mhurhangee/patent-ind-claim-en huggingface dataset:
An imaging device, comprising: a polarizer configured to linearly polarize light along a polarization direction; a plasmon metal thin film filter layer configured to receive polarized light from the polarizer and selectively filter light according to wavelengths of the polarized light; and a photoelectric conversion layer configured to receive light filtered by the filter layer and to produce an electric charge in response to the received light, wherein the plasmon metal thin film filter layer comprises a plurality of through holes and a plurality of non-through holes formed therein and periodically arranged, wherein the through holes and the non-through holes have an elliptical cross-sectional shape when viewed a planar view, and the proportion of the short axis : major axis of the elliptical shape is 66.67% (= 1 :1.5), wherein a major axis of the ellipse is aligned in the polarization direction. a polarizer configured to linearly polarize light along a polarization direction; a plasmon metal thin film filter layer configured to receive polarized light from the polarizer and selectively filter light according to wavelengths of the polarized light; and a photoelectric conversion layer configured to receive light filtered by the filter layer and to produce an electric charge in response to the received light, wherein the plasmon metal thin film filter layer comprises a plurality of through holes and a plurality of non-through holes formed therein and periodically arranged, wherein the through holes and the non-through holes have an elliptical cross-sectional shape when viewed a planar view, and the proportion of the short axis : major axis of the elliptical shape is 66.67% (= 1 :1.5), wherein a major axis of the ellipse is aligned in the polarization direction.
A method comprising: receiving, by a notification processing system , from a plurality of attachment monitoring clients , indications of successful attachments of a plurality of user equipments with a plurality of different respective telecommunications carriers through corresponding ones of a plurality of access nodes , wherein the plurality of user equipments are in communication with the corresponding ones of the plurality of access nodes via one or more mobile access points ; for a plurality of the successful user equipment attachments included in the indications received from the plurality of attachment monitoring clients, generating, by a server process of the notification processing system, respective internet service availability notifications, wherein the server process is independent of the telecommunication carriers; and transmitting, by the notification processing system, the generated internet service availability notifications to systems of the respective telecommunication carriers to be forwarded by the respective telecommunication carriers to the respective user equipment through the corresponding ones of the plurality of access nodes. receiving, by a notification processing system , from a plurality of attachment monitoring clients , indications of successful attachments of a plurality of user equipments with a plurality of different respective telecommunications carriers through corresponding ones of a plurality of access nodes , wherein the plurality of user equipments are in communication with the corresponding ones of the plurality of access nodes via one or more mobile access points ; for a plurality of the successful user equipment attachments included in the indications received from the plurality of attachment monitoring clients, generating, by a server process of the notification processing system, respective internet service availability notifications, wherein the server process is independent of the telecommunication carriers; and transmitting, by the notification processing system, the generated internet service availability notifications to systems of the respective telecommunication carriers to be forwarded by the respective telecommunication carriers to the respective user equipment through the corresponding ones of the plurality of access nodes.
A rigid hollow protection casing comprising a first rigid layer composed of a matrix of a first thermoplastic material ; and a second overlapping rigid layer exterior to the first layer , composed of a matrix of a second thermoplastic material , characterized in that said matrix of first thermoplastic material includes at least one layer of long-fibre fabrics embedded in its interior, said long fibres are selected from fibreglass, carbon fibre and/or aramid fibre and comprise between 45% and 65% in total weight of the first layer ; the second layer coats completely one exterior side of the first layer, comprises between 2% and 10% of the total weight of the casing and is entirely composed of said second thermoplastic material lacking long-fibre fabrics , providing a smooth finish to the casing . a first rigid layer composed of a matrix of a first thermoplastic material ; and a second overlapping rigid layer exterior to the first layer , composed of a matrix of a second thermoplastic material , characterized in that said matrix of first thermoplastic material includes at least one layer of long-fibre fabrics embedded in its interior, said long fibres are selected from fibreglass, carbon fibre and/or aramid fibre and comprise between 45% and 65% in total weight of the first layer ; the second layer coats completely one exterior side of the first layer, comprises between 2% and 10% of the total weight of the casing and is entirely composed of said second thermoplastic material lacking long-fibre fabrics , providing a smooth finish to the casing .
