mhurhangee/ep-ind-claims huggingface dataset:
System for forming a support frame for a plurality of board-shaped objects arranged in a surface, having a plurality of support profiles (20, 30; 120, 130), each support profile (20, 30; 120, 130) having at least one interlocking element (21, 31; 121, 131) for forming an interlocking connection for connecting to adjacent support profiles (20, 30; 120, 130), two adjacent support profiles (20, 30; 120, 130) forming a closed hollow profile together with at least one connecting element (40; 42) that interlockingly connects said support profiles, the interlocking element (21, 31; 121, 131) being arranged on a substantially horizontal projection (22, 32; 122; 132) of the support profile (20, 30; 120, 130), the interlocking element (21, 31; 121, 131) being formed from a first clamp-shaped projection (31; 131) that is open at the bottom and is on a support profile (30; 130), and from a second clip-shaped projection (21; 121) that is open at the top, and on an adjacent support profile (20; 120), characterized in that a chamfer (24; 124) is provided which is adjacent to the second clamp-shaped projection (21; 121) that is open at the top on the support profile (20; 120), which tilts said support profile (20; 120) in order to facilitate a connection to the adjacent support profile (30; 130) on the same plane.
A continuous flow process for the oligomerization of ethylene, said process comprising I) adding ethylene and solvent to a mixed reactor and contacting said ethylene under oligomerization conditions with a catalyst system comprising 1) a diphosphine ligand defined by the formula -P1-bridge-P2 wherein R1, R2,R3 and R4 are independently selected from the group consisting of hydrocarbyl and heterohydrocarbyl and the bridge is a moiety that is bonded to both phosphorus atoms; 2) a source of Cr; and 3) an activator II) removing a product discharge stream comprising hexene, octene, C10+ oligomers and solvent from said reactor; and III) controlling the flow of said solvent to said reactor such that the product discharge stream contains from 2 to 25 weight % octene, based on the weight of hexene, octene, C10+ oligomers and solvent; and wherein said process is further characterized by being conducted at a catalyst concentration of from 0.3 to 5 micromolar Cr. I) adding ethylene and solvent to a mixed reactor and contacting said ethylene under oligomerization conditions with a catalyst system comprising 1) a diphosphine ligand defined by the formula -P1-bridge-P2 wherein R1, R2,R3 and R4 are independently selected from the group consisting of hydrocarbyl and heterohydrocarbyl and the bridge is a moiety that is bonded to both phosphorus atoms; 2) a source of Cr; and 3) an activator 1) a diphosphine ligand defined by the formula -P1-bridge-P2 wherein R1, R2,R3 and R4 are independently selected from the group consisting of hydrocarbyl and heterohydrocarbyl and the bridge is a moiety that is bonded to both phosphorus atoms; 2) a source of Cr; and 3) an activator II) removing a product discharge stream comprising hexene, octene, C10+ oligomers and solvent from said reactor; and III) controlling the flow of said solvent to said reactor such that the product discharge stream contains from 2 to 25 weight % octene, based on the weight of hexene, octene, C10+ oligomers and solvent; and
A system comprising: a primary auditory prosthesis configured to be implanted on a first side of a head of a patient; a secondary auditory prosthesis configured to be implanted on a second side of the head of the patient and to be communicatively coupled to the primary auditory prosthesis with one or more wires, the second side being contralateral to the first side; and a sound processor configured to be communicatively coupled to the primary auditory prosthesis and to control an operation of the secondary auditory prosthesis by transmitting control data to the secondary auditory prosthesis by way of the primary auditory prosthesis and at least one wire included in the one or more wires. a primary auditory prosthesis configured to be implanted on a first side of a head of a patient; a secondary auditory prosthesis configured to be implanted on a second side of the head of the patient and to be communicatively coupled to the primary auditory prosthesis with one or more wires, the second side being contralateral to the first side; and a sound processor configured to be communicatively coupled to the primary auditory prosthesis and to control an operation of the secondary auditory prosthesis by transmitting control data to the secondary auditory prosthesis by way of the primary auditory prosthesis and at least one wire included in the one or more wires.
