mhurhangee/patent-ind-claim-en huggingface dataset:
A portable air conditioner for controlling the temperature of air, comprising a transport unit , wherein the air conditioner has at least one housing having an air inlet and an air outlet , wherein the air conditioner is configured so as to control the temperature of air conveyed from the air inlet to the air outlet , wherein the air outlet is adapted to be reversibly connected to the transport unit , wherein the transport unit is thermally insulated, wherein the transport unit encloses an interior space , wherein the interior space of the transport unit is adapted to be temperature-controlled by air that is temperature-controlled by the air conditioner , and wherein the transport unit and the air conditioner are configured and adjusted to each other such that the air conditioner is adapted to be reversibly inserted into the transport unit , characterized in that the transport unit is a bag, and in that the transport unit has a carrier structure in the form of a carrier. wherein the air conditioner has at least one housing having an air inlet and an air outlet , wherein the air conditioner is configured so as to control the temperature of air conveyed from the air inlet to the air outlet , wherein the air outlet is adapted to be reversibly connected to the transport unit , wherein the transport unit is thermally insulated, wherein the transport unit encloses an interior space , wherein the interior space of the transport unit is adapted to be temperature-controlled by air that is temperature-controlled by the air conditioner , and wherein the transport unit and the air conditioner are configured and adjusted to each other such that the air conditioner is adapted to be reversibly inserted into the transport unit , characterized in that the transport unit is a bag, and in that the transport unit has a carrier structure in the form of a carrier.
Capacitor comprising - at least one ceramic layer of a ceramic material for capacitors in multilayer technology of the general formula: (I) Pb (1-1.5a+e) A a (2r 1-x Ti x ) 1-c-e C e Si c O 3 + y·PbO where A is selected from the group consisting of La, Nd, Y, Eu, Gd, Tb, Dy, Ho, Er and Yb, C is selected from the group consisting of Ni and Cu; and 0 < a < 0.12 0.05 ≤ x ≤ 0.3 0 ≤ c < 0.12 0.001 < e < 0.12 0 ≤ y < 1, and - a conductive electrode formed on the at least one ceramic layer, where the number and thickness of the at least one ceramic layer is adjusted such that current load capacity is at least 1 A/μF in the range from 80°C to 150°C. - at least one ceramic layer of a ceramic material for capacitors in multilayer technology of the general formula: (I) Pb (1-1.5a+e) A a (2r 1-x Ti x ) 1-c-e C e Si c O 3 + y·PbO where A is selected from the group consisting of La, Nd, Y, Eu, Gd, Tb, Dy, Ho, Er and Yb, C is selected from the group consisting of Ni and Cu; and 0 < a < 0.12 0.05 ≤ x ≤ 0.3 0 ≤ c < 0.12 0.001 < e < 0.12 0 ≤ y < 1, and A is selected from the group consisting of La, Nd, Y, Eu, Gd, Tb, Dy, Ho, Er and Yb, C is selected from the group consisting of Ni and Cu; and 0 < a < 0.12 0.05 ≤ x ≤ 0.3 0 ≤ c < 0.12 0.001 < e < 0.12 0 ≤ y < 1, and - a conductive electrode formed on the at least one ceramic layer, where the number and thickness of the at least one ceramic layer is adjusted such that current load capacity is at least 1 A/μF in the range from 80°C to 150°C.
