mhurhangee/ep-ind-claims huggingface dataset:
Fitting for reversibly connecting flat components, comprising - a basic body which has a slot-shaped depression, at least one first internal thread and at least one first connecting receptacle, - a locking plate which has a slot with a centrally arranged circular opening and at least one first connecting leadthrough, wherein the basic body and the locking plate are releasably connected to each other by at least one connecting means, and - a screw bolt which, at its first end, has an external thread matching the first internal thread of the basic body and, at its second end, has a head, the diameter of which is smaller than the diameter of the circular opening of the locking plate and greater than the width of the slot in the locking plate. - a basic body which has a slot-shaped depression, at least one first internal thread and at least one first connecting receptacle, - a locking plate which has a slot with a centrally arranged circular opening and at least one first connecting leadthrough, wherein the basic body and the locking plate are releasably connected to each other by at least one connecting means, and - a screw bolt which, at its first end, has an external thread matching the first internal thread of the basic body and, at its second end, has a head, the diameter of which is smaller than the diameter of the circular opening of the locking plate and greater than the width of the slot in the locking plate. - a screw bolt which, at its first end, has an external thread matching the first internal thread of the basic body and, at its second end, has a head, the diameter of which is smaller than the diameter of the circular opening of the locking plate and greater than the width of the slot in the locking plate.
An oral care composition comprising an orally acceptable vehicle, an amine fluoride and a buffer having a pK a of less than 7.0 wherein the buffer comprises an aqueous solution of an acid and a salt of the acid, and wherein the ratio of acid:salt is between 2:1 and 1:2, wherein the pH of the oral composition is greater than 3.5 and less than 5.0, and wherein the oral composition has an acid number greater than 6.0, and wherein the acid is selected from succinic acid, tartaric acid, malic acid, lactic acid, fumaric acid, glutamic acid, suberic acid, adipic acid, sebacic acid, glutaric acid, azelaic acid and combinations thereof, and wherein the oral care composition is a dentifrice, toothpaste, mouthrinse, mouthwash, strip or a solid or liquid gel. an orally acceptable vehicle, an amine fluoride and a buffer having a pK a of less than 7.0
An apparatus to facilitate gesture matching, comprising: a gesture selection engine to randomly select a gesture from a database during an authentication phase; an avatar animation and rendering engine to translate the selected gesture into poses of an animated avatar for display at a display device with a prompt for a user to perform the pose of the displayed avatar for authenticating the user; reception and capturing logic to capture, in real-time, an image of a user, in response of the user performing the pose of the displayed avatar. a gesture matching component to compare the captured gesture response performed by the user in the captured image to the selected gesture to determine whether the same gesture appears in the captured image, in which case there is a match to authenticate the user; and a gesture learning module to identify, when it is determined that there is a match to authenticate the user, new gestures performed by the user and add the new gestures to the database, wherein the gesture learning module identifies a new gesture upon the gesture matching component determining that a gesture performed by the user does not match a gesture in the database. a gesture selection engine to randomly select a gesture from a database during an authentication phase; an avatar animation and rendering engine to translate the selected gesture into poses of an animated avatar for display at a display device with a prompt for a user to perform the pose of the displayed avatar for authenticating the user; reception and capturing logic to capture, in real-time, an image of a user, in response of the user performing the pose of the displayed avatar. a gesture matching component to compare the captured gesture response performed by the user in the captured image to the selected gesture to determine whether the same gesture appears in the captured image, in which case there is a match to authenticate the user; and a gesture learning module to identify, when it is determined that there is a match to authenticate the user, new gestures performed by the user and add the new gestures to the database, wherein the gesture learning module identifies a new gesture upon the gesture matching component determining that a gesture performed by the user does not match a gesture in the database.
A head-up display device, comprising a housing, a reflection mirror housed in the housing, a mirror holder housed in the housing and rotatably mounted on the housing for supporting the reflection mirror, wherein the reflection mirror is configured to reflect display light from a display unit to irradiate the display light onto a projection member, and allow a driver to visually recognize the display image obtained by the irradiation, and wherein the mirror holder is supported by the housing via a mounting member, a first shaft portion and a second shaft portion are respectively extended from both ends of the mirror holder along a rotation axis, and a first tubular bearing for rotatably supporting the first shaft portion and a second tubular bearing for rotatably supporting the second shaft portion are provided on the mounting member, a steel ball is placed in the first tubular bearing, a biasing member for biasing the second shaft portion toward the steel ball side is placed between the second tubular bearing and the second shaft portion, and in a direction along the rotation axis, the steel ball butts to the first tubular bearing, and the first shaft portion butts to the steel ball.