Lamellar outlet valve for an outlet opening in a housing of a compression cylinder of a compressor, comprising a lamella for closing and opening the outlet opening , wherein the lamella is of elongate form, and a bridge for limiting a maximum deformation of the lamella in an open state of the outlet opening , characterized in that in the region of the ends of the lamella in a longitudinal direction, openings which are open towards the ends are provided, the bridge is composed of two bridge elements (2', 2"), and the bridge elements (2', 2") each comprise an engagement portion which faces towards the housing and is in engagement with the openings , and each comprise a support surface which faces towards the lamella and has a predetermined form for limiting the maximum deformation of the lamella in the open state of the outlet opening . a lamella for closing and opening the outlet opening , wherein the lamella is of elongate form, and a bridge for limiting a maximum deformation of the lamella in an open state of the outlet opening , characterized in that in the region of the ends of the lamella in a longitudinal direction, openings which are open towards the ends are provided, the bridge is composed of two bridge elements (2', 2"), and the bridge elements (2', 2") each comprise an engagement portion which faces towards the housing and is in engagement with the openings , and each comprise a support surface which faces towards the lamella and has a predetermined form for limiting the maximum deformation of the lamella in the open state of the outlet opening . each comprise an engagement portion which faces towards the housing and is in engagement with the openings , and each comprise a support surface which faces towards the lamella and has a predetermined form for limiting the maximum deformation of the lamella in the open state of the outlet opening .
A printing apparatus capable of communicating with at least an inspection apparatus and a processing apparatus , the printing apparatus comprising: receiving means configured to receive a registration job for registration of image data in the inspection apparatus and an inspection job for execution of an inspection of a printed material on which the image data is printed by the printing apparatus; transmission means configured to transmit, in a case where the registration job is received, image data based on the registration job to the inspection apparatus ; reception means configured to receive a notification of completion of the registration of the image data from the inspection apparatus ; and characterized in that the printing apparatus comprises control means configured to perform, in a case where the notification is received, control to perform printing based on the inspection job and to transmit an inspection instruction to the inspection apparatus, wherein the inspection instruction is an instruction to inspect the printed material, by comparing a scanned image generated by scanning of an image on the printed material with the registered image data. receiving means configured to receive a registration job for registration of image data in the inspection apparatus and an inspection job for execution of an inspection of a printed material on which the image data is printed by the printing apparatus; transmission means configured to transmit, in a case where the registration job is received, image data based on the registration job to the inspection apparatus ; reception means configured to receive a notification of completion of the registration of the image data from the inspection apparatus ; and characterized in that the printing apparatus comprises control means configured to perform, in a case where the notification is received, control to perform printing based on the inspection job and to transmit an inspection instruction to the inspection apparatus, wherein the inspection instruction is an instruction to inspect the printed material, by comparing a scanned image generated by scanning of an image on the printed material with the registered image data.
A saddle-riding type vehicle comprising: a combustion engine (E); a supercharger configured to pressurize intake air and supply the intake air to the combustion engine (E); an air intake chamber connected to downstream of the supercharger ; a relief passage (RP) configured to relieve high-pressure gas within the air intake chamber ; and a relief valve provided on the relief passage (RP), wherein the air intake chamber is disposed above a cylinder block of the combustion engine (E), the relief passage (RP) is disposed below an upper end of the air intake chamber and connected to a front surface of the air intake chamber, the relief passage (RP) projecting forwardly; the supercharger is disposed rearward of the cylinder block of the combustion engine (E) and above a crankcase of the combustion engine (E); the air intake chamber is located above the supercharger ; a throttle body is disposed between the air intake chamber and a cylinder head of the combustion engine (E); the air intake chamber is located above the throttle body ; and a connection pipe forming the relief passage (RP) projects frontward from the front surface of the air intake chamber , and the relief valve is connected to a leading end of the connection pipe . a combustion engine (E); a supercharger configured to pressurize intake air and supply the intake air to the combustion engine (E); an air intake chamber connected to downstream of the supercharger ; a relief passage (RP) configured to relieve high-pressure gas within the air intake chamber ; and a relief valve provided on the relief passage (RP), wherein the air intake chamber is disposed above a cylinder block of the combustion engine (E), the relief passage (RP) is disposed below an upper end of the air intake chamber and connected to a front surface of the air intake chamber, the relief passage (RP) projecting forwardly; the supercharger is disposed rearward of the cylinder block of the combustion engine (E) and above a crankcase of the combustion engine (E); the air intake chamber is located above the supercharger ; a throttle body is disposed between the air intake chamber and a cylinder head of the combustion engine (E); the air intake chamber is located above the throttle body ; and a connection pipe forming the relief passage (RP) projects frontward from the front surface of the air intake chamber , and the relief valve is connected to a leading end of the connection pipe .
