mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: a light emitting structure comprising: a plurality of light emitting diodes (LEDs), each LED comprising a light emitting layer disposed between an n-type region and a p-type region; a p-contact disposed on the p-type region; and an n-contact disposed on the n-type region; and a mount, wherein: the light emitting structure is attached to the mount: and the mount comprises at least two terminals configured to receive direct current: characterized in that the n-contacts and p-contacts are attached to the mount in one of a first orientation and a second orientation; the first orientation is configured to operate the light emitting structure at a different voltage than the second orientation, and in that for each LED, the n-contact is divided into a plurality of first regions electrically connected to each other and the p-contact is divided into a plurality of second regions electrically connected to each other. a light emitting structure comprising: a plurality of light emitting diodes (LEDs), each LED comprising a light emitting layer disposed between an n-type region and a p-type region; a p-contact disposed on the p-type region; and an n-contact disposed on the n-type region; and a plurality of light emitting diodes (LEDs), each LED comprising a light emitting layer disposed between an n-type region and a p-type region; a p-contact disposed on the p-type region; and an n-contact disposed on the n-type region; and a mount, wherein: the light emitting structure is attached to the mount: and the mount comprises at least two terminals configured to receive direct current: the light emitting structure is attached to the mount: and the mount comprises at least two terminals configured to receive direct current: characterized in that the n-contacts and p-contacts are attached to the mount in one of a first orientation and a second orientation; the first orientation is configured to operate the light emitting structure at a different voltage than the second orientation, and in that for each LED, the n-contact is divided into a plurality of first regions electrically connected to each other and the p-contact is divided into a plurality of second regions electrically connected to each other.
A filter, comprising: a housing having an input port and an output port; a plurality of resonant cavities within the housing, each resonant cavity including a respective notch resonator; and a bandpass filter that includes a plurality of bandpass resonators, the bandpass filter extending between the input port and the output port, wherein the filter is an interference mitigation filter that includes a passband and a stopband, and wherein the notch resonators are configured to generate a plurality of nulls within the stopband, wherein the bandpass resonators are arranged in a staggered line that extends substantially from the input port to the output port. a housing having an input port and an output port; a plurality of resonant cavities within the housing, each resonant cavity including a respective notch resonator; and a bandpass filter that includes a plurality of bandpass resonators, the bandpass filter extending between the input port and the output port, wherein the filter is an interference mitigation filter that includes a passband and a stopband, and wherein the notch resonators are configured to generate a plurality of nulls within the stopband, wherein the bandpass resonators are arranged in a staggered line that extends substantially from the input port to the output port.
Mounting for a connector (17, 18, 19) for connection of a household device, in particular refrigeration device, to the mains voltage with a fastening element for fastening on the mounting on the household device, in particular refrigeration device, or an element associated with the household device, in particular refrigeration device, and a receiving element for receiving the connector (17, 18, 19), wherein the receiving element has a positioning element which, for holding one or a multiplicity of connector contacts (20, 20b) of the connectors (17, 18, 19) in a defined, contactable position, is so shaped that it receives the connector contacts (20, 20b) itself, and the receiving element has an insertion area for the insertion of counter contacts for the connector contacts (20, 20b), characterised in that the positioning element has a seating (5, 5b) for supporting connector contacts (20, 20b) against the counter contacts, the length of which seating (5, 5b) amounting to more than half of the length of the connector contacts (20, 20b).
A resin deterioration evaluation test method using a fluorescent agent, comprising: irradiating a resin component with ultraviolet rays and measuring a fluorescence amount emitted by a fluorescent agent in response to the irradiating (STEP S2), the fluorescent agent being on a surface of the resin component and emitting fluorescence in response to ultraviolet irradiation in itself; and evaluating a deterioration degree of the resin component based on the fluorescence amount (STEP S3), wherein, in the evaluating (STEP S3), the deterioration degree of the resin component is evaluated based on a predetermined relation between the fluorescence amount and the deterioration degree. irradiating a resin component with ultraviolet rays and measuring a fluorescence amount emitted by a fluorescent agent in response to the irradiating (STEP S2), the fluorescent agent being on a surface of the resin component and emitting fluorescence in response to ultraviolet irradiation in itself; and evaluating a deterioration degree of the resin component based on the fluorescence amount (STEP S3), wherein, in the evaluating (STEP S3), the deterioration degree of the resin component is evaluated based on a predetermined relation between the fluorescence amount and the deterioration degree.