A needleless connector, comprising: a body; valve element at least partially disposed within the body, the valve element comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface; and a base comprising a rim having a top surface that is in contact with at least a portion of the bottom surface of the flange of the valve element, the rim defining a recess with a bottom surface distally separated from the top surface of the rim, and at least one support member extending from the rim laterally into the recess and from the top surface of the rim over the bottom surface of the recess, the base further comprises an air passage extending from the bottom surface of the recess through the base to an ambient environment, wherein the at least one support member does not extend over the air passage. a body; valve element at least partially disposed within the body, the valve element comprising a cylindrical portion having an outwardly extending flange at a distal end, the flange having a bottom surface; and a base comprising a rim having a top surface that is in contact with at least a portion of the bottom surface of the flange of the valve element, the rim defining a recess with a bottom surface distally separated from the top surface of the rim, and at least one support member extending from the rim laterally into the recess and from the top surface of the rim over the bottom surface of the recess, the base further comprises an air passage extending from the bottom surface of the recess through the base to an ambient environment, wherein the at least one support member does not extend over the air passage.
A cable positioning arrangement comprising a flexible member extending between two structures, the flexible member being associated with a hole through which a cable passes thereby positioning the cable relative to the structures characterized in that said flexible member is under tension and is elastically extended between the two structures.
Electronic component, comprising a carrier, a sensor device mounted on the carrier, which sensor device comprises a sensor chip, an electrostatic discharge protection element for protecting the sensor chip from an electrostatic discharge, which protection element is mounted on the carrier, an encapsulation partly encapsulating the sensor device, and partly encapsulating the protection element, wherein the protection element comprises a bridging structure including at least two terminals (11,12) resting on the carrier and wherein the protection element is arranged to bridge the sensor device, or wherein the protection element comprises a rod including a single terminal mounted on the carrier and wherein the rod includes a portion extending into a space above the sensor device.
Circuit arrangement for the operation of at least one LED light (3, 3a), wherein the circuit arrangement comprises at least one LED light (3, 3a), fastening bases (4, 5) with contact sockets (41, 41a, 51, 51a) for contact pins (31, 31a, 32, 32a) of the LED light (3, 3a), lines (2a, 11a, 12a, 14a, 15a, 16a, 17a, 21) connected to the contact sockets (41, 51) for connecting the LED light (3, 3a) to an electrical supply network and an electrotechnical component in one of the lines (2a, 21) for limiting the current, characterized in that the electrotechnical component is a PTC resistor.
A fixed wireless phone having FM radio function, comprising a FM chip, a baseband chip, and a handle, said handle being connected with said baseband chip via four wires (301, 302, 303, 304) inside a handle cord, wherein the four wires (301, 302, 303, 304) inside said handle cord comprise two wires (303, 304) for connecting a transmitter and two wires (301, 302) for connecting a receiver, wherein a FM antenna signal access point is disposed on one of the two wires (301, 302) that are connected with the receiver to be used as an FM antenna (FM_ANT), a first ferrite bead is connected in series between said FM antenna signal access point and a terminal of said baseband chip, a FM frequency selective circuit is connected with said FM antenna signal access point, and said FM frequency selective circuit is connected with said FM chip.
An NFC anti-collision method comprising the steps of: an NFC initiator device implementing an initiation process comprising the broadcast of a poll request signal; and at least one NFC listen device responding to the poll request signal to transmit a poll response signal; characterised by: the poll request signal including a sequence of introduction vectors each coupled to an allocation vector, no two allocation vectors being the same, and the or each NFC listen device receiving, reading and comparing each received introduction vector to an embedded introduction vector recorded on the NFC listen device, no two NFC listen devices being embedded with the same introduction vector, and responsive to matching the received introduction vector and embedded introduction vector, to read the allocation vector coupled to the matched received introduction vector and to transmit the poll response signal in accordance with timing determined from the allocation vector coupled to the matched received introduction vector. an NFC initiator device implementing an initiation process comprising the broadcast of a poll request signal; and at least one NFC listen device responding to the poll request signal to transmit a poll response signal; characterised by: the poll request signal including a sequence of introduction vectors each coupled to an allocation vector, no two allocation vectors being the same, and the or each NFC listen device receiving, reading and comparing each received introduction vector to an embedded introduction vector recorded on the NFC listen device, no two NFC listen devices being embedded with the same introduction vector, and responsive to matching the received introduction vector and embedded introduction vector, to read the allocation vector coupled to the matched received introduction vector and to transmit the poll response signal in accordance with timing determined from the allocation vector coupled to the matched received introduction vector. the poll request signal including a sequence of introduction vectors each coupled to an allocation vector, no two allocation vectors being the same, and the or each NFC listen device receiving, reading and comparing each received introduction vector to an embedded introduction vector recorded on the NFC listen device, no two NFC listen devices being embedded with the same introduction vector, and responsive to matching the received introduction vector and embedded introduction vector, to read the allocation vector coupled to the matched received introduction vector and to transmit the poll response signal in accordance with timing determined from the allocation vector coupled to the matched received introduction vector.
