mhurhangee/patent-ind-claim-en huggingface dataset:
A threaded connection for pipe or tube comprising a pin and a box, the pin and the box each including a contact surface that includes a thread portion and an unthreaded metal contact portion, the threaded connection for pipe or tube characterized by comprising: on the contact surface of at least one of the pin and the box, an alloy plating layer consisting of a Zn-Ni alloy; a phosphating layer on the alloy plating layer; and a solid lubricant coating on the phosphating layer. on the contact surface of at least one of the pin and the box, an alloy plating layer consisting of a Zn-Ni alloy; a phosphating layer on the alloy plating layer; and a solid lubricant coating on the phosphating layer.
Method for protecting components in a housing , wherein gas is arranged in the housing at a pressure which is elevated with respect to an environment , characterized in that gas is directed from the environment through a gas inlet line into a measuring chamber of a measuring device , in that the gas in the measuring chamber is tested for predetermined hazardous constituents by means of at least one gas sensor , in that a measurement result of the at least one gas sensor is compared with a predetermined non-hazardousness criterion, in that , in order to compensate for a pressure loss in the housing , gas is directed from the measurement chamber through a gas feed line , which can be closed by means of a valve , into the housing , in that the valve of the gas feed line is controlled by the measuring device in such a way that only gas from the measuring chamber is used to compensate for the pressure loss in the housing when the non-hazardousness criterion is fulfilled.
A dynamic time assignment method, wherein the method is executed by central office equipment, the central office equipment comprises at least two transceivers, and the dynamic time assignment method comprises: Obtaining (S10), by the central office equipment, a length of a new downstream transmission duration; and when the length of the new downstream transmission duration is less than lengths of current downstream transmission durations of the at least two transceivers of the central office equipment, adjusting, by the central office equipment, lengths of current upstream transmission durations of the at least two transceivers to a length of a new upstream transmission duration after shortening the lengths of the current downstream transmission durations of the at least two transceivers to the length of the new downstream transmission duration; or when the length of the new downstream transmission duration is greater than lengths of current downstream transmission durations of the at least two transceivers, adjusting, by the central office equipment, the lengths of the current downstream transmission durations of the at least two transceivers to the length of the new downstream transmission duration after shortening lengths of current upstream transmission durations of the at least two transceivers to a length of a new upstream transmission duration; wherein a sum of the length of the new upstream transmission duration and the length of the new downstream transmission duration is equal to a length obtained by subtracting upstream and downstream switching duration from one transmission frame. Obtaining (S10), by the central office equipment, a length of a new downstream transmission duration; and when the length of the new downstream transmission duration is less than lengths of current downstream transmission durations of the at least two transceivers of the central office equipment, adjusting, by the central office equipment, lengths of current upstream transmission durations of the at least two transceivers to a length of a new upstream transmission duration after shortening the lengths of the current downstream transmission durations of the at least two transceivers to the length of the new downstream transmission duration; or when the length of the new downstream transmission duration is greater than lengths of current downstream transmission durations of the at least two transceivers, adjusting, by the central office equipment, the lengths of the current downstream transmission durations of the at least two transceivers to the length of the new downstream transmission duration after shortening lengths of current upstream transmission durations of the at least two transceivers to a length of a new upstream transmission duration; wherein a sum of the length of the new upstream transmission duration and the length of the new downstream transmission duration is equal to a length obtained by subtracting upstream and downstream switching duration from one transmission frame.
Usnic acid derivative represented by the following formula or a pharmaceutically acceptable salt thereof.
A system comprising: a garment including an engagement feature , the garment configured to encompass a first location on a body , the engagement feature positioned in fixed alignment with the garment ; and a sensor module including a sensor housing and including an optical sensor having an electrical node, the sensor configured to provide an electrical output on the node, the housing having a complementary feature, the complementary feature configured to couple and decouple with the engagement feature , the electrical output based on a measure of a physiological parameter associated with the body and based on site information corresponding to the engagement feature , wherein the sensor module includes an inductor coupled to the sensor, the inductor configured to wirelessly convey electric power to the sensor. a garment including an engagement feature , the garment configured to encompass a first location on a body , the engagement feature positioned in fixed alignment with the garment ; and a sensor module including a sensor housing and including an optical sensor having an electrical node, the sensor configured to provide an electrical output on the node, the housing having a complementary feature, the complementary feature configured to couple and decouple with the engagement feature , the electrical output based on a measure of a physiological parameter associated with the body and based on site information corresponding to the engagement feature , wherein the sensor module includes an inductor coupled to the sensor, the inductor configured to wirelessly convey electric power to the sensor.
