mhurhangee/patent-ind-claim-en huggingface dataset:
A method for diagnosing and/or predicting a sepsis acute kidney injury in a patient, the method comprising: - providing a test sample of blood obtained from said patient; - preparing an RNA sample from said test sample; - detecting the expression level of the LncRNA molecule TCONS_00024536 having a nucleotide sequence as set forth in SEQ ID NO: 1 in said RNA sample; - using the detected level of expression of said LncRNA molecule TCONS_00024536 to diagnose and/or predict sepsis acute kidney injury in the patient, wherein the detection of the expression level of the LncRNA molecule TCONS_00024536 is performed by real-time quantitative PCR, and wherein prior to detecting the level of expression of the LncRNA molecule TCONS_00024536, said LncRNA molecule is subjected to amplification by polymerase chain reaction (PCR) using a pair of primers specific to said LncRNA molecule, wherein said pair of primers comprises a first primer consisting of a nucleotide sequence according to SEQ ID NO: 2 and a second primer consisting of a nucleotide sequence according to SEQ ID NO: 3. - providing a test sample of blood obtained from said patient; - preparing an RNA sample from said test sample; - detecting the expression level of the LncRNA molecule TCONS_00024536 having a nucleotide sequence as set forth in SEQ ID NO: 1 in said RNA sample; - using the detected level of expression of said LncRNA molecule TCONS_00024536 to diagnose and/or predict sepsis acute kidney injury in the patient, wherein the detection of the expression level of the LncRNA molecule TCONS_00024536 is performed by real-time quantitative PCR, and wherein prior to detecting the level of expression of the LncRNA molecule TCONS_00024536, said LncRNA molecule is subjected to amplification by polymerase chain reaction (PCR) using a pair of primers specific to said LncRNA molecule, wherein said pair of primers comprises a first primer consisting of a nucleotide sequence according to SEQ ID NO: 2 and a second primer consisting of a nucleotide sequence according to SEQ ID NO: 3.
A dredging system for a pre-paved gravel foundation bed surface in open sea deep water, comprising: a dredging mechanism , which includes a dredging suction head , a power component and a dredging pipeline , wherein the dredging suction head is connected with the dredging pipeline ; the dredging pipeline is communicated with the power component ; a lifting mechanism , which is connected with the dredging suction head and is used for lifting the dredging suction head to the gravel foundation bed surface ; a moving mechanism , which is connected with the lifting mechanism and is used for driving the dredging suction head to move within a dredging range of the gravel foundation bed surface , characterized in that , the dredging suction head comprises at least one ridge surface suction port and at least one furrow suction port ; the opening end portions of all the furrow suction ports are lower than those of all the ridge surface suction ports . a dredging mechanism , which includes a dredging suction head , a power component and a dredging pipeline , wherein the dredging suction head is connected with the dredging pipeline ; the dredging pipeline is communicated with the power component ; a lifting mechanism , which is connected with the dredging suction head and is used for lifting the dredging suction head to the gravel foundation bed surface ; a moving mechanism , which is connected with the lifting mechanism and is used for driving the dredging suction head to move within a dredging range of the gravel foundation bed surface , characterized in that ,
A hose extrusion head for producing a hose , with (a) a head housing , (b) a duct , which is formed in the head housing , for supplying a hose material , (c) a pin , which is arranged in the duct , (d) a die and (e) at least one securing element , by means of which the die is attached to the head housing, (f) wherein the die is movable for centring relative to the pin and (g) the securing element is attached by one end to the die so that the end follows a movement of the die , characterized in that (h) the securing element is formed by a device which comprises pre-tensioned tension wire cables and which only transfers tensile forces. (a) a head housing , (b) a duct , which is formed in the head housing , for supplying a hose material , (c) a pin , which is arranged in the duct , (d) a die and (e) at least one securing element , by means of which the die is attached to the head housing, (f) wherein the die is movable for centring relative to the pin and (g) the securing element is attached by one end to the die so that the end follows a movement of the die , characterized in that (h) the securing element is formed by a device which comprises pre-tensioned tension wire cables and which only transfers tensile forces.
