mhurhangee/ep-ind-claims huggingface dataset:
Controller for video games, capable of operating according to at least one gear selection mode comprising: - a support casing, - a lever hingeably mounted on said support casing and capable of pivoting, from a neutral position, in a longitudinal direction around a transversal axis and in a transversal direction around a longitudinal axis, and - detection means capable of detecting, in said gear selection mode, at least two different positions (M1-M8, S1-S2) of the lever of the controller obtained by pivoting the lever around the transversal axis from the neutral position, characterised in that said controller is also capable of operating according to a hand brake mode wherein the lever pivots around said longitudinal axis, between two different braking positions, one first braking position corresponding to an absence of braking and a second braking position corresponding to a maximum braking. - a support casing, - a lever hingeably mounted on said support casing and capable of pivoting, from a neutral position, in a longitudinal direction around a transversal axis and in a transversal direction around a longitudinal axis, and - detection means capable of detecting, in said gear selection mode, at least two different positions (M1-M8, S1-S2) of the lever of the controller obtained by pivoting the lever around the transversal axis from the neutral position,
A tap dispenser comprising: a main body, said main body having a main body interior portion and an opposing main body exterior portion; a liquid flow pathway passing through said main body; a vent pathway passing through said main body, wherein air transport through said vent pathway is separated from liquid transport through said liquid flow pathway and wherein said vent pathway has a vent pathway inlet and an opposing vent pathway outlet; a vent valve operably engaged with said vent pathway outlet; and a liquid flow valve operably engaged with said liquid flow pathway, characterized in that said vent pathway outlet has a valve cover extending there from and at least partially enclosing said vent valve, wherein said valve cover has a valve cover opening, wherein said valve cover comprises a terminal cover having a terminal cover periphery and a peripheral wall extending from said terminal cover periphery to said vent pathway outlet; and wherein said vent valve is a duck bill valve. a main body, said main body having a main body interior portion and an opposing main body exterior portion; a liquid flow pathway passing through said main body; a vent pathway passing through said main body, wherein air transport through said vent pathway is separated from liquid transport through said liquid flow pathway and wherein said vent pathway has a vent pathway inlet and an opposing vent pathway outlet; a vent valve operably engaged with said vent pathway outlet; and a liquid flow valve operably engaged with said liquid flow pathway, characterized in that said vent pathway outlet has a valve cover extending there from and at least partially enclosing said vent valve, wherein said valve cover has a valve cover opening, wherein said valve cover comprises a terminal cover having a terminal cover periphery and a peripheral wall extending from said terminal cover periphery to said vent pathway outlet; and wherein said vent valve is a duck bill valve.
An apparatus comprising: a first look-up table, LUT, having a mapping of 19 binary bits to 12 ternary trits, wherein the first LUT stores numbers that represent: Binary Value Ternary Representation 2 0 =1 1 2 1 =2 2 2 2 =4 11 2 3 =8 22 2 4 =16 121 2 5 =32 1012...... 2 18 =262144 111022121001; and a first logic to receive a binary input having 19 bits and to convert the binary input to a ternary output according to the first LUT, characterized in that the first logic includes: logic to initialize the ternary output to zero, logic to detect a one in the binary input, logic to determine the location of ones in the binary input, logic to read from the first LUT the ternary representations according to the corresponding location of one from the location of ones in the binary input and an adder to add, in ternary domain, the ternary representation to the initialized ternary output to generate the 12 ternary trits output. a first look-up table, LUT, having a mapping of 19 binary bits to 12 ternary trits, wherein the first LUT stores numbers that represent: Binary Value Ternary Representation 2 0 =1 1 2 1 =2 2 2 2 =4 11 2 3 =8 22 2 4 =16 121 2 5 =32 1012...... 2 18 =262144 111022121001; and a first logic to receive a binary input having 19 bits and to convert the binary input to a ternary output according to the first LUT, characterized in that the first logic includes: logic to initialize the ternary output to zero, logic to detect a one in the binary input, logic to determine the location of ones in the binary input, logic to read from the first LUT the ternary representations according to the corresponding location of one from the location of ones in the binary input and an adder to add, in ternary domain, the ternary representation to the initialized ternary output to generate the 12 ternary trits output. logic to initialize the ternary output to zero, logic to detect a one in the binary input, logic to determine the location of ones in the binary input, logic to read from the first LUT the ternary representations according to the corresponding location of one from the location of ones in the binary input and an adder to add, in ternary domain, the ternary representation to the initialized ternary output to generate the 12 ternary trits output.
