mhurhangee/ep-ind-claims huggingface dataset:
A dielectrophoretic cooling system characterised by comprising: an inlet plenum and at least one cooling channel (30, 32) communicating with said inlet plenum, said at least one cooling channel (30, 32) passing adjacent to a component (22, 24, 26) to be cooled, from an upstream inlet to a downstream outlet; a pair of electrodes (41, 141; 301, 302; 304, 306) positioned adjacent one of said inlet and said outlet, said electrodes (41, 141; 301, 302; 304, 306) being provided to create an electric field tending to resist movement of a bubble formed in an included dielectric liquid in an upstream direction; a heat exchanger; and an outlet plenum, said outlet plenum receiving the dielectric liquid downstream of said outlet, with said dielectric liquid being passed from said outlet plenum through said heat exchanger and back to inlet plenum, with said inlet plenum communicating the dielectric liquid to said inlet. an inlet plenum and at least one cooling channel (30, 32) communicating with said inlet plenum, said at least one cooling channel (30, 32) passing adjacent to a component (22, 24, 26) to be cooled, from an upstream inlet to a downstream outlet; a pair of electrodes (41, 141; 301, 302; 304, 306) positioned adjacent one of said inlet and said outlet, said electrodes (41, 141; 301, 302; 304, 306) being provided to create an electric field tending to resist movement of a bubble formed in an included dielectric liquid in an upstream direction; a heat exchanger; and an outlet plenum, said outlet plenum receiving the dielectric liquid downstream of said outlet, with said dielectric liquid being passed from said outlet plenum through said heat exchanger and back to inlet plenum, with said inlet plenum communicating the dielectric liquid to said inlet.
A surgical instrument system, comprising: a surgical instrument having a shaft and having a first induction device (150, 250) positioned in the instrument a power supply (300b, 300c) electrically coupled to the first induction device; and an accessory which includes a housing (202, 502), the housing being configured to accommodate at least a portion of the shaft for mounting the accessory on the shaft, whereby the accessory is selectively operably couplable to the surgical instrument, the accessory including a second induction device (210, 510) that is inductively coupled with the first induction device (150, 250) when the accessory is operably coupled to the surgical instrument such that the power supply provides power to the accessory. a surgical instrument having a shaft and having a first induction device (150, 250) positioned in the instrument a power supply (300b, 300c) electrically coupled to the first induction device; and an accessory which includes a housing (202, 502), the housing being configured to accommodate at least a portion of the shaft for mounting the accessory on the shaft, whereby the accessory is selectively operably couplable to the surgical instrument, the accessory including a second induction device (210, 510) that is inductively coupled with the first induction device (150, 250) when the accessory is operably coupled to the surgical instrument such that the power supply provides power to the accessory.
Feeler device for geometrically controlling parts, capable of determining the position of a feeler member when it comes into contact with a part to be controlled, comprising a contact rod movable in translation inside a casing by direct or indirect friction with the rotating axis of a motor, a microcontroller for controlling the movement of the rod, the device being such that the contact rod cooperates with a magnetic sensor for detecting the position thereof, and that it comprises a supporting or retaining countersupporting part for countersupporting the friction contact of the rod of the feeler with the rotating axis of the motor, said countersupporting or retaining part comprising a roller fixed on the casing.
A process for preparing a composition having: a) at least one bacterial species isolated from bluegill, fathead minnow, mosquitofish, or golden shiner; b) a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle; and c) a high protein food source for fish; comprising the steps of: i) extracting at least one bacterial species from bluegill, fathead minnow, mosquitofish, or golden shiner; ii) culturing said bacterial species in a dark environment and in a minimal medium; and iii) combining said cultured bacteria with a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle and a high protein food source to form said composition. a) at least one bacterial species isolated from bluegill, fathead minnow, mosquitofish, or golden shiner; b) a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle; and c) a high protein food source for fish; comprising the steps of: i) extracting at least one bacterial species from bluegill, fathead minnow, mosquitofish, or golden shiner; ii) culturing said bacterial species in a dark environment and in a minimal medium; and iii) combining said cultured bacteria with a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle and a high protein food source to form said composition. i) extracting at least one bacterial species from bluegill, fathead minnow, mosquitofish, or golden shiner; ii) culturing said bacterial species in a dark environment and in a minimal medium; and iii) combining said cultured bacteria with a pharmaceutically or veterinarily acceptable excipient, diluent or vehicle and a high protein food source to form said composition.