A device for drying bulk material with a horizontally arranged base element for receiving the bulk material to be dried and with a feed device for drying air, which is arranged below the base element , wherein the base element comprises a first drying grate and a second drying grate , wherein the first drying grate comprises first profile rods arranged at a first distance from one another and the second drying grate comprises second profile rods arranged at a second distance from one another, wherein the first and second profile rods are each arranged in parallel to one another and the first and second profile rods are arranged in the base element oriented equally, such that they all extend in the same direction with their longitudinal extents, and wherein the first drying grate is arranged below the second drying grate at a distance , wherein the base element is arranged at a height, which allows for the removal of the dried bulk material from the base below the base element , and wherein the base element is connected to at least one drive element , which sets the base element into a shaking, swinging or vibrating motion on demand, characterized in that the horizontal distance between the profile rods of the first drying grate is selected from a range of 1.2 times to 3 times the value of the vertical distance between the first and the second drying grate , that further the first distance between the first profile rods and the second distance between the second profile rods is larger than the smallest dimension of the particles of the bulk material to be dried and smaller than the largest dimension of the particles of the bulk material to be dried.
Household dishwasher comprising a washing container which has a loading opening , wherein the loading opening can be closed by means of a door of the household dishwasher , wherein the household dishwasher comprises an electrical drive device , by means of which the door can be moved between a closed position, in which it closes the loading opening , and an open position, in which the washing container is accessible from outside, characterised in that the household dishwasher has a control unit which is designed to identify a manual movement of the door performed by an operator in a specific direction of movement by detecting at least one characteristic variable of the drive device and to move the door further in the aforementioned direction of movement by means of the drive device as a result of the movement, and that the drive device comprises a permanently excited drive motor with a rotor which is mechanically coupled to the door , such that the movement of the door manually brought about by the operator brings about a movement of the rotor , whereby an electrical voltage is induced in the drive motor , wherein the control unit is configured to detect the electrical voltage as a characteristic variable of the drive device and wherein the control unit is configured, when detecting the electrical voltage, to operate the drive motor such that the door is moved further in the aforementioned direction of movement.
A method of fabricating a semiconductor structure having a reduced number of surface dislocations comprising: enhancing the surface extent of indentations produced by emergent surface dislocations appearing at a semiconductor surface , by opening growth pits associated with the dislocations and making two or more of the growth pits opened intersect into agglomerations of growth pits ; depositing a layer of a dielectric masking material so as to cover in a discontinuous manner at least portions of side facets of the growth pits and agglomerations of growth pits , portions of the side facets of the growth pits being covered with masking material while other portions of the side facets of the growth pits not being so covered, and forming by lateral growth a following semiconductor layer to enclose some or all the growth pits and the agglomerations of growth pits , wherein the lateral growth continues at least until the following semiconductor layer has continuous lateral extent, wherein the following semiconductor layer is formed with a dislocation density that is less than that of the initial surface , and wherein the lateral growth nucleates from portions of the growth pits and agglomerations of growth pits , not covered by the discontinuous layer of dielectric masking material . enhancing the surface extent of indentations produced by emergent surface dislocations appearing at a semiconductor surface , by opening growth pits associated with the dislocations and making two or more of the growth pits opened intersect into agglomerations of growth pits ; depositing a layer of a dielectric masking material so as to cover in a discontinuous manner at least portions of side facets of the growth pits and agglomerations of growth pits , portions of the side facets of the growth pits being covered with masking material while other portions of the side facets of the growth pits not being so covered, and forming by lateral growth a following semiconductor layer to enclose some or all the growth pits and the agglomerations of growth pits , wherein the lateral growth continues at least until the following semiconductor layer has continuous lateral extent, wherein the following semiconductor layer is formed with a dislocation density that is less than that of the initial surface , and wherein the lateral growth nucleates from portions of the growth pits and agglomerations of growth pits , not covered by the discontinuous layer of dielectric masking material .
A method , performed by a client device having one or more processors and memory storing instructions for execution by the one or more processors, the method comprising: receiving a request to stream a media item from a first position within the media item, wherein content corresponding to the media item includes samples identified in a container file that is associated with the media item; obtaining , independently of the container file, a seektable that is not included with the container file and that identifies a plurality of segments into which content corresponding to the media item is divided, wherein each segment of the plurality of segments includes multiple samples, the seektable has a lower resolution than metadata that is associated with the container file, and the seektable is smaller in file size than the metadata; consulting the seektable to determine a segment of the media item to retrieve in response to the request, the segment including content at the first position; after consulting the seektable, retrieving the segment of the media item; and playing the content corresponding to the first position using the retrieved segment. receiving a request to stream a media item from a first position within the media item, wherein content corresponding to the media item includes samples identified in a container file that is associated with the media item; obtaining , independently of the container file, a seektable that is not included with the container file and that identifies a plurality of segments into which content corresponding to the media item is divided, wherein each segment of the plurality of segments includes multiple samples, the seektable has a lower resolution than metadata that is associated with the container file, and the seektable is smaller in file size than the metadata; consulting the seektable to determine a segment of the media item to retrieve in response to the request, the segment including content at the first position; after consulting the seektable, retrieving the segment of the media item; and playing the content corresponding to the first position using the retrieved segment.
