mhurhangee/patent-ind-claim-en huggingface dataset:
A straddled vehicle , comprising: a seat ; a storage box disposed under the seat ; and an opening/closing mechanism movably supporting the seat between a closed position where the storage box is closed and a fully-opened position where the storage box is opened, the opening/closing mechanism including a tension coil spring , characterised in that the tension coil spring is configured to assist a driver in opening the seat , the tension coil spring including a coil portion ; and an elastic member located on an outer periphery of the coil portion , the tension coil spring being disposed so as to contract as the seat moves toward the fully-opened position, the outer periphery of the coil portion and an inner periphery of the elastic member being disposed so as to come into contact with each other at least before the seat reaches the fully-opened position. a seat ; a storage box disposed under the seat ; and an opening/closing mechanism movably supporting the seat between a closed position where the storage box is closed and a fully-opened position where the storage box is opened, the opening/closing mechanism including a tension coil spring , characterised in that the tension coil spring is configured to assist a driver in opening the seat , the tension coil spring including a coil portion ; and an elastic member located on an outer periphery of the coil portion , a tension coil spring , characterised in that the tension coil spring is configured to assist a driver in opening the seat , the tension coil spring including a coil portion ; and an elastic member located on an outer periphery of the coil portion , the tension coil spring being disposed so as to contract as the seat moves toward the fully-opened position, the outer periphery of the coil portion and an inner periphery of the elastic member being disposed so as to come into contact with each other at least before the seat reaches the fully-opened position.
A compound represented by formula or a pharmaceutically acceptable salt thereof: wherein L 1 and L 2 independently represent an alkylene group having 3 to 10 carbon atoms; R 1 and R 2 independently represent an alkyl group having 4 to 24 carbon atoms or an alkenyl group having 4 to 24 carbon atoms; R 3 represents an alkyl group having 1 to 3 carbon atoms; and Xi represents a single bond or CO-O-.
A character input device for selecting and inputting a desired character from a plurality of displayed characters, using a D-pad to place a cursor on the desired character, the character input device comprising: an input character string management unit configured to manage an input character string that was input from a keyboard management unit ; a predicted candidate management unit configured to estimate predicted character string candidates based on the input character string, and manage the predicted character string candidates; a character candidate detection unit configured to compare the input character string with the predicted character string candidates estimated by the predicted candidate management unit , and detect one or more character candidates that are to be selected next; and an operation receiving unit configured to receive an input direction that is input with the D-pad; wherein the keyboard management unit is configured to execute refined input, in which the cursor is moved only to a detected character candidate that is present in the input direction with respect to the character on which the cursor is placed, the operation receiving unit is capable of receiving a cancellation of the refined input which is detected when any of the operation buttons of the D-pad is pressed for a long period of time, and, if the cancellation of the refined input is input from the operation receiving unit , the keyboard management unit executes standard input, in which the cursor is moved to a character that is adjacent, in the input direction, to the character on which the cursor is placed. an input character string management unit configured to manage an input character string that was input from a keyboard management unit ; a predicted candidate management unit configured to estimate predicted character string candidates based on the input character string, and manage the predicted character string candidates; a character candidate detection unit configured to compare the input character string with the predicted character string candidates estimated by the predicted candidate management unit , and detect one or more character candidates that are to be selected next; and an operation receiving unit configured to receive an input direction that is input with the D-pad; wherein the keyboard management unit is configured to execute refined input, in which the cursor is moved only to a detected character candidate that is present in the input direction with respect to the character on which the cursor is placed, the operation receiving unit is capable of receiving a cancellation of the refined input which is detected when any of the operation buttons of the D-pad is pressed for a long period of time, and, if the cancellation of the refined input is input from the operation receiving unit , the keyboard management unit executes standard input, in which the cursor is moved to a character that is adjacent, in the input direction, to the character on which the cursor is placed.
