mhurhangee/patent-ind-claim-en huggingface dataset:
A data exchange method for use in an assistant point in a CoMP, Coordinated Multi-Point, system, wherein said system comprises at least one assistant point , and one converging point , wherein the converging point is a serving point among the points in the system, and the assistant point is a point cooperating with the converging point, the method comprising: selecting (S302) a predetermined number N of subbands with the best channel quality, the selected subbands having channel quality better than other subbands of the assistant point, wherein selecting N subbands with the best channel quality further comprises: calculating Resource block quality, RBQ, values of all subbands, receiving RBQ values of all subbands from the converging point, calculating uplink gains of all subbands based on the RBQ values of the converging point and the RBQ values of the assistant point, and selecting N subbands with the largest uplink gains as the N subbands with the best channel quality; and transmitting (S303) user data of the selected N subbands to a converging point. selecting (S302) a predetermined number N of subbands with the best channel quality, the selected subbands having channel quality better than other subbands of the assistant point, wherein selecting N subbands with the best channel quality further comprises: calculating Resource block quality, RBQ, values of all subbands, receiving RBQ values of all subbands from the converging point, calculating uplink gains of all subbands based on the RBQ values of the converging point and the RBQ values of the assistant point, and selecting N subbands with the largest uplink gains as the N subbands with the best channel quality; and calculating Resource block quality, RBQ, values of all subbands, receiving RBQ values of all subbands from the converging point, calculating uplink gains of all subbands based on the RBQ values of the converging point and the RBQ values of the assistant point, and selecting N subbands with the largest uplink gains as the N subbands with the best channel quality; and transmitting (S303) user data of the selected N subbands to a converging point.
A method of transmitting data comprising: grouping the data into a sequence of frames comprising a first frame and at least one subsequent frame, each frame comprising a predetermined plurality of data blocks; assigning each of the predetermined plurality of data blocks of each frame an index number indicating a position of that data block within that frame; transmitting the first frame in its entirety; and generating wavelet signatures using a transform for data blocks of subsequent frames, wherein a given wavelet signature is based on a first number of most significant coefficients and on corresponding positional data; comparing wavelet signatures of data blocks within the or each subsequent frame with wavelet signatures of corresponding data blocks within the preceding frame within the sequence, and transmitting only those data blocks within the or each subsequent frame which have wavelet signatures that are determined, by the comparison and using a difference threshold, to be significantly different from the corresponding data block within the preceding frame within the sequence, each such transmitted data block being transmitted together with its respective index number. grouping the data into a sequence of frames comprising a first frame and at least one subsequent frame, each frame comprising a predetermined plurality of data blocks; assigning each of the predetermined plurality of data blocks of each frame an index number indicating a position of that data block within that frame; transmitting the first frame in its entirety; and generating wavelet signatures using a transform for data blocks of subsequent frames, wherein a given wavelet signature is based on a first number of most significant coefficients and on corresponding positional data; comparing wavelet signatures of data blocks within the or each subsequent frame with wavelet signatures of corresponding data blocks within the preceding frame within the sequence, and transmitting only those data blocks within the or each subsequent frame which have wavelet signatures that are determined, by the comparison and using a difference threshold, to be significantly different from the corresponding data block within the preceding frame within the sequence, each such transmitted data block being transmitted together with its respective index number.
A method of transmitting a high efficiency, HE, physical layer protocol data unit, PPDU, by a station, STA, operating in a wireless local area network, LAN, system, the method comprising: setting (S2605) a first duration field included in a HE signal A, HE-SIG A, field of the HE PPDU based on a transmission opportunity, TXOP, duration; and transmitting (S2610) the HE PPDU including (i) the HE-SIG A field and (ii) a medium access control, MAC, header, wherein a bit length of the first duration field in the HE-SIG A field of the HE PPDU is smaller than a bit length of a second duration field in the MAC header of the HE PPDU, wherein the first duration field comprises at least one most significant bit, MSB, and at least one least significant bit, LSB, and wherein setting the first duration field based on the TXOP duration comprises: setting the at least one MSB of the first duration field such that the TXOP duration is determined based on (i) a first value obtained based on the at least one MSB multiplied by (ii) a second value obtained based on the at least one LSB. setting (S2605) a first duration field included in a HE signal A, HE-SIG A, field of the HE PPDU based on a transmission opportunity, TXOP, duration; and transmitting (S2610) the HE PPDU including (i) the HE-SIG A field and (ii) a medium access control, MAC, header, wherein a bit length of the first duration field in the HE-SIG A field of the HE PPDU is smaller than a bit length of a second duration field in the MAC header of the HE PPDU, wherein the first duration field comprises at least one most significant bit, MSB, and at least one least significant bit, LSB, and wherein setting the first duration field based on the TXOP duration comprises: setting the at least one MSB of the first duration field such that the TXOP duration is determined based on (i) a first value obtained based on the at least one MSB multiplied by (ii) a second value obtained based on the at least one LSB.
