mhurhangee/ep-ind-claims huggingface dataset:
Method for detecting a special operating state of a motor vehicle which differs from a normal operating state of the motor vehicle, in which a noise emitted by the motor vehicle during operation of the motor vehicle is captured in the interior of the motor vehicle using a mobile apparatus which is separate from the motor vehicle, and the noise is compared with a plurality of reference noises provided by the mobile apparatus, the noise being assigned to a most similar reference noise of the plurality of reference noises on the basis of the comparison if a minimum similarity value is exceeded, and the special operating state being detected by the assignment which has been carried out, a defective component of the motor vehicle being determined by means of an assignment between the defective component and the plurality of reference noises, characterized in that a workshop proposal for the motor vehicle is determined by means of an assignment between the workshop proposal and the plurality of reference noises.
A ventilated façade, comprising horizontal battens, cladding parts (3-3') and anchoring elements, the horizontal battens of which have an angular profile made up of three sections, a central section and first and second end sections (7 and 8) each disposed perpendicular to the central section and heading in opposite directions therefrom, and the anchoring elements of which are made of wire or sheet metal and through which the cladding parts are mounted on the battens, the first end section adapted to be secured to the supporting structure of the façade, characterized in that: - The horizontal battens have, along the outer surface of the second of the end sections, a flap parallel to the central section of the batten, the flap having openings from which the anchoring elements hang and finishing in a longitudinal support for the anchoring elements; - The anchoring elements are U-shaped and hang in an inverted position from the horizontal battens, with a rear side branch introduced through the openings of said battens, and a front side branch running downwards along the front of the batten, the front side branch finishing in an upward bend, forming an outer hook on which there is supported the lower edge of a cladding part, belonging to an upper row of cladding parts, and the rear side branch having an inner projection (22, 26) establishing with the front branch of the U shape a narrowing having a width smaller than the thickness of a cladding part, through which the upper edge of said cladding part belonging to a lower row of cladding parts is introduced. - The horizontal battens have, along the outer surface of the second of the end sections, a flap parallel to the central section of the batten, the flap having openings from which the anchoring elements hang and finishing in a longitudinal support for the anchoring elements; - The anchoring elements are U-shaped and hang in an inverted position from the horizontal battens, with a rear side branch introduced through the openings of said battens, and a front side branch running downwards along the front of the batten, the front side branch finishing in an upward bend, forming an outer hook on which there is supported the lower edge of a cladding part, belonging to an upper row of cladding parts, and the rear side branch having an inner projection (22, 26) establishing with the front branch of the U shape a narrowing having a width smaller than the thickness of a cladding part, through which the upper edge of said cladding part belonging to a lower row of cladding parts is introduced.
A greenhouse screen comprising strips of film material, said strips extending in a longitudinal direction (y) of the screen and are interconnected by a yarn framework of transverse threads (13a, 13b) and longitudinal threads to form a continuous product, said yarn framework having liquid-transporting capacity by capillary action, characterized in that the yarn framework is thermally bonded to at least one side of the strips of film material, so that at least a part of the material in the film strips and/or the yarn framework has been melted or softened and bonds to other parts of the fabric (yarn framework and/or film strips) at contact points, wherein also those parts of the yarn framework that is thermally bonded to the strips have liquid-transporting capacity by capillary action.
A HIP/PAP protein, or one of its derivatives thereof, for its use in the treatment or the prevention of insulin resistance in non-insulin-dependent subjects, characterized in that the said derivative comprises an amino acid sequence having a sequence identity of at least 90% with the polypeptide constituted of the amino acid sequence selected among the sequences SEQ ID NO: 1 to 4.
A fusion protein comprising catalytically inactive CRISPR associated 9 (dCas9) protein linked to a heterologous functional domain, wherein the heterologous function domain is a biological tether wherein the biological tether is MS2, Csy4 or lambda N protein.