A system for controlling magnetic fields and induced currents in a target volume inside a brain of a human or animal, the system comprising: (a) an array of magnetic coils disposed on an external housing, the array comprising: a first set of coils (410, 411) configured to generate a DC magnetic field in the brain; and a second set of coils (420, 421) configured to generate transient magnetic fields inducing a plurality of currents in the brain matter wherein the coils comprise a magnetic core material disposed inside the coils and connecting pairs of coils with each other such as to confine the magnetic field inside the magnetic core material; (b) a power source; and (c) a control system wherein the target volume is smaller than 20% of the brain volume and is disposed at least 2cm deep under the brain surface. (a) an array of magnetic coils disposed on an external housing, the array comprising: a first set of coils (410, 411) configured to generate a DC magnetic field in the brain; and a second set of coils (420, 421) configured to generate transient magnetic fields inducing a plurality of currents in the brain matter wherein the coils comprise a magnetic core material disposed inside the coils and connecting pairs of coils with each other such as to confine the magnetic field inside the magnetic core material; a first set of coils (410, 411) configured to generate a DC magnetic field in the brain; and a second set of coils (420, 421) configured to generate transient magnetic fields inducing a plurality of currents in the brain matter wherein the coils comprise a magnetic core material disposed inside the coils and connecting pairs of coils with each other such as to confine the magnetic field inside the magnetic core material; (b) a power source; and (c) a control system wherein the target volume is smaller than 20% of the brain volume and is disposed at least 2cm deep under the brain surface.
A preparation comprising at least one urinary acidifier combined with at least one calcium phosphate crystallization inhibitor for simultaneously use in the treatment or prevention of renal lithiasis; and wherein the urinary acidifier is selected from a portion or an extract of the plant species Vaccinum, pharmaceutically acceptable ammonium salts, arginine or any of its pharmaceutically acceptable salts, cysteine or any of its pharmaceutically acceptable salts, methionine or any of its pharmaceutically acceptable salts or mixtures thereof; and wherein the crystallization inhibitor is phytic acid or any of its pharmaceutically acceptable salts; and wherein renal lithiasis is: - calcium oxalate lithiasis induced by calcium phosphate; or - a mixed calcium oxalate/calcium phosphate lithiasis induced by calcium phosphate; and wherein the preparation is a composition comprising at least one of said urinary acidifiers and at least one of said calcium phosphate crystallization inhibitors. - calcium oxalate lithiasis induced by calcium phosphate; or - a mixed calcium oxalate/calcium phosphate lithiasis induced by calcium phosphate; and
An ultrasonic surgical device comprising: a hand piece; an electromechanical transducer assembly disposed inside said hand piece, said transducer assembly being configured for converting electrical waveform energy of an ultrasonic frequency into ultrasonic vibratory energy; a probe mounted to a distal end of said hand piece, said probe being operatively connected to said transducer assembly; an electrical connector mounted at least indirectly to said hand piece; an electrical circuit electrically connecting said probe to said connector; and a wire or cable operatively coupled at one end to said electrical connector and at an opposite end to electrical ground; characterised by said stack of piezoelectric disks being a floating stack electrically isolated from the probe. a hand piece; an electromechanical transducer assembly disposed inside said hand piece, said transducer assembly being configured for converting electrical waveform energy of an ultrasonic frequency into ultrasonic vibratory energy; a probe mounted to a distal end of said hand piece, said probe being operatively connected to said transducer assembly; an electrical connector mounted at least indirectly to said hand piece; an electrical circuit electrically connecting said probe to said connector; and a wire or cable operatively coupled at one end to said electrical connector and at an opposite end to electrical ground; characterised by said stack of piezoelectric disks being a floating stack electrically isolated from the probe.
A system for stimulation of a nucleus basalis of Meynert, NBM, of a patient, the system comprising: an implantable electrical stimulation lead comprising a plurality of electrodes (26, 120, 122) and configured for implantation of at least one of the electrodes adjacent to or within the NBM of the patient; and an implantable pulse generator coupleable to the implantable electrical stimulation lead and configured for delivering electrical stimulation to the NBM through at least one of the electrodes of the implantable electrical stimulation lead, the implantable pulse generator comprising at least one processor configured to, upon user request, initially deliver a relatively low level of stimulation and to increase the level of stimulation during an initial period, which is at least 1 month in duration and has a start and an end, wherein the increase of the level of stimulation comprises an increase over time of at least one of a duration of a stimulation period or an amplitude of the electrical stimulation from an initial value at the start of the initial period to a final value at the end of the initial period. an implantable electrical stimulation lead comprising a plurality of electrodes (26, 120, 122) and configured for implantation of at least one of the electrodes adjacent to or within the NBM of the patient; and an implantable pulse generator coupleable to the implantable electrical stimulation lead and configured for delivering electrical stimulation to the NBM through at least one of the electrodes of the implantable electrical stimulation lead, the implantable pulse generator comprising at least one processor configured to, upon user request, initially deliver a relatively low level of stimulation and to increase the level of stimulation during an initial period, which is at least 1 month in duration and has a start and an end, wherein the increase of the level of stimulation comprises an increase over time of at least one of a duration of a stimulation period or an amplitude of the electrical stimulation from an initial value at the start of the initial period to a final value at the end of the initial period.
