mhurhangee/ep-ind-claims huggingface dataset:
A rolling mill equipped with a work roll shift function, being a six-high rolling mill including a pair of upper and lower work rolls for rolling a metal strip, a pair of upper and lower intermediate rolls supporting the work rolls, and a pair of upper and lower back-up rolls supporting the intermediate rolls, or being a four-high rolling mill including a pair of upper and lower work rolls for rolling a metal strip and a pair of upper and lower back-up rolls supporting the work rolls, wherein: the pair of upper and lower work rolls are provided with tapered portions in upper and lower positions in point symmetry; work roll shift devices are provided for shifting the pair of upper and lower work rolls in roll axial directions; and a strip widthwise end position detector is provided for detecting operation-side and drive side strip widthwise ends of the metal strip; characterized by a control means for performing shift control of the work roll shift devices so as to cause taper start positions of the tapered portions of the pair of upper and lower work rolls to coincide with the vicinities of the insides of the operation-side and drive side strip widthwise ends or the vicinities of the outsides of the operation-side and drive side widthwise ends detected by the strip widthwise end position detector respectively for the upper side and the lower side. the pair of upper and lower work rolls are provided with tapered portions in upper and lower positions in point symmetry; work roll shift devices are provided for shifting the pair of upper and lower work rolls in roll axial directions; and a strip widthwise end position detector is provided for detecting operation-side and drive side strip widthwise ends of the metal strip; characterized by a control means for performing shift control of the work roll shift devices so as to cause taper start positions of the tapered portions of the pair of upper and lower work rolls to coincide with the vicinities of the insides of the operation-side and drive side strip widthwise ends or the vicinities of the outsides of the operation-side and drive side widthwise ends detected by the strip widthwise end position detector respectively for the upper side and the lower side.
Granulated composition, comprising a particulate alkaline earth metal hydroxide or alkaline earth metal oxide or mixtures thereof and one or more process additives, wherein the said one or more process additives is selected from talc, bentonite, zeolite, diatomaceous earth, cationic mica, hydrophobic carbonates, and mixtures thereof, and wherein the granulated composition comprises from 0.1 wt.-% to 50 wt.-% process additive and from 99.9 wt.-% to 50 wt.-% particulate alkaline earth metal oxide or alkaline earth metal hydroxide or mixtures thereof, based on the total solids content of the granulated composition.
A method for using Multimedia Broadcast Multicast Services, MBMS, bearers in a network, performed by a Broadcast/Multicast Service Center, BM-SC, comprising: • receiving properties and a sharing policy for an MBMS bearer and an instruction on which servers are authorized to share the MBMS bearer from a master server; and • associating a session from an authorized server to the shared MBMS bearer according to the sharing policy when requested by the authorized server, wherein the sharing policy is an interleaving non-real time data transmission policy, which allows suspending a non-real time data transmission of an ongoing session for a non-real time data transmission of a higher priority. • receiving properties and a sharing policy for an MBMS bearer and an instruction on which servers are authorized to share the MBMS bearer from a master server; and • associating a session from an authorized server to the shared MBMS bearer according to the sharing policy when requested by the authorized server,
A method of manufacturing an aircraft de-icer assembly, the method comprising: disposing a first welded-material layer and a second welded-material layer beneath a horn of a horn-based welding system, wherein the first welded-material layer is a woven nylon fabric and the second welded-material layer is a stretchable woven nylon fabric; controlling the horn to move along a welded-portion pattern configured to weld the first welded-material layer to the second welded-material layer in the pattern of the welded-portion pattern such that inflatable portions are formed within the welded-portion pattern formed in the de-icer assembly between non-welded sections of the first welded-material layer and the second welded-material layer; and applying high-frequency energy to the first welded-material layer and a second welded-material layer using the horn such that the first welded-material layer and the second welded-material layer are welded together at areas in the shape of the welded-portion pattern to form a welded de-icer assembly, wherein at least one first inflatable portion is fluidly isolated from at least one second inflatable portion by a weld formed between the first welded-material layer and the second welded-material layer. disposing a first welded-material layer and a second welded-material layer beneath a horn of a horn-based welding system, wherein the first welded-material layer is a woven nylon fabric and the second welded-material layer is a stretchable woven nylon fabric; controlling the horn to move along a welded-portion pattern configured to weld the first welded-material layer to the second welded-material layer in the pattern of the welded-portion pattern such that inflatable portions are formed within the welded-portion pattern formed in the de-icer assembly between non-welded sections of the first welded-material layer and the second welded-material layer; and applying high-frequency energy to the first welded-material layer and a second welded-material layer using the horn such that the first welded-material layer and the second welded-material layer are welded together at areas in the shape of the welded-portion pattern to form a welded de-icer assembly, wherein at least one first inflatable portion is fluidly isolated from at least one second inflatable portion by a weld formed between the first welded-material layer and the second welded-material layer.
