mhurhangee/ep-ind-claims huggingface dataset:
A semiconductor chip which has a semiconductor body comprising a semiconductor layer sequence, wherein - the semiconductor layer sequence comprises an n-conducting multilayer structure, a p-conducting semi-conductor layer and an active region for generating radiation, the active region is arranged between the n-conducting multilayer structure and the p-conducting semiconductor layer; - a doping profile is formed in the n-conducting multilayer structure, said doping profile comprising at least one doping tip which has, compared to at least one region adjacent thereto, a high doping concentration of at least 2*10 18 cm -3; - the n-conducting multilayer structure comprises a quantum structure having a plurality of quantum layers which are arranged between barrier layers; and - in a region of the n-conducting multilayer structure adjoining the doping tip, the quantum layers and the barrier layers adjoining the quantum layers are lightly doped with a doping concentration of at least 1*10 16 cm -3 and of at most 1*10 18 cm -3. - the semiconductor layer sequence comprises an n-conducting multilayer structure, a p-conducting semi-conductor layer and an active region for generating radiation, the active region is arranged between the n-conducting multilayer structure and the p-conducting semiconductor layer; - a doping profile is formed in the n-conducting multilayer structure, said doping profile comprising at least one doping tip which has, compared to at least one region adjacent thereto, a high doping concentration of at least 2*10 18 cm -3; - the n-conducting multilayer structure comprises a quantum structure having a plurality of quantum layers which are arranged between barrier layers; and - in a region of the n-conducting multilayer structure adjoining the doping tip, the quantum layers and the barrier layers adjoining the quantum layers are lightly doped with a doping concentration of at least 1*10 16 cm -3 and of at most 1*10 18 cm -3.
An apparatus, comprising: a processor circuit; and a server application for execution by the processor circuit, the server application comprising an account management component to receive a request from a client having a first account via a client device for a second account to access a server device in a set of server devices, an account authorization component to authorize the request for the second account based at least partially on account information associated with the first account, an account provisioning component to provision the second account to enable a client to access the server device, and an account notification component to provide account information associated with the second account to the client via the client device; wherein said second account is a just-in-time account; and wherein the set of server devices is segmented into a plurality of breach boundaries and each breach boundary of the plurality of breach boundaries is associated with a single security group configured to grant access to a set of server devices in each breach boundary. a processor circuit; and a server application for execution by the processor circuit, the server application comprising an account management component to receive a request from a client having a first account via a client device for a second account to access a server device in a set of server devices, an account authorization component to authorize the request for the second account based at least partially on account information associated with the first account, an account provisioning component to provision the second account to enable a client to access the server device, and an account notification component to provide account information associated with the second account to the client via the client device; wherein said second account is a just-in-time account; and wherein the set of server devices is segmented into a plurality of breach boundaries and each breach boundary of the plurality of breach boundaries is associated with a single security group configured to grant access to a set of server devices in each breach boundary.
An inkjet recording method comprising: applying a drive signal from a drive circuit (501, 502) of an inkjet recording apparatus to each drive group to eject ink from a nozzle of an inkjet head with respect to each drive group; wherein the inkjet head comprises a common ink chamber that receives ink, a head chip to which the ink in the common ink chamber is to be fed, and a nozzle that ejects the ink fed to the head chip, the head chip comprises a plurality of tubular pressure chambers that allow the nozzle and the common ink chamber to be communicated, and a pressurizing portion that deforms the pressure chambers to pressurize the pressure chambers, the pressure chambers are aligned in two or more rows in the head chip, each row of the pressure chambers belongs to a different drive group from a drive group of an adjacent row of the pressure chambers, the drive circuit (501, 502) outputs the drive signal with respect to each different drive group at time difference M, characterised in that the ink has a surface tension of 45 mN/m or less, and the ink contains a water-soluble dye, a pigment, a reactive dye, an acid dye or a direct dye, the time difference M is represented by the following equation: M = nAL + t wherein M represents a time difference, n represents an integer of 1 or more, AL represents a half of an acoustic resonance period of a pressure wave in each of the pressure chambers, and t represents a pressure wave transmission time to be determined by "distance between nozzles in different drive groups"/"speed of sound transmitting in ink". applying a drive signal from a drive circuit (501, 502) of an inkjet recording apparatus to each drive group to eject ink from a nozzle of an inkjet head with respect to each drive group; wherein the inkjet head comprises a common ink chamber that receives ink, a head chip to which the ink in the common ink chamber is to be fed, and a nozzle that ejects the ink fed to the head chip, the head chip comprises a plurality of tubular pressure chambers that allow the nozzle and the common ink chamber to be communicated, and a pressurizing portion that deforms the pressure chambers to pressurize the pressure chambers, the pressure chambers are aligned in two or more rows in the head chip, each row of the pressure chambers belongs to a different drive group from a drive group of an adjacent row of the pressure chambers, the drive circuit (501, 502) outputs the drive signal with respect to each different drive group at time difference M, characterised in that the ink has a surface tension of 45 mN/m or less, and the ink contains a water-soluble dye, a pigment, a reactive dye, an acid dye or a direct dye, the time difference M is represented by the following equation: M = nAL + t wherein M represents a time difference, n represents an integer of 1 or more, AL represents a half of an acoustic resonance period of a pressure wave in each of the pressure chambers, and t represents a pressure wave transmission time to be determined by "distance between nozzles in different drive groups"/"speed of sound transmitting in ink".
