mhurhangee/ep-ind-claims huggingface dataset:
A fluid based tooth cleaning system comprising: - a holdable body configured to be coupled to a head; - a fluid delivery unit configured to be coupled to a nozzle for emitting fluid, the nozzle being comprised within the head; - at least one sensor configured to provide information relating to the head with respect to a user's teeth, wherein the at least one sensor comprises a movement sensor for determining velocity information relating to a velocity of the head with respect to the user's teeth, and the information comprises the velocity information; and - a control unit configured to utilize the velocity information from the movement sensor to: enable the fluid delivery unit to emit fluid from the nozzle onto the user's teeth; and stop the fluid delivery unit from emitting fluid from the nozzle when a velocity of the head is greater than a first, upper, threshold level and/or is less than a second, lower, threshold level. - a holdable body configured to be coupled to a head; - a fluid delivery unit configured to be coupled to a nozzle for emitting fluid, the nozzle being comprised within the head; - at least one sensor configured to provide information relating to the head with respect to a user's teeth, wherein the at least one sensor comprises a movement sensor for determining velocity information relating to a velocity of the head with respect to the user's teeth, and the information comprises the velocity information; and - a control unit configured to utilize the velocity information from the movement sensor to: enable the fluid delivery unit to emit fluid from the nozzle onto the user's teeth; and stop the fluid delivery unit from emitting fluid from the nozzle when a velocity of the head is greater than a first, upper, threshold level and/or is less than a second, lower, threshold level. enable the fluid delivery unit to emit fluid from the nozzle onto the user's teeth; and stop the fluid delivery unit from emitting fluid from the nozzle when a velocity of the head is greater than a first, upper, threshold level and/or is less than a second, lower, threshold level.
An apparatus comprising: a fiber opening chamber having an upper end and a substantially open lower end; a fiber inlet for introducing a plurality of fibers into the fiber opening chamber; a first plurality of rollers positioned within the fiber opening chamber, each of the first plurality of rollers having a center axis of rotation, a circumferential surface surrounding the center axis of rotation, and a plurality of projections extending outwardly from the circumferential surface; a second plurality of rollers positioned within the fiber opening chamber above the first plurality of rollers, each of the second plurality of rollers having a center axis of rotation, a circumferential surface, and a plurality of projections extending outwardly from the circumferential surface, wherein the second plurality of rollers is positioned relative to the first plurality of rollers such that at least a portion of the plurality of projections extending outwardly from the circumferential surface of each of the second plurality of rollers vertically overlaps with at least a portion of the plurality of projections extending outwardly from the circumferential surface of at least one of the first plurality of rollers, and a forming chamber having an upper end and a lower end, wherein the upper end of the forming chamber is in flow communication with the upper end of the opening chamber, and the lower end of the forming chamber is substantially open and positioned above a collector having a collector surface. a fiber opening chamber having an upper end and a substantially open lower end; a fiber inlet for introducing a plurality of fibers into the fiber opening chamber; a first plurality of rollers positioned within the fiber opening chamber, each of the first plurality of rollers having a center axis of rotation, a circumferential surface surrounding the center axis of rotation, and a plurality of projections extending outwardly from the circumferential surface; a second plurality of rollers positioned within the fiber opening chamber above the first plurality of rollers, each of the second plurality of rollers having a center axis of rotation, a circumferential surface, and a plurality of projections extending outwardly from the circumferential surface, wherein the second plurality of rollers is positioned relative to the first plurality of rollers such that at least a portion of the plurality of projections extending outwardly from the circumferential surface of each of the second plurality of rollers vertically overlaps with at least a portion of the plurality of projections extending outwardly from the circumferential surface of at least one of the first plurality of rollers, and a forming chamber having an upper end and a lower end, wherein the upper end of the forming chamber is in flow communication with the upper end of the opening chamber, and the lower end of the forming chamber is substantially open and positioned above a collector having a collector surface.
