mhurhangee/ep-ind-claims huggingface dataset:
A method for the production of books with wire comb or spiral binding or other comparable bindings, with which partial layers of punched leaves are collected in sequence on top of each other at a collection point into a book, which is then bound, characterised in that a partial layer during transportation is kept clamped in the collective position by at least one moveable lateral clamping device, while the partial layers being already collected at the collection point are held fixed by means of at least one needle ascending vertically from below through the punched holes, wherein the clamping of the pliers is only loosened, if the needles by means of vertical ascension are also located in the punched holes of the newly fed-through partial layer, wherein the book is then accelerated from the conveyor belts with a supported, moveable clamp fitting and thereby kept fixed, in order to be fed into the subsequently arranged binding station.
A downhole tool for use in completing a wellbore comprising: a tubular body insertable in a casing string; a port formed through a wall of the tubular body; an inflatable packer circumscribing a portion of the tubular body; an annular cylinder formed within the tubular body and in fluid communication with the packer; characterized by, a tubular piston assembly coaxially within the tubular body selectively set in a pass through configuration and defining a flow barrier between an annulus of the tubular body and the port and selectively slidable into a by-pass configuration with the annulus of the tubular body in fluid communication with the port and having a portion of the tubular piston assembly inserted into the annular cylinder; fluid that is in the annular cylinder when tubular piston assembly is set in the pass through configuration and in the packer when the tubular piston assembly is in the by-pass configuration; and a spring engaged with the tubular piston assembly and that is compressed as the tubular piston assembly is forced into the by-pass configuration, so that when the force applied to the tubular piston assembly is removed, the spring returns to an uncompressed state and forces the tubular piston assembly to the pass through configuration. a tubular body insertable in a casing string; a port formed through a wall of the tubular body; an inflatable packer circumscribing a portion of the tubular body; an annular cylinder formed within the tubular body and in fluid communication with the packer; characterized by, a tubular piston assembly coaxially within the tubular body selectively set in a pass through configuration and defining a flow barrier between an annulus of the tubular body and the port and selectively slidable into a by-pass configuration with the annulus of the tubular body in fluid communication with the port and having a portion of the tubular piston assembly inserted into the annular cylinder; fluid that is in the annular cylinder when tubular piston assembly is set in the pass through configuration and in the packer when the tubular piston assembly is in the by-pass configuration; and a spring engaged with the tubular piston assembly and that is compressed as the tubular piston assembly is forced into the by-pass configuration, so that when the force applied to the tubular piston assembly is removed, the spring returns to an uncompressed state and forces the tubular piston assembly to the pass through configuration.
A ceramic heater, comprising: a heating resistor; a first lead member and a second lead member electrically connected to both ends of the heating resistor, respectively; a first electrode lead-out member and a second electrode lead-out member (21, 33) electrically connected to an end of the first lead member and an end of the second lead member, respectively, the end of the first lead member and the end of the second lead member being opposite to the respective ends thereof that are electrically connected to the heating resistor; a ceramic base in which the heating resistor, the first lead member, the second lead member, the first electrode lead-out member and the second electrode lead-out member are embedded; and a first electrode and a second electrode (27, 33) that are formed on the surface of the ceramic base, and are electrically connected to the first electrode lead-out member and the second electrode lead-out member, respectively, characterized in that an area of a connection part between the first electrode lead-out member and the first electrode is larger than an area of a connection part between the first electrode lead-out member and the first lead member, and in that the first electrode lead-out member comprises a cross section which is perpendicular to a direction from a side of the first lead member toward a side of the first electrode and is round or oval, and in that the first electrode lead-out member comprises an area increasing section (31b, 32c) in which an area of a cross section perpendicular to the direction increases from the side of the first lead member toward the side of the first electrode, and wherein the first electrode lead-out member comprises an area decreasing section in which an area of a cross section perpendicular to the direction decreases from the side of the first lead member toward the side of the first electrode, or an area constant section in which an area of a cross section perpendicular to the direction remains constant in the direction. a heating resistor; a first lead member and a second lead member electrically connected to both ends of the heating resistor, respectively; a first electrode lead-out member and a second electrode lead-out member (21, 33) electrically connected to an end of the first lead member and an end of the second lead member, respectively, the end of the first lead member and the end of the second lead member being opposite to the respective ends thereof that are electrically connected to the heating resistor; a ceramic base in which the heating resistor, the first lead member, the second lead member, the first electrode lead-out member and the second electrode lead-out member are embedded; and a first electrode and a second electrode (27, 33) that are formed on the surface of the ceramic base, and are electrically connected to the first electrode lead-out member and the second electrode lead-out member, respectively,
Edible emulsion comprising at least one aqueous phase and at least one lipid phase wherein the emulsion is stabilized by particles of an edible inorganic salt having a solubility in water of less than 1 g per 100 ml at 20 °C and wherein the particles have between 0.5 and 20 wt. % fatty acids coated or adsorbed onto their surface.
