mhurhangee/ep-ind-claims huggingface dataset:
System for cutting to length at least two strands of long rolled products (3,5) preferably coming from a hot rolling mill, the system comprising: - a shear comprising at least two rotatable drums (4,6), each drums having cutting means (8,8',10,10') arranged to cut simultaneously at least two strands of long rolled products into finished segments, - at least a first and a second movable guides (12,14), the guides being movable between a position wherein, in operation said at least two strands of long products are located outside of the trajectory of the cutting means in a position wherein said strands cannot be cut and a position wherein, said at least two strands are located on the trajectory of the cutting means and can be cut by the cutting means, characterized in that: - each guide comprising at least two channels, each channel being arranged to receive and guide at least one strand (3,5) of long product, - said first guide is located upstream the shear and said second guide is located downstream the shear in the travel direction of the strands. - a shear comprising at least two rotatable drums (4,6), each drums having cutting means (8,8',10,10') arranged to cut simultaneously at least two strands of long rolled products into finished segments, - at least a first and a second movable guides (12,14), the guides being movable between a position wherein, in operation said at least two strands of long products are located outside of the trajectory of the cutting means in a position wherein said strands cannot be cut and a position wherein, said at least two strands are located on the trajectory of the cutting means and can be cut by the cutting means, - each guide comprising at least two channels, each channel being arranged to receive and guide at least one strand (3,5) of long product, - said first guide is located upstream the shear and said second guide is located downstream the shear in the travel direction of the strands.
A method which comprises: (a) sulfonating an alpha-olefin to produce a mixture comprising an alpha-olefin sulfonic acid (AOS acid) and sulfur dioxide; and (b) heating the mixture from step (a) in a reactor at a temperature within the range of 110 °C to 200 °C while purging sulfur dioxide and hydrogen sulfide from the reactor to produce an AOS dimer acid composition; or (b') removing sulfur dioxide from the mixture produced in step (a); and (c') heating the mixture of step (b') in a reactor at a temperature within the range of 110 °C to 200 °C to produce an AOS dimer acid composition; wherein the AOS dimer acid composition has at least a 30% decrease in the level of elemental sulfur when compared with that of an AOS dimer acid composition prepared by a similar process in the absence of any active removal of sulfur dioxide. (a) sulfonating an alpha-olefin to produce a mixture comprising an alpha-olefin sulfonic acid (AOS acid) and sulfur dioxide; and (b) heating the mixture from step (a) in a reactor at a temperature within the range of 110 °C to 200 °C while purging sulfur dioxide and hydrogen sulfide from the reactor to produce an AOS dimer acid composition; or (b') removing sulfur dioxide from the mixture produced in step (a); and (c') heating the mixture of step (b') in a reactor at a temperature within the range of 110 °C to 200 °C to produce an AOS dimer acid composition; wherein the AOS dimer acid composition has at least a 30% decrease in the level of elemental sulfur when compared with that of an AOS dimer acid composition prepared by a similar process in the absence of any active removal of sulfur dioxide.
A polyether carbonate polyol with a nominal functionality of 3 or more, having an equivalent molecular weight between 20,000 and 75,000 Da, and a content of between 0.5wt% and 35wt% of CO 2, based on the total weight of the polyether carbonate polyol, wherein nominal functionality refers to the average number of active hydrogen atoms of the initiator or initiators used in its preparation; and the equivalent molecular weight is calculated according to the formula Equivalent molecular weight=56 ⁢,100/IOH wherein IOH is the hydroxyl number in mg of KOH per grams of sample, as calculated according to ASTM E1899-16.
Nutritional and medicinal oral composition for veterinary use comprising a core of complete feed extrudate coated with at least one layer of fat, said layer of fat comprising at least one active principle in microparticulate form chosen from benazepril, benazeprilat and a pharmaceutically acceptable salt thereof, said active principle being (i) preconditioned in the form of an oily suspension of said active principle or (ii) preconditioned in the form of waxy granules of said active principle.
