mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a fibrous composition, the process comprising (i) providing a casein-containing milk-based liquid; (ii) subjecting said liquid to a treatment step to capture free calcium ions present in said fluid, thereby obtaining a calcium ions-depleted casein liquid; (iii) adding a hydrocolloid capable of precipitating with divalent or polyvalent metal cations to the calcium ions-depleted casein liquid, with mixing and homogenizing so as to obtain a homogenous fibre-generation liquid mass; (iv), contacting the fibre-generation liquid mass with an aqueous solution comprising divalent or polyvalent metal cations, thereby forming fibres; wherein said treatment step comprises increasing the temperature of said liquid to at least 60°C, thereby enabling native milk phosphate to capture free calcium ions. (i) providing a casein-containing milk-based liquid; (ii) subjecting said liquid to a treatment step to capture free calcium ions present in said fluid, thereby obtaining a calcium ions-depleted casein liquid; (iii) adding a hydrocolloid capable of precipitating with divalent or polyvalent metal cations to the calcium ions-depleted casein liquid, with mixing and homogenizing so as to obtain a homogenous fibre-generation liquid mass; (iv), contacting the fibre-generation liquid mass with an aqueous solution comprising divalent or polyvalent metal cations, thereby forming fibres; wherein said treatment step comprises increasing the temperature of said liquid to at least 60°C, thereby enabling native milk phosphate to capture free calcium ions.
A laundry care composition comprising a laundry care ingredient and a whitening agent, wherein the whitening agent is a nonionic amphiphilic nitrogen-linked polyglycerol dye selected from the group consisting of acridines, anthraquinones, azines, azos, benzodifuranes, benzodifuranones, carotenoids, coumarins, cyanines, diazahemicyanines, diphenylmethanes, formazans, hemicyanines, indigoids, methanes, naphthalimides, naphthoquinones, nitros, nitrosos, oxazines, phthalocyanines, pyrazoles, stilbenes, styryls, triarylmethanes, triphenylmethanes, xanthenes and mixtures thereof.
A system for vapor smoothing a rapid manufactured three-dimensional object, the system comprising: a cabinet housing having a sealable interior; a heatable vapor chamber located within the cabinet housing, and containing a solvent that is vaporizable to fill the vapor chamber with vapor that is configured to soften and reflow material at the surface of the object while the object is exposed to the vapor for smoothing the object when the object is placed in the vapor chamber, the heatable vapor chamber comprising: cooling coils configured to form a vapor ceiling in a top portion of the heatable vapor chamber; a drying chamber located within the cabinet housing and that is separate from the vapor chamber for drying the object when the object is placed in the drying chamber, the drying chamber being located laterally adjacent to the vapor chamber; and a cabinet interior located within the cabinet housing above the vapor chamber and the drying chamber, the cabinet interior being accessible to the vapor chamber and to the drying chamber, wherein the cabinet interior comprises: secondary cooling coils configured to form a vapor ceiling in a top portion of the cabinet housing. a cabinet housing having a sealable interior; a heatable vapor chamber located within the cabinet housing, and containing a solvent that is vaporizable to fill the vapor chamber with vapor that is configured to soften and reflow material at the surface of the object while the object is exposed to the vapor for smoothing the object when the object is placed in the vapor chamber, the heatable vapor chamber comprising: cooling coils configured to form a vapor ceiling in a top portion of the heatable vapor chamber; a drying chamber located within the cabinet housing and that is separate from the vapor chamber for drying the object when the object is placed in the drying chamber, the drying chamber being located laterally adjacent to the vapor chamber; and a cabinet interior located within the cabinet housing above the vapor chamber and the drying chamber, the cabinet interior being accessible to the vapor chamber and to the drying chamber, wherein the cabinet interior comprises: secondary cooling coils configured to form a vapor ceiling in a top portion of the cabinet housing.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, an uplink grant for scheduling uplink transmission in an unlicensed band, the uplink grant including a physical uplink shared channel, PUSCH, starting position and a PUSCH ending position; performing a channel access procedure in the unlicensed band before the PUSCH starting position; and in case that a channel access is available, transmitting, after performing the channel access procedure, uplink information on a symbol adjacent to a demodulation reference signal, DMRS, symbol in a subframe, the uplink information including a PUSCH starting symbol, wherein a PUSCH before the PUSCH starting symbol in the subframe is punctured based on the PUSCH starting symbol, and wherein a bit length of the PUSCH starting symbol corresponds to a number of possible PUSCH starting symbols. receiving, from a base station, an uplink grant for scheduling uplink transmission in an unlicensed band, the uplink grant including a physical uplink shared channel, PUSCH, starting position and a PUSCH ending position; performing a channel access procedure in the unlicensed band before the PUSCH starting position; and in case that a channel access is available, transmitting, after performing the channel access procedure, uplink information on a symbol adjacent to a demodulation reference signal, DMRS, symbol in a subframe, the uplink information including a PUSCH starting symbol, wherein a PUSCH before the PUSCH starting symbol in the subframe is punctured based on the PUSCH starting symbol, and wherein a bit length of the PUSCH starting symbol corresponds to a number of possible PUSCH starting symbols.
