mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a radiator component with a reflector (3; 4; 5; 6), comprising the method steps: (a) providing a base body (1; 21) with a surface which is at least partially covered by a reflector layer of opaque glass, (b) compacting a surface region of the reflector layer of opaque glass, and (c) applying a specularly reflective reflector layer to at least a portion of the compacted surface region. (a) providing a base body (1; 21) with a surface which is at least partially covered by a reflector layer of opaque glass, (b) compacting a surface region of the reflector layer of opaque glass, and (c) applying a specularly reflective reflector layer to at least a portion of the compacted surface region.
A method at a User Equipment, UE, comprising: determining that a current radio resource configuration is of a normal type; and responsive to the determining, prohibiting the UE from sending a Power Preference Indication, PPI, for a radio resource configuration of the normal type. determining that a current radio resource configuration is of a normal type; and responsive to the determining, prohibiting the UE from sending a Power Preference Indication, PPI, for a radio resource configuration of the normal type.
A baby carrier comprising a front portion, a stomach portion, two shoulder straps (103a, 103b), each comprising a first (129a, 129b) and a second (130a, 130b) end portion, and a waist strap, wherein the first end portion (129a, 129b) of each shoulder strap (103a, 103b) is fixedly attached to the stomach portion and the second end portion (130a, 130b) is attached to the front portion, wherein the front portion and stomach portion are attached to the waist strap, and wherein the stomach portion and front portion are at least partly detachably attached to the waist strap; characterized in that a middle portion along both the front portion and stomach portion is fixedly attached to the waist strap; and that two side portions along both the front portion and stomach portion, one on each side of the middle portion, are detachably attached to the waist strap.
A method of treating an untreated saline water, including the steps of: a) furnishing the untreated saline water; wherein the untreated saline water is a natural or synthetically produced salt water, preferably a sea water, a brackish water, a subsurface water, a ground water, a spring water, a natural or synthetically produced brine, or mixtures or concentrates thereof; b) producing a mixture by mixing the untreated saline water with an aqueous solution containing hydroxide ions; c) sedimenting the solid matter forming from the mixture with concurrent formation of a substantially clear supernatant; and d) withdrawing a process water from the substantially clear supernatant; wherein in step (b) the flow introduction of the aqueous solution containing hydroxide ions into the untreated saline water that was charged into a reaction vessel substantially takes place in a tangential direction; or in step (b) the flow introduction of the untreated saline water into the aqueous solution containing hydroxide ions that was charged into the reaction vessel substantially takes place in a tangential direction; and wherein in step (b) the inflow velocity of the untreated saline water or the aqueous solution containing hydroxide ions is in the range from 1 to 3 m/s, in particular 2 to 2.5 m/s. a) furnishing the untreated saline water; wherein the untreated saline water is a natural or synthetically produced salt water, preferably a sea water, a brackish water, a subsurface water, a ground water, a spring water, a natural or synthetically produced brine, or mixtures or concentrates thereof; b) producing a mixture by mixing the untreated saline water with an aqueous solution containing hydroxide ions; c) sedimenting the solid matter forming from the mixture with concurrent formation of a substantially clear supernatant; and d) withdrawing a process water from the substantially clear supernatant; wherein in step (b) the flow introduction of the aqueous solution containing hydroxide ions into the untreated saline water that was charged into a reaction vessel substantially takes place in a tangential direction; or in step (b) the flow introduction of the untreated saline water into the aqueous solution containing hydroxide ions that was charged into the reaction vessel substantially takes place in a tangential direction; and wherein in step (b) the inflow velocity of the untreated saline water or the aqueous solution containing hydroxide ions is in the range from 1 to 3 m/s, in particular 2 to 2.5 m/s.
Method of receiving data units in a receiver implementing a medium access control layer protocol, and a link layer control protocol being operated on top of the medium access control layer protocol and providing services to an upper layer protocol, comprising the steps: receiving data units from the medium access control layer protocol implementing multiple hybrid automatic repeat request, HARQ, processes; reordering data units provided by the medium access control layer protocol out of sequence; reassembling data units in sequence for forwarding of service data units to the upper layer protocol; starting (S28; S52) a first timer (30; 44) to delay issuance of a status report for a missing data unit from the link layer control protocol triggered by detection of the missing data unit until expiry of the first timer (30; 44); and starting a second timer (36; 44) triggered by issuance of the status report for the missing data unit from the link layer control protocol. receiving data units from the medium access control layer protocol implementing multiple hybrid automatic repeat request, HARQ, processes; reordering data units provided by the medium access control layer protocol out of sequence; reassembling data units in sequence for forwarding of service data units to the upper layer protocol; starting (S28; S52) a first timer (30; 44) to delay issuance of a status report for a missing data unit from the link layer control protocol triggered by detection of the missing data unit until expiry of the first timer (30; 44); and starting a second timer (36; 44) triggered by issuance of the status report for the missing data unit from the link layer control protocol.
