mhurhangee/ep-ind-claims huggingface dataset:
A packaged electronic system comprising: a support, the support comprising an insulating organic substrate housing a buried conductive region, the buried conductive region being a floating region and having a first and a second portion (94; 95) mutually spaced; a first die, fixed to the support, the first die having a first main surface carrying a first die contact region (67; 267) capacitively coupled to the first portion of the buried conductive region; a second die, fixed to the support, the second die having a first main surface carrying a second die contact region (67; 267), capacitively coupled to the second portion of the buried conductive region; characterized by a packaging mass enclosing the first die, the second die, the first die contact region, the second die contact region, and, at least partially, the support, wherein the buried conductive region is planar. a support, the support comprising an insulating organic substrate housing a buried conductive region, the buried conductive region being a floating region and having a first and a second portion (94; 95) mutually spaced; a first die, fixed to the support, the first die having a first main surface carrying a first die contact region (67; 267) capacitively coupled to the first portion of the buried conductive region; a second die, fixed to the support, the second die having a first main surface carrying a second die contact region (67; 267), capacitively coupled to the second portion of the buried conductive region; characterized by a packaging mass enclosing the first die, the second die, the first die contact region, the second die contact region, and, at least partially, the support, wherein the buried conductive region is planar.
A compound of formula: wherein Ar is R a is halogen, or haloalkyl; R b is O-(C 2 -C 4 -alkyl), O-(C 3 -C 5 -cycloalkyl), N(R 10)-(C 1 -C 4 -alkyl), or N(R 10)-(C 3 -C 5 -cycloalkyl); R c is H; R d is O-(C 2 -C 4 -alkyl)-N(R 10) 2, -(C 1 -C 4 -alkyl)-R 3, O-(C 1 -C 4 -alkyl)-R 3, or -(C 1 -C 4 -alkyl)-N(R 10) 2; W and Z are each CH; X is -CON(R 10)-; Y is CR 2; R 2 is halogen or haloalkyl; R 3 is C 3 -C 8 -cycloalkylamino, morpolinyl, thiomorpholinyl, or N-alkylpiperazinyl; and R 10 is independently H or -(C 1 -C 2 -alkyl), n is an integer from 1-3, with the proviso that the compound is not or Ar is R a is halogen, or haloalkyl; R b is O-(C 2 -C 4 -alkyl), O-(C 3 -C 5 -cycloalkyl), N(R 10)-(C 1 -C 4 -alkyl), or N(R 10)-(C 3 -C 5 -cycloalkyl); R c is H; R d is O-(C 2 -C 4 -alkyl)-N(R 10) 2, -(C 1 -C 4 -alkyl)-R 3, O-(C 1 -C 4 -alkyl)-R 3, or -(C 1 -C 4 -alkyl)-N(R 10) 2; W and Z are each CH; X is -CON(R 10)-; Y is CR 2; R 2 is halogen or haloalkyl; R 3 is C 3 -C 8 -cycloalkylamino, morpolinyl, thiomorpholinyl, or N-alkylpiperazinyl; and R 10 is independently H or -(C 1 -C 2 -alkyl), n is an integer from 1-3, with the proviso that the compound is not or
An aircraft structure comprising: a panel, the panel having an exterior surface and an interior surface on opposite sides of the panel; a plurality of strips on the interior surface of the panel, the plurality of strips intersecting; an overmolding material extending between the plurality of strips, the overmolding material securing the plurality of strips together; and the overmolding material extending between the interior surface of the panel and the plurality of strips, the overmolding material securing the plurality of strips to the interior surface of the panel; the plurality of strips including a first strip and a second strip, the first strip having a slot and the second strip extending into the slot of the first strip; the second strip having a slot; and the first strip extending into the slot of the second strip. a panel, the panel having an exterior surface and an interior surface on opposite sides of the panel; a plurality of strips on the interior surface of the panel, the plurality of strips intersecting; an overmolding material extending between the plurality of strips, the overmolding material securing the plurality of strips together; and the overmolding material extending between the interior surface of the panel and the plurality of strips, the overmolding material securing the plurality of strips to the interior surface of the panel; the plurality of strips including a first strip and a second strip, the first strip having a slot and the second strip extending into the slot of the first strip; the second strip having a slot; and the first strip extending into the slot of the second strip.
