mhurhangee/patent-ind-claim-en huggingface dataset:
A needle guiding bracket with adjustable angles, comprising a bracket body configured to cooperatively mounting with an ultrasound probe , a mounting base arranged on the bracket body , and an angle block rotationally connected with the mounting base , wherein the angle block and the mounting base are rotationally connected at corresponding first ends, and a corresponding limiting structure is provided between the angle block and the mounting base to enable the angle block and the mounting base to only rotate relative to each other, and the angle block is also provided with configurations for mounting a needle guide or directly forming a needle tract, wherein a second end of the angle block opposite to the first end is provided with at least one elastic arm , and a raised positioning platform extending perpendicular to a rotation plane of the angle block is provided on the elastic arm ; a corresponding second end of the mounting base is provided with at least one group of angle gear grooves that cooperates with the raised positioning platform of the at least one elastic arm for the raised positioning platform to be embedded therein such that a fixed angle is formed between the angle block and the mounting base ; characterised in that the angle block is further provided with an elastic element which applies elastic force to the elastic arm to urge the raised positioning platform to be embedded within the angle gear grooves ; and the mounting base is provided with a track block , and the track block has an undercut ; and an elastic rail arm extends from the angle block opposite to the track block , and the elastic rail arm has an elastic barb which is just locked with the undercut when the angle block is rotated to a maximum angle relative to the mounting base . a second end of the angle block opposite to the first end is provided with at least one elastic arm , and a raised positioning platform extending perpendicular to a rotation plane of the angle block is provided on the elastic arm ; a corresponding second end of the mounting base is provided with at least one group of angle gear grooves that cooperates with the raised positioning platform of the at least one elastic arm for the raised positioning platform to be embedded therein such that a fixed angle is formed between the angle block and the mounting base ; characterised in that the angle block is further provided with an elastic element which applies elastic force to the elastic arm to urge the raised positioning platform to be embedded within the angle gear grooves ; and the mounting base is provided with a track block , and the track block has an undercut ; and an elastic rail arm extends from the angle block opposite to the track block , and the elastic rail arm has an elastic barb which is just locked with the undercut when the angle block is rotated to a maximum angle relative to the mounting base .
An apparatus for a surgical stapler, comprising: (a) a buttress body , wherein the buttress body is sized to fit on an anvil or a staple cartridge deck of a surgical stapler; (b) a flowable material disposed on the buttress body, wherein the flowable material is configured to flow across the buttress body in response to the temperature of the flowable material exceeding the melting temperature of the flowable material; (c) a containment sheet disposed on the flowable material, wherein the containment sheet is secured relative to the buttress body such that the containment sheet is configured to contain the flowable material on the buttress body; and (d) a buttress assembly loading cartridge , wherein the buttress body is secured to the buttress assembly loading cartridge and the buttress assembly loading cartridge includes a platform , wherein the buttress body is disposed on the platform, and the containment sheet is secured directly to the platform. (a) a buttress body , wherein the buttress body is sized to fit on an anvil or a staple cartridge deck of a surgical stapler; (b) a flowable material disposed on the buttress body, wherein the flowable material is configured to flow across the buttress body in response to the temperature of the flowable material exceeding the melting temperature of the flowable material; (c) a containment sheet disposed on the flowable material, wherein the containment sheet is secured relative to the buttress body such that the containment sheet is configured to contain the flowable material on the buttress body; and (d) a buttress assembly loading cartridge , wherein the buttress body is secured to the buttress assembly loading cartridge and the buttress assembly loading cartridge includes a platform , wherein the buttress body is disposed on the platform, and the containment sheet is secured directly to the platform.