A tracheal tube having a shaft and an inflatable sealing cuff on its outside towards its patient end that is adapted, during use, to provide a seal with the tracheal wall, the cuff being attached with the shaft by means of collars (30 and 31) at opposite ends, wherein at least the collar at the patient end is inverted within the inflatable portion of the cuff so that it does not extend beyond the inflatable portion of the cuff, and the patient end collar is attached with the outside of the shaft immediately adjacent the patient end of the shaft so that substantially no part of the shaft protrudes from the inflatable portion of the cuff, characterised in that the cuff has an inflated shape with a tapering substantially frusto-conical profile at a patient end region.
A method for pose estimation in a device, the method comprising: digitally capturing an image; estimating poses of an object included in the digitally captured image during the capturing of the image; obtaining skeleton information of the object based on the estimating of the poses of the object; establishing a mapping between a 3D model of the object based on the skeleton information and corresponding regions of the object in the image to replace, add, or delete the content of the corresponding regions, and processing the skeleton information of the object for adjusting content, the content being a texture of the object included in the image or a virtual item added to the image for interaction with the object, wherein the estimating of the poses of the object comprises: extracting features from the digitally captured image; detecting, based on the extracted features, key point information of the object; and constructing the skeleton information of the object based on the key point information, wherein the adjusting of the content comprises performing at least one of texture replacement, virtual item addition to the captured image and virtual item deletion. digitally capturing an image; estimating poses of an object included in the digitally captured image during the capturing of the image; obtaining skeleton information of the object based on the estimating of the poses of the object; establishing a mapping between a 3D model of the object based on the skeleton information and corresponding regions of the object in the image to replace, add, or delete the content of the corresponding regions, and processing the skeleton information of the object for adjusting content, the content being a texture of the object included in the image or a virtual item added to the image for interaction with the object, wherein the estimating of the poses of the object comprises: extracting features from the digitally captured image; detecting, based on the extracted features, key point information of the object; and constructing the skeleton information of the object based on the key point information, wherein the adjusting of the content comprises performing at least one of texture replacement, virtual item addition to the captured image and virtual item deletion. extracting features from the digitally captured image; detecting, based on the extracted features, key point information of the object; and constructing the skeleton information of the object based on the key point information, wherein the adjusting of the content comprises performing at least one of texture replacement, virtual item addition to the captured image and virtual item deletion.
Terminal for a moisture sensor which is to be placed on a patient's skin in order to monitor a vascular access, comprising a terminal tab on which electrical contact points are arranged, and having: a first, lower leg and a second, upper leg for clamping the terminal tab, a rear end piece of the lower leg and a rear end piece of the upper leg being interconnected, and terminal contacts for contacting the electrical contact points of the terminal tab of the moisture sensor, characterised in that a front end piece of the upper leg comprises latching means and a front end piece of the lower leg is configured both as a guide piece having a slot-shaped recess for receiving the terminal tab of the moisture sensor, which recess extends over the width of the terminal and is laterally delimited by two stop elements (31a, 31b), the latching means and the guide piece being configured such that the latching means is fixed in a snap-in manner in the slot-shaped recess when the terminal is closed. a first, lower leg and a second, upper leg for clamping the terminal tab, a rear end piece of the lower leg and a rear end piece of the upper leg being interconnected, and terminal contacts for contacting the electrical contact points of the terminal tab of the moisture sensor, characterised in that a front end piece of the upper leg comprises latching means and a front end piece of the lower leg is configured both as a guide piece having a slot-shaped recess for receiving the terminal tab of the moisture sensor, which recess extends over the width of the terminal and is laterally delimited by two stop elements (31a, 31b), the latching means and the guide piece being configured such that the latching means is fixed in a snap-in manner in the slot-shaped recess when the terminal is closed.