Tweezers having two arms designed to be grasped between the thumb and the index for seizing small objects, at least one of said arms being provided with a tip, the material used for the arms being different from the material used for said tip, said tip being fastened in a removable fashion onto the corresponding arm, characterized in that said tip is made of boxwood or hornbeam.
A composition for use in glucocorticoid replacement therapy by oral administration of the composition once daily in the morning according to a pharmacokinetic nomogram, as follows; C 0h ≤150 nM 150<C 0h ≤250 nM 250< C 0h ≤350 nM C ortisol (nM) Dose (mg) Dose (mg) Dose (mg) ≥198 15 10 5 197-161 20 10 5 160-141 25 15 10 140-115 30 15 10 114-97 35 15 10 <97 40 15 10 wherein the dose is the total daily dose of hydrocortisone to be administered and wherein the C cortisol (nM) is the difference in serum cortisol concentration between 6 hours post-dose and pre-dose as defined herein; wherein the composition is a dual composition which comprises an immediate release part and an extended release part, and wherein the composition is prepared using a composition according to the table below Glucocorticoid 1.5 wt% to 6.5 wt% Polymer, Binder 15 wt% to 25 wt% Filler 30 wt% to 40 wt% Glidant 0.1 wt% to 0.5 wt% Lubricant 0.1 wt% to 0.5 wt% Film Coating System 1 wt% to 5 wt% Solvent 25 wt% to 40 wt%
A device for folding the working tool of an agricultural machine and protecting the working tool from over-strain, comprising a frame of the agricultural machine, on which the working tool is swivel-mounted with its back against the overloading force, which creates at least one swivel mounted protection from over-strain-protection device, where on the frame are mounted the upper pivoting part and the lower pivoting part, CHARACTERISED BY that on the working tool the upper pivoting part and the lower pivoting part are mounted and where the upper pivoting part of the working tool is, by a drawbar, connected to the lower pivoting part of the frame and the lower pivoting part of the working tool is, by a second drawbar connected to the upper pivoting part of the frame, and the over-strain-protection device is simultaneously mounted in the working tool and in the frame.
Light-emitting diode arrangement, comprising a multiplicity of light-emitting diode chips which are arranged in an adjacent fashion, emit in an identically directed fashion and serve for forming an areally extended light source, wherein the light-emitting diode chips are applied on a metallic multi-film carrier ({2; 3}), which has a structure embodied in a step-like fashion with a plurality of steps, wherein - the steps are formed by a corresponding shortening or cutout of the respective overlying metal film, - the light-emitting diode chips are in each case positioned, electrically contact-connected on the metal film of a step and coupled onto the metal films for the purpose of heat dissipation, and - the light-emitting diode chips are in each case electrically contact-connected ({5; 9}) to the overlying metal film on the adjacent step, characterized in that the metallic multi-film carrier ({2; 3}) has insulating intermediate layers between the metal films in a sandwich-like manner. - the steps are formed by a corresponding shortening or cutout of the respective overlying metal film, - the light-emitting diode chips are in each case positioned, electrically contact-connected on the metal film of a step and coupled onto the metal films for the purpose of heat dissipation, and - the light-emitting diode chips are in each case electrically contact-connected ({5; 9}) to the overlying metal film on the adjacent step,
A process for the preparation of an alkyl mercaptan, wherein an alkyl alcohol is reacted with hydrogen sulfide in the presence of a catalyst comprising or consisting of a support and from 5 to 20 wt.-% of a promoter, based on the total weight of the catalyst, wherein the support comprises or consists of titanium dioxide, zirconium dioxide, and/or a mixture thereof, and the promoter is an alkali metal oxide.