A method for learning Out-of-Vocabulary (OOV) words in an Automatic Speech Recognition (ASR) system, the method comprising: using an Acoustic Word Embedding Recurrent Neural Network (AWE RNN) to receive a character sequence for a new OOV word for the ASR system, the RNN providing an Acoustic Word Embedding (AWE) vector as an output thereof; providing the AWE vector output from the AWE RNN as an input into an Acoustic Word Embedding-to-Acoustic-to-Word Neural Network (AWE→A2W NN) trained to provide an OOV word weight value from the AWE vector; and inserting the OOV word weight into a listing of Acoustic-to-Word (A2W) word embeddings used by the ASR system to output recognized words from an input of speech acoustic features, wherein the OOV word weight is inserted into the A2W word embeddings list relative to existing weights in the A2W word embeddings list. using an Acoustic Word Embedding Recurrent Neural Network (AWE RNN) to receive a character sequence for a new OOV word for the ASR system, the RNN providing an Acoustic Word Embedding (AWE) vector as an output thereof; providing the AWE vector output from the AWE RNN as an input into an Acoustic Word Embedding-to-Acoustic-to-Word Neural Network (AWE→A2W NN) trained to provide an OOV word weight value from the AWE vector; and inserting the OOV word weight into a listing of Acoustic-to-Word (A2W) word embeddings used by the ASR system to output recognized words from an input of speech acoustic features, wherein the OOV word weight is inserted into the A2W word embeddings list relative to existing weights in the A2W word embeddings list.
A display board having at least one display region (DR), comprising: a substrate , having a light transmittance in the at least one display region (DR); a decorative film, disposed on one side of the substrate ; a holographic optical element film, disposed in at least one of the at least one display region (DR), and disposed on another side of the substrate relative to the decorative film, wherein the substrate is disposed between the decorative film and the holographic optical element film; and a non-display region (NDR) surrounding the at least one display region (DR), characterized in that a light transmittance of the non-display region (NDR) is lower than a light transmittance of the at least one display region (DR). a substrate , having a light transmittance in the at least one display region (DR); a decorative film, disposed on one side of the substrate ; a holographic optical element film, disposed in at least one of the at least one display region (DR), and disposed on another side of the substrate relative to the decorative film, wherein the substrate is disposed between the decorative film and the holographic optical element film; and a non-display region (NDR) surrounding the at least one display region (DR), characterized in that a light transmittance of the non-display region (NDR) is lower than a light transmittance of the at least one display region (DR).
A conversion coating composition for application to a metal substrate, the conversion coating composition consisting essentially of: an azole compound present in the composition at a concentration of 0.0005 g/l to 3 g/l of composition; lithium carbonate and an aqueous carrier. an azole compound present in the composition at a concentration of 0.0005 g/l to 3 g/l of composition; lithium carbonate and an aqueous carrier.
Method for adjusting a timing programme for a heating system and/or a timing programme for a system for home automation - for example a smart home system - by predicting an expected time of arrival and an expected destination on the basis of a nearest intermediate destination, in particular by means of a mobile computing device, and wherein an expected journey is ascertained, wherein the expected journey comprises a prediction of the expected time of arrival and of the expected destination and also the nearest intermediate destination, and wherein the nearest intermediate destination is a stop with a predefined minimum length of stay at the nearest intermediate destination, comprising the steps of · ascertaining the expected journey on the basis of the nearest intermediate destination and historical journey data, wherein the historical journey data are formed by previously stored historical journeys, · adjusting the timing programme on the basis of the expected journey, in particular on the basis of the expected time of arrival and the expected destination, wherein the expected journey is ascertained on the basis of at least one intermediate destination property of the nearest intermediate destination, wherein the intermediate destination property may be for example a time, in particular a current time or an expected time of arrival at the nearest intermediate destination, and/or weather information, and wherein the ascertaining of the expected journey involves the expected journey selected being the historical journey for which the at least one intermediate destination property of the intermediate destination of the historical journey that corresponds to the nearest intermediate destination has a greatest possible degree of similarity with the at least one intermediate destination property of the nearest intermediate destination, wherein the greatest possible degree of similarity of the at least one intermediate destination property of the nearest intermediate destination with the at least one intermediate destination property of the intermediate destination of the historical journey that corresponds to the nearest intermediate destination is defined or ascertained by means of a metric or distance function of the at least one intermediate destination property. · ascertaining the expected journey on the basis of the nearest intermediate destination and historical journey data, wherein the historical journey data are formed by previously stored historical journeys, · adjusting the timing programme on the basis of the expected journey, in particular on the basis of the expected time of arrival and the expected destination,
