mhurhangee/ep-ind-claims huggingface dataset:
A pod for preparing a beverage comprising: a lower compartment defining a storage volume; the lower compartment comprising an upper surface containing one or more apertures forming an inlet of the lower compartment and a lower surface formed at least partially from filtering material, the filtering material forming an outlet of the pod; the pod further comprising an open-topped upper compartment above the lower compartment which defines a chamber suitable for receiving one or more flexible pads containing one or more beverage ingredients; wherein an outlet of the chamber of the upper compartment communicates with the inlet of the lower compartment; wherein the apertures of the inlet of the lower compartment are arranged for showering and or jetting in use water into the lower compartment; wherein the storage volume of the lower compartment contains a water-soluble composition or a combination or mixture of water-soluble compositions for forming a beverage; the upper surface of the lower compartment is concave, convex, or plane in relation to the upper or lower compartment; characterised in that: the storage volume further contains more than one absorbent elements or particles or foamed plastic elements or particles. a lower compartment defining a storage volume; the lower compartment comprising an upper surface containing one or more apertures forming an inlet of the lower compartment and a lower surface formed at least partially from filtering material, the filtering material forming an outlet of the pod; the pod further comprising an open-topped upper compartment above the lower compartment which defines a chamber suitable for receiving one or more flexible pads containing one or more beverage ingredients; wherein an outlet of the chamber of the upper compartment communicates with the inlet of the lower compartment; wherein the apertures of the inlet of the lower compartment are arranged for showering and or jetting in use water into the lower compartment; wherein the storage volume of the lower compartment contains a water-soluble composition or a combination or mixture of water-soluble compositions for forming a beverage; the upper surface of the lower compartment is concave, convex, or plane in relation to the upper or lower compartment; characterised in that: the storage volume further contains more than one absorbent elements or particles or foamed plastic elements or particles. the storage volume further contains more than one absorbent elements or particles or foamed plastic elements or particles.
Front cover device connectable to a power socket, said power socket comprising a terminal socket (5, 6, 7, 8), said terminal socket comprising a connecting terminal, said front cover device extending along a longitudinal axis and comprising: - a cover provided to be mounted on said terminal socket and defining an insertion well delimiting an interior cavity having a front opening of engagement suitable for engaging and receiving a plug with pins (30, 31), said cover comprising a front side surrounding said front opening of engagement and a rear side and extending, along the longitudinal axis, between the latter, - a mobile element, such as a plate, having a front face and being mounted movable in translation in the interior cavity along the longitudinal axis, between a front position closing the front opening of engagement and a rear position making it possible the electrical contact between the connecting terminal and the pins, said mobile element having at least two front access holes (20, 21) for the pins (30, 31), - elastic means able to exert a return force toward the front side of the cover, the mobile element further comprises a closure system, each front access hole (20, 21) for the pins (30, 31) being at least substantially closed by the closure system which forms, into each of said front access hole, an elastically deformable closure wall able to be crossed, through elastic deformation, by the pins (30, 31) of the plug and to elastically return toward its original form of closure after their removal, each closure wall being incised by at least one incision, preferably by at least one X-shaped incision, characterized in that the closure system comprises a plurality of closure elements (220, 221), preferably made in an elastic or rubber material, each forming one of the elastically deformable closure walls and in that each deformable closure walls is flush or substantially flush or coincides with the front face of the mobile element so as to obtain, in front position of the mobile element, a regular visible front surface of the front face of the cover. - a cover provided to be mounted on said terminal socket and defining an insertion well delimiting an interior cavity having a front opening of engagement suitable for engaging and receiving a plug with pins (30, 31), said cover comprising a front side surrounding said front opening of engagement and a rear side and extending, along the longitudinal axis, between the latter, - a mobile element, such as a plate, having a front face and being mounted movable in translation in the interior cavity along the longitudinal axis, between a front position closing the front opening of engagement and a rear position making it possible the electrical contact between the connecting terminal and the pins, said mobile element having at least two front access holes (20, 21) for the pins (30, 31), - elastic means able to exert a return force toward the front side of the cover,
Coffee grinder-doser comprising - a grinder-doser body, an electric motor, at least a grinder operatively connected to said electric motor, - a containment compartment provided with a respective access opening, - a lid closing said access opening to the containment compartment, - the lid being at least partially detachable with respect to said grinder-doser body, wherein - the lid is joined to the grinder-doser body by means of a hinge, defining a hinge axis (X-X), so as to be supported mechanically by the hinge in the transition from a closed configuration, wherein the lid prevents access to said access opening to an open configuration wherein it allows said access, characterised in that the lid comprises an electric element electrically connected to at least one electric component housed in the grinder-doser body by means of a connection cable, said connection cable passing through a seat made inside said hinge. - a grinder-doser body, an electric motor, at least a grinder operatively connected to said electric motor, - a containment compartment provided with a respective access opening, - a lid closing said access opening to the containment compartment, - the lid being at least partially detachable with respect to said grinder-doser body, wherein - the lid is joined to the grinder-doser body by means of a hinge, defining a hinge axis (X-X), so as to be supported mechanically by the hinge in the transition from a closed configuration, wherein the lid prevents access to said access opening to an open configuration wherein it allows said access, characterised in that the lid comprises an electric element electrically connected to at least one electric component housed in the grinder-doser body by means of a connection cable, said connection cable passing through a seat made inside said hinge.
