mhurhangee/ep-ind-claims huggingface dataset:
A method for quantizing class information and pitch information of audio for an information processing system, the method comprising: receiving audio; capturing a frame of the audio; determining a pitch of the frame; calculating a codeword representing a determined quantized value corresponding to the pitch of the frame, wherein a first codeword value indicates an indefinite pitch; determining a class of the frame, wherein the class is any one of at least two classes indicating an indefinite pitch and at least one class indicating a definite pitch; and calculating a codeword representing a determined quantized value corresponding to the class of the frame, wherein the codeword length is the maximum one of either the minimum number of bits required to represent the at least two classes indicating an indefinite pitch or the minimum number of bits required to represent the at least one class indicating a definite pitch, wherein the pitch and the class of the frame are represented by the two codewords, wherein if the codeword representing the pitch of the frame indicates an indefinite pitch, then the codeword representing the class of the frame indicates one of the at least two classes indicating an indefinite pitch, and wherein if the codeword representing the pitch of the frame indicates a definite pitch, then the codeword representing the class of the frame indicates one of the at least one class indicating a definite pitch. receiving audio; capturing a frame of the audio; determining a pitch of the frame; calculating a codeword representing a determined quantized value corresponding to the pitch of the frame, wherein a first codeword value indicates an indefinite pitch; determining a class of the frame, wherein the class is any one of at least two classes indicating an indefinite pitch and at least one class indicating a definite pitch; and calculating a codeword representing a determined quantized value corresponding to the class of the frame, wherein the codeword length is the maximum one of either the minimum number of bits required to represent the at least two classes indicating an indefinite pitch or the minimum number of bits required to represent the at least one class indicating a definite pitch, wherein the pitch and the class of the frame are represented by the two codewords, wherein if the codeword representing the pitch of the frame indicates an indefinite pitch, then the codeword representing the class of the frame indicates one of the at least two classes indicating an indefinite pitch, and wherein if the codeword representing the pitch of the frame indicates a definite pitch, then the codeword representing the class of the frame indicates one of the at least one class indicating a definite pitch.
A pump assembly for household appliances such as washing machines, dishwashers and the like, comprising a body fitted with fluid passage means (23', 24', 27') for letting a wash fluid flow therethrough, at least one pump (3', 4') associated with the body for pumping the fluid, a filter for filtering the fluid flowing through the body, wherein the filter is movable between a first position, in which a fluid flow runs through it towards a first side of the filter, and a second position, in which a fluid flow runs through it towards the opposite side of the filter, wherein the filter is housed in the body when it is in the filtering operating condition, wherein the filter can be extracted from the body without requiring the removal of at least one pump ( 3', 4') associated therewith; the filter being arranged in a cartridge which can be extracted from the body characterized in that the cartridge comprises a support structure for the filter, having a configuration which is substantially cylindrical and open at the sides, the filter being rotatably supported in the structure and being movable between a first position, in which it is arranged transversally to the longitudinal axis of the structure, and a second position, in which it is arranged substantially parallel to said axis, the cartridge comprising a thread that allows it to be screwed into a mounting seat.
A process for the preparation of a compound of formula (I-S) or a pharmaceutically acceptable salt thereof; comprising reacting a compound of formula (V-S), wherein PG 1 is an oxygen protecting group with an acylating reagent; wherein the acylating reagent is present in an amount in the range of from 1.5 to 3.0 molar equivalents; in the presence of a carbonyl source; in a first organic solvent; at a temperature in the range of from about room temperature to 40°C; to yield the corresponding compound of formula (VI-S); reacting the compound of formula (VI-S) with a compound of formula (VII-S), wherein A 1 is MgBr or MgCl; in an anhydrous organic solvent; to yield the corresponding compound of formula (VIII-S); reacting the compound of formula (VIII-S) with a reducing agent; in the presence of a Lewis acid; in a second organic solvent; to yield the corresponding compound of formula (IX-S); de-protecting the compound of formula (IX-S); to yield the corresponding compound of formula (I-S).
