mhurhangee/ep-ind-claims huggingface dataset:
A display device (200, 300) comprising: a backlight unit comprising: a light source unit; and an optical processing unit comprising a plurality of films including a quantum dot film, coupled to the light source unit, wherein the optical processing unit is configured to process light from the light source; an image generating unit coupled to the backlight unit, wherein the optical processing unit is configured to transmit the processed light to the image generating unit; and a blocking structure configured to prevent transmission of partially processed light that has not been processed through all layers of the optical processing unit from the optical processing unit to the image generating unit, characterized in that a portion of the blocking structure is located between films of the plurality of films of the optical processing unit. a backlight unit comprising: a light source unit; and an optical processing unit comprising a plurality of films including a quantum dot film, coupled to the light source unit, wherein the optical processing unit is configured to process light from the light source; a light source unit; and an optical processing unit comprising a plurality of films including a quantum dot film, coupled to the light source unit, wherein the optical processing unit is configured to process light from the light source; an image generating unit coupled to the backlight unit, wherein the optical processing unit is configured to transmit the processed light to the image generating unit; and a blocking structure configured to prevent transmission of partially processed light that has not been processed through all layers of the optical processing unit from the optical processing unit to the image generating unit, characterized in that a portion of the blocking structure is located between films of the plurality of films of the optical processing unit.
A device for wrapping stacks of goods, wherein a wrapping device for wrapping the side faces (3, 4, 5, 6) of the stack of goods is provided with a film sleeve, wherein at least a first welding device is provided for welding at least two sleeve ends in the region of the side faces (3, 4, 5, 6) or in the region of a side face (3, 4, 5, 6) of the stack of goods, wherein furthermore at least one folding device is provided for folding film sections (12, 13, 14, 15) of the film sleeve onto the upper side of the stack of goods, said film sections projecting over the upper side of the stack of goods, and wherein furthermore at least a second welding device is provided for welding the film section (12, 13, 14, 15) folded onto the upper side of the stack of goods, characterised in that the folding device comprises two film guide plates (20, 21) in each case at two opposite sides of the stack of goods, wherein the two film guide plates (20, 21) in each case form a pair of film guide plates (20, 21), wherein a film section (13, 14) projecting at the respective side faces (4, 5) of the stack of goods is received between each pair of film guide plates (20, 21) during the introduction of the stack of goods into the folding device, wherein the film guide plates (20, 21) can be traversed towards the middle of the stack of goods, so that the projecting film sections (13, 14) of the lateral side faces (4, 5) of the stack of goods can be folded by the film guide plates (20, 21) onto the upper side of the stack of goods.
Method for manufacturing a spark plug electrode arrangement having an earth electrode and a centre electrode which are connected to each other by a connecting region, characterized in that the earth electrode, the centre electrode and the connecting region are formed from a one-piece spark plug electrode base body made of spark plug electrode material, wherein the spark plug electrode material is a nickel-chromium alloy or a nickel-yttrium alloy.
An isolated human antibody or antigen-binding fragment thereof that specifically binds to, or blocks the biological activity of wild-type mature human GDF8 comprising SEQ ID NO: 340, but does not bind to, or block the biological activity of a chimeric GDFB/TGFβ1 construct having amino acids 48-72 of mature human GDF8 replaced with the corresponding amino acid sequence of TGFβ1, wherein the chimeric GDF8/TGF1 construct comprises the amino acid sequence of SEQ ID NO: 352, and wherein the antibody or antigen-binding fragment comprises: (a) HCDR1/HCDR2/HCDR3 amino acid sequences consisting of SEQ ID NOs: 362/364/366, respectively and (b) LCDR1/LCDR2/LCDR3 amino acid sequences consisting of SEQ ID NOs: 370/372/374, respectively.
