mhurhangee/patent-ind-claim-en huggingface dataset:
An electronic device comprising: a display ; a touch panel configured to detect a user operation; and a controller ; wherein the controller is configured to determine, in response to detecting a swipe operation while an entry word is displayed on the display , whether or not a detected location of the swipe operation is within a predetermined area of the touch panel ; and to accept, in the case where the detected location is determined to be within the predetermined area, the swipe operation as an operation for conducting a tag setting process for a tag associated with the entry word; characterized in that the controller is further configured to determine whether or not a hand-written input has been made by detecting an operation on the touch panel for the tag associated with the entry word after the tag setting process is executed; and to display, in a case where the hand-written input has been made, a memo obtained by the hand-written input in a preset drawing area (M) on the tag. a display ; a touch panel configured to detect a user operation; and a controller ; wherein the controller is configured to determine, in response to detecting a swipe operation while an entry word is displayed on the display , whether or not a detected location of the swipe operation is within a predetermined area of the touch panel ; and to accept, in the case where the detected location is determined to be within the predetermined area, the swipe operation as an operation for conducting a tag setting process for a tag associated with the entry word; characterized in that the controller is further configured to determine whether or not a hand-written input has been made by detecting an operation on the touch panel for the tag associated with the entry word after the tag setting process is executed; and to display, in a case where the hand-written input has been made, a memo obtained by the hand-written input in a preset drawing area (M) on the tag.
Electric motorcycle comprising: - an electric motor (M) disposed in a hub assembly of a wheel (R) of the motorcycle, - a suspension (F) supporting a shaft of the hub assembly, characterized in that said electric motorcycle further comprises: - a plurality of internal cables connected to the electric motor, - a first connector assembly disposed in the hub assembly and connecting the internal cables to a plurality of external cables , - a second connector assembly disposed on the suspension (F) and connecting the external cables to a plurality of upper cables (W), - a plurality of rigid tubes (C) inside which said upper cables (W) are disposed, in such a way that the upper cables (W) come out of the rigid tubes (C) in correspondence of an upper part of the suspension (F), - support and guide means (S) connected to the suspension and intended to support and guide said rigid tubes, and - an electric power system and a control unit disposed in said motorcycle and connected to said upper cables (W) coming out of the rigid tubes (C). - an electric motor (M) disposed in a hub assembly of a wheel (R) of the motorcycle, - a suspension (F) supporting a shaft of the hub assembly, - a plurality of internal cables connected to the electric motor, - a first connector assembly disposed in the hub assembly and connecting the internal cables to a plurality of external cables , - a second connector assembly disposed on the suspension (F) and connecting the external cables to a plurality of upper cables (W), - a plurality of rigid tubes (C) inside which said upper cables (W) are disposed, in such a way that the upper cables (W) come out of the rigid tubes (C) in correspondence of an upper part of the suspension (F), - support and guide means (S) connected to the suspension and intended to support and guide said rigid tubes, and - an electric power system and a control unit disposed in said motorcycle and connected to said upper cables (W) coming out of the rigid tubes (C).
A beta-galactosidase mutant having improved thermal stability or enzymatic activity, by deleting C-terminus of a beta-galactosidase represented by an amino acid sequence of SEQ ID NO: 3, wherein the deletion of C-terminus is selected from the group consisting of: a) a C-terminal deletion mutation after amino acid residue 873; b) a C-terminal deletion mutation after amino acid residue 950; c) a C-terminal deletion mutation after amino acid residue 1000; d) a C-terminal deletion mutation after amino acid residue 1059; e) a C-terminal deletion mutation after amino acid residue 1115; f) a C-terminal deletion mutation after amino acid residue 1164; and g) a C-terminal deletion mutation after amino acid residue 1350. a) a C-terminal deletion mutation after amino acid residue 873; b) a C-terminal deletion mutation after amino acid residue 950; c) a C-terminal deletion mutation after amino acid residue 1000; d) a C-terminal deletion mutation after amino acid residue 1059; e) a C-terminal deletion mutation after amino acid residue 1115; f) a C-terminal deletion mutation after amino acid residue 1164; and g) a C-terminal deletion mutation after amino acid residue 1350.