A wire electric discharge machine that creates a machining route based on an axial movement command of a machining program, corrects the created machining program, at a corner portion formed by two consecutive moving blocks within the created machining route, by extending an end point of a block to be machined first to form a new block, removing a portion extending from a start point of a block to be machined subsequently to an intermediate point to form another new block, and connecting the end point of the new block and the start point of the other new block, and carries out discharge machining according to the corrected machining program, the wire electric discharge machine comprising: a corner angle acquiring unit that calculates a corner angle of the corner portion; and a machining route correcting unit that corrects the machining route according to the corner angle, wherein the machining route correcting unit sets, when the end point of the block to be machined first is extended, an extension distance of the end point as a correction distance a, and also sets a length of the portion to be removed extending from the start point of the block to be machined subsequently to the intermediate point as a return distance b, and corrects the machining route at the corner portion so that the larger the corner angle, the smaller any one of or both of the correction distance a and the return distance b; characterised by connecting the end point of the new block and the start point of the other new block by a straight line or an arc. a corner angle acquiring unit that calculates a corner angle of the corner portion; and a machining route correcting unit that corrects the machining route according to the corner angle, wherein the machining route correcting unit sets, when the end point of the block to be machined first is extended, an extension distance of the end point as a correction distance a, and also sets a length of the portion to be removed extending from the start point of the block to be machined subsequently to the intermediate point as a return distance b, and corrects the machining route at the corner portion so that the larger the corner angle, the smaller any one of or both of the correction distance a and the return distance b; characterised by connecting the end point of the new block and the start point of the other new block by a straight line or an arc.
Assembly of a vehicle seat comprising a seat cushion and a backrest and of a safety belt comprising an upper-body strap and a lap strap as well as a seatbelt buckle tongue, wherein the seat comprises at least one airbag and a flexible retaining wall which are incorporated into the backrest of said seat, said airbag being fixed to said wall such that when the vehicle is involved in an impact with an external obstacle, the flexible retaining wall can deploy along the lap strap between the backrest and the upper-body strap and so that the airbag can inflate between the backrest and the flexible retaining wall while being driven into position by said flexible wall, characterized in that the lap strap acts as a guideway for the deployment of the flexible retaining wall.
Plug-in connection for airbag deployment systems, having an airbag igniter housing and an airbag plug, having a contact carrier, in which two contact elements and a deformable conductor which is attached to the contact elements are arranged, wherein the contact carrier is provided at least in regions with an enclosure, which is produced by means of an encapsulation comprising encapsulation material, wherein the enclosure has a contour for mechanically locking with a latching contour of the igniter housing and a simultaneous sealing function, characterized in that the contact carrier has two labyrinths arranged within the enclosure, so that the two conductors are held so as to exit in an angled manner relative to the centre line of the contact elements.
A method for scalable wireless data service distribution, comprising: grouping, by a source computing device, sink computing devices to receive a data service into a multicast group; sending, from the source computing device, a frame of the data service to the sink computing devices in the multicast group via a wireless multicast transmission; the method characterized by: determining, by the source computing device, whether error logs for all multicast group members have been received; adding, by the source computing device, one or more multicast group members associated with missing error logs to a unicast group while remaining in the multicast group in response to determining that error logs for all multicast group members have not been received; and sending, from the source computing device, a next frame of the data service to the one or more multicast group members comprised in both the unicast group and the multicast group via a wireless multicast transmission and respective wireless unicast transmissions. grouping, by a source computing device, sink computing devices to receive a data service into a multicast group; sending, from the source computing device, a frame of the data service to the sink computing devices in the multicast group via a wireless multicast transmission; the method characterized by: determining, by the source computing device, whether error logs for all multicast group members have been received; adding, by the source computing device, one or more multicast group members associated with missing error logs to a unicast group while remaining in the multicast group in response to determining that error logs for all multicast group members have not been received; and sending, from the source computing device, a next frame of the data service to the one or more multicast group members comprised in both the unicast group and the multicast group via a wireless multicast transmission and respective wireless unicast transmissions. determining, by the source computing device, whether error logs for all multicast group members have been received; adding, by the source computing device, one or more multicast group members associated with missing error logs to a unicast group while remaining in the multicast group in response to determining that error logs for all multicast group members have not been received; and sending, from the source computing device, a next frame of the data service to the one or more multicast group members comprised in both the unicast group and the multicast group via a wireless multicast transmission and respective wireless unicast transmissions.
A refrigerator and/or freezer, comprising at least one body and at least one closing element closing an opening of the body, as well as at least one profile arrangement arranged in a gap formed between the closing element and the body, comprising at least one base, at least one fastening arrangement, at least one coating element, and at least one sealing arrangement, which has at least one hollow chamber (30, 31, 32, 33) and is made of a soft-elastic, polymeric material having a Shore A hardness according to DIN EN ISO 868 of about 50 to 95, preferably 60 to 90, the coating element being arranged material-bonding on the sealing arrangement, characterized in that the coating element of the profile arrangement is arranged material-bonding on at least one wall of the sealing arrangement going around the hollow chamber (30, 31, 32, 33).