A method for controlling the operation of a burner, the burner including a control board associated with a first control unit and a first memory capable of storing first values ( v PF 1, j,..,v PFi,j,..,v PFM,j) of operating parameters ( P F 1,..,P Fi,..,P FM) of the burner, and a display device for displaying one or more items of data relating to the functioning of the burner, the display device including a second memory capable of storing second values ( v' PF 1,j,..,v' PFi,j,..,v' PFM,j) of operating parameters ( P F 1,..,P Fi,..,P FM) of the burner, each first and second value ( v PFi,j,v' PFi,j), of the operating parameters ( P F 1,..,P Fi,..,P FM) being capable of being changed over time, the method comprising the stages of: • setting for each operating parameter ( P Fi) at least one first value ( v PFi,j) in the first memory, and setting for each operating parameter ( P Fi) at least one second value ( v' PFi,j) in the second memory; • comparing, for each operating parameter ( P Fi), a corresponding first value ( v PFi,j) and second value ( v' PFi,j); • if the first value ( v PFi,j) and the second value ( v' PFi,j) are different, changing one of the first or second values ( v PFi,j), ( v' PFi,j) so that the first and second values ( v PFi,j), ( v' PFi,j) are the same; wherein the operating parameters ( P F 1,..,P Fi,..,P FM) comprise set parameters ( P R 1,..,P RT) and user parameters ( P U 1,..,P UL) and characterised in that the stage of setting at least a first value ( v PFi,j) and/or second value ( v' PFi,j) of at least one of the operating parameters ( P F 1,..,P Fi,..,P FM) is performed through the display device and comprises setting at least a first value and/or a second value of at least one of the user parameters ( P U 1,..,P UL). • setting for each operating parameter ( P Fi) at least one first value ( v PFi,j) in the first memory, and setting for each operating parameter ( P Fi) at least one second value ( v' PFi,j) in the second memory; • comparing, for each operating parameter ( P Fi), a corresponding first value ( v PFi,j) and second value ( v' PFi,j); • if the first value ( v PFi,j) and the second value ( v' PFi,j) are different, changing one of the first or second values ( v PFi,j), ( v' PFi,j) so that the first and second values ( v PFi,j), ( v' PFi,j) are the same;
Coffee machine, in particular fully automatic coffee machine, having a brewing chamber for preparing a coffee product, having a coffee grounds container which is arranged in a receiving position in order to receive the coffee grounds produced in the brewing chamber and can be shifted from the receiving position into an emptying position in order to empty the coffee grounds container, characterised in that the coffee machine comprises a laser facility for detecting coffee grounds collected in the coffee grounds container, wherein the laser facility and the coffee grounds container are aligned with one another so that the laser facility determines the quantity of coffee grounds collected in the coffee grounds container when the coffee grounds container is shifted from the receiving position into the emptying position or vice versa.
A polypeptide having beta-lactamase activity, which comprises an amino acid sequence having at least 90 % sequence identity to SEQ ID NO:1, said polypeptide comprising substitutions in position 22, 34 and 130, wherein the positions correspond to the positions in the sequence represented in SEQ ID NO:1, and wherein the substitutions consist of Q22H, Q34R and E130D.
