mhurhangee/ep-ind-claims huggingface dataset:
Electronic device suitable for bioimplantation, comprising: - at least one rechargeable power source, - at least one electronic component connected to said power source, and - magnetoelectric conversion means connected to said power source to enable recharging of said power source, said magnetoelectric conversion means comprising at least one stack of at least one magnetoelastic layer and at least one piezoelectric layer, characterized in that said at least one stack has a three-dimensional shape such that at least a part of said stack is oriented substantially perpendicular to an applied magnetic field from multiple respective directions for receiving and magnetoelectrically converting the applied magnetic field, at least a part of the magnetoelectric stack being applied onto an internal or external surface of a casing of the electronic device, wherein - the casing has a substantially spherical pill shape or a substantially cylindrical pill shape, or - the casing has a round pill shape, an ellipsoidal shape, an elongated capsule shape, an elongated ellipsoid shape, a super elliptical cylindrical shape, or a cardioid cylindrical pill shape. - at least one rechargeable power source, - at least one electronic component connected to said power source, and - magnetoelectric conversion means connected to said power source to enable recharging of said power source, said magnetoelectric conversion means comprising at least one stack of at least one magnetoelastic layer and at least one piezoelectric layer, characterized in that said at least one stack has a three-dimensional shape such that at least a part of said stack is oriented substantially perpendicular to an applied magnetic field from multiple respective directions for receiving and magnetoelectrically converting the applied magnetic field, at least a part of the magnetoelectric stack being applied onto an internal or external surface of a casing of the electronic device, wherein - the casing has a substantially spherical pill shape or a substantially cylindrical pill shape, or - the casing has a round pill shape, an ellipsoidal shape, an elongated capsule shape, an elongated ellipsoid shape, a super elliptical cylindrical shape, or a cardioid cylindrical pill shape.
An electronic device comprising: a depth sensor including: a modulated light projector to project a modulated light pattern (424, 500); and a first imaging camera (114, 116) to capture at least a reflection of the modulated light pattern; and a controller to selectively modify at least one of a frequency, an intensity, and a duration of projections of the modulated light pattern by the modulated light projector into a local environment of the electronic device responsive to comparing the local environment to one or more environments previously encountered by the electronic device to determine whether the electronic device has previously encountered the local environment. a depth sensor including: a modulated light projector to project a modulated light pattern (424, 500); and a first imaging camera (114, 116) to capture at least a reflection of the modulated light pattern; and a modulated light projector to project a modulated light pattern (424, 500); and a first imaging camera (114, 116) to capture at least a reflection of the modulated light pattern; and a controller to selectively modify at least one of a frequency, an intensity, and a duration of projections of the modulated light pattern by the modulated light projector into a local environment of the electronic device responsive to comparing the local environment to one or more environments previously encountered by the electronic device to determine whether the electronic device has previously encountered the local environment.
A method of communicating in a system having at least one picocell (30,32) within a macrocell (22,24), comprising the steps of: using a set of predefined cell codes for respectively identifying macrocells; using one predefined cell code for identifying all picocells (32, 36, 40) within the macrocell (22,24) to the macrocell (22,24); using a picocell code distinct from the predefined cell codes for uniquely identifying a selected one of the picocells (30,32) to a mobile station within the macrocell; and wherein the mobile station translating between the predefined cell code and the picocell code of the selected one picocell (30,32) with which the mobile station is authorized to communicate, the mobile station translating from the predefined cell code to the picocell code if the mobile station receives the predefined cell code from the macrocell (22,24), the mobile station translating from the picocell code to the predefined cell code if the mobile station communicates with the macrocell (22,24) regarding the selected one picocell (30,32). using a set of predefined cell codes for respectively identifying macrocells; using one predefined cell code for identifying all picocells (32, 36, 40) within the macrocell (22,24) to the macrocell (22,24); using a picocell code distinct from the predefined cell codes for uniquely identifying a selected one of the picocells (30,32) to a mobile station within the macrocell; and wherein the mobile station translating between the predefined cell code and the picocell code of the selected one picocell (30,32) with which the mobile station is authorized to communicate, the mobile station translating from the predefined cell code to the picocell code if the mobile station receives the predefined cell code from the macrocell (22,24), the mobile station translating from the picocell code to the predefined cell code if the mobile station communicates with the macrocell (22,24) regarding the selected one picocell (30,32).