A method for producing an extended fiber comprising a continuous metallic glass via thermal drawing and scale-down from a macroscale to a nanoscale, comprising the following successive steps -) preparing a macroscopic scale first preform assembled from compatible materials for co-drawing, said first preform comprising a continuous initial metallic glass structure encased in a supporting first cladding made of a polymer or glass; -) thermally drawing the first preform to produce a first extended fiber with said continuous initial metallic glass structure encased in said first cladding; characterized in that the thermal drawing step is performed at a temperature in the supercooled liquid region above the glass transition temperature of the metallic glass. -) preparing a macroscopic scale first preform assembled from compatible materials for co-drawing, said first preform comprising a continuous initial metallic glass structure encased in a supporting first cladding made of a polymer or glass; -) thermally drawing the first preform to produce a first extended fiber with said continuous initial metallic glass structure encased in said first cladding;
A method of reporting events from a mobile device to a cellular network to which the mobile device is wirelessly connectable, the method comprising: continuously storing records of the events, when the mobile device is in a Radio Resource Control, RRC, idle mode, while the mobile device is out of network coverage, wherein the mobile device further stores records of the events occurring directly before the mobile device is out of network coverage; and reporting the stored records to the cellular network when the mobile device is wirelessly connected to the cellular network. continuously storing records of the events, when the mobile device is in a Radio Resource Control, RRC, idle mode, while the mobile device is out of network coverage, wherein the mobile device further stores records of the events occurring directly before the mobile device is out of network coverage; and reporting the stored records to the cellular network when the mobile device is wirelessly connected to the cellular network.
A system for combining the output of a plurality of semiconductor light devices to generate a digital output, comprising: a first set of semiconductor light devices among the plurality of semiconductor light devices and operable to generate a plurality of first wavelengths, the first set of semiconductor light devices grouped in a first shape within at least one array of two or more sub-arrays; a controller to control a power of each sub-array in accordance with a respective bit of a first binary string containing digital output data so that a wavelength intensity generated by each array is determined by the position of the particular bits controlling the sub-arrays of that array; and a first beam combiner to combine the plurality of first wavelengths to generate a first wavelength beam representative of the digital 1 output; characterized in that each array has a variable wavelength intensity and that each sub-array comprises a set of semiconductor light devices among the plurality of semiconductor light devices and that at least one of the sub-arrays comprises a different number of apertures than the remaining sub-arrays or a different size of apertures than the remaining sub-arrays. a first set of semiconductor light devices among the plurality of semiconductor light devices and operable to generate a plurality of first wavelengths, the first set of semiconductor light devices grouped in a first shape within at least one array of two or more sub-arrays; a controller to control a power of each sub-array in accordance with a respective bit of a first binary string containing digital output data so that a wavelength intensity generated by each array is determined by the position of the particular bits controlling the sub-arrays of that array; and a first beam combiner to combine the plurality of first wavelengths to generate a first wavelength beam representative of the digital 1 output; characterized in that each array has a variable wavelength intensity and that each sub-array comprises a set of semiconductor light devices among the plurality of semiconductor light devices and that at least one of the sub-arrays comprises a different number of apertures than the remaining sub-arrays or a different size of apertures than the remaining sub-arrays.