A device for driving first and second light emitting diode circuits , the first light emitting diode circuit producing first light, the second light emitting diode circuit producing second light, the device comprising: - a rectifier circuit performing rectification of an alternating current signal; - a converter coupled to an output of the rectifier circuit, wherein the converter is for feeding an output signal to the first and second light emitting diode circuits, the output signal comprising a ripple caused by the alternating current signal, the ripple having a ripple frequency and having a parameter resulting from the rectification of the alternating current signal; characterized in that the device further comprises a driver comprising: - a first generator adapted to, in response to the ripple, generate a first periodic control signal having a varying magnitude and a frequency equal to the ripple frequency, the first control signal being out of phase with the ripple; - a first controller adapted to, in response to the first control signal, control a first intensity of the first light; - a second generator adapted to, in response to the ripple, generate a second periodic control signal having a frequency equal to the ripple frequency and a varying magnitude, the second control signal being in phase with the ripple; and - a second controller adapted to, in response to the second control signal, control a second intensity of the second light. - a rectifier circuit performing rectification of an alternating current signal; - a converter coupled to an output of the rectifier circuit, wherein the converter is for feeding an output signal to the first and second light emitting diode circuits, the output signal comprising a ripple caused by the alternating current signal, the ripple having a ripple frequency and having a parameter resulting from the rectification of the alternating current signal; - a first generator adapted to, in response to the ripple, generate a first periodic control signal having a varying magnitude and a frequency equal to the ripple frequency, the first control signal being out of phase with the ripple; - a first controller adapted to, in response to the first control signal, control a first intensity of the first light; - a second generator adapted to, in response to the ripple, generate a second periodic control signal having a frequency equal to the ripple frequency and a varying magnitude, the second control signal being in phase with the ripple; and - a second controller adapted to, in response to the second control signal, control a second intensity of the second light.
Process for the production of concrete components, in which carbon fibers pre-stressed by means of tensioning or fibers resilient to tensile forces of at least one textile structure formed from carbon fibers are embedded in a concrete matrix, wherein at least one textile structure which is formed with carbon fiber bundles is inserted into a molding tool , wherein the carbon fiber bundles are inserted into two receiving elements arranged at two diametrical end faces of the molding tool , which are arranged on, supported against or connectable to the end walls of the molding tool , through apertures each at a distance from each other, so that cavities within the receiving element are filled with a fast-curing viscous composition on mineral basis or a fast-curing polymer, and after curing of the composition or polymer, tensile forces act on at least one end face with a tensioning device in the longitudinal axial direction of the carbon fiber bundles on one or both receiving element(s) and, with the tensile forces acting, the interior of the molding tool is subsequently completely filled with viscous concrete, and after curing of the concrete, the tensile forces of the pre-stressed carbon fiber bundles are largely transferred to the cured concrete and the concrete component is then demolded, characterized in that during filling of the cavities in the receiving element and until after curing of the composition or the polymer, compressive forces are exerted perpendicular to the tension direction on at least two diametrically opposite sides of the receiving element . the carbon fiber bundles are inserted into two receiving elements arranged at two diametrical end faces of the molding tool , which are arranged on, supported against or connectable to the end walls of the molding tool , through apertures each at a distance from each other, so that cavities within the receiving element are filled with a fast-curing viscous composition on mineral basis or a fast-curing polymer, and after curing of the composition or polymer, tensile forces act on at least one end face with a tensioning device in the longitudinal axial direction of the carbon fiber bundles on one or both receiving element(s) and, with the tensile forces acting, the interior of the molding tool is subsequently completely filled with viscous concrete, and after curing of the concrete, the tensile forces of the pre-stressed carbon fiber bundles are largely transferred to the cured concrete and the concrete component is then demolded, characterized in that during filling of the cavities in the receiving element and until after curing of the composition or the polymer, compressive forces are exerted perpendicular to the tension direction on at least two diametrically opposite sides of the receiving element .