An electronic device comprising: a housing comprising a first panel coupled to a second panel ; a first antenna region comprising at least one first antenna positioned adjacent to the first panel ; and a second antenna region comprising at least one second antenna positioned adjacent to the second panel , wherein the at least one second antenna is activated when the housing is in an unfolded configuration, and the at least one second antenna is deactivated when the housing is in a folded configuration; a first display disposed in the first panel ; a first ground plane region positioned adjacent to the first display ; a second display disposed in the second panel ; wherein the first antenna region and the second antenna region have a vertical and horizontal offset from one another in the unfolded configuration, wherein a shorting connection between the at least one second antenna and the first ground plane region is formed when the housing is transitioned from the unfolded configuration to the folded configuration, and wherein the first display is active when the housing is in the folded configuration, and the first display and the second display are both active when the housing is in an unfolded configuration. a housing comprising a first panel coupled to a second panel ; a first antenna region comprising at least one first antenna positioned adjacent to the first panel ; and a second antenna region comprising at least one second antenna positioned adjacent to the second panel , wherein the at least one second antenna is activated when the housing is in an unfolded configuration, and the at least one second antenna is deactivated when the housing is in a folded configuration; a first display disposed in the first panel ; a first ground plane region positioned adjacent to the first display ; a second display disposed in the second panel ; wherein the first antenna region and the second antenna region have a vertical and horizontal offset from one another in the unfolded configuration, wherein a shorting connection between the at least one second antenna and the first ground plane region is formed when the housing is transitioned from the unfolded configuration to the folded configuration, and wherein the first display is active when the housing is in the folded configuration, and the first display and the second display are both active when the housing is in an unfolded configuration.
A method, comprising: - communicating, on a wireless link between a network node and a communication device , first data at a first data rate (210, 210-1, 210-2), - communicating, on the wireless link , at least one uplink control signal associated with an overheating event at the communication device , and - in response to said communicating of the at least one uplink control signal : communicating, on the wireless link , second data at a second data rate (210, 210-1, 210-2), wherein the second data rate (210, 210-1, 210-2) is different from the first data rate (210, 210-1, 210-2), wherein the uplink control signal is native to the Layer 1 or the Layer 2 of a communication protocol stack of the wireless link , wherein the at least one uplink control signal comprises a sequence of uplink control signals , wherein the method further comprises: - communicating an uplink control message indicative of the overheating event , - triggering said communicating of the sequence of uplink control signals in response to said communicating of the uplink control message ; wherein the uplink control message is native to a higher layer of a communication protocol stack of the wireless link if compared to the native layer of the at least one uplink control signal . - communicating, on a wireless link between a network node and a communication device , first data at a first data rate (210, 210-1, 210-2), - communicating, on the wireless link , at least one uplink control signal associated with an overheating event at the communication device , and - in response to said communicating of the at least one uplink control signal : communicating, on the wireless link , second data at a second data rate (210, 210-1, 210-2), wherein the second data rate (210, 210-1, 210-2) is different from the first data rate (210, 210-1, 210-2), wherein the uplink control signal is native to the Layer 1 or the Layer 2 of a communication protocol stack of the wireless link , wherein the at least one uplink control signal comprises a sequence of uplink control signals , wherein the method further comprises: - communicating an uplink control message indicative of the overheating event , - triggering said communicating of the sequence of uplink control signals in response to said communicating of the uplink control message ; - communicating an uplink control message indicative of the overheating event , - triggering said communicating of the sequence of uplink control signals in response to said communicating of the uplink control message ; wherein the uplink control message is native to a higher layer of a communication protocol stack of the wireless link if compared to the native layer of the at least one uplink control signal .
A method of preparing a poloxamer for use in a cell culture medium, comprising the steps of: (a) heating a solid poloxamer to at least 60°C to form a liquid poloxamer; wherein a1) the poloxamer is heated to between 157°C and 185°C for at least 1 minute; or a2) the poloxamer is heated to between 134°C and 157°C for at least 30 minutes; or a3) the poloxamer is heated to between 120°C and 134°C for at least 62 minutes; or a4) the poloxamer is heated to between 100°Cand 120°C for at least 98 minutes; or a5) the poloxamer is heated to between 80°C and 100°C for at least 122 minutes; or a6) the poloxamer is heated to between 60°C and 80°C for at least 143 minutes; and (b) cooling the liquid poloxamer to a temperature below 50°C to form a solid heat-treated poloxamer, wherein the cooling is not conducted in a prilling or milling device, wherein the poloxamer comprises a copolymer of ethylene oxide and propylene oxide, wherein cell viability in a cell culture medium comprising the heat-treated poloxamer is increased by at least 10% as compared