mhurhangee/ep-ind-claims huggingface dataset:
A music apparatus for receiving an input signal composed of either of a voice signal and a tone signal and for processing said input signal in accordance with a kit designation signal to generate at least one channel of a harmony sound signal which has a harmonic relation to said input signal, the music apparatus comprising: memory means for storing a plurality of parameter kits, each of which is constituted by a plurality of parameters used for characterizing said harmony sound signal and each of which includes at least a parameter used for controlling a pitch of said harmony sound signal and another parameter used for controlling a formant of said harmony sound signal; parameter output means receptive of said kit designation signal that designates one of the parameter kits for referring to said designated parameter kit to output therefrom at least said parameters used for controlling the pitch and formant of said harmony sound signal; and harmony sound signal generation means for receiving said input signal and for changing a pitch and formant of said input signal based on at least said parameters that are output by said parameter output means, thereby generating said harmony sound signal having the changed pitch and formant. memory means for storing a plurality of parameter kits, each of which is constituted by a plurality of parameters used for characterizing said harmony sound signal and each of which includes at least a parameter used for controlling a pitch of said harmony sound signal and another parameter used for controlling a formant of said harmony sound signal; parameter output means receptive of said kit designation signal that designates one of the parameter kits for referring to said designated parameter kit to output therefrom at least said parameters used for controlling the pitch and formant of said harmony sound signal; and harmony sound signal generation means for receiving said input signal and for changing a pitch and formant of said input signal based on at least said parameters that are output by said parameter output means, thereby generating said harmony sound signal having the changed pitch and formant.
In vitro method for predicting fecundity ability of spermatozoa comprising the mRNA expression profile analysis of at least one of the following genes: EIF5A, RPL13, RPL23A, RPS27A, RPS3, RPS8 or TOMM7, or combinations thereof.
Method for emulating a first type of fluorescence observation device on a second, different type of fluorescence observation device, the method comprising the following steps: - retrieving at least one digital fluorescence image representing an object in a fluorescence spectrum of a fluorophore and recorded by the second type of fluorescence observation device using an image-recording system - computing a digital emulated output image from the at least one digital fluorescence image, and - outputting the digital emulated output image for at least one of displaying or further processing, wherein the step of computing the at least one digital emulated output image comprises the step of: - applying a type-emulation module to the at least one digital fluorescence image, the type-emulation module being representative of the image-recording system of the first type of a fluorescence observation device. - retrieving at least one digital fluorescence image representing an object in a fluorescence spectrum of a fluorophore and recorded by the second type of fluorescence observation device using an image-recording system - computing a digital emulated output image from the at least one digital fluorescence image, and - outputting the digital emulated output image for at least one of displaying or further processing, - applying a type-emulation module to the at least one digital fluorescence image, the type-emulation module being representative of the image-recording system of the first type of a fluorescence observation device.
A transmitter for wireless communications, configured to: obtain prime factors for a number N RE of time-frequency resources, at least two of the prime factors being different; generate a codebook comprising at least one codeword, wherein each of the at least one codeword is generated by multiplying at least one mask sequence with one of an orthogonal set of vectors, and each of the at least one mask sequence is obtained by using an exponentiation operation involving a base and an exponent, the base being defined by the at least two different prime factors and the exponent being defined by a quadratic polynomial having a number m of variables, where m is equal to a total number of the prime factors constituting N RE; and provide, to a receiver, information bits in at least one of the at least one codeword over the N RE time-frequency resources. obtain prime factors for a number N RE of time-frequency resources, at least two of the prime factors being different; generate a codebook comprising at least one codeword, wherein each of the at least one codeword is generated by multiplying at least one mask sequence with one of an orthogonal set of vectors, and each of the at least one mask sequence is obtained by using an exponentiation operation involving a base and an exponent, the base being defined by the at least two different prime factors and the exponent being defined by a quadratic polynomial having a number m of variables, where m is equal to a total number of the prime factors constituting N RE; and each of the at least one codeword is generated by multiplying at least one mask sequence with one of an orthogonal set of vectors, and each of the at least one mask sequence is obtained by using an exponentiation operation involving a base and an exponent, the base being defined by the at least two different prime factors and the exponent being defined by a quadratic polynomial having a number m of variables, where m is equal to a total number of the prime factors constituting N RE; and provide, to a receiver, information bits in at least one of the at least one codeword over the N RE time-frequency resources.