A perspiration-inhibiting composition free of aluminum salt, comprising - an active perspiration-inhibiting ingredient, - a pH regulator, except for triethanolamine, - a liquid carrier, and - water, characterized in that the active perspiration-inhibiting ingredient is malic acid and/or a salt thereof, and the liquid carrier has a fraction of at most 50 wt%, based on the total weight of the composition, wherein the liquid carrier is an alcohol, selected from the group consisting of ethanol, isopropanol, 2-methylpropan-2-ol, and mixtures of two or more of said alcohols. - an active perspiration-inhibiting ingredient, - a pH regulator, except for triethanolamine, - a liquid carrier, and - water,
A method for predicting a lost or damaged block of an enhanced spatial layer frame, said method comprises the steps of - using reference information from a lower spatial layer frame corresponding said enhanced spatial layer frame for determining a reference frame in the enhanced spatial layer, - using the determined reference frame for generating a reference block, - up-scaling a residual of a lower layer block of said lower spatial layer frame, which corresponds to said lost or damaged block, to said enhanced spatial layer and - using the generated reference block and the up-scaled residual for concealing the lost or damaged block characterized by - using the determined reference frame for generating a reference block comprises: ∘ obtaining a smoothed reference frame (B3') by down-sampling the reference frame, ∘ using motion information from said corresponding lower layer block for determining a smoothed reference block within the smoothed reference frame (B3'), - said residual of said corresponding lower layer block is combined with the smoothed reference block prior to up-scaling and - said smoothed reference block is up-scaled together with said residual of said corresponding lower layer block. - using reference information from a lower spatial layer frame corresponding said enhanced spatial layer frame for determining a reference frame in the enhanced spatial layer, - using the determined reference frame for generating a reference block, - up-scaling a residual of a lower layer block of said lower spatial layer frame, which corresponds to said lost or damaged block, to said enhanced spatial layer and - using the generated reference block and the up-scaled residual for concealing the lost or damaged block - using the determined reference frame for generating a reference block comprises: ∘ obtaining a smoothed reference frame (B3') by down-sampling the reference frame, ∘ using motion information from said corresponding lower layer block for determining a smoothed reference block within the smoothed reference frame (B3'), ∘ obtaining a smoothed reference frame (B3') by down-sampling the reference frame, ∘ using motion information from said corresponding lower layer block for determining a smoothed reference block within the smoothed reference frame (B3'), - said residual of said corresponding lower layer block is combined with the smoothed reference block prior to up-scaling and - said smoothed reference block is up-scaled together with said residual of said corresponding lower layer block.
A horticulture construction comprising at least one multi-channel plate, the multi-channel plate comprising; a first channel having an optical function, a second channel arranged parallel to the first channel, and a light source configured to provide light source light to the first channel, wherein the second channel encloses an elongated cavity for the passage of a fluid, the second channel further comprising openings for providing fluid to the horticulture, characterized in that the multi-channel plate further comprises more second channels, one second channel providing one or more of air and heat/cooling to the horticulture and another second channel far providing one or more of water and food to the horticulture. a first channel having an optical function, a second channel arranged parallel to the first channel, and a light source configured to provide light source light to the first channel, wherein the second channel encloses an elongated cavity for the passage of a fluid, the second channel further comprising openings for providing fluid to the horticulture, characterized in that the multi-channel plate further comprises more second channels, one second channel providing one or more of air and heat/cooling to the horticulture and another second channel far providing one or more of water and food to the horticulture.
Medicinal biosecurity auto disposable syringe, comprising a hollow cylinder serving as a deposit of an injectable and having an upper and a lower part and a pair of wings at the upper part, the wings having an extension, a piston that slides through an interior of the cylinder dragging the injectable towards the outside of the cylinder and guaranteeing leakproofness, the piston is secured to the extension when it penetrates completely in the cylinder, a tip at the lower part of the cylinder wherein an injection mechanism comprising a standard needle, a spring and a membrane injected on the needle is housed, the spring when compressed bears the load of the needle with the membrane and releasing its energy once the mechanism is activated, and the tip of said cylinder is designed to adapt to any standard needle, wherein the piston has in its lower part a serrated crown configured in such a way that when the piston has completely penetrated in the cylinder the serrated crown is pressing on the membrane so that the membrane breaks and activates the injection mechanism, and the piston comprises a receiving chamber and a chamber seal preventing that the injectable enters the receiving chamber, the chamber seal is only broken with the interior point of the needle, provided that the injection mechanism is activated by the serrated crown of the piston, wherein, on each of the ends of the piston there is a protective disk (24, 25), where the inferior disk drags the injectable and is embedded at the bottom of the cylinder and the superior disk steadies the piston within the cylinder.
A polynucleotide comprising a DNA sequence, a first adaptor oligonucleotide comprising a number of contiguous non-naturally-occurring nucleotides, and a second adaptor oligonucleotide comprising a recognition site for a Type IIS or Type III restriction enzyme, wherein the first and second adaptor oligonucleotides are linked to opposite ends of the DNA sequence, and wherein the number of contiguous non-naturally occurring nucleotides is sufficient to block cleavage by the Type IIS or Type III restriction enzyme if the DNA sequence has a length within a target length range. a DNA sequence, a first adaptor oligonucleotide comprising a number of contiguous non-naturally-occurring nucleotides, and a second adaptor oligonucleotide comprising a recognition site for a Type IIS or Type III restriction enzyme, wherein the first and second adaptor oligonucleotides are linked to opposite ends of the DNA sequence, and wherein the number of contiguous non-naturally occurring nucleotides is sufficient to block cleavage by the Type IIS or Type III restriction enzyme if the DNA sequence has a length within a target length range.