A bio-information estimating apparatus comprising: a sensor part configured to measure a pulse wave signal from an object, a contact force that is applied by the object to the sensor part , and a contact area of the object that is applied to the sensor part ; and a processor configured to: create a contact area change graph representing a first change in the contact area with respect to the second change in the contact force, by plotting the contact area with respect to the contact force at each of measurement time points; perform multi-dimensional equation curve fitting on the contact area change graph; perform differentiation on the contact area change graph resulting from the performed multi-dimensional equation curve fitting; obtain a first feature value, based on the differentiated contact area change graph; obtain a second feature value, based on the pulse wave signal; and estimate bio-information, based on the first feature value and the second feature value. a sensor part configured to measure a pulse wave signal from an object, a contact force that is applied by the object to the sensor part , and a contact area of the object that is applied to the sensor part ; and a processor configured to: create a contact area change graph representing a first change in the contact area with respect to the second change in the contact force, by plotting the contact area with respect to the contact force at each of measurement time points; perform multi-dimensional equation curve fitting on the contact area change graph; perform differentiation on the contact area change graph resulting from the performed multi-dimensional equation curve fitting; obtain a first feature value, based on the differentiated contact area change graph; obtain a second feature value, based on the pulse wave signal; and estimate bio-information, based on the first feature value and the second feature value. create a contact area change graph representing a first change in the contact area with respect to the second change in the contact force, by plotting the contact area with respect to the contact force at each of measurement time points; perform multi-dimensional equation curve fitting on the contact area change graph; perform differentiation on the contact area change graph resulting from the performed multi-dimensional equation curve fitting; obtain a first feature value, based on the differentiated contact area change graph; obtain a second feature value, based on the pulse wave signal; and estimate bio-information, based on the first feature value and the second feature value.
A display device configured to display an image, the display device comprising: a display panel having an active area and an inactive area, an integrated circuit or a wiring pattern is disposed at the inactive area to apply a signal to the display panel; a cover , disposed at a rear side of the display panel to support the display panel ; a film disposed at a front side of the display panel to protect a front surface of the display panel , the film including an inner portion and an edge portion surrounding the inner portion; a black matrix formed on the edge portion of a rear surface of the film to cover the integrated circuit or wiring pattern; and a reinforcing member disposed between the display panel and the cover , wherein the reinforcing member is attached to the rear surface of the display panel by an adhesive member. a display panel having an active area and an inactive area, an integrated circuit or a wiring pattern is disposed at the inactive area to apply a signal to the display panel; a cover , disposed at a rear side of the display panel to support the display panel ; a film disposed at a front side of the display panel to protect a front surface of the display panel , the film including an inner portion and an edge portion surrounding the inner portion; a black matrix formed on the edge portion of a rear surface of the film to cover the integrated circuit or wiring pattern; and a reinforcing member disposed between the display panel and the cover , wherein the reinforcing member is attached to the rear surface of the display panel by an adhesive member.