A sleep determination apparatus comprising: a heart rate data obtaining means for obtaining, based on data regarding a heart rate of a body of a user, a very low frequency component, a ratio of a low frequency component to a high frequency component, a mean heartbeat interval, and a standard deviation of each heartbeat interval of the heart rate as heart rate variability parameters indicating a heart rate state; and a sleep state determining means for determining which of a plurality of sleep stages the user is in; characterized in that the sleep state determining means is configured to determine the sleep stage in such a manner as to distinguish, as the sleep stages, five stages including a REM sleep stage, and, in order of lightest sleep stage, a first non-REM sleep stage N1, a second non-REM sleep stage N2, a third non-REM sleep stage N3, and a fourth non-REM sleep stage N4, wherein light sleep is classified into the first non-REM sleep stage N1 and the second non-REM sleep stage N2; and the sleep state determining means is configured to determine which of the plurality of sleep stages the user is in from features indicated by a plurality of the heart rate variability parameters using only the heart rate variability parameters. a heart rate data obtaining means for obtaining, based on data regarding a heart rate of a body of a user, a very low frequency component, a ratio of a low frequency component to a high frequency component, a mean heartbeat interval, and a standard deviation of each heartbeat interval of the heart rate as heart rate variability parameters indicating a heart rate state; and a sleep state determining means for determining which of a plurality of sleep stages the user is in; characterized in that the sleep state determining means is configured to determine the sleep stage in such a manner as to distinguish, as the sleep stages, five stages including a REM sleep stage, and, in order of lightest sleep stage, a first non-REM sleep stage N1, a second non-REM sleep stage N2, a third non-REM sleep stage N3, and a fourth non-REM sleep stage N4, wherein light sleep is classified into the first non-REM sleep stage N1 and the second non-REM sleep stage N2; and the sleep state determining means is configured to determine which of the plurality of sleep stages the user is in from features indicated by a plurality of the heart rate variability parameters using only the heart rate variability parameters.
An exit assist method executed using an exit assist controller configured to control a subject vehicle to move from an exit start position to a target exit position along an exit route, the exit assist method comprising: determining whether or not an adjacent parked vehicle is present in an adjacent parking space to the exit start position; and when the adjacent parked vehicle is present, setting the target exit position in accordance with an existence/nonexistence of the adjacent parked vehicle in a direction of right and left side of the subject vehicle, characterized in that the target exit position, when the adjacent parked vehicle is present, is set further in accordance with whether a driveway on which the target exit position is set is a right-side traffic or a left-side traffic and a direction of an exit whether the subject vehicle exits forward or backward. determining whether or not an adjacent parked vehicle is present in an adjacent parking space to the exit start position; and when the adjacent parked vehicle is present, setting the target exit position in accordance with an existence/nonexistence of the adjacent parked vehicle in a direction of right and left side of the subject vehicle, characterized in that the target exit position, when the adjacent parked vehicle is present, is set further in accordance with whether a driveway on which the target exit position is set is a right-side traffic or a left-side traffic and a direction of an exit whether the subject vehicle exits forward or backward.
Galley for installation in a means of transport, having a cooling arrangement which comprises a cooling circuit adapted to be flown through with a cooling medium and in which a condenser and an evaporator (16a, 16b) are arranged, characterised in that the condenser is received in a condenser housing and arranged in a first installation space adapted to form a first sub-area of the galley, and the evaporator (16a, 16b) is received in an evaporator housing (30a, 30b) formed separately from the condenser housing and is arranged in a second installation space adapted to form a second sub-area of the galley, wherein the first sub-area of the galley formed by the first installation space and the second sub-area of the galley formed by the second installation space are spatially separate sub-areas of the galley, wherein the first installation space of the cooling arrangement forms a region, in particular a rear region, of a first galley compartment arranged above a worktop of the galley, wherein the galley has a trolley compartment to be cooled which is arranged below the worktop of the galley, wherein the second installation space of the cooling arrangement is arranged adjacent to the trolley compartment or integrated into the trolley compartment, or wherein the galley comprises a second galley compartment to be cooled which is arranged above the galley worktop, wherein the second installation space of the cooling arrangement is arranged adjacent to the second galley compartment or integrated into the second galley compartment.