A method for generating description data relating to a layered bit stream based on a plurality of layers including a base layer and at least one enhancement layer, the layered bit stream being encapsulated into a plurality of tracks according to ISOBMFF, the method comprising: grouping, for a track, a plurality of timed samples corresponding to the layered bit stream into a plurality of sample groups according to ISOBMFF in the track; determining at least one operating point information for at least one sample group among the plurality of sample groups, wherein each of the at least one operating point information represents an independently decodable subset of the layered bit stream, and generating description data, describing the at least one operating point information for the at least one sample group among the plurality of sample groups in the track, the description data being comprised in a sample group description box (701, 702) describing the at least one sample group of the track, the description data comprising the layers and their organization, dependencies if any between the layers and profile, tier and level information. grouping, for a track, a plurality of timed samples corresponding to the layered bit stream into a plurality of sample groups according to ISOBMFF in the track; determining at least one operating point information for at least one sample group among the plurality of sample groups, wherein each of the at least one operating point information represents an independently decodable subset of the layered bit stream, and generating description data, describing the at least one operating point information for the at least one sample group among the plurality of sample groups in the track, the description data being comprised in a sample group description box (701, 702) describing the at least one sample group of the track, the description data comprising the layers and their organization, dependencies if any between the layers and profile, tier and level information.
Sorting machine for separating waste from a smart card, comprising: - a cutting module capable of cutting out at least one element (2,3,4,5,6,7) in a predefined area of the smart card introduced into the machine, - at least three separate collectors (10,11,12) for collecting respectively cut-out pollutant elements, cut-out metallic elements and cut-out plastic elements, - a sorting module making it possible to direct the cut-out element towards one of said at least three collectors, and - a shredder arranged between the cutting module and the collector to collect the cut-out metallic elements, this shredder being intended to shred any cut-out metallic element going into this collector. - a cutting module capable of cutting out at least one element (2,3,4,5,6,7) in a predefined area of the smart card introduced into the machine, - at least three separate collectors (10,11,12) for collecting respectively cut-out pollutant elements, cut-out metallic elements and cut-out plastic elements, - a sorting module making it possible to direct the cut-out element towards one of said at least three collectors, and - a shredder arranged between the cutting module and the collector to collect the cut-out metallic elements, this shredder being intended to shred any cut-out metallic element going into this collector.
A wireless mobility management system, comprising: a visitor location register configured to store a visiting user profile and communicate with a mobile switching center (129; 120a; 120b) to route a wireless call supporting a user-session; a home location register configured to store a home user profile and update a user location associated with the home user profile; a wireless media gateway (180; 280) configured to create a user-session interconnection between a wireless network and a broadband wireless access network, including providing physical resources for the user-session; a wireless media gateway controller (185; 185b) integrated with a wireless softswitch and configured to control the wireless media gateway (180; 280) to allocate resources and establish connections for-the user session, wherein the wireless mobility management system comprises the wireless softswitch; and a performance-based mobility manager (150; 250) configured to receive user-session performance data from at least one of the wireless media gateway (180; 280) and the wireless media gateway controller (185; 185b), and thereafter make a handoff decision to transfer the user-session between the wireless network and the broadband wireless access network based on the received performance data, wherein the performance data includes packet media parameters monitored by the wireless media gateway (180; 280) and indicates deterioration beyond a predetermined threshold. a visitor location register configured to store a visiting user profile and communicate with a mobile switching center (129; 120a; 120b) to route a wireless call supporting a user-session; a home location register configured to store a home user profile and update a user location associated with the home user profile; a wireless media gateway (180; 280) configured to create a user-session interconnection between a wireless network and a broadband wireless access network, including providing physical resources for the user-session; a wireless media gateway controller (185; 185b) integrated with a wireless softswitch and configured to control the wireless media gateway (180; 280) to allocate resources and establish connections for-the user session, wherein the wireless mobility management system comprises the wireless softswitch; and a performance-based mobility manager (150; 250) configured to receive user-session performance data from at least one of the wireless media gateway (180; 280) and the wireless media gateway controller (185; 185b), and thereafter make a handoff decision to transfer the user-session between the wireless network and the broadband wireless access network based on the received performance data, wherein the performance data includes packet media parameters monitored by the wireless media gateway (180; 280) and indicates deterioration beyond a predetermined threshold.
Method for accessing an automation device by means of at least one web server, at least one web browser and a web application, characterized in that the web server manages a plurality of windows (34, 36, 38) of the web application and the at least one web browser displays at least one of the windows (34, 36, 38), and in that, if a first of the windows conceals a second of the windows and/or overlaps it in a concealing manner or conversely the second window conceals the first window or overlaps it in a concealing manner, the web application integrates operating elements of the second window into the first window and manipulates the second window in such a manner that the first window or at least its operating elements (341-343, 361-372, 381-384), including the operating elements integrated from the second window, become visible.
