mhurhangee/ep-ind-claims huggingface dataset:
A method of clearing well casing or tubing from a target region of an oil/gas well borehole, said method comprising: delivering chemical heating and/or cooling means to the target region to facilitate a rapid temperature change in the target region so as to alter the physical properties of the well casing/tubing in the target region and thereby embrittle, soften or otherwise weaken the well casing without melting it; applying one or more physical or environmental stresses to the target region to clear the weakened well casing/tubing from the target region; and characterised by producing a plurality of perforations in the well casing/tubing in the target region before the delivery of the chemical heating and/or cooling means. delivering chemical heating and/or cooling means to the target region to facilitate a rapid temperature change in the target region so as to alter the physical properties of the well casing/tubing in the target region and thereby embrittle, soften or otherwise weaken the well casing without melting it; applying one or more physical or environmental stresses to the target region to clear the weakened well casing/tubing from the target region; and characterised by producing a plurality of perforations in the well casing/tubing in the target region before the delivery of the chemical heating and/or cooling means.
Switched power converter comprising: means for providing a master clock; a power stage for generating an output voltage according to a switching signal and an input voltage by means of a switching element (18,19), the power stage comprising means for sensing a current and an analog to digital converter for digitizing a sensed current; the power stage further comprising means for deriving a local clock from the master clock to control a sampling of the analog to digital converter, wherein the means for deriving the local clock form the master clock comprise a modulo-counter comprising a modulo-n-counter with modulus n that increments every time the master clock pulses for producing a mod-n-count a modulo-m-counter with modulus m that increments by an increment every time the local clock pulses for producing a mod-m-count; means for triggering a pulse of the local clock when mod-n-count and mod-m-count are equal, wherein m and n are chosen such that m is not an integer multiple of n and the increment is chosen such that it is an integer division of n, but not an integer division of m. means for providing a master clock; a power stage for generating an output voltage according to a switching signal and an input voltage by means of a switching element (18,19), the power stage comprising means for sensing a current and an analog to digital converter for digitizing a sensed current; the power stage further comprising means for deriving a local clock from the master clock to control a sampling of the analog to digital converter, wherein the means for deriving the local clock form the master clock comprise a modulo-counter comprising a modulo-n-counter with modulus n that increments every time the master clock pulses for producing a mod-n-count a modulo-m-counter with modulus m that increments by an increment every time the local clock pulses for producing a mod-m-count; means for triggering a pulse of the local clock when mod-n-count and mod-m-count are equal, wherein m and n are chosen such that m is not an integer multiple of n and the increment is chosen such that it is an integer division of n, but not an integer division of m. a modulo-n-counter with modulus n that increments every time the master clock pulses for producing a mod-n-count a modulo-m-counter with modulus m that increments by an increment every time the local clock pulses for producing a mod-m-count; means for triggering a pulse of the local clock when mod-n-count and mod-m-count are equal, wherein m and n are chosen such that m is not an integer multiple of n and the increment is chosen such that it is an integer division of n, but not an integer division of m.
Fixed dose tablet formulation comprising metformin and acarbose, at least one disintegrant, at least one flow agent and/or lubricant, characterized in that the moisture content of said formulation is 1.6% to 3.0%, and a hydroxypropylcellulose as dry binder, which has a viscosity of 2 to 3 mPas at a molecular weight of about 40,000 g/mol and a particle size D50 of about 20 μm, D90 of 50 μm respectively, and another hydroxypropylcellulose as dry binder that has a viscosity of 6 to 10 mPas at a molecular weight of about 140,000 g/mol and a particle size D50 of about 160 μm, D90 of 335 μm or 355 μm respectively. metformin and acarbose, at least one disintegrant, at least one flow agent and/or lubricant, characterized in that the moisture content of said formulation is 1.6% to 3.0%, and a hydroxypropylcellulose as dry binder, which has a viscosity of 2 to 3 mPas at a molecular weight of about 40,000 g/mol and a particle size D50 of about 20 μm, D90 of 50 μm respectively, and another hydroxypropylcellulose as dry binder that has a viscosity of 6 to 10 mPas at a molecular weight of about 140,000 g/mol and a particle size D50 of about 160 μm, D90 of 335 μm or 355 μm respectively.
