mhurhangee/ep-ind-claims huggingface dataset:
A method for direct communication between wireless devices, the method comprising: transmitting, directly from a transmitting wireless communication device, WCD, to a receiving WCD, a first scheduling cycle; and transmitting, directly from said transmitting WCD to said receiving WCD, a first set of data to be detected by said receiving WCD, and characterized in that: said first scheduling cycle includes a plurality of redundant scheduling assignments, each of the plurality of redundant scheduling assignments indicating to said receiving WCD said first set of data, wherein each of the plurality of redundant scheduling assignments includes a pointer to spectrum resources of a first data transmission pattern and said first set of data, wherein the pointer includes a predetermined time or frequency offset of said first set of data relative to a redundant scheduling assignment, and wherein the first data transmission pattern is associated with the plurality of redundant scheduling assignments. transmitting, directly from a transmitting wireless communication device, WCD, to a receiving WCD, a first scheduling cycle; and transmitting, directly from said transmitting WCD to said receiving WCD, a first set of data to be detected by said receiving WCD, and characterized in that: said first scheduling cycle includes a plurality of redundant scheduling assignments, each of the plurality of redundant scheduling assignments indicating to said receiving WCD said first set of data, wherein each of the plurality of redundant scheduling assignments includes a pointer to spectrum resources of a first data transmission pattern and said first set of data, wherein the pointer includes a predetermined time or frequency offset of said first set of data relative to a redundant scheduling assignment, and wherein the first data transmission pattern is associated with the plurality of redundant scheduling assignments.
Drum (1; 1') for a machine for treating laundry, in particular for washing and/or drying said laundry, said drum (1; 1') having a substantially cylindrical shape and being rotatable about a substantially horizontal axis (X; X'), said drum (1; 1') comprising a plurality of compartments (10; 10') having the shape of a circular crown sector, each compartment (10; 10') being adapted to contain at least one laundry item to be treated, so that a controlled mechanical action is exerted on said at least one laundry item, wherein, for the purpose of creating said compartments (10; 10'), the inside of said drum (1; 1') comprises: - at least one partition element (11; 11') having a substantially cylindrical shape and being arranged concentrically within the drum (1; 1'); - walls (12; 12') lying in a diametral plane of the drum (1; 1'), characterized in that said drum (1; 1') further comprises an internal compartment obtained in said at least one partition element (11; 11') where laundry can be treated independently of other laundry being treated in the plurality of compartments (10; 10') having the shape of a circular crown sector, said internal compartment being substantially cylindrical and coaxial with the substantially cylindrical element forming said drum (1; 1'). - at least one partition element (11; 11') having a substantially cylindrical shape and being arranged concentrically within the drum (1; 1'); - walls (12; 12') lying in a diametral plane of the drum (1; 1'),
An automatic composition apparatus comprising: a motif input unit that receives a motif including a plurality of note data items; and a processing unit that performs a melody generating process of generating a melody based on the motif and a selected chord progression data item the processing unit further performing (i) a first calculation process of calculating each note type of the note data items received by the motif input unit, with respect to a plurality of chord progression data items, the processing unit being characterised by performing (ii) a second calculation process of calculating each matching level of the chord progression data items for the motif, with reference to a plurality of note connection rules each of which evaluates combination of the note types of consecutive note data items and a a number of tones between pitches of the consecutive note data items, the matching level being calculated based on the evaluations, (iii) a chord progression selecting process of selecting a chord progression data item from the plurality of chord progression data items based on the calculated matching levels, and that the melody generating process generates the melody based on the motif and the selected chord progression data item selected by the chord progression selecting process. a motif input unit that receives a motif including a plurality of note data items; and a processing unit that performs a melody generating process of generating a melody based on the motif and a selected chord progression data item (i) a first calculation process of calculating each note type of the note data items received by the motif input unit, with respect to a plurality of chord progression data items, the processing unit being characterised by performing (ii) a second calculation process of calculating each matching level of the chord progression data items for the motif, with reference to a plurality of note connection rules each of which evaluates combination of the note types of consecutive note data items and a a number of tones between pitches of the consecutive note data items, the matching level being calculated based on the evaluations, (iii) a chord progression selecting process of selecting a chord progression data item from the plurality of chord progression data items based on the calculated matching levels,
A movable mosquito screen, particularly for windows, doors and the like, comprising a fine mesh net which is provided with a substantially perimetric frame that can be installed at an opening in an element of the type of a wall and the like, said frame comprising a fixed box, which is coupled to an edge of said net and is associated stably with a corresponding margin of the opening, and a movable box, which is fixed on the side opposite to said net and can perform a translational motion on command, along a direction that is substantially perpendicular to said fixed box, for transition from a first configuration, in which said net is substantially gathered around said fixed box, to a second configuration, in which said net is extended so as to block said opening, and vice versa, said substantially perimetric frame comprising at least one flexible tape, which is fixed with a first end thereof to said fixed box and has a transverse cross-section that is at least partially U-shaped, characterized in that said at least one flexible tape forms a guiding seat for at least one corresponding end portion of said movable box and for said net.