to cell viability in a cell culture medium comprising the poloxamer before step (a), wherein cell viability in a cell culture medium comprising an untreated poloxamer is below 80%, and wherein the cell viability is measured as in the description. (a) heating a solid poloxamer to at least 60°C to form a liquid poloxamer; wherein a1) the poloxamer is heated to between 157°C and 185°C for at least 1 minute; or a2) the poloxamer is heated to between 134°C and 157°C for at least 30 minutes; or a3) the poloxamer is heated to between 120°C and 134°C for at least 62 minutes; or a4) the poloxamer is heated to between 100°Cand 120°C for at least 98 minutes; or a5) the poloxamer is heated to between 80°C and 100°C for at least 122 minutes; or a6) the poloxamer is heated to between 60°C and 80°C for at least 143 minutes; and a1) the poloxamer is heated to between 157°C and 185°C for at least 1 minute; or a2) the poloxamer is heated to between 134°C and 157°C for at least 30 minutes; or a3) the poloxamer is heated to between 120°C and 134°C for at least 62 minutes; or a4) the poloxamer is heated to between 100°Cand 120°C for at least 98 minutes; or a5) the poloxamer is heated to between 80°C and 100°C for at least 122 minutes; or a6) the poloxamer is heated to between 60°C and 80°C for at least 143 minutes; and (b) cooling the liquid poloxamer to a temperature below 50°C to form a solid heat-treated poloxamer, wherein the cooling is not conducted in a prilling or milling device, wherein the poloxamer comprises a copolymer of ethylene oxide and propylene oxide,
An inhaler comprising an upper housing and an electronic module , the electronic module comprising: a cap that is configured to be attached to the upper housing of the inhaler, a printed circuit board attached to the cap by one or more heat stakes that extend from a top, inner surface of the cap , a battery connected to the printed circuit board , and a damper configured to dampen energy transfer to and/or from the battery when the electronic module is exposed to mechanical shock to reduce energy transfer to the heat stakes and the printed circuit board , wherein the damper comprises a substrate which is positioned at a surface of said upper housing of the inhaler thereby enabling the substrate to provide compressive damping against said surface. a cap that is configured to be attached to the upper housing of the inhaler, a printed circuit board attached to the cap by one or more heat stakes that extend from a top, inner surface of the cap , a battery connected to the printed circuit board , and a damper configured to dampen energy transfer to and/or from the battery when the electronic module is exposed to mechanical shock to reduce energy transfer to the heat stakes and the printed circuit board , wherein the damper comprises a substrate which is positioned at a surface of said upper housing of the inhaler thereby enabling the substrate to provide compressive damping against said surface.
Beverage machine, in particular a coffee machine, with a housing and with a beverage discharge unit which is arranged in front of a housing front wall and which is height-adjustable along a vertical axis (V) by a height adjustment mechanism , wherein in the housing front wall an opening extending along the vertical axis (V) is arranged, through which extends at least one beverage supply line, with which the beverage discharge unit is connected in a fluid-conducting manner with a beverage preparation means and wherein a discharge unit head is connected to the beverage discharge unit in such a way that they can be adjusted by adjusting the beverage discharge unit or the discharge unit head and can be moved together with a covering means of the opening , that covers a portion of the opening not covered by the beverage discharge unit and the discharge unit head that is connected to it, characterized in that the height adjustment mechanism comprises an electric motor that rotates a threaded lifting screw extending through and engaged with a lifting nut , and in that the lifting nut is formed by halves of the lifting nut that are resiliently fixed each other around the lifting screw by a compression mean .
A method for controlling a vehicle comprising a body, a neck, a head and a vehicle control system; in which the body comprises vehicle control planes/vehicle control actuators for influencing vehicle movement; the vehicle control actuators being responsive to the vehicle control system, the method comprising a. measuring, using one or more than one sensor housed within the head, a characteristic associated with the vehicle, the vehicle control system being responsive to the one or more than one sensor, and b. controlling a first stabilisation mechanism of the neck , using a vehicle stabilisation system responsive to the one or more than one sensor, to maintain a head attitude decoupled from, or independently of, variations in body attitude. a. measuring, using one or more than one sensor housed within the head, a characteristic associated with the vehicle, the vehicle control system being responsive to the one or more than one sensor, and b. controlling a first stabilisation mechanism of the neck , using a vehicle stabilisation system responsive to the one or more than one sensor, to maintain a head attitude decoupled from, or independently of, variations in body attitude.
A lighting device comprising: an illumination part including a diffusion member ; and a power connection part adapted to supply external power to the illumination part and for preventing an electrical short circuit, the power connection part including two power connectors which are separated from each other and into which the external power is transferred and a first insulation block provided between the two power connectors and coupled with the two power connectors ; wherein the diffusion member is attached to the two power connectors ; and wherein the illumination part further includes a light source unit and a circuit board on which the light source unit is provided and the power connection part including the two power connectors and the first insulation block is in contact with the circuit board .
