mhurhangee/ep-ind-claims huggingface dataset:
An automatic toothbrush, comprising: a body having opposed ends, a cavity situated between the opposed ends, and an opening situated at one of the opposed ends; an output shaft defining a longitudinal axis (La) and having first and second ends (124, 122), the output shaft extending through the opening such that the second end is outside of the cavity, the output shaft having a plurality of bends in opposite directions from each other, so that the output shaft deviates from the longitudinal axis at the bends to define at least one saddle (148, 138, 140, 142) between at least two adjacent bends situated between the second end and the opening; and an oral cleaning tool configured to be press fit onto that portion of the shaft which has the plurality of bends to couple the cleaning tool to the body. a body having opposed ends, a cavity situated between the opposed ends, and an opening situated at one of the opposed ends; an output shaft defining a longitudinal axis (La) and having first and second ends (124, 122), the output shaft extending through the opening such that the second end is outside of the cavity, the output shaft having a plurality of bends in opposite directions from each other, so that the output shaft deviates from the longitudinal axis at the bends to define at least one saddle (148, 138, 140, 142) between at least two adjacent bends situated between the second end and the opening; and an oral cleaning tool configured to be press fit onto that portion of the shaft which has the plurality of bends to couple the cleaning tool to the body.
A cartridge for an electronic vaping device, the cartridge comprising: a vaporizer assembly configured to form a generated vapor; and an additive assembly in fluid communication with the vaporizer assembly, the additive assembly including an adsorbent material including adsorbed carbon dioxide, the adsorbent material configured to release the carbon dioxide into the generated vapor based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material, the adsorbent material further configured to generate heat based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material. a vaporizer assembly configured to form a generated vapor; and an additive assembly in fluid communication with the vaporizer assembly, the additive assembly including an adsorbent material including adsorbed carbon dioxide, the adsorbent material configured to release the carbon dioxide into the generated vapor based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material, the adsorbent material further configured to generate heat based on at least a portion of the generated vapor adsorbing on the adsorbent material and displacing at least some of the carbon dioxide from the adsorbent material.
An oven having a door comprising a cavity confining a cooking chamber and a door having an outer panel and an inner panel covering the opening of the cavity in a selectively accessible manner attached parallel to each other at a distance such that providing a cooling channel in which an upward cooling airstream (f 1) pass through and a lateral plate covering the cooling channel from the side and a grid element having a plurality of openings of which the cross-sectional area is adjusted such that an auxiliary airstream (f 2) supplied from the outside ambient air is mixed into the cooling airstream (f 1) through the lateral plate and at least partially covering the cooling channel characterized in that the grid element comprises a plurality of flat extensions between each pair of which the openings are delimited.
Tubular heat exchanger comprising a tubular sleeve comprising an inlet for the entrance of a product to be thermally treated, and an outlet for the exit of said thermally treated product; a first plurality of tubes carrying a heat transfer fluid which are located inside the tubular sleeve; and at least one diaphragm located inside the tubular sleeve which divides the interior of the sleeve into at least two chambers, where said diaphragm comprises a central hole configured for allowing the passage of the product from the inlet to the outlet of the sleeve; and where said diaphragm comprises a plurality of holes configured for allowing the passage of the first plurality of tubes carrying the heat transfer fluid through the different chambers of the sleeve; the exchanger being characterized in that it comprises a piston comprising a tubular shaft and at least two plates perpendicular to the tubular shaft; where said tubular shaft is configured for performing a longitudinal reciprocating movement through the central hole of said at least one diaphragm; where the tubular shaft comprises a diameter smaller than the diameter of the centra! hole and allows the passage of product through the annular space defined between the diameter of the central hole and the outer diameter of the tubular shaft; where each plate is located inside each chamber of the sleeve, where each plate comprises at least one hole configured for allowing the passage of the product to be treated; and where each plate comprises a plurality of holes configured for allowing the passage of the first plurality of tubes carrying the heat transfer fluid through respective plates.