Rotary cleaning nozzle for cleaning surfaces in a beverage filling system by means of a fluid, comprising: - a nozzle assembly with a supply channel for the fluid, - a nozzle head rotationally mounted on the nozzle assembly having at least one nozzle outlet opening, out of which during operation emerges fluid in the form of a cleaning jet, flowing through the supply channel and the nozzle head, - an electrical generator for inducing electrical energy by means of rotation of the nozzle head, and - a control unit for displaying a rotation of the nozzle head as a function of the induced electrical energy characterised in that the generator comprises a rotor arranged on or in the nozzle head and a stator, aligned therewith, arranged on or in the nozzle assembly, wherein the rotor is provided in the form of at least one magnet and the stator is provided in the form of at least one induction coil, or the rotor is provided in the form of at least one induction coil and the stator is provided in the form of at least one magnet. - a nozzle assembly with a supply channel for the fluid, - a nozzle head rotationally mounted on the nozzle assembly having at least one nozzle outlet opening, out of which during operation emerges fluid in the form of a cleaning jet, flowing through the supply channel and the nozzle head, - an electrical generator for inducing electrical energy by means of rotation of the nozzle head, and - a control unit for displaying a rotation of the nozzle head as a function of the induced electrical energy the generator comprises a rotor arranged on or in the nozzle head and a stator, aligned therewith, arranged on or in the nozzle assembly, wherein the rotor is provided in the form of at least one magnet and the stator is provided in the form of at least one induction coil, or the rotor is provided in the form of at least one induction coil and the stator is provided in the form of at least one magnet.
Method of operating an electric core drilling machine, in particular a magnetic core drilling machine, comprising the steps: - Identifying a core drill bit detachably connected to the core drilling machine by means of an information carrier associated with the core drill bit and an information receiver associated with the core drilling machine, - detecting a load variable of the core drill bit, characterized by the steps of: - determining a wear value of the core drill bit on the basis of the value of the load variable, and - outputting an error value, if the wear value exceeds a wear limit value, and - outputting a signal indicating the need to replace and/or repaired the core drill bit. - Identifying a core drill bit detachably connected to the core drilling machine by means of an information carrier associated with the core drill bit and an information receiver associated with the core drilling machine, - detecting a load variable of the core drill bit, characterized by the steps of: - determining a wear value of the core drill bit on the basis of the value of the load variable, and - outputting an error value, if the wear value exceeds a wear limit value, and - outputting a signal indicating the need to replace and/or repaired the core drill bit.
An organic solar cell, characterized in that the organic solar cell contains at least one N,N-bis(fluoren-2-yl)-naphthalenetetracarboxydiimide compound with the general chemical formula wherein R 1 -R 6 is independently selected from hydrogen, halogen, unsubstituted or substituted, saturated or unsaturated C 1 -C 20 alkyl, C 1 -C 20 heteroalkyl, C 1 -C 20 alkenyl, C 1 -C 20 heteroalkenyl, C 1 -C 20 alkynyl, C 1 -C 20 heteroalkynyl, C 6 -C 20 aryl, C 6 -C 20 heteroaryl, saturated or unsaturated carbocycles or heterocycles which may be identical or different, wherein two adjacent R 1 -R 6 residues may also be a component of a further saturated or unsaturated, carbocyclic or heterocyclic ring, wherein the ring may comprise C, N, O, S, Si and Se.
