mhurhangee/patent-ind-claim-en huggingface dataset:
A device for preparing an earpiece for its customization, the device including an energy release unit comprising a receiving chamber for receiving the earpiece and configured to release energy into the receiving chamber , a controller configured to control said energy releasing of the energy release unit such that a predetermined amount of energy can be supplied to the earpiece inside the receiving chamber , and a casing including a base and a cover , the casing enclosing an inner space between the base and the cover , the cover comprising an opening exposing the receiving chamber such that the earpiece is insertable into the receiving chamber through the opening of the cover , wherein the energy release unit is provided in the inner space and the device further comprises a deposition area configured to support a hearing device, the deposition area provided on the cover such that the earpiece to be prepared for customization can be connected to the hearing device, wherein the energy release unit is configured to release thermal energy into the receiving chamber , characterized in that the controller is configured to control the energy release unit to release the energy at a first energy level 2, during a time interval , and subsequently at a second energy level, during another time interval , wherein the first energy level has a larger value than the second energy level and the thermal energy at the first energy level is released at a temperature value above 70° C and the thermal energy at the second energy level is released at a temperature value below 70° C.
A driving force control device for a hybrid vehicle capable of mode transition between an EV mode in which only an electric motor (MG1) is used as a traveling drive source and an HEV mode in which the electric motor and an internal combustion engine (ICE) are used as traveling drive sources, and that does not have a differential rotation absorbing element in the drive system, comprising a driving force control unit configured to control a driving force to a drive wheel in accordance with a required driving force within a range of a maximum outputable driving force of the traveling drive source, characterized in that the driving force control unit is configured to limit the driving force transmitted to the drive wheel in the HEV mode in accordance with the maximum outputable driving force in the EV mode at a time of the mode transition when mode transitioning from the EV mode to the HEV mode while a change in a vehicle speed is occurring and the maximum outputable driving force in the EV mode is lower than the required driving force.
Process for producing polycarbonate by the interfacial process from at least one dihydroxydiarylalkane, phosgene, at least one catalyst, and at least one chain terminator, characterized in that (i) the at least one chain terminator is introduced into the reaction system comprising at least the at least one dihydroxydiarylalkane, phosgene, and the reaction product R of the at least one dihydroxydiarylalkane and phosgene at a point at which the reaction product R is a mixture of compounds and these compounds on average have a degree of polymerization of at least one unit and at most six units formed from the at least one dihydroxydiarylalkane by the reaction with the phosgene.
A milking box , comprising: a stall portion ; and a backplane positioned in the stall portion of the milking box , the backplane operable to: move toward the rear of the stall portion in response to pressure applied to a contact surface of the backplane ; and move toward the front of the stall portion in response to pressure removed from the contact surface , a robotic attacher comprising a controller and a supplemental arm , the controller operable to: determine the position of the backplane relative to the rear of the stall portion ; determine an x- offset based at least in part upon the position of the backplane ; and communicate a signal to move the robotic attacher in an x-direction, the amount of movement determined at least in part according to the x-offset, a sensor operable to read an identifier associated with a dairy livestock located in the stall portion and to communicate the identifier to the controller ; wherein the controller is further operable to determine relative positions of the teats of the dairy livestock based at least in part upon the identifier; and wherein the amount of movement in the x- direction is further determined at least in part according to the relative positions of the teats. a stall portion ; and a backplane positioned in the stall portion of the milking box , the backplane operable to: move toward the rear of the stall portion in response to pressure applied to a contact surface of the backplane ; and move toward the front of the stall portion in response to pressure removed from the contact surface , move toward the rear of the stall portion in response to pressure applied to a contact surface of the backplane ; and move toward the front of the stall portion in response to pressure removed from the contact surface , a robotic attacher comprising a controller and a supplemental arm , the controller operable to: determine the position of the backplane relative to the rear of the stall portion ; determine an x- offset based at least in part upon the position of the backplane ; and communicate a signal to move the robotic attacher in an x-direction, the amount of movement determined at least in part according to the x-offset, determine the position of the backplane relative to the rear of the stall portion ; determine an x- offset based at least in part upon the position of the backplane ; and communicate a signal to move the robotic attacher in an x-direction, the amount of movement determined at least in part according to the x-offset, a sensor operable to read an identifier associated with a dairy livestock located in the stall portion and to communicate the identifier to the controller ; wherein the controller is further operable to determine relative positions of the teats of the dairy livestock based at least in part upon the identifier; and wherein the amount of movement in the x- direction is further determined at least in part according to the relative positions of the teats.