Operator control device for a power tool, in particular a sander, containing at least a first and a second switching element (40, 50), wherein the first switching element can be adjusted to a first and a second mode and the second switching element can be adjusted to a first and a second mode, wherein the first switching element contains at least one first signalling means for respectively signalling the first or the second mode, wherein the operator control device is configured such that the second switching element can only be adjusted from the first mode to the second mode if the first switching element is adjusted from the first mode to the second mode, characterized in that the second switching element contains at least one second signalling means for respectively signalling the first or the second mode, and in that an elastomeric attachment with a first and a second raised portion (6, 7) is present, wherein the first switching element comprises the first raised portion and the second switching element comprises the second raised portion, wherein a housing of the power tool contains at least a first and a second opening (25, 26), wherein the first raised portion can be operated through the first opening and the second raised portion can be operated through the second opening, wherein the first and the second raised portion (6, 7) each contain a projection element (37, 38) and the first and the second opening (25, 26) each have a border, wherein each border has at least one cutout (36a, 36b), wherein, in an assembled state of the operator control device, the at least one projection element (37, 38) is positioned in the at least one cutout (36a, 36b) such that complete passage of the first or second raised portion (6, 7) through the respectively first or second opening (25, 26) is prevented.
A gangway between two vehicles (2, 3) that are articulately connected with one another, the gangway comprising at least one tunnel-shaped circumferential bellows (26, 28), a connection device being provided for connecting the bellows (26, 28) with the front side of a vehicle (2, 3), the connecting device comprising a tunnel-shaped circumferential recess with an approximately C-shaped cross-section arranged at the front side of the vehicle (2, 3), wherein at least one angled profile (11, 13) is provided, which comprises, at its first free end, means for seizing the at least one bellows (26, 28) and which is connected at its second end with the C-shaped recess by way of at least one profile, characterized in that the profile is formed as an elastomeric profile that rests in a form-locked manner in the C-shaped recess of the vehicle (2, 3).
A mobile station apparatus comprising: a calculating unit (135, 140, 145, 320) configured to calculate a channel quality indicator, CQI, value for each of groups, into which subcarriers that are consecutive in a frequency domain are divided in a predefined unit of a time domain, the CQI value representing channel quality according to a first step size, by which a range of the CQI value is divided; a generating unit configured to generate feedback information based on the calculated CQI value for each of the groups; and a transmitting unit configured to transmit the feedback information, wherein: said calculating unit calculates a relative value for the groups, the relative value being a difference of the calculated CQI value with respect to another CQI value, and transforms the relative value according to a second step size, which includes a step size that is different than the first step size and by which a range of the difference is divided, and said generating unit generates the feedback information forming a data sequence, in which the other CQI value is positioned at the beginning and the relative values for the groups are positioned after the other CQI value in order of increasing frequency or decreasing frequency. a calculating unit (135, 140, 145, 320) configured to calculate a channel quality indicator, CQI, value for each of groups, into which subcarriers that are consecutive in a frequency domain are divided in a predefined unit of a time domain, the CQI value representing channel quality according to a first step size, by which a range of the CQI value is divided; a generating unit configured to generate feedback information based on the calculated CQI value for each of the groups; and a transmitting unit configured to transmit the feedback information, wherein: said calculating unit calculates a relative value for the groups, the relative value being a difference of the calculated CQI value with respect to another CQI value, and transforms the relative value according to a second step size, which includes a step size that is different than the first step size and by which a range of the difference is divided, and said generating unit generates the feedback information forming a data sequence, in which the other CQI value is positioned at the beginning and the relative values for the groups are positioned after the other CQI value in order of increasing frequency or decreasing frequency. said calculating unit calculates a relative value for the groups, the relative value being a difference of the calculated CQI value with respect to another CQI value, and transforms the relative value according to a second step size, which includes a step size that is different than the first step size and by which a range of the difference is divided, and said generating unit generates the feedback information forming a data sequence, in which the other CQI value is positioned at the beginning and the relative values for the groups are positioned after the other CQI value in order of increasing frequency or decreasing frequency.