Electrical connector device (D), comprising: - a first connector element and a second connector element carrying respective electrical terminals having respective plastic material bodies which can be coupled to one another, - an elastic clip associated with said first connector element , said elastic clip being movable between an engagement position, in which said elastic clip is adapted to be coupled to said second connector element to keep it coupled to said first connector element , and a disengagement position, in which said elastic clip enables decoupling of said first connector element and said second connector element , wherein said connector device (D) further comprises a safety locking member slidably mounted on the first connector element and movable between a pre-locking position and a locking position, in which said safety locking member cooperates with said elastic clip in order to prevent a displacement of said elastic clip towards its disengagement position, wherein said first connector element has two guide portions for guiding said safety locking member between the pre-locking position and the locking position, and in that said safety locking member has two grooved portions parallel to the longitudinal axis thereof which are intended to engage with one of the two guide portions of said first connector element , characterised in that each of said grooved portions has a slit intended to receive an associated inclined tooth arranged on each of said guide portions of said first connector element , and in that each of said slits has a matching surface intended to mesh with one of said two inclined teeth , so as to prevent decoupling between said safety locking member and said first connector element . - a first connector element and a second connector element carrying respective electrical terminals having respective plastic material bodies which can be coupled to one another, - an elastic clip associated with said first connector element , said elastic clip being movable between an engagement position, in which said elastic clip is adapted to be coupled to said second connector element to keep it coupled to said first connector element , and a disengagement position, in which said elastic clip enables decoupling of said first connector element and said second connector element ,
An electrochemical sensor , having a sensor element with a measuring surface facing a measuring medium in use, which sensor element comprises a planar measuring element ; a sensor shaft having an aperture with a bezel at its end facing the measuring medium in use, and in which sensor shaft the sensor element is installed in the area of the aperture ; an annular sealing element which is arranged between the sensor element and the bezel ; wherein the measuring element has a flat, planar disk of electrochemically active pH glass or has a flat, planar layer or layer structure comprising electrochemically active pH glass; wherein the sensor element has an insulator element which is firmly and inseparably connected with the measuring element , exposing the measuring surface ; and wherein the sealing element is arranged between the insulator element and the bezel in a sealing manner, protecting the electrochemical sensor against the ingress of measuring medium . a sensor element with a measuring surface facing a measuring medium in use, which sensor element comprises a planar measuring element ; a sensor shaft having an aperture with a bezel at its end facing the measuring medium in use, and in which sensor shaft the sensor element is installed in the area of the aperture ; an annular sealing element which is arranged between the sensor element and the bezel ; wherein the measuring element has a flat, planar disk of electrochemically active pH glass or has a flat, planar layer or layer structure comprising electrochemically active pH glass; wherein the sensor element has an insulator element which is firmly and inseparably connected with the measuring element , exposing the measuring surface ; and wherein the sealing element is arranged between the insulator element and the bezel in a sealing manner, protecting the electrochemical sensor against the ingress of measuring medium .
A system for assisting the analysis of digital images by a user comprising: electronic data processing means connected to a digital image analysis expert system associating a relevance index to the zones of said image , said data processing means comprising: data storage means , digital image display means and user interface means comprising an eye-tracker device and manual input means, wherein said electronic data processing means are operable to record the interaction of the user with a digital image shown on the display means by acquiring the user's scanpath of said image by means of the eye-tracker device and user's manual inputs to mark selected zones of the displayed image, if any; and compare said interaction with said relevance index; generate a first feedback adapted to update said relevance index originating from said digital image analysis expert system , based on the comparison; generate a second feedback adapted to provide dynamic markers adapted to highlight zones of said image that the user has interacted with in disagreement with said relevance index; and send said dynamic markers to said display means to be displayed superimposed on said image. electronic data processing means connected to a digital image analysis expert system associating a relevance index to the zones of said image , said data processing means comprising: data storage means , digital image display means and user interface means comprising an eye-tracker device and manual input means, wherein data storage means , digital image display means and user interface means comprising an eye-tracker device and manual input means, wherein said electronic data processing means are operable to record the interaction of the user with a digital image shown on the display means by acquiring the user's scanpath of said image by means of the eye-tracker device and user's manual inputs to mark selected zones of the displayed image, if any; and compare said interaction with said relevance index; generate a first feedback adapted to update said relevance index originating from said digital image analysis expert system , based on the comparison; generate a second feedback adapted to provide dynamic markers adapted to highlight zones of said image that the user has interacted with in disagreement with said relevance index; and send said dynamic markers to said display means to be displayed superimposed on said image.
Method to control the coil current of an electromagnetic flowmeter with a first value representing an overvoltage U Ü and a second value representing a holding voltage U H , wherein the first value is greater than the second value, wherein said method comprises the following steps: A Setting of a first switch point Is for the current intensity up to which a coil is to be supplied with the overvoltage U Ü ; B Application of an overvoltage U Ü until the current intensity increases to the switch point I S for the current intensity that is currently set; C Switching from the overvoltage U Ü to the holding voltage U H in order to keep the current intensity at a constant current end value I H , characterized in that - following the switching as per Step C - the actual current intensity I is evaluated and the switch point I S is set on the basis of this actual current intensity. A Setting of a first switch point Is for the current intensity up to which a coil is to be supplied with the overvoltage U Ü ; B Application of an overvoltage U Ü until the current intensity increases to the switch point I S for the current intensity that is currently set; C Switching from the overvoltage U Ü to the holding voltage U H in order to keep the current intensity at a constant current end value I H ,
A diagnostic station for a production line for inspecting an optical article transport vehicle movable along a guideway , the optical article transport vehicle comprising a closure mechanism for moving a pair of gripping arms between a closed position configured for holding an optical article and an open position configured for releasing the optical article, and the diagnostic station characterized by comprising a diagnostic module associated with the guideway and configured to receive the optical article transport vehicle when the optical article transport vehicle is in an inspection position along the guideway , the diagnostic module comprising at least one of the following: a grip testing substation having at least one force sensor configured for measuring a closing force of the gripping arms of the closure mechanism of the optical article transport vehicle in a closed position; and a pressure testing substation in communication with a source of pressurized air and configured for pressurizing and depressurizing the closure mechanism . a grip testing substation having at least one force sensor configured for measuring a closing force of the gripping arms of the closure mechanism of the optical article transport vehicle in a closed position; and a pressure testing substation in communication with a source of pressurized air and configured for pressurizing and depressurizing the closure mechanism .