A method of estimating a fractional concentration of clinically-relevant DNA in a biological sample, the biological sample including the clinically-relevant DNA and other DNA, the method comprising: for each size of a plurality of sizes: measuring an amount of a plurality of DNA fragments from the biological sample corresponding to the size; calculating, with a computer system, a first value of a first parameter based on the amounts of DNA fragments at multiple sizes, the first parameter providing a statistical measure of a size profile of DNA fragments in the biological sample; obtaining one or more first calibration data points, wherein each first calibration data point specifies a fractional concentration of clinically-relevant DNA corresponding to a calibration value of the first parameter, and wherein the one or more first calibration data points are determined from a plurality of calibration samples; comparing the first value to a calibration value of at least one first calibration data point; and estimating the fractional concentration of the clinically-relevant DNA in the biological sample based on the comparison. for each size of a plurality of sizes: measuring an amount of a plurality of DNA fragments from the biological sample corresponding to the size; calculating, with a computer system, a first value of a first parameter based on the amounts of DNA fragments at multiple sizes, the first parameter providing a statistical measure of a size profile of DNA fragments in the biological sample; obtaining one or more first calibration data points, wherein each first calibration data point specifies a fractional concentration of clinically-relevant DNA corresponding to a calibration value of the first parameter, and wherein the one or more first calibration data points are determined from a plurality of calibration samples; comparing the first value to a calibration value of at least one first calibration data point; and estimating the fractional concentration of the clinically-relevant DNA in the biological sample based on the comparison. measuring an amount of a plurality of DNA fragments from the biological sample corresponding to the size; calculating, with a computer system, a first value of a first parameter based on the amounts of DNA fragments at multiple sizes, the first parameter providing a statistical measure of a size profile of DNA fragments in the biological sample; obtaining one or more first calibration data points, wherein each first calibration data point specifies a fractional concentration of clinically-relevant DNA corresponding to a calibration value of the first parameter, and wherein the one or more first calibration data points are determined from a plurality of calibration samples; comparing the first value to a calibration value of at least one first calibration data point; and estimating the fractional concentration of the clinically-relevant DNA in the biological sample based on the comparison.
A method of traffic-to-pilot ratio estimation for a wireless communication device, comprising: receiving pilot symbols; receiving traffic signal symbols; estimating a pilot signal energy based on the received pilot symbols; estimating an estimated maximum likelihood traffic signal energy of the traffic signal symbols based on the received traffic signal symbols, the received pilot symbols and a noise estimate wherein the maximum likelihood estimate is obtained by solving the following equation ∑ i 1 − y i 2 N 0 + h i 2 E s ML h i 2 N 0 + h i 2 E s ML = 0 〉; and determining a traffic to pilot ratio based on the pilot signal energy and the traffic signal energy. receiving pilot symbols; receiving traffic signal symbols; estimating a pilot signal energy based on the received pilot symbols; estimating an estimated maximum likelihood traffic signal energy of the traffic signal symbols based on the received traffic signal symbols, the received pilot symbols and a noise estimate wherein the maximum likelihood estimate is obtained by solving the following equation ∑ i 1 − y i 2 N 0 + h i 2 E s ML h i 2 N 0 + h i 2 E s ML = 0 〉; and determining a traffic to pilot ratio based on the pilot signal energy and the traffic signal energy.
Intermediate traction cable suspension for a ropeway with at least one carrying cable (10, 11, 12) and with at least one traction cable, wherein the intermediate traction cable suspension comprises a frame on which at least one cable pulley is provided for each traction cable, characterised in that in that a control unit, an energy storage device or energy generator connected thereto and a transmission unit (40, 40) of signals from the control unit to a receiving station of the ropeway station are provided, in that the transmission unit (40, 40; 41; 42) has at least two capacitor plates (40, 40) which are isolated from one another and arranged at a predetermined distance from one another and which are connected to the control unit, which control unit is adapted to transmit signals via the capacitor plates (40, 40) to continuously or intermittently transmit presence signals via the associated traction cable to the receiving station of the ropeway station, so that in the absence of the associated traction cable at or on the corresponding cable pulley, a cable release signal can be generated in the ropeway station due to the absence of presence signals.
A closing cap for a hydrant, comprising a locking plate with latches or other connection elements for connecting the locking plate to an output clutch of the hydrant, wherein, in the installed state of the closing cap, an inner side of the locking plate faces the output clutch when the closing cap is connected to the output clutch, wherein a hydrant device is arranged at an outer side of the locking plate opposing the inner side, characterized in that said hydrant device comprises a toroidal housing with a continuous central opening and an electronic controller arranged in said housing, wherein the toroidal housing comprises an annular housing base and an arched annular housing cover which are connected to each other in a watertight manner.
Emergency lubricating device, having simplified architecture, of a mechanical system, said emergency lubricating device being equipped with a tank, a release means, at least one pipe and at least one distributing means, said tank containing a lubricating liquid and said release means allowing said lubricating liquid to flow between said tank and each distributing means when it is detected that the main lubricating means of said mechanical system has malfunctioned, characterized in that said tank is arranged above said pipes and said distributing means such that said lubricating liquid flows under the action of Earth's gravity from said tank into each pipe and each distributing means, each distributing means comprising at least one restricting means for limiting the flow rate of said lubricating liquid in the region of each distributing means and being arranged inside said mechanical system, each pipe feeding each distributing means being arranged inside said mechanical system at least in part, said lubricating liquid flowing in each pipe and in each distributing means thus being heated by said mechanical system and the viscosity of said lubricating liquid decreasing after a malfunction of said main lubricating means such that a flow rate of said lubricating liquid in the region of each distributing means is substantially equal to or greater than a minimum flow rate while said tank contains said lubricating liquid.
