mhurhangee/patent-ind-claim-en huggingface dataset:
A laundry treatment appliance comprising: - a laundry treatment chamber for performing a treatment process on a laundry load housed therein; - a control unit for controlling the appliance; - a humidity measuring arrangement for measuring the humidity of the laundry load, the humidity measuring arrangement comprising a sensing unit for sensing an electric parameter associated with the laundry load, and a processing unit for determining the humidity of the laundry load according to the sensed electric parameter, the processing unit being in communication relationship with the sensing unit and with the control unit; - a conductive element electrically coupled to the processing unit , the conductive element being arranged on an appliance part such that, when an at least partially conductive body is in proximity of the conductive element , an electric signal is generated by capacitive coupling between the conductive element and the least partially conductive body and is received by the processing unit , and - a connection device for allowing a data exchange between the appliance and a remote unit, wherein the processing unit is configured to assess a presence or absence of a user near the appliance according to a pattern of the electric signal at the processing unit , according to the assessed absence or presence of the user near the appliance the control unit being configured to control the appliance by respectively controlling a turning on or a turning off of the connection device, and/or by respectively controlling an enabling or disabling of said data exchange between the appliance and the remote unit when the connection device is turned on. - a laundry treatment chamber for performing a treatment process on a laundry load housed therein; - a control unit for controlling the appliance; - a humidity measuring arrangement for measuring the humidity of the laundry load, the humidity measuring arrangement comprising a sensing unit for sensing an electric parameter associated with the laundry load, and a processing unit for determining the humidity of the laundry load according to the sensed electric parameter, the processing unit being in communication relationship with the sensing unit and with the control unit; - a conductive element electrically coupled to the processing unit , the conductive element being arranged on an appliance part such that, when an at least partially conductive body is in proximity of the conductive element , an electric signal is generated by capacitive coupling between the conductive element and the least partially conductive body and is received by the processing unit , and - a connection device for allowing a data exchange between the appliance and a remote unit,
A system, comprising; circuitry, configured to obtain state information of one or more secondary systems managed by the system in a management region; characterised by : determine first radio resources of a primary system available for the secondary systems based on the state information and allow the secondary systems to use the first radio resources; identify a change of the state information; determine second radio resources of the primary system available for the secondary systems based on the change; and request the secondary systems to use the second radio resources if the second radio resources is smaller than the first radio resources. determine first radio resources of a primary system available for the secondary systems based on the state information and allow the secondary systems to use the first radio resources; identify a change of the state information; determine second radio resources of the primary system available for the secondary systems based on the change; and request the secondary systems to use the second radio resources if the second radio resources is smaller than the first radio resources.
A head-up display device comprising: a casing provided inside an instrument panel and provided with a concave mirror configured to project image information emitted from a light source onto a front windshield glass , characterized in that a retraction portion is provided on a lower side of the concave mirror in a vehicle up-down direction and configured to allow the concave mirror to move downward in the vehicle up-down direction when an impact load is input to the concave mirror from an upper side of the casing in the vehicle up-down direction. a casing provided inside an instrument panel and provided with a concave mirror configured to project image information emitted from a light source onto a front windshield glass , characterized in that a retraction portion is provided on a lower side of the concave mirror in a vehicle up-down direction and configured to allow the concave mirror to move downward in the vehicle up-down direction when an impact load is input to the concave mirror from an upper side of the casing in the vehicle up-down direction.