A washing machine (1; 1'; 1") for washing empty containers , the washing machine comprising: - a conveyor device configured to convey a plurality of said containers along a washing path (Q); and - at least one bath (11; 12) suitable for holding a cleaning medium; said washing path (Q) extending through said bath (11; 12); further comprising at least one corresponding ultrasonic wave generator (UG; UG'; UG") coupled to said bath (11; 12) and configured to propagate ultrasonic waves through said cleaning medium, such that said containers can receive an ultrasonic cleaning treatment during their advancement through said bath (11; 12); characterised in that it further comprises an inspection tunnel (T"), which: - extends through said bath ; - is fluidly isolated from said bath ; and - is accessible by a maintenance operator (U) from the outside of said washing machine (1"); said washing machine (1") further comprising a compartment (CM1", CM2") communicating, at least selectively, with said inspection tunnel (T"); said ultrasonic wave generator (UG', UG") having a maintainable portion (G") housed within said compartment (CM1", CM2") such that said maintenance operator (U) is able to perform maintenance operations on said maintainable portion (G"), by accessing said compartment (CM1", CM2") from said inspection tunnel (T"). - a conveyor device configured to convey a plurality of said containers along a washing path (Q); and - at least one bath (11; 12) suitable for holding a cleaning medium; said washing path (Q) extending through said bath (11; 12); further comprising at least one corresponding ultrasonic wave generator (UG; UG'; UG") coupled to said bath (11; 12) and configured to propagate ultrasonic waves through said cleaning medium, such that said containers can receive an ultrasonic cleaning treatment during their advancement through said bath (11; 12); characterised in that it further comprises an inspection tunnel (T"), which: - extends through said bath ; - is fluidly isolated from said bath ; and - is accessible by a maintenance operator (U) from the outside of said washing machine (1"); - extends through said bath ; - is fluidly isolated from said bath ; and - is accessible by a maintenance operator (U) from the outside of said washing machine (1"); said washing machine (1") further comprising a compartment (CM1", CM2") communicating, at least selectively, with said inspection tunnel (T"); said ultrasonic wave generator (UG', UG") having a maintainable portion (G") housed within said compartment (CM1", CM2") such that said maintenance operator (U) is able to perform maintenance operations on said maintainable portion (G"), by accessing said compartment (CM1", CM2") from said inspection tunnel (T").
A vented garment comprising an interior panel comprising a weather-resistant material and having a plurality of interior openings ; a middle panel ; and, an exterior panel comprising a weather-resistant material, the exterior panel being attached to the middle panel together at multiple seam areas to form an exterior garment panel , wherein the multiple seam areas are spaced to define exterior boundaries of a plurality of chambers defined by the exterior panel and the middle panel and filled with a thermally-insulating fill material; and, having a plurality of exterior openings that pass through the multiple seam areas; wherein an inward-facing portion of the exterior garment panel is attached to the interior panel to form an exhaust passage defined by the interior-facing side of the exterior garment panel and an exterior-facing side of the interior panel at a location that causes individual exterior openings not to overlap with individual interior openings . being attached to the middle panel together at multiple seam areas to form an exterior garment panel , wherein the multiple seam areas are spaced to define exterior boundaries of a plurality of chambers defined by the exterior panel and the middle panel and filled with a thermally-insulating fill material; and, having a plurality of exterior openings that pass through the multiple seam areas;
Orientation assistance system comprising means for acquiring a real or virtual visual environment, means for a non-visual human-machine interface which have a single haptic zone with a surface area of between 60x60 millimeters and 150x150 millimeters, and means for processing the digital representation of the visual environment, to provide an electrical control signal of a non-visual interface - the human-machine interface means consisting of a bracelet with a set of active studs of NxM, where N is between 5 and 100 and M is between 10 and 100, each of the studs being activatable in a pulsed manner between a retracted position at rest and a pulsed erect position for a fraction of a second in the case of an electromagnetic actuator being activated by an electrical signal, the system being characterized in that the means for processing the digital representation comprise processing consisting in periodically extracting at least one digital pattern for pulse activation from a subset of the studs of the haptic zone, to calculate consecutive transverse planes, and in transmitting sequences of patterns corresponding to low-resolution transverse planes with a time succession representative of the spacing along the longitudinal axis, which is perpendicular to these transverse planes, to allow the user to perceive by the succession of tactile sensations the shape of their environment. - the human-machine interface means consisting of a bracelet with a set of active studs of NxM, where N is between 5 and 100 and M is between 10 and 100, each of the studs being activatable in a pulsed manner between a retracted position at rest and a pulsed erect position for a fraction of a second in the case of an electromagnetic actuator being activated by an electrical signal, the system being characterized in that