A liner for contamination control in a reflow oven , the reflow oven having surfaces , comprising: - a substrate having a length and a width defining an area, the substrate having a thickness, the substrate having first and second sides ; and - an adhesive positioned on the first side of the substrate , wherein the substrate is removably adhered to the surfaces of the reflow oven and configured for removal from the surfaces of the reflow oven , wherein the substrate comprises a contaminant absorbing material configured to accumulate solder reflow contaminants thereon, characterized in that the liner is in the form of multiple strips of material removably adhered to the surfaces , wherein the adhesive is of the type that can be readily removed from the chamber surfaces after being subjected to elevated temperatures and be removable from the surfaces , with the substrate , at about ambient temperatures or slightly elevated temperatures, and is positioned longitudinally along the strips of material parallel to longitudinal axis of the strips of material , and wherein the adhesive covers less than an entirety of the first side . - a substrate having a length and a width defining an area, the substrate having a thickness, the substrate having first and second sides ; and - an adhesive positioned on the first side of the substrate , wherein the substrate is removably adhered to the surfaces of the reflow oven and configured for removal from the surfaces of the reflow oven ,
A cooling device which has at least one freezing compartment wherein the articles/foodstuffs to be frozen are placed and at least one opening which is arranged on at least one wall of the freezing compartment and which enables the cold air to reach the freezing compartment , and further comprising at least one ice cream maker having a receptacle wherein the ingredients for ice cream are placed and the ice cream is prepared, at least one mixer which extends into the receptacle and which provides the mixing of the materials in the receptacle , a motor , a transmission mechanism which transmits the movement of the motor to the mixer , a guide which is positioned in the freezing compartment all around the receptacle such that a gap remains between the receptacle and the guide , and at least one inlet which is arranged on the guide so as to align with the opening and which enables the air entering through the opening to be circulated in between the guide and the receptacle , characterized in that the guide has the same form with the receptacle and that the guide is positioned coaxially with the receptacle
A method for decoding an image signal, comprising: determining (S2905) an input length and an output length of a non-separable transform based on a height and a width of a current block; determining (S2910) a non-separable transform matrix related to the input length and the output length of the non-separable transform; performing (S2915) inverse secondary transform by applying the non-separable transform matrix to a number of coefficients corresponding to the input length for the current block; and performing an inverse primary transform on a result of the inverse secondary transform to obtain residual samples of the current block, characterized in that the input length and the output length of the non-separable transform are respectively determined as 8 and 16, based on that each of the height and the width of the current block is equal to 4, and the input length and the output length of the non-separable transform are respectively determined as 16 and 16 and the step of performing (S2915) the inverse secondary transform is configured to generate 16 inverse secondary-transformed coefficients corresponding to a top-left 4x4 area of the current block, based on that at least one of the height and the width of the current block is not equal to 4. determining (S2905) an input length and an output length of a non-separable transform based on a height and a width of a current block; determining (S2910) a non-separable transform matrix related to the input length and the output length of the non-separable transform; performing (S2915) inverse secondary transform by applying the non-separable transform matrix to a number of coefficients corresponding to the input length for the current block; and performing an inverse primary transform on a result of the inverse secondary transform to obtain residual samples of the current block, characterized in that the input length and the output length of the non-separable transform are respectively determined as 8 and 16, based on that each of the height and the width of the current block is equal to 4, and the input length and the output length of the non-separable transform are respectively determined as 16 and 16 and the step of performing (S2915) the inverse secondary transform is configured to generate 16 inverse secondary-transformed coefficients corresponding to a top-left 4x4 area of the current block, based on that at least one of the height and the width of the current block is not equal to 4.
Method for discharging exhaust gases at a mobile system for filling storage containers with hydrogen, characterized in that the exhaust gases are discharged at a height of 1 to 12 m via a chimney movably attached to the mobile system, and that the chimney is moved by means of a swivel joint in such a way that it is horizontal during transport and vertical during operation of the mobile system.
A light emitting device characterized by comprising: a base having an upper face; a light emitting element mounted on the upper face of the base; one or more bonding members disposed on the upper face of the base outward of the light emitting element; a light transmissive member bonded to a portion of the upper face of the base by the one or more bonding members; and a protective film that continuously covers the light emitting element, the upper face of the base, lateral faces of the one or more bonding members, and a lower face of the light transmissive member; wherein: a gap is located between the upper face of the base and the lower face of the light transmissive member and configured to allow a space in which the light emitting element is mounted to communicate with an outside of the light emitting device, wherein the gap is defined by the upper face of the base, the lower face of the light transmissive member, and the one or more bonding members. a base having an upper face; a light emitting element mounted on the upper face of the base; one or more bonding members disposed on the upper face of the base outward of the light emitting element; a light transmissive member bonded to a portion of the upper face of the base by the one or more bonding members; and a protective film that continuously covers the light emitting element, the upper face of the base, lateral faces of the one or more bonding members, and a lower face of the light transmissive member; wherein: a gap is located between the upper face of the base and the lower face of the light transmissive member and configured to allow a space in which the light emitting element is mounted to communicate with an outside of the light emitting device, wherein the gap is defined by the upper face of the base, the lower face of the light transmissive member, and the one or more bonding members.