A compound represented by the following structural formula: wherein: the isotopic enrichment of the compound with deuterium is at least 99.0%; R 1 is -OR a - or -CHO; and R a is -H or a phenol protecting group. the isotopic enrichment of the compound with deuterium is at least 99.0%; R 1 is -OR a - or -CHO; and R a is -H or a phenol protecting group.
A method for controlling keyless access to a motor vehicle, wherein at least one low-frequency electromagnetic wake-up signal is emitted by a first vehicle-mounted transmission device, wherein the LF wake-up signal is received by an ID-encoder located at a distance from the vehicle, wherein at least one low-frequency electromagnetic distance determination signal is emitted by the vehicle-mounted transmission device, wherein the distance determination signal is received by the ID-encoder, and in the ID-encoder at least one field strength determination is performed on the distance determination signal received, and wherein a bi-directional high-frequency communication is executed between a vehicle-mounted transmission and reception device and the ID-encoder, characterised in that by means of a system, capable of multitasking, in the ID-encoder, reception of the low-frequency signals and the bi-directional high-frequency communication are performed in the multitasking system, wherein the reception of low-frequency signals in the ID-encoder, and a high-frequency communication between the ID-encoder and the motor vehicle, proceed at least partially in parallel.
A system for controlling an electrical current flowing between a power source and a multi-phase electromagnetic machine, wherein said system comprises a first lane, A, comprising a first plurality of phases (16, 17, 18) capable of providing said current from said power source to said machine, and further comprising a second lane, B, comprising a second plurality of phases (22, 23, 24) capable of providing said current to said machine, said system being configured to provide said current via said first lane, A, while no current is being provided via said second lane, B, and wherein each of said first plurality of phases (16, 17, 18) comprises at least one inverter switch (Q1-Q6) positioned between said power source and said machine, and wherein said system further comprises means for detecting a fault in one of the first plurality of inverter switches of lane A, the system further comprising a first phase isolation means provided on said first lane, A, and wherein, upon said detection of said fault in lane A, said system is configured to disable said inverter switches of lane A, and said first phase isolation means is configured to then block said current from flowing back from said machine and towards said faulty inverter of lane A, characterised in that said first phase isolation means comprises semiconductor switches (Q7-Q9) and associated diodes (D7-D9), the semiconductor switches (Q7-Q9) each being configured to only turn off and block said current when a respective phase current magnitude is less than a predetermined threshold. wherein said system comprises a first lane, A, comprising a first plurality of phases (16, 17, 18) capable of providing said current from said power source to said machine, and further comprising a second lane, B, comprising a second plurality of phases (22, 23, 24) capable of providing said current to said machine, said system being configured to provide said current via said first lane, A, while no current is being provided via said second lane, B, and wherein each of said first plurality of phases (16, 17, 18) comprises at least one inverter switch (Q1-Q6) positioned between said power source and said machine, and wherein said system further comprises means for detecting a fault in one of the first plurality of inverter switches of lane A, the system further comprising a first phase isolation means provided on said first lane, A, and wherein, upon said detection of said fault in lane A, said system is configured to disable said inverter switches of lane A, and said first phase isolation means is configured to then block said current from flowing back from said machine and towards said faulty inverter of lane A, characterised in that said first phase isolation means comprises semiconductor switches (Q7-Q9) and associated diodes (D7-D9), the semiconductor switches (Q7-Q9) each being configured to only turn off and block said current when a respective phase current magnitude is less than a predetermined threshold.