A method of operating a battery module, the method comprising: detecting an internal short circuit within a battery cell of the battery module; and closing a first switch within an external circuit connected to the battery cell in order to generate heat in a heat sink within the external circuit; and wherein the internal short circuit is detected if a voltage of the battery cell is below a voltage threshold; and further comprising maintaining the first switch in a closed state after the internal short circuit is detected, until a temperature of the battery cell is below a temperature threshold; further comprising confirming the internal short circuit based on a current of the battery cell by measuring a current of the battery cell that is approximately zero. detecting an internal short circuit within a battery cell of the battery module; and closing a first switch within an external circuit connected to the battery cell in order to generate heat in a heat sink within the external circuit; and wherein the internal short circuit is detected if a voltage of the battery cell is below a voltage threshold; and further comprising maintaining the first switch in a closed state after the internal short circuit is detected, until a temperature of the battery cell is below a temperature threshold; further comprising confirming the internal short circuit based on a current of the battery cell by measuring a current of the battery cell that is approximately zero.
System for hoisting load on an offshore drilling rig, the system comprising: - a hoisting means including an elongated hoisting member and an elongated hoisting member drive means; - a drill string rotation means suspended from an end of said elongated hoisting member; - a support structure having a first side and a second side, the support structure being adapted to support at least a portion of the weight of said drill string rotation means; and - a first elongated hoisting member guiding means connected to said support structure, said elongated hoisting member being reeved over said elongated hoisting member guiding means from said first side to said second side of the support structure, characterized in that: - said drill string rotation means is a top drive suspended from said elongated hoisting member at said first side of the support structure; and - that the system further comprises a counterweight in the form of a travelling block connected to said elongated hoisting member at said second side of the support structure. - a hoisting means including an elongated hoisting member and an elongated hoisting member drive means; - a drill string rotation means suspended from an end of said elongated hoisting member; - a support structure having a first side and a second side, the support structure being adapted to support at least a portion of the weight of said drill string rotation means; and - a first elongated hoisting member guiding means connected to said support structure, said elongated hoisting member being reeved over said elongated hoisting member guiding means from said first side to said second side of the support structure, characterized in that: - said drill string rotation means is a top drive suspended from said elongated hoisting member at said first side of the support structure; and - that the system further comprises a counterweight in the form of a travelling block connected to said elongated hoisting member at said second side of the support structure.
A grease filter for detachable installation within an aperture of a kitchen hood overlying a cooking appliance, the grease filter comprising; - an external frame, - a plurality of baffles mounted on said external frame with intervals in an opposing manner to form a plurality of inlets and a plurality of outlets, thereby establishing a detour like flow passage for the cooking vapors generated by said cooking appliance, characterized in that, - the external frame and/or the baffles comprise(s) an enamel coating layer, and a porous coating layer on top of the enamel coating layer wherein said porous coating layer's chemical composition comprises quartz and one or more metal oxides. - an external frame, - a plurality of baffles mounted on said external frame with intervals in an opposing manner to form a plurality of inlets and a plurality of outlets, thereby establishing a detour like flow passage for the cooking vapors generated by said cooking appliance, - the external frame and/or the baffles comprise(s) an enamel coating layer, and a porous coating layer on top of the enamel coating layer wherein said porous coating layer's chemical composition comprises quartz and one or more metal oxides.
