mhurhangee/ep-ind-claims huggingface dataset:
A hollow organs bypass stent for bypass-connecting a stomach or a duodenum to a bile duct or a gallbladder, comprising: an elongated and tubular main body portion; and a main body hooking portion protruding to an outside of the main body portion from an outer periphery of the main body portion other than both axial end portions, characterized in that the stent is prevented from migrating by the main body hooking portion coming into contact with the inner wall of a hollow organ and functioning as an anchor. an elongated and tubular main body portion; and a main body hooking portion protruding to an outside of the main body portion from an outer periphery of the main body portion other than both axial end portions, characterized in that the stent is prevented from migrating by the main body hooking portion coming into contact with the inner wall of a hollow organ and functioning as an anchor.
A method for managing a cloud service server, the method comprising: receiving, by the cloud service server, an HTTP request from a user device through the Internet; transmitting, by the cloud service server, a cloud service page to the user device through the Internet in response to the HTTP request; receiving, by the cloud service server, a registration request transmitted by the user device through the cloud service page, wherein the registration request includes an address of a registration page of a network storage server; producing, by the cloud service server, a redirect command according to the address of the registration page included in the registration request; and transmitting, by the cloud service server, the redirect command to the user device through the Internet in response to the registration request for allowing the user device to register the cloud service page with the network storage server through the registration page, wherein the redirect command is configured to redirect the user device to the registration page of the network storage server. receiving, by the cloud service server, an HTTP request from a user device through the Internet; transmitting, by the cloud service server, a cloud service page to the user device through the Internet in response to the HTTP request; receiving, by the cloud service server, a registration request transmitted by the user device through the cloud service page, wherein the registration request includes an address of a registration page of a network storage server; producing, by the cloud service server, a redirect command according to the address of the registration page included in the registration request; and transmitting, by the cloud service server, the redirect command to the user device through the Internet in response to the registration request for allowing the user device to register the cloud service page with the network storage server through the registration page, wherein the redirect command is configured to redirect the user device to the registration page of the network storage server.
A resource statistics collection method, performed by a terminal, wherein the terminal is a mobile phone, a tablet personal computer, a laptop computer, a multimedia player, a digital camera, a personal digital assistant, a mobile internet device or a wearable device, and wherein the terminal comprises at least one application installed thereon and at least one hardware resource occupied by the at least one application, wherein each application includes multiple processes, each process being identified by a process identifier PID, comprising: recording (S100, S200), at each of at least two time points, the PID of each process running on the terminal; for each of the at least two time points, obtaining (S101, S102) the at least one hardware resource invoked by the respective process running at the respective time point; obtaining, according to the at least one hardware resource invoked by each process, a power consumption of the at least one hardware resource occupied by at least one application associated with the respective process; receiving an occupation information obtaining request initiated by a user, wherein the occupation information obtaining request is a request to obtain a power consumption of the at least one hardware resource occupied by the at least one application during a first time period, wherein said first time period is a part of or all of a time period comprising said at least two time points; and obtaining, according to the at least one hardware resource invoked by each process, the power consumption of the at least one hardware resource occupied, within said first time period, by the at least one application associated with the respective process; the method characterised in that the first time period comprises a start point and an end point which are determined by an input operation of the user. recording (S100, S200), at each of at least two time points, the PID of each process running on the terminal; for each of the at least two time points, obtaining (S101, S102) the at least one hardware resource invoked by the respective process running at the respective time point; obtaining, according to the at least one hardware resource invoked by each process, a power consumption of the at least one hardware resource occupied by at least one application associated with the respective process; receiving an occupation information obtaining request initiated by a user, wherein the occupation information obtaining request is a request to obtain a power consumption of the at least one hardware resource occupied by the at least one application during a first time period, wherein said first time period is a part of or all of a time period comprising said at least two time points; and obtaining, according to the at least one hardware resource invoked by each process, the power consumption of the at least one hardware resource occupied, within said first time period, by the at least one application associated with the respective process; the method characterised in that the first time period comprises a start point and an end point which are determined by an input operation of the user.
A closure device comprising a frame which defines an opening, a lid which covers the opening and is pivotally coupled to the frame via a pivot axis arranged on one side of the frame, and a first closing means and at least one second closing means spaced apart from the first closing means, the closing means (40, 50) being used to hold the lid in a closed position and each comprising a lid portion (41, 51) and a frame portion (42, 52), it being possible to open the first closing means by means of direct action of an opening force on the associated frame portion and it being possible to open the second closing means by means of direct action of an opening force or first retaining force on the associated lid portion, the lid portion of the second closing means comprising a pressure surface (front face 59) which is used as a contact surface for the first retaining force, characterized in that the lid portion of the second closing means also comprises a counter-pressure surface (rear face 60), which counter-pressure surface is used as a contact surface for a second retaining force counter to the first retaining force, it being possible to fix the lid portion by means of the retaining forces such that a pivot force for pivoting the lid out of the closed position, which pivot force acts substantially transversely to the retaining forces, can be introduced into the lid portion via the pressure surface (front face 59) and counter-pressure surface (rear face 60).