A stereopsis display device comprising: a plurality of sub-pixels; a black matrix defining openings; and a plurality of lenticular lenses slanted based on a vertical line at a first slant angle greater than zero, characterized in that the openings are slanted based on the vertical line at a second slant angle greater than zero to have an oblique shape, wherein the second slant angel is different from the first slant angle, wherein one view matrix comprised of M×N sub-pixels includes M sub-pixels arranged in a vertical direction and N sub-pixels arranged in a horizontal direction, wherein M and N are a positive integer, the view matrix being divided into sub-pixels opened by the openings and sub-pixels covered by the black matrix, wherein a number of the sub-pixels of the view matrix opened by the openings within a viewing zone formed by the lenticular lenses is N, and wherein the second slant angle is slanted at an angle of maximum ±3.5° with respect to the first slant angle. a plurality of sub-pixels; a black matrix defining openings; and a plurality of lenticular lenses slanted based on a vertical line at a first slant angle greater than zero, characterized in that the openings are slanted based on the vertical line at a second slant angle greater than zero to have an oblique shape, wherein the second slant angel is different from the first slant angle, wherein one view matrix comprised of M×N sub-pixels includes M sub-pixels arranged in a vertical direction and N sub-pixels arranged in a horizontal direction, wherein M and N are a positive integer, the view matrix being divided into sub-pixels opened by the openings and sub-pixels covered by the black matrix, wherein a number of the sub-pixels of the view matrix opened by the openings within a viewing zone formed by the lenticular lenses is N, and wherein the second slant angle is slanted at an angle of maximum ±3.5° with respect to the first slant angle.
A radio key for an entry system for a motor vehicle, with a receiving circuit having at least three LF receiver coils for receiving low frequency signals, wherein the LF receiver coils are trained in different spatial directions, a central control circuit with a microcontroller, which control circuit is coupled to the receiver circuit, wherein the control circuit is able to assume various operating states, of which at least one operating state is a reduced energy idle state and one operating state is an active operating state, wherein the receiver circuit is designed to wake the control circuit from the reduced energy idle state when a signal is received via the LF receiver coils, characterized in that the receiver circuit is designed to perform a decoding of the signals only until the central control circuit with the microcontroller has been woken, and the central control circuit with the microcontroller is designed in such manner that after waking from the idle state it actuates the receiver circuit to forward the received data stream which is not decoded, wherein the microcontroller decodes the data stream which has not been decoded by executing a program externally to the receiver circuit.
Winding machine with a spindle, the axial position of which does not change during a traversing application of the winding material to a spool sleeve and/or to a winding forming on the spool sleeve, where a) a traversing carriage is supported on the spindle which is movable axially with a traversing motion relative to the spindle and which is coupled or able to be coupled to the spool sleeve in such a way that the traversing motion of the traversing carriage can be transmitted onto the spool sleeve, and b) the spindle rotates, where the traversing carriage is coupled or able to be coupled with the spindle in such a way that the rotating motion of the spindle can be transmitted to the traversing carriage, c) the traversing carriage is coupled or able to be coupled to the spool sleeve in such a way that the rotating motion of the traversing carriage can be transmitted onto the spool sleeve, characterised in that d) the spindle has an inner bore, in which an actuation mechanism executing the traversing motion extends which is coupled to the traversing carriage for transmitting the traversing motion. a) a traversing carriage is supported on the spindle which is movable axially with a traversing motion relative to the spindle and which is coupled or able to be coupled to the spool sleeve in such a way that the traversing motion of the traversing carriage can be transmitted onto the spool sleeve, and b) the spindle rotates, where the traversing carriage is coupled or able to be coupled with the spindle in such a way that the rotating motion of the spindle can be transmitted to the traversing carriage, c) the traversing carriage is coupled or able to be coupled to the spool sleeve in such a way that the rotating motion of the traversing carriage can be transmitted onto the spool sleeve, d) the spindle has an inner bore, in which an actuation mechanism executing the traversing motion extends which is coupled to the traversing carriage for transmitting the traversing motion.