An information pushing method, applied to a terminal device, wherein the terminal device comprises a coprocessor, an application processor, a modem, a positioning module, and an output device, the coprocessor is separately connected to the positioning module, the application processor, and the modem, and the application processor is connected to the output device; the terminal device stores cell information of at least one cell, the at least one cell comprises a first cell, and the method comprises: after determining by using the modem that the terminal device enters the first cell, triggering, by the coprocessor in a screen-locked state, to enable the positioning module, and obtaining, by using the positioning module, a first geographical location of the terminal device in the first cell; determining, by the coprocessor, that a place of interest exists in a range covered by the first cell and is located near the first geographical location; and sending, by the coprocessor, information of the place of interest to the application processor, wherein the application processor outputs the information of the place of interest by using the output device; wherein the method further comprises: triggering, by the coprocessor, the application processor to wake up based on the cell information of the first cell; downloading, by the application processor, cell information of a new cell from a server, wherein the new cell comprises another cell that is located around the first cell and that does not exist in the at least one cell; and storing, by the application processor, the downloaded cell information of the new cell. after determining by using the modem that the terminal device enters the first cell, triggering, by the coprocessor in a screen-locked state, to enable the positioning module, and obtaining, by using the positioning module, a first geographical location of the terminal device in the first cell; determining, by the coprocessor, that a place of interest exists in a range covered by the first cell and is located near the first geographical location; and sending, by the coprocessor, information of the place of interest to the application processor, wherein the application processor outputs the information of the place of interest by using the output device; wherein the method further comprises: triggering, by the coprocessor, the application processor to wake up based on the cell information of the first cell; triggering, by the coprocessor, the application processor to wake up based on the cell information of the first cell;
A method for controlling a manipulator system (1; 2), wherein the manipulator system (1; 2) comprises multiple drives, and wherein the manipulator system (1; 2) further comprises a first inverter (71, 72) for controlling at least two drives (51, 52, 61, 62), wherein the inverter (71, 72) generates only one control signal, and wherein the method comprises the following method steps: a) Determining the drives (51, 52, 61, 62) that must be used for executing a planned movement path of the manipulator system (1; 2); b) Checking whether a determined drive (51, 52, 61, 62) to be used in the planned movement path of the manipulator system (1; 2) is energized by the first inverter (71, 72), and connecting the first inverter (71, 72) to the drive (51, 52, 61, 62) to be used if it is not energized; and c) Controlling the drive or drives (51, 52, 61, 62) connected to the first inverter by means of the first inverter (71, 72) in order to run the planned movement path of the manipulator system (1; 2), wherein in a first case, the at least two drives (51, 52, 61, 62) are controlled alternately, and wherein in a second case, the at least two drives (51, 52, 61, 62) are moved simultaneously, in which second case the drives (51, 52, 61, 62) are moved in dependence on one another, in which second case each of the n drives is operated with at most 1/n of the power of the inverter (71, 72). a) Determining the drives (51, 52, 61, 62) that must be used for executing a planned movement path of the manipulator system (1; 2); b) Checking whether a determined drive (51, 52, 61, 62) to be used in the planned movement path of the manipulator system (1; 2) is energized by the first inverter (71, 72), and connecting the first inverter (71, 72) to the drive (51, 52, 61, 62) to be used if it is not energized; and c) Controlling the drive or drives (51, 52, 61, 62) connected to the first inverter by means of the first inverter (71, 72) in order to run the planned movement path of the manipulator system (1; 2), wherein in a first case, the at least two drives (51, 52, 61, 62) are controlled alternately, and wherein in a second case, the at least two drives (51, 52, 61, 62) are moved simultaneously, in which second case the drives (51, 52, 61, 62) are moved in dependence on one another, in which second case each of the n drives is operated with at most 1/n of the power of the inverter (71, 72). in a first case, the at least two drives (51, 52, 61, 62) are controlled alternately, and wherein in a second case, the at least two drives (51, 52, 61, 62) are moved simultaneously, in which second case the drives (51, 52, 61, 62) are moved in dependence on one another, in which second case each of the n drives is operated with at most 1/n of the power of the inverter (71, 72).