A modular implant for performing an intervertebral fusion on adjacent vertebral bodies in a patient comprising: a first spacer body; a second spacer body; and a porous container having a first end, a horizontally opposing second end, a vertically facing top side and a vertically facing bottom side, wherein the first end of the container is coupled to the first spacer body and the second end of the container is coupled to the second spacer body, and wherein the top side and the bottom side of the container are exposed between the first spacer body and the second spacer body characterized in that the container is an expandable mesh container. a first spacer body; a second spacer body; and a porous container having a first end, a horizontally opposing second end, a vertically facing top side and a vertically facing bottom side, wherein the first end of the container is coupled to the first spacer body and the second end of the container is coupled to the second spacer body, and wherein the top side and the bottom side of the container are exposed between the first spacer body and the second spacer body characterized in that the container is an expandable mesh container.
An edge emitting semiconductor laser device comprising a semiconductor layer portion having an active layer and performing multi-lateral mode oscillation of laser light, wherein the semiconductor layer portion includes a top surface having a constant height, first and second regions (2aa, 2ab), the second region being located closer to a facet on a laser light radiation side than the first region, wherein the first region and the second region include a stripe region in which the laser light is guided to thereby emit the laser light therefrom, wherein the first region includes a ridge structure formed by two trench grooves on the top surface, wherein no trench grooves and thus no ridge structure is formed in the second region, and wherein the ridge structure has a width (Ws) at its bottom portion and coincides at the bottom portion with an interval between the trench grooves of 80 μm or more and 500 μm or less, such that the second region has no optical confinement effect of the laser light in a horizontal direction to the stripe region, and the horizontal direction in which the laser light is confined in the stripe region of the first region is perpendicular to a laser light radiation direction. the semiconductor layer portion includes a top surface having a constant height, first and second regions (2aa, 2ab), the second region being located closer to a facet on a laser light radiation side than the first region, wherein the first region and the second region include a stripe region in which the laser light is guided to thereby emit the laser light therefrom, wherein the first region includes a ridge structure formed by two trench grooves on the top surface, wherein no trench grooves and thus no ridge structure is formed in the second region, and wherein the ridge structure has a width (Ws) at its bottom portion and coincides at the bottom portion with an interval between the trench grooves of 80 μm or more and 500 μm or less, such that the second region has no optical confinement effect of the laser light in a horizontal direction to the stripe region, and the horizontal direction in which the laser light is confined in the stripe region of the first region is perpendicular to a laser light radiation direction.
Outdoor unit of a heat pump having a refrigerant circuit, the outdoor unit comprising: a casing comprising: a fan chamber, and a machine chamber configured to accommodate components of the refrigerant circuit of the heat pump, a fan accommodated in the fan chamber, the fan having fan blades rotatable about an axis of rotation, a front panel having at least one engaging member (110, 110A, 110B) for attaching the front panel to the casing, a bell mouth, and a cover plate, wherein a front side of the casing is closed by the cover plate and the bell mouth and the front panel is mounted to the bell mouth and the cover plate characterised in that the front panel is attachable to the casing in at least two positions, a first position and a second position, wherein in the first position, the front panel is attached to the casing such that the fan blades and at least a part of the machine chamber are covered, and wherein in the second position, the front panel is attached to the casing such that at least a part of the fan blades is covered and the machine chamber is accessible. a casing comprising: a fan chamber, and a machine chamber configured to accommodate components of the refrigerant circuit of the heat pump, a fan chamber, and a machine chamber configured to accommodate components of the refrigerant circuit of the heat pump, a fan accommodated in the fan chamber, the fan having fan blades rotatable about an axis of rotation, a front panel having at least one engaging member (110, 110A, 110B) for attaching the front panel to the casing, a bell mouth, and a cover plate, wherein a front side of the casing is closed by the cover plate and the bell mouth and the front panel is mounted to the bell mouth and the cover plate characterised in that the front panel is attachable to the casing in at least two positions, a first position and a second position, wherein in the first position, the front panel is attached to the casing such that the fan blades and at least a part of the machine chamber are covered, and wherein in the second position, the front panel is attached to the casing such that at least a part of the fan blades is covered and the machine chamber is accessible.
