mhurhangee/ep-ind-claims huggingface dataset:
An ionized gas detector comprising: at least a pair of ion detecting electrodes that detect ions of an ionized measuring-subject gas; an electrode-voltage applying means that applies a given voltage to the ion detecting electrodes; a charge amplifier circuit having a charge capacitor that accumulates electric charges generated by voltage application by the electrode-voltage applying means; an ion current calculating means that calculates a value of an ion current of ions of the measuring-subject gas, based on a time-dependent change of a volume of electric charges accumulated in the charge capacitor of the charge amplifier circuit; and a concentration determining means that determines concentration of the measuring-subject gas, based on an ion current value calculated by the ion current calculating means; characterized in the electrode-voltage applying means being configured to be capable of reversing its voltage polarity; a voltage polarity control means that reverses polarity of the electrode-voltage applying means according to a volume of electric charges accumulated in the charge capacitor of the charge amplifier circuit; a circuit connected between the ion detecting electrodes and an input side of the charge amplifier circuit, the circuit having a voltage applying means different in voltage polarity from the electrode-voltage applying means configured to be capable of reversing its voltage polarity and an electric charge accumulating means that accumulates electric charges generated by voltage application by the voltage applying means; and a voltage polarity reversing means that when the voltage polarity control means reverses polarity of the electrode-voltage applying means, reverses voltage polarity of the voltage applying means, thereby causes the charge accumulating means to discharge electric charges accumulated therein toward the ion detecting electrodes. at least a pair of ion detecting electrodes that detect ions of an ionized measuring-subject gas; an electrode-voltage applying means that applies a given voltage to the ion detecting electrodes; a charge amplifier circuit having a charge capacitor that accumulates electric charges generated by voltage application by the electrode-voltage applying means; an ion current calculating means that calculates a value of an ion current of ions of the measuring-subject gas, based on a time-dependent change of a volume of electric charges accumulated in the charge capacitor of the charge amplifier circuit; and a concentration determining means that determines concentration of the measuring-subject gas, based on an ion current value calculated by the ion current calculating means;
Device for clamping a workpiece, having a receiving head which is rotatably mounted in a housing and is connected to a rotary drive with a rigid drive connection between a drive motor and the receiving head, having clamping jaws which are radially adjustable in the receiving head and are connected to a clamping drive for externally clamping the workpiece, and having linear drives which displace the clamping jaws and form the clamping drive and are jointly driven by a toothed gear with a central wheel coaxial with the drive shaft of the receiving head by means of a separate drive motor, wherein the central wheel can be driven synchronously with the receiving head in the clamping position of the clamping jaws, wherein the rotary drive for the central wheel having either a rigid drive connection between its drive motor, which can be actuated as a function of the rotational speed of the drive motor for the rotary drive of the receiving head, and the central wheel, or having a superimposed gear unit which, in addition to the output shaft for driving the central wheel, has two input shafts (18, 19) which, on the one hand, are drive-connected to the drive motor for the rotary drive of the receiving head and, on the other hand, are drive-connected to the drive motor for the central wheel, characterized in that the linear drives, which are designed as spindle drives, can each be driven by a gear unit, the drive shaft of which carries a gearwheel meshing with the central wheel, and in that the central wheel is mounted freely rotatably on the drive shaft of the receiving head.
A prosthetic mitral valve assembly, comprising: a radially-expandable stent having an upper portion implantable in a left atrium of a heart above an annulus of a native mitral valve with a pressure or friction fit and a lower portion sized for extending into the native mitral valve, the upper portion of the stent having a circumference that is greater than a circumference of the lower portion wherein the upper portion of the stent has a domed-shaped end designed to contact an upper portion of the atrium; and a valve portion coupled within the lower portion to the stent characterized by a tapered middle portion between the upper portion and the lower portion, wherein the upper portion comprises an enlarged end. a radially-expandable stent having an upper portion implantable in a left atrium of a heart above an annulus of a native mitral valve with a pressure or friction fit and a lower portion sized for extending into the native mitral valve, the upper portion of the stent having a circumference that is greater than a circumference of the lower portion wherein the upper portion of the stent has a domed-shaped end designed to contact an upper portion of the atrium; and a valve portion coupled within the lower portion to the stent characterized by a tapered middle portion between the upper portion and the lower portion, wherein the upper portion comprises an enlarged end.
