mhurhangee/ep-ind-claims huggingface dataset:
Rotating electrical machine comprising: - a rotor linked in rotation with a shaft, - a stator comprising a winding, - a sensor-holder positioned around a sleeve made from a support of said electrical machine and - means for tracking an angular position of said rotor comprising at least one sensor and a magnetic target fixed onto a target-holder, said target-holder is mounted on said shaft and in that said magnetic target is fixed onto an internal face of said target-holder turned towards said shaft of said electrical machine, said rotor is mounted on a hub linked in rotation with said shaft of the electrical machine, said magnetic target, said target-holder and said sensor are positioned inside said hub, characterized in that said sleeve ensures that a rolling bearing mounted between said sleeve and said shaft of the electrical machine is radially secured. - a rotor linked in rotation with a shaft, - a stator comprising a winding, - a sensor-holder positioned around a sleeve made from a support of said electrical machine and - means for tracking an angular position of said rotor comprising at least one sensor and a magnetic target fixed onto a target-holder, said target-holder is mounted on said shaft and in that said magnetic target is fixed onto an internal face of said target-holder turned towards said shaft of said electrical machine,
An impact resistant multipolar power cable comprising, a) a plurality of cores, each core comprising at least one conductive element and an electrical insulating layer in a position radially external to the at least one conductive element, the cores being stranded together so as to form an assembled element providing a plurality of interstitial zones; b) an expanded polymeric filler filling the interstitial zones, and comprising a first polymer material with a shore D hardness ranging from 30 to 70, a flexural modulus of from 50 MPa to 1500 MPa at 23°C, and a LOI of from 27 to 95% before expansion, the expanded polymeric filler containing expanded microspheres; c) an impact resistant layer in a position radially external to and in contact with the expanded polymeric filler, wherein the impact resistant layer comprises an expanded second polymer material that differs from the first polymer material for the expanded polymeric filler and has, before expansion, a flexural modulus greater than that of the first polymer material for the expanded polymeric filler; and d) a solid polymeric jacket surrounding the impact resistant layer. a) a plurality of cores, each core comprising at least one conductive element and an electrical insulating layer in a position radially external to the at least one conductive element, the cores being stranded together so as to form an assembled element providing a plurality of interstitial zones; b) an expanded polymeric filler filling the interstitial zones, and comprising a first polymer material with a shore D hardness ranging from 30 to 70, a flexural modulus of from 50 MPa to 1500 MPa at 23°C, and a LOI of from 27 to 95% before expansion, the expanded polymeric filler containing expanded microspheres; c) an impact resistant layer in a position radially external to and in contact with the expanded polymeric filler, wherein the impact resistant layer comprises an expanded second polymer material that differs from the first polymer material for the expanded polymeric filler and has, before expansion, a flexural modulus greater than that of the first polymer material for the expanded polymeric filler; and d) a solid polymeric jacket surrounding the impact resistant layer.
A memcapacitor, comprising: a source electrode made of a metal material; a first dielectric layer disposed at outer sides of the source electrode in a horizontal direction, the first dielectric layer being in contact with the source electrode; a programming electrode disposed at outer sides of the first dielectric layer in the horizontal direction, the outer sides of the first dielectric layer not being in contact with the source electrode, the programming electrode being in contact with the first dielectric layer; a second dielectric layer disposed at an upper surface of the source electrode and an upper surface of the first dielectric layer, the second dielectric layer being in contact with the source electrode and the first dielectric layer; a reading electrode disposed at an upper surface of the second dielectric layer, wherein the reading electrode, the second dielectric layer and the source electrode form a capacitor, the reading electrode being in contact with the second dielectric layer; a third dielectric layer disposed at a lower surface of the source electrode and a lower surface of the first dielectric layer, the third dielectric layer being in contact with the source electrode and the first dielectric layer; and a conductive through hole disposed in the third dielectric layer and located under the source electrode for connecting the source electrode to an external voltage. a source electrode made of a metal material; a first dielectric layer disposed at outer sides of the source electrode in a horizontal direction, the first dielectric layer being in contact with the source electrode; a programming electrode disposed at outer sides of the first dielectric layer in the horizontal direction, the outer sides of the first dielectric layer not being in contact with the source electrode, the programming electrode being in contact with the first dielectric layer; a second dielectric layer disposed at an upper surface of the source electrode and an upper surface of the first dielectric layer, the second dielectric layer being in contact with the source electrode and the first dielectric layer; a reading electrode disposed at an upper surface of the second dielectric layer, wherein the reading electrode, the second dielectric layer and the source electrode form a capacitor, the reading electrode being in contact with the second dielectric layer; a third dielectric layer disposed at a lower surface of the source electrode and a lower surface of the first dielectric layer, the third dielectric layer being in contact with the source electrode and the first dielectric layer; and a conductive through hole disposed in the third dielectric layer and located under the source electrode for connecting the source electrode to an external voltage.