A pyrolysis method in connection with a boiler, in which method a carrier material received from a fluidized bed combustion process of the boiler is circulated back to the combustion process via a pyrolysis process, where it is mixed with solid fuel, of which are formed condensible gaseous substances by means of heat released by the hot carrier material, which flows in the combustion process cocurrent with flue gases, after which it is separated from the flue gases with a separator and moves between the separator and the combustion process by gravity to the pyrolysis process, where the condensible gaseous substances are removed by the effect of fluidization from above the mixture of carrier material and fuel, whereafter the gaseous substances are separated from a gas flow coming from the pyrolysis process in liquid form as so-called pyrolysis oil, characterized in that the pyrolysis process is performed in a chamber, which is bordered by the furnace of the circulating fluidized bed boiler and from which the carrier material, coke and other combustible materials mixed in the carrier material are directed via one or more return outlets to the furnace.
A method for inserting a radiopaque marker in an endoprosthesis, comprising: a. fabricating an endoprosthesis having at least one eyelet sized to receive a radiopaque marker therein; b. pre-forming a first head on a radiopaque marker member; c. disposing said marker member within an eyelet of the endoprosthesis, wherein said first head projects above a surface of the endoprosthesis; and d. forming a second head on a second end of the marker member, said second head projecting above a second surface of the endoprosthesis, characterized in that forming the second head includes: i. inserting the endoprosthesis on to a fixture having a first half slidably disposed relative to a second half, the first half of the fixture having a marker forming pin; ii. aligning the marker forming pin with the second end of the marker; and iii. applying a force to cause the marker forming pin to deform the second end of the marker into the second head. a. fabricating an endoprosthesis having at least one eyelet sized to receive a radiopaque marker therein; b. pre-forming a first head on a radiopaque marker member; c. disposing said marker member within an eyelet of the endoprosthesis, wherein said first head projects above a surface of the endoprosthesis; and d. forming a second head on a second end of the marker member, said second head projecting above a second surface of the endoprosthesis, characterized in that forming the second head includes: i. inserting the endoprosthesis on to a fixture having a first half slidably disposed relative to a second half, the first half of the fixture having a marker forming pin; ii. aligning the marker forming pin with the second end of the marker; and iii. applying a force to cause the marker forming pin to deform the second end of the marker into the second head. i. inserting the endoprosthesis on to a fixture having a first half slidably disposed relative to a second half, the first half of the fixture having a marker forming pin; ii. aligning the marker forming pin with the second end of the marker; and iii. applying a force to cause the marker forming pin to deform the second end of the marker into the second head.
A method for feeding back Channel State Information, CSI, in a wireless access system supporting a Machine Type Communication, MTC, the method performed by a MTC User Equipment, MTC UE, and comprising: receiving, from a base station, a Channel Quality Indicator, CQI, index via system information, Radio Resource Control, RRC signaling or Medium Access Signal, MAC, signaling; receiving a Physical Downlink Control Channel, PDCCH including an aperiodic CSI request field; receiving a Physical Downlink Shared Channel, PDSCH; measuring CSI according to the aperiodic CSI request field in CSI reference resources; and feeding back the measured CSI using a Physical Uplink Shared Channel, PUSCH, characterized in that: the PDCCH is repeatedly received in X downlink subframes, DL SFs, and the PDSCH is repeatedly received in N DL SFs, wherein the CSI reference resources are defined by two or more valid DL SFs from the X DL SFs or the N DL SFs, wherein the two or more valid DL SFs are continuously allocated, wherein the N is mapped to the CQI index which also provides information about a modulation scheme, coding rate and coding efficiency of the signal, wherein the PUSCH is repeatedly transmitted as many as M times, and wherein the X and the M are set to the N mapped to the CQI index. receiving, from a base station, a Channel Quality Indicator, CQI, index via system information, Radio Resource Control, RRC signaling or Medium Access Signal, MAC, signaling; receiving a Physical Downlink Control Channel, PDCCH including an aperiodic CSI request field; receiving a Physical Downlink Shared Channel, PDSCH; measuring CSI according to the aperiodic CSI request field in CSI reference resources; and feeding back the measured CSI using a Physical Uplink Shared Channel, PUSCH, characterized in that: the PDCCH is repeatedly received in X downlink subframes, DL SFs, and the PDSCH is repeatedly received in N DL SFs, wherein the CSI reference resources are defined by two or more valid DL SFs from the X DL SFs or the N DL SFs, wherein the two or more valid DL SFs are continuously allocated, wherein the N is mapped to the CQI index which also provides information about a modulation scheme, coding rate and coding efficiency of the signal, wherein the PUSCH is repeatedly transmitted as many as M times, and wherein the X and the M are set to the N mapped to the CQI index. the PDCCH is repeatedly received in X downlink subframes, DL SFs, and the PDSCH is repeatedly received in N DL SFs, wherein the CSI reference resources are defined by two or more valid DL SFs from the X DL SFs or the N DL SFs, wherein the two or more valid DL SFs are continuously allocated, wherein the N is mapped to the CQI index which also provides information about a modulation scheme, coding rate and coding efficiency of the signal, wherein the PUSCH is repeatedly transmitted as many as M times, and wherein the X and the M are set to the N mapped to the CQI index.