A display device comprising: a display module including a backlight source and a substrate mounting member covering the backlight source; wherein the substrate mounting member comprises a bottom surface portion, which is formed in a rectangular shape, and wherein a cover member is arranged to partially cover the rear surface (REAR) of the substrate mounting member and to expose a region in the periphery of at least an outer peripheral portion of the rear surface of the substrate mounting member, and the substrate mounting member further comprises: four side surface portions (51a, 51b, 51c, 51d), which are positioned on an outer peripheral portion of the substrate mounting member and which extend from the bottom surface portion towards the front side (FRONT) of the display device and adjacent ones of the side surface portions (51a, 51b, 51c, 51d) are integrally connected with each other on corner portions (51e, 51f, 51g, 51h) of the outer peripheral portion without a clearance to have a round shape. a display module including a backlight source and a substrate mounting member covering the backlight source; wherein the substrate mounting member comprises a bottom surface portion, which is formed in a rectangular shape, and wherein a cover member is arranged to partially cover the rear surface (REAR) of the substrate mounting member and to expose a region in the periphery of at least an outer peripheral portion of the rear surface of the substrate mounting member, and the substrate mounting member further comprises: four side surface portions (51a, 51b, 51c, 51d), which are positioned on an outer peripheral portion of the substrate mounting member and which extend from the bottom surface portion towards the front side (FRONT) of the display device and adjacent ones of the side surface portions (51a, 51b, 51c, 51d) are integrally connected with each other on corner portions (51e, 51f, 51g, 51h) of the outer peripheral portion without a clearance to have a round shape. four side surface portions (51a, 51b, 51c, 51d), which are positioned on an outer peripheral portion of the substrate mounting member and which extend from the bottom surface portion towards the front side (FRONT) of the display device and adjacent ones of the side surface portions (51a, 51b, 51c, 51d) are integrally connected with each other on corner portions (51e, 51f, 51g, 51h) of the outer peripheral portion without a clearance to have a round shape.
Z A tissue stimulation system comprising an implantable electrical tissue stimulation system and an external programmer (16, 18); the implantable electrical tissue stimulation system comprising: one or more electrical terminals configured for being coupled to one or more stimulation leads; output stimulation circuitry configured for outputting electrical stimulation energy to the one or more electrical terminals in accordance with a defined waveform; and control circuitry configured for modifying the pulse shape of the defined waveform in response to a user input by adjusting a time constant of the pulse shape, wherein adjusting the time constant changes the slope characteristic within the pulse shape of the defined waveform, thereby changing the characteristics of the electrical stimulation energy outputted to the one or more electrical terminals; and telemetry circuitry capable of wirelessly receiving instructions from the programmer to modify the pulse shape; characterized in that the programmer comprises a user interface including an actuator for incrementing or decrementing the time constant by the user.. one or more electrical terminals configured for being coupled to one or more stimulation leads; output stimulation circuitry configured for outputting electrical stimulation energy to the one or more electrical terminals in accordance with a defined waveform; and control circuitry configured for modifying the pulse shape of the defined waveform in response to a user input by adjusting a time constant of the pulse shape, wherein adjusting the time constant changes the slope characteristic within the pulse shape of the defined waveform, thereby changing the characteristics of the electrical stimulation energy outputted to the one or more electrical terminals; and telemetry circuitry capable of wirelessly receiving instructions from the programmer to modify the pulse shape;
Method for embedding a component into a printed circuit board or a printed circuit board intermediate product, wherein the printed circuit board or printed circuit board intermediate product has at least one insulating layer of a prepreg material and the component is fixed by the resin of the prepreg material, the method having a sequence of the following steps: a) providing a composite of the layers of the printed circuit board or printed circuit board intermediate product, wherein the composite of the layers of the printed circuit board or printed circuit board intermediate product consists of a plurality of layers of a curable prepreg material and external copper layers on both sides, b) producing a clearance in the composite for receiving the component to be embedded; c) covering at least the region of the clearance with a first temporary carrier layer on a first side of the composite, d) positioning the component to be embedded in the clearance by means of the first temporary carrier layer, e) covering at least the region of the clearance on the second side of the composite with a second temporary carrier layer, f) compressing the composite with the component while curing the curable prepreg material, g) removing the temporary carrier layers (5, 9). a) providing a composite of the layers of the printed circuit board or printed circuit board intermediate product, wherein the composite of the layers of the printed circuit board or printed circuit board intermediate product consists of a plurality of layers of a curable prepreg material and external copper layers on both sides, b) producing a clearance in the composite for receiving the component to be embedded; c) covering at least the region of the clearance with a first temporary carrier layer on a first side of the composite, d) positioning the component to be embedded in the clearance by means of the first temporary carrier layer, e) covering at least the region of the clearance on the second side of the composite with a second temporary carrier layer, f) compressing the composite with the component while curing the curable prepreg material, g) removing the temporary carrier layers (5, 9).