A device comprising: a first storage unit configured to store, when an object moves between separate image capturing areas which are captured by a plurality of surveillance cameras, a plurality of movement histories of the object between image data that has been respectively captured by the surveillance cameras in advance, each of the plurality of movement histories showing corresponding data between a time at which the image data showing the object has been captured and identification information of a surveillance camera, among the plurality of surveillance cameras, that has captured the image data showing the object; an identification unit configured to identify, among the plurality of surveillance cameras, one surveillance camera that has captured a target object to track, and an image capturing time at which the target object has been captured by the identified surveillance camera, according to an operation of an operator; and an estimation unit configured to estimate at least one other surveillance camera, among the plurality of surveillance cameras, that is different from the one surveillance camera and that has captured the target object and an estimated time when the other surveillance camera has captured the target object, based on the movement history and an identification result obtained by the identification unit. a first storage unit configured to store, when an object moves between separate image capturing areas which are captured by a plurality of surveillance cameras, a plurality of movement histories of the object between image data that has been respectively captured by the surveillance cameras in advance, each of the plurality of movement histories showing corresponding data between a time at which the image data showing the object has been captured and identification information of a surveillance camera, among the plurality of surveillance cameras, that has captured the image data showing the object; an identification unit configured to identify, among the plurality of surveillance cameras, one surveillance camera that has captured a target object to track, and an image capturing time at which the target object has been captured by the identified surveillance camera, according to an operation of an operator; and an estimation unit configured to estimate at least one other surveillance camera, among the plurality of surveillance cameras, that is different from the one surveillance camera and that has captured the target object and an estimated time when the other surveillance camera has captured the target object, based on the movement history and an identification result obtained by the identification unit.
Actuating device for a manual transmission, in particular of bicycles, comprising at least two wheel profiles which can optionally be enclosed by a surrounding tension means, wherein the wheel profile having the smallest diameter is undivided and at least one further wheel profile consists of at least two sectors adjustable independently of one another, which are designed in order to be moved respectively optionally into the flush plane formed by the wheel profile having the smallest diameter or out of the flush plane, and an adjustable actuating element decoupled from the rotational movement of the wheel profiles and displacement elements turning with the wheel profiles, wherein a displacement element is assigned to each sector and interacts with the respective sector in order to displace the sector, depending on the position of the displacement element, into the flush plane or out of the flush plane, wherein the actuating element interacts with the displacement elements in order to move the displacement elements during the rotation optionally into a first and into a second position, characterised in that the actuating element can be adjusted between a first and a second actuating position, in which positions the actuating element comes into engagement with the respective passing displacement element in order to move the displacement element into the first or second position, wherein the actuating element is held in the first and/or the second actuating position in such a manner as to be able to be deflected, such that it is picked up and deflected by the displacement element during at least one part of the transposition movement.
Light signal device with at least one light sensor and one signal generator which has a light source and a shutter disk, characterised in that at least one reflector element is provided on the inside of a screening stop protecting the shutter disk, through which reflector element some of the light emitted by the light source is reflected in the direction of the at least one light sensor.
A gasifier comprising: a plurality of conjoined and vertically positioned tubes having an interior wall, an exterior wall, a proximal end and a distal end, wherein the proximal end provides an inlet and the distal end provides an outlet; at least three contiguous reaction zones comprising a pyrolysis zone angled toward a central convergence, followed by an oxidation zone wherein the tube corresponding to the oxidation zone is dilated in the middle, followed by a reduction zone wherein the interior wall of the tube corresponding to the reduction zone has a greater diameter than the tube corresponding to the oxidation zone, forming a step between the oxidation zone and the reduction zone; at least two rings of pressurized air inlets (31, 32) located within the oxidation zone to inject an oxidant stream, wherein at least one of the at least two rings of pressurized air inlets is located around the dilated middle of the tube corresponding to the oxidation zone; wherein the gasifier is configured to be controlled by a control system, the control system configured to adjust the volume, speed and pressure of the oxidant stream injected through the at least two rings of pressured air inlets; and a rotating and vertically adjustable grate positioned below, but not attached to, the reduction zone; wherein the gasifier is a partially open core downdraft gasifier used for gasification of feedstock. a plurality of conjoined and vertically positioned tubes having an interior wall, an exterior wall, a proximal end and a distal end, wherein the proximal end provides an inlet and the distal end provides an outlet; at least three contiguous reaction zones comprising a pyrolysis zone angled toward a central convergence, followed by an oxidation zone wherein the tube corresponding to the oxidation zone is dilated in the middle, followed by a reduction zone wherein the interior wall of the tube corresponding to the reduction zone has a greater diameter than the tube corresponding to the oxidation zone, forming a step between the oxidation zone and the reduction zone; at least two rings of pressurized air inlets (31, 32) located within the oxidation zone to inject an oxidant stream, wherein at least one of the at least two rings of pressurized air inlets is located around the dilated middle of the tube corresponding to the oxidation zone; wherein the gasifier is configured to be controlled by a control system, the control system configured to adjust the volume, speed and pressure of the oxidant stream injected through the at least two rings of pressured air inlets; and a rotating and vertically adjustable grate positioned below, but not attached to, the reduction zone; wherein the gasifier is a partially open core downdraft gasifier used for gasification of feedstock.