An oral product comprising: a body that is wholly receivable in an oral cavity, the body including, a mouth-stable polymer matrix formed of a mouth-stable polymer, the body comprising at least 60 weight percent of the mouth-stable polymer, the mouth-stable polymer matrix comprising a polyurethane; and tobacco fibers embedded in the mouth-stable polymer matrix, the body comprising at least 10 weight percent of the tobacco fibers, wherein the body has a compressibility @250 N of between 45% and 90%, a compressibility @425 N of between 60% and 98%, or a percentage springiness of at least 20%. a body that is wholly receivable in an oral cavity, the body including, a mouth-stable polymer matrix formed of a mouth-stable polymer, the body comprising at least 60 weight percent of the mouth-stable polymer, the mouth-stable polymer matrix comprising a polyurethane; and tobacco fibers embedded in the mouth-stable polymer matrix, the body comprising at least 10 weight percent of the tobacco fibers, wherein a mouth-stable polymer matrix formed of a mouth-stable polymer, the body comprising at least 60 weight percent of the mouth-stable polymer, the mouth-stable polymer matrix comprising a polyurethane; and tobacco fibers embedded in the mouth-stable polymer matrix, the body comprising at least 10 weight percent of the tobacco fibers, wherein the body has a compressibility @250 N of between 45% and 90%, a compressibility @425 N of between 60% and 98%, or a percentage springiness of at least 20%.
High-speed rotary atomizer for applying coatings, in particular lacquerings, to workpieces, having a) a housing (130; 230; 330); b) at least one turbine wheel (110; 210; 310', 310'') which is arranged in the housing (130; 230; 230) and is able to be driven in opposing directions of rotation; c) a bell cup (108; 208; 308) which is able to be set in rotation by the turbine wheel (110; 210; 310', 310''); d) at least one air duct (112; 212', 212''; 312', 312'') which runs in the housing (130; 230; 330) and via which it is possible to supply driving compressed air to the turbine wheel (110; 210; 310', 310''); e) at least one air duct (114; 214', 214''; 314', 314'') which runs in the housing (130; 230; 330) and via which it is possible to supply braking compressed air to the turbine wheel (110; 210; 310', 310''); characterized in that f) the turbine wheel (110; 210) is formed with vanes (116; 216), which are optimized for one direction of rotation in terms of flow, and is formed such that it is able to be mounted in two positions in which the vanes (116; 216) have the orientation which is correct for different directions of rotation; or g) two turbine wheels (310', 310'') are provided, which are connected rotationally conjointly to one another and whose vanes (316', 316'') are optimized for opposing directions of rotation, wherein an air chamber separation device is provided between the air chambers in which the two turbine wheels (310'; 310'') rotate. a) a housing (130; 230; 330); b) at least one turbine wheel (110; 210; 310', 310'') which is arranged in the housing (130; 230; 230) and is able to be driven in opposing directions of rotation; c) a bell cup (108; 208; 308) which is able to be set in rotation by the turbine wheel (110; 210; 310', 310''); d) at least one air duct (112; 212', 212''; 312', 312'') which runs in the housing (130; 230; 330) and via which it is possible to supply driving compressed air to the turbine wheel (110; 210; 310', 310''); e) at least one air duct (114; 214', 214''; 314', 314'') which runs in the housing (130; 230; 330) and via which it is possible to supply braking compressed air to the turbine wheel (110; 210; 310', 310''); f) the turbine wheel (110; 210) is formed with vanes (116; 216), which are optimized for one direction of rotation in terms of flow, and is formed such that it is able to be mounted in two positions in which the vanes (116; 216) have the orientation which is correct for different directions of rotation; or g) two turbine wheels (310', 310'') are provided, which are connected rotationally conjointly to one another and whose vanes (316', 316'') are optimized for opposing directions of rotation, wherein an air chamber separation device is provided between the air chambers in which the two turbine wheels (310'; 310'') rotate.
RF-safe instrument for use in an MR examination, wherein the instrument is made of or comprises a conductor (1, 3) which is subject to an RF common mode current which is induced in the conductor (1, 3) when the conductor is exposed to a magnetic resonance exciting RF field generated in the MR examination, wherein, in order to attenuate or suppress the RF common mode current, an electrically damping element (4; 4a, 4b; 6), formed by at least one of a resistive, a reactive and a dielectric load, is added to the conductor at a proximal end of the conductor (1, 3), at which an increased or a maximum of the RF electric field strength or an increased or a maximum of the RF common mode current occurs in comparison to other positions along the conductor (1; 3), wherein in case a resistive or a reactive load is provided, the load is galvanically connected or inductively coupled to the conductor (1, 3), and in case a dielectric load is provided, the load is capacitively coupled to the conductor (1, 3), wherein the damping element (4; 4a, 4b; 6) is provided with fastening means such that it can be manually attached at and detached from the conductor (1, 3) by a user, wherein the proximal end of the conductor is either electrically open or not electrically open, and wherein in the case that the proximal end of the conductor is not electrically open, the instrument further comprises at least one RF trap circuit, connected at the proximal end of the conductor, for provoking at said proximal end said increased or maximum of the RF electric field strength or an increased or a maximum of the RF common mode current.