An ejector for generating a vacuum comprising: a first section including: a drive nozzle arranged to accelerate compressed air for generating a drive jet of air from a flow of compressed air, wherein an inlet flow section of the drive nozzle has a converging section and an outlet flow section of the drive nozzle has a diverging section; a first section expansion nozzle receiving the drive jet of air from the drive nozzle in order to entrain air in a volume surrounding the drive jet of air into the jet flow to generate a vacuum across the first section; and a ring drive nozzle for generating a drive ring of air from the flow of compressed air and directing the drive ring of air onto the jet flow and the entrained air; and a second section including an exit expansion nozzle which receives the jet flow, the entrained air and the drive ring of air after exiting the first section. a first section including: a drive nozzle arranged to accelerate compressed air for generating a drive jet of air from a flow of compressed air, wherein an inlet flow section of the drive nozzle has a converging section and an outlet flow section of the drive nozzle has a diverging section; a first section expansion nozzle receiving the drive jet of air from the drive nozzle in order to entrain air in a volume surrounding the drive jet of air into the jet flow to generate a vacuum across the first section; and a ring drive nozzle for generating a drive ring of air from the flow of compressed air and directing the drive ring of air onto the jet flow and the entrained air; and a drive nozzle arranged to accelerate compressed air for generating a drive jet of air from a flow of compressed air, wherein an inlet flow section of the drive nozzle has a converging section and an outlet flow section of the drive nozzle has a diverging section; a first section expansion nozzle receiving the drive jet of air from the drive nozzle in order to entrain air in a volume surrounding the drive jet of air into the jet flow to generate a vacuum across the first section; and a ring drive nozzle for generating a drive ring of air from the flow of compressed air and directing the drive ring of air onto the jet flow and the entrained air; and a second section including an exit expansion nozzle which receives the jet flow, the entrained air and the drive ring of air after exiting the first section.
A method for informing an eNodeB of a transmit power status of a user equipment, UE, in a wireless communication system using component carrier aggregation, in which two or more component carriers, CCs, are aggregated, wherein the method comprises the following steps performed by the UE: generating a power status report that includes: (i) a CC specific maximum transmission power, P CMAX,c, for each configured and activated uplink CC, wherein P CMAX,c shall be set within following bounds: P CMAX _ L, c < = P CMAX, c < = P CMAX _ H, c where P CMAX_L,c is a lower bound and P CMAX_H,c is a higher bound of a CC specific maximum transmission power, and (ii) a power headroom report indicative of a difference between the CC specific maximum transmission power, P CMAX,c, and an estimated UE transmit power, per each configured and activated uplink CC, wherein the CC specific maximum transmission power, P CMAX,c, for each configured and activated CC is included in the power status report when a resource is assigned for the configured and activated uplink CC for the UE, and transmitting the power status report to the eNodeB. generating a power status report that includes: (i) a CC specific maximum transmission power, P CMAX,c, for each configured and activated uplink CC, wherein P CMAX,c shall be set within following bounds: P CMAX _ L, c < = P CMAX, c < = P CMAX _ H, c where P CMAX_L,c is a lower bound and P CMAX_H,c is a higher bound of a CC specific maximum transmission power, and (ii) a power headroom report indicative of a difference between the CC specific maximum transmission power, P CMAX,c, and an estimated UE transmit power, per each configured and activated uplink CC, wherein the CC specific maximum transmission power, P CMAX,c, for each configured and activated CC is included in the power status report when a resource is assigned for the configured and activated uplink CC for the UE, and (i) a CC specific maximum transmission power, P CMAX,c, for each configured and activated uplink CC, wherein P CMAX,c shall be set within following bounds: P CMAX _ L, c < = P CMAX, c < = P CMAX _ H, c where P CMAX_L,c is a lower bound and P CMAX_H,c is a higher bound of a CC specific maximum transmission power, and (ii) a power headroom report indicative of a difference between the CC specific maximum transmission power, P CMAX,c, and an estimated UE transmit power, per each configured and activated uplink CC, transmitting the power status report to the eNodeB.