A system for determining the carbon footprint of a compressed gas leak from a compressed gas supply created by an electrical compressor connected to an electrical power generation network, the system comprising: an ultrasonic detector configured to detect the existence and volume of a compressed gas leak and to generate an electrical signal representative thereof; a storage device configured to store information on the type of compressed gas, the efficiency of the compressor creating the compressed gas and the carbon emissions necessary for the electrical generation system that drives the compressor to generate a unit of electricity; a processing unit connected to receive the electrical signal and having access to said storage device, said processing unit including a software module configured to determine an amount of electrical energy per unit of time needed to recharge a loss in compressed gas that results from the determined compressed gas leak based on the efficiency of the compressor; and a display connected to the processing unit and configured to display the amount of electrical energy associated with the compressed gas leak.
A vehicle window glass lifting device, comprising: a drive mechanism arrangeable on a vehicle door to vertically move a window glass; a control unit for controlling the drive mechanism; and a camera for capturing an image of a detection line of the vehicle window glass lifting device, providable along at least a part of an outer edge of the window glass in a state that the door and the window glass are closed, characterised in that the detection line comprises at least a first detection line, providable on the interior side of the window glass, and a second detection line, providable outwardly of the first detection line in a vehicle width direction, wherein the control unit comprises a detection means for detecting a first blocked state in which at least a part of the first detection line captured as the image by the camera is blocked by a foreign object and a second blocked state in which at least a part of the second detection line captured as the image by the camera is blocked by the foreign object, and a crime prevention control means that determines that the foreign object intrudes from the vehicle exterior to a vehicle interior and conducts a crime prevention operation to a crime prevention when a condition that the second blocked state is detected by the detection means without detecting the first blocked state is satisfied. a drive mechanism arrangeable on a vehicle door to vertically move a window glass; a control unit for controlling the drive mechanism; and a camera for capturing an image of a detection line of the vehicle window glass lifting device, providable along at least a part of an outer edge of the window glass in a state that the door and the window glass are closed, characterised in that the detection line comprises at least a first detection line, providable on the interior side of the window glass, and a second detection line, providable outwardly of the first detection line in a vehicle width direction, wherein the control unit comprises a detection means for detecting a first blocked state in which at least a part of the first detection line captured as the image by the camera is blocked by a foreign object and a second blocked state in which at least a part of the second detection line captured as the image by the camera is blocked by the foreign object, and a crime prevention control means that determines that the foreign object intrudes from the vehicle exterior to a vehicle interior and conducts a crime prevention operation to a crime prevention when a condition that the second blocked state is detected by the detection means without detecting the first blocked state is satisfied.
A method for transmitting data, by a user equipment, comprising: receiving, by the user equipment, first information sent by a network side, wherein the first information is information indicative of performing a serving cell handover to a new serving cell and characterized in setting, by the user equipment, according to the first information, transmission mode indication information indicative of using a single stream mode to transmit data, so that the UE uses the single stream mode for transmitting data when being handed over to the new serving cell. receiving, by the user equipment, first information sent by a network side, wherein the first information is information indicative of performing a serving cell handover to a new serving cell and
Oral surgery system comprising: a surgical instrument movable by an operator; a first sensor attached to the surgical instrument and configured to provide first data representative of an orientation in space of the surgical instrument; a second sensor so as to be attached to the dentition or maxillary bone or mandible of the patient and provide second data representative of an orientation in space of the maxillary bone or mandible of the patient; a computing device connected to the first and second sensors to receive the first and second data and configured to provide at least one angular value representative of an inclination between said surgical instrument and the maxillary bone or mandible; an interface device configured to make available to the operator said at least one angular value representative of the inclination; characterized by further comprising: a third sensor configured to communicate with the first sensor and the second sensor and perform a calibration procedure comprising: detecting an orientation of a plane defined by the maxillary bone and/or the mandible and associating it as a reference plane for the second sensor; detecting an initial value associated with an orientation of the first sensor attached to the surgical instrument and correlating it to that reference plane. a surgical instrument movable by an operator; a first sensor attached to the surgical instrument and configured to provide first data representative of an orientation in space of the surgical instrument; a second sensor so as to be attached to the dentition or maxillary bone or mandible of the patient and provide second data representative of an orientation in space of the maxillary bone or mandible of the patient; a computing device connected to the first and second sensors to receive the first and second data and configured to provide at least one angular value representative of an inclination between said surgical instrument and the maxillary bone or mandible; an interface device configured to make available to the operator said at least one angular value representative of the inclination; characterized by further comprising: a third sensor configured to communicate with the first sensor and the second sensor and perform a calibration procedure comprising: detecting an orientation of a plane defined by the maxillary bone and/or the mandible and associating it as a reference plane for the second sensor; detecting an initial value associated with an orientation of the first sensor attached to the surgical instrument and correlating it to that reference plane.