Adjusting apparatus for a headrest of a vehicle seat, the adjusting apparatus comprising: a guide device for guiding a headrest support in a vertical direction (Z), a backrest connection for attachment to a backrest , a longitudinal adjustment arrangement for adjusting the guide device in a longitudinal direction (X), a locking device for locking the adjusting apparatus in both in the longitudinal direction (X) and the vertical direction (Z), and a handle for unlocking the locking device to an unlocking position in which the locking device releases the longitudinal adjustment arrangement in the longitudinal direction (X) and the vertical adjustment arrangement in the vertical direction (Z), wherein a held headrest support is configured to be locked in a vertical position by the locking device , characterised in that the longitudinal adjustment arrangement includes: a rear link which is pivotably connected in an articulated manner to the backrest connection in a rear lower joint (A) and to the guide device in a rear upper joint (C), and a front link which is pivotably connected in an articulated manner to the backrest connection in a front lower joint (B) and to the guide device in a front upper link (D), wherein a longitudinal position of the guide device is configured to be adjusted by pivoting of the links . a guide device for guiding a headrest support in a vertical direction (Z), a backrest connection for attachment to a backrest , a longitudinal adjustment arrangement for adjusting the guide device in a longitudinal direction (X), a locking device for locking the adjusting apparatus in both in the longitudinal direction (X) and the vertical direction (Z), and a handle for unlocking the locking device to an unlocking position in which the locking device releases the longitudinal adjustment arrangement in the longitudinal direction (X) and the vertical adjustment arrangement in the vertical direction (Z), wherein a held headrest support is configured to be locked in a vertical position by the locking device , characterised in that the longitudinal adjustment arrangement includes: a rear link which is pivotably connected in an articulated manner to the backrest connection in a rear lower joint (A) and to the guide device in a rear upper joint (C), and a front link which is pivotably connected in an articulated manner to the backrest connection in a front lower joint (B) and to the guide device in a front upper link (D), wherein a longitudinal position of the guide device is configured to be adjusted by pivoting of the links . a rear link which is pivotably connected in an articulated manner to the backrest connection in a rear lower joint (A) and to the guide device in a rear upper joint (C), and a front link which is pivotably connected in an articulated manner to the backrest connection in a front lower joint (B) and to the guide device in a front upper link (D), wherein a longitudinal position of the guide device is configured to be adjusted by pivoting of the links .
A system for determining an accommodative force in a patient, comprising: a sensor adapted to detect oscillations of a lens of the patient relative to a globe of the patient's eye caused by saccadic motion; a controller configured to determine an accommodative force in the patient based on the oscillations using a damped harmonic oscillator model of the lens and to determine at least one parameter for an intraocular lens based on the accommodative force; and an interface adapted to output the at least one parameter for the intraocular lens. a sensor adapted to detect oscillations of a lens of the patient relative to a globe of the patient's eye caused by saccadic motion; a controller configured to determine an accommodative force in the patient based on the oscillations using a damped harmonic oscillator model of the lens and to determine at least one parameter for an intraocular lens based on the accommodative force; and an interface adapted to output the at least one parameter for the intraocular lens.