A method implemented by a mobile communication device for improving performance of a plurality of radio access technologies, RATs, (302, 308) on the mobile communication device, comprising: obtaining frequency error values for each of the plurality of RATs (302, 308); associating (606, 608) the obtained frequency error values with each of the plurality of RATs (302, 308) and with at least one attribute based on times at which the frequency error values for the plurality of RATs (302, 308) are obtained, wherein an attribute comprises one of a temperature of the mobile communication device or a temperature of a crystal oscillator on the mobile communication device; and storing the obtained frequency error values and the associations of the obtained frequency error values. obtaining frequency error values for each of the plurality of RATs (302, 308); associating (606, 608) the obtained frequency error values with each of the plurality of RATs (302, 308) and with at least one attribute based on times at which the frequency error values for the plurality of RATs (302, 308) are obtained, wherein an attribute comprises one of a temperature of the mobile communication device or a temperature of a crystal oscillator on the mobile communication device; and storing the obtained frequency error values and the associations of the obtained frequency error values.
A system comprising: a modem, configured to transmit data modulated based on an intermediate frequency within one of a C, X, or Ku band; and a single-stage block-up converter having an input electrically coupled via one inter-facility link cable to the modem, and an output electrically coupled to a high-power amplifier, wherein the single-stage block-up-converter is configured to up-convert the intermediate frequency to a satellite communication frequency within the Ka, Q, or V band; wherein the block-up-converter further comprises a mixer and a filter circuit including a filter input coupled to a mixer output and filter output coupled to the output of the block-up-converter, wherein the intermediate frequency is determined such that the filter circuit suppresses spurious combination frequencies generated by the mixer, and wherein the filter circuit is configured to suppress spurious combination frequencies generated by the mixer when a spurious frequency combination and a nearest frequency that passes through the filter are at least apart by a minimum frequency domain threshold. a modem, configured to transmit data modulated based on an intermediate frequency within one of a C, X, or Ku band; and a single-stage block-up converter having an input electrically coupled via one inter-facility link cable to the modem, and an output electrically coupled to a high-power amplifier, wherein the single-stage block-up-converter is configured to up-convert the intermediate frequency to a satellite communication frequency within the Ka, Q, or V band; wherein the block-up-converter further comprises a mixer and a filter circuit including a filter input coupled to a mixer output and filter output coupled to the output of the block-up-converter, wherein the intermediate frequency is determined such that the filter circuit suppresses spurious combination frequencies generated by the mixer, and wherein the filter circuit is configured to suppress spurious combination frequencies generated by the mixer when a spurious frequency combination and a nearest frequency that passes through the filter are at least apart by a minimum frequency domain threshold.
A method for illuminating particles for the purpose of forming their images, in which method a coherent light beam is injected into the core of a monomode optical fiber, at one end of said fiber, and said particles are illuminated by the light beam emanating from said core at the other end of said monomode optical fiber, characterized in that the peak power of said injected coherent light beam is chosen so that the spectrum of said emanating light beam has, alongside the wavelength of said injected coherent light beam, lines of shifted wavelengths generated by Raman conversion in the material of said core.