mhurhangee/ep-ind-claims huggingface dataset:
Surgical instrument system (1, 1a) for use in a knee joint replacement operation, having an intramedullary rod (100, 100a) which extends lengthwise between a proximal rod end (101, 101a) and a distal rod end (102, 102a) and is configured for introduction into the medullary space of a femur, and a reference block (200, 200a) which is pushed or can be pushed onto the distal rod end (102, 102a) and has a proximally oriented block rear side (201, 201a) configured to bear on distal condyles of the femur, wherein the reference block (200, 200a) is mounted or mountable on the distal rod end (102, 102a) by means of a bearing element (300, 300a), wherein the bearing element (300, 300a) has a reception bore (301, 301a) for coaxial and radially form-fit reception of the distal rod end (102, 102a) and is mounted on the reference block (200, 200a) in such a way as to be pivotable relative thereto at least about a pivot axis oriented in an anteroposterior direction, characterized in that the at least one bearing element (300, 300a) is mounted releasably on the reference block (200, 200a), and in that a plurality of different bearing elements (300, 300', 300'') are provided that have differently inclined elongate reception bores (301, 301', 301''), wherein the reception bores (301, 301', 301'') are inclined differently, relative to a normal direction of the block rear side (201, 201a), in an anterior and/or posterior direction and can be mounted interchangeably on the reference block (200, 200a) for setting a flexion-extension angle of the latter. an intramedullary rod (100, 100a) which extends lengthwise between a proximal rod end (101, 101a) and a distal rod end (102, 102a) and is configured for introduction into the medullary space of a femur, and a reference block (200, 200a) which is pushed or can be pushed onto the distal rod end (102, 102a) and has a proximally oriented block rear side (201, 201a) configured to bear on distal condyles of the femur, wherein the reference block (200, 200a) is mounted or mountable on the distal rod end (102, 102a) by means of a bearing element (300, 300a), wherein the bearing element (300, 300a) has a reception bore (301, 301a) for coaxial and radially form-fit reception of the distal rod end (102, 102a) and is mounted on the reference block (200, 200a) in such a way as to be pivotable relative thereto at least about a pivot axis oriented in an anteroposterior direction, characterized in that the at least one bearing element (300, 300a) is mounted releasably on the reference block (200, 200a), and in that a plurality of different bearing elements (300, 300', 300'') are provided that have differently inclined elongate reception bores (301, 301', 301''), wherein the reception bores (301, 301', 301'') are inclined differently, relative to a normal direction of the block rear side (201, 201a), in an anterior and/or posterior direction and can be mounted interchangeably on the reference block (200, 200a) for setting a flexion-extension angle of the latter.
A mold holding member comprising: (a) a mold die including a die body, a plurality of tie bar holding portions (39, 49) which are formed so as to project from the die body at each corner portion of the die body, each of said tie bar holding portions (39, 49) being adapted for holding a tie bar, and a reinforcement portion which connects two adjacent tie bar holding portions (39, 49) among the plurality of tie bar holding portions (39, 49) and is formed along an edge of the die body so as to project from the die body; (b) a mold mounting die which is mounted on the mold die and includes a mold mounting face for mounting a mold; and (c) a projecting portion (38, 62) which is formed on at least one of the mold die and the mold mounting die; wherein the mold die and the mold mounting die are connected to each other through the projecting portion (38, 62); and wherein the reinforcement portion includes a holding portion (77, 78, 83, 84) for supporting the mold mounting die. (a) a mold die including a die body, a plurality of tie bar holding portions (39, 49) which are formed so as to project from the die body at each corner portion of the die body, each of said tie bar holding portions (39, 49) being adapted for holding a tie bar, and a reinforcement portion which connects two adjacent tie bar holding portions (39, 49) among the plurality of tie bar holding portions (39, 49) and is formed along an edge of the die body so as to project from the die body; (b) a mold mounting die which is mounted on the mold die and includes a mold mounting face for mounting a mold; and (c) a projecting portion (38, 62) which is formed on at least one of the mold die and the mold mounting die;
A device for bending vehicle glass, comprising a concave solid lower mold, at least one blowing pipe, a plurality of extraction pipes, and an annular upper mold, wherein the concave solid lower mold comprises a base and a top plate covered on the base, the base and the top plate cooperatively define an accommodating space, and a plurality of first partitions are arranged in the accommodating space to divide the accommodating space into a plurality of subspaces, the top plate has a carrying surface that is concave and away from the base, and the top plate has a plurality of through holes that are in communication with the accommodating space and arranged at intervals, each of the plurality of subspaces corresponds to at least one of the plurality of through holes, each of the at least one blowing pipe communicates with at least one of the plurality of subspaces and is configured for blowing gas to the at least one of the plurality of subspaces, and the plurality of extraction pipes communicate with the rest of the plurality of subspaces in one-to-one correspondence for extracting gas in the rest of the plurality of subspaces; characterized in that: the annular upper mold is disposed at a side of the top plate away from the base and comprises an upper mold plate and a side mold plate that is disposed at a side of the upper mold plate facing the carrying surface, wherein the annular upper mold has a blowing channel, and the blowing channel of the annular upper mold is configured for blowing gas towards the concave solid lower mold. the annular upper mold is disposed at a side of the top plate away from the base and comprises an upper mold plate and a side mold plate that is disposed at a side of the upper mold plate facing the carrying surface, wherein the annular upper mold has a blowing channel, and the blowing channel of the annular upper mold is configured for blowing gas towards the concave solid lower mold.