A method for controlling a cooking program in a cooking device for cooking products to be cooked (1, 133) in a cooking chamber following selection of the cooking program by means of a display device and an operating device, using a control or regulating device which is in operative connection with the display device and the operating device as well as at least one function unit and/or at least one accessory of the cooking device, having the steps of: • one cooking process which is to be expected from at least two selectable cooking programs is displayed, at least in a visualized manner, on the display device for selecting the cooking program, in that it is displayed on the display device, for each selectable cooking program, how at least one first variable which is characteristic of a product to be cooked is expected over a plurality of points in times of the selectable cooking program in each case, and • at least one instruction for operating the function unit and/or the accessory for executing the selected cooking program is displayed, at least in a visualized manner, on the display device following selection of the cooking program, depending at least on the selected cooking program, so that following selection of a cooking program the correct operating information is always displayed at the right time. • one cooking process which is to be expected from at least two selectable cooking programs is displayed, at least in a visualized manner, on the display device for selecting the cooking program, in that it is displayed on the display device, for each selectable cooking program, how at least one first variable which is characteristic of a product to be cooked is expected over a plurality of points in times of the selectable cooking program in each case, and • at least one instruction for operating the function unit and/or the accessory for executing the selected cooking program is displayed, at least in a visualized manner, on the display device following selection of the cooking program, depending at least on the selected cooking program, so that following selection of a cooking program the correct operating information is always displayed at the right time.
A method for transmitting a multicast signal, the method comprising: receiving Internet Protocol, IP, streams from an upper layer; compressing IP headers of the IP streams in a link layer; generating link control information for multicast related to the link layer; encapsulating Robust Header Compression, ROHC, streams with the compressed IP headers; encapsulating a descriptor related to IP header compression and the link control information; and transmitting a stream including the link control information, the descriptor, and the ROHC streams in a physical layer, characterized in that: the link control information includes a link ID which is mapped to a ROHC channel ID, and the link control information further includes multicast descriptor, the multicast descriptor includes multicast stream ID. receiving Internet Protocol, IP, streams from an upper layer; compressing IP headers of the IP streams in a link layer; generating link control information for multicast related to the link layer; encapsulating Robust Header Compression, ROHC, streams with the compressed IP headers; encapsulating a descriptor related to IP header compression and the link control information; and transmitting a stream including the link control information, the descriptor, and the ROHC streams in a physical layer, characterized in that: the link control information includes a link ID which is mapped to a ROHC channel ID, and the link control information further includes multicast descriptor, the multicast descriptor includes multicast stream ID. the link control information includes a link ID which is mapped to a ROHC channel ID, and the link control information further includes multicast descriptor, the multicast descriptor includes multicast stream ID.
Retaining element for a tongue attachment of a clamp lock for a points positioning system, comprising: - an upper covering region with a retaining section for preventing the tongue fastening screw between positioning tongue and tongue attachment from coming unscrewed; and - a lateral covering region which is arranged substantially perpendicularly to the upper covering region and oriented substantially vertically in the fitted position, and constructed in one piece with the upper covering region; characterised in that the retaining element further comprises: - a first retaining region and a second retaining region which are arranged parallel to each other and constructed in one piece with the lateral covering region; wherein - each retaining region (56, 58) is oriented perpendicularly to the lateral covering region as well as to the upper covering region and spaced apart from the upper covering region; and - each retaining region (56, 58) prevents a bolt connection (24, 28) for fastening a locking clamp to the tongue attachment from coming loose accidentally; and wherein - the upper covering region is dimensioned to fix a retaining ring round the head of the tongue fastening screw in the vertical region. - an upper covering region with a retaining section for preventing the tongue fastening screw between positioning tongue and tongue attachment from coming unscrewed; and - a lateral covering region which is arranged substantially perpendicularly to the upper covering region and oriented substantially vertically in the fitted position, and constructed in one piece with the upper covering region; characterised in that the retaining element further comprises: - a first retaining region and a second retaining region which are arranged parallel to each other and constructed in one piece with the lateral covering region; wherein - each retaining region (56, 58) is oriented perpendicularly to the lateral covering region as well as to the upper covering region and spaced apart from the upper covering region; and - each retaining region (56, 58) prevents a bolt connection (24, 28) for fastening a locking clamp to the tongue attachment from coming loose accidentally; and wherein - the upper covering region is dimensioned to fix a retaining ring round the head of the tongue fastening screw in the vertical region. - a first retaining region and a second retaining region which are arranged parallel to each other and constructed in one piece with the lateral covering region; wherein - each retaining region (56, 58) is oriented perpendicularly to the lateral covering region as well as to the upper covering region and spaced apart from the upper covering region; and - each retaining region (56, 58) prevents a bolt connection (24, 28) for fastening a locking clamp to the tongue attachment from coming loose accidentally; and wherein - the upper covering region is dimensioned to fix a retaining ring round the head of the tongue fastening screw in the vertical region.