A wearable protection device comprising: - at least one inflatable member designed to move between a rest condition, wherein it is in a deflated status, and an operating condition, wherein it is in an inflated status; - an inflator device designed to be coupled to the at least one inflatable member for inflating said at least one inflatable member once the inflator device is triggered; characterized in that it further comprises a safety device designed to signal an unsafe state of the wearable protection device if the inflator device is decoupled or not properly coupled to said at least one inflatable member . - at least one inflatable member designed to move between a rest condition, wherein it is in a deflated status, and an operating condition, wherein it is in an inflated status; - an inflator device designed to be coupled to the at least one inflatable member for inflating said at least one inflatable member once the inflator device is triggered;
A seat recliner, comprising an inner toothed plate having an inner ring gear and fixedly connected with a seat back, a shaft shoulder being provided at a center of the inner toothed plate ; an outer toothed plate having an outer ring gear and fixedly connected with a seat cushion, an axis central hole being provided at a center of the outer toothed plate ; the outer ring gear being engaged with the inner ring gear and a radially eccentric region being formed between the shaft shoulder and the axis central hole ; an eccentric wheel provided in the radially eccentric region, and wherein the eccentric wheel , the inner toothed plate and the outer toothed plate forms a planetary gear transmission mechanism with small tooth number difference; a wedge-shaped block provided in the radially eccentric region; and wherein the eccentric wheel and the wedge-shaped block are configured to eliminate a clearance between the eccentric wheel and the axis central hole of the outer toothed plate as well as a clearance between engaged teeth under a circumferential force exerted by an elastic member; and a drive component driving the eccentric wheel or the wedge-shaped block so as to rotate the inner toothed plate by an angle relative to the outer toothed plate ; wherein the eccentric wheel is of integral eccentric annular shape and fully occupies a positive eccentric region between the shaft shoulder of the inner toothed plate and the axis central hole of the outer toothed plate ; the wedge-shaped block is disposed in a recess of the eccentric wheel ; and the recess for receiving the wedge-shaped block is provided at a position on the eccentric wheel deviating from a positive eccentric direction, and the wedge-shaped block is rotatable around the shaft shoulder of the inner toothed plate in the recess circumferentially, wherein the elastic member is a wedging torsion spring and has two axial supporting legs which are disposed in the same direction, one axial supporting leg is insertedly installed in the wedge-shaped block , and the other axial supporting leg abuts against a side wall of the recess close to the positive eccentric direction, wherein the wedging torsion spring and the wedge-shaped block are respectively provided at opposite sides of the eccentric wheel ; an arc groove is provided in a bottom wall of the recess of the eccentric wheel , and the two axial supporting legs of the wedging torsion spring extend through the arc groove and then fit with the wedge-shaped block and the eccentric wheel , respectively.
A method for supporting diagnosis comprising: receiving a fundus image, processing the fundus image using a trained model configured to recognize an area of abnormality in blood circulation in the fundus image, wherein the trained model has been trained based upon a training data set comprising of a training fundus image, a fluorescent angiography image, and information of blood circulation abnormality associated with the fluorescent angiography image; and outputting information relating to the area of abnormality in blood circulation in the fundus image, wherein the fluorescent angiography image corresponds to the training fundus image and wherein the fluorescent angiography image and the training fundus image is acquired from same patient. receiving a fundus image, processing the fundus image using a trained model configured to recognize an area of abnormality in blood circulation in the fundus image, wherein the trained model has been trained based upon a training data set comprising of a training fundus image, a fluorescent angiography image, and information of blood circulation abnormality associated with the fluorescent angiography image; and outputting information relating to the area of abnormality in blood circulation in the fundus image, wherein the fluorescent angiography image corresponds to the training fundus image and wherein the fluorescent angiography image and the training fundus image is acquired from same patient.
