mhurhangee/ep-ind-claims huggingface dataset:
An optoelectronic component for generating and radiating an electromagnetic signal exhibiting a frequency lying between 30 GHz and 10 THz referred to as a microwave frequency, comprising: - a planar guide (Gp) configured to confine and propagate freely in a plane XY a first and a second optical wave exhibiting an optical frequency difference, referred to as a heterodyne beat, equal to said microwave frequency, - a system (Si) for injecting said optical waves (O1, O2) into said planar guide (Gp), - a photo-mixer coupled to said planar guide (Gp) so as to generate, on the basis of the first optical wave and of the second optical wave, a signal exhibiting said microwave frequency, characterized in that said photo-mixer has an elongated shape exhibiting along an axis Y a large dimension greater than or equal to half the wavelength (λ F) of said signal, - said injection system (Si) is configured so that said optical waves overlap in said planar guide and are coupled with the photo-mixer over a length along the axis Y at least equal to half the wavelength (λ F) of said signal, the photo-mixer thus being able to radiate said signal. - a planar guide (Gp) configured to confine and propagate freely in a plane XY a first and a second optical wave exhibiting an optical frequency difference, referred to as a heterodyne beat, equal to said microwave frequency, - a system (Si) for injecting said optical waves (O1, O2) into said planar guide (Gp), - a photo-mixer coupled to said planar guide (Gp) so as to generate, on the basis of the first optical wave and of the second optical wave, a signal exhibiting said microwave frequency, - said injection system (Si) is configured so that said optical waves overlap in said planar guide and are coupled with the photo-mixer over a length along the axis Y at least equal to half the wavelength (λ F) of said signal, the photo-mixer thus being able to radiate said signal.
An apparatus for inspecting a metallurgical furnace wall (31, 33, 35) comprising: a plurality of impact-driven stress wave generator-sensor pairs (73a - 73d), each pair for generating a P-wave and sensing reflections of the P-wave at point on a metallurgical furnace; characterized by a processor comprising program code which, when executed by the processor, causes the processor to produce a determination of the condition of the metallurgical furnace wall using time domain data collected by at least one sensor, frequency domain data derived from the time domain data, and a temperature-dependent velocity scaling factor to correct for the change in velocity of the P-wave and the reflections of the P-wave through a refractory material (33, 35) included in the metallurgical furnace wall. a plurality of impact-driven stress wave generator-sensor pairs (73a - 73d), each pair for generating a P-wave and sensing reflections of the P-wave at point on a metallurgical furnace; characterized by a processor comprising program code which,
A method, comprising: employing a first radar; identifying a blind spot in coverage of the first radar; providing a second radar to illuminate the blind spot; merging data from the first and second radars using target classification prior to tracking; characterised by: identifying a first target as a false target if: an altitude estimation of the first target is low and is near the blind spot, which includes a wind farm area; an estimated radial velocity of the first target does not match scan-to-scan movement; a wide Doppler spectrum fits the wind turbine profile; and the first target is not detected by the second radar, which is a pencil-beam gap filler radar directed to illuminate the blind spot area whilst avoiding the wind-farm area; and identifying a second target as an aircraft target by detecting that altitude estimation may drop due to interference by the wind farm but is still higher than a predefined wind farm altitude. employing a first radar; identifying a blind spot in coverage of the first radar; providing a second radar to illuminate the blind spot; merging data from the first and second radars using target classification prior to tracking; characterised by: identifying a first target as a false target if: an altitude estimation of the first target is low and is near the blind spot, which includes a wind farm area; an estimated radial velocity of the first target does not match scan-to-scan movement; a wide Doppler spectrum fits the wind turbine profile; and the first target is not detected by the second radar, which is a pencil-beam gap filler radar directed to illuminate the blind spot area whilst avoiding the wind-farm area; and identifying a second target as an aircraft target by detecting that altitude estimation may drop due to interference by the wind farm but is still higher than a predefined wind farm altitude. identifying a first target as a false target if: an altitude estimation of the first target is low and is near the blind spot, which includes a wind farm area; an estimated radial velocity of the first target does not match scan-to-scan movement; a wide Doppler spectrum fits the wind turbine profile; and the first target is not detected by the second radar, which is a pencil-beam gap filler radar directed to illuminate the blind spot area whilst avoiding the wind-farm area; and an altitude estimation of the first target is low and is near the blind spot, which includes a wind farm area; an estimated radial velocity of the first target does not match scan-to-scan movement; a wide Doppler spectrum fits the wind turbine profile; and the first target is not detected by the second radar, which is a pencil-beam gap filler radar directed to illuminate the blind spot area whilst avoiding the wind-farm area; and identifying a second target as an aircraft target by detecting that altitude estimation may drop due to interference by the wind farm but is still higher than a predefined wind farm altitude.