It is continuous multi-pass inkjet digital printing machine with the feature that; inkjet printhead groups, which are lined up along with width of the machine in a way to leave no printing gap and stand steady through the time of printing, consist of multi-canal inkjet printheads that include a particular color print material enabling the spraying of the same color print materials to a particular point at different time instances from different sections.
Household appliance having a touch-sensitive operating and display device (1, 1') that has a display unit (11, 11') for displaying operating information and a transparent carrier part (3, 4') on which is arranged at least one capacitive sensor electrode (13, 14, 13', 14'), this forming part of a touch-sensitive capacitor and being so arranged as to overlap both the display unit (11, 11') and a touch-sensitive actuating surface (10, 10') of the operating and display device (1, 1'), wherein the at least one sensor electrode (13, 14, 13', 14') is formed from a transparent and electrically conductive coating and/or adhesive, characterised in that the coating and/or the adhesive contains carbon nanotubes, wherein the operating and display device (1, 1') comprises a panel-like, transparent and electrically non-conductive pane (3, 3'), the front side (9, 9') of which forms the touch-sensitive actuating surface (10, 10'), and wherein the at least one sensor electrode (13, 14, 13', 14') is arranged on a rear side (12, 12') of the pane (3, 3').
Surface structure for a support surface or bearing surface of a vehicle accessory, particularly for a vehicle headrest or armrest, wherein the surface structure is elastically deformable, wherein the surface structure comprises at least one surface body (13, 13a, 13b), wherein each surface body (13, 13a, 13b) is connected to at least one other surface body (13, 13a 13b) by at least one elastically deformable connecting element and/or can be connected to the vehicle accessory, wherein the connecting element forms a first connecting region with a first outer surface (22, 22a, 22b) of a first surface body (13, 13a, 13b) and forms a second connecting region (15, 15a, 15b) with a second outer surface (22, 22a, 22b) of a second surface body (13, 13a, 13b) or the soffit of a frame or of the accessory, characterised in that the first outer surface (22, 22a, 22b) extends in a direction and the second outer surface (22, 22a, 22b) also extends in the direction, and is arranged opposite the first outer surface (22, 22a, 22b), wherein the second connecting region (15, 15a, 15b) is laterally offset in the direction to a point of intersection from a straight line and the second outer surface (22, 22a, 22b), wherein the straight line forms the shortest connection between the first outer surface (22, 22a, 22b) and the second outer surface (22, 22a, 22b), wherein the straight line runs through the first connecting region (15, 15a, 15b).
An apparatus for preventing overheating of a charging inlet, comprising: a memory configured to store program instructions; and a processor configured to execute the program instructions, the program instructions when executed configured to: measure a charging time; estimate a temperature of the charging inlet using a map in which the temperature of the charging inlet based on charging times and charging currents for respective charging voltages are recorded; and set a charging voltage and a charging current by communicating with a charger and decrease the charging current to prevent the temperature of the charging inlet from exceeding a threshold temperature. a memory configured to store program instructions; and a processor configured to execute the program instructions, the program instructions when executed configured to: measure a charging time; estimate a temperature of the charging inlet using a map in which the temperature of the charging inlet based on charging times and charging currents for respective charging voltages are recorded; and set a charging voltage and a charging current by communicating with a charger and decrease the charging current to prevent the temperature of the charging inlet from exceeding a threshold temperature. measure a charging time; estimate a temperature of the charging inlet using a map in which the temperature of the charging inlet based on charging times and charging currents for respective charging voltages are recorded; and set a charging voltage and a charging current by communicating with a charger and decrease the charging current to prevent the temperature of the charging inlet from exceeding a threshold temperature.