A method of wireless communication, comprising: transmitting an initial sidelink communication, wherein an initial sidelink control information, SCI, transmission in the initial sidelink communication includes an indication of resources reserved for a subsequent sidelink communication; applying a transmission restriction for the subsequent sidelink communication, wherein the transmission restriction is based on a transmission characteristic associated with the transmitting of the initial sidelink communication; and transmitting the subsequent sidelink communication including a subsequent SCI transmission according to the transmission restriction, wherein the applying the transmission restriction comprises restricting selection of a subsequent precoder for precoding the subsequent sidelink communication based on an initial precoder for precoding the initial sidelink communication. transmitting an initial sidelink communication, wherein an initial sidelink control information, SCI, transmission in the initial sidelink communication includes an indication of resources reserved for a subsequent sidelink communication; applying a transmission restriction for the subsequent sidelink communication, wherein the transmission restriction is based on a transmission characteristic associated with the transmitting of the initial sidelink communication; and transmitting the subsequent sidelink communication including a subsequent SCI transmission according to the transmission restriction, wherein the applying the transmission restriction comprises restricting selection of a subsequent precoder for precoding the subsequent sidelink communication based on an initial precoder for precoding the initial sidelink communication.
A method of testing a shaft, the method comprising: displacing a first applicator part relative a second applicator part to exert a first tensile force on a shaft test assembly ; measuring a shear force experienced by the shaft test assembly; wherein the tensile force is applied radially relative to an axis of the test shaft assembly; wherein the first applicator part extends at least partially through the shaft test assembly and contacts a first shaft segment of the shaft test assembly; wherein the second applicator part extends at least partially through the shaft test assembly and contacts a second shaft segment of the shaft test assembly; and wherein the first shaft segment is connected to the second shaft segment by a first fastener and a second fastener; wherein the first shaft segment has a first body extending from a first circumferential end to a second circumferential end; wherein the second shaft segment has a second body extending from a third circumferential end to a fourth circumferential end; wherein the first fastener and the second fastener extend through the first body and the second body; wherein the second fastener is disposed radially opposite the first fastener. displacing a first applicator part relative a second applicator part to exert a first tensile force on a shaft test assembly ; measuring a shear force experienced by the shaft test assembly; wherein the tensile force is applied radially relative to an axis of the test shaft assembly; wherein the first applicator part extends at least partially through the shaft test assembly and contacts a first shaft segment of the shaft test assembly; wherein the second applicator part extends at least partially through the shaft test assembly and contacts a second shaft segment of the shaft test assembly; and wherein the first shaft segment is connected to the second shaft segment by a first fastener and a second fastener; wherein the first shaft segment has a first body extending from a first circumferential end to a second circumferential end; wherein the second shaft segment has a second body extending from a third circumferential end to a fourth circumferential end; wherein the first fastener and the second fastener extend through the first body and the second body; wherein the second fastener is disposed radially opposite the first fastener.
A container for a WC rinse aid comprising two halves connected to one another by an integrally moulded hinge portion (1.1), which halves can be fastened to one another in the folded-up state and form a plurality of chambers, and a clamping device (1.50), by means of which the container can be inserted at the edge of a WC bowl with a clamped fitting, characterised in that the container is formed by thermoforming and punching of a film, wherein the two halves each comprise an integrally formed flap (1.4), on which projections forming the clamping device (1.50) are formed by deformation.
Cosmetic antiperspirant composition free of aluminum salt, comprising at least one active antiperspirant ingredient selected from the group consisting of hydroxycarboxylic acid, hydroxycarboxylic salt, and mixtures thereof, characterized in that the at least one active antiperspirant ingredient has a fraction of 2.5 wt% to 40 wt%, based on the total weight of the composition, and the composition has an ethanol fraction of 10 wt% to 50 wt%, based on the total weight of the composition, wherein the at least one active antiperspirant ingredient is selected from the group consisting of tartaric acid, tartaric salt, and mixtures thereof.