A method for authenticating a permission of a user to access an action within a software application platform having a hierarchical permission system, the method comprising: receiving, from an application platform, a request to authenticate a user for access to an action within the application platform, the request including a token received from the user and an indication of an action to be performed by the user within the application platform; determining that the token includes an identification of the action as an action within the software application platform that the user has permission to perform; based on the identification of the action as a permissible action, providing a response to the application platform indicating that the user is authorized to perform the action within the software application platform; characterized in that, determining that the token should be refreshed because the user has access to an additional action to which the user previously did not have access; and generating a new version of the token by: obtaining a set of actions within the software application platform that the user has permission to perform within the software application, including the additional feature; generating a list of identifiers of the set of actions; and generating an encryption of at least the list of identifiers; providing the new version of the token to the application platform in the response to the application platform. receiving, from an application platform, a request to authenticate a user for access to an action within the application platform, the request including a token received from the user and an indication of an action to be performed by the user within the application platform; determining that the token includes an identification of the action as an action within the software application platform that the user has permission to perform; based on the identification of the action as a permissible action, providing a response to the application platform indicating that the user is authorized to perform the action within the software application platform; characterized in that, determining that the token should be refreshed because the user has access to an additional action to which the user previously did not have access; and generating a new version of the token by: obtaining a set of actions within the software application platform that the user has permission to perform within the software application, including the additional feature; generating a list of identifiers of the set of actions; and generating an encryption of at least the list of identifiers; obtaining a set of actions within the software application platform that the user has permission to perform within the software application, including the additional feature; generating a list of identifiers of the set of actions; and generating an encryption of at least the list of identifiers; providing the new version of the token to the application platform in the response to the application platform.
A method of controlling a ballast in a circuit for a lighting application and connected to a mains power supply, the method comprising determining whether a dimmer is present in the circuit, comprising determining whether a trailing edge dimmer is present and determining whether a leading edge dimmer is present; in response to detecting that a dimmer is present, determining a moment indicative of a zero-crossing of the power supply and setting a bleeder current through the ballast in dependence on the phase of the power supply within a mains half-cycle; and in response to determining that a dimmer is not present, disabling the bleeder current; characterised in that setting bleeder current through the ballast in dependence on the phase of the power supply comprises, (a) in the case that a trailing edge dimmer is present: determining a phase of the trailing edge; setting a first bleeder current during a part of the mains half-cycle including the trailing edge; and at least one of setting a second bleeder current, lower than the first bleeder current, during a later part of the mains half-cycle, and disabling the bleeder current during an earlier part of the mains half-cycle; and (b) in the case that a leading edge dimmer is present, determining the phase of the leading edge; setting a latching bleeder current during a part of the mains half-cycle including the leading edge and setting a synchronisation bleeder current, lower than the latching bleeder current, during an earlier part of the mains half-cycle. determining a moment indicative of a zero-crossing of the power supply and setting a bleeder current through the ballast in dependence on the phase of the power supply within a mains half-cycle; and (a) in the case that a trailing edge dimmer is present: determining a phase of the trailing edge; setting a first bleeder current during a part of the mains half-cycle including the trailing edge; and at least one of setting a second bleeder current, lower than the first bleeder current, during a later part of the mains half-cycle, and disabling the bleeder current during an earlier part of the mains half-cycle; and determining a phase of the trailing edge; setting a first bleeder current during a part of the mains half-cycle including the trailing edge; and at least one of setting a second bleeder current, lower than the first bleeder current, during a later part of the mains half-cycle, and disabling the bleeder current during an earlier part of the mains half-cycle; and setting a second bleeder current, lower than the first bleeder current, during a later part of the mains half-cycle, and disabling the bleeder current during an earlier part of the mains half-cycle; and (b) in the case that a leading edge dimmer is present, determining the phase of the leading edge; setting a latching bleeder current during a part of the mains half-cycle including the leading edge and setting a synchronisation bleeder current, lower than the latching bleeder current, during an earlier part of the mains half-cycle.