A steel sheet for container use with excellent primary adhesion of film and primary coating adhesion comprising a Zr film on the surface of the steel sheet, wherein the Zr film contains, by amount of metal Zr, 1 to 100 mg/m 2 of a Zr oxide, wherein the Zr film further contains, by amount of P, 0.1 to 50 mg/m 2 of a Zr phosphate compound, and wherein after immersing the steel sheet for container use in 1 liter of 70°C distilled water and stirring for 30 minutes, a concentration of nitrate ions which are eluted into the solution is 5 mass ppm or less per 1 m 2 Zr film.
An electric plug connector comprising a coding housing for the electrical and mechanical connection to a compatible plug connector and a plug body for the electrical and mechanical connection to an electric assembly (5, 14, 15, 16), and at least one contact body, wherein the compatible plug connector can be connected along a plug-in direction to the coding housing, and wherein the coding housing and the plug body have a mechanical connecting device, wherein the connecting device is designed, in order to positively connect the coding housing and the plug body to one another in the plug-in direction, wherein the connecting device predefines mounting movement deviating from the plug-in direction, in order to connect the coding housing and the plug body to one another, and wherein recesses are provided in the coding housing and in the plug body for the at least one contact body, in order to introduce the at least one contact body in the plug-in direction through the coding housing into the plug body, characterized in that the contact body and the recesses are designed in such a manner that the coding housing and the plug body are fixed in their position with respect to one another by the introduction of the contact body.
Drive mechanism for an open roof construction for a vehicle, comprising a stationary guide part defining a first guide channel, a bracket having a forward end and a rearward end, wherein the forward end of the bracket is provided with a guide shoe cooperating with the first guide channel in a manner that the bracket can slide and rotate relative to the stationary guide part, further comprising a lifting unit for cooperation with the rearward end of the bracket in a manner to lift or lower said rearward end and further comprising a driven slide which by drive means is movable in a moving direction relative to the stationary guide part and which at one hand is adapted for moving the guide shoe of the bracket along the first guide channel and which at the other hand is adapted for driving the lifting unit for lifting and lowering the rearward end of the bracket, characterized in that the lifting unit is positioned at a stationary position in a manner to allow a sliding movement of the bracket relative to the lifting unit, and in that the drive mechanism further comprises a panel carrier which is supported by the bracket and which can carry out a sliding movement relative thereto in a direction substantially corresponding with the direction of the sliding movement of the bracket relative to the stationary guide part, wherein the driven slide further is adapted for causing the sliding movement of the panel carrier relative to the bracket.
A snow brush, comprising flexible sheets secured by a first edge to a handle, all edges of the flexible sheets other than said first edge providing corresponding continuous brushing edges, wherein said flexible sheets are sheets of closed cells foams.
Head-up display (10; 10') comprising: - an image generation unit including a screen from which a light beam emerges, the screen being suitable for generating an image to be displayed, and - an optical projection system, suitable for projecting the light beam exiting the screen toward a partially transparent plate so as to form, by reflection by said plate, a virtual image of the screen, the virtual image being visible with maximum brightness from an observation point, characterized in that it further comprises: - adjustment means for changing a direction exhibited by the light beam at the output of the screen, and - a compensation system (40; 40') that is configured, when the direction exhibited by the light beam at the output of the screen is changed, to keep the following aligned: - said observation point, - a given point (P') of the virtual image, and - a point that is fixed relative to the display (10; 10'), located on a side opposite said observation point relative to the virtual image. - an image generation unit including a screen from which a light beam emerges, the screen being suitable for generating an image to be displayed, and - an optical projection system, suitable for projecting the light beam exiting the screen toward a partially transparent plate so as to form, by reflection by said plate, a virtual image of the screen, the virtual image being visible with maximum brightness from an observation point, - adjustment means for changing a direction exhibited by the light beam at the output of the screen, and - a compensation system (40; 40') that is configured, when the direction exhibited by the light beam at the output of the screen is changed, to keep the following aligned: - said observation point, - a given point (P') of the virtual image, and - a point that is fixed relative to the display (10; 10'), located on a side opposite said observation point relative to the virtual image. - said observation point, - a given point (P') of the virtual image, and - a point that is fixed relative to the display (10; 10'), located on a side opposite said observation point relative to the virtual image.
