mhurhangee/patent-ind-claim-en huggingface dataset:
A test condition data generation apparatus configured to receive in real time data from an actual running data acquisition apparatus adapted to acquire actual running data that is data related to running states inside and outside of a vehicle in running on a road, the test condition data generation apparatus is further adapted to generate in real time, from the actual running data, test condition data indicating a test condition necessary to reproduce a part or all of the running states indicated by the actual running data in a test apparatus specified from among multiple types of test apparatuses each of which comprises a dynamometer (32; 34; 37) and performs in parallel to an actual run of the vehicle a drive test or an operation test of a vehicle or a part of the vehicle in accordance with a set test condition, characterized in that the test condition data generation apparatus comprises a simulation preference order setting part adapted to specify an actual running data content to be preferentially simulated among contents of actual running data, a test apparatus specifying part adapted to specify one or more of the dynamometers (32; 34; 37) by receiving input, and a test condition data generation part adapted to generate the test condition data from the actual running data content specified in the simulation preference order setting part , and to transmit the test condition data to one or more of the dynamometers (32; 34; 37) specified in the test apparatus specifying part .
A pressure measuring line comprising a membrane and a connector for connecting the pressure measuring line to a blood treatment apparatus , wherein the pressure measuring line additionally comprises at least two consecutive lumen sections, namely the first lumen section and the second lumen section , the first lumen section comprising a first lumen geometry and the second lumen section comprising a second lumen geometry, wherein the first lumen geometry and the second lumen geometry differ from each other at least in their diameter.
Offshore structure comprising a monopile foundation pile and a tower , mounted on the pile , and a platform mounted on the pile forming a slip joint with a truncated cone shaped top end of the pile , characterized in that the tower is mounted to the top end of the pile using a bolt based mounting provision.
A method for measuring the Polarization Dependent Loss (PDL) of a Device Under Test (DUT) within a spectral range, comprising: generating an input test lightwave which State Of Polarization (SOP), as represented by a point on the surface of the Poincaré sphere, varies according to a continuous trajectory while being spectrally scanned over the spectral range and launching the input test lightwave into the DUT; measuring the power transmission through the DUT, curve T(v), during a spectral scan of the input test lightwave from power values of the test lightwave measured at the input and the output of the DUT; calculating a Discrete Fourier Transform (DFT) of the power transmission curve T(v), wherein the DFT shows at least two sidebands; extracting said sidebands and computing an inverse DFT of each said sidebands to obtain complex transmissions computing the response vector lm(v)〉 of the DUT from said complex transmissions and a matrix determined by the continuous trajectory of the SOP of the input test lightwave by solving the linear system of equations defined by wherein is constructed from said complex transmissions deriving the spectrally-varying PDL of the DUT from said response vector |m(v)〉. generating an input test lightwave which State Of Polarization (SOP), as represented by a point on the surface of the Poincaré sphere, varies according to a continuous trajectory while being spectrally scanned over the spectral range and launching the input test lightwave into the DUT; measuring the power transmission through the DUT, curve T(v), during a spectral scan of the input test lightwave from power values of the test lightwave measured at the input and the output of the DUT; calculating a Discrete Fourier Transform (DFT) of the power transmission curve T(v), wherein the DFT shows at least two sidebands; extracting said sidebands and computing an inverse DFT of each said sidebands to obtain complex transmissions computing the response vector lm(v)〉 of the DUT from said complex transmissions and a matrix determined by the continuous trajectory of the SOP of the input test lightwave by solving the linear system of equations defined by wherein is constructed from said complex transmissions deriving the spectrally-varying PDL of the DUT from said response vector |m(v)〉.
A method comprising: grouping CORESETs into two or more CORESET groups, each CORESET group includes one or more CORESETs; and configuring the same number as the number of the CORESET groups of scrambling IDs associated with two or more CORESET groups, wherein the CORESET(s) having the same index value are grouped into the same CORESET group. grouping CORESETs into two or more CORESET groups, each CORESET group includes one or more CORESETs; and configuring the same number as the number of the CORESET groups of scrambling IDs associated with two or more CORESET groups, wherein the CORESET(s) having the same index value are grouped into the same CORESET group.