An electronic endoscopic apparatus comprising: a controller that includes a CPU and outputs a pulse signal (WDCK) during a normal operation of the CPU; and an abnormality detecting section that detects an abnormality in the controller based on the pulse signal (WDCK) and outputs an abnormality detection signal (WD_RST_N); and a reset signal generating section, the electronic endoscopic apparatus characterised by further comprising: a completion-of-startup detecting section that detects the completion of the startup of the controller; the CPU being within an FPGA or CPLD and the reset signal generating section being configured to output a reset signal if the abnormality detection signal (WD_RST_N) is received and if the startup of the controller is completed based on the detection result by the completion-of-startup detecting section. a controller that includes a CPU and outputs a pulse signal (WDCK) during a normal operation of the CPU; and an abnormality detecting section that detects an abnormality in the controller based on the pulse signal (WDCK) and outputs an abnormality detection signal (WD_RST_N); and a reset signal generating section, the electronic endoscopic apparatus characterised by further comprising: a completion-of-startup detecting section that detects the completion of the startup of the controller; the CPU being within an FPGA or CPLD and the reset signal generating section being configured to output a reset signal if the abnormality detection signal (WD_RST_N) is received and if the startup of the controller is completed based on the detection result by the completion-of-startup detecting section. a completion-of-startup detecting section that detects the completion of the startup of the controller; the CPU being within an FPGA or CPLD and the reset signal generating section being configured to output a reset signal if the abnormality detection signal (WD_RST_N) is received and if the startup of the controller is completed based on the detection result by the completion-of-startup detecting section.
A device for producing three-dimensional workpieces, comprising: - a carrier for receiving raw material powder, - an irradiation unit for selectively irradiating the raw material powder applied to the carrier with electromagnetic radiation or particle radiation, in order to produce on the carrier a workpiece manufactured from the raw material powder by an additive layer building method, - a vertical movement device which is adapted to move the irradiation unit vertically with respect to the carrier, - a vertically extending build cylinder wall which constitutes a lateral delimitation for the raw material powder applied to the carrier, wherein the build cylinder wall is adapted to increase its vertical height (h) during a build process, and - a plurality of wall elements (15a, 15b) which are adapted to be detachably connected together so that, in a connected state, they form the vertically extending build cylinder wall. - a carrier for receiving raw material powder, - an irradiation unit for selectively irradiating the raw material powder applied to the carrier with electromagnetic radiation or particle radiation, in order to produce on the carrier a workpiece manufactured from the raw material powder by an additive layer building method, - a vertical movement device which is adapted to move the irradiation unit vertically with respect to the carrier, - a vertically extending build cylinder wall which constitutes a lateral delimitation for the raw material powder applied to the carrier, wherein the build cylinder wall is adapted to increase its vertical height (h) during a build process, and - a plurality of wall elements (15a, 15b) which are adapted to be detachably connected together so that, in a connected state, they form the vertically extending build cylinder wall.
A medical device deployment system, comprising: a main body; a guidewire capable of being passed through the main body and including a lumen; and an optical shape sensing system configured to pass through the lumen in the guidewire, the OSS system being configured to measure at least one of shape, position or orientation of a medical device being deployed relative to an anatomical feature and output optical shape sensing data obtained from reflections within an optical fiber of the OSS system indicative of a shape of the optical fiber, characterized in that the guidewire is centrally located in the main body, and the OSS system is centrally located in the lumen of the guidewire. a main body; a guidewire capable of being passed through the main body and including a lumen; and an optical shape sensing system configured to pass through the lumen in the guidewire, the OSS system being configured to measure at least one of shape, position or orientation of a medical device being deployed relative to an anatomical feature and output optical shape sensing data obtained from reflections within an optical fiber of the OSS system indicative of a shape of the optical fiber, the guidewire is centrally located in the main body, and the OSS system is centrally located in the lumen of the guidewire.