A method comprising: receiving, by a user device from a base station, information indicating that support for a receive limited user device is enabled based on a presence of a threshold number of receive limited user devices within a range of a cell of the base station, wherein the receive limited user device supports only a limited set of communication capabilities that is less than a full set of communication capabilities, and wherein the receive limited user device is unable to receive a transmission that was transmitted based on one or more communication capabilities of the full set of communication capabilities that are not part of the limited set of communication capabilities; selecting, by the user device in response to the receiving, one or more communication capabilities to support the receive limited user device; and transmitting, by the user device, information using the selected one or more communication capabilities. receiving, by a user device from a base station, information indicating that support for a receive limited user device is enabled based on a presence of a threshold number of receive limited user devices within a range of a cell of the base station, wherein the receive limited user device supports only a limited set of communication capabilities that is less than a full set of communication capabilities, and wherein the receive limited user device is unable to receive a transmission that was transmitted based on one or more communication capabilities of the full set of communication capabilities that are not part of the limited set of communication capabilities; selecting, by the user device in response to the receiving, one or more communication capabilities to support the receive limited user device; and transmitting, by the user device, information using the selected one or more communication capabilities.
An in-line humidifier comprising: a humidification chamber having a fluid inlet, a fluid outlet, and a reservoir; a liquid trap comprising a liquid trap chamber, a fluid inlet in fluid communication with the liquid trap chamber, and a fluid outlet in fluid communication with the liquid trap chamber, wherein the fluid outlet of the liquid trap is constructed and arranged to be in fluid communication with the fluid inlet of the humidification chamber; and wherein the humidification chamber and the liquid trap are constructed and arranged to be releasably connected to each other, and when the humidification chamber and the liquid trap are connected to each other, the fluid outlet of the liquid trap engages and is in fluid communication with the fluid inlet of the humidification chamber characterized in that, the fluid inlet of the liquid trap projects inwardly toward a central portion of the liquid trap chamber of the liquid trap and has a liquid trap's fluid inlet's spill height (250, 280) that is elevated relative to a low point of an interior of the liquid trap chamber of the liquid trap regardless of an orientation of the liquid trap, the fluid inlet of the humidification chamber projects into the humidification chamber and has a humidification chamber's fluid inlet's spill height that is elevated relative to a low point of an interior of the humidification chamber regardless of an orientation of the humidification chamber, and wherein the liquid trap's fluid inlet's spill height (250, 280) means the height of liquid with respect to the low point of an interior of the liquid trap chamber of the liquid trap within said liquid trap chamber at which in use a liquid will begin to spill from the liquid trap chamber through the inlet, and the humidification chamber's fluid inlet's spill height means the height of liquid with respect to the low point of an interior of the humidification chamber within said humidification chamber at which in use a liquid will begin to spill from the humidification chamber through the inlet. a humidification chamber having a fluid inlet, a fluid outlet, and a reservoir; a liquid trap comprising a liquid trap chamber, a fluid inlet in fluid communication with the liquid trap chamber, and a fluid outlet in fluid communication with the liquid trap chamber, wherein the fluid outlet of the liquid trap is constructed and arranged to be in fluid communication with the fluid inlet of the humidification chamber; and
A coaxial connector assembly for interconnection with a coaxial cable with a solid outer conductor, comprising: a monolithic connector body with a bore; characterized in that it further comprises: a mating surface with a conical decreasing diameter toward a connector end provided on an outer diameter of the connector body proximate the connector end; an interface end seated upon the mating surface; the interface end provided with a desired connection interface; the interface end coupled to the mating surface by a molecular bond interconnection. a monolithic connector body with a bore; characterized in that it further comprises: a mating surface with a conical decreasing diameter toward a connector end provided on an outer diameter of the connector body proximate the connector end; an interface end seated upon the mating surface; the interface end provided with a desired connection interface; the interface end coupled to the mating surface by a molecular bond interconnection. a mating surface with a conical decreasing diameter toward a connector end provided on an outer diameter of the connector body proximate the connector end; an interface end seated upon the mating surface; the interface end provided with a desired connection interface; the interface end coupled to the mating surface by a molecular bond interconnection.