mhurhangee/ep-ind-claims huggingface dataset:
A reservoir for a liquid configured for use with an implantable penile prosthetic including a pump attachable between the reservoir and a cylinder that is implantable into a corpora cavernosum of a penis, the reservoir comprising: a neck defining an opening into the reservoir, an end wall on a side of the reservoir opposite of the neck, the reservoir having a central longitudinal axis between the neck and the end wall and a first major surface separated from a second major surface by a side wall, wherein the first major surface and the second major surface are both concave and each form opposed depressions in the reservoir, wherein the side wall is connected between a first edge of the first major surface and a second edge of the second major surface, with the first major surface concave relative to the first edge and the second major surface concave relative to the second edge, wherein the concave first and second major surfaces (54, 64) extend between the sidewalls at a first radius of curvature and extend between the neck and the end wall with a concavity having a second radius of curvature, and wherein the reservoir is configured to expand to contain liquid such that the first major surface and the second major surface are both convex relative to the central longitudinal axis. a neck defining an opening into the reservoir, an end wall on a side of the reservoir opposite of the neck, the reservoir having a central longitudinal axis between the neck and the end wall and a first major surface separated from a second major surface by a side wall, wherein the first major surface and the second major surface are both concave and each form opposed depressions in the reservoir, wherein the side wall is connected between a first edge of the first major surface and a second edge of the second major surface, with the first major surface concave relative to the first edge and the second major surface concave relative to the second edge, wherein the concave first and second major surfaces (54, 64) extend between the sidewalls at a first radius of curvature and extend between the neck and the end wall with a concavity having a second radius of curvature, and wherein the reservoir is configured to expand to contain liquid such that the first major surface and the second major surface are both convex relative to the central longitudinal axis.
Optical table with a table top and at least one table leg, wherein • securing means for securing objects are provided in a table surface of the table top, • the at least one table leg is equipped with a damping device for damping vibrations, wherein • a cryocooler for cooling a cryogenic plate is provided underneath the table top, wherein the cryogenic plate is in thermal contact with the cryocooler and can be cooled by it, • a reinforcing structure is provided between the cryocooler and at least one table leg, o wherein the reinforcing structure is rigidly connected to the at least one table leg underneath the damping device and o the cryocooler is supported on the reinforcing structure and is connected to it, • a through hole in the table top is provided above the cryocooler, in which the cryogenic plate is arranged, • the damping device is arranged between the at least one table leg and the table top, and • the reinforcing structure is a plate or a frame with a holding device which rigidly connects the cryocooler and the at least one table leg underneath the damping device. • securing means for securing objects are provided in a table surface of the table top, • the at least one table leg is equipped with a damping device for damping vibrations, wherein • a cryocooler for cooling a cryogenic plate is provided underneath the table top, wherein the cryogenic plate is in thermal contact with the cryocooler and can be cooled by it, • a reinforcing structure is provided between the cryocooler and at least one table leg, o wherein the reinforcing structure is rigidly connected to the at least one table leg underneath the damping device and o the cryocooler is supported on the reinforcing structure and is connected to it, o wherein the reinforcing structure is rigidly connected to the at least one table leg underneath the damping device and o the cryocooler is supported on the reinforcing structure and is connected to it, • a through hole in the table top is provided above the cryocooler, in which the cryogenic plate is arranged, • the damping device is arranged between the at least one table leg and the table top, and • the reinforcing structure is a plate or a frame with a holding device which rigidly connects the cryocooler and the at least one table leg underneath the damping device.
