mhurhangee/ep-ind-claims huggingface dataset:
A hydraulic mat (24,26,30) having a longitudinal direction and including: a plurality of primary flexible hydraulic hoses (32a,32b,32c,32d,32e,32f) extending parallel to one another; at least one first carrier hose which extends parallel to the primary flexible hydraulic hoses; the hydraulic mat also comprising: a first secondary flexible hydraulic hose parallel to the primary flexible hydraulic hoses, a first series of links extending parallel to the primary flexible hydraulic hoses (32a,32b,32c,32d,32e,32f), the links of the first series being fastened to the first secondary flexible hydraulic hose, and characterized in that the links of the first series include housings in which the first secondary flexible hydraulic hose is engaged. a plurality of primary flexible hydraulic hoses (32a,32b,32c,32d,32e,32f) extending parallel to one another; at least one first carrier hose which extends parallel to the primary flexible hydraulic hoses; the hydraulic mat also comprising: a first secondary flexible hydraulic hose parallel to the primary flexible hydraulic hoses, a first series of links extending parallel to the primary flexible hydraulic hoses (32a,32b,32c,32d,32e,32f), the links of the first series being fastened to the first secondary flexible hydraulic hose, and characterized in that the links of the first series include housings in which the first secondary flexible hydraulic hose is engaged.
A set of at least two plates or sheets (1; 10; 100; 200) made of a metal material, each sheet being provided with at least two identical ribs (2; 2'; 2"; 20; 20'; 20"), parallel to one another and to the largest dimension of the sheet and with an open base (B; B20), at least two ribs (2; 2'; 2"; 20; 20'; 20") of the same sheet (1; 10; 100; 200) being separated by a non-ribbed part (P; P10; P100; P101; P200; P200') and said at least two sheets (1; 10; 100; 200) constituting a same set of sheets having ribs of the same geometrical shape and a different distribution of ribs (2; 2'; 2"; 20; 20'; 20") on one or more sheets (1; 10; 100; 200) constituting said set of sheets, characterised in that the width of the non-ribbed part (P; P10; P100; P101; P200) between two adjacent ribs (2; 2'; 2"; 20; 20'; 20") of the same sheet (1; 10; 100; 200) is defined by the relation: DP = (m PU) - LB, with m being a non-zero integer different from one for at least two neighbouring ribs on at least one sheet of the set of sheets, PU a so-called effective pitch number, corresponding to the sum of the width (LB; LB20) of the open base (B; B20) of a rib (2; 2'; 2"; 20; 20'; 20") with a width of the non-ribbed part (P; P10; P100; P101; P200; P200') separating two adjacent ribs (2; 2'; 2"; 20; 20'; 20") on the same sheet, the width chosen being the smallest width (Lpp) taken from all of the sheets (1; 10; 100; 200) making up the set of sheets, of the non-ribbed part (P; P10; P100; P101; P200; P200') separating two adjacent ribs (2; 2'; 2"; 20; 20'; 20") on the same sheet, and LB the width (LB; LB20) of the open base (B; B20) of a rib (2; 2'; 2"; 20; 20'; 20"), and in that the smallest width (Lpp), taken from all of the sheets (1; 10; 100) making up the set of sheets, of the non-ribbed area separating two adjacent ribs on a single sheet is non-zero.
A cleaning composition comprising a dispersion, including an acidic aqueous phase and a suspended particle, wherein the particle is coated with an acid stable coating, wherein the acid stable coating comprises a cross-linked carboxylate/carboxylic acid polymer, and wherein the cross-linking agent is ethylene glycol dimethacrylate, trimethylol propane trimethacrylate, acrylated pentaerythritol, acrylated dimethylol propionic acid, or acrylated 4,4-Bis(4- hydroxyphenyl) valeric acid.