A display screen assembly, comprising: a display screen module and an installation bracket, wherein the display screen module comprises a body portion and a top portion; the top portion comprises a top surface and an inclined surface connected to a side of the top surface; the inclined surface extends obliquely in a direction towards the body portion; an installation groove is defined in the installation bracket; characterized in that the installation bracket comprises an abutting wall; the abutting wall comprises a supporting surface facing the installation groove and an installed inclined surface being opposite to the supporting surface and abutting against the inclined surface; wherein a thickness of the abutting wall gradually decreases along the inclined surface in a direction towards the top surface to form the installed inclined surface (1333, 1334). a display screen module and an installation bracket, wherein the display screen module comprises a body portion and a top portion; the top portion comprises a top surface and an inclined surface connected to a side of the top surface; the inclined surface extends obliquely in a direction towards the body portion; an installation groove is defined in the installation bracket; characterized in that the installation bracket comprises an abutting wall; the abutting wall comprises a supporting surface facing the installation groove and an installed inclined surface being opposite to the supporting surface and abutting against the inclined surface; wherein a thickness of the abutting wall gradually decreases along the inclined surface in a direction towards the top surface to form the installed inclined surface (1333, 1334).
Method for the production of heavy-duty plastic moulded parts with a hollow profile, particularly separation cans or containment shells for pumps, in a moulding tool, having at least a first and a second tool part (2, 3), of which at least one tool part (2, 3) is moved in relation to the other tool part (2, 3) to open and close the moulding tool, wherein a longitudinal hollow space is formed in the first tool part, into which space a longitudinal mould core of the second tool part is inserted coaxially, forming a cavity corresponding to the hollow profile, and firstly a reinforcing means of continuous fibres is applied to the mould core, characterized in that the moulding tool subsequently carries out an opening or closing movement (A, B), during which a plastics moulding compound is continuously injected radially into the cavity through an injection opening or a multiplicity of injection openings extending along the circumference of the cavity, the compound completely enclosing the reinforcing means.
A composition comprising at least one semi-aromatic polyamide and at least one cross-linked polyolefin, the cross-linked polyolefin being obtained from: - at least one product comprising an unsaturated epoxy and - at least one product comprising an unsaturated carboxylic acid anhydride, characterized in that the weight content of and, noted respectively and, are such that the / ratio is between 4 and 14, said semi-aromatic polyamide comprising at least a first semi-aromatic repeating unit obtained from the polycondensation of a diamine and of an aromatic dicarboxylic acid and said semi-aromatic polyamide comprising over 50% mol of first repeating unit(s). - at least one product comprising an unsaturated epoxy and - at least one product comprising an unsaturated carboxylic acid anhydride, characterized in that the weight content of and, noted respectively and, are such that the / ratio is between 4 and 14,
A method comprising: generating, by at least one processor, a pseudonym of personal data of a user using a first secret key; encrypting, by the at least one processor, a unique identifier of the user using a second secret key, to obtain an encrypted identifier; and preparing, by the at least one processor, the pseudonym and encrypted identifier for transmission to a remote apparatus for storing the personal data in a database under the pseudonym, and indexed by the encrypted identifier, wherein the unique identifier comprises a unique real identifier, and the first and second secret keys being known to one or more other users authorized to access the data, and the first and second secret keys being unknown to the remote apparatus. generating, by at least one processor, a pseudonym of personal data of a user using a first secret key; encrypting, by the at least one processor, a unique identifier of the user using a second secret key, to obtain an encrypted identifier; and preparing, by the at least one processor, the pseudonym and encrypted identifier for transmission to a remote apparatus for storing the personal data in a database under the pseudonym, and indexed by the encrypted identifier, wherein the unique identifier comprises a unique real identifier, and the first and second secret keys being known to one or more other users authorized to access the data, and the first and second secret keys being unknown to the remote apparatus.
