustion engine to the rear drive wheels; the car is characterized in that it comprises at least two first tanks, which are arranged beside an engine block of the internal combustion engine on the two opposite sides of the engine block.
A lateral flow apparatus comprising, a wicking pad composed of a porous substrate, the wicking pad having: (i) a region for applying a membrane comprising immobilized analytes capable of binding primary antibodies; and (ii) a region for applying primary antibodies capable of binding analyte of interest immobilized on a membrane; and wherein the wicking pad has a first edge and a second edge and two lateral edges, a first reservoir comprising a first absorbent pad adjacent to the first side of the wicking pad; and a second reservoir comprising a second absorbent pad adjacent to the second side of the wicking pad; wherein the apparatus is sealed in a plastic casing; wherein at least one of the reservoirs is separated from the wicking pad by a removable non-absorbent strip; wherein the plastic casing comprises a molded top portion and a flat bottom plate sealed to the top portion; and wherein the molded top portion comprises a port covered by a removable layer over the first reservoir to allow application of liquid and optionally the molded top portion comprises a port covered by a removable layer over the second reservoir to allow for air flow. (i) a region for applying a membrane comprising immobilized analytes capable of binding primary antibodies; and (ii) a region for applying primary antibodies capable of binding analyte of interest immobilized on a membrane; and
A repair process, comprising: applying a repair material to a matrix composite component, the matrix composite component being selected from the group consisting of a ceramic matrix composite, a polymer matrix composite, and a metal matrix composite; securing the repair material to the matrix composite component with an external securing mechanism, wherein the external securing mechanism retains the repair material within a damaged portion of the matrix composite component; and curing the repair material to bond the repair material to the matrix composite component during the securing by the external securing mechanism; wherein the external securing mechanism is consumed or decomposed during the curing process. applying a repair material to a matrix composite component, the matrix composite component being selected from the group consisting of a ceramic matrix composite, a polymer matrix composite, and a metal matrix composite; securing the repair material to the matrix composite component with an external securing mechanism, wherein the external securing mechanism retains the repair material within a damaged portion of the matrix composite component; and curing the repair material to bond the repair material to the matrix composite component during the securing by the external securing mechanism; wherein the external securing mechanism is consumed or decomposed during the curing process.
Cleaning system, comprising a cleaning cart and a data processing device, wherein the cleaning cart comprises a frame that can be fitted with cleaning utensils, wherein the frame is provided with a biunique machine-readable identifier, wherein the cleaning cart is uniquely identifiable by the identifier and wherein the cleaning cart is identifiable by the machine-readable identifier in the data processing device, the identifier being an optically readable code, characterized in that the data processing device has a central database and at least one mobile data processing unit, the mobile data processing unit being provided with a device for reading the machine-readable identifier, wherein the data processing unit is equipped to access the database.
A tire rubber composition, comprising: (a) at least one rubbery polymer comprising (i) 10 to 100 weight percent of monomer units derived from conjugated diene monomer having between 4 and 8 carbon atoms; (ii) 0 to 90 weight percent of monomer units derived from vinyl aromatic monomer; (b) 0.5 to 100 phr of silica filler; (c) 0.05 to 20 phr of a bi-functional silica coupling agent; and (d) 1 to 30 phr of a non-elastomer reactive filler reinforcing agent capable of interacting with at least two silica particles and having the formula G where G is a separating group selected from the group consisting of C 1 -C 50 straight chain and branched alkyl, C 2 -C 50 straight chain and branched alkenyl, C 6 -C 50 aromatics and contains one S and Y and Z can be the same or different and each independently consist of a silica-reactive group of the formula Si(R 1) p (OR 2) 3-p where each R 1 independently comprises C 1 -C 20 aliphatic, cycloaliphatic or aromatic, R 2 is C 1 -C 6 aliphatic or cycloaliphatic and p is an integer from 0 to 2; and where the bi-functional silica coupling agent and the filler reinforcing agent are utilized in a weight ratio of from 1:100 to 1:0.2. (a) at least one rubbery polymer comprising (i) 10 to 100 weight percent of monomer units derived from conjugated diene monomer having between 4 and 8 carbon atoms; (ii) 0 to 90 weight percent of monomer units derived from vinyl aromatic monomer; (i) 10 to 100 weight percent of monomer units derived from conjugated diene monomer having between 4 and 8 carbon atoms; (ii) 0 to 90 weight percent of monomer units derived from vinyl aromatic monomer; (b) 0.5 to 100 phr of silica filler; (c) 0.05 to 20 phr of a bi-functional silica coupling agent; and (d) 1 to 30 phr of a non-elastomer reactive filler reinforcing agent capable of interacting with at least two silica particles and having the formula G where G is a separating group selected from the group consisting of C 1 -C 50 straight chain and branched alkyl, C 2 -C 50 straight chain and branched alkenyl, C 6 -C 50 aromatics and contains one S and Y and Z can be the same or different and each independently consist of a silica-reactive group of the formula Si(R 1) p (OR 2) 3-p where each R 1 independently comprises C 1 -C 20 aliphatic, cycloaliphatic or aromatic, R 2 is C 1 -C 6 aliphatic or cycloaliphatic and p is an integer from 0 to 2; and where G is a separating group selected from the group consisting of C 1 -C 50 straight chain and branched alkyl, C 2 -C 50 straight chain and branched alkenyl, C 6 -C 50 aromatics and contains one S and Y and Z can be the same or different and each independently consist of a silica-reactive group of the formula Si(R 1) p (OR 2) 3-p where each R 1 independently comprises C 1 -C 20 aliphatic, cycloaliphatic or aromatic, R 2 is C 1 -C 6 aliphatic or cycloaliphatic and p is an integer from 0 to 2; and