An axle modulator for open-loop control of the brake cylinder pressure on both sides of at least one axle of a vehicle having a preferably pneumatic brake apparatus, wherein at least one RPM sensor and at least one brake lining wear sensor can be readably connected, characterized in that separate connections for active and passive RPM sensors (13; 12) are provided, wherein active and passive RPM sensors (12; 13) can be connected to each other alternatively, wherein at least two first connections and two second connections are provided for connecting sensors for the two sides of an axle, and in that either two active RPM sensors can be connected to the first connections and two brake lining wear sensors can be connected to the second connections , or in that two brake lining wear sensors can be connected to the first connections and two passive RPM sensors can be connected to the second connections .
Ophthalmological implant, comprising a) a main structure with i) a central aperture , ii) a first side ; and iii) a second side arranged opposite the first side ; and b) a plurality of pigment arrangements arranged in the main structure , wherein at least one of the pigment arrangements has - at least one color pigment ; and - an enclosure enclosing at least most of the at least one color pigment , characterized in that c) at least most of one color pigment at a time is enclosed by its own enclosure . a) a main structure with i) a central aperture , ii) a first side ; and iii) a second side arranged opposite the first side ; and i) a central aperture , ii) a first side ; and iii) a second side arranged opposite the first side ; and b) a plurality of pigment arrangements arranged in the main structure , wherein at least one of the pigment arrangements has - at least one color pigment ; and - an enclosure enclosing at least most of the at least one color pigment , characterized in that - at least one color pigment ; and - an enclosure enclosing at least most of the at least one color pigment , c) at least most of one color pigment at a time is enclosed by its own enclosure .
Motor vehicle structure with opening roof , said structure having two lateral sides and comprising: - on each of the two lateral sides , a rear roof arch with a lining ; - a rear roof rail extending transversely between the two rear rooves arches said rail comprising two ends ; - at each of the two ends of the crosspiece , a bracket forming a stamped portion and connecting said end to the corresponding lining ; and, - on at least one of the two lateral sides , a holding handle support formed directly on the corresponding gusset and comprising two anchoring orifices of said handle, formed in the corresponding gusset , said anchoring orifices being in line with the rear crossmember of the roof , characterized in that said structure further comprises, at each of the two lateral sides , a strip of sheet metal extending along the rear roof arc of roof and forming a lateral support of the sunroof , each of said lateral supports being sandwiched between the corresponding gusset and the rear crossmember of the roof . - on each of the two lateral sides , a rear roof arch with a lining ; - a rear roof rail extending transversely between the two rear rooves arches said rail comprising two ends ; - at each of the two ends of the crosspiece , a bracket forming a stamped portion and connecting said end to the corresponding lining ; and, - on at least one of the two lateral sides , a holding handle support formed directly on the corresponding gusset and comprising two anchoring orifices of said handle, formed in the corresponding gusset , said anchoring orifices being in line with the rear crossmember of the roof , characterized in that said structure further comprises, at each of the two lateral sides , a strip of sheet metal extending along the rear roof arc of roof and forming a lateral support of the sunroof , each of said lateral supports being sandwiched between the corresponding gusset and the rear crossmember of the roof .
A laser welding method comprising: a first step of positioning a first end of a first workpiece such that the first end of the first workpiece overlaps a second end of a second workpiece to form a corner joint, the laser welding method being characterised in that in the first step of positioning the first and second end of the first and second workpiece the first workpiece and the second workpiece are disposed to form an angle of 90 degrees symetric vertically below the corner joint, and the corner joint being irradiated from vertically above with the laser beam; and by a second step of melting the first end of the first workpiece by irradiating the first end forming the corner joint with a laser beam from vertically above, and melting the second end of the second workpiece using the laser beam and the heat from the first workpiece in molten state to join the first workpiece and the second workpiece , wherein the first end is positioned to protrude relative to the second workpiece in the first step. a first step of positioning a first end of a first workpiece such that the first end of the first workpiece overlaps a second end of a second workpiece to form a corner joint, the laser welding method being characterised in that in the first step of positioning the first and second end of the first and second workpiece the first workpiece and the second workpiece are disposed to form an angle of 90 degrees symetric vertically below the corner joint, and the corner joint being irradiated from vertically above with the laser beam; and by a second step of melting the first end of the first workpiece by irradiating the first end forming the corner joint with a laser beam from vertically above, and melting the second end of the second workpiece using the laser beam and the heat from the first workpiece in molten state to join the first workpiece and the second workpiece , wherein the first end is positioned to protrude relative to the second workpiece in the first step.