An image forming apparatus operated by voice from an external device, said image forming apparatus comprising: a processing executor that executes processing according to an instruction received from the external device ; a first notifier that sends, to the external device , a first notification according to a completion of the execution of the processing; and a second notifier that sends, to the external device , a second notification different from the first notification when it is estimated that the execution of the processing is not completed before a timeout time of the external device for the first notification. a processing executor that executes processing according to an instruction received from the external device ; a first notifier that sends, to the external device , a first notification according to a completion of the execution of the processing; and a second notifier that sends, to the external device , a second notification different from the first notification when it is estimated that the execution of the processing is not completed before a timeout time of the external device for the first notification.
A system comprising: an open water lubricator having a piston assembly disposed therein; and a well control package connected to a distal end of the open water lubricator , wherein the piston assembly is configured to extend through the well control package ; and a wellbore element comprising at least one of an internal tree cap and a crown plug , wherein an interior of the system comprises a verifiable pressure barrier, characterized in that the open water lubricator comprises: an upper assembly comprising: a tell-tale assembly ; and a linear actuator assembly connected to the tell-tale assembly ; and a lower spool assembly connected to the linear actuator assembly . an open water lubricator having a piston assembly disposed therein; and a well control package connected to a distal end of the open water lubricator , wherein the piston assembly is configured to extend through the well control package ; and a wellbore element comprising at least one of an internal tree cap and a crown plug , wherein an interior of the system comprises a verifiable pressure barrier, characterized in that the open water lubricator comprises: an upper assembly comprising: a tell-tale assembly ; and a linear actuator assembly connected to the tell-tale assembly ; and a lower spool assembly connected to the linear actuator assembly . an upper assembly comprising: a tell-tale assembly ; and a linear actuator assembly connected to the tell-tale assembly ; and a lower spool assembly connected to the linear actuator assembly .
Pane with electrically conductive structures, comprising - a pane with at least two electrically conductive structures galvanically separated from each other, - a galvanic separating layer at least on the electrically conductive structures , and - an electrical conductor on the galvanic separating layer , wherein the galvanic separating layer galvanically separates the electrical conductor from the electrically conductive structures , and the first electrically conductive structure has antenna capability and an antenna connection (A), and the second electrically conductive structure has heating capability, and the electrical conductor and the galvanic separating layer are a capacitive coupling element between the electrically conductive structures , wherein the coupling element is a self-adhesive film system and is adapted flush with the outline of the electrically conductive structures , wherein the galvanic separating layer has a dielectric constant from 2 to 6, and wherein the electrically conductive structures are configured as a comb or mesh with each other as meanders in the region of the capacitive coupling element . - a pane with at least two electrically conductive structures galvanically separated from each other, - a galvanic separating layer at least on the electrically conductive structures , and - an electrical conductor on the galvanic separating layer ,
A cellulose acetate composition for thermoforming, comprising a cellulose acetate and a glycerin ester-based plasticizer, wherein the cellulose acetate has a degree of acetyl substitution of 1.4 or greater and 2.0 or less, a compositional distribution index (CDI) of 4.0 or less, and a total sulfur content of 15 mg/kg or greater and less than 150 mg/kg, wherein CDI is defined as: CDI = (Measured value of a half-height width of compositional distribution)/(Theoretical value of a half-height width of compositional distribution) where the measured value of a half-height width of compositional distribution is a half-height width of compositional distribution determined by HPLC analysis of cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of cellulose acetate (sample); and the theoretical value of a half-height width of compositional distribution is obtained by: Theoretical value of half-height width of compositional distribution = 2.35482 3 ∗ D P w ∗ D S / 3 ∗ 1 − D S / 3 / D P w where DS represents a degree of acetyl substitution; and DPw represents a weight average degree of polymerization (a value determined by GPC-light scattering method using cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of cellulose acetate (sample)). wherein the cellulose acetate has a degree of acetyl substitution of 1.4 or greater and 2.0 or less, a compositional distribution index (CDI) of 4.0 or less, and a total sulfur content of 15 mg/kg or greater and less than 150 mg/kg, wherein CDI is defined as: CDI = (Measured value of a half-height width of compositional distribution)/(Theoretical value of a half-height width of compositional distribution) where the measured value of a half-height width of compositional distribution is a half-height width of compositional distribution determined by HPLC analysis of cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of cellulose acetate (sample); and the theoretical value of a half-height width of compositional distribution is obtained by: Theoretical value of half-height width of compositional distribution = 2.35482 3 ∗ D P w ∗ D S / 3 ∗ 1 − D S / 3 / D P w where DS represents a degree of acetyl substitution; and DPw represents a weight average degree of polymerization (a value determined by GPC-light scattering method using cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of cellulose acetate (sample)). DS represents a degree of acetyl substitution; and DPw represents a weight average degree of polymerization (a value determined by GPC-light scattering method using cellulose acetate propionate obtained by propionylating all residual hydroxyl groups of cellulose acetate (sample)).