Continuous cooling device for cooling a metal strip, particularly a metal strip made of aluminium or an aluminium alloy, with at least one floating strip cooler, which has a plurality of upper jets distributed along the strip running direction and a plurality of lower jets distributed along the strip running direction, wherein the metal strip can be transported in a floating manner between the upper jets and the lower jets and in the process both the upper side of the strip and the lower side of the strip can be acted upon by cooling air, and having several water cooling units, by means of which the metal strip can be acted upon with cooling water, characterised in that the water cooling units are incorporated in the floating strip cooler, in that in each case at least one water cooling unit is arranged in several intermediate areas between in each case two lower jets or upper jets arranged directly one behind the other in the strip running direction, upper jets are arranged offset in relation to the lower jets along the strip running direction so that the metal strip is floated in a sinusoidal or wave-like manner. and having several water cooling units, by means of which the metal strip can be acted upon with cooling water, characterised in that the water cooling units are incorporated in the floating strip cooler, in that in each case at least one water cooling unit is arranged in several intermediate areas between in each case two lower jets or upper jets arranged directly one behind the other in the strip running direction, upper jets are arranged offset in relation to the lower jets along the strip running direction so that the metal strip is floated in a sinusoidal or wave-like manner.
An endoscope apparatus comprising: an auxiliary measurement light-emitting unit configured to emit auxiliary measurement light as planar light including at least two first feature lines; an imaging element configured to image a subject illuminated with the auxiliary measurement light; an image acquisition unit configured to acquire a taken image obtained in a case where the subject is imaged by the imaging element, the taken image including an intersection curve formed on the subject and at least two first feature points formed at positions corresponding to the two first feature lines on the intersection curve; a position specifying unit configured to specify at least positions of the two first feature points on the basis of the taken image by automatically recognizing the positions of the two first feature points; a measurement information processing unit configured to calculate measurement information from the automatically recognized positions of the two first feature points; and a display control unit configured to displays the measurement information representing an actual size of the subject in the taken image by using the positions of the two first feature points. an auxiliary measurement light-emitting unit configured to emit auxiliary measurement light as planar light including at least two first feature lines; an imaging element configured to image a subject illuminated with the auxiliary measurement light; an image acquisition unit configured to acquire a taken image obtained in a case where the subject is imaged by the imaging element, the taken image including an intersection curve formed on the subject and at least two first feature points formed at positions corresponding to the two first feature lines on the intersection curve; a position specifying unit configured to specify at least positions of the two first feature points on the basis of the taken image by automatically recognizing the positions of the two first feature points; a measurement information processing unit configured to calculate measurement information from the automatically recognized positions of the two first feature points; and a display control unit configured to displays the measurement information representing an actual size of the subject in the taken image by using the positions of the two first feature points.
An isolated genetically modified type O-negative (O-) red blood cell precursor cell comprising an integrated transgene that expresses a protein, wherein the protein degrades or detoxifies one or more toxins or supplies a protein lacking in a lysosomal storage disease, and further wherein the transgene is integrated into a globin or a safe harbor gene.
An apparatus comprising: an implantable therapy circuit configured to provide a bi-ventricular pacing pulse to a subject as part of cardiac pacing therapy, wherein the bi-ventricular pacing pulse includes providing an electrical stimulation pulse to a right ventricle and an electrical stimulation pulse to a left ventricle; a heart sound signal sensing circuit configured to produce a sensed heart sound signal that is representative of at least one heart sound associated with mechanical cardiac activity of a subject; a memory circuit configured to store one or more heart sound templates of cardiac capture; and a comparison circuit configured to: compare a segment of the sensed heart sound signal to the one or more heart sound templates of cardiac capture to identify ventricles in which cardiac capture was induced by the bi-ventricular pacing pulse; and generate an indication of the ventricles in which capture was induced according to the comparison and providing the indication to at least one of a user or process. an implantable therapy circuit configured to provide a bi-ventricular pacing pulse to a subject as part of cardiac pacing therapy, wherein the bi-ventricular pacing pulse includes providing an electrical stimulation pulse to a right ventricle and an electrical stimulation pulse to a left ventricle; a heart sound signal sensing circuit configured to produce a sensed heart sound signal that is representative of at least one heart sound associated with mechanical cardiac activity of a subject; a memory circuit configured to store one or more heart sound templates of cardiac capture; and a comparison circuit configured to: compare a segment of the sensed heart sound signal to the one or more heart sound templates of cardiac capture to identify ventricles in which cardiac capture was induced by the bi-ventricular pacing pulse; and generate an indication of the ventricles in which capture was induced according to the comparison and providing the indication to at least one of a user or process. compare a segment of the sensed heart sound signal to the one or more heart sound templates of cardiac capture to identify ventricles in which cardiac capture was induced by the bi-ventricular pacing pulse; and generate an indication of the ventricles in which capture was induced according to the comparison and providing the indication to at least one of a user or process.