A method for preparing a fibrous web, the method comprising a step of passing a woven fabric starting material comprising oxidized regenerated cellulose through a machine to process into a fibrous web, the machine comprising a feed roller ; a cylinder equipped with a bar on a surface thereof; a doffer ; and a stripper ; wherein teeth are formed on the surface of each of the feed roller , bar , cylinder , doffer and stripper , and wherein the woven fabric starting material comprising oxidized regenerated cellulose is fed via the feed roller into the cylinder , passes between the bar and the cylinder , and then passes through the doffer and the stripper sequentially. fibrous web, the method comprising a step of passing a woven fabric starting material comprising oxidized regenerated cellulose through a machine to process into a fibrous web, the machine comprising a feed roller ; a cylinder equipped with a bar on a surface thereof; a doffer ; and a stripper ; wherein teeth are formed on the surface of each of the feed roller , bar , cylinder , doffer and stripper , and wherein the woven fabric starting material comprising oxidized regenerated cellulose is fed via the feed roller into the cylinder , passes between the bar and the cylinder , and then passes through the doffer and the stripper sequentially.
A device for placing, in a His bundle, a pacemaker lead tip having passed through the coronary sinus, the device comprising: a surgical wire ; a capture catheter configured to capture the surgical wire positioned in the right ventricle; and a pacemaker lead having a lumen formed therein; characterized in that the capture catheter has an electrocardiogram sensor installed therein configured to identify a position of the His bundle in the ventricular septum and the surgical wire is configured to be inserted into the lumen of the pacemaker lead so that the pacemaker lead tip is insertable into the His bundle along the surgical wire . a surgical wire ; a capture catheter configured to capture the surgical wire positioned in the right ventricle; and a pacemaker lead having a lumen formed therein; characterized in that the capture catheter has an electrocardiogram sensor installed therein configured to identify a position of the His bundle in the ventricular septum and the surgical wire is configured to be inserted into the lumen of the pacemaker lead so that the pacemaker lead tip is insertable into the His bundle along the surgical wire .
Method for analysing an image , comprising the following steps: - providing an artificial deep neural net pre-trained to classify images into a hierarchical system of multiple hierarchical classes, - tuning the pre-trained neural net to generate an adapted neural net , - processing the image at least by means of a forward pass through the adapted neural net to generate a processing result , wherein - in the above tuning-step tuning the pre-trained neural net for one specific class of the multiple hierarchical classes by providing to the pre-trained neural net training data that is labelled with the specific class, wherein the specific class is lower in the hierarchical system than an actual class of the image , wherein before the pre-trained neural net is adapted, it is used to process the image to obtain a predicted class for the image , wherein the specific class for adapting the pre-trained neural net is set lower in the hierarchical system than the predicted class and - analysing the processing result focused on features corresponding to the specific class using a pixel-based operations image processing algorithm . - providing an artificial deep neural net pre-trained to classify images into a hierarchical system of multiple hierarchical classes, - tuning the pre-trained neural net to generate an adapted neural net , - processing the image at least by means of a forward pass through the adapted neural net to generate a processing result , wherein - in the above tuning-step tuning the pre-trained neural net for one specific class of the multiple hierarchical classes by providing to the pre-trained neural net training data that is labelled with the specific class, wherein the specific class is lower in the hierarchical system than an actual class of the image , wherein before the pre-trained neural net is adapted, it is used to process the image to obtain a predicted class for the image , wherein the specific class for adapting the pre-trained neural net is set lower in the hierarchical system than the predicted class and - analysing the processing result focused on features corresponding to the specific class using a pixel-based operations image processing algorithm .
A trigger mechanism for a repeating rifle comprising a sear that is pivotable about a first axis , a detent lever that is associated with the sear, pivotable about a second axis and has a catch, as well as a trigger that is mounted so as to be pivotable about a trigger axis , wherein the detent lever is acted upon by a force upon actuation of the trigger and carries out a pivoting motion about the second axis , wherein the detent lever is acted upon by the trigger when it is actuated, wherein the catch of the detent lever is engaged with a projection of the sear in the cocked position, and wherein the detent lever is arranged above the trigger , characterized in that the detent lever has an extension that is arranged underneath its pivoting axis and directly acted upon by an edge of the trigger without interposition of other components, and in that the detent lever is acted upon by the pivoting motion of the trigger about the trigger axis , which is generated upon actuation of the trigger , in such a way that this leads to a pivoting motion of the detent lever about its pivoting axis in a rotating direction opposite to the pivoting motion of the trigger .