A method of operating a user equipment arranged to communicate over two different subscriptions, the method comprising: transmitting a call origination message utilizing a first subscription, the call origination message configured to call the user equipment over a second subscription; receiving (906,908) over the second subscription at least one paging message corresponding to the call origination message; storing information associated with the at least one paging message; and determining a statistic corresponding to repetition of the at least one paging message. transmitting a call origination message utilizing a first subscription, the call origination message configured to call the user equipment over a second subscription; receiving (906,908) over the second subscription at least one paging message corresponding to the call origination message; storing information associated with the at least one paging message; and determining a statistic corresponding to repetition of the at least one paging message.
A temperature limiting adjustable device, comprising an operation element, a temperature limiting element, a switch element, a position limiting element and a temperature adjusting element; the temperature limiting element is disposed with at least two temperature limiting gears, the operation element controls the switch element to switch between the temperature limiting gears, the switch element is locked to the temperature limiting gear after switching; the switch element is linked to the position limiting element, the position limiting element is disposed with a high temperature end and a low temperature end; when the switch element is switched to different temperature limiting gears, the position limiting element moves accordingly and makes the position of the high temperature end and the low temperature end change, thus making the temperature adjusting range of the temperature adjusting element change accordingly, characterized in that the temperature adjusting element is disposed with an abutting element movable between the high temperature end and the low temperature end to abut against the temperature adjusting element for position limit.
A particulate composite hydrotalcite represented by the following formula Mg a ⁢ Zn b 1 - x ⁢ Al x ⁢ OH 2 ⁢ A n - x / n • mH 2 ⁢ O wherein A n- is CO 3 2-, SO 4 2- or Cl -, n is 1 or 2, and x, a, b and m are values that satisfy the following conditions, 0.18 ≦ x ≦ 0.4, 0.1 ≦ a < 1,0< b ≦ 0.5,0 ≦ m < 1, for use in treating ulcer. wherein A n- is CO 3 2-, SO 4 2- or Cl -, n is 1 or 2, and x, a, b and m are values that satisfy the following conditions, 0.18 ≦ x ≦ 0.4, 0.1 ≦ a < 1,0< b ≦ 0.5,0 ≦ m < 1, for use in treating ulcer.
A device for convection oven preparation of food, comprising an oven compartment having a rotary preparation basket, a circulating fan, at least one heating element, at least one air inlet for cold air, characterized in that said at least one air inlet for cold ventilating air is placed in close vicinity of a shaft of said circulating fan, and that a gap is arranged between said circulating fan and the wall in said oven compartment, so that the dry ventilating air can flow out into the gap between the backside of the circulating fan and the wall of the oven compartment, whereby the cold ventilating air, due to the rotation of the circulating fan, is centrifugally discharged radially and mixed substantially uniformly into the circulating heat transport medium at the periphery of the circulating fan, a guide vane/duct surrounds the rotary preparation basket, the guide vane has an intake opening for the circulating fan, located between the uppermost and lowermost portion of the preparation basket, and one or several main nozzles directed towards the lower portion of the preparation basket, so that a primary air flow can be sucked in through the main nozzle, pass through the preparation basket and food products being prepared therein, and then out through the intake opening to the circulating fan.
Continuous-flow heater for heating a liquid, comprising a heater cartridge with at least one fluidic channel arrangement, wherein the channel arrangement is formed by a plurality of electrically heated heating channels adapted for heating the liquid, by unheated empty channels and by flow deflecting channels, wherein at least one of the empty channels is arranged between at least two each of the heating channels by means of the flow deflecting channels and each of the heating channels is aligned in a predefined operational mounting position of the continuous-flow heater such that the liquid through-flow direction of each of the heating channels is at least substantially counter to gravitational force, characterized in that the continuous-flow heater comprises a control device having at least one positional sensor to detect the installation position of the continuous-flow heater and the control device is configured to compare the detected installation position with the predefined operational mounting position, and, if a difference between the detected installation position and the operational mounting position is greater than a predefined maximum admissible deviation, is adapted to adjust a minimum flow volume based on the installation position. a heater cartridge with at least one fluidic channel arrangement, wherein the channel arrangement is formed by a plurality of electrically heated heating channels adapted for heating the liquid, by unheated empty channels and by flow deflecting channels, wherein at least one of the empty channels is arranged between at least two each of the heating channels by means of the flow deflecting channels and each of the heating channels is aligned in a predefined operational mounting position of the continuous-flow heater such that the liquid through-flow direction of each of the heating channels is at least substantially counter to gravitational force, characterized in that the continuous-flow heater comprises a control device having at least one positional sensor to detect the installation position of the continuous-flow heater and the control device is configured to compare the detected installation position with the predefined operational mounting position, and, if a difference between the detected installation position and the operational mounting position is greater than a predefined maximum admissible deviation, is adapted to adjust a minimum flow volume based on the installation position.