Turbine device for a hydroelectric power station with a turbine impeller, which can be turned around a turbine rotational axis, and with turbine vanes that are attached at an angle relative to the turbine impeller, and with a generator, which converts the mechanical rotational energy of the turbine impeller into electrical energy, whereby the generator is a ring generator with a ring-shaped rotor and a stator arranged in a corresponding ring shape, characterised by the fact that the turbine rotational axis is coupled firmly to the rotor so that it can not turn, and rotation around the turbine rotational axis is provided by a hollow shaft with a potlike carrier, into which a fixed bearing spigot with movable encompassing bearings is inserted, and the turbine impeller and rotor can thus be turned around the bearing spigot.
Electrofused alumina grains comprising titanium and magnesium, wherein: the titanium content in terms of TiO 2 in the electrofused alumina grains is from 0.7 to 1.2 % by mass, and the magnesium content in terms of MgO in the electrofused alumina grains is from 3.0 to 20 mol relative to 100 mol of the titanium content in terms of TiO 2 in the electrofused alumina grains. the titanium content in terms of TiO 2 in the electrofused alumina grains is from 0.7 to 1.2 % by mass, and the magnesium content in terms of MgO in the electrofused alumina grains is from 3.0 to 20 mol relative to 100 mol of the titanium content in terms of TiO 2 in the electrofused alumina grains.
A beam component for use in technical construction, comprising at least one flange and a web delimiting an open space or open channels on both sides of the web, characterized in that said beam component is a one-piece element, perforated along its entire length, wherein the web is only perforated with evenly spaced circular holes and at least one flange is perforated with at least two parallel lines of longitudinal rectangular holes, wherein the ratio of the thickness of the flange and depth and width of said open channel or open space is 1:2:3.
Compound 1-ethyl-7-(2-methyl-6-(1H-1,2,4-triazol-3-yl)pyridin-3-yl)-3,4-dihydropyrazino[2,3-b]pyrazin-2 -one for use in a method for treating prostate cancer, wherein the method comprises administering to a patient having prostate cancer 0.5 mg/day to 128 mg/day of said compound, and wherein the prostate cancer is not ETS overexpressing castration-resistant prostate cancer.
A backlight unit, comprising: a bottom cover including a projection which vertically projects from an upper surface of the bottom cover; a light guiding plate provided on the upper surface of the bottom cover; and an LED assembly provided at a side edge of the bottom cover and including: a support having at least one hole, wherein the projection is inserted in the hole; a substrate mounted on the support vertically to the bottom cover; a plurality of LED light sources mounted on the substrate, the plurality of LED light sources being mutually separated by a predetermined gap; and a protruding portion protruding horizontally from the substrate in a direction from the side edge of the bottom cover towards the light guiding plate, an end of the protruding portion being coupled to a concave portion formed in a side surface of the light guiding plate. a bottom cover including a projection which vertically projects from an upper surface of the bottom cover; a light guiding plate provided on the upper surface of the bottom cover; and an LED assembly provided at a side edge of the bottom cover and including: a support having at least one hole, wherein the projection is inserted in the hole; a substrate mounted on the support vertically to the bottom cover; a plurality of LED light sources mounted on the substrate, the plurality of LED light sources being mutually separated by a predetermined gap; and a protruding portion protruding horizontally from the substrate in a direction from the side edge of the bottom cover towards the light guiding plate, an end of the protruding portion being coupled to a concave portion formed in a side surface of the light guiding plate. a support having at least one hole, wherein the projection is inserted in the hole; a substrate mounted on the support vertically to the bottom cover; a plurality of LED light sources mounted on the substrate, the plurality of LED light sources being mutually separated by a predetermined gap; and a protruding portion protruding horizontally from the substrate in a direction from the side edge of the bottom cover towards the light guiding plate, an end of the protruding portion being coupled to a concave portion formed in a side surface of the light guiding plate.