A directional multi-band antenna, the antenna comprising: - an optical unit comprising an optical sensor; - an RF unit comprising an RF sensor; - a substantially planar optical lens, the optical lens comprising surface relief elements for beam forming, the lens being arranged to focus optical signal beams, incident along a first optical axis, onto the optical sensor, the optical lens being substantially transparent to RF signals, - an RF beam manipulation device arranged to receive RF signals incident along the first optical axis and focus such RF signals onto the RF sensor, wherein the RF beam manipulation device is a substantially planar RF lens comprising surface relief elements for beam forming, wherein the RF beam manipulation device is substantially transparent to optical signals, wherein the surface relief elements of the RF lens form a stepped-element array, such that it has a diffracting effect on the received RF signals, characterized in that each element of the stepped-element array offers a flat boundary normal to the first optical axis, such that it does not substantially refract the received optical signal beams. - an optical unit comprising an optical sensor; - an RF unit comprising an RF sensor; - a substantially planar optical lens, the optical lens comprising surface relief elements for beam forming, the lens being arranged to focus optical signal beams, incident along a first optical axis, onto the optical sensor, the optical lens being substantially transparent to RF signals, - an RF beam manipulation device arranged to receive RF signals incident along the first optical axis and focus such RF signals onto the RF sensor,
A carbon material for lithium ion secondary battery, wherein the raw material of the carbon material is a graphitized carbon particle comprising spheroidized natural graphite, and wherein the surface functional group amount O/C value represented by the following formula 1 is from 1 to 4% and the sum (Cl/C+S 165 /C) of the surface functional group amount Cl/C value represented by the following formula 2 and the surface functional group amount S 165 /C value represented by the following formula 3 is from 0.05 to 0.5%: O / C value % = O atom concentration determined based on the peak area of the spectrum of O 1 ⁢ s in X-ray photoelectron spectroscopy analysis / C atom concentration determined based on the peak area of the spectrum of C 1 ⁢ s in XPS analysis × 100 C 1 / C value % = C 1 atom concentration determined based on the peak area of the spectrum of C 12 ⁢ p in XPS analysis / C atom concentration determined based on the peak area of the spectrum of C 1 ⁢ s in XPS analysis × 100 S 165 / C value % = S 165 atom concentration determined based on the peak area of the peak near 165 eV in the spectrum corresponding to S 2 ⁢ p in XPS analysis / C atom concentration determined based on the peak area of the spectrum of C 1 ⁢ s in XPS analysis × 100.
An antigen-binding chimeric protein consisting of an antigen-binding domain fused with a scaffold protein, wherein said fusion is made by insertion of the scaffold protein at an accessible site of said antigen-binding domain, wherein: - the antigen-binding domain is a VHH, wherein the β-strands are defined according to IMGT nomenclature, and wherein the accessible site for insertion of the scaffold protein is: - in the first β-turn that connects β-strand A and B of said antigen-binding domain; or - in the β-turn that connects β-strand C and C' of said antigen-binding domain, - the scaffold protein has at least one exposed region in its tertiary structure, which is a loop or a β-turn, for providing a fusion point, and has a total molecular mass of at least 30 kDa, and - the fusions are made via two direct fusions or two fusions made by a linker, wherein said linker is maximally 4 amino acids in length. - the antigen-binding domain is a VHH, wherein the β-strands are defined according to IMGT nomenclature, and wherein the accessible site for insertion of the scaffold protein is: - in the first β-turn that connects β-strand A and B of said antigen-binding domain; or - in the β-turn that connects β-strand C and C' of said antigen-binding domain, - in the first β-turn that connects β-strand A and B of said antigen-binding domain; or - in the β-turn that connects β-strand C and C' of said antigen-binding domain, - the scaffold protein has at least one exposed region in its tertiary structure, which is a loop or a β-turn, for providing a fusion point, and has a total molecular mass of at least 30 kDa, and - the fusions are made via two direct fusions or two fusions made by a linker, wherein said linker is maximally 4 amino acids in length.
A toy capable of ejecting an accessory, comprising a toy body, comprising a fixing part, a deformable part deformably provided on the fixing part, and an accessory locking member; an accessory, cooperating with or separated from the accessory locking member so as to be positioned or ejected; and a toy disc, wherein a free end of the accessory is provided with a first clamping part configured in use to clamp the toy disc, characterized in that the accessory locking member comprises: a first moving part, movably provided on the fixing part or the deformable part, and configured to cooperate with or to be separated from the accessory; and a first elastic element, having a first end abutting against the accessory and a second end abutting against the fixing part or the deformable part, wherein when the accessory locking member is triggered by clamping the toy disc, the first moving part is moved to be separated from the accessory, and the accessory is ejected under the action of the first elastic element. a first moving part, movably provided on the fixing part or the deformable part, and configured to cooperate with or to be separated from the accessory; and a first elastic element, having a first end abutting against the accessory and a second end abutting against the fixing part or the deformable part, wherein when the accessory locking member is triggered by clamping the toy disc, the first moving part is moved to be separated from the accessory, and the accessory is ejected under the action of the first elastic element.