Device for cleaning the endless conveyor belt soiled with fluid substances dispersed thereon, in particular for machines for spraying paint or other products, the said conveyor belt having an upper section and a lower return section, comprising: a reverse roller in contact with the return section of said conveyor belt for collecting the fluid substances dispersed thereon; a doctor blade in scraping contact by its cutting edge (B') with the reverse roller for scraping the fluid substances collected from said reverse roller; characterized in that the device further comprises at least one secondary endless belt conveyor mounted on a pair of supporting rollers (101, 201) and disposed beneath said doctor blade for collecting the fluid substances falling from the doctor blade and for conveying said substances toward one end of said secondary belt conveyor; and means (2,3) at said end of the secondary belt conveyor for scraping said fluid substances from said secondary belt conveyor for cleaning said belt and for conveying said substances toward final collection and /or recycling means. a reverse roller in contact with the return section of said conveyor belt for collecting the fluid substances dispersed thereon; a doctor blade in scraping contact by its cutting edge (B') with the reverse roller for scraping the fluid substances collected from said reverse roller; characterized in that the device further comprises at least one secondary endless belt conveyor mounted on a pair of supporting rollers (101, 201) and disposed beneath said doctor blade for collecting the fluid substances falling from the doctor blade and for conveying said substances toward one end of said secondary belt conveyor; and means (2,3) at said end of the secondary belt conveyor for scraping said fluid substances from said secondary belt conveyor for cleaning said belt and for conveying said substances toward final collection and /or recycling means.
A composition comprising ebselen or a pharmaceutically acceptable salt or solvate thereof, for use in a method of treating Meniere's disease in a subject.
A method of collecting sensor information with respect to communications between a controller device and a portable device, said method comprising: Transmitting, with the controller device or the portable device, to at least one sensor device one or more connection parameters pertaining to a communication link between the controller device and the portable device in accordance with a Bluetooth Low Energy, BLE, or Backchannel Protocol, BCP, communication protocol; receiving the one or more connection parameters in the at least one sensor device; repeatedly communicating, at a connection interval, data via the communication link between the controller device and the portable device; sensing, in the at least one sensor device, one or more characteristics of communications between the controller device and the portable device during the connection interval; and transmitting, with the at least one sensor device, to the controller device sensor information pertaining to the one or more sensed characteristics in a gap time frame within the connection interval, wherein the gap time frame within the connection interval is defined between a) an end of communications between the controller device and the portable device during the connection interval and b) a start of a subsequent connection interval, or between time frames of communications between the controller device and the portable device. Transmitting, with the controller device or the portable device, to at least one sensor device one or more connection parameters pertaining to a communication link between the controller device and the portable device in accordance with a Bluetooth Low Energy, BLE, or Backchannel Protocol, BCP, communication protocol; receiving the one or more connection parameters in the at least one sensor device; repeatedly communicating, at a connection interval, data via the communication link between the controller device and the portable device; sensing, in the at least one sensor device, one or more characteristics of communications between the controller device and the portable device during the connection interval; and transmitting, with the at least one sensor device, to the controller device sensor information pertaining to the one or more sensed characteristics in a gap time frame within the connection interval, wherein the gap time frame within the connection interval is defined between a) an end of communications between the controller device and the portable device during the connection interval and b) a start of a subsequent connection interval, or between time frames of communications between the controller device and the portable device. a) an end of communications between the controller device and the portable device during the connection interval and b) a start of a subsequent connection interval, or between time frames of communications between the controller device and the portable device.
A motion platform, comprising: - a stationary frame with at least three uprights (10; 110; 210; 310; 410); - a sub-frame (30; 130) disposed substantially within the stationary frame; - at least three connecting members (20; 120; 220; 320) for connecting each upright with the sub-frame at a respective connection point, wherein each connecting member comprises an arm (22; 122; 222; 322), a first coupling (21; 121; 221_1, 221_2; 321_1, 321_2; 421, 421_1, 421_2), and a second coupling (23; 123; 223; 323), wherein the first coupling couples a first end of the arm to at least one of said uprights of the stationary frame, and wherein the second coupling couples a second end of the arm to the sub-frame at said connection point; - a cabin (40; 140; 240; 340), connected to the sub-frame, and being suitable for accommodating a person; - a plurality of actuators (12, 43; 112, 143); wherein the sub-frame, the connecting members, and the cabin form a jointed structure configured to enable a translational motion and at least one of the group consisting of a pitch, a yaw, and a roll of said cabin with respect to the stationary frame by means of the plurality of actuators engaging the structure; wherein the sub-frame and connecting members are configured such that, during use, each of the connection points is at a substantially fixed distance with respect to a common central point (A; C) of the sub-frame; characterized in that, the first coupling of at least one of the connecting members is movably mounted to the relevant upright to allow vertical displacement of the first coupling relative to the upright; wherein, during use, the connection points are moveable with respect to each other to change the distances between them, and wherein each connection point is moveable along a respective circle relative to the sub-frame. - a stationary frame with at least three uprights (10; 110; 210; 310; 410); - a sub-frame (30; 130) disposed substantially within the stationary frame; - at least three connecting members (20; 120; 220; 320) for connecting each upright with the sub-frame at a respective connection point, wherein each connecting member comprises an arm (22; 122; 222; 322), a first coupling (21; 121; 221_1, 221_2; 321_1, 321_2; 421, 421_1, 421_2), and a second coupling (23; 123; 223; 323), wherein the first coupling couples a first end of the arm to at least one of said uprights of the stationary frame, and wherein the second coupling couples a second end of the arm to the sub-frame at said connection point; - a cabin (40; 140; 240; 340), connected to the sub-frame, and being suitable for accommodating a person; - a plurality of actuators (12, 43; 112, 143);
Method of transferring a piezoelectric layer onto a support substrate comprising the steps of: a) providing a predetermined splitting area in a piezoelectric donor substrate, b) attaching the piezoelectric donor substrate to a support substrate to form a compound, and c) detaching the piezoelectric layer from the piezoelectric donor substrate comprising applying an electric field. a) providing a predetermined splitting area in a piezoelectric donor substrate, b) attaching the piezoelectric donor substrate to a support substrate to form a compound, and c) detaching the piezoelectric layer from the piezoelectric donor substrate comprising applying an electric field.