A method for preparing a metal-organic framework, comprising: contacting a rare earth metal ion component including Yttrium with a ligand component including 1,2,4,5-Tetrakis (4-carboxyphenyl)benzene to form a rare earth-based metal-organic framework for controlling moisture in an environment, wherein the rare earth-based metal-organic framework has a square hexagonal-prism (shp) topology and is 4-connected.
A damped automotive driveline component, comprising: a housing; a dampener carried by said housing, said dampener including a plurality of metal wire strands; and a vibration-transmitting attachment holding said dampener to said housing, wherein, when said housing experiences vibrations during use of the automotive driveline component, the vibrations are transmitted to said plurality of metal wire strands via said vibration-transmitting attachment and relative movement among said plurality of metal wire strands damps the vibrations experienced by said housing, wherein said housing includes a wall and said vibration-transmitting attachment includes a casing embedded within said wall and in which said wire strands are received, characterized in that said casing has at least one pinched depression, and said plurality of metal wire strands having at least one squeezed section situated at said at least one pinched depression of said casing. a housing; a dampener carried by said housing, said dampener including a plurality of metal wire strands; and a vibration-transmitting attachment holding said dampener to said housing, wherein, when said housing experiences vibrations during use of the automotive driveline component, the vibrations are transmitted to said plurality of metal wire strands via said vibration-transmitting attachment and relative movement among said plurality of metal wire strands damps the vibrations experienced by said housing, wherein said housing includes a wall and said vibration-transmitting attachment includes a casing embedded within said wall and in which said wire strands are received, characterized in that said casing has at least one pinched depression, and said plurality of metal wire strands having at least one squeezed section situated at said at least one pinched depression of said casing.
A composition for use in a method of treating a tumor in a subject, the method comprising implanting the composition into the subject within a proximity to a tumor cell sufficient to lead to the destruction of the tumor cell in the subject, the composition comprising (i) a structure comprising an injectable polymer or scaffold comprising pores; (ii) lymphocytes disposed within the structure, (iii) at least one lymphocyte-adhesion moiety associated with the structure; and (iv) at least one lymphocyte-activating moiety associated with the structure.
A method of generating a representation of a structure, comprising: providing an ad hoc mesh network having at least two nodes (A, B, C, D, E, F, G, H, I, J, K, L, M, N) associated with the structure, and obtaining time of flight data for each node in the network; wherein the generating the representation of the structure is performed by using the time of flight data, the method being characterized in that the obtaining the time of flight data comprises obtaining time of flight data only for a line of sight communication mode. providing an ad hoc mesh network having at least two nodes (A, B, C, D, E, F, G, H, I, J, K, L, M, N) associated with the structure, and obtaining time of flight data for each node in the network; wherein the generating the representation of the structure is performed by using the time of flight data, the method being characterized in that the obtaining the time of flight data comprises obtaining time of flight data only for a line of sight communication mode.
A nutritional composition comprising at least one fucosylated oligosaccharide for use in enhancing the pancreatic development and/or pancreatic maturation of infants or young children, wherein said infants or young children are subject in need and/or are at risk of under-development of pancreas and/or are born preterm and/or suffering from intra-uterine-growth retardation (IUGR) and/or born with low birth weight, very-low-birth-weight (VLBW), or extremely-low-birth-weight (ELBW).
A package substrate, comprising: a redistribution structure having a plurality of top electrode pads, the plurality of top electrode pads being configured with a first density adaptive for a chip to mount thereon; a build-up structure configured on bottom of the redistribution structure, the build-up structure having a plurality of bottom electrode pads, the plurality of bottom electrode pads being configured with a second density adaptive for the substrate to mount onto a printed circuit board, the second density being lower than the first density; a molding layer embedding the redistribution structure therein; and a groove extending around the redistribution structure characterized in that a portion of the molding layer is configured between the groove and the redistribution structure. a redistribution structure having a plurality of top electrode pads, the plurality of top electrode pads being configured with a first density adaptive for a chip to mount thereon; a build-up structure configured on bottom of the redistribution structure, the build-up structure having a plurality of bottom electrode pads, the plurality of bottom electrode pads being configured with a second density adaptive for the substrate to mount onto a printed circuit board, the second density being lower than the first density; a molding layer embedding the redistribution structure therein; and a groove extending around the redistribution structure
A heat-shrinkable polyester-based label, which is a tubular label in which both end portions of a heat-shrinkable polyester-based film are bonded to each other with a solvent composition, wherein: the solvent composition is a solvent composition containing at least 1,3-dioxolane and/or tetrahydrofuran, and a polyester; and the end portion bonded has a peel strength of 2 N/15mm or more, which is determined in accordance with the description.