Method for mounting a combustion chamber of a gas-turbine engine, wherein an annular outer combustion chamber wall and an annular inner combustion chamber wall are brought into position relative to one another and are connected to a head plate, and wherein subsequently a combustion chamber head is mounted, characterized in that the head plate is connected to the outer combustion chamber wall and to the inner combustion chamber wall by means of circumferentially distributed rivets and that subsequently the combustion chamber head is bought into position and bolted by means of threaded bolts and nuts to the arrangement of the head plate, the outer combustion chamber wall and the inner combustion chamber wall, with said arrangement being premounted by means of the rivets.
Method for automatically inspecting a lens, comprising the steps of: - placing at least one lens in solution in a lens holder; - taking a first image of said lens in solution in said lens holder; - recognizing a lens defect by analyzing the intensity of the pixels of the first image of said lens, the method being characterized by the steps of: - after taking the first image, moving said lens, solution and lens holder with respect to one another; - taking at least a second image of said lens in solution in said lens holder; - registering the pixels (77,79,81) of said first image to the corresponding pixels (85,87,89) of said second image - comparing the pixels of at least a portion of said first image to the corresponding registered pixels of the corresponding portion of said second image; - generating a resultant image from the comparison of said corresponding registered pixels by using those pixels (80,92,94) having the same light intensity as the brighter of the respective two corresponding registered pixels - recognizing a lens defect only if a plurality of the compared pixels of said at least one portion of the first image and the corresponding plurality of said registered pixels of said corresponding portion of said second image are both dark. - placing at least one lens in solution in a lens holder; - taking a first image of said lens in solution in said lens holder; - recognizing a lens defect by analyzing the intensity of the pixels of the first image of said lens, - after taking the first image, moving said lens, solution and lens holder with respect to one another; - taking at least a second image of said lens in solution in said lens holder; - registering the pixels (77,79,81) of said first image to the corresponding pixels (85,87,89) of said second image - comparing the pixels of at least a portion of said first image to the corresponding registered pixels of the corresponding portion of said second image; - generating a resultant image from the comparison of said corresponding registered pixels by using those pixels (80,92,94) having the same light intensity as the brighter of the respective two corresponding registered pixels - recognizing a lens defect only if a plurality of the compared pixels of said at least one portion of the first image and the corresponding plurality of said registered pixels of said corresponding portion of said second image are both dark.
A surveying instrument comprising a monopod which is configured to be installed on a reference point, a surveying instrument main body which has a machine center, and wherein a distance in horizontal direction and a distance in vertical direction between a lower end of said monopod and said machine center are known, wherein said surveying instrument main body comprises a distance measuring unit configured to measure a distance to an object to be measured, a measuring direction image pickup module configured to acquire an observation image including said object to be measured in a predetermined relationship with a reference optical axis, an attitude detector configured to detect the tilts of two axes of said surveying instrument main body with respect to the horizontality, and an arithmetic control module configured to carry out control of said distance measuring unit for measuring a predetermined measuring point and to carry out control of said measuring direction image pickup module for acquiring an image of said object to be measured, characterized in that said surveying instrument further comprises two auxiliary legs which extend downward from a middle portion of said monopod at a predetermined angle and are foldably coupled with said monopod, and two wheels, which are provided at the lower ends of said auxiliary legs, respectively, wherein said surveying instrument can stand by itself with the use of said monopod and said two wheels.