Assembly for a drug delivery device, the assembly comprising: - a housing having a proximal end and a distal end , - a cartridge , a plunger being movably retained in the cartridge , - a piston rod arranged to move the plunger distally with respect to the cartridge , and - a rod displacement feature movable between a first and a second position with respect to the housing , wherein the assembly is configured such that, in an initial state of the assembly, the piston rod and the rod displacement feature are arranged to abut such that movement of the rod displacement feature from the first position to the second position is transferred to the piston rod such that the piston rod is moved with respect to the cartridge and the assembly is switched from the initial state to a primed state, wherein, in the primed state, movement of the rod displacement feature from the first position to the second position is not transferred to the piston rod , wherein, when the assembly is switched from the initial state to the primed state, the plunger is moved with respect to the cartridge and an initial static friction force between the plunger and the cartridge is overcome, wherein the assembly comprises a drive mechanism being configured to transfer a driving force to the piston rod in the primed state, wherein the assembly comprises a drive spring which is arranged and configured to drive the movement of the piston rod via a drive member of the drive mechanism by the driving force provided by the drive spring , whereby the driving force provided by the drive spring is exerted on the piston rod , wherein the initial static friction force is greater than the driving force, wherein the assembly comprises a coupling element , wherein a uni-directional coupling is formed between the piston rod and the coupling element and wherein the coupling element is fixed to the housing and arranged and configured such that a proximal movement of the piston rod with respect to the housing is prevented, and wherein the assembly comprises a spring element which is arranged and configured such that movement of the rod displacement feature from the first to the second position loads the spring element and the spring force of the spring element tends to move the rod displacement feature back into the first position. - a housing having a proximal end and a distal end , - a cartridge , a plunger being movably retained in the cartridge , - a piston rod arranged to move the plunger distally with respect to the cartridge , and - a rod displacement feature movable between a first and a second position with respect to the housing , wherein the assembly is configured such that, in an initial state of the assembly, the piston rod and the rod displacement feature are arranged to abut such that movement of the rod displacement feature from the first position to the second position is transferred to the piston rod such that the piston rod is moved with respect to the cartridge and the assembly is switched from the initial state to a primed state,
A DNA expression vector or a mixture of DNA expression vectors which encodes at least two CD4 epitopes of telomerase reverse transcriptase (TERT) and at least one tumor, viral, bacterial, or parasitic CD8 epitope; wherein said at least two CD4 epitopes of TERT are identical, and repeated.
Apparatus comprising means for performing: - pre-compensating N sets of K 1 tone data values for crosstalk between N communication lines (131-137); the N sets of K 1 tone data values pertaining to respective N terminal nodes (111-117) of a digital communication system; - calculating from the pre-compensated N sets of K 1 tone data values N sets of first time domain symbols ; - calculating a second time domain symbol from a set of K 2 tone data values ; the K 2 tone data values pertaining to a selected one of the N terminal nodes; - adding the second time domain symbol in a weighted manner to the first time domain symbols such that the second time domain symbol is added to the first time domain symbol for the selected terminal node and to at least one other of the first time domain symbols for the respective other terminal nodes. - pre-compensating N sets of K 1 tone data values for crosstalk between N communication lines (131-137); the N sets of K 1 tone data values pertaining to respective N terminal nodes (111-117) of a digital communication system; - calculating from the pre-compensated N sets of K 1 tone data values N sets of first time domain symbols ; - calculating a second time domain symbol from a set of K 2 tone data values ; the K 2 tone data values pertaining to a selected one of the N terminal nodes; - adding the second time domain symbol in a weighted manner to the first time domain symbols such that the second time domain symbol is added to the first time domain symbol for the selected terminal node and to at least one other of the first time domain symbols for the respective other terminal nodes.