A method for connecting a wireless device to at least one access point, the method comprising at the wireless device: - storing a list of access points that the wireless device was previously connected to and an indicator indicating, for the access points of the list, if power save mode is supported or not, wherein the indicator indicates that an access point supporting power save mode and operating in power save mode listens to transmissions without transmitting beacons, - determining that there is at least one access point in the list for which the indicator indicates that power save mode is supported, - determining that the at least one access point is operating in power save mode, - transmitting a probe request frame including a Service Set Identifier, SSID of the at least one access point of the list, to wake up the at least one access point from power save mode, and - connecting to the at least one access point. - storing a list of access points that the wireless device was previously connected to and an indicator indicating, for the access points of the list, if power save mode is supported or not, wherein the indicator indicates that an access point supporting power save mode and operating in power save mode listens to transmissions without transmitting beacons, - determining that there is at least one access point in the list for which the indicator indicates that power save mode is supported, - determining that the at least one access point is operating in power save mode, - transmitting a probe request frame including a Service Set Identifier, SSID of the at least one access point of the list, to wake up the at least one access point from power save mode, and - connecting to the at least one access point.
A user equipment, comprising: a transceiver; a memory; and a processor coupled to the transceiver and the memory, wherein the processor and the memory are configured to: receive a first resource allocation for a supplementary uplink, SUL, carrier via the transceiver, the first resource allocation indicating a first set of transmission tones comprising a first set of data tones and a first set of peak reduction tones, PRTs, the first resource allocation further indicating a first set of data tone locations within a first bandwidth, the first resource allocation further indicating a first set of PRT locations within the first bandwidth, wherein the first set of PRT locations are arranged relative to the first set of data tone locations according to a first PRT sequence; and transmit a first data transmission on the SUL carrier via the transceiver, the first data transmission comprising a first waveform based at least in part on the first resource allocation. a transceiver; a memory; and a processor coupled to the transceiver and the memory, wherein the processor and the memory are configured to: receive a first resource allocation for a supplementary uplink, SUL, carrier via the transceiver, the first resource allocation indicating a first set of transmission tones comprising a first set of data tones and a first set of peak reduction tones, PRTs, the first resource allocation further indicating a first set of data tone locations within a first bandwidth, the first resource allocation further indicating a first set of PRT locations within the first bandwidth, wherein the first set of PRT locations are arranged relative to the first set of data tone locations according to a first PRT sequence; and transmit a first data transmission on the SUL carrier via the transceiver, the first data transmission comprising a first waveform based at least in part on the first resource allocation. receive a first resource allocation for a supplementary uplink, SUL, carrier via the transceiver, the first resource allocation indicating a first set of transmission tones comprising a first set of data tones and a first set of peak reduction tones, PRTs, the first resource allocation further indicating a first set of data tone locations within a first bandwidth, the first resource allocation further indicating a first set of PRT locations within the first bandwidth, wherein the first set of PRT locations are arranged relative to the first set of data tone locations according to a first PRT sequence; and transmit a first data transmission on the SUL carrier via the transceiver, the first data transmission comprising a first waveform based at least in part on the first resource allocation.
A method for synchronously sequencing a sense strand and an antisense strand of an insert DNA, comprising: performing a first round of rolling circle amplification using a circular DNA molecule of the insert DNA to be sequenced as an amplification template, to generate a first partial template strand; hybridizing the first partial template strand with blocked or unblocked amplification primers, and performing a second round of rolling circle amplification using the circular DNA molecule as an amplification template to generate a second partial template strand; selecting any one partial template strand of the first partial template strand or the second partial template strand as a read1 strand sequencing template, and generating a read2 strand sequencing template by performing multiple displacement amplification using the other partial template strand as an amplification template; and hybridizing the read1 strand sequencing template with read1 strand sequencing primers, hybridizing the read2 strand sequencing template with read2 strand sequencing primers, and simultaneously performing read1 strand sequencing and read2 strand sequencing to obtain sequences of the sense strand and the antisense strand of the insert DNA. performing a first round of rolling circle amplification using a circular DNA molecule of the insert DNA to be sequenced as an amplification template, to generate a first partial template strand; hybridizing the first partial template strand with blocked or unblocked amplification primers, and performing a second round of rolling circle amplification using the circular DNA molecule as an amplification template to generate a second partial template strand; selecting any one partial template strand of the first partial template strand or the second partial template strand as a read1 strand sequencing template, and generating a read2 strand sequencing template by performing multiple displacement amplification using the other partial template strand as an amplification template; and hybridizing the read1 strand sequencing template with read1 strand sequencing primers, hybridizing the read2 strand sequencing template with read2 strand sequencing primers, and simultaneously performing read1 strand sequencing and read2 strand sequencing to obtain sequences of the sense strand and the antisense strand of the insert DNA.