A system for identifying missing organizational security detection system rules, the system comprising at least one processing circuitry configured to: provide a known cyber-attack techniques repository including information of known cyber-attack techniques and required SIEM rules required for protecting against each of the known cyber-attack techniques, the known rules being in a generic SIEM rules format; obtain existing SIEM rules of a SIEM of an organization, the existing SIEM rules being in a vendor-specific language, other than the generic SIEM rules format; translate the existing SIEM rules to the generic SIEM rules format, using a translation system, giving rise to translated SIEM rules; compare the translated SIEM rules to the required SIEM rules to identify missing rules, being the required SIEM rules not included in the translated SIEM rules. provide a known cyber-attack techniques repository including information of known cyber-attack techniques and required SIEM rules required for protecting against each of the known cyber-attack techniques, the known rules being in a generic SIEM rules format; obtain existing SIEM rules of a SIEM of an organization, the existing SIEM rules being in a vendor-specific language, other than the generic SIEM rules format; translate the existing SIEM rules to the generic SIEM rules format, using a translation system, giving rise to translated SIEM rules; compare the translated SIEM rules to the required SIEM rules to identify missing rules, being the required SIEM rules not included in the translated SIEM rules.
A seat pad which includes a placement surface, wherein a lateral slit portion which extends from an outer side of the seat pad toward an inner side thereof is formed in a first lateral direction along the placement surface, and wherein at least a portion of the lateral slit portion gradually becomes larger from the outer side of the seat pad toward the inner side thereof in a thickness direction orthogonal to the placement surface along the first lateral direction.
A transflexion probe for carrying out a transflexion measurement on a liquid located in a rigid vessel, comprising: a probe shaft equipped with a light guide path in its interior, which defines a rigid cavity sealed on its front end face by a transparent window and an open flow chamber on its front end face with a reflective plate arranged opposite the front end face of the probe shaft, characterized in that the probe shaft, whose interior offers space for a free beam beam path illuminating free beam extending over the entire length of the probe shaft for feeding illuminating light into the flow chamber and for removing detecting light out of the flow chamber has a first coupling device at the rear end for rigid coupling of a sensor module to the probe shaft.
A visible light projection device comprising: a detecting unit that is configured to detect a first region emitting non-visible light; a projecting unit that is configured to perform projection using visible light onto a second region including the first region detected by the detecting unit; and a control unit (150,300) that is configured to control the projecting unit to perform projection with a color selected by an operator; characterised in that the control unit is configured such that when a first color is selected as a color of visible light projected by the projecting unit onto a region other than the first region within the second region, the control unit (150,300) informs the operator of first options in such a way as to allow a color of visible light, different from the first color, projected onto the first region by the projecting unit to be selected from the first options, and when a second color different from the first color is selected as a color of visible light projected by the projecting unit onto a region other than the first region within the second region, the control unit (150, 300) informs the operator of second options different from a combination of candidates included in the first options in such a way as to allow a color of visible light, different from the second color, projected onto the first region by the projecting unit to be selectable from the second options. a detecting unit that is configured to detect a first region emitting non-visible light; a projecting unit that is configured to perform projection using visible light onto a second region including the first region detected by the detecting unit; and a control unit (150,300) that is configured to control the projecting unit to perform projection with a color selected by an operator; characterised in that the control unit is configured such that when a first color is selected as a color of visible light projected by the projecting unit onto a region other than the first region within the second region, the control unit (150,300) informs the operator of first options in such a way as to allow a color of visible light, different from the first color, projected onto the first region by the projecting unit to be selected from the first options, and when a second color different from the first color is selected as a color of visible light projected by the projecting unit onto a region other than the first region within the second region, the control unit (150, 300) informs the operator of second options different from a combination of candidates included in the first options in such a way as to allow a color of visible light, different from the second color, projected onto the first region by the projecting unit to be selectable from the second options.
A capsule for preparing a predetermined quantity of beverage suitable for consumption using an extractable product, by means of a beverage brewing device comprising a receptacle for receiving the capsule, comprising a cup comprising a circumferential wall, a bottom closing the circumferential wall at a first end, and a lid in use connected to the cup at a second end of the circumferential wall opposite the bottom, wherein the wall, bottom and lid, in use, enclose an inner space comprising the extractable product, and wherein at least a portion of a surface of the capsule conceived to, in use, interact with the receptacle is provided with at least one projection for forming a sealing engagement with the receptacle, characterized in that the at least one projection has a modulated surface comprising a textured material, wherein the textured material includes a mixture of regularly spaced depressed and elevated areas, wherein a height difference between the elevated areas and the depressed areas is at least 0.05 mm, preferably at least 0.15 mm.