Method for adjusting parameters of a hearing system, said hearing system comprising a hearing aid device and a communication device being separate from said hearing aid device, - wherein by means of a camera of the communication device at least one image of at least one component (9, 10) for acoustic coupling of the hearing aid device to the ear of a hearing aid wearer is captured - wherein the or each captured image is used to identify the product identity of the or each component (9, 10), - wherein acoustic transfer characteristics are assigned to the or each previously identified component (9, 10), and - wherein the adjustment of the parameters of the hearing system is based on said acoustic transfer characteristics, characterized in that the product identity of the or each component (9, 10) is identified on the basis of the or each captured image on the communication device by means of an artificial neural network implemented there, on the basis of which an electronic product catalog is deposited, wherein different products of the electronic product catalog are deposited via connections between individual neurons and/or via individual neurons of an output layer of the artificial neural network. - wherein by means of a camera of the communication device at least one image of at least one component (9, 10) for acoustic coupling of the hearing aid device to the ear of a hearing aid wearer is captured - wherein the or each captured image is used to identify the product identity of the or each component (9, 10), - wherein acoustic transfer characteristics are assigned to the or each previously identified component (9, 10), and - wherein the adjustment of the parameters of the hearing system is based on said acoustic transfer characteristics, characterized in that the product identity of the or each component (9, 10) is identified on the basis of the or each captured image on the communication device by means of an artificial neural network implemented there, on the basis of which an electronic product catalog is deposited, wherein different products of the electronic product catalog are deposited via connections between individual neurons and/or via individual neurons of an output layer of the artificial neural network.
Box, in particular a folding box, having a lid, preferably having an insert lid, for closing an opening, and having at least one lateral lug which is articulated on a side wall of the box and which in the closed state of the lid is folded inward into the opening and lies below the lid, wherein at least one guarantee tab for indicating an initial opening of the box is configured on the lid, and wherein the lateral lug is provided with a retention opening into which the guarantee tab in the closed state of the lid is insertable, characterized in that the guarantee tab and the retention opening are mutually adapted in such a manner that the guarantee tab when opening the lid is capable of being torn off from the lid so as to be capable of being held on the lateral lug and movable relative to the lid in a translatory and rotary manner that is at least partially non-reversible.
Method to measure a hybrid flow rate of a fluid in an open channel, said method using simultaneously at least two measuring technologies and a reference measurement, said method comprising a step of calculation of a hybrid value, wherein the measurements of the at least two measuring technologies are combined according to a given rule to get said hybrid value by performing a linear or non-linear interpolation within a given interval of the reference measurement, wherein the reference measurement is a measurement performed by an additional measuring technology, said reference measurement being a level of the fluid.
Method for predicting the audibility of a frequency emergence of a signal comprising at least one reference frequency component, characterized by the following steps: - analysis of said signal in such a way as to identify a noise mask inside said signal; - identification of the frequency components of the frequency emergence; - filtering of the signal by means of a plurality of filters of which the passbands are respectively centered on the frequency components (F1-F5) in such a way as to obtain, for each filter, the single mask inside the passband of the filter; - calculation of the level of the reference frequency component corresponding to the audibility of the frequency emergence as a whole as a function of the level of each frequency component, of the level of the mask inside each filter, and of the detection threshold of each frequency component emitted singly in the mask. - analysis of said signal in such a way as to identify a noise mask inside said signal; - identification of the frequency components of the frequency emergence; - filtering of the signal by means of a plurality of filters of which the passbands are respectively centered on the frequency components (F1-F5) in such a way as to obtain, for each filter, the single mask inside the passband of the filter; - calculation of the level of the reference frequency component corresponding to the audibility of the frequency emergence as a whole as a function of the level of each frequency component, of the level of the mask inside each filter, and of the detection threshold of each frequency component emitted singly in the mask.