A wearable system for sign language recognition, the wearable system comprising: a head-mounted display configured to present virtual content to a user ; an outward-facing imaging system configured to image an environment of the user ; and a hardware processor in communication with the head-mounted display and the imaging system , and programmed to: receive a plurality of images captured by the outward-facing imaging system ; detect at least one gesture by at least one set of hands in the plurality of images with an object recognizer; determine, based on a relative size of the at least one set of hands in the plurality of images, that a source of the at least one gesture is a person other than the user; recognize, based on the determination, a meaning of the gesture in a sign language; identify a target language based on contextual information associated with the user; translate the gesture into the target language based on the recognized meaning; generate virtual content based at least partly on a translation of the gesture into the target language; and cause the head-mounted display to render the virtual content to the user . a head-mounted display configured to present virtual content to a user ; an outward-facing imaging system configured to image an environment of the user ; and a hardware processor in communication with the head-mounted display and the imaging system , and programmed to: receive a plurality of images captured by the outward-facing imaging system ; detect at least one gesture by at least one set of hands in the plurality of images with an object recognizer; determine, based on a relative size of the at least one set of hands in the plurality of images, that a source of the at least one gesture is a person other than the user; recognize, based on the determination, a meaning of the gesture in a sign language; identify a target language based on contextual information associated with the user; translate the gesture into the target language based on the recognized meaning; generate virtual content based at least partly on a translation of the gesture into the target language; and cause the head-mounted display to render the virtual content to the user . receive a plurality of images captured by the outward-facing imaging system ; detect at least one gesture by at least one set of hands in the plurality of images with an object recognizer; determine, based on a relative size of the at least one set of hands in the plurality of images, that a source of the at least one gesture is a person other than the user; recognize, based on the determination, a meaning of the gesture in a sign language; identify a target language based on contextual information associated with the user; translate the gesture into the target language based on the recognized meaning; generate virtual content based at least partly on a translation of the gesture into the target language; and cause the head-mounted display to render the virtual content to the user .
A landing gear assembly for an aircraft, the landing gear assembly comprising: a landing detection system ; an aircraft wheel; a shock strut ; the shock strut comprising a strut cylinder , a strut piston and a strut chamber ; the landing detection system comprising: a moveable member mechanically coupled between the aircraft wheel and the strut piston and a sensor to detect movement of the moveable member upon ground contact of the wheel, wherein the moveable member is in communication with the strut chamber pressure of the landing gear assembly , wherein the moveable member moves relative to the strut piston in response to a first force applied to the aircraft wheel and the strut piston strokes in response to a second force applied to the aircraft wheel; wherein the moveable member comprises a secondary piston disposed at least partially within an open end of the strut piston , translates within the strut piston , and at least partially defines a second chamber ; wherein the secondary chamber is in fluid communication with the strut chamber and wherein the second force is greater than the first force. a landing detection system ; an aircraft wheel; a shock strut ; the shock strut comprising a strut cylinder , a strut piston and a strut chamber ; the landing detection system comprising: a moveable member mechanically coupled between the aircraft wheel and the strut piston and a sensor to detect movement of the moveable member upon ground contact of the wheel, wherein the moveable member is in communication with the strut chamber pressure of the landing gear assembly , wherein the moveable member moves relative to the strut piston in response to a first force applied to the aircraft wheel and the strut piston strokes in response to a second force applied to the aircraft wheel; wherein the moveable member comprises a secondary piston disposed at least partially within an open end of the strut piston , translates within the strut piston , and at least partially defines a second chamber ; wherein the secondary chamber is in fluid communication with the strut chamber and wherein the second force is greater than the first force. a moveable member mechanically coupled between the aircraft wheel and the strut piston and a sensor to detect movement of the moveable member upon ground contact of the wheel, wherein the moveable member is in communication with the strut chamber pressure of the landing gear assembly , wherein the moveable member moves relative to the strut piston in response to a first force applied to the aircraft wheel and the strut piston strokes in response to a second force applied to the aircraft wheel; wherein the moveable member comprises a secondary piston disposed at least partially within an open end of the strut piston , translates within the strut piston , and at least partially defines a second chamber ; wherein the secondary chamber is in fluid communication with the strut chamber and wherein the second force is greater than the first force.