A double acting demolition device for demolishing structures, comprising a first crushing jaw for crushing operation, a first cutting jaw for cutting operation, and a combination jaw, wherein the first crushing and cutting jaws (104, 105) are separate jaws, characterised in that the combination jaw is configured to be attached to the first cutting jaw for establishing a second crushing jaw and to the first crushing jaw for establishing a second cutting jaw, wherein the second crushing jaw is configured to be used jointly with the first crushing jaw in the crushing operation and the second cutting jaw is configured to be used jointly with the first cutting jaw in the cutting operation, and wherein each of said first crushing and cutting jaws has a pivot aperture (114, 115) for fixing said first crushing or cutting jaw (104, 105) to the combination jaw so that it is applicable for its intended operation, wherein each attachment (214, 315) of the pivot aperture (114, 115) changes the device geometry in such a way that the crushing and cutting operations have a maximum force at different locations of the operation, when the first crushing jaw rotates in the crushing operation around a first fulcrum other than that of the second cutting jaw in the cutting operation. a first crushing jaw for crushing operation, a first cutting jaw for cutting operation, and a combination jaw, wherein the first crushing and cutting jaws (104, 105) are separate jaws, characterised in that the combination jaw is configured to be attached to the first cutting jaw for establishing a second crushing jaw and to the first crushing jaw for establishing a second cutting jaw, wherein the second crushing jaw is configured to be used jointly with the first crushing jaw in the crushing operation and the second cutting jaw is configured to be used jointly with the first cutting jaw in the cutting operation, and wherein each of said first crushing and cutting jaws has a pivot aperture (114, 115) for fixing said first crushing or cutting jaw (104, 105) to the combination jaw so that it is applicable for its intended operation, wherein each attachment (214, 315) of the pivot aperture (114, 115) changes the device geometry in such a way that the crushing and cutting operations have a maximum force at different locations of the operation, when the first crushing jaw rotates in the crushing operation around a first fulcrum other than that of the second cutting jaw in the cutting operation.
A method for a mobile station configured to send event-based acknowledgment information (250; 258), the method comprising: classifying a downlink data block as unreported; receiving a poll from a network requesting the mobile station to send polled acknowledgment information (215; 230) during a period; sending during the period the event-based acknowledgment information (250; 258) for the downlink data block, when an acknowledgment omission criterion indicates the polled acknowledgment information (215; 230) is likely to not be received completely by the network during the period; and refraining from sending during the period event-based acknowledgment information (250; 258) for the downlink data block classified as unreported, when the acknowledgment omission criterion indicates the polled acknowledgment information (215; 230) is likely to be received completely by the network during the period. classifying a downlink data block as unreported; receiving a poll from a network requesting the mobile station to send polled acknowledgment information (215; 230) during a period; sending during the period the event-based acknowledgment information (250; 258) for the downlink data block, when an acknowledgment omission criterion indicates the polled acknowledgment information (215; 230) is likely to not be received completely by the network during the period; and refraining from sending during the period event-based acknowledgment information (250; 258) for the downlink data block classified as unreported, when the acknowledgment omission criterion indicates the polled acknowledgment information (215; 230) is likely to be received completely by the network during the period.
Fitting for a window, in particular a side-hung window, comprising a gear, a first locking device which can be actuated by means of the gear, and a second locking device which can be actuated by means of the gear, wherein the first locking device has at least one pin which can be brought into engagement with a pin receptacle and the second locking device has at least one spring latch which can be brought into engagement with a latch receptacle, further comprising a handle element, which, for actuation of the gear, is operatively connected to a gear rod of the gear and is movable into at least three grip positions (A, B, C), wherein, in the grip position, both locking devices (4, 5) are activated, in the handle position only the second locking device is activated, and in the handle position both locking devices (4, 5) are deactivated, and wherein the gear comprises at least one return spring for automatically returning the handle element from the handle position into the handle position, characterized in that the return spring is directly or indirectly operatively connected to the gear rod, so that the return force of the return spring can be transmitted to the handle element via the gear rod.