mhurhangee/ep-ind-claims huggingface dataset:
An over-torque resistant vial and closure assembly, comprising: a vial having an open end defined by a vial rim and at least one outer thread located proximate the open end of the vial; an outwardly projecting rib located adjacent the at least one outer thread provided on the vial with the at least one outer thread being located between the outwardly projecting rib and the vial rim, the outwardly projecting rib and the at least one outer thread having respective first and second maximum width dimensions extending outwardly from an outer surface of the vial, with the first maximum width dimension being greater than the second maximum width dimension; and a closure configured to be received by the open end of the vial and comprising: a top wall; a skirt wall having an inner surface and depending from the top wall; an inner thread provided on the inner surface of the skirt wall; and a stop surface provided on the inner surface of the skirt wall, with the inner thread being located between the stop surface and the top wall of the closure, wherein the stop surface is configured to engage the outwardly projecting rib when the closure is fully threadably coupled to the vial so as to prevent advancement of the closure upon application of a torquing force onto the closure. a vial having an open end defined by a vial rim and at least one outer thread located proximate the open end of the vial; an outwardly projecting rib located adjacent the at least one outer thread provided on the vial with the at least one outer thread being located between the outwardly projecting rib and the vial rim, the outwardly projecting rib and the at least one outer thread having respective first and second maximum width dimensions extending outwardly from an outer surface of the vial, with the first maximum width dimension being greater than the second maximum width dimension; and a closure configured to be received by the open end of the vial and comprising: a top wall; a skirt wall having an inner surface and depending from the top wall; an inner thread provided on the inner surface of the skirt wall; and a stop surface provided on the inner surface of the skirt wall, with the inner thread being located between the stop surface and the top wall of the closure, a top wall; a skirt wall having an inner surface and depending from the top wall; an inner thread provided on the inner surface of the skirt wall; and a stop surface provided on the inner surface of the skirt wall, with the inner thread being located between the stop surface and the top wall of the closure, wherein the stop surface is configured to engage the outwardly projecting rib when the closure is fully threadably coupled to the vial so as to prevent advancement of the closure upon application of a torquing force onto the closure.
A method to filter outliers in an image-aided motion-estimation system, the method comprising: selecting eight-image-points (221-A - 228-A) in a first image received from a moving imaging device at at least one processor; selecting eight-image-points (221-B - 228-B) in a second image that correspond to the selected eight-image-points in the first image at the at least one processor, the second image being received from the moving imaging device; scaling the selected image-points at the at least one processor by dividing a horizontal coordinate of the selected-image-point by a total image width and dividing a vertical coordinate of the selected-image-point by a total image height, wherein components of the selected image-points, which are X,Y - coordinates of the pixels that comprise the selected image-point, are between two selected values on the order magnitude of 1; building an 8-by-9 matrix A from the scaled selected image-points at the at least one processor; determining a condition number for the 8-by-9 matrix A at the at least one processor; and rejecting the 8-by-9 matrix A built from the selected image-points when the determined condition number is greater than or equal to a condition-number threshold, wherein a rejected 8-by-9 matrix A is not used to compute a rotation and a translation to be sent to a post-filtering algorithm, wherein for a non-rejected 8-by-9 matrix A, there is a solution for a 9-dimensional vector W that satisfies A * W = 0, and wherein the number of outliers sent to the post-filtering algorithm are limited. selecting eight-image-points (221-A - 228-A) in a first image received from a moving imaging device at at least one processor; selecting eight-image-points (221-B - 228-B) in a second image that correspond to the selected eight-image-points in the first image at the at least one processor, the second image being received from the moving imaging device; scaling the selected image-points at the at least one processor by dividing a horizontal coordinate of the selected-image-point by a total image width and dividing a vertical coordinate of the selected-image-point by a total image height, wherein components of the selected image-points, which are X,Y - coordinates of the pixels that comprise the selected image-point, are between two selected values on the order magnitude of 1; building an 8-by-9 matrix A from the scaled selected image-points at the at least one processor; determining a condition number for the 8-by-9 matrix A at the at least one processor; and rejecting the 8-by-9 matrix A built from the selected image-points when the determined condition number is greater than or equal to a condition-number threshold, wherein a rejected 8-by-9 matrix A is not used to compute a rotation and a translation to be sent to a post-filtering algorithm, wherein for a non-rejected 8-by-9 matrix A, there is a solution for a 9-dimensional vector W that satisfies A * W = 0, and wherein the number of outliers sent to the post-filtering algorithm are limited.