An optical fiber ribbon comprising: at least three optical fibers arranged side by side; and a plurality of connection parts that each connect two adjacent ones of the optical fibers, the connection parts being provided intermittently in a length direction of the optical fibers and in a width direction of the optical fibers, wherein: a marking configured to be visually recognized for identifying the optical fiber ribbon is provided to each optical fiber; a position, in the optical fiber's circumferential direction, of the marking provided to at least one of the optical fibers is different from a position, in the optical fiber's circumferential direction, of the marking provided to another optical fiber; characterised in that positions of a plurality of markings formed respectively on the optical fibers match one another in the length direction of the optical fibers; the plurality of markings provided respectively at different positions in the length direction of each optical fiber are formed at different positions in the circumferential direction; and a size of each marking of the plurality of markings ranges from 3 to 30 mm in the length direction of the optical fibers. at least three optical fibers arranged side by side; and a plurality of connection parts that each connect two adjacent ones of the optical fibers, the connection parts being provided intermittently in a length direction of the optical fibers and in a width direction of the optical fibers, wherein: a marking configured to be visually recognized for identifying the optical fiber ribbon is provided to each optical fiber; a position, in the optical fiber's circumferential direction, of the marking provided to at least one of the optical fibers is different from a position, in the optical fiber's circumferential direction, of the marking provided to another optical fiber; characterised in that positions of a plurality of markings formed respectively on the optical fibers match one another in the length direction of the optical fibers; the plurality of markings provided respectively at different positions in the length direction of each optical fiber are formed at different positions in the circumferential direction; and a size of each marking of the plurality of markings ranges from 3 to 30 mm in the length direction of the optical fibers. a marking configured to be visually recognized for identifying the optical fiber ribbon is provided to each optical fiber; a position, in the optical fiber's circumferential direction, of the marking provided to at least one of the optical fibers is different from a position, in the optical fiber's circumferential direction, of the marking provided to another optical fiber; characterised in that positions of a plurality of markings formed respectively on the optical fibers match one another in the length direction of the optical fibers; the plurality of markings provided respectively at different positions in the length direction of each optical fiber are formed at different positions in the circumferential direction; and a size of each marking of the plurality of markings ranges from 3 to 30 mm in the length direction of the optical fibers.
Method for operating an industrial truck with a traction drive, with a driver's workplace, which is formed by a driver's stand for a standing operator, and with a steering device, on which at least one accelerator (B1; B2) is arranged, on the activation of which by the operator the traction drive is activated, wherein the accelerator (B1; B2) has a first movement option for a forward travel of the industrial truck, a second movement option for a reverse travel of the industrial truck and a neutral position, characterized in that in an operating state in which the operator is not located on the driver's stand the traction drive is activated by means of the accelerator (B1; B2) only when at least two activation operations of the accelerator (B1; B2) in one of the movement options (M1; M2) is carried out within a predefined time period.
Additional handle for a hand-held machine tool with a handle body for gripping by the hand of a user, a ring-shaped bar, having two ends (32, 33) which can be brought together for clamping securely to the hand-held machine tool, a pre-tensioned spring, which presses the ends (32, 33) which can be brought together such as bring them together and exert a force on them in an effect direction against a stop, a release device (41, 43), which, by the force exerted in the effect direction by the pre-tensioned spring, is held in a basic position, and which can be moved by a user, against the force of the pre-tensioned spring exerted in the effect direction, into a release position, such as to relieve the force pressing the ends against the stop, characterized in that the tension of the pre-tensioned spring in the release position of the release device is higher than the pre-tension of the pre-tensioned spring in the basic position of the release device.
A clamp assembly for clamping an outer peripheral portion of a substrate to a support in a plasma processing chamber of the type in which an RF bias power is applied to the support during the plasma processing of the substrate, the clamp assembly comprising: an outer clamp member; and an inner clamp member which is received by the outer clamp member, the inner clamp member defining an aperture which exposes the substrate to the plasma processing; in which the outer clamp member has an inner portion terminating in an inner edge, wherein the inner portion is spaced apart from the inner clamp member, and wherein the outer clamp member is configured to provide most of or even all of the clamping force for the substrate associated with the inner and outer clamp members (22, 24). an outer clamp member; and an inner clamp member which is received by the outer clamp member, the inner clamp member defining an aperture which exposes the substrate to the plasma processing; in which the outer clamp member has an inner portion terminating in an inner edge, wherein the inner portion is spaced apart from the inner clamp member, and wherein the outer clamp member is configured to provide most of or even all of the clamping force for the substrate associated with the inner and outer clamp members (22, 24).