A therapeutically effective amount of a compound of the formula or a pharmaceutically acceptable salt thereof, wherein: R 10 is hydrogen or acyl; X and Y are taken together with the attached carbon to form carbonyl; V is C; W is H or F; A and B are taken together to form butylene or pentylene; and C is optionally substituted aryl; for use in the treatment of a gastrointestinal disease in a patient that is caused at least in part by an infection by H. pylori, C. jejuni, Salmonella, Shigella, or a combination thereof in the patient. R 10 is hydrogen or acyl; X and Y are taken together with the attached carbon to form carbonyl; V is C; W is H or F; A and B are taken together to form butylene or pentylene; and C is optionally substituted aryl;
An industrial connector, comprising a holder and a plug matingly connected to the holder, wherein the holder comprises: a hollow connecting cylinder; a connecting base fixed around an opening of the connecting cylinder; a buckle plate and an elastic component that are fixed within the connecting base, with at least one buckle (112, 113, 114) protruding into the connecting cylinder provided on the buckle plate; and the elastic component connected to the buckle plate and used for driving the buckle plate to translate along a plane of the opening, wherein the plug comprises a jacket, the jacket comprises a sleeve to be embedded into the holder of the industrial connector and a fixing cylinder connected to the sleeve, a space for mounting a cable joint is provided within the fixing cylinder, a cable positioning structure (21, 22, 23, 24) is provided at one end of the fixing cylinder away from the sleeve, and a clamping structure is formed at one end of an outer wall of the sleeve close to the fixing cylinder; characterized in that the buckle plate comprises a lock ring (111, 1110, 1111) and a pusher that is connected to the elastic component and the lock ring respectively, and the at least one buckle is provided on the lock ring; the lock ring forms a closed-loop structure, the pusher comprises a snap fastener (110, 1101, 1102) fixedly connected to the lock ring, and the at least one buckle is provided on an inner side wall of the lock ring; and the connecting base is covered with a panel on its surface, the snap fastener is provided with a pressing surface at a joint between the snap fastener and the lock ring, the pressing surface is provided with protruding side bars at two ends, the two side bars are integrally connected with two ends of the lock ring respectively, and the elastic component is provided within an assembly region formed by the pressing surface and the two side bars; wherein the elastic component comprises a first torsion spring; the connecting base is provided with a protruding fixing column within the assembly region, the connecting base is provided with a protruding baffle on an edge of an opening of the connecting cylinder, the first torsion spring is sleeved on the fixing column, and the first torsion spring has one end rested against the baffle and the other end rested against the pressing surface.
A hydraulic power output unit comprising: a housing; an input shaft that extends within the housing and is adapted to be rotatably driven by a source of rotational power; and characterized by a drive gear that is supported on the input shaft for rotation therewith; a first driven gear that is rotatably driven by the drive gear and is supported on a first driveshaft so as to rotatably drive a first hydraulic pump to pump hydraulic fluid; a second driven gear that is rotatably driven by the drive gear and is supported on a second driveshaft so as to rotatably drive a second hydraulic pump to pump hydraulic fluid; and a vibration damper provided within the housing for dampening vibrations in the input shaft. a housing; an input shaft that extends within the housing and is adapted to be rotatably driven by a source of rotational power; and characterized by a drive gear that is supported on the input shaft for rotation therewith; a first driven gear that is rotatably driven by the drive gear and is supported on a first driveshaft so as to rotatably drive a first hydraulic pump to pump hydraulic fluid; a second driven gear that is rotatably driven by the drive gear and is supported on a second driveshaft so as to rotatably drive a second hydraulic pump to pump hydraulic fluid; and a vibration damper provided within the housing for dampening vibrations in the input shaft.
