mhurhangee/patent-ind-claim-en huggingface dataset:
A hearing device comprising a processing unit configured to compensate for hearing loss of a user of the hearing device; an interface ; and a memory unit , wherein the memory unit has stored therein: a first primary certificate comprising a first primary hearing device identifier (HDID_1_1); a second primary certificate comprising a second primary hearing device identifier (HDID_2_1); and customer data indicative of the hearing device being configured to operate as a customer hearing device, wherein the processing unit is configured to: determine if the hearing device is configured to operate as a customer hearing device based on the customer data , wherein to determine if the hearing device is configured to operate as a customer hearing device based on the customer data comprises determining if the second primary certificate is valid; and in accordance with a determination that the hearing device is configured to operate as a customer hearing device, operate the hearing device according to the second primary certificate , and wherein the processing unit is configured to, in accordance with a determination that the second primary certificate is not valid, forgo to operate the hearing device according to the second primary certificate . a processing unit configured to compensate for hearing loss of a user of the hearing device; an interface ; and a memory unit , a first primary certificate comprising a first primary hearing device identifier (HDID_1_1); a second primary certificate comprising a second primary hearing device identifier (HDID_2_1); and customer data indicative of the hearing device being configured to operate as a customer hearing device, determine if the hearing device is configured to operate as a customer hearing device based on the customer data , wherein to determine if the hearing device is configured to operate as a customer hearing device based on the customer data comprises determining if the second primary certificate is valid; and in accordance with a determination that the hearing device is configured to operate as a customer hearing device, operate the hearing device according to the second primary certificate ,
A method of casting a reinforced slab-shaped building element (E) having a length (L), a width (W) and a thickness, said slab-shaped building element (E) comprising an upper concrete plate anchored to a lower concrete plate with a top surface and a bottom surface, said upper concrete plate being cast from relatively higher strength concrete laid out upon said top surface, said lower concrete plate being of a less strong first type concrete, said lower concrete plate including a base contiguous with a plurality of raised portions integral therewith, characterised in that said raised portions being spaced apart in the direction of said length (L) and said width (W), said plurality of raised portions defining between them a network of recesses , at least some of said recesses including reinforcing bars (R), said raised portions and said recesses together defining said top surface, said method comprising the steps of: i) providing a first mold defining a support for said lower plate being cast and at least one second mold having an internal shape corresponding to a respective one of said raised portions , ii) preparing a first type concrete, iii) filling said at least one second mold with said first type concrete and discharging said first type concrete from said at least one second mold into said first mold to form said lower plate , iv) at least partially curing said first type concrete discharged into said first mold , v) laying out said reinforcing bars (R) into at least some of said recesses , vi) preparing a higher-strength type concrete stronger than said first type concrete, and vii) using said lower plate as a third mold to complete said slab-shaped building element (E) by applying said higher-strength type concrete upon said top surface to cast said upper plate .
A device for imaging the inner surface of a preferably cylindrical cavity in a workpiece, with a base body, at which an optics for imaging the inner surface is arranged, wherein collision protection means for protecting the optics against a collision with the workpiece are associated with the optics , which comprise mechanical or electromechanical protection means with at least one mechanical protection element, which is designed in the manner of a sleeve , wherein the protection element is movable between a first position, in which the optics is exposed for imaging the inner surface , and a second position, in which the optics is protected against a collision with the workpiece , wherein a drive means is associated with the protection element for moving the protection element at least from the second position into the first position, and wherein the collision protection means comprise collision detection means for detecting a collision of the protection element with the workpiece , which respond to a relative movement of the protection element to the optics from the second position in direction towards the first position. with a base body, at which an optics for imaging the inner surface is arranged, wherein collision protection means for protecting the optics against a collision with the workpiece are associated with the optics , which comprise mechanical or electromechanical protection means with at least one mechanical protection element, which is designed in the manner of a sleeve , wherein the protection element is movable between a first position, in which the optics is exposed for imaging the inner surface , and a second position, in which the optics is protected against a collision with the workpiece , wherein a drive means is associated with the protection element for moving the protection element at least from the second position into the first position, and wherein the collision protection means comprise collision detection means for detecting a collision of the protection element with the workpiece , which respond to a relative movement of the protection element to the optics from the second position in direction towards the first position.