A floating wave energy device intended to be installed in an aquatic environment comprising a surface S , water E and a bed E , realized by a cylinder comprising energy-production means , and connecting means connected to anchors (30-1; 30-2), the connecting means comprise fasteners (22-1; 22-2) secured to the cylinder and two support cables (24-1; 24-2) connecting said fasteners to the anchors (30-1; 30-2) and intersect at a point C located at the bottom of said cylinder or at the top of said cylinder .
Infrared heater comprising a front wall and a rear wall , between which a heating arrangement comprising at least one heating circuit is arranged, the heating circuit comprising a heat conductor which is fastened to a carrier , the heat conductor of the heating circuit extending in a bifilar manner at least in portions, part of the first half of the heat conductor extending in parallel with part of the second half of the heat conductor at least in one portion of the heating circuit , and characterized in that the heating circuit is fastened to the carrier by means of a thread .
An iron golf club head comprising: a head member having a hitting surface and a back surface located opposite to the hitting surface; and a badge member having an opposed surface facing the back surface and connected to the back surface, and an exposed surface located opposite to the opposed surface and exposed to the outside, the badge member including a resin plate having the opposed surface and made of a resin material, and a metal plate having the exposed surface and made of a metal material, the resin plate being provided with a plurality of recesses recessed toward the opposed surface, the plurality of recesses being arranged side by side in a first direction from a heel of the iron golf club head to a toe (lOd) thereof, the width of each of the plurality of recesses in the first direction being smaller than the width of each of the plurality of recesses in a second direction from a top edge of the iron golf club head to a leading edge thereof, and a ratio V/S of a volume V expressed in mm 3 of the badge member to an area S expressed in mm 2 of the opposed surface being 4.0 mm 3 per mm 2 or more and 10.0 mm 3 per mm 2 or less. a head member having a hitting surface and a back surface located opposite to the hitting surface; and a badge member having an opposed surface facing the back surface and connected to the back surface, and an exposed surface located opposite to the opposed surface and exposed to the outside, the badge member including a resin plate having the opposed surface and made of a resin material, and a metal plate having the exposed surface and made of a metal material, the resin plate being provided with a plurality of recesses recessed toward the opposed surface, the plurality of recesses being arranged side by side in a first direction from a heel of the iron golf club head to a toe (lOd) thereof, the width of each of the plurality of recesses in the first direction being smaller than the width of each of the plurality of recesses in a second direction from a top edge of the iron golf club head to a leading edge thereof, and a ratio V/S of a volume V expressed in mm 3 of the badge member to an area S expressed in mm 2 of the opposed surface being 4.0 mm 3 per mm 2 or more and 10.0 mm 3 per mm 2 or less.
Recombinant follicle stimulating hormone (rFSH) produced or expressed in a human cell line, the rFSH including α2,3- and α2,6-sialylation, wherein 10% to 20% of the total sialylation is α2,6-sialylation, which includes α2,6-linked sialic acids (α2,6 sialylation) provided by endogenous sialyl transferase activity, and wherein the human cell line has been engineered to express an α2,3-sialyltransferase.