Operational brake of an elevator, which comprises a frame part, a disc of the brake, said disc being arranged at the end of an air gap and being movable with respect to the frame part by means of a guide arm, and a brake shoe fixed to the disc, wherein the brake shoe is supported on the disc by means of a protrusion that is shorter than the brake shoe, which protrusion is arranged in a recess in the disc, characterized in that the brake shoe has a larger coefficient of thermal expansion compared to the disc in that the guide arm has an expansion and in that the expansion of the guide arm extends into the recess
A textile component, comprising: a knitted component, the knitted component comprising: a first area with a first knit layer and a second knit layer; and a single-layer boundary area comprising a fused structure, wherein the boundary area at least partially surrounds the first area; and an embroidered element that extends through the first knit layer in the first area, wherein the embroidered element is stitched on the first knit layer of the knitted component, wherein the knitted component includes yarns formed of at least one thermoplastic polymer material, wherein the fused structure is formed by heat-processed thermoplastic polymer material, the textile component being characterized in that the knitted component comprises an elevated cushioning area surrounded by the boundary area, and wherein the embroidered element is located within the cushioning area. a knitted component, the knitted component comprising: a first area with a first knit layer and a second knit layer; and a single-layer boundary area comprising a fused structure, wherein the boundary area at least partially surrounds the first area; and a first area with a first knit layer and a second knit layer; and a single-layer boundary area comprising a fused structure, wherein the boundary area at least partially surrounds the first area; and an embroidered element that extends through the first knit layer in the first area, wherein the embroidered element is stitched on the first knit layer of the knitted component, wherein the knitted component includes yarns formed of at least one thermoplastic polymer material, wherein the fused structure is formed by heat-processed thermoplastic polymer material, the textile component being characterized in that the knitted component comprises an elevated cushioning area surrounded by the boundary area, and wherein the embroidered element is located within the cushioning area.
Use of nitrocompounds for the adjustment of burning rates of propellants of nitramine and desensitizing binders, the nitramine being selected from hexagen or octogen and the nitrocompound being selected from the group of derivatives of guanidine, triazole or tetrazole or mixtures thereof.
In vitro use of a panel comprising each of the following biomarkers: (i) CD14, CD25 and IFN gamma; or (ii) IL-10, CD22, CXCL10 (IP-10), CD64, CD14 and IFN gamma, for differential diagnosis between active, smear positive, tuberculosis and latent tuberculosis. (i) CD14, CD25 and IFN gamma; or (ii) IL-10, CD22, CXCL10 (IP-10), CD64, CD14 and IFN gamma, for differential diagnosis between active, smear positive, tuberculosis and latent tuberculosis.
Sound-absorbing textile composite with an airflow resistance of 250 Ns/m 3 to 5000 Ns/m 3, comprising a) at least one open-pore supportive ply comprising coarse staple fibres with a linear density of 3 dtex to 17 dtex and fine staple fibres with a linear density of 0.3 dtex to 2.9 dtex as framework fibres, where the supportive ply is a nonwoven fabric, and b) arranged on the supportive ply, an airflow-determining ply comprising a microporous foam ply, where the average pore diameter of the microporous foam ply is in the range 1 μm to 30 μm. a) at least one open-pore supportive ply comprising coarse staple fibres with a linear density of 3 dtex to 17 dtex and fine staple fibres with a linear density of 0.3 dtex to 2.9 dtex as framework fibres, where the supportive ply is a nonwoven fabric, and b) arranged on the supportive ply, an airflow-determining ply comprising a microporous foam ply, where the average pore diameter of the microporous foam ply is in the range 1 μm to 30 μm.
An operation method of an inter-antenna phase calibration device in a wireless communication system operating in an unlicensed band, the method comprising: determining a listen-before-talk LBT required processing time during an LBT operation; selecting a mode for calibrating phases of antennas based on said LBT processing time; and calibrating the phases of the antennas in the selected mode. determining a listen-before-talk LBT required processing time during an LBT operation; selecting a mode for calibrating phases of antennas based on said LBT processing time; and calibrating the phases of the antennas in the selected mode.