A vehicle exterior design member (10; 60; 80; 100), comprising: an inner panel (20; 62; 82; 102) made of resin; and an outer panel (22; 64; 84; 104) made of resin that is joined to the inner panel (20; 62; 82; 102), at least one of the inner panel (20; 62; 82; 102) and the outer panel (22; 64; 84; 104) having an opening (28; 68; 86, 88; 106, 108) or weak portion, a first outer edge portion (10A; 60A; 80A; 100A) that is reinforced by a reinforcing member (24; 70, 72; 90, 92, 94, 96; 114) and forms a portion of an outer edge portion of the vehicle exterior design member (10; 60; 80; 100); and a second outer edge portion (10B; 60B; 80B; 100B) that has a lower strength than the first outer edge portion (10A; 60A; 80A; 100A) and forms another portion of the outer edge portion of the vehicle exterior design member (10; 60; 80; 100), wherein the opening (28; 68; 86, 88; 106, 108) or the weak portion is arranged adjacent to a boundary portion (10C; 60C; 80C; 100C) between the first outer edge portion (10A; 60A; 80A; 100A) and the second outer edge portion (10B; 60B; 80B; 100B), wherein the reinforcing member (24; 70, 72; 90, 92, 94, 96) is an outer edge outer panel made of resin; characterized in that the first outer edge portion (10A; 60A; 80A) includes a closed section in which the outer edge outer panel is joined to an outer edge portion of the inner panel (20; 62; 82). an inner panel (20; 62; 82; 102) made of resin; and an outer panel (22; 64; 84; 104) made of resin that is joined to the inner panel (20; 62; 82; 102), at least one of the inner panel (20; 62; 82; 102) and the outer panel (22; 64; 84; 104) having an opening (28; 68; 86, 88; 106, 108) or weak portion, a first outer edge portion (10A; 60A; 80A; 100A) that is reinforced by a reinforcing member (24; 70, 72; 90, 92, 94, 96; 114) and forms a portion of an outer edge portion of the vehicle exterior design member (10; 60; 80; 100); and a second outer edge portion (10B; 60B; 80B; 100B) that has a lower strength than the first outer edge portion (10A; 60A; 80A; 100A) and forms another portion of the outer edge portion of the vehicle exterior design member (10; 60; 80; 100), wherein the opening (28; 68; 86, 88; 106, 108) or the weak portion is arranged adjacent to a boundary portion (10C; 60C; 80C; 100C) between the first outer edge portion (10A; 60A; 80A; 100A) and the second outer edge portion (10B; 60B; 80B; 100B), wherein the reinforcing member (24; 70, 72; 90, 92, 94, 96) is an outer edge outer panel made of resin; characterized in that the first outer edge portion (10A; 60A; 80A) includes a closed section in which the outer edge outer panel is joined to an outer edge portion of the inner panel (20; 62; 82).
A tire pressure measurement device comprising: - a tire pressure sensor (3; 103) subjected to be secured to an element having a pressure that is to be measured; and - a stationary portion , Being characterized in that the stationary portion faces a rotary path of the sensor so as to be in resonant high frequency AC electrical relationship with the sensor in order to power the sensor and in order to receive measurements acquired by the sensor, the coupling between the stationary portion and the sensor taking place via a capacitive connection to power the sensor and the coupling between the stationary portion and the sensor taking place via an inductive connection in order for the stationary portion to receive measurements acquired by the sensor or, the coupling between the stationary portion and the sensor taking place via an inductive connection to power the sensor and the coupling between the stationary portion and the sensor taking place via a capacitive connection in order for the stationary portion to receive measurements acquired by the sensor, the coupling between the sensor and the stationary portion being thus mixed. - a tire pressure sensor (3; 103) subjected to be secured to an element having a pressure that is to be measured; and - a stationary portion , Being characterized in that the stationary portion faces a rotary path of the sensor so as to be in resonant high frequency AC electrical relationship with the sensor in order to power the sensor and in order to receive measurements acquired by the sensor, the coupling between the stationary portion and the sensor taking place via a capacitive connection to power the sensor and the coupling between the stationary portion and the sensor taking place via an inductive connection in order for the stationary portion to receive measurements acquired by the sensor or, the coupling between the stationary portion and the sensor taking place via an inductive connection to power the sensor and the coupling between the stationary portion and the sensor taking place via a capacitive connection in order for the stationary portion to receive measurements acquired by the sensor, the coupling between the sensor and the stationary portion being thus mixed.