A method, implemented at a computer system that includes one or more processors, for indexing a time-travel trace for values read or written by one or more threads over time, the method comprising: determining a format of n-grams for indexing in a time-travel trace that records a prior execution of one or more threads, the format defining a gram-type and the gram size n, wherein an n-gram is a contiguous sequence of n items and the gram-type represents the number of bytes in an item; identifying a plurality of trace segments in the time-travel trace that are to be indexed based on the determined format of n-grams, each trace segment recording the prior execution of the one or more threads at a different prior execution time; replaying each of the plurality of trace segments and, for each of the plurality of trace segments, identifying a corresponding set of n-grams, according to the format of n-grams, that exist in one or both of (i) input data corresponding to one or more processor data influxes that resulted from the replay of the trace segment, or (ii) output data corresponding one or more stores to a processor cache that resulted from the replay of the trace segment; and based on generating the corresponding set of n-grams for each of the plurality of trace segments, generating an index data structure that associates each identified n-gram with one or more trace locations in which the n-gram was found, the index data structure therefore associating each of one or more n-grams with one or more prior execution times during which the one or more threads read or wrote the n-gram. determining a format of n-grams for indexing in a time-travel trace that records a prior execution of one or more threads, the format defining a gram-type and the gram size n, wherein an n-gram is a contiguous sequence of n items and the gram-type represents the number of bytes in an item; identifying a plurality of trace segments in the time-travel trace that are to be indexed based on the determined format of n-grams, each trace segment recording the prior execution of the one or more threads at a different prior execution time; replaying each of the plurality of trace segments and, for each of the plurality of trace segments, identifying a corresponding set of n-grams, according to the format of n-grams, that exist in one or both of (i) input data corresponding to one or more processor data influxes that resulted from the replay of the trace segment, or (ii) output data corresponding one or more stores to a processor cache that resulted from the replay of the trace segment; and based on generating the corresponding set of n-grams for each of the plurality of trace segments, generating an index data structure that associates each identified n-gram with one or more trace locations in which the n-gram was found, the index data structure therefore associating each of one or more n-grams with one or more prior execution times during which the one or more threads read or wrote the n-gram.
A circuit breaker comprises: - an incoming main contact and an outgoing main contact ; - one and only one resistor contact wherein the one and only one resistor contact is connected in parallel with the outgoing main contact ; and - at least one breaker tank , wherein the at least one breaker tank comprises a plurality of links , wherein the plurality of links are mechanical connections connecting the incoming main contact and the outgoing main contact and the only one resistor contact with at least one drive mechanism for closing and opening of the incoming main contact and the outgoing main contact and the only one resistor contact characterized in that the incoming main contact and the one and only one resistor contact are configured to be moved to a closed state simultaneously, wherein the outgoing main contact is configured to be moved to a closed state after a predefined time delay of 10 milliseconds after the incoming main contact and the one and only one resistor contact are in the closed state, and wherein the one and only one resistor contact is configured to be moved from the closed state to an open state after the closing of the outgoing main contact , whereas the incoming main contact and the outgoing main contact remain in the closed state. - an incoming main contact and an outgoing main contact ; - one and only one resistor contact wherein the one and only one resistor contact is connected in parallel with the outgoing main contact ; and - at least one breaker tank , wherein the at least one breaker tank comprises a plurality of links , wherein the plurality of links are mechanical connections connecting the incoming main contact and the outgoing main contact and the only one resistor contact with at least one drive mechanism for closing and opening of the incoming main contact and the outgoing main contact and the only one resistor contact characterized in that
A winding method for radial magnetic bearing stator , comprising: S110, sleeving a first formed stator winding on a first stator tooth of a stator core along a radial outward direction; S120, sleeving a second formed stator winding on a second stator tooth of the stator core along a radial outward direction; S130, a first coil of the first formed stator winding is connected in series with a second coil of the second formed stator winding ; wherein the first stator tooth is adjacent to the second stator tooth , and a stator slot is formed therebetween, characterized in that the coil number of the first formed stator winding is larger than that of the second formed stator winding . S110, sleeving a first formed stator winding on a first stator tooth of a stator core along a radial outward direction; S120, sleeving a second formed stator winding on a second stator tooth of the stator core along a radial outward direction; S130, a first coil of the first formed stator winding is connected in series with a second coil of the second formed stator winding ; wherein the first stator tooth is adjacent to the second stator tooth , and a stator slot is formed therebetween, characterized in that the coil number of the first formed stator winding is larger than that of the second formed stator winding .
A method of actuating a debris barrier comprising: providing a debris barrier disposed in a fluid communication pathway within a lower connection tool within a wellbore; wherein the debris barrier is disposed within a circumferential groove in the lower connection tool ; engaging an upper connection tool with the lower connection tool; actuating the debris barrier to displace a portion of a fluid in the fluid communication pathway; and establishing fluid communication between the upper connection tool and the lower connection tool through the circumferential groove in the fluid communication pathway comprising the debris barrier . providing a debris barrier disposed in a fluid communication pathway within a lower connection tool within a wellbore; wherein the debris barrier is disposed within a circumferential groove in the lower connection tool ; engaging an upper connection tool with the lower connection tool; actuating the debris barrier to displace a portion of a fluid in the fluid communication pathway; and establishing fluid communication between the upper connection tool and the lower connection tool through the circumferential groove in the fluid communication pathway comprising the debris barrier .