Method for the production of porous inorganic molded bodies comprising the following steps: a) producing a foamed slurry containing (i) ceramic powder particles, (ii) at least one associative thickener, (iii) at least one foam stabilizer, and (iv) water, wherein the components (i) to (iii) are introduced into the water simultaneously or one after the other in any order and the aqueous mixture is mechanically foamed after the introduction of one, of two or of all three of the components (i) to (iii), wherein the component (ii) is introduced into the water before mechanical foaming, b) producing a foam green body, wherein the foamed slurry is placed in a casting mold and is pre-hardened therein by means of a heat treatment, c) sintering the foam green body, whereby a porous inorganic molded body is obtained, wherein the foamed ceramic slurry produced in step a) contains 0.5 to 5% by weight of the at least one associative thickener, based on the total mass of the foamed ceramic slurry. a) producing a foamed slurry containing (i) ceramic powder particles, (ii) at least one associative thickener, (iii) at least one foam stabilizer, and (iv) water, wherein the components (i) to (iii) are introduced into the water simultaneously or one after the other in any order and the aqueous mixture is mechanically foamed after the introduction of one, of two or of all three of the components (i) to (iii), wherein the component (ii) is introduced into the water before mechanical foaming, (i) ceramic powder particles, (ii) at least one associative thickener, (iii) at least one foam stabilizer, and (iv) water, b) producing a foam green body, wherein the foamed slurry is placed in a casting mold and is pre-hardened therein by means of a heat treatment, c) sintering the foam green body, whereby a porous inorganic molded body is obtained,
A lidar system , comprising: a first laser configured to operate at a first wavelength; a second laser configured to operate at a second wavelength, wherein the second wavelength differs from the first wavelength; a single optical resonator that is optically coupled to both the first laser and the second laser, the single optical resonator being formed of an electrooptic material, wherein the first laser and the second laser are optically injection locked to the single optical resonator; a single modulator configured to apply a time-varying voltage to the single optical resonator, the time-varying voltage controls modulation of an optical property of the electrooptic material to cause the first laser to generate a first frequency modulated optical signal comprising a first series of optical chirps and the second laser to generate a second frequency modulated optical signal comprising a second series of optical chirps; a beam combiner configured to combine the first frequency modulated optical signal and the second frequency modulated optical signal to form a combined frequency modulated optical signal; and front end optics configured to transmit at least a portion of the combined frequency modulated optical signal into an environment from the lidar system. a first laser configured to operate at a first wavelength; a second laser configured to operate at a second wavelength, wherein the second wavelength differs from the first wavelength; a single optical resonator that is optically coupled to both the first laser and the second laser, the single optical resonator being formed of an electrooptic material, wherein the first laser and the second laser are optically injection locked to the single optical resonator; a single modulator configured to apply a time-varying voltage to the single optical resonator, the time-varying voltage controls modulation of an optical property of the electrooptic material to cause the first laser to generate a first frequency modulated optical signal comprising a first series of optical chirps and the second laser to generate a second frequency modulated optical signal comprising a second series of optical chirps; a beam combiner configured to combine the first frequency modulated optical signal and the second frequency modulated optical signal to form a combined frequency modulated optical signal; and front end optics configured to transmit at least a portion of the combined frequency modulated optical signal into an environment from the lidar system.
An electronic device , which is configured as a mobile radio device, comprising - a communication interface to a communication network , which is configured according to a digital mobile radio standard, - processor means for executing a program , wherein the program contains executable program instructions and a file , - a tamper-proof module for securing the program and for generating an electronic signature, wherein the functionality of a plurality of chip cards is provided by means of the program secured by the tamper-proof module, wherein an identifier is assigned to the electronic device , wherein, in the event of dial-up access to the communication network , the communication interface is configured to transmit over the communication network the identifier signed by the tamper-proof module, wherein the program is configured to process a read command received over the communication network by means of the communication interface from an external reader and to output data (D1) of the file specified by the read command over the communication network by means of the communication interface to the external reader , wherein the read command is a chip card command, wherein the communication interface is configured such that it emulates a standard chip card interface for the receipt of the chip card read command and the output of the file , wherein the processing of the chip card read command is effected by the functionality of one of the plurality of chip cards. - a communication interface to a communication network , which is configured according to a digital mobile radio standard, - processor means for executing a program , wherein the program contains executable program instructions and a file , - a tamper-proof module for securing the program and for generating an electronic signature, wherein the functionality of a plurality of chip cards is provided by means of the program secured by the tamper-proof module,
A hazard detection system , comprising: a plurality of safety sensors comprising a smoke sensor and a carbon monoxide sensor; a safety processor operative to: communicate with the safety sensors; and activate an alarm if any of the safety sensors detect a hazard event; and a system processor operative to execute a plurality of user interface features, wherein the safety processor is characterized by relatively limited processing power in comparison to that of the system processor, wherein the safety processor is further characterized by relatively low power consumption in comparison to that of the system processor when both the safety processor and the system processor are active, wherein the safety processor is operative to independently activate the alarm regardless of whether the system processor is functioning and wherein the safety processor is further operative to manage power consumption of at least one of the plurality of safety sensors. a plurality of safety sensors comprising a smoke sensor and a carbon monoxide sensor; a safety processor operative to: communicate with the safety sensors; and activate an alarm if any of the safety sensors detect a hazard event; and a system processor operative to execute a plurality of user interface features, communicate with the safety sensors; and activate an alarm if any of the safety sensors detect a hazard event; and a system processor operative to execute a plurality of user interface features, wherein the safety processor is characterized by relatively limited processing power in comparison to that of the system processor, wherein the safety processor is further characterized by relatively low power consumption in comparison to that of the system processor when both the safety processor and the system processor are active, wherein the safety processor is operative to independently activate the alarm regardless of whether the system processor is functioning and wherein the safety processor is further operative to manage power consumption of at least one of the plurality of safety sensors.