A method for operating a base station for a mobile communications network, in which the base station is in communication with a plurality of mobile terminals; in which the method comprises the base station : interrogating each of the plurality of the mobile terminals for an indication of signal quality of a signal received by the mobile terminal; assigning each mobile terminal of the plurality of mobile terminals to one of two groups based on the indications of received signal quality, in which the indications received from the mobile terminals assigned to the first group indicate relatively low signal quality and in which the indications received from the mobile terminals assigned to the second group indicate relatively high signal quality, in which the first group is served by a first set of resources and the second group is served by a second set of resources whereby the first set is a subset of the second set; communicating with at least some of the mobile terminals assigned to the first group over unicast and communicating with the mobile terminals assigned to the second group over multicast; in which a decision to assign each mobile terminal of the plurality of mobile terminals to one of the first group and the second group is based on comparing the indication of signal quality for that mobile terminal with a signal quality threshold value; and in which the threshold value is variable, dependent on at least one of the radio resource usage load at the base station and traffic levels on communications channels between the base station and the plurality of the mobile terminals. interrogating each of the plurality of the mobile terminals for an indication of signal quality of a signal received by the mobile terminal; assigning each mobile terminal of the plurality of mobile terminals to one of two groups based on the indications of received signal quality, in which the indications received from the mobile terminals assigned to the first group indicate relatively low signal quality and in which the indications received from the mobile terminals assigned to the second group indicate relatively high signal quality, in which the first group is served by a first set of resources and the second group is served by a second set of resources whereby the first set is a subset of the second set; communicating with at least some of the mobile terminals assigned to the first group over unicast and communicating with the mobile terminals assigned to the second group over multicast; in which a decision to assign each mobile terminal of the plurality of mobile terminals to one of the first group and the second group is based on comparing the indication of signal quality for that mobile terminal with a signal quality threshold value; and in which the threshold value is variable, dependent on at least one of the radio resource usage load at the base station and traffic levels on communications channels between the base station and the plurality of the mobile terminals.
Method for operating a first navigation device, which comprises a map database with map data representing multiple roads , a course database, and an additional map database, with the following steps: • moving the navigation device on multiple route sections outside of the roads whereby course data which represent the course of the route sections are stored in the course database, • receiving other course data which represent the course of another route section disposed outside of the roads from a second navigation device, and storing the received course data in the course database, • identifying one of the route sections whereby the course of the route section essentially corresponds with the course of another of the route sections by means of a computing unit of the first navigation device by using the course data, • generating additional map data which represent the identified route section by means of the computing unit by using the course data, and • storing the additional map data in the additional map database so that the additional map data are usable for a navigation procedure performed by means of the first navigation device. • moving the navigation device on multiple route sections outside of the roads whereby course data which represent the course of the route sections are stored in the course database, • receiving other course data which represent the course of another route section disposed outside of the roads from a second navigation device, and storing the received course data in the course database, • identifying one of the route sections whereby the course of the route section essentially corresponds with the course of another of the route sections by means of a computing unit of the first navigation device by using the course data, • generating additional map data which represent the identified route section by means of the computing unit by using the course data, and • storing the additional map data in the additional map database so that the additional map data are usable for a navigation procedure performed by means of the first navigation device.
A method for outputting a choice recommendation related to content items, the method comprising - detecting the identity of a further user or further users who with a user has watched content; - creating a representation of a new watch event for the user, the representation comprising an indication of the content and of the detected further user or further users who with the user has jointly watched the content item; - recording the representation of the new watch event in a watching history of the user; - receiving a request for the recommendation; - determining current users, whereby a group of present users is determined; - retrieving the watching history of all the present users of the group; - making a recommendation for the group of present users dependent on recorded joint watching of present users in the group. - detecting the identity of a further user or further users who with a user has watched content; - creating a representation of a new watch event for the user, the representation comprising an indication of the content and of the detected further user or further users who with the user has jointly watched the content item; - recording the representation of the new watch event in a watching history of the user; - receiving a request for the recommendation; - determining current users, whereby a group of present users is determined; - retrieving the watching history of all the present users of the group; - making a recommendation for the group of present users dependent on recorded joint watching of present users in the group.