A method, comprising: receiving, from a bitstream, audio data corresponding to a plurality of audio channels, the audio data comprising a frequency domain representation corresponding to filterbank coefficients of an audio encoding system; and applying a decorrelation process to at least some of the audio data, the decorrelation process being performed with the same filterbank coefficients used by the audio encoding system, wherein the decorrelation process involves applying a decorrelation algorithm that operates entirely on real-valued coefficients. receiving, from a bitstream, audio data corresponding to a plurality of audio channels, the audio data comprising a frequency domain representation corresponding to filterbank coefficients of an audio encoding system; and applying a decorrelation process to at least some of the audio data, the decorrelation process being performed with the same filterbank coefficients used by the audio encoding system,
A vapour provision system comprising: a reservoir defining a storage volume to hold aerosolisable substrate fluid as a free-flowing fluid; one or more walls encompassing a space for receiving at least a part of the reservoir; and an aerosolisable substrate fluid detection system comprising: an optical source located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to emit light at a wavelength or wavelengths into the storage volume; an optical detector located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to detect light at the wavelength or wavelengths emitted by the optical source that has traversed an optical path through the storage volume; and a controller configured to determine a characteristic of light detected by the optical detector and deduce information regarding a level of aerosolisable substrate fluid in the storage volume from the determined characteristic of the light. a reservoir defining a storage volume to hold aerosolisable substrate fluid as a free-flowing fluid; one or more walls encompassing a space for receiving at least a part of the reservoir; and an aerosolisable substrate fluid detection system comprising: an optical source located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to emit light at a wavelength or wavelengths into the storage volume; an optical detector located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to detect light at the wavelength or wavelengths emitted by the optical source that has traversed an optical path through the storage volume; and a controller configured to determine a characteristic of light detected by the optical detector and deduce information regarding a level of aerosolisable substrate fluid in the storage volume from the determined characteristic of the light. an optical source located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to emit light at a wavelength or wavelengths into the storage volume; an optical detector located externally of the reservoir on a surface of the one or more walls to face inwardly into the space, and operable to detect light at the wavelength or wavelengths emitted by the optical source that has traversed an optical path through the storage volume; and a controller configured to determine a characteristic of light detected by the optical detector and deduce information regarding a level of aerosolisable substrate fluid in the storage volume from the determined characteristic of the light.
A curable composition which comprises: 100 parts by weight of an organic polymer containing, in a molecule, a reactive silyl group represented by the formula: -SiR 1 n X 1 3-n (wherein the n R 1 groups each represent at least one member selected from the group consisting of C 1-20 alkyl groups, C 6-20 aryl groups and C 7-20 aralkyl groups, and the (3-n) X 1 s are each independently either a hydroxyl group or a hydrolyzable group); 0.1 to 30 parts by weight of an amidine compound represented by the formula: R 2 N=CR 3 -NR 4 2 (wherein R 2, R 3, and the two R 4 s are each independently a hydrogen atom or an organic group); 0.1 to 100 parts by weight of a plasticizer, wherein the plasticizer is a propylene glycol compound; and 0.1 to 20 parts by weight of an amino group-containing silane coupling agent, wherein the amidine compound is preliminarily dissolved and/or dispersed in the plasticizer and the silane coupling agent containing an amino group in a molecule, and the resultant mixture is mixed in the reactive silyl group-containing organic polymer. 100 parts by weight of an organic polymer containing, in a molecule, a reactive silyl group represented by the formula: -SiR 1 n X 1 3-n (wherein the n R 1 groups each represent at least one member selected from the group consisting of C 1-20 alkyl groups, C 6-20 aryl groups and C 7-20 aralkyl groups, and the (3-n) X 1 s are each independently either a hydroxyl group or a hydrolyzable group); 0.1 to 30 parts by weight of an amidine compound represented by the formula: R 2 N=CR 3 -NR 4 2 (wherein R 2, R 3, and the two R 4 s are each independently a hydrogen atom or an organic group); 0.1 to 100 parts by weight of a plasticizer, wherein the plasticizer is a propylene glycol compound; and 0.1 to 20 parts by weight of an amino group-containing silane coupling agent, wherein the amidine compound is preliminarily dissolved and/or dispersed in the plasticizer and the silane coupling agent containing an amino group in a molecule, and the resultant mixture is mixed in the reactive silyl group-containing organic polymer.