A system for identifying print quality at a printer , the system comprising: a memory that stores reference data for nozzles of a printer ; and a controller configured to acquire measurement data after operation of the nozzles , calculate differences between the reference data and the measurement data, apply the differences as an input to an isolation forest, operate the isolation forest to determine isolation values for the nozzles , identify nozzles having more than a threshold amount of deviation from the reference data based on the isolation values, and generate a report flagging the identified nozzles for maintenance, characterized in that the controller is further configured to determine inverse isolation values for the nozzles based on the isolation values, and to include an aggregation of the inverse isolation values in the report as a print quality metric. a memory that stores reference data for nozzles of a printer ; and a controller configured to acquire measurement data after operation of the nozzles , calculate differences between the reference data and the measurement data, apply the differences as an input to an isolation forest, operate the isolation forest to determine isolation values for the nozzles , identify nozzles having more than a threshold amount of deviation from the reference data based on the isolation values, and generate a report flagging the identified nozzles for maintenance, characterized in that the controller is further configured to determine inverse isolation values for the nozzles based on the isolation values, and to include an aggregation of the inverse isolation values in the report as a print quality metric.
Endoscope comprising an eyepiece , the eyepiece having a focusing device for positioning the area perceived as sharp by the relaxed human eye and for correcting an axial ametropia of an eye of a user of the eyepiece ; the eyepiece having a correcting device (56, 57; 61, 62, 66) for the continuously adjustable correction of an astigmatism of an eye of a user of the eyepiece ; with the correcting device (56, 57; 61, 62, 66) comprising two light-refracting devices which each have different optical powers in different planes, the spacing between the said devices being modifiable or the said devices being rotatable relative to one another, the endoscope having an astigmatism that depends on the refractive index of a medium in which the distal end of the endoscope is arranged and the correcting device (56, 57; 61, 62, 66) of the eyepiece also enabling a correction of the astigmatism of the endoscope that depends on the refractive index of the medium, further comprising: an operating device for changing the cylindrical power of the correcting device (56, 57; 61, 62, 66) by a predetermined value, which corresponds to the difference between the astigmatism of the endoscope when the distal end is arranged in air and the astigmatism of the endoscope when the distal end is arranged in water. the eyepiece having a focusing device for positioning the area perceived as sharp by the relaxed human eye and for correcting an axial ametropia of an eye of a user of the eyepiece ; the eyepiece having a correcting device (56, 57; 61, 62, 66) for the continuously adjustable correction of an astigmatism of an eye of a user of the eyepiece ; with the correcting device (56, 57; 61, 62, 66) comprising two light-refracting devices which each have different optical powers in different planes, the spacing between the said devices being modifiable or the said devices being rotatable relative to one another, the endoscope having an astigmatism that depends on the refractive index of a medium in which the distal end of the endoscope is arranged and the correcting device (56, 57; 61, 62, 66) of the eyepiece also enabling a correction of the astigmatism of the endoscope that depends on the refractive index of the medium, further comprising: an operating device for changing the cylindrical power of the correcting device (56, 57; 61, 62, 66) by a predetermined value, which corresponds to the difference between the astigmatism of the endoscope when the distal end is arranged in air and the astigmatism of the endoscope when the distal end is arranged in water.
A biosensor comprising an identification substance that binds to a substance to be detected, and an electrode charged with a charge of the identification substance, the biosensor comprises an inhibitor that inhibits a substance not to be detected from attaching to at least one of the identification substance and the electrode ; and the biosensor is suitable to detect a change in a charge density of the electrode caused by binding of the substance to be detected to the identification substance , characterized in that the identification substance is in contact with the electrode , the inhibitor is formed of a polymer compound having a longer molecular chain than the identification substance, and a self-assembled monolayer is formed on a surface of the electrode from the identification substance and the inhibitor .
A composite resin material, comprising a polychlorotrifluoroethylene and carbon nanotubes and having an average particle diameter of 500μm or smaller and a specific surface area of 1.0 to 6.0 m 2 /g as measured by a surface area measurement method using a specific surface area/pore distribution analyzer based on a constant-volume gas adsorption method.