A process for the production of a composite material from textile waste derived from clothing and polyethylene film waste, the method comprising the following steps: a) comminuting the textile waste derived from clothing into the fraction up to 15 mm in size, b) comminuting the polyethylene film into the fraction up to 15 mm in size, c) separating metal parts from the comminuted textiles, d) separating metal parts and unwanted plastics from the comminuted film, e) further comminuting textiles into the fraction up to 5 mm in size, f) mixing the comminuted textiles with the comminuted film, said textiles constituting 10-50% of the mixture, g) plasticizing, homogenizing and extruding the obtained mixture in an extruder at the temperature of 170-240°C and under the pressure of 8-15 MPa. a) comminuting the textile waste derived from clothing into the fraction up to 15 mm in size, b) comminuting the polyethylene film into the fraction up to 15 mm in size, c) separating metal parts from the comminuted textiles, d) separating metal parts and unwanted plastics from the comminuted film, e) further comminuting textiles into the fraction up to 5 mm in size, f) mixing the comminuted textiles with the comminuted film, said textiles constituting 10-50% of the mixture, g) plasticizing, homogenizing and extruding the obtained mixture in an extruder at the temperature of 170-240°C and under the pressure of 8-15 MPa.
A method for producing a three-dimensional object, the method comprising: a nozzle checking step of detecting an ejection state of a droplet (C, D, F) ejected from each of a plurality of nozzles of a head so as to determine whether each of the plurality of nozzles is a normal nozzle or an abnormal nozzle; and a lower-layer forming step of ejecting droplets from the plurality of nozzles so as to form a lower layer (L1a), wherein when at least one of the plurality of nozzles is determined to be an abnormal nozzle in the nozzle checking step, the head is cleaned before and/or after the lower-layer forming step, characterized by an upper-layer forming step of forming an upper layer (L1b) over the lower layer (L1a) in such a manner that hitting positions of the droplets ejected from the plurality of nozzles are different from hitting positions of the droplets ejected in the lower-layer forming step, wherein the upper-layer forming step comprises: causing a recovery nozzle, which is a normal nozzle, to eject a droplet so as to cause the droplet ejected from the recovery nozzle to hit a hitting position of a droplet ejected from the abnormal nozzle in the lower-layer forming step; and adjusting an amount of ejection of the droplet ejected from the recovery nozzle based on the ejection state of the droplet ejected from the abnormal nozzle detected in the nozzle checking step. a nozzle checking step of detecting an ejection state of a droplet (C, D, F) ejected from each of a plurality of nozzles of a head so as to determine whether each of the plurality of nozzles is a normal nozzle or an abnormal nozzle; and a lower-layer forming step of ejecting droplets from the plurality of nozzles so as to form a lower layer (L1a), wherein when at least one of the plurality of nozzles is determined to be an abnormal nozzle in the nozzle checking step, the head is cleaned before and/or after the lower-layer forming step, characterized by an upper-layer forming step of forming an upper layer (L1b) over the lower layer (L1a) in such a manner that hitting positions of the droplets ejected from the plurality of nozzles are different from hitting positions of the droplets ejected in the lower-layer forming step, characterized by an upper-layer forming step of forming an upper layer (L1b) over the lower layer (L1a) in such a manner that hitting positions of the droplets ejected from the plurality of nozzles are different from hitting positions of the droplets ejected in the lower-layer forming step, wherein the upper-layer forming step comprises: causing a recovery nozzle, which is a normal nozzle, to eject a droplet so as to cause the droplet ejected from the recovery nozzle to hit a hitting position of a droplet ejected from the abnormal nozzle in the lower-layer forming step; and adjusting an amount of ejection of the droplet ejected from the recovery nozzle based on the ejection state of the droplet ejected from the abnormal nozzle detected in the nozzle checking step.