Audio decoder comprising a time-domain decoder; a frequency-domain decoder; an associator configured to associate each of consecutive frames (18a-c) of a data stream, each of which represents a corresponding one of consecutive portions (24a-24c) of an audio signal, with one out of a mode dependent set of a plurality of frame coding modes, wherein the time-domain decoder is configured to decode frames (18a-c) having one of a first subset of one or more of the plurality of frame coding modes associated therewith, and the frequency-domain decoder is configured to decode frames (18a-c) having one of a second subset of one or more of the plurality of frame coding modes associated therewith; wherein the associator is configured to perform the association dependent on a frame mode syntax element associated with the frames (18a-c) in the data stream, and operate in an active one of a plurality of operating modes with selecting the active operating mode out of the plurality of operating modes depending on the data stream and/or an external control signal, and changing the association depending on the active operating mode, wherein the time-domain decoder is a code-excited linear-prediction decoder, wherein the associator is configured such that if the active operating mode is a first operating mode, the mode dependent set of the plurality of frame coding modes is disjoint to the first subset and overlaps with the second subset, and if the active operating mode is a second operating mode, the mode dependent set of the plurality of frame coding modes overlaps with the first and second subsets (30, 32).
An interventional medical system comprising an implantable device and a delivery tool facilitating deployment of the implantable device, the device including an attachment structure and a fixation member, the fixation member being configured to engage tissue at an implant site; and the delivery tool comprising: an elongate tube extending from a proximal opening thereof to a distal opening thereof; and a tether subassembly including a first length, a second length, and a test segment, the first length extending within the elongate tube and through the attachment structure of the device, when the device is located in proximity to the distal opening of the tube, the second length extending alongside the first length within the tube, the first and second lengths each being configured to pass freely through an aperture of the system, the test segment being located in proximity to the distal opening of the tube; and characterized by the test segment being configured to be pulled through the aperture of the system only by a tug force that is greater than or equal to a predetermined force, the tug force being applied to the first length of the tether subassembly, and the predetermined force corresponding to a minimum adequate fixation force provided by engagement of the fixation member with the tissue at the implant site; and wherein the aperture of the system comprises one of: an eyelet of the attachment structure of the device, through which the first length of the tether subassembly extends, and a channel located within the elongate tube of the tool in proximity to the distal opening of the tube. an elongate tube extending from a proximal opening thereof to a distal opening thereof; and a tether subassembly including a first length, a second length, and a test segment, the first length extending within the elongate tube and through the attachment structure of the device, when the device is located in proximity to the distal opening of the tube, the second length extending alongside the first length within the tube, the first and second lengths each being configured to pass freely through an aperture of the system, the test segment being located in proximity to the distal opening of the tube; and characterized by the test segment being configured to be pulled through the aperture of the system only by a tug force that is greater than or equal to a predetermined force, the tug force being applied to the first length of the tether subassembly, and the predetermined force corresponding to a minimum adequate fixation force provided by engagement of the fixation member with the tissue at the implant site; and wherein the aperture of the system comprises one of: an eyelet of the attachment structure of the device, through which the first length of the tether subassembly extends, and a channel located within the elongate tube of the tool in proximity to the distal opening of the tube.