A method for identifying a target nucleic acid in a sample, the method comprising: (a) determining a two-base degenerate sequence of the target nucleic acid in the sample, using a sequencing method that determines a two-base degenerate sequence of the target nucleic acid without determining a four-base sequence of the target nucleic acid, wherein the two-base degenerate sequence of the target nucleic acid is determined without determining or otherwise knowing the four-base sequence of the target nucleic acid; and (b) comparing the two-base degenerate sequence of the target nucleic acid in the sample determined in step (a) to a known reference sequence to identify the target nucleic acid, wherein: (i) the two-base degenerate code consists of a first element representing a purine base and a second element representing a pyrimidine base; (ii) the two-base degenerate code consists of a first element representing a keto base and a second element representing an amino base; or (iii) the two-base degenerate code consists of a first element representing a strongly hydrogen bonding base and a second element representing a weakly hydrogen bonding base. (a) determining a two-base degenerate sequence of the target nucleic acid in the sample, using a sequencing method that determines a two-base degenerate sequence of the target nucleic acid without determining a four-base sequence of the target nucleic acid, wherein the two-base degenerate sequence of the target nucleic acid is determined without determining or otherwise knowing the four-base sequence of the target nucleic acid; and (b) comparing the two-base degenerate sequence of the target nucleic acid in the sample determined in step (a) to a known reference sequence to identify the target nucleic acid, wherein: (i) the two-base degenerate code consists of a first element representing a purine base and a second element representing a pyrimidine base; (ii) the two-base degenerate code consists of a first element representing a keto base and a second element representing an amino base; or (iii) the two-base degenerate code consists of a first element representing a strongly hydrogen bonding base and a second element representing a weakly hydrogen bonding base. (i) the two-base degenerate code consists of a first element representing a purine base and a second element representing a pyrimidine base; (ii) the two-base degenerate code consists of a first element representing a keto base and a second element representing an amino base; or (iii) the two-base degenerate code consists of a first element representing a strongly hydrogen bonding base and a second element representing a weakly hydrogen bonding base.
An energy-curable thermoforming ink jet ink or coating comprising at least 15 wt% monofunctional urethane monomer and a further monofunctional monomer, which monofunctional monomers comprise only one ethylenically unsaturated functional group that reacts in a free-radical curing reaction, wherein the level of multifunctional monomers present is less than 1 wt%.
Use of a stabilizing a composition for the protection of body care and household products against the deleterious effects of light, heat and oxygen comprising (a) an effective stabilizing amount of at least one merocyanine derivative having an absorption maximum of 350 to 400nm of formula and (b) at least one UV filter of formula (BT-01) and optionally (c) at least one excited state quencher; and optionally (d) a salicylate. (a) an effective stabilizing amount of at least one merocyanine derivative having an absorption maximum of 350 to 400nm of formula and (b) at least one UV filter of formula (BT-01) and optionally (c) at least one excited state quencher; and optionally (d) a salicylate.