A conditioning agent preparation for use in conditioning glazing panels for repair, the conditioning agent preparation comprising acetone combined with one or more primer additives to prime the surface of the glazing panel for repair, the one or more primer additives comprising acrylic acid; characterised in that the conditioning agent preparation comprises one per cent or less by volume primer additives; and wherein the primer additives comprise 0.4% or less by volume acrylic acid.
An apparatus for providing multi-phase power, comprising: a cycloconverter controller for determining a charge ratio based on line voltage samples of a multi-phase AC line; and a cycloconverter , coupled to the cycloconverter controller and to the multi-phase AC line, for selectively coupling an alternating current to each line (L1, L2, L3) of the multi-phase AC line based on the charge ratio, wherein selectively coupling the alternating current comprises partitioning a cycle of the alternating current based on the charge ratio and coupling each partitioned portion of the alternating current to a different phase of the multi-phase AC line. a cycloconverter controller for determining a charge ratio based on line voltage samples of a multi-phase AC line; and a cycloconverter , coupled to the cycloconverter controller and to the multi-phase AC line, for selectively coupling an alternating current to each line (L1, L2, L3) of the multi-phase AC line based on the charge ratio, wherein selectively coupling the alternating current comprises partitioning a cycle of the alternating current based on the charge ratio and coupling each partitioned portion of the alternating current to a different phase of the multi-phase AC line.
Method for producing an error report relating to an electrical power converter, wherein the power converter has a plurality of modules (1_1, 1_2, 1_3) of the same type which each have at least two electronic switching elements and an electrical energy store , wherein, in the method - a control device sends a first message to one of the modules (1_1), the first message is transmitted to the module (1_1) via a communication connection associated with the module (1_1) and the first message is received by the module (1_1), - the module (1_1) sends a second message to the control device , the second message is transmitted to the control device via the communication connection associated with the module (1_1) and the second message is received by the control device , - in the module (1_1), the received first message is checked for whether it differs from the sent first message, and the occurrence of an error is detected when the received first message differs from the sent first message, and/or in the control device , the received second message is checked for whether it differs from the sent second message, and the occurrence of an error is detected when the received second message differs from the sent second message, - when an error is detected, information relating to this error is stored in a monitoring device , and - the monitoring device produces an error report containing at least a subset of the information that is stored in the monitoring device and relates to errors detected during a monitoring period. - a control device sends a first message to one of the modules (1_1), the first message is transmitted to the module (1_1) via a communication connection associated with the module (1_1) and the first message is received by the module (1_1), - the module (1_1) sends a second message to the control device , the second message is transmitted to the control device via the communication connection associated with the module (1_1) and the second message is received by the control device , - in the module (1_1), the received first message is checked for whether it differs from the sent first message, and the occurrence of an error is detected when the received first message differs from the sent first message, and/or in the control device , the received second message is checked for whether it differs from the sent second message, and the occurrence of an error is detected when the received second message differs from the sent second message, - when an error is detected, information relating to this error is stored in a monitoring device , and - the monitoring device produces an error report containing at least a subset of the information that is stored in the monitoring device and relates to errors detected during a monitoring period.
A computer implemented method of network monitoring and control, the method comprising receiving alerts related to monitored devices; analyzing the alerts to identify alerts related to a first monitored device; automatically performing at least one predefined action for the first monitored device based on the identified alerts; characterized in that the method further comprises checking whether one, two, or more than two alerts related to the first monitored device have occurred during a predefined period of time; responsive to identifying that one alert related to the first monitored device has occurred during the predefined period of time, performing a first set of actions as the predefined action; responsive to identifying that two alerts related to the first monitored device have occurred during the predefined period of time, performing a second set of actions as the predefined action; and responsive to identifying that more than two alerts related to the first monitored device have occurred during the predefined period of time, generating a ticket for manual action as the predefined action. receiving alerts related to monitored devices; analyzing the alerts to identify alerts related to a first monitored device; automatically performing at least one predefined action for the first monitored device based on the identified alerts; characterized in that the method further comprises checking whether one, two, or more than two alerts related to the first monitored device have occurred during a predefined period of time; responsive to identifying that one alert related to the first monitored device has occurred during the predefined period of time, performing a first set of actions as the predefined action; responsive to identifying that two alerts related to the first monitored device have occurred during the predefined period of time, performing a second set of actions as the predefined action; and responsive to identifying that more than two alerts related to the first monitored device have occurred during the predefined period of time, generating a ticket for manual action as the predefined action.