A compound having the systematic name 4-(4-{[2-(4-chlorophenyl)-4,4-dimethylcyclohex-1-en-1-yl]methyl}piperazin-1-yl)-N-({3-nitro-4-[(tetrahydro-2H-pyran-4-ylmethyl)amino]phenyl}sulfonyl)-2-(1H-pyrrolo[2,3-b]pyridin-5-yloxy)benzamide (Compound 1) or a salt thereof in a crystalline form.
A theater house comprising a stage and stalls; the stage and the stalls comprising respective portions located side by side and alternating to each other; the stage being at a greater height with respect to the stalls which comprise at least one seat secured in correspondence with said stalls; characterized in that it comprises a roofing movable between a retracted configuration wherein it uncovers the stalls and an extended configuration wherein it covers the stalls thus defining a further walking surface adjacent to the stage, said roofing comprising a plurality of panels movable between a first position wherein they lay in a position underneath a portion of stage and a second position wherein they lay on the at least one seat to cover said stalls.
Process to manufacture a mixture of p-aramid pulp with chopped fibers, wherein said process comprises the following steps: a) Providing a suspension comprising p-aramid pulp in water, b) providing a suspension comprising chopped fibers in water, wherein the chopped fibers comprise p-aramid or carbon, c) guiding the suspension from step a) and the suspension from step b) into a mixing device, wherein said suspensions are mixed to yield a mixed mass having a solid content of p-aramid pulp and chopped fibers in the range from 50 wt.% to 95 wt.% p-aramid pulp and from 5 wt.% to 50 wt.% chopped fibers, d) guiding the mixed mass on a dewatering device, whereupon the mixed mass is dewatered to yield a dewatered cake, e) guiding the dewatered cake i) either directly ii) or via a passage through a cake breaker into a drying atmosphere to yield a dried intermediate, and f) guiding the dried intermediate i) either directly ii) or via a passage through a homogenizing device into an opening device, wherein the dried intermediate is opened to arrive at an opened mixture of p-aramid pulp and chopped fibers. a) Providing a suspension comprising p-aramid pulp in water, b) providing a suspension comprising chopped fibers in water, wherein the chopped fibers comprise p-aramid or carbon, c) guiding the suspension from step a) and the suspension from step b) into a mixing device, wherein said suspensions are mixed to yield a mixed mass having a solid content of p-aramid pulp and chopped fibers in the range from 50 wt.% to 95 wt.% p-aramid pulp and from 5 wt.% to 50 wt.% chopped fibers, d) guiding the mixed mass on a dewatering device, whereupon the mixed mass is dewatered to yield a dewatered cake, e) guiding the dewatered cake i) either directly ii) or via a passage through a cake breaker into a drying atmosphere to yield a dried intermediate, and i) either directly ii) or via a passage through a cake breaker into a drying atmosphere to yield a dried intermediate, and f) guiding the dried intermediate i) either directly ii) or via a passage through a homogenizing device into an opening device, wherein the dried intermediate is opened to arrive at an opened mixture of p-aramid pulp and chopped fibers. i) either directly ii) or via a passage through a homogenizing device into an opening device, wherein the dried intermediate is opened to arrive at an opened mixture of p-aramid pulp and chopped fibers.