Shoe of sole length, comprising, in a known manner, an upper mounted on an outer sole, the thickness (H1c) of the sole at the heel strike being between 10 and 20% of the length and the thickness (H1a) at the forefoot being, by contrast, between 5 and 15% of the length, such that the lower surface of the sole comprises a substantially flat central portion, and the height (H1b) of the central portion is substantially uniform, and characterised in that, in cross section, the width of the sole at the ground strike is greater than the width of the upper, and in that the ratio between the width of the sole at the ground strike and the width is a coefficient K1 of between 1.5 and 1.8.
An apparatus to adapt an application program interface, comprising: means to generate, during installation of a runtime application (210, 310), a processor instruction proxy stub which consists of a portion of dynamically generated code associated with one or more processor instructions which are specific to a particular processor (260, 360, 1020); means for receiving an application program interface associated with a runtime environment not supporting the one or more processor instructions; means for inserting the processor instruction proxy stub associated with the one or more processor instructions into the application program interface, to generate an adapted application program interface; and means for compiling (230, 330) the adapted application program interface including native code using a compiler of the runtime environment. means to generate, during installation of a runtime application (210, 310), a processor instruction proxy stub which consists of a portion of dynamically generated code associated with one or more processor instructions which are specific to a particular processor (260, 360, 1020); means for receiving an application program interface associated with a runtime environment not supporting the one or more processor instructions; means for inserting the processor instruction proxy stub associated with the one or more processor instructions into the application program interface, to generate an adapted application program interface; and means for compiling (230, 330) the adapted application program interface including native code using a compiler of the runtime environment.
Sport weapon comprising: - a handle; - a blade extending from said handle and having a cross section "V"-shaped profile, and defining a longitudinal groove extending along the extension of the blade itself; - a guard interposed between the blade and the handle; - a lighting kit comprising: - a light source; - at least one light guided propagation member, the light being generated by said source, said member being housed inside the groove formed on the blade of said weapon; - constraint means for stably engaging the propagation member within said groove; and - supply means electrically connected to said light source; wherein said light source comprises at least one LED which can be positioned at the handle of the weapon; said LED generating light having electromagnetic frequency within the visible spectrum; said light guided propagation member comprising at least one optical fibre extending along the longitudinal extension of the groove formed on the blade; said optical fibre having a first end connected to the light source and a second end opposite to he first and close to the tip of the blade, and said constraint means comprising at least one resin or glue, transparent to light radiation to propagate the light propagated by the fibre; said resin-glue being distributed along the entire groove. - a handle; - a blade extending from said handle and having a cross section "V"-shaped profile, and defining a longitudinal groove extending along the extension of the blade itself; - a guard interposed between the blade and the handle; - a lighting kit comprising: - a light source; - at least one light guided propagation member, the light being generated by said source, said member being housed inside the groove formed on the blade of said weapon; - constraint means for stably engaging the propagation member within said groove; and - supply means electrically connected to said light source; wherein said light source comprises at least one LED which can be positioned at the handle of the weapon; said LED generating light having electromagnetic frequency within the visible spectrum; said light guided propagation member comprising at least one optical fibre extending along the longitudinal extension of the groove formed on the blade; said optical fibre having a first end connected to the light source and a second end opposite to he first and close to the tip of the blade, and said constraint means comprising at least one resin or glue, transparent to light radiation to propagate the light propagated by the fibre; said resin-glue being distributed along the entire groove.
A process for synthesis of volatile compounds said process comprising the steps of: a. cloning Mi - O MTS nucleotide SEQ ID No. 2 in a recombinant expression vector; b. inserting the recombinant expression vector of step (a) in E.coli; c. expressing the Mi - O MTS nucleotide SEQ ID No. 2 to produce Mi - O MTS protein of SEQ ID No. 3 in E.coli; d. extracting said Mi - O MTS protein of step (c) by E.coli cell lysis; e. carrying out chromatography and filtration of the extracted protein of step (d) to obtain purified protein of molecular weight ranging from 35kDa to 40kDa; f. treating the purified protein of step (e) with a substrate and a methyl group donor selected from S-adenosyl methionine; and g. incubating components of step (f) at a temperature of 25°C-30°C and pH of 6 to 8 for 30 min to obtain volatile flavor compounds. a. cloning Mi - O MTS nucleotide SEQ ID No. 2 in a recombinant expression vector; b. inserting the recombinant expression vector of step (a) in E.coli; c. expressing the Mi - O MTS nucleotide SEQ ID No. 2 to produce Mi - O MTS protein of SEQ ID No. 3 in E.coli; d. extracting said Mi - O MTS protein of step (c) by E.coli cell lysis; e. carrying out chromatography and filtration of the extracted protein of step (d) to obtain purified protein of molecular weight ranging from 35kDa to 40kDa; f. treating the purified protein of step (e) with a substrate and a methyl group donor selected from S-adenosyl methionine; and g. incubating components of step (f) at a temperature of 25°C-30°C and pH of 6 to 8 for 30 min to obtain volatile flavor compounds.