A brush, comprising: a wire core having a proximal end and a distal end; a round tip formed on said distal end of said wire core, said round tip being unitary with said wire core and being formed by melting or welding a portion of said wire core at said distal end; and a molded tip attached to said wire core; wherein said round tip of said wire core is received within a socket formed in a body of said molded tip to affix said molded tip to said wire core. a wire core having a proximal end and a distal end; a round tip formed on said distal end of said wire core, said round tip being unitary with said wire core and being formed by melting or welding a portion of said wire core at said distal end; and a molded tip attached to said wire core; wherein said round tip of said wire core is received within a socket formed in a body of said molded tip to affix said molded tip to said wire core.
A method of controlling decomposition of artificial or hybrid turf (202, 300), the method comprising: - providing a completely or partially compostable turf, the turf being a completely or partially compostable artificial turf or a hybrid turf comprising a completely or partially compostable hybrid turf support, the turf comprising a decomposition inhibitor, the decomposition inhibitor in the turf being adapted to lose its decomposition-inhibiting functionality or leave the turf until a defined period of time has elapsed; - adding a decomposition booster other than water to the turf, the decomposition booster being adapted to compost the turf, the decomposition booster being added selectively to one or more sub-areas of the turf but not to other areas of the turf, thereby creating a desired hybrid turf or artificial turf pattern. - providing a completely or partially compostable turf, the turf being a completely or partially compostable artificial turf or a hybrid turf comprising a completely or partially compostable hybrid turf support, the turf comprising a decomposition inhibitor, the decomposition inhibitor in the turf being adapted to lose its decomposition-inhibiting functionality or leave the turf until a defined period of time has elapsed; - adding a decomposition booster other than water to the turf, the decomposition booster being adapted to compost the turf, the decomposition booster being added selectively to one or more sub-areas of the turf but not to other areas of the turf, thereby creating a desired hybrid turf or artificial turf pattern.
Mount to insert into a well of a multiwell, titration and/or filtration plate and to hold a carrier means, comprising: - a horizontally arranged holding bar, - an support (11, 12, 13) arranged under the holding bar to apply the carrier means, wherein the support (11, 12, 13) contains support bars (11, 12, 13) connected to each other, which run horizontally within this, - at least one vertically running connection bar (15, 16), which connects the support (11, 12, 13) to the holding bar, wherein the holding bar serves to fix a carrier means that can be applied onto the support (11, 12, 13) and is arranged above the support (11, 12, 13) in parallel to this, and is rod-shaped, U-shaped or V-shaped. wherein lateral outer surfaces (11a, 12a, 13a, 14a, 15a, 16a) of the support (11, 12, 13) of the holding bar and/or of the connection bar (14, 16), after insertion of the mount into the well, abut at least one inner lateral surface of the well in such a way that the mount abuts a defined position within the opening and cannot tip, slide or fall out. - a horizontally arranged holding bar, - an support (11, 12, 13) arranged under the holding bar to apply the carrier means, wherein the support (11, 12, 13) contains support bars (11, 12, 13) connected to each other, which run horizontally within this, - at least one vertically running connection bar (15, 16), which connects the support (11, 12, 13) to the holding bar,
A topical pharmaceutical composition which is a gel comprising: erythropoietin at a concentration of between 0.01% to 30% (w/w), fibronectin at a concentration of between 0.01% to 50% (w/w), glycerol at a concentration of between 0.01% to 30% (w/w), Carbomer 940 at a concentration of between 0.01% to 30% (w/w), benzyl alcohol at a concentration of between 0.01% to 30% (w/w), triethanolamine at a concentration of between 0.01% to 30% (w/w), methylparaben at a concentration of between 0.01% to 30% (w/w), propylparaben at a concentration of between 0.01% to 30% (w/w).
Method of activating a distance protection relay which monitors a zone, in which in each case a line impedance value is determined in specified time steps, wherein each time step is allocated the change amount of a change vector between the line impedance value determined with respect to the respective time step and the line impedance value determined with respect to the respectively preceding time step, as well as a change amount limit value which is ascertained from the line impedance value determined with respect to the respective time step and from a zone limit impedance value and, if a specified number of change amounts allocated to each time step is below the change amount limit value allocated to the respective time step, the line impedance value of the last time step is output in dependence upon the zone limit impedance value for generating an activation signal.