A thermosetting bamboo-sand composite pressure pipe, the pressure pipe comprising an inner liner layer and an outer protection layer arranged from the inside out in a radial direction, characterized in that an inner reinforcement layer formed by winding bamboo strips with amino resin, a sand-adhesive thickening layer formed by an evenly blended mixture of ore sand and adhesive resin, and an outer reinforcement layer formed by winding bamboo strips with amino resin are respectively disposed between the inner liner layer and the outer protection layer from the inside out, wherein in the inner reinforcement layer, the bamboo strips are first radially wound to form a first radial layer to adhere to the outer surface of the inner liner layer; and then the bamboo strips are axially wound to form a first axial layer to adhere to an outer surface of the first radial layer, and in the outer reinforcement layer, the bamboo strips are first axially wound to form a second axial layer to adhere to the outer surface of the sand-adhesive thickening layer; and then the bamboo strips are radially wound to form a second radial layer to adhere to an outer surface of the second axial layer, the inner liner layer, the inner reinforcement layer, the sand-adhesive thickening layer, and the outer reinforcement layer are adhered and cured in an integrated manner by heating.
A pharmaceutical composition comprising nalfurafine for use in treatment of a demyelinating disease in a subject.
A modified polytetrafluoroethylene fine powder which is a fine powder of a non-melt-processable modified polytetrafluoroethylene, wherein the modified polytetrafluoroethylene comprises units derived from tetrafluoroethylene, units derived from hexafluoropropylene, units derived from a perfluoro(alkyl vinyl ether) represented by the formula (I) and units derived from a (perfluoroalkyl)ethylene represented by the formula (II): CF 2 =CFO-C n F 2n+1 ... (I) wherein n is an integer of from 1 to 6, CH 2 =CH-C m F 2m+1 ... (II) wherein m is an integer of from 3 to 7, and wherein the modified polytetrafluoroethylene fine powder has a core-shell structure comprising a core part made of a modified PTFE having no unit derived from the hexafluoropropylene and a shell part made of a modified PTFE having units derived from the hexafluoropropylene.
A vibrator device to stimulate a clitoris of a user, the device comprising: a vibrator mechanism; and a body enclosing the vibrator mechanism , characterised in that the body includes a first side member and a second side member , wherein the first side member and second side member are configured to, in use: compress towards the center of the device due to a force exerted on the first side member and second side member by labia of the user and to exert a reactionary force on the labia, and engage in an interference fit with labia of the user such that the body is in contact with the clitoris of the user. a vibrator mechanism; and a body enclosing the vibrator mechanism , characterised in that the body includes a first side member and a second side member , wherein the first side member and second side member are configured to, in use: compress towards the center of the device due to a force exerted on the first side member and second side member by labia of the user and to exert a reactionary force on the labia, and engage in an interference fit with labia of the user such that the body is in contact with the clitoris of the user. compress towards the center of the device due to a force exerted on the first side member and second side member by labia of the user and to exert a reactionary force on the labia, and engage in an interference fit with labia of the user such that the body is in contact with the clitoris of the user.
A cell for use in a method for stimulating neural recovery and/or neural regeneration after transplantation to a site of nervous system injury or disease, wherein the cell is descended from a marrow adherent stromal cell (MASC) through culture in vitro, wherein: (a) the cell supports the growth or regeneration of neural tissue; (b) the methylation of amplicon 18 of the GDF5 gene, amplicon 164 of the FGFR1 gene, amplicon 227 of the LPIN1 gene, amplicons 825 and 826 of the NANOG gene and amplicon 834 of the NNAT gene is altered compared to the MASC progenitor cell; and (c) during culture in vitro, neither the marrow adherent stromal cell nor any of its descendants were transfected with a polynucleotide comprising sequences encoding a Notch intracellular domain. (a) the cell supports the growth or regeneration of neural tissue; (b) the methylation of amplicon 18 of the GDF5 gene, amplicon 164 of the FGFR1 gene, amplicon 227 of the LPIN1 gene, amplicons 825 and 826 of the NANOG gene and amplicon 834 of the NNAT gene is altered compared to the MASC progenitor cell; and (c) during culture in vitro, neither the marrow adherent stromal cell nor any of its descendants were transfected with a polynucleotide comprising sequences encoding a Notch intracellular domain.