Device for fixing solar panels to a roof, comprising: - at least one base element connectable to the roof, and - a mounting rail connectable to the base element for fixing to a solar panel, Wherein the mounting rail is provided with a receiving space for receiving at least a part of mechanical fixing means connected to the solar panel, characterized in that the base element is provided with a substantially hook-shaped member adapted for co-action with a tile batten arranged on the roof and the base element and the mounting rail can be mutually coupled by means of a snap connection. - at least one base element connectable to the roof, and - a mounting rail connectable to the base element for fixing to a solar panel,
A crystalline material comprising or consisting of (a) a hydrohalogenide salt of nilotinib, or a mixture of nilotinib and a hydrohalogenide salt of nilotinib, and (b) a carboxylic acid, carboxylic acid ester, or sulfonic acid within the same crystalline phase; or a crystalline material comprising or consisting of the above component (a) and isonicotinamide as component (b), wherein the molar ratio of component (a) and isonicotinamide (b) is from 2:1 to 1:1, within the same crystalline phase. (a) a hydrohalogenide salt of nilotinib, or a mixture of nilotinib and a hydrohalogenide salt of nilotinib, and (b) a carboxylic acid, carboxylic acid ester, or sulfonic acid
A mouse whose genome comprises an endogenous fibrillin-1 gene comprising a mutation in the penultimate exon of the endogenous Fbnl gene, wherein the mouse is heterozygous for the mutation, wherein the mutation results in disruption or ablation of the asprosin C-terminal cleavage product of pro-fibrillin-1, wherein expression of the endogenous Fbnl gene results in a C-terminally truncated Fbn1 protein, wherein the mouse exhibits one or more congenital lipodystrophy-like symptoms of neonatal progeroid syndrome, wherein the symptoms comprise one or more of the following: decreased body weight, decreased lean mass, decreased fat mass, decreased white adipose tissue normalized by body weight, decreased white adipose tissue in combination with preservation of brown adipose tissue normalized by body weight, decreased body fat percentage, increased food intake normalized by body weight, and increased kyphosis, and wherein the decrease or increase is compared with a control wild type mouse. wherein the mouse is heterozygous for the mutation, wherein the mutation results in disruption or ablation of the asprosin C-terminal cleavage product of pro-fibrillin-1, wherein expression of the endogenous Fbnl gene results in a C-terminally truncated Fbn1 protein, wherein the mouse exhibits one or more congenital lipodystrophy-like symptoms of neonatal progeroid syndrome, wherein the symptoms comprise one or more of the following: decreased body weight, decreased lean mass, decreased fat mass, decreased white adipose tissue normalized by body weight, decreased white adipose tissue in combination with preservation of brown adipose tissue normalized by body weight, decreased body fat percentage, increased food intake normalized by body weight, and increased kyphosis, and wherein the decrease or increase is compared with a control wild type mouse.
A method for tracking cable drums comprising the steps of: a) attaching a tracker device with a tracker identifier to a flange of the cable drum with a drum identifier, said drum identifier being associated in a database with drum dimensions and with cable dimensions of a cable stored on the drum; b) associating in the database the drum identifier also with the tracker identifier; c) when an event comprising at least a shock occurs, activating a first electronic circuit of the tracker device including a sensing module that detects at least the event, storing the detected event in a local memory of the tracker device and switching the first electronic circuit to standby mode after the detected event is stored; d) activating a second electronic circuit including a communication module that connects to a wireless communication system and a positioning module that detects the position coordinates of the tracker device and the cable drum, transmitting to the database via the communication system the tracker identifier, the detected position coordinates and the detected events stored in the local memory; e) associating the transmitted detected position coordinates and the transmitted detected events to the tracker identifier and the drum identifier in the database; f) calculating using the data stored in the database the remaining length of the cable on the cable drum; wherein the activating of the second electronic circuit and the subsequent steps occur at scheduled time intervals and wherein after the transmitting step the second electronic circuit is switched to standby mode involving energy consumption reduction and wherein the sensing module detects shocks above a predetermined threshold force value. a) attaching a tracker device with a tracker identifier to a flange of the cable drum with a drum identifier, said drum identifier being associated in a database with drum dimensions and with cable dimensions of a cable stored on the drum; b) associating in the database the drum identifier also with the tracker identifier; c) when an event comprising at least a shock occurs, activating a first electronic circuit of the tracker device including a sensing module that detects at least the event, storing the detected event in a local memory of the tracker device and switching the first electronic circuit to standby mode after the detected event is stored; d) activating a second electronic circuit including a communication module that connects to a wireless communication system and a positioning module that detects the position coordinates of the tracker device and the cable drum, transmitting to the database via the communication system the tracker identifier, the detected position coordinates and the detected events stored in the local memory; e) associating the transmitted detected position coordinates and the transmitted detected events to the tracker identifier and the drum identifier in the database; f) calculating using the data stored in the database the remaining length of the cable on the cable drum;