A display apparatus comprising: a display panel; a chassis configured to support the display panel; a backlight unit configured to be installed on the chassis ; and an electric generator configured to convert heat generated by the backlight unit to electricity, wherein the electric generator comprises a heat transfer unit comprising: a first surface in contact with the backlight unit and a second surface located opposite of the first surface , characterized in that the electric generator further comprises: at least one heat storage unit in contact with the second surface of the heat transfer unit , at least one thermoelectric device comprising a heat absorber in contact with the second surface of the heat transfer unit , and a second insulator encompassing the at least one heat storage unit except for a portion of the at least heat storage unit that is in contact with the heat transfer unit . a display panel; a chassis configured to support the display panel; a backlight unit configured to be installed on the chassis ; and an electric generator configured to convert heat generated by the backlight unit to electricity, wherein the electric generator comprises a heat transfer unit comprising: a first surface in contact with the backlight unit and a second surface located opposite of the first surface , a first surface in contact with the backlight unit and a second surface located opposite of the first surface , characterized in that the electric generator further comprises: at least one heat storage unit in contact with the second surface of the heat transfer unit , at least one thermoelectric device comprising a heat absorber in contact with the second surface of the heat transfer unit , and a second insulator encompassing the at least one heat storage unit except for a portion of the at least heat storage unit that is in contact with the heat transfer unit . at least one heat storage unit in contact with the second surface of the heat transfer unit , at least one thermoelectric device comprising a heat absorber in contact with the second surface of the heat transfer unit , and a second insulator encompassing the at least one heat storage unit except for a portion of the at least heat storage unit that is in contact with the heat transfer unit .
A valve assembly for a vehicle, the valve assembly comprising: - a fastening element provided with a fastening body and a plurality of fastening islands , the fastening body being of longitudinal shape along a direction of elongation, and configured to be fastened in a vehicle, each fastening island having a face, said fastening face; - at least one valve provided with a casing , said valve being configured to be removably mounted, in a position said mounted position, to one of the fastening islands by the fastening face of said fastening island , via attachment means, said attachment means being configured to mount the valve to one of the fastening islands according to a sliding movement and/or a rotating movement, characterised in that each fastening island is mechanically bonded to the fastening body by flexible means . - a fastening element provided with a fastening body and a plurality of fastening islands , the fastening body being of longitudinal shape along a direction of elongation, and configured to be fastened in a vehicle, each fastening island having a face, said fastening face; - at least one valve provided with a casing , said valve being configured to be removably mounted, in a position said mounted position, to one of the fastening islands by the fastening face of said fastening island , via attachment means, said attachment means being configured to mount the valve to one of the fastening islands according to a sliding movement and/or a rotating movement,
Method for manufacturing a template , whereby a digital or physical model of the shape of at least a part of the jaw bone of an upper or lower jaw in which a bone defect is present is generated, and a geometry for a bone superstructure is determined in order to repair this bone defect , whereby, taking into account the data of this model, the template is made such that it can be placed in a fixed position in the jaw , whereby at least one guide surface is provided on the template for guiding a milling element , characterised in that at least one positioning member is provided on said geometry of the bone superstructure on a bone side thereof which is to connect to the bone of the jaw , whereby a desired shape for the bone defect is determined having a receiving element which is to connect in a fitting manner to said positioning member , such that a bone superstructure having said geometry can be placed in a fitting and unique manner in this bone defect with said desired shape, whereby this desired shape for the bone defect is compared to said model and at least one bone part of the jaw bone is identified, which bone part is to be removed in order to approach said desired shape, whereby said guide surface is provided on the template such that, after the template has been positioned in the jaw , this guide surface makes it possible to guide said milling element in order to remove the identified bone part .
A playback method of a playback device that plays a system stream file (scts) including encrypted video information, wherein the system stream file (scts) includes a first segment in which is repeated a first data unit that can be decrypted using a first decryption key that the playback device individually has and a second data unit of the same data size as the first data unit but cannot be decrypted by the first decryption key; and a second segment which can be decrypted using a second decryption key that the playback device has in common with another playback device; and the method is characterized by comprising: reading the system stream file (sets); performing conversion processing to convert the system stream file (scts) that has been read out into a post-conversion system stream, in which the second data unit in the first segment in the system stream file that has been read out is replaced with a plurality of continuous invalid packets; and outputting the post-conversion system stream; wherein the system stream file (scts) is converted into an MPEG-2 Transport Stream (m2ts) format system stream in the conversion processing by decrypting the first segment using the first decryption key and decrypting the second segment using the second decryption key. reading the system stream file (sets); performing conversion processing to convert the system stream file (scts) that has been read out into a post-conversion system stream, in which the second data unit in the first segment in the system stream file that has been read out is replaced with a plurality of continuous invalid packets; and outputting the post-conversion system stream; wherein the system stream file (scts) is converted into an MPEG-2 Transport Stream (m2ts) format system stream in the conversion processing by decrypting the first segment using the first decryption key and decrypting the second segment using the second decryption key.