An apparatus for filtering out defects in metal wires comprising a first capstan (206; 306; 406; 504) mounted on a first axis (224; 324; 424; 502) and; a second capstan (212; 312; 412; 508) mounted on a second axis (224; 324; 424; 506) where during use the outer circumferential speed of said second capstan is larger than the outer circumferential speed of said first capstan characterised in that said first capstan is fixedly mounted to said first axis and/or said second capstan is fixedly mounted to said second axis while said second capstan is coupled to said first capstan by means of a torque generating coupling (214; 314; 414; 510). a first capstan (206; 306; 406; 504) mounted on a first axis (224; 324; 424; 502) and; a second capstan (212; 312; 412; 508) mounted on a second axis (224; 324; 424; 506) where during use the outer circumferential speed of said second capstan is larger than the outer circumferential speed of said first capstan characterised in that said first capstan is fixedly mounted to said first axis and/or said second capstan is fixedly mounted to said second axis while said second capstan is coupled to said first capstan by means of a torque generating coupling (214; 314; 414; 510).
A sensor assembly configured to detect a seating force exerted on a portion of a seat cushion of a seat, said assembly comprising: a base configured to be disposed within said seat; a force transducer coupled to the base and configured to output a signal indicative of the seating force; and a lever pivotably coupled to the base, wherein the lever defines a sensing end configured to be disposed proximate to said portion of the seat cushion such that the seating force operates on the sensing end, wherein the lever defines an actuating end configured to apply an actuation force to the force transducer proportional to the seating force, characterized in that the assembly further comprising a plurality of levers, wherein each sensing end of each lever in the plurality of levers is configured to be disposed in a separate location within said portion of the seat cushion, such that when a portion of the seating force is applied to one or more of the sensing ends, a corresponding one or more of the actuating ends applies a corresponding portion of the actuation force to the force transducer. a base configured to be disposed within said seat; a force transducer coupled to the base and configured to output a signal indicative of the seating force; and a lever pivotably coupled to the base, wherein the lever defines a sensing end configured to be disposed proximate to said portion of the seat cushion such that the seating force operates on the sensing end, wherein the lever defines an actuating end configured to apply an actuation force to the force transducer proportional to the seating force, characterized in that the assembly further comprising a plurality of levers, wherein each sensing end of each lever in the plurality of levers is configured to be disposed in a separate location within said portion of the seat cushion, such that when a portion of the seating force is applied to one or more of the sensing ends, a corresponding one or more of the actuating ends applies a corresponding portion of the actuation force to the force transducer.
An apparatus for determining fluid characteristics in downhole fluids, comprising: a housing including an electrically insulating pane thermally insulated from the housing, the pane having an exterior surface to be disposed in a fluid and an interior surface to be isolated from the fluid, the pane comprising diamond; and a sensor including an electrical resistor coupled directly to the interior surface of the pane, the electrical resistor having an electrical resistance depending on a temperature of the electrical resistor. a housing including an electrically insulating pane thermally insulated from the housing, the pane having an exterior surface to be disposed in a fluid and an interior surface to be isolated from the fluid, the pane comprising diamond; and a sensor including an electrical resistor coupled directly to the interior surface of the pane, the electrical resistor having an electrical resistance depending on a temperature of the electrical resistor.
Device for the condensation, separation and storage of liquid sulphur, comprising • a gas scrubbing unit by means of which the hydrogen sulphide is removed from the coke oven gas by gas scrubbing using an absorption liquid, the laden absorption liquid is regenerated and the hydrogen sulphide obtained in concentrated form is fed to the Claus plant consisting of Claus furnace, waste heat boiler and Claus reactor, and • a Claus furnace in which the sulphur compounds are burnt with atmospheric oxygen to give elemental sulphur, • a waste heat boiler in which the process gas leaving the Claus furnace is cooled to a temperature required for the condensation of the sulphur, is re-heated after separation of the sulphur and fed to a Claus reactor, • a Claus reactor in which part of the residual hydrogen sulphide is burnt, and the forming sulphur dioxide is converted to sulphur by reacting with the residual hydrogen sulphide in the presence of a catalyst, • a condensation chamber related to the Claus reactor, characterized in that • the Claus plant and the gas scrubbing unit are supported on a platform at a higher level with respect to a heatable, ground-level vessel with a siphon-type immersion chamber disposed therein such that no conveying equipment is required for conveying the sulphur to the immersion chamber and • wherein the difference in altitude between the Claus plant and the gas scrubbing unit with respect to the lowest discharge point for sulphur in the immersion chamber is at least 4.00 metres. • a gas scrubbing unit by means of which the hydrogen sulphide is removed from the coke oven gas by gas scrubbing using an absorption liquid, the laden absorption liquid is regenerated and the hydrogen sulphide obtained in concentrated form is fed to the Claus plant consisting of Claus furnace, waste heat boiler and Claus reactor, and • a Claus furnace in which the sulphur compounds are burnt with atmospheric oxygen to give elemental sulphur, • a waste heat boiler in which the process gas leaving the Claus furnace is cooled to a temperature required for the condensation of the sulphur, is re-heated after separation of the sulphur and fed to a Claus reactor, • a Claus reactor in which part of the residual hydrogen sulphide is burnt, and the forming sulphur dioxide is converted to sulphur by reacting with the residual hydrogen sulphide in the presence of a catalyst, • a condensation chamber related to the Claus reactor, • the Claus plant and the gas scrubbing unit are supported on a platform at a higher level with respect to a heatable, ground-level vessel with a siphon-type immersion chamber disposed therein such that no conveying equipment is required for conveying the sulphur to the immersion chamber and • wherein the difference in altitude between the Claus plant and the gas scrubbing unit with respect to the lowest discharge point for sulphur in the immersion chamber is at least 4.00 metres.