A data processing method, wherein the method comprises: starting , by a main thread in a first period in response to a received trigger signal, to process a time sequence-dependent task in one or more tasks in the first period; characterized in that the method further comprises: obtaining , by the main thread, a preprocessing result of a time sequence-independent task in the one or more tasks, wherein the preprocessing result is a result obtained by processing the time sequence-independent task in a second period, and the second period is a period before the first period; determining, by the main thread, a processing result of the main thread based on a result of the time sequence-dependent task processed in the first period and the obtained preprocessing result of the time sequence-independent task; and sending, by the main thread, the processing result of the main thread to a render thread; wherein the time sequence-independent task is a task that does not depend on a previous task and whose running result does not affect processing of a subsequent task. starting , by a main thread in a first period in response to a received trigger signal, to process a time sequence-dependent task in one or more tasks in the first period; characterized in that the method further comprises: obtaining , by the main thread, a preprocessing result of a time sequence-independent task in the one or more tasks, wherein the preprocessing result is a result obtained by processing the time sequence-independent task in a second period, and the second period is a period before the first period; determining, by the main thread, a processing result of the main thread based on a result of the time sequence-dependent task processed in the first period and the obtained preprocessing result of the time sequence-independent task; and sending, by the main thread, the processing result of the main thread to a render thread; wherein the time sequence-independent task is a task that does not depend on a previous task and whose running result does not affect processing of a subsequent task. obtaining , by the main thread, a preprocessing result of a time sequence-independent task in the one or more tasks, wherein the preprocessing result is a result obtained by processing the time sequence-independent task in a second period, and the second period is a period before the first period; determining, by the main thread, a processing result of the main thread based on a result of the time sequence-dependent task processed in the first period and the obtained preprocessing result of the time sequence-independent task; and sending, by the main thread, the processing result of the main thread to a render thread; wherein the time sequence-independent task is a task that does not depend on a previous task and whose running result does not affect processing of a subsequent task.
An eye phantom , comprising: a retina simulating part , the retina simulating part including a multilayer film structure part that is formed in a shape in which multiple layers with different scattering coefficients are stacked to simulate a multilayer cell layer structure of a retina; and a vascular layer structure part that is coupled to an upper surface and a lower surface of the multilayer film structure part, characterised in that the vascular layer structure part includes a fine flow channel to simulate a vascular structure of the retina. a retina simulating part , the retina simulating part including a multilayer film structure part that is formed in a shape in which multiple layers with different scattering coefficients are stacked to simulate a multilayer cell layer structure of a retina; and a vascular layer structure part that is coupled to an upper surface and a lower surface of the multilayer film structure part, characterised in that the vascular layer structure part includes a fine flow channel to simulate a vascular structure of the retina.
A method to be executed by a server , for supporting calling of call-target persons within a list in which candidates for a person who is to handle a failure are defined as call-target persons, upon occurrence of a failure, the method comprising: a step of transmitting notification content to a client of a call-target person selected from the list via the Internet to call the client , the notification content including a maximum calling period during which the client is caused to continuously ring or vibrate; and a step of receiving a response result indicating a result of operation in response to the calling from the client of the selected call-target person. a step of transmitting notification content to a client of a call-target person selected from the list via the Internet to call the client , the notification content including a maximum calling period during which the client is caused to continuously ring or vibrate; and a step of receiving a response result indicating a result of operation in response to the calling from the client of the selected call-target person.
A new generation electronic property title system comprising a property title card , on which information concerning at least one owner and at least one real estate and / or personal property are engraved, a professional card , on which information concerning a professional is engraved, the title card includes a secure electronic chip intended to contain confidential information of said owner and said real estate and / or personal property and access rights to said information, the professional card includes a secure electronic chip intended to contain information of said professional and access rights of said professional, the electronic system further comprising a reader card dedicated, the electronic system being characterized in that the professional accesses the information of the property title card an owner in reading only or in reading and writing with the simultaneous introduction of the card and the validation of its code by the owner and the professional card by means of the reader card dedicated to access the information contained in the property title card and the information contained in the professional card ; and in that the owner accesses the information of the card in reading only with its access code via said card reader .
Latch for a motor vehicle, having a locking mechanism consisting of a catch and at least one pawl , a closing device , an electric drive (M) and a torque converter, it being possible to set a changeable torque in the closing device by means of the torque converter, and it being possible to achieve closing by means of a frictional connection (K), at least in regions, characterized in that in a first closing movement of the catch , the closing device introduces a closing torque into the catch by means of a frictional connection (K), and in that in a second closing movement of the catch , the closing device introduces a closing torque into the catch by means of an interlocking connection (FO).