A receiver for a solar power plant , the receiver comprising a support structure carrying a plurality of absorber modules on a front side of the receiver, each absorber module comprising a retaining tube which engages into a guide tube of the support structure in such a manner that an annular gap is formed between the retaining tube and the guide tube , recirculation air flowing to the front side of the receiver through said annular gap during operation in order to cool the support structure and/or the respective absorber module , characterized in that at least one throttling recirculation air orifice plate is disposed in at least one of the annular gaps , said recirculation air orifice plate defining a mass flow of the recirculation air, which flows through the respective annular gap to the front side of the receiver, and the recirculation air orifice plate being mounted in the annular gap via a removable connection and comprising at least one retaining ring which is fixed to the respective guide tube and/or the respective retaining tube .
Rotor blade of a wind turbine, the rotor blade comprising a lift modifying device having at least one fluid jet module and at least one compressed fluid source , wherein the at least one fluid jet module comprises multiple fluid jets , which are fluidically connected to the at least one compressed fluid source , whereby the at least one fluid jet module is mounted as an add-on onto an outer surface of the suction side or the pressure side of the rotor blade .
Method of controlling the operation of a combustor, comprising determining a stability margin for the combustor by assessing modal dynamics of a thermoacoustic system, the stability margin to predict an exponential growth of an amplitude of at least one eigenmode in the combustor, characterized in - measuring sensor signals indicative of measurements of an acoustic field in the combustor, - obtaining modal characteristics of at least one eigenmode of a spectral peak of the acoustic field in the combustor , wherein the at least one eigenmode of the spectral peak is determined based on acoustic signals in the combustor , - determining at least one stability margin for the combustor based on the obtained modal characteristics of the at least one eigenmode of the spectral peak in the acoustic field in the combustor, - controlling the operation of the combustor by means of an actuator which changes combustion process parameters based on the determined stability margin. - measuring sensor signals indicative of measurements of an acoustic field in the combustor, - obtaining modal characteristics of at least one eigenmode of a spectral peak of the acoustic field in the combustor , wherein the at least one eigenmode of the spectral peak is determined based on acoustic signals in the combustor , - determining at least one stability margin for the combustor based on the obtained modal characteristics of the at least one eigenmode of the spectral peak in the acoustic field in the combustor, - controlling the operation of the combustor by means of an actuator which changes combustion process parameters based on the determined stability margin.
A plastic container for storing contents, wherein the plastic container is a blow molded body, an innermost layer in contact with the contents is formed of a resin composition containing a base resin and filler particles , and an inner surface of the innermost layer is provided with concave and convex shapes due to presence of the filler particles , wherein T/D is 0.80 to 1.40 where T represents an average thickness of the innermost layer at a center of the plastic container in a vertical direction, said average thickness being calculated by arithmetically averaging the thicknesses measured at four measuring points evenly spaced in the circumferential direction on the container wall surface cut out from the center of the container 1 in the vertical direction, and D represents an average particle diameter of the filler particles , and the resin composition has a content of the filler particles of 20 to 40% by mass. wherein the plastic container is a blow molded body, an innermost layer in contact with the contents is formed of a resin composition containing a base resin and filler particles , and an inner surface of the innermost layer is provided with concave and convex shapes due to presence of the filler particles , wherein T/D is 0.80 to 1.40 where T represents an average thickness of the innermost layer at a center of the plastic container in a vertical direction, said average thickness being calculated by arithmetically averaging the thicknesses measured at four measuring points evenly spaced in the circumferential direction on the container wall surface cut out from the center of the container 1 in the vertical direction, and D represents an average particle diameter of the filler particles , and the resin composition has a content of the filler particles of 20 to 40% by mass.
A test fixture for measuring the weld interface between thermoplastic composite substrates, comprising: a first lateral support block operably coupled to a first gripper , said first gripper having a first channel operably for holding a first substrate of a test sample; a second lateral support block parallel to the first lateral support block and operably coupled to a second gripper allowing a lateral movement between them, said second gripper located lower than the first gripper and having a second channel operable for holding a second substrate of a test sample, said second substrate welded to the first substrate ; a compression device that applies a load against a loading point of the first lateral support block . a first lateral support block operably coupled to a first gripper , said first gripper having a first channel operably for holding a first substrate of a test sample; a second lateral support block parallel to the first lateral support block and operably coupled to a second gripper allowing a lateral movement between them, said second gripper located lower than the first gripper and having a second channel operable for holding a second substrate of a test sample, said second substrate welded to the first substrate ; a compression device that applies a load against a loading point of the first lateral support block .