A polymeric multilayer film having first and second generally opposed major surfaces, an array of openings extending between the first and second major surfaces, and a thickness greater than 125 micrometers, wherein there are at least 30 openings/cm 2, and wherein the openings each have a series of areas through the openings from the first and second major surfaces ranging from minimum to maximum areas, and wherein the minimum area is not at at least one of the major surfaces.
A vacuum metallurgical system comprising: a segmented mold having an input end and an extraction end, configured to receive and cast a molten metal or alloy into an ingot; a primary heating induction coil positioned at least in part around the segmented mold and configured to induce heat in an interior region of the segmented mold; an heating power supply electrically coupled to and powering the primary heating induction coil; and an ingot position actuator positioned to support and move the ingot and/or molten metal or alloy within the segmented mold, characterized by a tuning capacitor configured to tune the electrical circuit comprising at least the primary heating induction coil, the segmented mold, and the power supply; at least one sensor induction coil positioned at least in part around an electrical conductor between the tuning capacitor and the primary heating induction coil; and an ingot position controller operatively coupled to at least both the at least one sensor induction coil and the ingot position actuator, and configured to instruct the ingot position actuator to move molten metal or alloy within the segmented mold. a segmented mold having an input end and an extraction end, configured to receive and cast a molten metal or alloy into an ingot; a primary heating induction coil positioned at least in part around the segmented mold and configured to induce heat in an interior region of the segmented mold; an heating power supply electrically coupled to and powering the primary heating induction coil; and an ingot position actuator positioned to support and move the ingot and/or molten metal or alloy within the segmented mold, characterized by a tuning capacitor configured to tune the electrical circuit comprising at least the primary heating induction coil, the segmented mold, and the power supply; at least one sensor induction coil positioned at least in part around an electrical conductor between the tuning capacitor and the primary heating induction coil; and an ingot position controller operatively coupled to at least both the at least one sensor induction coil and the ingot position actuator, and configured to instruct the ingot position actuator to move molten metal or alloy within the segmented mold.
Method for enhancing the survival of hematopoietic stem cells in hypoxic and serum-deprived conditions by cultivating the cells in medium containing lysophosphatidic acid.
Commercial-vehicle tyre having a tread with at least one shoulder-side profileblock row which is delimited by a circumferential groove and has a shoulder flank and has transverse grooves extending parallel to one another, said transverse grooves in each case having two groove edges (4e, 4e') which extend straight, a groove mouth at the circumferential groove, and a groove exit at the shoulder flank, and have a width (b 1) which corresponds to the spacing between the groove edges (4e, 4e') or the extensions thereof in a circumferential direction, wherein the width (b 1) of the transverse grooves at the groove exit is 6.00 mm to 12.0 mm, characterized in that the width of the transverse grooves increases continuously from the groove exit to the groove mouth to a value 1.5 times to 1.7 times greater.
A selector lever, comprising: a shaft having a proximal end disposed within a housing, the shaft having a distal end extending from the housing; a slide arranged to be movable along the shaft; a first detent pin operatively connected to the slide; a second detent pin operatively connected to the slide; a first detent plate disposed in the housing and having a first plurality of slots for receiving the first detent pin, the first plurality of slots connected by a first channel, the first channel containing one or more first obstructing features; and a second detent plate disposed in the housing and having a second plurality of slots for receiving the second detent pin, the second plurality of slots being connected by a second channel, the second channel containing one or more second obstructing features, wherein the second plurality of slots are arranged to align with the first plurality of slots, and the one or more second obstructing features are arranged to be not aligned with the one or more first obstructing features. a shaft having a proximal end disposed within a housing, the shaft having a distal end extending from the housing; a slide arranged to be movable along the shaft; a first detent pin operatively connected to the slide; a second detent pin operatively connected to the slide; a first detent plate disposed in the housing and having a first plurality of slots for receiving the first detent pin, the first plurality of slots connected by a first channel, the first channel containing one or more first obstructing features; and a second detent plate disposed in the housing and having a second plurality of slots for receiving the second detent pin, the second plurality of slots being connected by a second channel, the second channel containing one or more second obstructing features, wherein the second plurality of slots are arranged to align with the first plurality of slots, and the one or more second obstructing features are arranged to be not aligned with the one or more first obstructing features.