A compressor housing assembly for a turbocharger comprising: a compressor housing shell that comprises an axis for alignment with a rotational axis of a compressor wheel, a wall that comprises features defined in part by radii with respect to the axis, and an edge that defines in part an inlet opening of a shroud port ; and an insert that comprises a lower shroud section and a noise suppressor section that define a recirculation port wherein the insert is axially located by the wall of the compressor housing shell, wherein an internal recirculation passage is defined in part by the insert and the wall, wherein a lower edge of the shroud section defines in part the inlet opening of the shroud port and wherein the lower edge is axially the lowermost edge of the insert, wherein the wall comprises an outer surface to mount a conduit to the compressor housing shell; characterized in that the noise suppressor section comprises a shoulder and wherein the wall comprises a seat that seats the shoulder to axially locate the insert with respect to the compressor housing shell such that the shroud section is not in direct contact with the compressor housing shell. a compressor housing shell that comprises an axis for alignment with a rotational axis of a compressor wheel, a wall that comprises features defined in part by radii with respect to the axis, and an edge that defines in part an inlet opening of a shroud port ; and an insert that comprises a lower shroud section and a noise suppressor section that define a recirculation port wherein the insert is axially located by the wall of the compressor housing shell, wherein an internal recirculation passage is defined in part by the insert and the wall, wherein a lower edge of the shroud section defines in part the inlet opening of the shroud port and wherein the lower edge is axially the lowermost edge of the insert, wherein the wall comprises an outer surface to mount a conduit to the compressor housing shell; characterized in that the noise suppressor section comprises a shoulder and wherein the wall comprises a seat that seats the shoulder to axially locate the insert with respect to the compressor housing shell such that the shroud section is not in direct contact with the compressor housing shell.
A silicon carbide, SiC, super-junction, SJ, device , comprising: an active area including two or three charge balance, CB, layers , wherein each CB layer comprises: a semiconductor layer having a first conductivity-type; and a plurality of floating regions having a second conductivity-type disposed in a surface of the semiconductor layer, wherein the plurality of floating regions and the semiconductor layer are both configured to deplete to provide equal amounts of charge from ionized dopants when a reverse bias is applied to the SiC-SJ device ; the plurality of floating regions has a dopant concentration of 1.7×10 17 cm -3 ± 10%; the semiconductor layer has a dopant concentration of either 8×10 15 cm -3 ± 10% or 9×10 15 cm -3 ± 10%; wherein if the semiconductor layer has a dopant concentration of 8×10 15 cm -3 ± 10%, then the active area includes three CB layers ; and wherein if the semiconductor layer has a dopant concentration of 9×10 15 cm -3 ± 10%, then the active area includes two CB layers ; a thickness of each of the plurality of floating regions is 1 μm; a width of each of the plurality of floating regions is 2 μm; a spacing between the plurality of floating regions is 3 μm; and the two or three CB layers each has a thickness of 10 μm. an active area including two or three charge balance, CB, layers , wherein each CB layer comprises: a semiconductor layer having a first conductivity-type; and a plurality of floating regions having a second conductivity-type disposed in a surface of the semiconductor layer, wherein a semiconductor layer having a first conductivity-type; and a plurality of floating regions having a second conductivity-type disposed in a surface of the semiconductor layer, wherein the plurality of floating regions and the semiconductor layer are both configured to deplete to provide equal amounts of charge from ionized dopants when a reverse bias is applied to the SiC-SJ device ; the plurality of floating regions has a dopant concentration of 1.7×10 17 cm -3 ± 10%; the semiconductor layer has a dopant concentration of either 8×10 15 cm -3 ± 10% or 9×10 15 cm -3 ± 10%; wherein if the semiconductor layer has a dopant concentration of 8×10 15 cm -3 ± 10%, then the active area includes three CB layers ; and wherein if the semiconductor layer has a dopant concentration of 9×10 15 cm -3 ± 10%, then the active area includes two CB layers ; wherein if the semiconductor layer has a dopant concentration of 8×10 15 cm -3 ± 10%, then the active area includes three CB layers ; and wherein if the semiconductor layer has a dopant concentration of 9×10 15 cm -3 ± 10%, then the active area includes two CB layers ; a thickness of each of the plurality of floating regions is 1 μm; a width of each of the plurality of floating regions is 2 μm; a spacing between the plurality of floating regions is 3 μm; and the two or three CB layers each has a thickness of 10 μm.
A table top placed on top of a kitchen or utility room cupboard or a cupboard frame where the table top is box shaped having an inner cavity characterised in that guiding rails for a drawer are attached to side panels placed in the cavity of the table top and that the side panels are fastened in the cavity of the table top by height/length adjustable levellers , which levellers are extended in a substantial vertical direction to fasten the side panels within the cavity of the table top , and that in the end of the leveller extending away from the side panel to which the leveller is attached, the leveller is provided with a material or a surface which limits or prevents sliding in relation to the surface of the upper or lower side of the cavity on which the end of the leveller is placed and wherein the levellers are positioned in drilled holes in an upper or lower side of the side panels .