A vertical reciprocating lift, comprising: a vertically directed track assembly (100A, 100B) that extends between a first floor level and a second floor level; a first gear of a vertically directed linear actuator that extends between the first floor level and the second floor level; and a lift platform comprising a continuous contact roller exposed through an opening in a top surface of the lift platform, a platform guide (113A, 113B) assembly for engagement with the vertically directed track assembly (100A, 100B), a second gear of the linear actuator, and a motion translation mechanism mechanically coupled between the continuous contact roller and the second gear of the linear actuator, characterised in that the lift platform further comprises an engagement dock which comprises an arresting mechanism configured to arrest at least one of the motion translation mechanism or the second gear of the linear actuator when a mating dock connector of a robotic drive unit is disengaged from the engagement dock; and the vertical reciprocating lift is configured such that, when the engagement dock is engaged with the mating dock connector of the robotic drive unit, and with at least one drive wheel of the robotic drive unit positioned over the continuous contact roller, the lift platform can either be raised or lowered between the first floor level and the second floor level by application of motive forces by the at least one drive wheel of the robotic drive unit to the continuous contact roller. a vertically directed track assembly (100A, 100B) that extends between a first floor level and a second floor level; a first gear of a vertically directed linear actuator that extends between the first floor level and the second floor level; and a lift platform comprising a continuous contact roller exposed through an opening in a top surface of the lift platform, a platform guide (113A, 113B) assembly for engagement with the vertically directed track assembly (100A, 100B), a second gear of the linear actuator, and a motion translation mechanism mechanically coupled between the continuous contact roller and the second gear of the linear actuator, characterised in that the lift platform further comprises an engagement dock which comprises an arresting mechanism configured to arrest at least one of the motion translation mechanism or the second gear of the linear actuator when a mating dock connector of a robotic drive unit is disengaged from the engagement dock; and the vertical reciprocating lift is configured such that, when the engagement dock is engaged with the mating dock connector of the robotic drive unit, and with at least one drive wheel of the robotic drive unit positioned over the continuous contact roller, the lift platform can either be raised or lowered between the first floor level and the second floor level by application of motive forces by the at least one drive wheel of the robotic drive unit to the continuous contact roller.
A user equipment, UE, the UE comprising a transceiver; and a processor and configured to: transmit, to a base station, BS, via the transceiver, a message reporting a coherence capability of the UE for an indication of a transmit precoding matrix indicator, TPMI, and a number of layers; receive, from the BS via the transceiver, downlink control information, DCI, including the indication of the TPMI and the number of layers; and transmit, to the BS via the transceiver, uplink, UL, data via a physical uplink shared channel, PUSCH, based on the indication of the TPMI and the number of layers, wherein a number of bits included in the DCI including the indication of the TPMI and the number of layers is determined by a coherence state that depends on the coherence capability reported by the UE; wherein the coherence state is one of three coherence states where each coherence state corresponds to a subset of a UL codebook for the indication of the TPMI and the number of layers; wherein the coherence state is configured for the UE by the BS not to exceed the coherence capability reported by the UE; and wherein the coherence capability reported by the UE is one of full, partial, or non-coherence; for a first coherence state of the three coherence states, the subset of the UL codebook includes full, partial, and non-coherent precoders, for a second coherence state of the three coherence states, the subset of the UL codebook includes only the partial and non-coherent precoders, and for a third coherence state of the three coherence states, the subset of the UL codebook includes only the non-coherent precoders. transmit, to a base station, BS, via the transceiver, a message reporting a coherence capability of the UE for an indication of a transmit precoding matrix indicator, TPMI, and a number of layers; receive, from the BS via the transceiver, downlink control information, DCI, including the indication of the TPMI and the number of layers; and transmit, to the BS via the transceiver, uplink, UL, data via a physical uplink shared channel, PUSCH, based on the indication of the TPMI and the number of layers, wherein a number of bits included in the DCI including the indication of the TPMI and the number of layers is determined by a coherence state that depends on the coherence capability reported by the UE; wherein the coherence state is one of three coherence states where each coherence state corresponds to a subset of a UL codebook for the indication of the TPMI and the number of layers; wherein the coherence state is configured for the UE by the BS not to exceed the coherence capability reported by the UE; and wherein the coherence capability reported by the UE is one of full, partial, or non-coherence; for a first coherence state of the three coherence states, the subset of the UL codebook includes full, partial, and non-coherent precoders, for a second coherence state of the three coherence states, the subset of the UL codebook includes only the partial and non-coherent precoders, and for a third coherence state of the three coherence states, the subset of the UL codebook includes only the non-coherent precoders.