An apparatus for polymerizing ethylene and alpha-olefin, comprising: a polymerization reactor, to which ethylene and alpha-olefin of reacting raw materials and solvents are fed and in which the reacting raw materials are polymerized in solution state, for producing a polymerization product of ethylene and alpha-olefin copolymer which is dissolved in the solvent; a separation section including a flash tower for separating unreacted ethylene and alpha-olefin contained in the polymerization product by flash-distilling; and a stripper (26, 28) for separating the solvent and low molecular weight oligomers having lower molecular weight than the ethylene and alpha-olefin copolymer contained in the polymerization product, by distilling; and a solvent recovery section for separating the low molecular weight oligomers from the solvents and low molecular weight oligomers which are separated and then for recovering the solvents, wherein the alpha-olefin is linear alpha-olefin having 3 to 5 carbon atoms and the solvents are saturated hydrocarbon compounds having 4 to 8 carbon atoms, wherein the solvents have higher molecular weight than the alpha-olefin; wherein the ethylene and alpha-olefin copolymer is a random copolymer being liquid at room temperature, and the number-average molecular weight of the copolymer is 500 to 10000; said apparatus comprising a washing unit between the flash tower and the stripper (26, 28), for inactivating a catalyst contained in the polymerization product under the completion of polymerization. a polymerization reactor, to which ethylene and alpha-olefin of reacting raw materials and solvents are fed and in which the reacting raw materials are polymerized in solution state, for producing a polymerization product of ethylene and alpha-olefin copolymer which is dissolved in the solvent; a separation section including a flash tower for separating unreacted ethylene and alpha-olefin contained in the polymerization product by flash-distilling; and a stripper (26, 28) for separating the solvent and low molecular weight oligomers having lower molecular weight than the ethylene and alpha-olefin copolymer contained in the polymerization product, by distilling; and a solvent recovery section for separating the low molecular weight oligomers from the solvents and low molecular weight oligomers which are separated and then for recovering the solvents, wherein the alpha-olefin is linear alpha-olefin having 3 to 5 carbon atoms and the solvents are saturated hydrocarbon compounds having 4 to 8 carbon atoms, wherein the solvents have higher molecular weight than the alpha-olefin; wherein the ethylene and alpha-olefin copolymer is a random copolymer being liquid at room temperature, and the number-average molecular weight of the copolymer is 500 to 10000; said apparatus comprising a washing unit between the flash tower and the stripper (26, 28), for inactivating a catalyst contained in the polymerization product under the completion of polymerization.
Method for the real-time-related correction of the spatial position of the central beam of radiation therapy devices by changing the positions of collimator elements and/or of the spatial position of the center of disease foci by changing the position of the patient support table, characterized in that a. spatial changes in the position of the collimator elements and/or and/or the patient support table occurring during the course of therapy are measured, b. the real-time-related calculations of the corrective movements required for this are carried out outside the radiation device in the irradiation planning system and/or in at least one microcontroller of the control system of the radiation therapy device, and c. the changes of those recorded spatial positions regarding their predetermined target position each is carried out via separate adjustment devices connected to the collimator and/or the patient support table in real time. a. spatial changes in the position of the collimator elements and/or and/or the patient support table occurring during the course of therapy are measured, b. the real-time-related calculations of the corrective movements required for this are carried out outside the radiation device in the irradiation planning system and/or in at least one microcontroller of the control system of the radiation therapy device, and c. the changes of those recorded spatial positions regarding their predetermined target position each is carried out via separate adjustment devices connected to the collimator and/or the patient support table in real time.
Back support and side support for aids for disabled people including wheelchairs, which have wheels mounted to a chassis, the back and the side support includes at least one fork device, which is shaped with a lower piece, that can be placed in a bracket, which is fastened to the wheelchair's chassis, where the fork device in relation to the bracket can be height adjusted and turned in a horizontal plane around the central axis of the lower piece and where the fork device's position can be fixed with a locking device, characterized in that the fork device is shaped with a top piece, which ramifies upright from the central axis of the lower piece, and the top piece forms a side attachment for a back support and side support.
A method of reducing destruction of blue colorant dye in a liquid textile or hard surface treatment composition in a bottle that is permeable for UV light by adding ethanol to said composition, in an amount of at least 0.01 % by wt. of the liquid composition.
A method for manufacturing a thermoplastic interlayer film of a laminated glass pane, including the steps of heating the interlayer film by circulating it over a heating drum and then stretching the interlayer film over a stretching cone to guide the heated interlayer film over the stretching cone at a predetermined pressure and thereby condition and configure it for installation in a laminated glass pane, wherein the stretching cone is used with a substantially continuously closed circumferential surface, and a stretching cone is used whose surface contacting the interlayer film is substantially completely covered with a circumferential sheet.
A positive electrode active material for a nonaqueous electrolyte secondary battery, the positive electrode active material comprising a lithium-nickel-manganese composite oxide containing a secondary particle formed of a plurality of flocculated primary particles and a lithium-niobium compound, wherein the positive electrode active material is represented by General Formula: Li d Ni 1-a-b-c Mn a M b Nb c O 2+γ in General Formula, M is at least one element selected from Co, W, Mo, V, Mg, Ca, Al, Ti, Cr, Zr, and Ta; and 0.03 ≤ a ≤ 0.60, 0 ≤ b ≤ 0.60, 0.02 ≤ c ≤ 0.08, a + b + c < 1, 0.95 ≤ d ≤ 1.20, and 0 ≤ γ ≤ 0.5, the lithium-nickel-manganese composite oxide has a -plane crystallite diameter of at least 50 nm and up to 130 nm, the lithium-niobium compound is present on surfaces of the primary particles, and part of niobium in the positive electrode active material is solid-solved in the primary particles. the positive electrode active material is represented by General Formula: Li d Ni 1-a-b-c Mn a M b Nb c O 2+γ in General Formula, M is at least one element selected from Co, W, Mo, V, Mg, Ca, Al, Ti, Cr, Zr, and Ta; and 0.03 ≤ a ≤ 0.60, 0 ≤ b ≤ 0.60, 0.02 ≤ c ≤ 0.08, a + b + c < 1, 0.95 ≤ d ≤ 1.20, and 0 ≤ γ ≤ 0.5, the lithium-nickel-manganese composite oxide has a -plane crystallite diameter of at least 50 nm and up to 130 nm, the lithium-niobium compound is present on surfaces of the primary particles, and part of niobium in the positive electrode active material is solid-solved in the primary particles.