Rotor blade for a gas turbine, comprising a blade aerofoil which extends in a radial direction and which has a blade aerofoil body having a peripheral wall with a pressure-side wall section and with a suction-side wall section, having a plate-like crown base which is connected to the peripheral wall in the region of the blade tip, and having a rubbing edge which extends along the peripheral wall, wherein the peripheral wall and the crown base define a cavity in the blade aerofoil body, and in the blade aerofoil body there are formed cooling ducts which extend from the cavity to cooling fluid outlet openings provided in the rubbing edge, wherein, in the end surface of the rubbing edge, there is formed at least one depression into which at least some of the cooling ducts open such that the cooling fluid outlet openings are situated completely in a base region of the depression, wherein, with respect to the radial direction, the base region of the at least one depression is arranged between the end surface of the rubbing edge and the outer surface of the crown base, wherein the at least one depression extends as far as an inner side of the rubbing edge so as to form a stepped cross section, and wherein an inner surface of the rubbing edge is, in relation to the radial direction, outwardly inclined so as to form a first inclination angle (δ) and is, as viewed along the radial direction, largely rectilinear, and measurement is carried out in a plane which extends in the radial direction and which perpendicularly intersects the rubbing edge, wherein the cooling ducts are, in relation to the radial direction, inclined so as to form a second inclination angle (θ), wherein the second inclination angles of the cooling ducts, which angles are each measured in a plane which extends in the radial direction and which perpendicularly intersects the rubbing edge, are equal or approximately equal to the first inclination angle (δ) of the inner surface of the rubbing edge, characterized in that the rubbing edge is aligned on the outside with the peripheral wall and projects radially above the crown base, wherein the first inclination angle (δ) lies in the range of 0° to 45°, and wherein each cooling duct is, in relation to a plane which is perpendicular to the radial direction, inclined in the direction of the leading edge of the rotor blade, or in the direction of the trailing edge of the rotor blade, so as to form a third or a fourth inclination angle (α, β), wherein the third inclination angle (α) in the direction of the trailing edge of the rotor blade and the fourth inclination angle (β) in the direction of the leading edge of the rotor blade are each measured in a plane which perpendicularly intersects the measurement plane of the first inclination angle (δ) and each lie in the range between 30° and 80°, such that, due to the arrangement of cooling ducts inclined towards the leading edge, the cooling jets thereof are, during operation, able to be conducted over the tip of the rubbing edge arranged on the suction side.
An oil-soluble licorice extract, wherein the oil-soluble licorice extract comprises licochalcone A for use in the prevention or treatment of inflammation, and wherein a total content of licochalcone A in the oil-soluble licorice extract is 10% by mass to 40% by mass based on the dry solid content, wherein the oil-soluble licorice extract is prepared by subjecting a root of Glycyrrhiza inflata to an extraction treatment under reflux with an organic solvent, and the organic solvent is dehydrated ethanol and ethyl acetate.
A method of producing at least one alkane, the method comprising, - producing at least one carboxylic acid from a carbon source using at least one microorganism, and - performing Kolbe electrolysis on the carboxylic acid to produce the alkane, wherein the alkane comprises at least 6 carbon atoms and the carboxylic acid comprises at least 4 carbon atoms, wherein the carbon source is selected from the group consisting of ethanol in combination with at least one other carbon source selected from the group consisting of acetate, propionate, butyrate, isobutyrate, valerate and hexanoate and wherein the microorganism is selected from the group consisting of Clostridium kluyveri and C. carboxidivorans. - producing at least one carboxylic acid from a carbon source using at least one microorganism, and - performing Kolbe electrolysis on the carboxylic acid to produce the alkane,
Refrigeration system with a heat pump function for a motor vehicle, wherein the refrigeration system comprises: a refrigerant compressor, which is connectable or connected to a primary line; a directly or indirectly acting external heat exchanger, which is arranged in the primary line; a first evaporator, which is arranged in the primary line; a first directly or indirectly acting heat exchanger, in particular a chiller, which is arranged fluidically parallel to the evaporator; and a refrigerant collector arranged on the low-pressure side, wherein a single sensor apparatus is arranged downstream of the evaporator and the first heat exchanger, in particular the chiller, which sensor apparatus is configured to detect the pressure and the temperature of the refrigerant on the low-pressure side of the refrigeration system, characterized in that the single sensor apparatus is arranged upstream of the refrigerant collector and directly in front of it. a refrigerant compressor, which is connectable or connected to a primary line; a directly or indirectly acting external heat exchanger, which is arranged in the primary line; a first evaporator, which is arranged in the primary line; a first directly or indirectly acting heat exchanger, in particular a chiller, which is arranged fluidically parallel to the evaporator; and a refrigerant collector arranged on the low-pressure side, wherein a single sensor apparatus is arranged downstream of the evaporator and the first heat exchanger, in particular the chiller, which sensor apparatus is configured to detect the pressure and the temperature of the refrigerant on the low-pressure side of the refrigeration system, characterized in that the single sensor apparatus is arranged upstream of the refrigerant collector and directly in front of it.