Method of manufacturing an aluminium alloy rolled product of a heat-treatable aluminium alloy having a thickness of at least 1 mm, comprising the steps of: (a) semi-continuous casting a heat-treatable aluminium alloy into a rolling ingot having a thickness of at least 250 mm; (b) preheating and/or homogenizing of the rolling ingot to a peak metal temperature and whereby afterwards said aluminium alloy has a specific energy associated with a differential scanning calorimetry signal less than 2 J/g in absolute value, determined as described in the description; (c) hot rolling of the rolling ingot in multiple hot rolling steps into a hot rolled product having a final rolling gauge of at least 1 mm, whereby the hot rolled product during at least one of the last three rolling steps has a temperature less than 50°C below PMT, such as a temperature in a range of 5-50°C below the PMT; (d) quenching of the hot rolled product at final rolling gauge from hot-mill exit temperature to below 175°C; (e) optionally stress relieving of the quenched and hot rolled product at final rolling gauge; and (f) ageing of the quenched and optionally stress relieved hot rolled product, wherein the PMT is the highest soaking temperature applied in a homogenization cycle and wherein the method is free from any annealing or solution heat-treatment following the hot rolling to a final hot rolling gauge of step (c) and prior to any aging step during step (f). (a) semi-continuous casting a heat-treatable aluminium alloy into a rolling ingot having a thickness of at least 250 mm; (b) preheating and/or homogenizing of the rolling ingot to a peak metal temperature and whereby afterwards said aluminium alloy has a specific energy associated with a differential scanning calorimetry signal less than 2 J/g in absolute value, determined as described in the description; (c) hot rolling of the rolling ingot in multiple hot rolling steps into a hot rolled product having a final rolling gauge of at least 1 mm, whereby the hot rolled product during at least one of the last three rolling steps has a temperature less than 50°C below PMT, such as a temperature in a range of 5-50°C below the PMT; (d) quenching of the hot rolled product at final rolling gauge from hot-mill exit temperature to below 175°C; (e) optionally stress relieving of the quenched and hot rolled product at final rolling gauge; and (f) ageing of the quenched and optionally stress relieved hot rolled product, wherein the PMT is the highest soaking temperature applied in a homogenization cycle and wherein the method is free from any annealing or solution heat-treatment following the hot rolling to a final hot rolling gauge of step (c) and prior to any aging step during step (f).
A method for mitral valve segmentation from a plurality of 2D cardiac magnetic resonance slices, comprising: detecting a set of mitral valve landmarks in each of the 2D CMR slices; estimating mitral valve contours in each of the 2D CMR slices based on the detected landmarks; and reconstructing a 3D mitral valve model from the mitral valve contours in the 2D CMR slices using a trained regression model. detecting a set of mitral valve landmarks in each of the 2D CMR slices; estimating mitral valve contours in each of the 2D CMR slices based on the detected landmarks; and reconstructing a 3D mitral valve model from the mitral valve contours in the 2D CMR slices using a trained regression model.
An electric motor, comprising: a plurality of iron cores arranged on a circle; a plurality of coils wound with an electric wire on the plurality of iron cores, the electric wire being composed of an aluminum wire or a copper-clad aluminum wire; and a rotor rotated by the plurality of coils to which alternating current is applied, wherein the electric motor further comprises a variable voltage variable frequency (VVVF) type inverter device adapted for controlling the rotation speed by adjusting the frequency of the driving current in an inverter method, wherein the frequency of the alternating current applied to the coils is controlled by the inverter method so as to fall between a first frequency and a second frequency higher than the first frequency, the first and second frequencies being frequencies between which an alternating current resistance of the coils is lower than the alternating current resistance of the coils wound with a copper wire and having a same shape as the coils wound with the electric wire, said copper wire having the same diameter and length of the electric wire. a plurality of iron cores arranged on a circle; a plurality of coils wound with an electric wire on the plurality of iron cores, the electric wire being composed of an aluminum wire or a copper-clad aluminum wire; and a rotor rotated by the plurality of coils to which alternating current is applied, wherein the electric motor further comprises a variable voltage variable frequency (VVVF) type inverter device adapted for controlling the rotation speed by adjusting the frequency of the driving current in an inverter method, wherein the frequency of the alternating current applied to the coils is controlled by the inverter method so as to fall between a first frequency and a second frequency higher than the first frequency, the first and second frequencies being frequencies between which an alternating current resistance of the coils is lower than the alternating current resistance of the coils wound with a copper wire and having a same shape as the coils wound with the electric wire, said copper wire having the same diameter and length of the electric wire.
A method for controlling a frequency converter connected to a power grid, characterised in that the method comprises: determining an active current set point based on a comparison of measured active power output of an electrical generator configured to be connected to the grid, with an active power set point; determining a reactive current set point based on a comparison of measured reactive power output of the electrical generator with a reactive power set point; identifying subsynchronous components in the electrical grid based on voltage measurements of the electrical grid; determining active and reactive set points (40, 41) for damping currents using the subsynchronous components of the electrical grid that are identified based on voltage measurements of the electrical grid; adding the active and reactive set points (40, 41) for the damping currents respectively to said active and reactive current set points (22, 32) calculated by power regulation loops (17, 27), to generate total active and reactive current set points (37, 16), said total active and reactive current set points (37, 16) being the total currents to be regulated by current regulators (25, 35); and controlling the frequency converter based on the total active and reactive current set points (37, 16). determining an active current set point based on a comparison of measured active power output of an electrical generator configured to be connected to the grid, with an active power set point; determining a reactive current set point based on a comparison of measured reactive power output of the electrical generator with a reactive power set point; identifying subsynchronous components in the electrical grid based on voltage measurements of the electrical grid; determining active and reactive set points (40, 41) for damping currents using the subsynchronous components of the electrical grid that are identified based on voltage measurements of the electrical grid; adding the active and reactive set points (40, 41) for the damping currents respectively to said active and reactive current set points (22, 32) calculated by power regulation loops (17, 27), to generate total active and reactive current set points (37, 16), said total active and reactive current set points (37, 16) being the total currents to be regulated by current regulators (25, 35); and controlling the frequency converter based on the total active and reactive current set points (37, 16).