A fluid jet ejection device (100, 200) comprising: a cartridge body; a fluid outlet nozzle attached to the cartridge body; a fluid jet ejection cartridge disposed in the cartridge body, the fluid jet ejection cartridge containing a fluid and an ejection head (112, 202) attached to the fluid jet ejection cartridge; wherein the ejection head (112, 202) contains a plurality of fluid ejectors thereon and a nozzle plate (400, 424) having a plurality of fluid ejection nozzles (422, 432, 434) therein associated with the plurality of fluid ejectors, wherein a first portion of the plurality of fluid ejection nozzles (422, 432, 434) have a first axial flow path length and a second portion of the plurality of fluid ejection nozzles (422, 432, 434) have a second axial flow path length greater than the first axial flow path length, the fluid jet ejection device (100, 200) being characterized in that the fluid jet ejection cartridge is configured such that a droplet velocity of droplets ejected from the first portion of the plurality of fluid ejection nozzles (422, 432, 434) is greater than a droplet velocity of droplets ejected from the second portion of the plurality of fluid ejection nozzles (422, 432, 434), and interaction between the droplets ejected from the first portion of the plurality of fluid ejection nozzles (422, 432, 434) and the droplets ejected from the second portion of the plurality of fluid ejection nozzles (422, 432, 434) is increased thereby producing a wider plume angle. a cartridge body; a fluid outlet nozzle attached to the cartridge body; a fluid jet ejection cartridge disposed in the cartridge body, the fluid jet ejection cartridge containing a fluid and an ejection head (112, 202) attached to the fluid jet ejection cartridge; wherein the ejection head (112, 202) contains a plurality of fluid ejectors thereon and a nozzle plate (400, 424) having a plurality of fluid ejection nozzles (422, 432, 434) therein associated with the plurality of fluid ejectors, wherein a first portion of the plurality of fluid ejection nozzles (422, 432, 434) have a first axial flow path length and a second portion of the plurality of fluid ejection nozzles (422, 432, 434) have a second axial flow path length greater than the first axial flow path length, the fluid jet ejection device (100, 200) being characterized in that the fluid jet ejection cartridge is configured such that a droplet velocity of droplets ejected from the first portion of the plurality of fluid ejection nozzles (422, 432, 434) is greater than a droplet velocity of droplets ejected from the second portion of the plurality of fluid ejection nozzles (422, 432, 434), and interaction between the droplets ejected from the first portion of the plurality of fluid ejection nozzles (422, 432, 434) and the droplets ejected from the second portion of the plurality of fluid ejection nozzles (422, 432, 434) is increased thereby producing a wider plume angle.
A method for determining the abundance of a target nucleic acid in a single cell, the method comprising: contacting a fixed and permeabilized cell with at least one pair of SNAIL oligonucleotides under conditions permissive for specific hybridization, wherein the pair of oligonucleotides comprises a Splint Primer Oligonucleotide and a closed circle Padlock Oligonucleotide, wherein each of SPO and PO comprise a first complementarity region (CR1 and CR1', respectively) complementary to directly adjacent sequences on the target nucleic acid; and each of SPO and PO further comprise a second complementarity region (CR2 and CR2') located adjacent to CR1 or CR1' respectively; wherein the CR2' on the PO is a split region such that the 5' and the 3' ends of PO hybridize to CR2 of the SPO such that after hybridization the 5' and the 3' ends of PO are positioned in a butt head-to-end fashion where the 5' and the 3' ends of PO are positioned directly adjacent to one another; washing the cell free of unbound oligonucleotides; performing rolling circle amplification using the PO as a template and SPO as a primer for a polymerase; contacting the cell with a detection probe under conditions permissive for specific hybridization; and detecting the level of bound detection probes to determine the abundance of the target nucleic acid; contacting a fixed and permeabilized cell with at least one pair of SNAIL oligonucleotides under conditions permissive for specific hybridization, wherein the pair of oligonucleotides comprises a Splint Primer Oligonucleotide and a closed circle Padlock Oligonucleotide, wherein each of SPO and PO comprise a first complementarity region (CR1 and CR1', respectively) complementary to directly adjacent sequences on the target nucleic acid; and each of SPO and PO further comprise a second complementarity region (CR2 and CR2') located adjacent to CR1 or CR1' respectively; wherein the CR2' on the PO is a split region such that the 5' and the 3' ends of PO hybridize to CR2 of the SPO such that after hybridization the 5' and the 3' ends of PO are positioned in a butt head-to-end fashion where the 5' and the 3' ends of PO are positioned directly adjacent to one another; washing the cell free of unbound oligonucleotides; performing rolling circle amplification using the PO as a template and SPO as a primer for a polymerase; contacting the cell with a detection probe under conditions permissive for specific hybridization; and detecting the level of bound detection probes to determine the abundance of the target nucleic acid;
A central traction device for a straddle-type monorail train, comprising: a frame; a traction pin, and a traction beam, a central sleeve being provided at the center of the traction beam, and the traction pin being mounted in the central sleeve, wherein: an inner cavity of the central sleeve has a corset-shaped structure having large diameters on an upper end and a lower end and a small diameter at a middle part, forming double tapered bevels, and a resilient rubber bush is provided between an inner wall of the central sleeve and the traction pin; characterised in that the traction device further comprises two end plates distributed in a longitudinal direction, and the two end plates are respectively mounted at outer sides of the traction pin, a top portion of each of the end plates is fixedly connected to the frame, and four traction rubber stacks are mounted between the traction beam and the two end plates. a frame; a traction pin, and a traction beam, a central sleeve being provided at the center of the traction beam, and the traction pin being mounted in the central sleeve, wherein: an inner cavity of the central sleeve has a corset-shaped structure having large diameters on an upper end and a lower end and a small diameter at a middle part, forming double tapered bevels, and a resilient rubber bush is provided between an inner wall of the central sleeve and the traction pin; characterised in that the traction device further comprises two end plates distributed in a longitudinal direction, and the two end plates are respectively mounted at outer sides of the traction pin, a top portion of each of the end plates is fixedly connected to the frame, and four traction rubber stacks are mounted between the traction beam and the two end plates. an inner cavity of the central sleeve has a corset-shaped structure having large diameters on an upper end and a lower end and a small diameter at a middle part, forming double tapered bevels, and a resilient rubber bush is provided between an inner wall of the central sleeve and the traction pin; characterised in that the traction device further comprises two end plates distributed in a longitudinal direction, and the two end plates are respectively mounted at outer sides of the traction pin, a top portion of each of the end plates is fixedly connected to the frame, and four traction rubber stacks are mounted between the traction beam and the two end plates.