A method for determining a cross connection, in a wireless power transmitter, during wireless charging, the method comprising: transmitting, by a power transmitter, power corresponding to a voltage setting information; receiving, by a communication circuit, changed voltage setting information from a wireless power receiver; transmitting, by the power transmitter, power adjusted according to the received voltage setting information; receiving, by the communication circuit, measured voltage information from the wireless power receiver; and determining whether a cross connection occurs based at least in part on whether the received voltage setting information corresponds to the measured voltage information. transmitting, by a power transmitter, power corresponding to a voltage setting information; receiving, by a communication circuit, changed voltage setting information from a wireless power receiver; transmitting, by the power transmitter, power adjusted according to the received voltage setting information; receiving, by the communication circuit, measured voltage information from the wireless power receiver; and determining whether a cross connection occurs based at least in part on whether the received voltage setting information corresponds to the measured voltage information.
An application of markings as or for an identification system on a threaded component, in particular a screw, wherein the threaded component has a shank with a thread extending over at least a part of the shank, and with the markings, wherein the shank has the markings, wherein the turns of the thread, and/or the surface of the shank in the space between the turns of the thread, have/has the markings arranged in a predetermined pattern, and in that the markings form coded information concerning the threaded component.
A harness configured to be placed over the head of a horse, and equipped with a noseband (A,F,M), with a throatlatch and with cheek pieces that accept a curb bit to allow a rider or a driver to establish contact with the mouth of a horse in order to guide it, characterized in that it comprises a browband connected at its ends to an anterior crownpiece and to a posterior crownpiece, each of which has, symmetrically on each side of the harness, two straps (4,5) and (6,7) arranged side by side, defining a first strap (4,6) and a second strap (5,7), and in that the curb bit cheek piece and one end of the throatlatch are attached to the anterior crownpiece using the first strap and the second strap respectively, and that the noseband cheek piece (9, 15, 17) and one end of an auxiliary cheek piece (11, 13) are attached to the posterior crownpiece using the first strap and the second strap respectively, the other end of said auxiliary cheek piece being fixed to the noseband cheek piece situated on the other side of the harness, and characterized in that the second strap of the anterior crownpiece which accepts the throatlatch and the second strap of the posterior crownpiece which accepts the auxiliary cheek piece are joined together.
A remote control device comprising: an operation unit configured to switch and set an operation state of an apparatus performing at least one of a heating operation and a cooling operation; a display unit configured to display a screen on which an operation at the operation unit is reflected; and a controller configured to control a display operation of the display unit, characterized in that the controller causes the display unit to display a range of temperature that is able to be switched and set by the operation unit in association with operation modes. an operation unit configured to switch and set an operation state of an apparatus performing at least one of a heating operation and a cooling operation; a display unit configured to display a screen on which an operation at the operation unit is reflected; and a controller configured to control a display operation of the display unit, characterized in that the controller causes the display unit to display a range of temperature that is able to be switched and set by the operation unit in association with operation modes.
Method to control the heat balance of fuel cell stacks in a fuel cell system, said fuel cell system including at least one fuel cell unit comprising fuel cell stacks, whose fuel cells include an anode side and a cathode side, as well as an electrolyte interposed therebetween, characterized in that a desired portion is separated from the fuel exhaust flow of the anode side and supplied into fuel stack compartment surrounding the fuel cell units
A compound having Formula or a stereoisomer, a tautomer, an N -oxide, a solvate, or a pharmaceutically acceptable salt thereof: wherein each R x is independently D; k is 0, 1, 2, 3 or 4; R 1 is F or CN; R 6 is H or D; each of R 5 and R 7 is independently H, D, F, Cl, CN,C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy or C 1 -C 4 alkylthio, with the proviso that at least one of R 5, R 6 and R 7 is not H; and m is 3 or 4. each R x is independently D; k is 0, 1, 2, 3 or 4; R 1 is F or CN; R 6 is H or D; each of R 5 and R 7 is independently H, D, F, Cl, CN,C 1 -C 4 alkyl, C 1 -C 4 haloalkyl, C 1 -C 4 alkoxy or C 1 -C 4 alkylthio, with the proviso that at least one of R 5, R 6 and R 7 is not H; and m is 3 or 4.