Gas-operated appliance, in particular gas-operated household appliance or gas-operated heating device, for instance gas cooker, gas oven or gas hob, with a gas stop tap and with a gas collection line having a gas passage duct with a predetermined diameter arranged in the interior of the gas collection line, a single-piece pipe wall surrounding the gas passage duct and a pipe closing element, which divides the gas passage duct into at least two gas-conducting regions (12, 14) which are separated from one another, by it hermetically sealing the gas passage duct in regions, wherein - the gas collection line has two openings (30, 40) arranged at a distance from one another, to which an input duct and an output duct of the gas stop tap are connected, wherein the gas stop tap is a mechanical or electronic device, which connects the two regions (12, 14) of the gas passage duct 10 externally, said two regions (12, 14) being separated from one another in a gas-tight manner, and - the gas closing element is arranged in a region between the two openings (30, 40) and hermetically seals the gas passage duct in this region, characterised in that - the pipe closing element is embodied in one piece with the pipe wall and is formed by at least one plastically deformed region of the pipe wall, wherein the plastically deformed region is deformed from the exterior of the pipe element in the direction of the gas passage duct and wherein the plastically deformed region of the pipe wall is formed by means of hot shaping. - the gas collection line has two openings (30, 40) arranged at a distance from one another, to which an input duct and an output duct of the gas stop tap are connected, wherein the gas stop tap is a mechanical or electronic device, which connects the two regions (12, 14) of the gas passage duct 10 externally, said two regions (12, 14) being separated from one another in a gas-tight manner, and - the gas closing element is arranged in a region between the two openings (30, 40) and hermetically seals the gas passage duct in this region, characterised in that - the pipe closing element is embodied in one piece with the pipe wall and is formed by at least one plastically deformed region of the pipe wall, wherein the plastically deformed region is deformed from the exterior of the pipe element in the direction of the gas passage duct and wherein the plastically deformed region of the pipe wall is formed by means of hot shaping.
Floating structure for storage and transport of cryogenic product, comprising a system for transferring cryogenic product from the floating structure, called first floating structure, to a second fixed or floating structure for storing cryogenic product, the system comprising a transfer pipe suitable for transporting the cryogenic product, the transfer pipe being self-supporting and comprising at least three rigid sections of pipe, fluidically connected each to the next by connection means suitable for transporting the cryogenic product, each of the two end sections of the transfer pipe (12, 17) having a free end configured as a tip for connection to a connection device of the first floating structure and respectively of the second floating structure; wherein the system comprises (i) the connection device, which is intended to be disposed on the first structure, and comprises an extension pipe (11,18) configured to be connected to a collecting device (810, 910) of the associated first structure and to one of the tips of the transfer pipe; and (ii) a support mounting (850, 950) for the free end of the extension pipe, wherein the free end of the extension pipe is the end of the extension pipe to be connected to the transfer pipe, characterized by the support mounting being disposed on the first floating structure and an interstice being provided between the extension pipe of the first structure and its support mounting or between the support mounting and the first structure intended to carry it so as to enable predetermined bending of the extension pipe after connection of the tip of the transfer pipe to that extension pipe, the interstice closing once the transfer pipe is connected.
A method comprising: presenting, on a user interface of a mobile device in communication with an autonomous robotic lawnmower, a representation of a first potential shape of a lawn, and first indicators of first recommended locations for beacons configured to communicate with the autonomous robotic lawnmower; and presenting, on the user interface, a representation of a second potential shape of the lawn, and second indicators of second recommended locations for the beacons. presenting, on a user interface of a mobile device in communication with an autonomous robotic lawnmower, a representation of a first potential shape of a lawn, and first indicators of first recommended locations for beacons configured to communicate with the autonomous robotic lawnmower; and presenting, on the user interface, a representation of a second potential shape of the lawn, and second indicators of second recommended locations for the beacons.