A method of removing hydrogen sulfide from an input gas, the method comprising: exposing an adsorbent material to an input gas to obtain an output gas, wherein a concentration of hydrogen sulfide of the output gas is less than a concentration of hydrogen sulfide of the input gas; the adsorbent material comprising copper oxide, magnesium oxide, and optionally aluminum oxide, wherein an atomic ratio of copper to magnesium to aluminum of the adsorbent material is X:Y:Z, wherein X is greater than or equal to 0.6 and less than or equal to 0.9, wherein Y is greater than 0 and less than or equal to 0.2, wherein Z is greater than or equal to 0 and less than or equal to 0.2, and wherein X + Y + Z is equal to 1. exposing an adsorbent material to an input gas to obtain an output gas, wherein a concentration of hydrogen sulfide of the output gas is less than a concentration of hydrogen sulfide of the input gas; the adsorbent material comprising copper oxide, magnesium oxide, and optionally aluminum oxide, wherein an atomic ratio of copper to magnesium to aluminum of the adsorbent material is X:Y:Z, wherein X is greater than or equal to 0.6 and less than or equal to 0.9, wherein Y is greater than 0 and less than or equal to 0.2, wherein Z is greater than or equal to 0 and less than or equal to 0.2, and wherein X + Y + Z is equal to 1.
A material for use in a method of preventing adhesion of a resected surface after partial hepatectomy, wherein the material comprises a cell sheet comprising liver mesothelial cells.
An apparatus for manufacturing a polyolefin comprising: a loop reactor including a first reaction space; and a single gas phase reactor including a second reaction space into which a first product produced in the loop reactor is introduced; wherein a volume ratio of the second reaction space to the first reaction space is 1.2 or more. a loop reactor including a first reaction space; and a single gas phase reactor including a second reaction space into which a first product produced in the loop reactor is introduced; wherein a volume ratio of the second reaction space to the first reaction space is 1.2 or more.
A surgical system, comprising: an imaging device to generate the image data of a selected portion of the anatomy; a planning system including a processor to execute operations relating to the generated image data to at least determine an amount of tissue to be removed; a navigation system including a tracking system and a tracking sensor; and a display adapted to display a graphical display of an area of tissue removed by a surgical instrument and a selected area of tissue to be yet removed by the surgical instrument; wherein said imaging device is operable to generate the image data of the selected portion of the anatomy prior to the procedure; wherein said processor is operable to determine a selected dimension in said image data from said imaging device; wherein said navigation system is operable with said planning system to perform the procedure according to a selected plan described with said planning system including, by super-imposing the surgical instrument on said graphical display of tissue, tracking of a real time image of the amount of tissue removed. an imaging device to generate the image data of a selected portion of the anatomy; a planning system including a processor to execute operations relating to the generated image data to at least determine an amount of tissue to be removed; a navigation system including a tracking system and a tracking sensor; and a display adapted to display a graphical display of an area of tissue removed by a surgical instrument and a selected area of tissue to be yet removed by the surgical instrument; wherein said imaging device is operable to generate the image data of the selected portion of the anatomy prior to the procedure; wherein said processor is operable to determine a selected dimension in said image data from said imaging device; wherein said navigation system is operable with said planning system to perform the procedure according to a selected plan described with said planning system including, by super-imposing the surgical instrument on said graphical display of tissue, tracking of a real time image of the amount of tissue removed.