A computer implemented system for automatically generating a mowing timetable for an automatic lawnmower, the system being arranged to: obtain information identifying a location and size of an area to be mowed by the automatic lawnmower; obtain information regarding past and predicted future weather conditions at the location of the area; calculate a mowing timetable for the automatic lawnmower, the mowing timetable comprising a mowing duration for each of a number of days, the system being arranged to calculate each mowing duration based upon the location and size of the area to be mowed by the automatic lawnmower and the past and predicted future weather conditions at the location of the area to be mowed by the automatic lawnmower; store the mowing timetable; and send the mowing timetable to the automatic lawnmower arranged to receive the mowing timetable and to carry out mowing according to the mowing timetable, wherein the system is arranged to obtain information identifying the location and size from a position sensing element of a smartphone. obtain information identifying a location and size of an area to be mowed by the automatic lawnmower; obtain information regarding past and predicted future weather conditions at the location of the area; calculate a mowing timetable for the automatic lawnmower, the mowing timetable comprising a mowing duration for each of a number of days, the system being arranged to calculate each mowing duration based upon the location and size of the area to be mowed by the automatic lawnmower and the past and predicted future weather conditions at the location of the area to be mowed by the automatic lawnmower; store the mowing timetable; and send the mowing timetable to the automatic lawnmower arranged to receive the mowing timetable and to carry out mowing according to the mowing timetable, wherein the system is arranged to obtain information identifying the location and size from a position sensing element of a smartphone.
An apparatus for analyzing a material comprising at least one analyte, said apparatus comprising a measurement body having a contact surface suitable to be brought in thermal contact or pressure-transmitting contact with said material, said thermal or pressure-transmitting contact permitting heat or pressure waves generated by absorption of excitation radiation in the material to be transferred to said measurement body, an excitation radiation source configured for irradiating excitation radiation into the material to be absorbed therein, and a detection light source for generating a detection light beam travelling through at least a portion of said measurement body or a component included in said measurement body, wherein said detection light beam is directed to be totally or partially reflected at said contact surface, wherein said detection light beam is deflected upon heat or pressure waves generated by absorption of excitation radiation in the material being transferred to said measurement body, and a detector for detecting a degree of deflection, in particular a deflection angle, of the detection light beam after its reflection at said contact surface, characterized in that said contact surface of the measurement body is curved in at least one principal direction in the area where the detection light beam is reflected, wherein the detection light beam prior to and after reflection at said contact surface defines a detection light plane, and wherein said principal direction lies within said detection light plane or forms an angle with the detection light plane that is less than 30°, preferably less than 20°. a measurement body having a contact surface suitable to be brought in thermal contact or pressure-transmitting contact with said material, said thermal or pressure-transmitting contact permitting heat or pressure waves generated by absorption of excitation radiation in the material to be transferred to said measurement body, an excitation radiation source configured for irradiating excitation radiation into the material to be absorbed therein, and a detection light source for generating a detection light beam travelling through at least a portion of said measurement body or a component included in said measurement body, wherein said detection light beam is directed to be totally or partially reflected at said contact surface, wherein said detection light beam is deflected upon heat or pressure waves generated by absorption of excitation radiation in the material being transferred to said measurement body, and a detector for detecting a degree of deflection, in particular a deflection angle, of the detection light beam after its reflection at said contact surface, characterized in that said contact surface of the measurement body is curved in at least one principal direction in the area where the detection light beam is reflected, wherein the detection light beam prior to and after reflection at said contact surface defines a detection light plane, and wherein said principal direction lies within said detection light plane or forms an angle with the detection light plane that is less than 30°, preferably less than 20°.
A mounting bracket (6; 106) adapted for installation of a window in a roof structure, said window comprising a frame including a top frame member, a bottom frame member and two side frame members (4, 5), the mounting bracket (6; 106) comprising a first bracket leg (7; 107) for fastening to the roof structure, and, for fastening to a frame member (2, 3, 4, 5), a second bracket leg (8; 108) extending from the first bracket leg (7; 107) at a first angle (α) being essentially orthogonal in an unloaded condition of the mounting bracket (6; 106), where in a first load condition, in which forces act on the mounting bracket (6; 106) so as to diminish the first angle (α), a first torque threshold is provided, beyond which plastic deformation of the mounting bracket (6; 106) occurs, and where in a second load condition, in which forces act on the mounting bracket so as to increase the first angle (α), a second torque threshold is provided, beyond which plastic deformation of the mounting bracket (6; 106) occurs, the second torque threshold being different from the first torque threshold wherein the mounting bracket (6; 106) comprises at least one flange (9; 109) extending at a second angle (β) from the first bracket leg (7; 107) or from the second bracket leg (8; 108) so that an edge (10; 110) of the flange (9; 109) is facing the other bracket leg (8, 7; 108; 107), and wherein, in the first load condition, in which forces act on the mounting bracket so as to diminish the first angle (α), the edge (10; 110) of the at least one flange (9; 109) is being brought into abutment with said other bracket leg (8, 7; 108; 107) providing the first torque threshold, characterized in that said second angle (β) formed by the at least one flange with the bracket leg from which it extends is other than orthogonal.