An arrangement for lifting hydrocarbons placed within oil field wells, the oil field well having a wellhead assembly and a bailer device disposed along a well casing and connected to a pulling cable attached to the bailer, said pulling cable extending up to a drum which forms part of the driving mechanism of the lifting arrangement, wherein the lifting arrangement extends along the well casing and wherein the lifting arrangement comprises: • a fluid collecting hose, the hose having an open upper end and a lower end; • a fluid suction tube extending along said hose, said suction tube comprising an upper section projecting beyond the upper end of the collecting hose in which a hole is formed for discharching the fluid to be suctioned by a suction pump connected to the wellhead, the end of said upper section being attached to the end of the pulling cable which drives the lifting arrangement; characterized in that, said open upper end and a lower end of the hose is closed by means of a one-way check valve which opens into the hose to let the fluid flow into it, so that the fluid can also enter through the upper end of the hose. • a fluid collecting hose, the hose having an open upper end and a lower end; • a fluid suction tube extending along said hose, said suction tube comprising an upper section projecting beyond the upper end of the collecting hose in which a hole is formed for discharching the fluid to be suctioned by a suction pump connected to the wellhead, the end of said upper section being attached to the end of the pulling cable which drives the lifting arrangement;
A method of validating a certificate issuance notification message, said method comprising: receiving a message; determining that said message comprises a certificate issuance notification message from a certificate authority; the method characterised in that it comprises: verifying (710, 718) that said certificate issuance notification message conforms to expected norms specific to certificate issuance notification messages from the certificate authority; and responsive to said verifying, transmitting a uniform resource locator, extracted from said certificate issuance notification message, to a network entity configured for processing certificate issuance. receiving a message; determining that said message comprises a certificate issuance notification message from a certificate authority; the method characterised in that it comprises: verifying (710, 718) that said certificate issuance notification message conforms to expected norms specific to certificate issuance notification messages from the certificate authority; and responsive to said verifying, transmitting a uniform resource locator, extracted from said certificate issuance notification message, to a network entity configured for processing certificate issuance. verifying (710, 718) that said certificate issuance notification message conforms to expected norms specific to certificate issuance notification messages from the certificate authority; and responsive to said verifying, transmitting a uniform resource locator, extracted from said certificate issuance notification message, to a network entity configured for processing certificate issuance.
A supporting device for a solar panel, the supporting device comprising: a buoyant member including an upper body in which a plurality of protrusions are formed upwardly and first and second props (13, 14) are formed on the protrusions to prop the solar panel, respectively, and a lower body in which a wing part is formed to be protruded from the side thereof and a lower surface is formed to be protruded downwardly; and a connector formed to have a box shape and for connecting the buoyant member to another buoyant member in a vertical direction or horizontal direction, wherein the buoyant member is coupled to the connector when the wing part is coupled to the connector, characterized in that a groove is formed on the lateral circumference of the connector, and the wing part, when coupled, is inserted into the groove. a buoyant member including an upper body in which a plurality of protrusions are formed upwardly and first and second props (13, 14) are formed on the protrusions to prop the solar panel, respectively, and a lower body in which a wing part is formed to be protruded from the side thereof and a lower surface is formed to be protruded downwardly; and a connector formed to have a box shape and for connecting the buoyant member to another buoyant member in a vertical direction or horizontal direction, wherein the buoyant member is coupled to the connector when the wing part is coupled to the connector, characterized in that a groove is formed on the lateral circumference of the connector, and the wing part, when coupled, is inserted into the groove.