A washing machine comprising: a washing tub; a driver configured to rotate the washing tub; a sensor configured to sense a current of the driver; and at least one processor configured to: based on receiving a user command to operate the washing machine, obtain from the sensor, a weight of dry fabric of laundry in the washing tub, control the driver to rotate the washing tub at a speed within a first range, while the washing tub rotates at the speed within the first range, obtain a first torque axis current of the driver sensed through the sensor, after supplying washing water to the washing tub, control the driver to rotate the washing tub at a speed within a second range, while the washing tub rotates at the speed within the second range, obtain a second torque axis current of the driver sensed through the sensor, and identify a material of the laundry by inputting the weight of the dry fabric, the first torque axis current, and the second torque axis current to a neural network model. a washing tub; a driver configured to rotate the washing tub; a sensor configured to sense a current of the driver; and at least one processor configured to: based on receiving a user command to operate the washing machine, obtain from the sensor, a weight of dry fabric of laundry in the washing tub, control the driver to rotate the washing tub at a speed within a first range, while the washing tub rotates at the speed within the first range, obtain a first torque axis current of the driver sensed through the sensor, after supplying washing water to the washing tub, control the driver to rotate the washing tub at a speed within a second range, while the washing tub rotates at the speed within the second range, obtain a second torque axis current of the driver sensed through the sensor, and identify a material of the laundry by inputting the weight of the dry fabric, the first torque axis current, and the second torque axis current to a neural network model. based on receiving a user command to operate the washing machine, obtain from the sensor, a weight of dry fabric of laundry in the washing tub, control the driver to rotate the washing tub at a speed within a first range, while the washing tub rotates at the speed within the first range, obtain a first torque axis current of the driver sensed through the sensor, after supplying washing water to the washing tub, control the driver to rotate the washing tub at a speed within a second range, while the washing tub rotates at the speed within the second range, obtain a second torque axis current of the driver sensed through the sensor, and identify a material of the laundry by inputting the weight of the dry fabric, the first torque axis current, and the second torque axis current to a neural network model.
A Label Switched Path, LSP, establishment method, comprising: generating, by a first network device, a first Path message based on Resource Reservation Protocol-Traffic Engineering, RSVP-TE, wherein the first Path message carries an address of a second network device, and the first Path message is used to request establishment of a first LSP that is based on RSVP-TE and is from the first network device to the second network device; and sending, by the first network device, the first Path message to the second network device, and establishing the first LSP, wherein the first Path message further carries an address of a target network device, so that the second network device stitches the first LSP and a second LSP according to the address of the target network device, so as to further form a third LSP from the first network device to the target network device in an end-to-end manner, wherein the second LSP is an LSP pre-established between the second network device and the target network device. generating, by a first network device, a first Path message based on Resource Reservation Protocol-Traffic Engineering, RSVP-TE, wherein the first Path message carries an address of a second network device, and the first Path message is used to request establishment of a first LSP that is based on RSVP-TE and is from the first network device to the second network device; and sending, by the first network device, the first Path message to the second network device, and establishing the first LSP, wherein the first Path message further carries an address of a target network device, so that the second network device stitches the first LSP and a second LSP according to the address of the target network device, so as to further form a third LSP from the first network device to the target network device in an end-to-end manner, wherein the second LSP is an LSP pre-established between the second network device and the target network device.
A system having at least one blood treatment device, in particular a dialysis device, having means for the carrying out of a blood treatment, in particular a dialysis treatment, or having at least one device having means for the filling of a mobile apparatus with or for the emptying of a mobile apparatus of a treatment fluid, in particular a dialysis fluid, and having the mobile apparatus having at least one tank in which a treatment fluid, in particular a dialysis fluid, is present or can be received for the supply of said blood treatment device with the treatment fluid during a blood treatment carried out by the blood treatment device or for the connection to said device, wherein the device has at least one mount which is made such that the mobile apparatus can be received in the mount, with the device and the mobile apparatus having guide means and preferably fixing means which are designed such that the mobile apparatus can be introduced into the mount and/or fixed in the mount with the aid of the guide means and preferably of the fixing means, characterized in that the guide means comprise at least one guide track which rises in level with an increasing insertion movement and which has at least one recess and at least one ball or roll or a blade or a slide piece which run in or on the guide track and can be received at least partly in the recess and press increasingly strongly against the guide track with progressing insertion of the mobile apparatus so that, with the mobile apparatus inserted into the mount of the device, the device is raised at its side facing the open side of the mount.