A power over fiber system comprising: a power sourcing equipment including a semiconductor laser (111, 111A to 111N) that is configured to oscillate with electric power, thereby outputting feed light ; a powered device including a photoelectric conversion element that is configured to convert the feed light into electric power; an optical fiber cable that is configured to transmit the feed light from the power sourcing equipment to the powered device ; a measurer ; and a control device ; characterised in that : the measurer is configured to measure a distance from the power sourcing equipment to the powered device ; and the control device is configured to control the power sourcing equipment to change a laser wavelength of the feed light output on the basis of the distance from the power sourcing equipment to the powered device measured by the measurer to enable power supply with a laser wavelength having a high transmission efficiency. a power sourcing equipment including a semiconductor laser (111, 111A to 111N) that is configured to oscillate with electric power, thereby outputting feed light ; a powered device including a photoelectric conversion element that is configured to convert the feed light into electric power; an optical fiber cable that is configured to transmit the feed light from the power sourcing equipment to the powered device ; a measurer ; and a control device ; characterised in that : the measurer is configured to measure a distance from the power sourcing equipment to the powered device ; and the control device is configured to control the power sourcing equipment to change a laser wavelength of the feed light output on the basis of the distance from the power sourcing equipment to the powered device measured by the measurer to enable power supply with a laser wavelength having a high transmission efficiency. the measurer is configured to measure a distance from the power sourcing equipment to the powered device ; and the control device is configured to control the power sourcing equipment to change a laser wavelength of the feed light output on the basis of the distance from the power sourcing equipment to the powered device measured by the measurer to enable power supply with a laser wavelength having a high transmission efficiency.
A module for the construction of a recreational track, particularly a bicycle track, having a frame on which the modules are placed, wherein the module has an upper part intended for riding and making a curved surface, and in the top view it has a quadrilateral-like shape with two sides in the shape of arches, a rear wall and a front wall , wherein the rear wall and the front wall form the base of the module, as well as the left face wall and an opposite right face wall , which are placed between the rear wall and the front wall, wherein in the side view facing the rear wall, the rear wall has a quadrilateral shape, the sides of which converge upwards at an acute angle, and in the side view facing the right or the left face wall, the front wall has the shape of an arch connecting the upper part with the base of the module , wherein the left face wall and the right face wall form an acute angle in a top view, and when viewed in side view facing the left face wall they form the curved surface making the upper part of the module , which is concave towards the base formed by the rear wall and the front wall .
Drilling tool for producing a bore in the ground, comprising - a rotatably drivable basic body , - a removal means at a lower end of the basic body for removing soil material, and - at least one adjustable removal element which is adjustable between a radially internal retraction position and a radially external extension position in which the removal element protrudes radially outwards relative to the basic body to widen a bore diameter, - wherein for adjusting the removal element there is provided an adjustment mechanism with a rotary member which is rotatable on the basic body about the drilling axis between a first rotary position and a second rotary position, - wherein the at least one removal element is arranged on a pivot arm which, relative to the basic body , is pivotable between a first pivoting position, in which the at least one removal element is in its retraction position, and a second pivoting position, in which the at least one removal element is in its extension position, and - wherein there is provided on the rotary member an actuating cam by which a rotary movement of the rotary member can be converted into a pivoting movement of the at least one pivot arm , characterised in that the at least one actuating cam is configured as a pin , in that the actuating cam which is configured as a pin is attached to the rotary member , and in that on the at least one pivot arm there is formed a link hole in which the pin engages. - a rotatably drivable basic body , - a removal means at a lower end of the basic body for removing soil material, and - at least one adjustable removal element which is adjustable between a radially internal retraction position and a radially external extension position in which the removal element protrudes radially outwards relative to the basic body to widen a bore diameter, - wherein for adjusting the removal element there is provided an adjustment mechanism with a rotary member which is rotatable on the basic body about the drilling axis between a first rotary position and a second rotary position, - wherein the at least one removal element is arranged on a pivot arm which, relative to the basic body , is pivotable between a first pivoting position, in which the at least one removal element is in its retraction position, and a second pivoting position, in which the at least one removal element is in its extension position, and - wherein there is provided on the rotary member an actuating cam by which a rotary movement of the rotary member can be converted into a pivoting movement of the at least one pivot arm , the at least one actuating cam is configured as a pin , in that the actuating cam which is configured as a pin is attached to the rotary member , and in that on the at least one pivot arm there is formed a link hole in which the pin engages.