A syringe for injecting solid, hard and rough granular material, having diameters comprised between 0.1 and 1.5 mm, comprising: a longitudinal injection chamber having constant section and an internal diameter (Dc) of less than 4.5 mm, the injection chamber having: - a distal outlet mouth for the flowing of the material out of the injection chamber, the distal mouth being at the end of the injection chamber and its flow out surface is the same as the injection chamber, and - a proximal mouth, in which granular material is inserted; a plunger, sealedly mobile along the whole injection chamber, until the distal mouth, joined to a stem which enters the injection chamber through the proximal mouth, the plunger having a transversal section which sealingly couples with the surface of the injection chamber, and having an operative surface, facing towards the distal mouth of the injection chamber, suitable for pushing the material along the injection chamber, characterised in that the plunger comprises a body projecting longitudinally internally of the injection chamber, fixed substantially axially to the operating surface of the plunger, having a diameter (Ds) that is less than 70% of the diameter (Dc) of the injection chamber and a length (Ls) that is greater than 6 mm. a longitudinal injection chamber having constant section and an internal diameter (Dc) of less than 4.5 mm, the injection chamber having: - a distal outlet mouth for the flowing of the material out of the injection chamber, the distal mouth being at the end of the injection chamber and its flow out surface is the same as the injection chamber, and - a proximal mouth, in which granular material is inserted; - a distal outlet mouth for the flowing of the material out of the injection chamber, the distal mouth being at the end of the injection chamber and its flow out surface is the same as the injection chamber, and - a proximal mouth, in which granular material is inserted; a plunger, sealedly mobile along the whole injection chamber, until the distal mouth, joined to a stem which enters the injection chamber through the proximal mouth, the plunger having a transversal section which sealingly couples with the surface of the injection chamber, and having an operative surface, facing towards the distal mouth of the injection chamber, suitable for pushing the material along the injection chamber, characterised in that the plunger comprises a body projecting longitudinally internally of the injection chamber, fixed substantially axially to the operating surface of the plunger, having a diameter (Ds) that is less than 70% of the diameter (Dc) of the injection chamber and a length (Ls) that is greater than 6 mm.
An autonomous traveling vehicle configured to execute a teaching travel mode in which a planned traveling route is taught, and a reproduction travel mode in which the autonomous traveling vehicle travels autonomously while reproducing the planned traveling route, the planned traveling route being a traveling route taught by an operator when traveling from a travel start position to a travel end position, the autonomous traveling vehicle comprising: a platform portion; and a traveling unit mounted on the platform portion so as to control the platform portion to travel; characterized by a teaching unit configured to acquire subgoal points when the teaching travel mode is executed and to store planned traveling route data expressing the planned traveling route as an aggregate of subgoal points, the subgoal points being information of positions through which the platform portion passes from the travel start position to the travel end position in a travel environment; a curvature calculation unit configured to calculate and store a key curvature radius of a partial planned traveling route at a key subgoal point (P a, P am), the key subgoal point (P a, P am) being one of the subgoal points included in the planned traveling route data, the partial planned traveling route being formed of the key subgoal point (P a, P am) and a predetermined number of subgoal points before and after the key subgoal point (P a, P am) in the planned traveling route data; and a control parameter adjustment unit configured to adjust a control parameter (K p) for determining a control amount (Q 1, Q 2) of the traveling unit on the basis of the key curvature radius calculated by the curvature calculation unit, when the reproduction travel mode is executed. a platform portion; and a traveling unit mounted on the platform portion so as to control the platform portion to travel; characterized by a teaching unit configured to acquire subgoal points when the teaching travel mode is executed and to store planned traveling route data expressing the planned traveling route as an aggregate of subgoal points, the subgoal points being information of positions through which the platform portion passes from the travel start position to the travel end position in a travel environment; a curvature calculation unit configured to calculate and store a key curvature radius of a partial planned traveling route at a key subgoal point (P a, P am), the key subgoal point (P a, P am) being one of the subgoal points included in the planned traveling route data, the partial planned traveling route being formed of the key subgoal point (P a, P am) and a predetermined number of subgoal points before and after the key subgoal point (P a, P am) in the planned traveling route data; and a control parameter adjustment unit configured to adjust a control parameter (K p) for determining a control amount (Q 1, Q 2) of the traveling unit on the basis of the key curvature radius calculated by the curvature calculation unit, when the reproduction travel mode is executed.
A use of Chinese medicine composition in preparation of medicaments for secondary prevention of coronary heart disease in a patient diagnosed as grade II or grade III angina pectoris by the Canadian Cardiovascular Society, wherein said Chinese medicine composition comprises Radix salvia Miltiorrhiza and Radix Notoginseng extract and Borneol, wherein weight ratio of the Radix salvia Miltiorrhiza and Radix Notoginseng extract to the Borneol is (8∼15):1, wherein weight of Salvia Miltiorrhiza and Radix Notoginseng extract is the dry weight and wherein said Radix salvia Miltiorrhiza and Radix Notoginseng extract is prepared by extracting Radix salvia Miltiorrhiza and Radix Notoginseng simultaneously.