A heat exchanger (1; 30; 40; 50; 60) comprising: a heat transfer tube; a plurality of fins (11; 41; 51) that includes ark-shaped contact surfaces configured to be brought into contact with an outer peripheral surface of the heat transfer tube and are attached from an outside in a radial direction of the heat transfer tube; and an adhesive that bonds the outer peripheral surface of the heat transfer tube and the contact surfaces of each of the fins (11; 41; 51), wherein the plurality of the fins (11; 41; 51) include a pair of the fins (11; 41; 51) disposed adjacently between which the heat transfer tube is interposed, in an orthogonal plane orthogonal to the tube axis direction of the heat transfer tube, characterized in that, assuming, on the orthogonal plane, that a direction in which the pair of the fins (11; 41; 51) are adjacent to each other is a width direction and that a direction orthogonal to the width direction is a length direction, one of the pair of fins (11; 41; 51) and the other one of the pair of fins (11; 41; 51) are disposed by being shifted in position in the length direction. a heat transfer tube; a plurality of fins (11; 41; 51) that includes ark-shaped contact surfaces configured to be brought into contact with an outer peripheral surface of the heat transfer tube and are attached from an outside in a radial direction of the heat transfer tube; and an adhesive that bonds the outer peripheral surface of the heat transfer tube and the contact surfaces of each of the fins (11; 41; 51), wherein the plurality of the fins (11; 41; 51) include a pair of the fins (11; 41; 51) disposed adjacently between which the heat transfer tube is interposed, in an orthogonal plane orthogonal to the tube axis direction of the heat transfer tube, characterized in that, assuming, on the orthogonal plane, that a direction in which the pair of the fins (11; 41; 51) are adjacent to each other is a width direction and that a direction orthogonal to the width direction is a length direction, one of the pair of fins (11; 41; 51) and the other one of the pair of fins (11; 41; 51) are disposed by being shifted in position in the length direction.
A smooth floor vacuum cleaner nozzle comprising a nozzle body and a suction chamber, which is formed in the nozzle body and which is open to the bottom, - wherein the suction chamber is limited on the one side along a working direction (x) by a front and rear wall (3, 4) of the nozzle body as well as flexible sealing strips of plastic connected to the walls (3, 4), and on the other side in a transverse direction (y) by means of side walls, - wherein the nozzle body has a suction duct leading into the suction chamber for discharging a suction air flow flowing in through the suction chamber, - wherein a support element protruding downwards beyond the front wall and the rear wall is in each case provided in the region of the two side walls, - wherein, in the case of a straight alignment, the sealing strips protrude downwards beyond the support elements, characterized in - that the sealing strips are in each case segmented by means of cuts along the transverse direction (y), and - that in a force-free state, the consecutive segments of the sealing strips directly adjoin one another at their free lower ends without the formation of a gap or via a gap with a width of less than 1 mm. - wherein the suction chamber is limited on the one side along a working direction (x) by a front and rear wall (3, 4) of the nozzle body as well as flexible sealing strips of plastic connected to the walls (3, 4), and on the other side in a transverse direction (y) by means of side walls, - wherein the nozzle body has a suction duct leading into the suction chamber for discharging a suction air flow flowing in through the suction chamber, - wherein a support element protruding downwards beyond the front wall and the rear wall is in each case provided in the region of the two side walls, - wherein, in the case of a straight alignment, the sealing strips protrude downwards beyond the support elements, characterized in - that the sealing strips are in each case segmented by means of cuts along the transverse direction (y), and - that in a force-free state, the consecutive segments of the sealing strips directly adjoin one another at their free lower ends without the formation of a gap or via a gap with a width of less than 1 mm.
Stack storage assembly having a plurality of container receiving spaces, in which containers can be stored in a stack, a charging space which is arranged below the container receiving spaces, a detachable holding arrangement between the charging space and the container receiving spaces, which is arranged at a first height, and a charging vehicle which can be moved between the charging space and a transfer area and which has a container receptacle which can be moved in a lifting direction by a lifting device and has a container standing surface, by means of which containers can be introduced from below into a respective container receiving space and can be removed from below from the respective container receiving space, characterized in that the charging vehicle can be moved into a transfer device (12, 13), the container receiving means comprises in the containers standing surface at least two notches (16, 17) which are open towards at least one side, and the transfer device (12, 13) comprises transfer fingers (18, 19) matching the notches (16, 17), the transfer fingers (18, 19) entering the notches (16, 17) when the charging vehicle is moved into the transfer device (12, 13).
A structure being adapted for use as an antenna in a RFID device, the structure consisting of conductive material and the structure comprising: a first conductive portion and a second conductive portion conductively connected to the first conductive portion, the first conductive portion being a dipole antenna that includes a pattern that has first and second parts and the second conductive portion being an elongated portion extending away from the first conductive portion; wherein the structure is adapted to be attached to a metal piece of jewelry in that the second conductive portion is wrapped through an opening in the piece of jewelry to overlap with the first conductive portion thereby reducing the effective length and compensating for the effects of the coupling with the piece of jewelry on the performance of the structure used as an antenna, the structure being constructed as depicted in Figure 1. a first conductive portion and a second conductive portion conductively connected to the first conductive portion, the first conductive portion being a dipole antenna that includes a pattern that has first and second parts and the second conductive portion being an elongated portion extending away from the first conductive portion; wherein the structure is adapted to be attached to a metal piece of jewelry in that the second conductive portion is wrapped through an opening in the piece of jewelry to overlap with the first conductive portion thereby reducing the effective length and compensating for the effects of the coupling with the piece of jewelry on the performance of the structure used as an antenna, the structure being constructed as depicted in Figure 1.