A rock drilling apparatus comprising a carrier, a drilling boom attached at a first end to the carrier, a feed beam attached turnably to a second end of the drilling boom, a drilling unit attached movably along the feed beam, and a support attached to the feed beam for supporting the drilling boom onto the ground, the apparatus comprising an arrangement for controlling the orientation of the boom and feed beam, characterized in that the arrangement is configured, on the basis of parameters affecting the orientation, to define the orientation change caused by driving the support onto the ground, wherein the apparatus is configured to automatically adjust the orientation of the boom and feed beam before applying drilling force to compensate for the orientation change caused by supporting the drilling boom onto the ground.
Laser nozzle comprising: - a nozzle body comprising a first axial housing comprising a first exit orifice situated at a front face of the nozzle body, and - a movable element arranged in the first axial housing of the nozzle body, comprising a front part forming a skirt and an axial passage with a second exit orifice emerging at said front part forming a skirt, and - an elastic element arranged in the first axial housing, between the nozzle body and the movable element, characterised in that - the movable element is able to move in translation in the first axial housing in the direction of the first exit orifice under the effect of a gas pressure exerted on the movable element, - the elastic element exerts an elastic return force on the movable element tending to oppose the translation movement in the first axial housing in the direction of the first exit orifice, and - an external cover forms a sleeve around all or part of the nozzle body. - a nozzle body comprising a first axial housing comprising a first exit orifice situated at a front face of the nozzle body, and - a movable element arranged in the first axial housing of the nozzle body, comprising a front part forming a skirt and an axial passage with a second exit orifice emerging at said front part forming a skirt, and - an elastic element arranged in the first axial housing, between the nozzle body and the movable element, - the movable element is able to move in translation in the first axial housing in the direction of the first exit orifice under the effect of a gas pressure exerted on the movable element, - the elastic element exerts an elastic return force on the movable element tending to oppose the translation movement in the first axial housing in the direction of the first exit orifice, and - an external cover forms a sleeve around all or part of the nozzle body.
An electronic apparatus, comprising: processing circuitry (101, 102), configured to: determine, based on mutual interferences between low priority level secondary systems and high priority level secondary systems, a first set of the high priority level secondary systems, wherein the mutual interferences between the high priority level secondary systems in the first set and at least one low priority level secondary system are higher than a predetermined level, each secondary system being an unlicensed communication system configured to dynamically access a licensed spectrum of a primary system; and cluster, based on information related to the first set, the high priority level secondary systems in the first set; wherein clustering the high priority level secondary systems in the first set comprises grouping the high priority secondary systems of the first set such that mutual interferences between said secondary systems in the same group when performing communication simultaneously using the same spectrum resources are capable of meeting a quality of service requirement and wherein different clusters use different spectrum resources. determine, based on mutual interferences between low priority level secondary systems and high priority level secondary systems, a first set of the high priority level secondary systems, wherein the mutual interferences between the high priority level secondary systems in the first set and at least one low priority level secondary system are higher than a predetermined level, each secondary system being an unlicensed communication system configured to dynamically access a licensed spectrum of a primary system; and cluster, based on information related to the first set, the high priority level secondary systems in the first set; wherein clustering the high priority level secondary systems in the first set comprises grouping the high priority secondary systems of the first set such that mutual interferences between said secondary systems in the same group when performing communication simultaneously using the same spectrum resources are capable of meeting a quality of service requirement and wherein different clusters use different spectrum resources.
Device for fastening a rail of a barred grid on a vertical post comprising: - a first element, called end piece, intended to be inserted into an end of the rail, - a second element, called insert, extending and passing through said first element, - an axis carried by said second element and extending perpendicular to said second element, said axis being intended to cooperate with the vertical post, - means for holding the device for fastening on the rail intended to secure together said first element, said second element and the rail, characterised in that said first element comprises a first hole and said second element comprises a second hole disposed opposite to the first hole, said means for holding cooperating with said first and second holes. - a first element, called end piece, intended to be inserted into an end of the rail, - a second element, called insert, extending and passing through said first element, - an axis carried by said second element and extending perpendicular to said second element, said axis being intended to cooperate with the vertical post, - means for holding the device for fastening on the rail intended to secure together said first element, said second element and the rail,