A car seat heater comprising: a heating wire which is coupled to a car seat and comprises a metal-plated carbon fiber; a seat temperature sensor configured to detect a temperature of the heating wire; and a variable temperature controller configured to control the temperature of the heating wire according to a diameter of the metal-plated carbon fiber and a thickness of a plated metal thereof. a heating wire which is coupled to a car seat and comprises a metal-plated carbon fiber; a seat temperature sensor configured to detect a temperature of the heating wire; and a variable temperature controller configured to control the temperature of the heating wire according to a diameter of the metal-plated carbon fiber and a thickness of a plated metal thereof.
A combustor seal for use between a downstream end of a combustor and a turbine vane, the combustor seal comprising: a seal body; and a plurality of seal alignment features projecting from the seal body, wherein the seal alignment features are arranged such that there is only one alignment of the combustor seal with the turbine vane, and characterized by the plurality of seal alignment features being spaced along the seal body at equal intervals in a circumferential direction, and wherein the plurality of seal alignment features includes at least two seal alignment features differentiated by at least one of size and structure. a seal body; and a plurality of seal alignment features projecting from the seal body, wherein the seal alignment features are arranged such that there is only one alignment of the combustor seal with the turbine vane, and characterized by the plurality of seal alignment features being spaced along the seal body at equal intervals in a circumferential direction, and wherein the plurality of seal alignment features includes at least two seal alignment features differentiated by at least one of size and structure.
An electromagnetic switch, comprising: a contact device having a pair of fixed contacts (4a, 4b) fixed maintaining a predetermined interval inside an arc-extinguishing chamber receptacle and a movable contact disposed so as to be capable to make and break contact with the pair of fixed contacts (4a, 4b); and an electromagnetic device that drives the movable contact, wherein the electromagnetic device has a cylindrical exciting coil, a fixed iron core that passes through the center of the exciting coil, a magnetic yoke that covers the outer side of the exciting coil, and a movable iron core that opposes the fixed iron core and magnetic yoke, and armature surfaces of the fixed iron core and magnetic yoke are formed on the contact device side of the exciting coil, characterized in that the fixed iron core is formed in a T-shape from a rod portion inserted through the exciting coil and a plate portion covering the contact device side end portion of the exciting coil connected to the contact device side end portion of the rod portion, and the magnetic yoke has two or more opposing plate portions opposing at least two end portions of the plate portion of the fixed iron core across a magnetic gap. a contact device having a pair of fixed contacts (4a, 4b) fixed maintaining a predetermined interval inside an arc-extinguishing chamber receptacle and a movable contact disposed so as to be capable to make and break contact with the pair of fixed contacts (4a, 4b); and an electromagnetic device that drives the movable contact, wherein the electromagnetic device has a cylindrical exciting coil, a fixed iron core that passes through the center of the exciting coil, a magnetic yoke that covers the outer side of the exciting coil, and a movable iron core that opposes the fixed iron core and magnetic yoke, and armature surfaces of the fixed iron core and magnetic yoke are formed on the contact device side of the exciting coil, characterized in that the fixed iron core is formed in a T-shape from a rod portion inserted through the exciting coil and a plate portion covering the contact device side end portion of the exciting coil connected to the contact device side end portion of the rod portion, and the magnetic yoke has two or more opposing plate portions opposing at least two end portions of the plate portion of the fixed iron core across a magnetic gap.