Condensate removal unit for a boiler; the condensate removal unit comprising: a siphon to prevent the release of fumes from the condensate outlet, the siphon comprising a floater; condensate collecting means; pumping means (40, 41) for discharging the condensate; and control means configured for activating said pumping means according to the condensate level in said collecting means; wherein said siphon, said condensate collecting means and said pumping means (40, 41) are integrated in a single compact apparatus; wherein the floater of the siphon works both as a safety element against the passage of fumes and as an operating device of said pumping means (40, 41); wherein said siphon comprises a main hollow body comprising a first branch, to which a condensate inlet pipe is linked, and a second branch, hydraulically linked to a condensate outlet pipe; said condensate removal unit being characterized in that said first branch houses a seat of the floater which rests by gravity on an edge of an opening, and in that said second branch widens to form the volute of the pumping means. a siphon to prevent the release of fumes from the condensate outlet, the siphon comprising a floater; condensate collecting means; pumping means (40, 41) for discharging the condensate; and control means configured for activating said pumping means according to the condensate level in said collecting means;
Pneumatic vehicle tire having a carcass, a profiled tread, a belt and a single or multi-ply belt bandage having strength members running in the circumferential direction of the tire which covers this belt, • wherein at least one bandage ply of the belt bandage comprises in its axial extent two lateral sections, each comprising an axial edge of the bandage ply, and a central section arranged between the two lateral sections, • wherein each lateral section comprises at least one hybrid strength member, • wherein the central section comprises at least one strength member having a lower modulus of elasticity than the hybrid strength members of the lateral sections, in each case measured as per ASTM D885M at an extension of 3% and • wherein the at least one hybrid strength member of each lateral section is a hybrid cord made of at least two yarns twisted together, wherein at least a first yarn is a high-modulus yarn and wherein a further yarn is a low-modulus yarn, characterized in that • the at least one hybrid strength member of each of the lateral sections has a fineness of not more than 550 dtex, preferably of not more than 500 dtex, particularly preferably of not more than 460 dtex and • the at least one strength member of the central section has a fineness of not more than 1100 dtex, preferably of not more than 600 dtex, particularly preferably of not more than 500 dtex. • wherein at least one bandage ply of the belt bandage comprises in its axial extent two lateral sections, each comprising an axial edge of the bandage ply, and a central section arranged between the two lateral sections, • wherein each lateral section comprises at least one hybrid strength member, • wherein the central section comprises at least one strength member having a lower modulus of elasticity than the hybrid strength members of the lateral sections, in each case measured as per ASTM D885M at an extension of 3% and • wherein the at least one hybrid strength member of each lateral section is a hybrid cord made of at least two yarns twisted together, wherein at least a first yarn is a high-modulus yarn and wherein a further yarn is a low-modulus yarn, • the at least one hybrid strength member of each of the lateral sections has a fineness of not more than 550 dtex, preferably of not more than 500 dtex, particularly preferably of not more than 460 dtex and • the at least one strength member of the central section has a fineness of not more than 1100 dtex, preferably of not more than 600 dtex, particularly preferably of not more than 500 dtex.
A radio network node (400; 710) having at least one Radio Frequency, RF, receiver (402; 730) for receiving signals according to a wireless communication standard, the radio network node comprising: a transmitter interface configured to transmit to a network node a report message comprising report information, wherein the report information pertains to a current RF receiver configuration with one or more current RF characteristics or possible RF receiver configurations with a range of one or more possible RF characteristics; a receiver interface configured to receive from the network node and responsive to the report message a control message comprising control information, wherein the control information pertains to a control of the current RF receiver configuration; a configuration controller (404; 740) configured to interactively adapt the RF receiver configuration based on the control information received from the network node. a transmitter interface configured to transmit to a network node a report message comprising report information, wherein the report information pertains to a current RF receiver configuration with one or more current RF characteristics or possible RF receiver configurations with a range of one or more possible RF characteristics; a receiver interface configured to receive from the network node and responsive to the report message a control message comprising control information, wherein the control information pertains to a control of the current RF receiver configuration; a configuration controller (404; 740) configured to interactively adapt the RF receiver configuration based on the control information received from the network node.