A molding tool for the production of plastic moldings, comprising tool halves with mutually facing surfaces and a sealing device for sealing the tool halves, with an inflatable sealing hose, at least one open end of the sealing hose being connectable to a pressure line for pressure medium, and an end piece for the sealing hose, wherein at least one tool half comprises a preferably groove-shaped seat for the inflatable sealing hose and at least one seat depression for the at least one end piece, characterized in that the end piece comprises an expandable passage for a passed-through portion of the sealing hose such that the open end of the sealing hose projects out of the end piece in the passed-through state.
Gas-insulated electrical installation having an inner conductor and an outer tube engaging around the inner conductor, and having a particle trap system which is arranged in the outer tube and comprises a first particle trap and a second particle trap, wherein the first particle trap is fastened to an outer tube of the installation and the second particle trap is arranged on a bottom side of the inner conductor and is connected to the said inner conductor, wherein the first particle trap comprises at least a first and a second shielding element (5d, 5e), wherein a slot which extends from the outer tube into an interior space in the installation and is open in the direction of the interior space so as to form a first particle inlet opening can be delimited by means of the first and the second shielding element (5d, 5e), wherein the ratio of a depth of the slot to a width of the slot at the first particle inlet opening is between 1 and 8, characterized in that the second particle trap comprises a third, umbrella-shaped shielding element by means of which a gap in the interior space in the installation, which gap extends between the inner conductor and a shield of the umbrella-shaped shielding element and is open in the direction of the interior space so as to form a second particle inlet opening, can be delimited, wherein the ratio of a height of the gap to a shield thickness of the umbrella-shaped shielding element is between 1 and 5, wherein the second particle trap is located in an angular range of between a -45-degree angle and a +45-degree angle with respect to a vertical axis through a centre point of the inner conductor.
Method for producing a multiple-layer film web, in the case of which method a first film layer is provided in regions with at least one printed layer in accordance with a printing pattern, and a second film layer is subsequently applied to the first film layer as a protective layer with the inclusion of the at least one printed layer, characterized in that the at least one printed layer is applied to the first film layer in the gravure printing method by means of a gravure printing cylinder which has the printing pattern, and the printing pattern is configured as a frequency-modulated grid of irregularly arranged discrete dots of a predefined minimum diameter, between which non-printed regions remain, in which the first and second film layer (1, 2) are connected directly to one another in a firmly adhered manner.
A method of manufacturing an oral care or personal care composition, comprising the steps of: a. mixing an amine base with an acid which is not hydrofluoric acid and a source of fluoride; b. forming an amine fluoride in situ; and c. adding one or more ingredients to form an oral care or personal care composition. a. mixing an amine base with an acid which is not hydrofluoric acid and a source of fluoride; b. forming an amine fluoride in situ; and c. adding one or more ingredients to form an oral care or personal care composition.
Method for controlling a heat pump having a compressor, a condenser, a throttle and a vaporizer, wherein the temperature of the compressor is sensed and a function of the heat pump is controlled as a function of the temperature of the compressor, characterized in that a start of the compressor is prohibited if the sensed temperature is below a first limiting value.
A device comprising: a communication unit configured to receive a call request from a calling user; and a control unit configured to: execute at least one application among a plurality of applications; and in response to a rejection regarding the call request, control the communication unit to provide a response message to the calling user, which includes a current situation about an activity of a user that is based on application information about the at least one application currently being executed, wherein the control unit is further configured to: if the call request is received during the executing of each of the plurality of applications, control the communication unit to provide the response message to the calling user, which includes a current situation based on information about each application, and control the communication unit to provide a second message to the calling user in response to the current situation changing, and wherein the current situation is variable based on types of the plurality of applications currently being executed. a communication unit configured to receive a call request from a calling user; and a control unit configured to: execute at least one application among a plurality of applications; and in response to a rejection regarding the call request, control the communication unit to provide a response message to the calling user, which includes a current situation about an activity of a user that is based on application information about the at least one application currently being executed, execute at least one application among a plurality of applications; and in response to a rejection regarding the call request, control the communication unit to provide a response message to the calling user, which includes a current situation about an activity of a user that is based on application information about the at least one application currently being executed, wherein the control unit is further configured to: if the call request is received during the executing of each of the plurality of applications, control the communication unit to provide the response message to the calling user, which includes a current situation based on information about each application, and control the communication unit to provide a second message to the calling user in response to the current situation changing, and wherein the current situation is variable based on types of the plurality of applications currently being executed. if the call request is received during the executing of each of the plurality of applications, control the communication unit to provide the response message to the calling user, which includes a current situation based on information about each application, and control the communication unit to provide a second message to the calling user in response to the current situation changing, and wherein the current situation is variable based on types of the plurality of applications currently being executed.