A system for speech keyword detection of a device, comprising: an activity predictor capable of obtaining sensor data (Ssd) provided by a plurality of sensors, and capable of processing the sensor data to provide an activity prediction result (Sap) indicating an occurrence of an indicative activity which reflects whether a user is about to give a voice keyword; a speech keyword detector for generating a most probable keyword as a preliminary keyword detection result (Skw); and a decision maker coupled to the activity predictor and the speech keyword detector, and capable of processing the activity prediction result and the preliminary keyword detection result to provide a keyword detection result (Sdm) measuring how likely the most probable keyword is actually said, and capable of decreasing a sensitivity of identifying the most probable keyword when indicative activities are not detected, so as to avoid false alarm error. an activity predictor capable of obtaining sensor data (Ssd) provided by a plurality of sensors, and capable of processing the sensor data to provide an activity prediction result (Sap) indicating an occurrence of an indicative activity which reflects whether a user is about to give a voice keyword; a speech keyword detector for generating a most probable keyword as a preliminary keyword detection result (Skw); and a decision maker coupled to the activity predictor and the speech keyword detector, and capable of processing the activity prediction result and the preliminary keyword detection result to provide a keyword detection result (Sdm) measuring how likely the most probable keyword is actually said, and capable of decreasing a sensitivity of identifying the most probable keyword when indicative activities are not detected, so as to avoid false alarm error.
Method for checking the degree of soiling of banknotes, comprising the following method steps: transporting the banknotes along a transport path, illuminating the banknotes with visible light in the blue spectral range, capturing the light that is reflected and/or emitted by the banknotes and/or the light that has passed through the banknotes by way of transmission, evaluating the captured light, wherein the banknotes are illuminated with pulsed light, and characterized in that the sequence of the light pulses is irregular in terms of order. transporting the banknotes along a transport path, illuminating the banknotes with visible light in the blue spectral range, capturing the light that is reflected and/or emitted by the banknotes and/or the light that has passed through the banknotes by way of transmission, evaluating the captured light, wherein the banknotes are illuminated with pulsed light, and characterized in that the sequence of the light pulses is irregular in terms of order.
A method for predicting the proliferative or invasive behaviour of a pre neoplastic lesion or of a neoplastic lesion comprising the step of - detecting in vitro or in vivo the expression of hMena11a and hMenaΔv6 splicing variants of hMena in a biological sample comprising cells of said lesion wherein detecting the expression of hMena11a and not of hMenaΔv6 indicates a proliferative behaviour, whereas detecting the expression of hMenaΔv6 and not of hMena11a indicates an invasive behaviour. - detecting in vitro or in vivo the expression of hMena11a and hMenaΔv6 splicing variants of hMena in a biological sample comprising cells of said lesion
A power storage control device configured to control charge current values of charge currents that are supplied by at least one battery charger to at least two battery units being mutually connected in parallel and each including at least one cell; decrease then the charge current values in accordance with a charge state of each of the battery units, if a voltage of at least one of the battery units becomes a specific voltage value that is smaller than an upper limit voltage value.
An exhaust emission control device comprising a selective reduction catalyst for reacting NO x in an exhaust gas with ammonia, an exhaust passage for guiding the exhaust gas to said selective reduction catalyst and urea water addition means incorporated in said exhaust passage for adding urea water into the exhaust gas, characterized in that a portion of said exhaust passage adjacent to an added position of the urea water is constituted by a divisional piece made of material having higher corrosion resistance to a substance resulting from the addition of the urea water than that of a material constituting a remaining portion of the exhaust passage other than said adjacent portion, the divisional piece having front and rear ends inserted inside of upstream- and downstream-side exhaust passage, respectively, through spigot joining.