A method that mitigates feedback in an audio system that adjusts audio signals in a vehicle cabin comprising: generating maximum forward path frequency-dependent gains for each of a plurality of loudspeakers to each of a plurality of microphones; generating forward path frequency-dependent gains independently that are applied to each signal received from the plurality of microphones prior to combining each of the received signals into a plurality of loudspeaker signals, wherein each of the loudspeaker signals drive one of the plurality of loudspeakers, respectively; and adjusting the forward path frequency-dependent gains based on the maximum forward path frequency-dependent gains to prevent the actual forward path frequency-dependent gains from exceeding the maximum forward path frequency-dependent gains; wherein the maximum forward path frequency-dependent gains are dependent on a frequency-dependent tuning factor and inversely proportional to an estimated or measured transfer function from each loudspeaker to each microphone, wherein the frequency-dependent tuning factor is less than 1. generating maximum forward path frequency-dependent gains for each of a plurality of loudspeakers to each of a plurality of microphones; generating forward path frequency-dependent gains independently that are applied to each signal received from the plurality of microphones prior to combining each of the received signals into a plurality of loudspeaker signals, wherein each of the loudspeaker signals drive one of the plurality of loudspeakers, respectively; and adjusting the forward path frequency-dependent gains based on the maximum forward path frequency-dependent gains to prevent the actual forward path frequency-dependent gains from exceeding the maximum forward path frequency-dependent gains; wherein the maximum forward path frequency-dependent gains are dependent on a frequency-dependent tuning factor and inversely proportional to an estimated or measured transfer function from each loudspeaker to each microphone, wherein the frequency-dependent tuning factor is less than 1.
Squirrel-cage rotor for an electrical machine having a cast short-circuiting ring, the squirrel-cage rotor having an end region, a cast short-circuiting ring which is arranged in the end region, wherein at least one fastening element which establishes an interlocking connection between the end region and the short-circuiting ring is provided in the end region, characterized in that - the at least one fastening element is designed as a tab, wherein the tab is bent once or several times, or in that - the at least one fastening element is designed as a recess with an undercut. - the at least one fastening element is designed as a tab, wherein the tab is bent once or several times, or in that - the at least one fastening element is designed as a recess with an undercut.
System comprising a threaded pin, wherein the threaded pin comprises: - a base (1; 101; 201), - a tip section (2; 102; 202) spaced apart from the base (1; 101; 201) in the direction of a longitudinal axis of the threaded pin, wherein the tip section (2; 102; 202) comprises a bridge section (3; 103; 203), - a first side wall (4; 104; 204) with an outer profile (5; 105; 205), which extends from the bridge section (3; 103; 203) to a first base part (8; 108; 208), and a second side wall (6; 106; 206) with an outer profile (7; 107; 207) that extends from the bridge section (3; 103; 203) to a second base part (9; 109; 209), wherein the first side wall (4; 104; 204) is formed from another part of the starting material than the second side wall (6; 106; 206) and the first base part (8; 108; 208) is formed from another part of the starting material than the second base part (9; 109; 209); wherein a part of the first base part (8; 108; 208) engages a part of the second base part (9; 109; 209) and/or that a part of the first base part (8; 108; 208) is connected with a part of the second base part (9; 109; 209); and/or a part of the first side wall (4; 104; 204) engages a part of the second side wall (6; 106; 206) and/or a part of the first side wall (4; 104; 204) is connected with a part of the second side wall (6; 106; 206), characterised by a take-up (301; 401), in which the threaded pin can be held transverse and moveable to its longitudinal axis. - a base (1; 101; 201), - a tip section (2; 102; 202) spaced apart from the base (1; 101; 201) in the direction of a longitudinal axis of the threaded pin, wherein the tip section (2; 102; 202) comprises a bridge section (3; 103; 203), - a first side wall (4; 104; 204) with an outer profile (5; 105; 205), which extends from the bridge section (3; 103; 203) to a first base part (8; 108; 208), and a second side wall (6; 106; 206) with an outer profile (7; 107; 207) that extends from the bridge section (3; 103; 203) to a second base part (9; 109; 209), wherein the first side wall (4; 104; 204) is formed from another part of the starting material than the second side wall (6; 106; 206) and the first base part (8; 108; 208) is formed from another part of the starting material than the second base part (9; 109; 209);