A PCR device comprising: a PCR thermal block having two or more groups of heaters (110, 120), each group of heaters comprising a first heater and a second heater and each group being evenly arranged on an upper surface of a substrate to be spaced apart from each other; a plate type PCR chip having two or more reaction chambers (910, 920); and unidirectional sliding means which serves to slide while maintaining the contact between the PCR chip and the PCR thermal block in the state where the PCR chip is mounted, the unidirectional sliding means being formed to cause a sequential thermal contact between each of the two or more reaction chambers (910, 920) and the two or more groups of heaters (110, 120) repeatedly arranged from one end of the PCR thermal block to the other end of the PCR thermal block during the sliding, wherein the first heater and the second heater are spaced apart from each other along a sliding direction, wherein the two or more reaction chambers (910, 920) of the plate type PCR chip are repeatedly mounted in such a way as to meet the heaters (110, 120) arranged on the PCR thermal block when getting in contact with the PCR thermal block, and wherein two or more groups of heaters (110, 120) are formed in such a way that the first circulation of the PCR is carried out in the group of heaters (110, 120) located at one end of the PCR thermal block and the final circulation is ended in the group of heaters (110, 120) located at the other end of the PCR thermal block. a PCR thermal block having two or more groups of heaters (110, 120), each group of heaters comprising a first heater and a second heater and each group being evenly arranged on an upper surface of a substrate to be spaced apart from each other; a plate type PCR chip having two or more reaction chambers (910, 920); and unidirectional sliding means which serves to slide while maintaining the contact between the PCR chip and the PCR thermal block in the state where the PCR chip is mounted, the unidirectional sliding means being formed to cause a sequential thermal contact between each of the two or more reaction chambers (910, 920) and the two or more groups of heaters (110, 120) repeatedly arranged from one end of the PCR thermal block to the other end of the PCR thermal block during the sliding, wherein the first heater and the second heater are spaced apart from each other along a sliding direction, wherein the two or more reaction chambers (910, 920) of the plate type PCR chip are repeatedly mounted in such a way as to meet the heaters (110, 120) arranged on the PCR thermal block when getting in contact with the PCR thermal block, and wherein two or more groups of heaters (110, 120) are formed in such a way that the first circulation of the PCR is carried out in the group of heaters (110, 120) located at one end of the PCR thermal block and the final circulation is ended in the group of heaters (110, 120) located at the other end of the PCR thermal block.
Reversing warning system for adaptively controlling a reversing warning device of a vehicle, comprising a control unit, a modification unit and a reversing warning device, which has an audible signalling device or a visual-audible signalling device, wherein the reversing warning device actuates the audible signalling device or the visual-audible signalling device when the vehicle is reversing and wherein the control unit can be used to influence and/or switch off the volume of the audible signalling device or the visual-audible signalling device, wherein there is provision for the modification unit, which determines, on the basis of the geographical position currently occupied by the vehicle, using stored information and/or information obtained from the infrastructure, whether a modification to the volume level of the reversing warning device needs to be made and which, if a modification does need to be made, controls the control unit such that it switches off or reduces the volume of the audible signalling device or the visual-audible signalling device during reversing.
An adjusting valve for adjusting the delivery volume of a displacement pump, said adjusting valve comprising: a) a valve casing; b) a valve piston which is mounted such that it can be moved within the valve casing, comprising an active surface for a valve-actuating pressure (P 20) of a fluid; c) a valve spring which counteracts a force exerted by the valve-actuating pressure (P 20) on the valve piston; d) and an adjusting device (27, 28), by means of which the valve piston can be adjusted in the direction of the force exerted by the valve-actuating pressure (P 20), e) wherein the valve spring is biased, characterised in that f) the valve spring exerts a spring force on the valve piston which is greater than a force exerted on the valve piston by a maximum valve-actuating pressure (P 20) when the adjusting device (27, 28) is functioning properly. a) a valve casing; b) a valve piston which is mounted such that it can be moved within the valve casing, comprising an active surface for a valve-actuating pressure (P 20) of a fluid; c) a valve spring which counteracts a force exerted by the valve-actuating pressure (P 20) on the valve piston; d) and an adjusting device (27, 28), by means of which the valve piston can be adjusted in the direction of the force exerted by the valve-actuating pressure (P 20), e) wherein the valve spring is biased, f) the valve spring exerts a spring force on the valve piston which is greater than a force exerted on the valve piston by a maximum valve-actuating pressure (P 20) when the adjusting device (27, 28) is functioning properly.