A bleed valve for expelling a gas from a compressed region, the bleed valve comprising: a valve section including a centerbody and a housing, the gas flowing between the centerbody and the housing, the centerbody being coupled to the housing by at least one strut disposed substantially radially; and a muffler section coupled to the valve section and being downstream of the valve section, the muffler section comprising at least one perforated plate (8, 9) and at least one honeycomb, wherein the gas flows through the at least one perforated plate and the at least one honeycomb, characterized in that the at least one perforated plate comprises two perforated plates being a baffle plate and a dome plate, the baffle plate being placed upstream of the dome plate, and the at least one honeycomb is located between the baffle plate and the dome plate. a valve section including a centerbody and a housing, the gas flowing between the centerbody and the housing, the centerbody being coupled to the housing by at least one strut disposed substantially radially; and a muffler section coupled to the valve section and being downstream of the valve section, the muffler section comprising at least one perforated plate (8, 9) and at least one honeycomb, wherein the gas flows through the at least one perforated plate and the at least one honeycomb, characterized in that the at least one perforated plate comprises two perforated plates being a baffle plate and a dome plate, the baffle plate being placed upstream of the dome plate, and the at least one honeycomb is located between the baffle plate and the dome plate.
A method of acquiring image data with an imaging system, comprising: positioning a movable single x-ray source tube in a housing, wherein the housing is connected to a mobile cart operable to move the housing from a first operating room to a second operating room; powering the single x-ray source tube with a first power source having a first power characteristic to emit x-rays at a first selected position relative to a patient to acquire a first image data; powering the single x-ray source tube with a second power source having a second power characteristic different from the first power characteristic to emit x-rays relative to the first selected position relative to the patient to acquire a second image data; acquiring the first image data and the second image data relative to the first selected position at both the first power characteristic and the second power characteristic; and executing instructions with a processor to reconstruct a three-dimensional model of a portion of the patient at the first selected position using the fist image data and the second image data with an algebraic iterative technique. positioning a movable single x-ray source tube in a housing, wherein the housing is connected to a mobile cart operable to move the housing from a first operating room to a second operating room; powering the single x-ray source tube with a first power source having a first power characteristic to emit x-rays at a first selected position relative to a patient to acquire a first image data; powering the single x-ray source tube with a second power source having a second power characteristic different from the first power characteristic to emit x-rays relative to the first selected position relative to the patient to acquire a second image data; acquiring the first image data and the second image data relative to the first selected position at both the first power characteristic and the second power characteristic; and executing instructions with a processor to reconstruct a three-dimensional model of a portion of the patient at the first selected position using the fist image data and the second image data with an algebraic iterative technique.
Pneumatic seed and/or fertilizer distributing machine comprising a frame, a storage container (6,6'), which is arranged on the frame and designed in the shape of a funnel at least in its lower region by means of storage container walls extending obliquely to one another, for receiving seed and/or fertilizer, an outlet opening being arranged in the lowermost region of the funnel-shaped storage container (6.6') at least in one of the front and rear storage container walls, a discharge shaft extending obliquely downward from the outlet opening and having a metering device arranged at the lower end of the discharge shaft being connected to the outlet opening by means of a flange connection, at least one pneumatically acted-on conveying line being arranged below the metering device, at least one pneumatically actuated conveying line, which is at least approximately aligned in the direction of travel, being arranged below the metering device characterized in that an outlet opening is arranged in each case in the front and rear storage container wall, in that a discharge shaft, which extends obliquely downward from the outlet opening, is arranged on both outlet openings by means of a flange connection in each case, in that the discharge shaft arranged at the front outlet opening extends forward when viewed in the direction of travel, in that the discharge shaft arranged at the rear outlet opening extends backward when viewed in the direction of travel, in that, when viewed in plan view, the discharge shafts having metering elements arranged at their lower ends are arranged laterally offset from one another and the associated pneumatically actuated conveying lines are likewise arranged laterally offset from one another when viewed in plan view.