An object recognition model training method in a computing device, the method comprising: receiving an input for designating an object of interest in an image acquired through a camera; generating an object of non-interest by designating at least a portion of a region excluding the object of interest in the image; training an object recognition model based on the object of interest and the object of non-interest; determining whether erroneous detection exist as a result of performing object recognition based on the trained object recognition model, wherein an erroneously detected object means a case in which an object not designated as an object of interest is recognized; when a first object corresponding to the erroneously detected object is recognized, changing the first object to the object of non-interest; and retraining the object recognition model based on the changed object of non-interest. receiving an input for designating an object of interest in an image acquired through a camera; generating an object of non-interest by designating at least a portion of a region excluding the object of interest in the image; training an object recognition model based on the object of interest and the object of non-interest; determining whether erroneous detection exist as a result of performing object recognition based on the trained object recognition model, wherein an erroneously detected object means a case in which an object not designated as an object of interest is recognized; when a first object corresponding to the erroneously detected object is recognized, changing the first object to the object of non-interest; and retraining the object recognition model based on the changed object of non-interest.
Internal combustion engine for a motor vehicle, comprising an output shaft via which the motor vehicle can be driven by means of the internal combustion engine, comprising an intake tract through which air to be supplied to at least one combustion chamber of the internal combustion engine can flow, comprising an exhaust tract through which exhaust gas from the combustion chamber can flow, comprising an exhaust aftertreatment device arranged in the exhaust tract for aftertreatment of the exhaust gas, comprising at least one heating element arranged in the exhaust tract upstream of the exhaust aftertreatment device for heating a gas flowing through the exhaust tract, and comprising an electrically assisted exhaust gas turbocharger, which has a compressor wheel arranged in the intake tract as a first impeller for compressing the air flowing through the intake tract and a turbine wheel which is arranged in the exhaust tract and can be driven by the exhaust gas as a second impeller, and an electric machine by means of which at least one of the impellers (24, 26) can be driven in a heating mode for heating up the exhaust gas aftertreatment device, whereby in the heating mode, during which combustion processes in the combustion chamber are stopped and the output shaft is stationary, air can be conveyed into the exhaust tract as a heating medium by means of the at least one impeller (24, 26), which air can be heated by means of the heating element in the heating mode for heating up the exhaust gas aftertreatment device, wherein an exhaust gas recirculation line is provided which is fluidically connected to the exhaust tract at a branch point arranged downstream of the turbine wheel and is fluidically connected to the intake tract at an inlet point, whereby at least part of the exhaust gas and/or in the heating mode at least part of the heating medium can be conveyed from the branch point to the inlet point and can be introduced into the intake tract at the inlet point characterized by at least one line element which is fluidically connected to the exhaust tract at a first connection point arranged downstream of the exhaust gas aftertreatment device and at a second connection point arranged upstream of the heating element, whereby at least part of the heating medium can be returned from the first connection point to the second connection point and introduced into the exhaust tract at the second connection point, wherein the internal combustion engine has a valve train which has at least one inlet valve assigned to the combustion chamber and at least one outlet valve assigned to the combustion chamber, and wherein in the heating mode the inlet valve and the outlet valve are opened simultaneously, whereby in the heating mode the heating medium can be conveyed from the intake tract through the combustion chamber into the exhaust tract, and wherein the inlet point of the exhaust gas recirculation line is arranged downstream of the compressor wheel.