Method for determining the loading state of a transporter loaded with goods , wherein the transporter has a load space bordered by a loading area , a front wall , a rear wall, a plurality of side walls and a roof for receiving the goods , wherein at least a front wall and/or the rear wall and/or a side wall has a door for loading the loading area with goods , comprising the steps: - determining the weight of the loaded goods , - determining the free loading volume in the load space by using the evaluation of at least one manually recorded image of the load space loaded with goods . - determining the weight of the loaded goods , - determining the free loading volume in the load space by using the evaluation of at least one manually recorded image of the load space loaded with goods .
An image processing apparatus comprising: a file acquisition unit configured to acquire a file having a management region where information for management of a 3D object content generated by volumetric capturing is stored and a data region where a track in which a plurality of streams included in the 3D object content are stored is stored, wherein group information for selection, from a plurality of the streams included in the 3D object content, of one or a plurality of tracks for reproduction of the 3D object content is stored in the management region; and a file processor configured to select a plurality of the streams to be used for reproduction of the 3D object content on a basis of the group information, wherein the management region includes information indicating a type of the stream, and the type of the stream is a texture, a mesh, a depth, a depth including a silhouette, or a silhouette, and wherein the group information groups at least streams having two different stream types. a file acquisition unit configured to acquire a file having a management region where information for management of a 3D object content generated by volumetric capturing is stored and a data region where a track in which a plurality of streams included in the 3D object content are stored is stored, wherein group information for selection, from a plurality of the streams included in the 3D object content, of one or a plurality of tracks for reproduction of the 3D object content is stored in the management region; and a file processor configured to select a plurality of the streams to be used for reproduction of the 3D object content on a basis of the group information, wherein the management region includes information indicating a type of the stream, and the type of the stream is a texture, a mesh, a depth, a depth including a silhouette, or a silhouette, and wherein the group information groups at least streams having two different stream types. wherein the management region includes information indicating a type of the stream, and the type of the stream is a texture, a mesh, a depth, a depth including a silhouette, or a silhouette, and wherein the group information groups at least streams having two different stream types.
A touch display device comprising: an active area (AA) including a first area (A1) in which a plurality of subpixels (SP) are disposed; a second area (A2) surrounded by the first area (A1); a first hole (H1) located in the second area (A2); a second hole (H2) located in the second area (A2) and spaced apart from the first hole (H1); a plurality of touch electrodes (TE) disposed in the first area (A1) and disposed in at least a portion of the second area (A2), except for a portion in which the first hole (H1) and the second hole (H2) are disposed; and a plurality of X-touch electrode connecting lines (X-CL) electrically connecting two adjacent touch electrodes among the plurality of touch electrodes (TE) along a first direction, and a plurality of Y-touch electrode connecting lines (Y-CL) electrically connecting two adj acent touch electrodes among the plurality of touch electrodes (TE) along a second direction different from the first direction, characterized in that the number of X-touch electrode connecting lines, among the plurality of X-touch electrode connecting lines (X-CL), connecting two adjacent touch electrodes, among the plurality of touch electrodes (TE), in the first direction between the first hole (H1) and the second hole (H2) is greater than the number of X-touch electrode connecting lines, among the plurality of X-touch electrode connecting lines (X-CL), connecting two adjacent touch electrodes, among the plurality of touch electrodes (TE), outside of the second area (A2). an active area (AA) including a first area (A1) in which a plurality of subpixels (SP) are disposed; a second area (A2) surrounded by the first area (A1); a first hole (H1) located in the second area (A2); a second hole (H2) located in the second area (A2) and spaced apart from the first hole (H1); a plurality of touch electrodes (TE) disposed in the first area (A1) and disposed in at least a portion of the second area (A2), except for a portion in which the first hole (H1) and the second hole (H2) are disposed; and a plurality of X-touch electrode connecting lines (X-CL) electrically connecting two adjacent touch electrodes among the plurality of touch electrodes (TE) along a first direction, and a plurality of Y-touch electrode connecting lines (Y-CL) electrically connecting two adj acent touch electrodes among the plurality of touch electrodes (TE) along a second direction different from the first direction, characterized in that the number of X-touch electrode connecting lines, among the plurality of X-touch electrode connecting lines (X-CL), connecting two adjacent touch electrodes, among the plurality of touch electrodes (TE), in the first direction between the first hole (H1) and the second hole (H2) is greater than the number of X-touch electrode connecting lines, among the plurality of X-touch electrode connecting lines (X-CL), connecting two adjacent touch electrodes, among the plurality of touch electrodes (TE), outside of the second area (A2).