A machine of manufacturing a low fire-spreading web, comprising: a travel path through which a paper web travels; an applicator that is interposed in the travel path and used to apply a combustion inhibitor onto the web; and a dryer that dries the web applied with the combustion inhibitor, further having: a detector that measures a parameter indicative of width of the web that has passed through the dryer; and a controller that controls a drying condition of the dryer on the basis of a measurement result obtained by the detector so that the width of the web falls within an allowable range. a travel path through which a paper web travels; an applicator that is interposed in the travel path and used to apply a combustion inhibitor onto the web; and a dryer that dries the web applied with the combustion inhibitor, further having: a detector that measures a parameter indicative of width of the web that has passed through the dryer; and a controller that controls a drying condition of the dryer on the basis of a measurement result obtained by the detector so that the width of the web falls within an allowable range. a detector that measures a parameter indicative of width of the web that has passed through the dryer; and a controller that controls a drying condition of the dryer on the basis of a measurement result obtained by the detector so that the width of the web falls within an allowable range.
A carbon nanotube-amino acid composition having a general formula: SWNT-[-NH-(CH 2 -) n -COOH] m where SWNT is a single-walled carbon nanotube, n is between 1 and 20, and m is between 1 and 10,000.
A control unit comprising: a base body; a control circuit board that controls electric parts; and a housing that is attached to one surface of the base body, wherein the housing includes an accommodating portion which accommodates the control circuit board thereinside and a flange, wherein the flange includes an attaching hole penetrating therethrough, wherein a part of the accommodating portion is positioned on an extension of a center axis of the attaching hole, wherein an attaching pin projects from the one surface of the base body so as to be inserted into the attaching hole, wherein an attaching portion is formed on the attaching pin so as to be positioned between the flange and the accommodating portion, and wherein an elastic member is attached to the attaching portion so as to bias the flange toward the one surface of the base body. a base body; a control circuit board that controls electric parts; and a housing that is attached to one surface of the base body, wherein the housing includes an accommodating portion which accommodates the control circuit board thereinside and a flange, wherein the flange includes an attaching hole penetrating therethrough, wherein a part of the accommodating portion is positioned on an extension of a center axis of the attaching hole, wherein an attaching pin projects from the one surface of the base body so as to be inserted into the attaching hole, wherein an attaching portion is formed on the attaching pin so as to be positioned between the flange and the accommodating portion, and wherein an elastic member is attached to the attaching portion so as to bias the flange toward the one surface of the base body.
Thermoplastic molding material comprising components A and B, the thermoplastic molding composition having a melt viscosity at 170°C of less than 30,000 mPas, characterized in that component A comprises one or more C 3 /C 2 copolymers which have each been prepared using metallocene catalysts and have a melt viscosity at 170°C of less than 20,000 mPas, measured in accordance with DIN 53019, and a molecular weight Mw of from 1000 g/mol to 50,000 g/mol, and - component B comprises one or more C 2 /C 3 copolymers, each of which has been produced using metallocene catalysts and has a melt flow index MI of 1 to 100 g/10 min, measured at 190°C/2.16 kg, 0°C/2.16 kg, according to ASTM D 1238, and a molecular weight M w of 50,000 g/mol to 300,000 g/mol, measured according to ISO 16014. characterized in that component A has an elongation at break of less than 1000%, measured according to ISO 527, with the exception of the test specimen used, and component B has an elongation at break of greater than 1000%, measured according to ISO 527, with the exception the test piece used, which has the following dimensions: total length: 50 mm, width of narrow part: 3.3 mm, width at the ends: 7 mm, length of narrow parallel part: 25 mm, thickness: 1 mm. component A comprises one or more C 3 /C 2 copolymers which have each been prepared using metallocene catalysts and have a melt viscosity at 170°C of less than 20,000 mPas, measured in accordance with DIN 53019, and a molecular weight Mw of from 1000 g/mol to 50,000 g/mol, and - component B comprises one or more C 2 /C 3 copolymers, each of which has been produced using metallocene catalysts and has a melt flow index MI of 1 to 100 g/10 min, measured at 190°C/2.16 kg, 0°C/2.16 kg, according to ASTM D 1238, and a molecular weight M w of 50,000 g/mol to 300,000 g/mol, measured according to ISO 16014. - component B comprises one or more C 2 /C 3 copolymers, each of which has been produced using metallocene catalysts and has a melt flow index MI of 1 to 100 g/10 min, measured at 190°C/2.16 kg, 0°C/2.16 kg, according to ASTM D 1238, and a molecular weight M w of 50,000 g/mol to 300,000 g/mol, measured according to ISO 16014. characterized in that component A has an elongation at break of less than 1000%, measured according to ISO 527, with the exception of the test specimen used, and component B has an elongation at break of greater than 1000%, measured according to ISO 527, with the exception the test piece used, which has the following dimensions: total length: 50 mm, width of narrow part: 3.3 mm, width at the ends: 7 mm, length of narrow parallel part: 25 mm, thickness: 1 mm.