A silicon-based infrared photodetector integrated on a silicon-on-insulator, SOI, substrate (12, 14, 16) with an optical waveguide, the SOI substrate (12, 14, 16) including a planar SOI surface layer, the optical waveguide being formed by the planar SOI surface layer, the silicon-based infrared photodetector comprising: a metallic strip disposed over a portion of the planar SOI surface layer along the direction of propagation of an optical signal along the optical waveguide, the metallic strip forming a Schottky barrier with the optical waveguide, wherein the Schottky barrier is arranged such that, in use, an optical signal propagating laterally along the optical waveguide travels in a direction parallel to the Schottky barrier; a first ohmic contact disposed on the planar SOI surface layer at a first contact area; and a second ohmic contact disposed on the metallic strip at a second contact area; characterised in that the silicon-based infrared photodetector further comprises a field plate electrode disposed over and separated from the metallic strip, wherein the application of a voltage to the field plate electrode modifies the electric field along the metallic strip to preferentially direct the momentum of hot carriers, influencing the number of hot carriers that cross over the Schottky barrier, which in turn modifies the photocurrent generated by the silicon-based infrared photodetector. a metallic strip disposed over a portion of the planar SOI surface layer along the direction of propagation of an optical signal along the optical waveguide, the metallic strip forming a Schottky barrier with the optical waveguide, wherein the Schottky barrier is arranged such that, in use, an optical signal propagating laterally along the optical waveguide travels in a direction parallel to the Schottky barrier; a first ohmic contact disposed on the planar SOI surface layer at a first contact area; and a second ohmic contact disposed on the metallic strip at a second contact area;
A medical insertion device for inserting an expansible implant into a patient, comprising: a gripping portion, having a central bore; a first tube housed in the central bore; a rod housed in the first tube having a distal end for receiving an implant for insertion into the patient; a handle attached to the gripping portion; characterised in that the medical insertion device comprises a gauge for determining an expansion of the implant. a gripping portion, having a central bore; a first tube housed in the central bore; a rod housed in the first tube having a distal end for receiving an implant for insertion into the patient; a handle attached to the gripping portion; characterised in that the medical insertion device comprises a gauge for determining an expansion of the implant.
Apparatus for endovascularly replacing a patient's heart valve comprising: a delivery sheath; a deployment tool comprising a plurality of anchor actuating elements; an expandable anchor adapted to be disposed within the sheath and expanded by the deployment tool following deployment of the expandable anchor from the sheath, a replacement valve adapted to be disposed within the sheath for delivery to the vicinity of a heart valve; wherein the plurality of anchor actuating elements is adapted to apply a proximally directed force to a distal portion of the expandable anchor; a plurality of first members (100, 200, 300, 600) attached to the distal portion of the expandable anchor; and a plurality of lock elements (350, 550, 650) fixedly attached to a proximal portion of the expandable anchor and adapted to engage the plurality of first members to lock the expandable anchor in a deployed shape, wherein each of the first members (100, 200, 300, 600) is adapted to support the replacement valve within the expandable anchor, characterized by a plurality of second members (130, 230, 330, 430, 530, 630) individually releasably attached to the first members (100, 200, 300, 600), wherein the plurality of second members (130, 230, 330, 430, 530, 630) each have a first position adapted to prevent release of the first member (100, 200, 300, 600) of a plurality of first members (100, 200, 300, 600) and a second position adapted to permit release of the first member (100, 200, 300, 600). a delivery sheath; a deployment tool comprising a plurality of anchor actuating elements; an expandable anchor adapted to be disposed within the sheath and expanded by the deployment tool following deployment of the expandable anchor from the sheath, a replacement valve adapted to be disposed within the sheath for delivery to the vicinity of a heart valve; wherein the plurality of anchor actuating elements is adapted to apply a proximally directed force to a distal portion of the expandable anchor; a plurality of first members (100, 200, 300, 600) attached to the distal portion of the expandable anchor; and a plurality of lock elements (350, 550, 650) fixedly attached to a proximal portion of the expandable anchor and adapted to engage the plurality of first members to lock the expandable anchor in a deployed shape,
A structure for a gas turbine engine, comprising: a stator shroud with a wall extending axially between a shroud inlet aperture and a shroud outlet aperture, wherein the wall includes a stainless steel material having less than 44% nickel by mass; the structure is characterised in that it includes a diffuser plate coupled to the stator shroud and seated within the shroud outlet aperture; an impeller is rotateably supported within the stator shroud between the diffuser plate and the shroud inlet aperture; and in that the structure is a containment structure arranged to provide containment protection for the impeller. a stator shroud with a wall extending axially between a shroud inlet aperture and a shroud outlet aperture, wherein the wall includes a stainless steel material having less than 44% nickel by mass; the structure is characterised in that it includes a diffuser plate coupled to the stator shroud and seated within the shroud outlet aperture; an impeller is rotateably supported within the stator shroud between the diffuser plate and the shroud inlet aperture; and in that the structure is a containment structure arranged to provide containment protection for the impeller.