A method of cleaning a workpiece,wherein the cleaning is conducted by removing oxides from the surface of the workpiece which are formed on the workpiece by a previous thermal joining process, whereinan electric arc is generated between the workpiece and a non-consumable electrode to remove the oxides on the workpiece, wherein a power source is provided to electrically connect the workpiece and the non-consumable electrode and wherein the non-consumable electrode is essentially anodically polarized and the workpiece is essentially cathodically polarized, being characterised in that the oxides on the thermal joint and the adjacent surface area possess an uneven thickness up to 300nm, and in that the power source generates an alternating current circuit by which the workpiece is polarized anodically for a maximum of 25% of the electrical energy in total, and in that a processing gas is introduced along the non-consumable electrode towards the workpiece which contains argon and/or helium, wherein the gas contains at least another reducing gas selected from H2, CO, NO, N2O, CnHm or contains 0.5 to 5 vol. - %, preferable 1 to 4 vol.-% nitrogen which is preferable balanced by argon.
A computer-implemented method for automatically scheduling a media play, the method comprising: receiving, from an advertiser: an external criterion other than a time, day and station associated with an advertisement spot; a first effective cost per thousand listeners which the advertiser is willing to bid for the advertisement spot when the external criteria is met; a second effective cost per thousand listeners which the advertiser is willing to bid for the advertisement spot when the criteria is not met; and an identification of an action, for media play placement in a media feed; receiving information relevant to the received external criterion; responsive to the received information meeting the received external criterion, performing the action in scheduling of the media play in the media feed, wherein the action comprises bidding the first effective cost per thousand listeners for the advertisement spot; and responsive to the received information not meeting the received external criterion, bidding the second effective cost per thousand listeners for the advertisement spot. receiving, from an advertiser: an external criterion other than a time, day and station associated with an advertisement spot; a first effective cost per thousand listeners which the advertiser is willing to bid for the advertisement spot when the external criteria is met; a second effective cost per thousand listeners which the advertiser is willing to bid for the advertisement spot when the criteria is not met; and an identification of an action, for media play placement in a media feed; an external criterion other than a time, day and station associated with an advertisement spot; a first effective cost per thousand listeners which the advertiser is willing to bid for the advertisement spot when the external criteria is met; a second effective cost per thousand listeners which the advertiser is willing to bid for the advertisement spot when the criteria is not met; and an identification of an action, for media play placement in a media feed; receiving information relevant to the received external criterion; responsive to the received information meeting the received external criterion, performing the action in scheduling of the media play in the media feed, wherein the action comprises bidding the first effective cost per thousand listeners for the advertisement spot; and responsive to the received information not meeting the received external criterion, bidding the second effective cost per thousand listeners for the advertisement spot.
A method for receiving and presenting an audiovisual stream at a mobile device, the method comprising: receiving a plurality of packets at the mobile device, wherein the plurality of packets are received in a wireless manner, the plurality of packets comprising a first plurality of packets comprising audiovisual information and a second plurality of packets comprising control information, wherein the mobile device comprises a receiver implementing a plurality of communication layers, wherein the control information comprises commands for providing new functionality to at least one of the communication layers; configuring the receiver in the mobile device based on the control information in the second plurality of packets, wherein said configuring the receiver comprises modifying operation of at least one communication layer in the receiver to provide the new functionality to the least one communication layer of the receiver; processing the first plurality of packets comprising audiovisual information after said configuring, wherein said processing comprises the at least one communication layer performing the new functionality; and presenting the audiovisual information on the mobile device after said processing. receiving a plurality of packets at the mobile device, wherein the plurality of packets are received in a wireless manner, the plurality of packets comprising a first plurality of packets comprising audiovisual information and a second plurality of packets comprising control information, wherein the mobile device comprises a receiver implementing a plurality of communication layers, wherein the control information comprises commands for providing new functionality to at least one of the communication layers; configuring the receiver in the mobile device based on the control information in the second plurality of packets, wherein said configuring the receiver comprises modifying operation of at least one communication layer in the receiver to provide the new functionality to the least one communication layer of the receiver; processing the first plurality of packets comprising audiovisual information after said configuring, wherein said processing comprises the at least one communication layer performing the new functionality; and presenting the audiovisual information on the mobile device after said processing.