A method for the automatic pairing of a device wirelessly with a secure wireless LAN provided by an access point, wherein said access point is a pairing access point providing the secure wireless LAN, the method comprising the steps of: (i) associating the device with an access point of an open wireless LAN; (ii) sending a pairing initiation request from the device to the associated access point of the open wireless LAN, the pairing initiation request including a destination address for a pairing initiation server and an identifier for the device; (iii) forwarding the pairing initiation request from the associated access point to the pairing initiation server; (iv) using the device identifier received by the pairing initiation server to query a database to determine a network address for the pairing access point; (v) sending a pairing initiation instruction from the pairing initiation server to the pairing access point using the network address determined in step (iv); (vi) sending a pairing initiation instruction from the pairing initiation server to the device; (vii) responsive to receipt by the pairing access point of the instruction sent in step (v), initiating pairing between the pairing access point and the device; and (viii) responsive to receipt by the device of the instruction sent in step (vi) automatically triggering at the device pairing between the device and the secure wireless LAN. (i) associating the device with an access point of an open wireless LAN; (ii) sending a pairing initiation request from the device to the associated access point of the open wireless LAN, the pairing initiation request including a destination address for a pairing initiation server and an identifier for the device; (iii) forwarding the pairing initiation request from the associated access point to the pairing initiation server; (iv) using the device identifier received by the pairing initiation server to query a database to determine a network address for the pairing access point; (v) sending a pairing initiation instruction from the pairing initiation server to the pairing access point using the network address determined in step (iv); (vi) sending a pairing initiation instruction from the pairing initiation server to the device; (vii) responsive to receipt by the pairing access point of the instruction sent in step (v), initiating pairing between the pairing access point and the device; and (viii) responsive to receipt by the device of the instruction sent in step (vi) automatically triggering at the device pairing between the device and the secure wireless LAN.
A method for transmitting forward frames (601, 602, 701, 704, 709, 801, 805, 1201, 1205) from a controller of a first kind on a lighting control bus to which also controllers of a second kind are allowed to be coupled, wherein: - the lighting control bus is a DALI bus according to standard IEC 62386, - the controller of first kind is configured to operate as a Single Central Master according to said standard and is consequently free to transmit forward frames at its own initiative while said controllers of second kind are controllers configured to operate as Multi Masters according to said standard that are consequently only allowed to transmit a forward frame as a response to first having observed the transmission of a preceding forward frame on the lighting control bus and - said forward frames are frames containing light level information or a command, the method comprising the following steps, in this order: - transmitting a first forward frame (701, 801, 1201) on the lighting control bus, - waiting for a delay (703, 708, 804) that is longer than a predefined longest settling time between forward frames applied by said controllers of second kind, wherein settling time is the time between the end of a previous frame, excluding stop bits, and the beginning of a next frame, and - transmitting a second forward frame (704, 709, 805). - the lighting control bus is a DALI bus according to standard IEC 62386, - the controller of first kind is configured to operate as a Single Central Master according to said standard and is consequently free to transmit forward frames at its own initiative while said controllers of second kind are controllers configured to operate as Multi Masters according to said standard that are consequently only allowed to transmit a forward frame as a response to first having observed the transmission of a preceding forward frame on the lighting control bus and - said forward frames are frames containing light level information or a command, the method comprising the following steps, in this order: - transmitting a first forward frame (701, 801, 1201) on the lighting control bus, - waiting for a delay (703, 708, 804) that is longer than a predefined longest settling time between forward frames applied by said controllers of second kind, wherein settling time is the time between the end of a previous frame, excluding stop bits, and the beginning of a next frame, and - transmitting a second forward frame (704, 709, 805). - transmitting a first forward frame (701, 801, 1201) on the lighting control bus, - waiting for a delay (703, 708, 804) that is longer than a predefined longest settling time between forward frames applied by said controllers of second kind, wherein settling time is the time between the end of a previous frame, excluding stop bits, and the beginning of a next frame, and - transmitting a second forward frame (704, 709, 805).
Container with lid, wherein the container has a circumferential side wall, which forms an upper container edge and a container opening, and a container base, wherein the container and the lid have mutually corresponding first latching means (14, 15) for snapfastening to one another, the side wall having an at least partially or completely circumferential flange projecting outwardly from the side wall, and the flange comprising a flange portion which is pulled down in the direction of the base and is provided with a positionchangeable or removable tamper-evident tab which, in the original state of the container, covers a finger-engagement region of the flange at least partially or completely on the outside and which, when the position is changed or the tab is removed, at least partially exposes the finger-engagement region so that, by finger engagement in the finger engagement region, a lower lid edge can be manually engaged underneath for detaching the lid from the container, at least one force-locking and/or form-locking means being provided on the container at the finger engagement region in the radial direction between the tamper-evident tab in its position in the original state of the container and the container side wall, which, when the tamper-evident tab is changed in position or removed, interacts with a corresponding force-locking and/or form-locking means of the lid and secures the lid against detachment from the container at the finger engagement region, characterized in that the at least one force-locking and/or form-locking means of the finger engagement region respectively extends only over part of the circumferential extent of the tamper-evident tab and/or of the finger engagement region.