A wireless communication apparatus for point-to-point wireless communication, the wireless communication apparatus comprising a first outdoor enclosure and a second outdoor enclosure , wherein said first outdoor enclosure is configured to accommodate a first electronic circuit (1111-1114) for performing baseband digital signal processing, to mount receptacles for connecting to an external apparatus via a first communication cable and to the second outdoor enclosure via a second communication cable, and to protect said first electronic circuit (1111-1114) from ingress of water and dust; said second outdoor enclosure is configured to accommodate a second electronic circuit (1211-1213) for performing analog signal processing at a carrier frequency, to mount a waveguide flange for connecting to an antenna , and to protect said second electronic circuit (1211-1213) from ingress of water and dust; and the wireless communication apparatus is characterized by further comprising: a mounting base configured to be fixed to an antenna bracket of said antenna and also configured to support said first outdoor enclosure and said second outdoor enclosure in a manner such that said second outdoor enclosure is disposed in a space between the mounting base and said first outdoor enclosure . said first outdoor enclosure is configured to accommodate a first electronic circuit (1111-1114) for performing baseband digital signal processing, to mount receptacles for connecting to an external apparatus via a first communication cable and to the second outdoor enclosure via a second communication cable, and to protect said first electronic circuit (1111-1114) from ingress of water and dust; said second outdoor enclosure is configured to accommodate a second electronic circuit (1211-1213) for performing analog signal processing at a carrier frequency, to mount a waveguide flange for connecting to an antenna , and to protect said second electronic circuit (1211-1213) from ingress of water and dust; and the wireless communication apparatus is characterized by further comprising: a mounting base configured to be fixed to an antenna bracket of said antenna and also configured to support said first outdoor enclosure and said second outdoor enclosure in a manner such that said second outdoor enclosure is disposed in a space between the mounting base and said first outdoor enclosure .
An earphone comprising: a speaker unit configured to electroacoustically transduce an audio signal into a sound wave; and a housing configured to define an acoustic space on at least one side of a diaphragm of the speaker unit , the speaker unit being attached to an inside of the housing , wherein the housing includes a nozzle portion forming an acoustic path communicating with the acoustic space to guide the sound wave to an ear canal of a user, and the nozzle portion includes a base member defining an outer shell of the nozzle portion, and a tubular member of which outer wall surface is fixed to an inner wall surface of the base member to form the acoustic path on the inside and which is made of metal, characterized in that the base member of the nozzle portion is made of a first metal material and the tubular member is made of a second metal material different from the first metal material, and in that the inner wall surface of the base member and the outer wall surface of the tubular member are fixed together through an adhesive layer. a speaker unit configured to electroacoustically transduce an audio signal into a sound wave; and a housing configured to define an acoustic space on at least one side of a diaphragm of the speaker unit , the speaker unit being attached to an inside of the housing , wherein the housing includes a nozzle portion forming an acoustic path communicating with the acoustic space to guide the sound wave to an ear canal of a user, and the nozzle portion includes a base member defining an outer shell of the nozzle portion, and a tubular member of which outer wall surface is fixed to an inner wall surface of the base member to form the acoustic path on the inside and which is made of metal, a base member defining an outer shell of the nozzle portion, and a tubular member of which outer wall surface is fixed to an inner wall surface of the base member to form the acoustic path on the inside and which is made of metal, characterized in that the base member of the nozzle portion is made of a first metal material and the tubular member is made of a second metal material different from the first metal material, and in that the inner wall surface of the base member and the outer wall surface of the tubular member are fixed together through an adhesive layer.
A communication method, comprising: receiving, by a first network element from an application function network element, a first request, wherein the first request comprises identification information of a terminal device, the identification information is a subscription permanent identifier, SUPI of the terminal device; determining, by the first network element according to the identification information, that a policy control network element requested by the application function network element is a policy control network element that provides mobility management; and sending, by the first network element to the application function network element, the information about the policy control network element that provides mobility management. receiving, by a first network element from an application function network element, a first request, wherein the first request comprises identification information of a terminal device, the identification information is a subscription permanent identifier, SUPI of the terminal device; determining, by the first network element according to the identification information, that a policy control network element requested by the application function network element is a policy control network element that provides mobility management; and sending, by the first network element to the application function network element, the information about the policy control network element that provides mobility management.