A vehicle electrical system comprising: a bus arrangement comprising a plurality of buses (101 - 106); a first control module coupled to a first subset of the plurality of buses, the first subset including a first bus, a second bus, a third bus, and a fourth bus; a second control module coupled to a second subset of the plurality of buses, the second subset including the third bus, the fourth bus, a fifth bus, and a sixth bus; a third control module coupled to a third subset of the plurality of buses, the third subset including the first bus, the second bus, the fifth bus and the sixth bus. a first control system coupled to a fourth subset of the plurality of buses; and a second control system coupled to a fifth subset of the plurality of buses, wherein: the first, second, third, fourth and fifth subsets are different from one another; the fourth subset comprises the first bus and the third bus; and the fifth subset comprises the second bus and the fourth bus. a bus arrangement comprising a plurality of buses (101 - 106); a first control module coupled to a first subset of the plurality of buses, the first subset including a first bus, a second bus, a third bus, and a fourth bus; a second control module coupled to a second subset of the plurality of buses, the second subset including the third bus, the fourth bus, a fifth bus, and a sixth bus; a third control module coupled to a third subset of the plurality of buses, the third subset including the first bus, the second bus, the fifth bus and the sixth bus. a first control system coupled to a fourth subset of the plurality of buses; and a second control system coupled to a fifth subset of the plurality of buses, wherein: the first, second, third, fourth and fifth subsets are different from one another; the fourth subset comprises the first bus and the third bus; and the fifth subset comprises the second bus and the fourth bus. the first, second, third, fourth and fifth subsets are different from one another; the fourth subset comprises the first bus and the third bus; and the fifth subset comprises the second bus and the fourth bus.
A method for controlling an illuminator illuminating a scene monitored by a camera, the method comprising: determining (S402, S404) whether an object of interest belonging to a specific class of objects, is present in the scene; upon at least one object of interest being determined to be present in the scene, setting a saturation threshold to a first value; upon no object of interest being determined to be present in the scene, setting the saturation threshold to a second value being lower than the first value; identifying saturated pixels in an image of the scene captured by the camera; determining a ratio between a saturated area comprising the saturated pixels and a total area of the image; and upon the ratio being above the saturation threshold, decreasing the power of the illuminator. determining (S402, S404) whether an object of interest belonging to a specific class of objects, is present in the scene; upon at least one object of interest being determined to be present in the scene, setting a saturation threshold to a first value; upon no object of interest being determined to be present in the scene, setting the saturation threshold to a second value being lower than the first value; identifying saturated pixels in an image of the scene captured by the camera; determining a ratio between a saturated area comprising the saturated pixels and a total area of the image; and upon the ratio being above the saturation threshold, decreasing the power of the illuminator.
A device for securing a load on a loading surface, in particular locking device arranged perpendicularly to the longitudinal direction of the loading surface for securing the load on the loading surface with a securing net (6, 7) of crossing strap bands (6, 7), also with fastening devices arranged on both edges of the securing net (6, 7) for detachable engagement in openings (Ö) in essentially opposite side walls and with at least one length- adjustable tensioning strap (10, 11, 12) with a strap loop (10, 12) and tensioning device, wherein the strap loop (10, 11) is connected with its surface side to the securing net (6, 7) in order in connection with the tensioning device to tension the securing net (6, 7) while adapting to different clear widths between the side walls, and wherein the strap loops (10, 12) of the tensioning strap (10, 11, 12) are connected at spaced fastening points on a common longitudinal strap of the securing net (6, 7), characterised in that - the fastening points are each provided essentially as a mirror image in comparison to a cross-symmetrical axis of the securing net (6, 7) so that - in this way the securing net (6, 7) varies in terms of its extent in the longitudinal direction and can be adapted to the clear width to be bridged in each case and - depending on the established extent of the securing net (6, 7) in the respective longitudinal direction a more or less pronounced sagging of the securing net (6, 7) between the fastening points comes about. - the fastening points are each provided essentially as a mirror image in comparison to a cross-symmetrical axis of the securing net (6, 7) so that - in this way the securing net (6, 7) varies in terms of its extent in the longitudinal direction and can be adapted to the clear width to be bridged in each case and - depending on the established extent of the securing net (6, 7) in the respective longitudinal direction a more or less pronounced sagging of the securing net (6, 7) between the fastening points comes about.