Method for the secondary fusion aluminum slags treatment for obtaining finished goods intended for agricultural, domestic and industrial use, comprising the treatment of the aluminous material with concentrated sulfuric acid for obtaining aluminum sulfate, characterized in that the aluminous material comes from slags fed in a discontinuous way, in lots of finite-dimension to a plant of aluminum slags treatment, said aluminous material comprises aluminum oxides present for at least 30% in weight, and in that the process comprises a) a first step of separation of the metals present in the slags, with known methodologies, for obtaining powders of metals like Fe, Cu, Zn, Ni and for obtaining an aluminous component in form of aluminum grains; b) a following step of treatment of the aluminous component, with sulfuric acid for obtaining aluminum sulfate in solution and/or in form of crystals; c) a following step of obtainment of a solid residual portion, obtained from the preceding step of treatment of said aluminous component, apt to be used as refractory material in applications with thermal character. a) a first step of separation of the metals present in the slags, with known methodologies, for obtaining powders of metals like Fe, Cu, Zn, Ni and for obtaining an aluminous component in form of aluminum grains; b) a following step of treatment of the aluminous component, with sulfuric acid for obtaining aluminum sulfate in solution and/or in form of crystals; c) a following step of obtainment of a solid residual portion, obtained from the preceding step of treatment of said aluminous component, apt to be used as refractory material in applications with thermal character.
An imaging lens consists of: a first lens group (I) having positive power, the first lens group including a positive lens (LI 1) closest to an object within the first lens group; an aperture stop (S); and a second lens group (II) having positive power; the first lens group (I), the aperture stop (S), and the second lens group (II) being disposed in that order from an object side toward an image side (Im), wherein only two negative air lenses of a first biconvex air lens (ALI) and a second biconvex air lens (ALII) are provided within the imaging lens, wherein the first lens group (I) includes the first biconvex air lens (ALI), and the second lens group (II) includes the second biconvex air lens (ALII), and the imaging lens includes four air lenses in total, including the only two negative air lenses (ALI, ALII). a first lens group (I) having positive power, the first lens group including a positive lens (LI 1) closest to an object within the first lens group; an aperture stop (S); and a second lens group (II) having positive power; the first lens group (I), the aperture stop (S), and the second lens group (II) being disposed in that order from an object side toward an image side (Im), wherein only two negative air lenses of a first biconvex air lens (ALI) and a second biconvex air lens (ALII) are provided within the imaging lens, wherein the first lens group (I) includes the first biconvex air lens (ALI), and the second lens group (II) includes the second biconvex air lens (ALII), and the imaging lens includes four air lenses in total, including the only two negative air lenses (ALI, ALII).
A digital radiographic (DR) detector comprising: a planar multilayer core comprising a two-dimensional array of photo-sensitive cells ; a rectangular shaped housing comprising upper and lower shells which, when joined together, leave only one open side; and an end cap configured to cover the only one open side of the rectangular shaped housing and characterized by being further configured to thermally engage a heat source inside the rectangular shaped housing and to provide a thermal path from the heat source to an exterior of the rectangular shaped housing . a planar multilayer core comprising a two-dimensional array of photo-sensitive cells ; a rectangular shaped housing comprising upper and lower shells which, when joined together, leave only one open side; and an end cap configured to cover the only one open side of the rectangular shaped housing and characterized by being further configured to thermally engage a heat source inside the rectangular shaped housing and to provide a thermal path from the heat source to an exterior of the rectangular shaped housing .
Stamping and creasing tool, in particular for producing folding box blanks , with a carrier plate in which at least one recess (5, 5', 5") for storing at least one stamping and/or creasing line in the form a strip steel section is arranged, wherein at least one elastic holding element is arranged for the clamping and detachable holding of the punching and/or creasing line , which is inserted into the recess (5, 5', 5") and/or can be inserted into an additional recess in the carrier plate and is held there in a detachable manner, characterized in that the holding element is U-shaped in vertical cross section and has two free legs , between which a groove is designed to receive and clamp the punching and/or creasing line , wherein the free legs of the U-shaped holder are connected to one another via a web .