Pharmaceutical compositions in the form of hydrogel or dry spray comprising equine origin type I collagen and hyaluronic acid in the form of sodium salt, wherein the collagen has a concentration of 3% w/w and the hyaluronic acid has a molecular weight ranging from 160 to 230 kDa, mean MW 200 kDa, and a concentration of 2.5% w/w.
A machine learning apparatus configured to perform machine learning with respect to at least either operating capacity of an outside air conditioning device or operating capacity of an air conditioning device in an air-conditioning system that performs air conditioning of a target space, the machine learning apparatus comprising: a state variable acquiring unit configured to acquire state variables including a condition of the outside air, a condition of the inside air, an operation condition of the outside air conditioning device, an operation condition of the air conditioning device, and a temperature or humidity set for the target space; a learning unit configured to perform the machine learning by associating the state variables with at least either the operating capacity of the outside air conditioning device or the operating capacity of the air conditioning device; and a reward calculating unit configured to calculate a reward that correlates with a total of energy consumption of the outside air conditioning device and energy consumption of the air conditioning device, wherein the learning unit performs the machine learning by using the reward. a state variable acquiring unit configured to acquire state variables including a condition of the outside air, a condition of the inside air, an operation condition of the outside air conditioning device, an operation condition of the air conditioning device, and a temperature or humidity set for the target space; a learning unit configured to perform the machine learning by associating the state variables with at least either the operating capacity of the outside air conditioning device or the operating capacity of the air conditioning device; and a reward calculating unit configured to calculate a reward that correlates with a total of energy consumption of the outside air conditioning device and energy consumption of the air conditioning device, wherein the learning unit performs the machine learning by using the reward.
An integrated system for producing a radiochemical, the system comprising: a cyclotron including an electromagnet having a mass of approximately 3 tons, the cyclotron configured to generate a beam consisting essentially of positively charged particles having an energy of approximately 7 MeV, the beam having a maximum beam power of less than, or equal to, approximately fifty watts; a target formed from a shaped stainless steel tube secured within the cyclotron and positioned in the path of the beam, the target configured to receive a target substance including a composition that forms a radioactive substance during interaction with the beam, the interaction occurring within a magnetic field generated by the electromagnet, where a target section of the tube is centered in the path that the beam travels following the final acceleration increment, a longitudinal section of the target section is approximately parallel to the magnetic field and approximately perpendicular to an electric field generated within the cyclotron, a remainder of the tube is configured not to obstruct the beam during its previous orbit, and a diameter of the tube is at most an increase per orbital radius of the beam; and chemical synthesis subsystem having at least one microreactor and/or microfluidic chip, the radiochemical synthesis subsystem in fluid communication with the cyclotron and configured to receive the radioactive substance, at least one reagent, and to synthesize a radiochemical. a cyclotron including an electromagnet having a mass of approximately 3 tons, the cyclotron configured to generate a beam consisting essentially of positively charged particles having an energy of approximately 7 MeV, the beam having a maximum beam power of less than, or equal to, approximately fifty watts; a target formed from a shaped stainless steel tube secured within the cyclotron and positioned in the path of the beam, the target configured to receive a target substance including a composition that forms a radioactive substance during interaction with the beam, the interaction occurring within a magnetic field generated by the electromagnet, where a target section of the tube is centered in the path that the beam travels following the final acceleration increment, a longitudinal section of the target section is approximately parallel to the magnetic field and approximately perpendicular to an electric field generated within the cyclotron, a remainder of the tube is configured not to obstruct the beam during its previous orbit, and a diameter of the tube is at most an increase per orbital radius of the beam; and chemical synthesis subsystem having at least one microreactor and/or microfluidic chip, the radiochemical synthesis subsystem in fluid communication with the cyclotron and configured to receive the radioactive substance, at least one reagent, and to synthesize a radiochemical.