A flexible annular double lumen tube with a tube coupling system, said flexible annular double lumen tube having an interior flexible tube extending inside an exterior flexible tube, wherein the interior flexible tube delimits a first flow channel, and the annular tube gap between said interior flexible tube and said exterior flexible tube delimits a second flow channel, which flexible annular double lumen tube has a proximal end and a distal end, and wherein the interior flexible tube has an exterior diameter that is smaller than an interior diameter (d) of the exterior flexible tube, and the interior flexible tube and the exterior flexible tube have no radial connection, characterized in that the tube coupling system has - a first coupling component that is secured to the proximal end of said flexible annular double lumen tube, and a first second coupling component that has opposite end fittings (33,34) that are secured to a cuffed irrigation catheter of the tube coupling system and to the first coupling component, respectively, and - a second second coupling component that has opposite end fittings (33,34) that are secured to the distal end of the flexible annular double lumen tube and to a flow converter component of the tube coupling system, respectively. - a first coupling component that is secured to the proximal end of said flexible annular double lumen tube, and a first second coupling component that has opposite end fittings (33,34) that are secured to a cuffed irrigation catheter of the tube coupling system and to the first coupling component, respectively, and - a second second coupling component that has opposite end fittings (33,34) that are secured to the distal end of the flexible annular double lumen tube and to a flow converter component of the tube coupling system, respectively.
Optical transceiver (100; 100a, 100b) comprising an optical transmitter having an optical modulator for modulating an optical carrier signal, a coherent optical receiver, which is a Kramers-Kronig coherent receiver, for demodulating data from a received data-modulated optical signal (s5, s5'), and a laser source (130; 131, 132) being connected to provide, at a first frequency, the optical carrier signal and an optical local oscillator signal, the coherent optical receiver being configured to demodulate data from said received data-modulated optical signal (s5, s5') at a second carrier frequency, the second carrier frequency being shifted from said first frequency by a first frequency shift (Δf1), wherein said first frequency shift (Δf1) ranges between about 40 percent of a symbol rate of said modulated optical signals (s5') and about 65 percent of said symbol rate of said modulated optical signals (s5').
A washer comprising: a hot-water storage tank configured to store supply water to be used for rinsing an object to be washed accommodated in a washing chamber; a wash-water tank configured to temporarily store wash-water that has been used for washing the object to be washed; and a wastewater heat recovery device (450, 850, 950) disposed below the washing chamber and including a water supply channel through which the supply water is supplied to the hot-water storage tank and a drain channel through which the wastewater is drained from the wash-water tank, the wastewater heat recovery device being configured to exchange heat between the wastewater flowing in the drain channel and the supply water flowing in the water supply channel, characterized in that the wastewater heat recovery device is provided in a machine chamber in which a pump configured to deliver the supply water from the hot-water storage tank to the washing chamber is disposed, and the drain channel is connected to a drain hole of the wash-water tank. a hot-water storage tank configured to store supply water to be used for rinsing an object to be washed accommodated in a washing chamber; a wash-water tank configured to temporarily store wash-water that has been used for washing the object to be washed; and a wastewater heat recovery device (450, 850, 950) disposed below the washing chamber and including a water supply channel through which the supply water is supplied to the hot-water storage tank and a drain channel through which the wastewater is drained from the wash-water tank, the wastewater heat recovery device being configured to exchange heat between the wastewater flowing in the drain channel and the supply water flowing in the water supply channel, characterized in that the wastewater heat recovery device is provided in a machine chamber in which a pump configured to deliver the supply water from the hot-water storage tank to the washing chamber is disposed, and the drain channel is connected to a drain hole of the wash-water tank.
Arrangement comprising an electrical installation rail-mounted device and an apparatus in the form of a mobile telephone or a tablet or a computer, wherein the rail-mounted device comprises a main body without an operating panel or manually actuatable elements for operating the rail-mounted device, wherein at least one device which can be operated, monitored and/or controlled by the rail-mounted device can be connected to the main body using signalling, wherein the main body comprises a microcontroller which controls the rail-mounted device and/or provides status information, and wherein the rail-mounted device can be wirelessly operated using the apparatus physically separate from the rail-mounted device, characterized in that the main body has for this purpose a component which receives radio signals and enables near-field communication for operation in the vicinity of the rail-mounted device, wherein a 2D code and/or a QR code and/or a serial number is/are assigned to the main body, wherein software is installed on the mobile telephone or the tablet or the computer, which software can be used to read or capture the 2D code or the QR code and/or the serial number and to establish a connection between the mobile telephone or the tablet or the computer and the rail-mounted device and makes it possible to operate the microcontroller or the rail-mounted device by means of the mobile telephone or the tablet or the computer, wherein, after the rail-mounted device has been detected and uniquely identified using the 2D code and/or the QR code and/or the serial number by means of the software, a virtual operating panel which is matched to the respective rail-mounted device and can be used to operate the rail-mounted device is displayed on the mobile telephone or the tablet or the computer, and wherein the main body comprises a chip which transmits data according to the industrial standard IEEE 802.15.1.