An air conditioning system diagnosis apparatus , comprising: message input means for retrieving a message flowing in a general-purpose network, in an air conditioning system configured by connecting a plurality of air conditioners, each of which incorporates a refrigerating cycle, through said general-purpose network; message analyzing means for analyzing the content of said message retrieved by said message input means ; refrigerating cycle analyzing means for analyzing the state of said refrigerating cycle on the basis of the content of said message (hereinafter referred to as message information ) analyzed by said message analyzing means to create refrigerating cycle state information , which is the result of the analysis; characterised in that it further comprises: waveform input means for retrieving waveform data from said general-purpose network; waveform analyzing means for analyzing to determine whether said waveform data retrieved by said waveform input means is abnormal or not to create waveform information , which is the result of the analysis; and storage means for storing said message information , said refrigerating cycle state information , and said waveform information . message input means for retrieving a message flowing in a general-purpose network, in an air conditioning system configured by connecting a plurality of air conditioners, each of which incorporates a refrigerating cycle, through said general-purpose network; message analyzing means for analyzing the content of said message retrieved by said message input means ; refrigerating cycle analyzing means for analyzing the state of said refrigerating cycle on the basis of the content of said message (hereinafter referred to as message information ) analyzed by said message analyzing means to create refrigerating cycle state information , which is the result of the analysis; characterised in that it further comprises: waveform input means for retrieving waveform data from said general-purpose network; waveform analyzing means for analyzing to determine whether said waveform data retrieved by said waveform input means is abnormal or not to create waveform information , which is the result of the analysis; and storage means for storing said message information , said refrigerating cycle state information , and said waveform information . waveform input means for retrieving waveform data from said general-purpose network; waveform analyzing means for analyzing to determine whether said waveform data retrieved by said waveform input means is abnormal or not to create waveform information , which is the result of the analysis; and storage means for storing said message information , said refrigerating cycle state information , and said waveform information .
Chain magazine for tools of a machine tool, comprising a circulating magazine chain with chain links which are connected to one another in an articulated manner and of which at least one is designed as a tool gripper , wherein the tool gripper has two jaws , at least one of which is pivotably mounted, for gripping the tools and a control pin which is mounted so as to be axially displaceable between an open position and a closed position and controls the pivoting movement of the at least one pivotable jaw in order to open the at least one pivotable jaw in the open position for inserting and removing the tools and to close the at least one pivotable jaw in the closed position for gripping the tools , characterized by a locking mechanism of the control pin , which locking mechanism is controlled by the curvature of the chain and, when the closed tool gripper and its neighboring chain link are tilted towards each other, locks the control pin in the closed position and when the closed tool gripper and its neighboring chain link are not tilted towards each other, does not lock the control pin in the closed position.
An engine comprising: a fuel injection device including a rack and an actuator, the rack being configured to regulate the amount of fuel injected to a combustion chamber, the actuator being configured to control the position of the rack; and a control device that controls fuel injection performed by the fuel injection device based on an instructed revolution number, and that performs a dither control on the actuator, wherein the control device has information of a revolution number variation region that is based on the relationship between a dither frequency in the dither control and an engine revolution number, and upon determining that the instructed revolution number is within the revolution number variation region, the control device increases or decreases the revolution number relative to the instructed revolution number, to obtain a corrected revolution number that is outside the revolution number variation region, and controls fuel injection performed by the fuel injection device based on the corrected revolution number. a fuel injection device including a rack and an actuator, the rack being configured to regulate the amount of fuel injected to a combustion chamber, the actuator being configured to control the position of the rack; and a control device that controls fuel injection performed by the fuel injection device based on an instructed revolution number, and that performs a dither control on the actuator, wherein the control device has information of a revolution number variation region that is based on the relationship between a dither frequency in the dither control and an engine revolution number, and upon determining that the instructed revolution number is within the revolution number variation region, the control device increases or decreases the revolution number relative to the instructed revolution number, to obtain a corrected revolution number that is outside the revolution number variation region, and controls fuel injection performed by the fuel injection device based on the corrected revolution number.