Furniture component, in particular a shelf unit, a wall shelf, a cabinet unit and the like, comprising at least one furniture construction panel (2, 5, 9) having at least one first profile element, which is arranged on an end side of the furniture construction panel (2, 5, 9), and a second profile element, that the first profile element projects, at at least one of its longitudinal sides, at least partially beyond the surface of the furniture construction panel (2, 5, 9) and has at least one opening in particular for a fastening element, characterized in that the distance between the opening and the surface of the furniture construction panel (2, 5, 9) corresponds approximately to the wall thickness of the first profile element.
A method for generating a display of a three-dimensional metrology surface, the method comprising: Illuminating an object with a plurality of light patterns; for each of the light patterns, acquiring an image of the object; determining, from the acquired images, a 3D point cloud representation of a surface of an object in a point cloud coordinate space; illuminating the object with broadband light; acquiring a color image of the object in a color camera coordinate space while the object is illuminated by the broadband light; transforming the color image from the color camera coordinate space to the point cloud coordinate space; and mapping the color image transformed from the color camera coordinate space to the point cloud coordinate space onto the 3D point cloud representation to generate a display of the surface of the object. Illuminating an object with a plurality of light patterns; for each of the light patterns, acquiring an image of the object; determining, from the acquired images, a 3D point cloud representation of a surface of an object in a point cloud coordinate space; illuminating the object with broadband light; acquiring a color image of the object in a color camera coordinate space while the object is illuminated by the broadband light; transforming the color image from the color camera coordinate space to the point cloud coordinate space; and mapping the color image transformed from the color camera coordinate space to the point cloud coordinate space onto the 3D point cloud representation to generate a display of the surface of the object.
An endovascular carotid body ablation catheter, configured to be inserted through a patient's vasculature to a common carotid artery and to ablate a carotid body or associated tissue, the endovascular carotid body ablation catheter comprising: a distal and a proximal end; a handle which remains outside of the body; and a bipolar electrode arrangement having an active and a return electrode placed on separate shafts of the endovascular carotid body ablation catheter configured to create a lesion to ablate the carotid body or associated tissue. a distal and a proximal end; a handle which remains outside of the body; and a bipolar electrode arrangement having an active and a return electrode placed on separate shafts of the endovascular carotid body ablation catheter configured to create a lesion to ablate the carotid body or associated tissue.
A method of marking a pavement surface comprising: providing a pavement surface; and applying a pavement marking on the pavement surface, wherein the pavement marking comprises transparent glass-ceramic microspheres at least partially embedded in a binder wherein at least a portion of the micropheres have an index of refraction of at least 2.40 and comprise at least 40 wt-% TiO 2; and at least 25 wt-% La 2 O 3, wherein the glass-ceramic microspheres comprise greater than 10 volume % crystals, and wherein the microspheres of the portion comprise 5 wt-% to 15 wt-% ZrO 2, HfO 2, ThO 2, and mixtures thereof. providing a pavement surface; and applying a pavement marking on the pavement surface, wherein the pavement marking comprises transparent glass-ceramic microspheres at least partially embedded in a binder wherein at least a portion of the micropheres have an index of refraction of at least 2.40 and comprise at least 40 wt-% TiO 2; and at least 25 wt-% La 2 O 3, wherein the glass-ceramic microspheres comprise greater than 10 volume % crystals, and wherein the microspheres of the portion comprise 5 wt-% to 15 wt-% ZrO 2, HfO 2, ThO 2, and mixtures thereof.
A hysteroscopy system, the system comprising: a scope having an outer surface and an internal channel defined by an inner surface; a sheath removably coupled to the scope and having a tip at which a distal flange extends internally towards the outer surface of the scope, the sheath further having an inner surface; an outflow channel formed between the inner surface of the sheath and the outer surface of the scope; the distal flange forming a distal end of the outflow channel between the scope and the sheath; an operative channel formed within the internal channel of the scope; and a visualization channel formed adjacent to the operative channel, wherein the distal flange has an oval shape, wherein the oval shape has two opposite sides that extend a greater distance internally towards the center of the scope than two other opposite sides. a scope having an outer surface and an internal channel defined by an inner surface; a sheath removably coupled to the scope and having a tip at which a distal flange extends internally towards the outer surface of the scope, the sheath further having an inner surface; an outflow channel formed between the inner surface of the sheath and the outer surface of the scope; the distal flange forming a distal end of the outflow channel between the scope and the sheath; an operative channel formed within the internal channel of the scope; and a visualization channel formed adjacent to the operative channel, wherein the distal flange has an oval shape, wherein the oval shape has two opposite sides that extend a greater distance internally towards the center of the scope than two other opposite sides.