Receiving container for a dishwasher, having a dish unit and a swivelled flap unit for receiving a cleaner cartridge, said cleaner cartridge having a plurality of reservoirs for liquid cleaning agents, characterised by an outlet slot in the bottom area of the dish unit for allowing the liquid cleaning agents to be discharged once they have been metered from the reservoirs of the cleaner cartridge, wherein the outlet slot is provided between a lower edge of the flap unit and a lower outer edge section of the dish unit.
A tank for storing a liquid of a motor vehicle, comprising at least one component including at least one port bringing the inside and the outside of the tank into fluid communication, the component comprising two separate members, namely a first member integrally formed with a wall of the tank and a second member fixed in a sealed manner to an outer face of the wall of the tank, the first member being configured as a skirt, characterized in that the skirt has a transverse dimension which is greater than the largest dimension of an opening of the wall of the tank, around which opening the skirt is positioned.
Sampling device which has the following features: a) a core drill having a drill shaft, with a drill head disposed on a first end of the drill shaft, with a handle disposed on a second end of the drill shaft and with a centring ring disposed between the two ends of the drill shaft at a predetermined distance to the handle, which centring ring has an outer diameter, b) a drill pipe having a drill bit disposed on a first end of the drill pipe, with a handle disposed on a second end of the drill pipe, wherein the drill pipe has an inner diameter which corresponds to the outer diameter of the centring ring, characterised in that c) the handle of the core drill and the centring ring have the same outer diameters. a) a core drill having a drill shaft, with a drill head disposed on a first end of the drill shaft, with a handle disposed on a second end of the drill shaft and with a centring ring disposed between the two ends of the drill shaft at a predetermined distance to the handle, which centring ring has an outer diameter, b) a drill pipe having a drill bit disposed on a first end of the drill pipe, with a handle disposed on a second end of the drill pipe, wherein the drill pipe has an inner diameter which corresponds to the outer diameter of the centring ring, characterised in that c) the handle of the core drill and the centring ring have the same outer diameters.
A portable paper-based device for the rapid in-situ detection of chlorine ion content in sweat, comprising: - a paper capable of generating color or fluorescence changes according to pH; and - an anion exchange paper, being arranged on the lower surface of said paper to form a double-layer structure; wherein the anion exchange paper is a paper modified with anion exchange groups, the latter being selected from diethylaminoethyl groups or quaternary ammonium groups. - a paper capable of generating color or fluorescence changes according to pH; and - an anion exchange paper, being arranged on the lower surface of said paper to form a double-layer structure;
A composition comprising a first, second and third constituents, wherein - said first constituent is a glycosaminoglycan, a hydrolysed glycosaminoglycan, a glycosamine, chemically modified or not or a blend of different glycosaminoglycans, hydrolysed glycosaminoglycans, glycosamines, chemically modified or not; - said second constituent is a protein, a peptide or a blend of different proteins or peptides; - said third constituent is a polyhydroxyurethane which is obtained by the covalent coupling of bis or poly cyclic carbonates and di or polyamines molecules. - said first constituent is a glycosaminoglycan, a hydrolysed glycosaminoglycan, a glycosamine, chemically modified or not or a blend of different glycosaminoglycans, hydrolysed glycosaminoglycans, glycosamines, chemically modified or not; - said second constituent is a protein, a peptide or a blend of different proteins or peptides; - said third constituent is a polyhydroxyurethane which is obtained by the covalent coupling of bis or poly cyclic carbonates and di or polyamines molecules.
A multivitamin and mineral composition for tableting comprising 0.1% to 1.5% wt/wt of a matrix with embedded lubrication, wherein the matrix with embedded lubrication comprises 50% by weight of an oily liquid finely dispersed in an oil insoluble material, and wherein the composition comprises less than 0.01% stearate by weight; wherein the oily liquid is selected from the group consisting of Vitamin E, animal oil, synthetic oil, mineral oil, polyethylene glycol, silicon oil and combinations thereof; and wherein the multivitamin and mineral composition comprises a substantial portion of abrasive minerals.