A GnRH or a GnRH analog in combination with a sex hormone for use in the treatment or prevention of an intracellular infection, wherein the intracellular infection is selected from the group consisting of intracellular bacterial, intracellular protozoal, and intracellular fungal infections.
A material pressure regulator, preferably a counter pressure regulator, for regulating the pressure of a flowable medium, in particular a liquid and/or a gas, having a pressure chamber through which the medium can flow from an inlet to an outlet , wherein the cross-section of the pressure chamber is variable in order to set the pressure at the inlet of the pressure chamber by means of a counter pressure across the wall of the pressure chamber , characterized in that the wall of the pressure chamber is formed by a plurality of moveable sections.
A fan blade , comprising: a leading edge ; an attachment root (100;130) extending aft of the leading edge ; and a trench (104;124;134) formed in a surface of the attachment root (100;130), the trench (104;124;134) opening at the leading edge and extending aft from the leading edge ; and characterised by the trench (104;124;134) terminating at an end surface (108;138) disposed at an interior area of the surface of the attachment root (100;130), wherein an axial length (L 1 ;L 2 ) of the trench (104;124;134) is less than an axial length (L 3 ) of the attachment root (100;130), wherein the axial length (L 1 ;L 2 ) of the trench (104;124;134) is at least half the axial length (L 3 ) of the attachment root (100;130). a leading edge ; an attachment root (100;130) extending aft of the leading edge ; and a trench (104;124;134) formed in a surface of the attachment root (100;130), the trench (104;124;134) opening at the leading edge and extending aft from the leading edge ; and characterised by the trench (104;124;134) terminating at an end surface (108;138) disposed at an interior area of the surface of the attachment root (100;130), wherein an axial length (L 1 ;L 2 ) of the trench (104;124;134) is less than an axial length (L 3 ) of the attachment root (100;130), wherein the axial length (L 1 ;L 2 ) of the trench (104;124;134) is at least half the axial length (L 3 ) of the attachment root (100;130).
An electronic device comprising: a battery ; a wireless communication circuit ; a housing ; a connector of the housing ; and at least one processor , wherein the at least one processor is configured to: identify that a cover is connected to the electronic device if a connector of the cover is electrically connected with the connector of the housing of the electronic device, control to receive wireless power for charging the battery, identify whether an event occurs on the electronic device while receiving the wireless power for charging the battery, and based on identifying that the event occurs on the electronic device, control to supply, to the cover, power and transmit , to the cover, information associated with the event through Near Field Communication, NFC, by using the wireless communication circuit, while receiving the wireless power for charging the battery. a battery ; a wireless communication circuit ; a housing ; a connector of the housing ; and at least one processor , wherein the at least one processor is configured to: identify that a cover is connected to the electronic device if a connector of the cover is electrically connected with the connector of the housing of the electronic device, control to receive wireless power for charging the battery, identify whether an event occurs on the electronic device while receiving the wireless power for charging the battery, and based on identifying that the event occurs on the electronic device, control to supply, to the cover, power and transmit , to the cover, information associated with the event through Near Field Communication, NFC, by using the wireless communication circuit, while receiving the wireless power for charging the battery. identify that a cover is connected to the electronic device if a connector of the cover is electrically connected with the connector of the housing of the electronic device, control to receive wireless power for charging the battery, identify whether an event occurs on the electronic device while receiving the wireless power for charging the battery, and based on identifying that the event occurs on the electronic device, control to supply, to the cover, power and transmit , to the cover, information associated with the event through Near Field Communication, NFC, by using the wireless communication circuit, while receiving the wireless power for charging the battery.
Pruning tool , in particular a branch pruner, a lopper or a secateur, comprising an elongated handle , whereby a movable working device is arranged at a first end portion of the handle, further comprising an actuation handle being arranged on the elongated handle and being movable along the elongated handle between a first position and a second position, further comprising a stop element being fixed on the handle in order to limit the movement of the actuation handle in the direction of the working device , whereby the actuation handle is coupled to the working device by means of a pulling member in order to transmit actuating forces on the working device , characterised in that in order to perform a first cutting action a first end of the pulling member is detachable fixable to the stop element and in order to perform a second cutting action the first end of the pulling member is detachable fixable to the actuation handle .