A method comprising: (a) applying a first classification procedure to received audio information captured by a microphone to identify a type of said received audio information from among plural possible types; (b) applying a second classification procedure to context information provided by sensor data, to identify a scenario, from among plural possible scenarios, the context information being different than said received audio information; and (c) activating one or more audio content recognition modules from a plurality of available audio content recognition modules, based on outputs from the first and second classification procedures. (a) applying a first classification procedure to received audio information captured by a microphone to identify a type of said received audio information from among plural possible types; (b) applying a second classification procedure to context information provided by sensor data, to identify a scenario, from among plural possible scenarios, the context information being different than said received audio information; and (c) activating one or more audio content recognition modules from a plurality of available audio content recognition modules, based on outputs from the first and second classification procedures.
A thermally conductive sheet comprising a thermally conductive filler and a resin, the thermally conductive sheet having a thermal conductivity of 7 W/m·K or more, a 30% compression strength of 1500 kPa or less, and a tensile strength of 0.08 MPa or more.
A system comprising: a sensor (30, 200), and a device for mounting said sensor, comprising: a bracket (10, 100, 500, 500a, 500b, 500c) holding the sensor (30, 200), the bracket adjustably mountable to a cabinet body, the bracket formed with at least one guide hole therein; at least one support rod each passing through a mounting hole in a housing of the sensor (30, 200) and the guide hole in the bracket (10, 100, 500, 500a, 500b, 500c) and supported by the housing of the sensor (30, 200) and the bracket (10, 100, 500, 500a, 500b, 500c); and at least one elastic element each disposed on the support rod, so that the sensor (30, 200) is movable relative to the bracket (10, 100, 500, 500a, 500b, 500c) along the support rod against the elastic element, wherein the sensor (30, 200) includes a sensing contact extending from the housing of the sensor (30, 200) and configured to contact a movable door, the sensing contact being movable relative to the housing of the sensor (30, 200) as the movable door contacts the sensing contact. a sensor (30, 200), and a device for mounting said sensor, comprising: a bracket (10, 100, 500, 500a, 500b, 500c) holding the sensor (30, 200), the bracket adjustably mountable to a cabinet body, the bracket formed with at least one guide hole therein; at least one support rod each passing through a mounting hole in a housing of the sensor (30, 200) and the guide hole in the bracket (10, 100, 500, 500a, 500b, 500c) and supported by the housing of the sensor (30, 200) and the bracket (10, 100, 500, 500a, 500b, 500c); and at least one elastic element each disposed on the support rod, so that the sensor (30, 200) is movable relative to the bracket (10, 100, 500, 500a, 500b, 500c) along the support rod against the elastic element, wherein the sensor (30, 200) includes a sensing contact extending from the housing of the sensor (30, 200) and configured to contact a movable door, the sensing contact being movable relative to the housing of the sensor (30, 200) as the movable door contacts the sensing contact. a bracket (10, 100, 500, 500a, 500b, 500c) holding the sensor (30, 200), the bracket adjustably mountable to a cabinet body, the bracket formed with at least one guide hole therein; at least one support rod each passing through a mounting hole in a housing of the sensor (30, 200) and the guide hole in the bracket (10, 100, 500, 500a, 500b, 500c) and supported by the housing of the sensor (30, 200) and the bracket (10, 100, 500, 500a, 500b, 500c); and at least one elastic element each disposed on the support rod, so that the sensor (30, 200) is movable relative to the bracket (10, 100, 500, 500a, 500b, 500c) along the support rod against the elastic element, wherein the sensor (30, 200) includes a sensing contact extending from the housing of the sensor (30, 200) and configured to contact a movable door, the sensing contact being movable relative to the housing of the sensor (30, 200) as the movable door contacts the sensing contact.
Damping device, in particular for damping acoustic vibrations of a loudspeaker, comprising a receiving device for receiving a foam body, the receiving device delimiting, at least in regions, a receiving space for receiving the foam body, and comprising a foam body for arrangement on or in the immediate vicinity of a loudspeaker, the foam body being arranged in the receiving space of the receiving device, and a projection being arranged or formed on at least one of the two elements, the foam body and the receiving device, which projection protrudes in the direction of the other element and engages in an indentation in the other element, so that the foam body is fixed in the receiving space of the receiving device in a form-fitting and/or force-fitting matter, the projection being arranged on a lateral delimiting wall (32, 33) of the receiving device, which delimits the receiving space, and the foam body being arranged adjacent to the lateral delimiting wall (32, 33) in an arrangement plane, so that the projection protrudes in a deforming manner into the foam body,characterized in that the body edges of the projection, at least in an end region pointing toward the foam body, form a second acute angle in a second plane which is oriented along the longitudinal extension of the projection, substantially perpendicularly to the lateral delimiting wall (32, 33) of the receiving space, and substantially in parallel with the arrangement plane.
Armoured vehicle comprising a vehicle cab on which a roof cover is arranged, characterized in that the roof cover can brought from a driving position into a transport position in relation to the vehicle cab by pivotable flipping upwards and subsequent translatory lowering.