A flow generator for generating a flow of pressurized breathable gas, comprising: a cylindrical housing (24, 34); a motor supported in the housing (24, 34), the motor having a shaft having a first end and a second end opposite the first end, the shaft being generally coincident with an axis of the motor; a first impeller attached to the first end of the shaft; a second impeller attached to the second end of the shaft; and a stator that directs an air flow from the first impeller back towards the motor axis, wherein the stator is arranged with regard to the axis of the motor between the first and second impeller. and wherein the housing (24, 34) comprises an inlet adjacent the first end of the shaft and having an inlet axis generally coincident with the motor axis, and at least one outlet (28, 30) between the first and second impellers (36, 42), the at least one outlet (28, 30) having an outlet axis generally tangential to a circumference of the cylindrical housing (24, 34). a cylindrical housing (24, 34); a motor supported in the housing (24, 34), the motor having a shaft having a first end and a second end opposite the first end, the shaft being generally coincident with an axis of the motor; a first impeller attached to the first end of the shaft; a second impeller attached to the second end of the shaft; and a stator that directs an air flow from the first impeller back towards the motor axis,
A method for wireless communication at a user equipment, UE, comprising: determining, based at least in part on communication resources allocated by a base station, a default transmit beam for communicating with the base station; identifying a triggering condition for using the default transmit beam, wherein identifying a triggering condition for using the default transmit beam comprises: identifying a threshold time period preceding an uplink communication; and determining that the base station has not transmitted a physical uplink shared channel, PUSCH, beam indicator indicating a configured uplink transmit beam for the uplink communication prior to the threshold time period; and transmitting an uplink communication to the base station using the default transmit beam based at least in part on the triggering condition. determining, based at least in part on communication resources allocated by a base station, a default transmit beam for communicating with the base station; identifying a triggering condition for using the default transmit beam, wherein identifying a triggering condition for using the default transmit beam comprises: identifying a threshold time period preceding an uplink communication; and determining that the base station has not transmitted a physical uplink shared channel, PUSCH, beam indicator indicating a configured uplink transmit beam for the uplink communication prior to the threshold time period; and identifying a threshold time period preceding an uplink communication; and determining that the base station has not transmitted a physical uplink shared channel, PUSCH, beam indicator indicating a configured uplink transmit beam for the uplink communication prior to the threshold time period; and transmitting an uplink communication to the base station using the default transmit beam based at least in part on the triggering condition.
An optical system, comprising: an image former configured to form a virtual image from a light pattern, wherein the image former comprises: a first layer composed on a first end surface of an optical material; a second layer composed on the first layer; and a third layer composed on the second layer, wherein the first layer comprises Al 2 0 3, the second layer comprises Al, and the third layer comprises Si02, wherein the optical system is configured to operate as a head-mountable device and further comprises a beam splitter optically coupled to the optical material and through which outside light is visible, and a light source optically coupled to the optical material and configured to generate the light pattern, characterised in that the optical material further comprises: a front surface, a rear surface, a top surface, and a bottom surface, and wherein the first end surface comprises a finite radius of curvature, wherein a combination of the first, second, and third layers (404, 406, 408) comprise an overall layer thickness between 250nm and 300nm. an image former configured to form a virtual image from a light pattern, wherein the image former comprises: a first layer composed on a first end surface of an optical material; a second layer composed on the first layer; and a third layer composed on the second layer, wherein the first layer comprises Al 2 0 3, the second layer comprises Al, and the third layer comprises Si02, wherein the optical system is configured to operate as a head-mountable device and further comprises a beam splitter optically coupled to the optical material and through which outside light is visible, and a light source optically coupled to the optical material and configured to generate the light pattern, a first layer composed on a first end surface of an optical material; a second layer composed on the first layer; and a third layer composed on the second layer, wherein the first layer comprises Al 2 0 3, the second layer comprises Al, and the third layer comprises Si02, wherein the optical system is configured to operate as a head-mountable device and further comprises a beam splitter optically coupled to the optical material and through which outside light is visible, and a light source optically coupled to the optical material and configured to generate the light pattern, characterised in that the optical material further comprises: a front surface, a rear surface, a top surface, and a bottom surface, and wherein the first end surface comprises a finite radius of curvature, wherein a combination of the first, second, and third layers (404, 406, 408) comprise an overall layer thickness between 250nm and 300nm.
A card holder apparatus adapted for installing a phone card, comprising: a card holder defining a card groove therein; and an elastic member provided to the card holder and having at least a part located at at least one side wall of the card groove, the elastic member being configured to be compressed to squeeze the phone card when the phone card is placed in the card groove, the elastic member comprising a fixing portion and a mating portion, the mating portion being located at the side wall of the card groove, and when the phone card is placed in the card groove, the mating portion being compressed to squeeze the phone card, characterized in that at least a part of the elastic member is located at adjacent two side walls of the card groove, and the fixing portion is provided on an end surface of the card holder outside the card groove. a card holder defining a card groove therein; and an elastic member provided to the card holder and having at least a part located at at least one side wall of the card groove, the elastic member being configured to be compressed to squeeze the phone card when the phone card is placed in the card groove, the elastic member comprising a fixing portion and a mating portion, the mating portion being located at the side wall of the card groove, and when the phone card is placed in the card groove, the mating portion being compressed to squeeze the phone card, characterized in that at least a part of the elastic member is located at adjacent two side walls of the card groove, and the fixing portion is provided on an end surface of the card holder outside the card groove.