A manufacturing procedure to produce a packaging in the form of a protective cover for the protection of objects, starting from at least two stacked films of the appropriate width and thickness, and composed of at least one layer of plastic, the procedure consisting of the following stages: - the joining of the films by means of transverse joint lines forming transverse channels between consecutive transverse joint lines, where said transverse channels are open on at least one of their ends, giving a preformed sheet; and - the joining by means of longitudinal joint lines, to form pads, fold zones, gap zones and closure zones; characterized in that the procedure also consists of the stages: - the joining by means of longitudinal joint lines being subsequent to the joining of the films by means of transverse joint lines; - the filling of the pads with a fluid performed during the longitudinal joint making phase to give a packaging sheet; - and the folding of the packaging sheet at the fold zones, said packaging sheet can be closed onto itself by means of the closing zones, creating the protective cover, the longitudinal joint lines being made in the preformed sheet of the previous stage by means of a system of joint modules arranged in a group, with each of these having at least one joint wheel and at least one evacuation wheel, where these wheels (45 and 46) have the appropriate mechanism to enable them to be moved independently in the vertical direction, towards and away from the stacked films, and also have the appropriate means to produce the joint by welding the films, the function of the at least one evacuation wheel is to prevent fluid from entering the pads, leaving them totally or partially empty of fluid. - the joining of the films by means of transverse joint lines forming transverse channels between consecutive transverse joint lines, where said transverse channels are open on at least one of their ends, giving a preformed sheet; and - the joining by means of longitudinal joint lines, to form pads, fold zones, gap zones and closure zones; - the joining by means of longitudinal joint lines being subsequent to the joining of the films by means of transverse joint lines; - the filling of the pads with a fluid performed during the longitudinal joint making phase to give a packaging sheet; - and the folding of the packaging sheet at the fold zones, said packaging sheet can be closed onto itself by means of the closing zones, creating the protective cover,
An apparatus for use in an articulatory-based text-to-speech conversion system (200; 400; 600) to establish an articulatory speech synthesis model of a first person's voice, the apparatus comprising: a facial structure input device to acquire image data representing a visage of the first person, in which the visage includes facial characteristics defining exteriorly visible articulatory speech synthesis model parameters of the first person's voice; a facial characteristics matching system (220; 420; 610, 620) to select a predefined articulatory speech synthesis model from among stores of predefined models using the acquired image data, the selection based at least in part on one or both of the facial characteristics of the first person or the exteriorly visible articulatory speech synthesis model parameters of the first person, the predefined models modelling voices of different persons, each of the predefined models comprising, for a respective person that is different from the first person, exteriorly visible articulatory speech synthesis model parameters and interiorly concealed articulatory speech synthesis model parameters; and an articulatory system to establish the articulatory speech synthesis model of the first person's voice based on the interiorly concealed articulatory speech synthesis model parameters of the selected predefined articulatory speech synthesis model. a facial structure input device to acquire image data representing a visage of the first person, in which the visage includes facial characteristics defining exteriorly visible articulatory speech synthesis model parameters of the first person's voice; a facial characteristics matching system (220; 420; 610, 620) to select a predefined articulatory speech synthesis model from among stores of predefined models using the acquired image data, the selection based at least in part on one or both of the facial characteristics of the first person or the exteriorly visible articulatory speech synthesis model parameters of the first person, the predefined models modelling voices of different persons, each of the predefined models comprising, for a respective person that is different from the first person, exteriorly visible articulatory speech synthesis model parameters and interiorly concealed articulatory speech synthesis model parameters; and an articulatory system to establish the articulatory speech synthesis model of the first person's voice based on the interiorly concealed articulatory speech synthesis model parameters of the selected predefined articulatory speech synthesis model.
Transmission system for torque, comprising: - an input side; - a friction clutch which is connected to the input side; - a power-split damper system which divides the torque to be transmitted into two branches, of which only one comprises an elastic element for damping rotational non-uniformities, the two branches being combined on the output side by means of a summing gear mechanism, the power-split damper system being connected to the friction clutch; - an output side which is connected to the damper system; - a hydrodynamic torque converter with a pump and a turbine, - the pump being connected non-releasably to the input side, and the turbine being connected non-releasably to the output side. - an input side; - a friction clutch which is connected to the input side; - a power-split damper system which divides the torque to be transmitted into two branches, of which only one comprises an elastic element for damping rotational non-uniformities, the two branches being combined on the output side by means of a summing gear mechanism, the power-split damper system being connected to the friction clutch; - an output side which is connected to the damper system; - a hydrodynamic torque converter with a pump and a turbine, - the pump being connected non-releasably to the input side, and the turbine being connected non-releasably to the output side.