Inorganic membrane for the tangential filtration of a fluid to be treated that contains abrasive particles, comprising a porous, rigid, tubular support of elongate shape, having a polygonal or circular cross section, and comprising at least one channel parallel to the axis of said support and having a cylindrical shape, the surface of said channel being covered with a separating layer having a pore diameter smaller than that of the support, over which the fluid to be treated flows, characterized in that the separating layer includes protection agent of inorganic nature against the abrasive particles, intended to protect the separating layer from abrasive attack, said protection agent being in the form of individualized protection elements in the form of particles, partially incorporated into the separating layer over which the fluid to be treated flows, so as to be extending beyond the surface of latter, the protection agent representing from 10 to 70% of the mass of the separating layer.
A float assembly configured to float on water, comprising: a shaft wire extending from substantially a center of the float assembly toward underwater and configured so that tension is maintained; a normal float including a plurality of the floats connected to one another; and a rotation center float moored by the shaft wire, wherein the float assembly is moored by the shaft wire and configured to be rotatable, the normal float is configured to independently rotate around the rotation center float, the rotation center float further includes a first tension generating mechanism, the shaft wire includes one end fixed in the underwater, and the first tension generating mechanism is configured to pull the shaft wire to maintain the tension of the shaft wire. a shaft wire extending from substantially a center of the float assembly toward underwater and configured so that tension is maintained; a normal float including a plurality of the floats connected to one another; and a rotation center float moored by the shaft wire, wherein the float assembly is moored by the shaft wire and configured to be rotatable, the normal float is configured to independently rotate around the rotation center float, the rotation center float further includes a first tension generating mechanism, the shaft wire includes one end fixed in the underwater, and the first tension generating mechanism is configured to pull the shaft wire to maintain the tension of the shaft wire.
A method of selecting a cell from a certain active set of cells (102, 103) to become serving cell for a mobile terminal instead of the primary cell of said active set of cells (102, 103) during a call in a mobile communications network implementing soft handover, the method comprising the steps of: - determining whether the radio access bearer, RAB, of said call is being served on a soft handover area or not, by: - counting the number of cells forming said active set (102, 103); - if said active set (102, 103) is formed by more than one cell, checking whether said cells forming the active set belong to at least two different nodeBs; and - if said cells forming the active set belong to at least two different nodeBs, it is determined that the radio access bearer, RAB, of said call is being served on a soft handover area and: - if said call is being served on a soft handover area, determining whether the user of said mobile terminal can be considered static or in motion, and: - if said user of said mobile terminal is considered static, comparing the load of said primary cell to the load of at least one of the remaining cells within the active set (102, 103), and: - if the load of said primary cell exceeds the load of said at least one of said remaining cells within the active set (102, 103) by a predetermined factor, transferring the downlink user plane from said primary cell to said cell of said remaining cells within the active set (102, 103), which is less loaded than said primary cell. - determining whether the radio access bearer, RAB, of said call is being served on a soft handover area or not, by: - counting the number of cells forming said active set (102, 103); - if said active set (102, 103) is formed by more than one cell, checking whether said cells forming the active set belong to at least two different nodeBs; and - if said cells forming the active set belong to at least two different nodeBs, it is determined that the radio access bearer, RAB, of said call is being served on a soft handover area and: - counting the number of cells forming said active set (102, 103); - if said active set (102, 103) is formed by more than one cell, checking whether said cells forming the active set belong to at least two different nodeBs; and - if said cells forming the active set belong to at least two different nodeBs, it is determined that the radio access bearer, RAB, of said call is being served on a soft handover area and: - if said call is being served on a soft handover area, determining whether the user of said mobile terminal can be considered static or in motion, and: - if said user of said mobile terminal is considered static, comparing the load of said primary cell to the load of at least one of the remaining cells within the active set (102, 103), and: - if the load of said primary cell exceeds the load of said at least one of said remaining cells within the active set (102, 103) by a predetermined factor, transferring the downlink user plane from said primary cell to said cell of said remaining cells within the active set (102, 103), which is less loaded than said primary cell.