A wind turbine component incorporating radar absorbing material, wherein the radar absorbing material includes: a ground plane; an impedance layer spaced apart from the ground plane; and at least one dielectric layer between the impedance layer and the ground plane; wherein the ground plane has an electrical conductivity and/or a dielectric constant that is higher in the presence of an electric field having a frequency of 1 GHz and above than in the presence of an electric field having a frequency of 10 MHz and below. a ground plane; an impedance layer spaced apart from the ground plane; and at least one dielectric layer between the impedance layer and the ground plane;
An encapsulated filter port protection device, comprising: a main body defining an open region for receiving at least a portion of a filtration housing port, the main body having: an open bottom end; an upper region that is cylindrical with a constant interior diameter; and a lower region that is also cylindrical and has a constant interior diameter that is larger than the diameter of the upper region; and a tube management system comprising first and second spaced tangs (21, 22) extending from said main body, said first and second spaced tangs (21, 22) being configured to cooperatively receive and grasp flexible tubing, characterised in that: an outer wall of said main body has an axial slot making the outer wall discontinuous. a main body defining an open region for receiving at least a portion of a filtration housing port, the main body having: an open bottom end; an upper region that is cylindrical with a constant interior diameter; and a lower region that is also cylindrical and has a constant interior diameter that is larger than the diameter of the upper region; and an open bottom end; an upper region that is cylindrical with a constant interior diameter; and a lower region that is also cylindrical and has a constant interior diameter that is larger than the diameter of the upper region; and a tube management system comprising first and second spaced tangs (21, 22) extending from said main body, said first and second spaced tangs (21, 22) being configured to cooperatively receive and grasp flexible tubing, characterised in that: an outer wall of said main body has an axial slot making the outer wall discontinuous.
Way valve for a heat pump circuit with a valve housing, which has at least three fluidic connections (30, 32, 34, 36) and defines a fluid space a valve member, which is displaceably mounted in the valve housing and is displaceable between at least two operating positions, an actuator by which the valve member is translationally movable, wherein the actuator is operatively connected to the valve member via a tiltable actuating member, wherein the tilting axis of the actuating member is arranged perpendicular to the direction of movement of the valve member, wherein the actuating member is a leaf spring with a V-shaped cross-section, wherein the V-shaped leaf spring has two legs (72, 74) and a connecting section connecting the two legs (72, 74), wherein the leaf spring is tiltably mounted on the valve housing via the free ends of the legs (72, 74) and is interlockingly connected to the valve member via the connecting section at least in the direction of movement of the valve member. a valve housing, which has at least three fluidic connections (30, 32, 34, 36) and defines a fluid space a valve member, which is displaceably mounted in the valve housing and is displaceable between at least two operating positions, an actuator by which the valve member is translationally movable, wherein the actuator is operatively connected to the valve member via a tiltable actuating member, wherein the tilting axis of the actuating member is arranged perpendicular to the direction of movement of the valve member, wherein the actuating member is a leaf spring with a V-shaped cross-section, wherein the V-shaped leaf spring has two legs (72, 74) and a connecting section connecting the two legs (72, 74), wherein the leaf spring is tiltably mounted on the valve housing via the free ends of the legs (72, 74) and is interlockingly connected to the valve member via the connecting section at least in the direction of movement of the valve member.
A speaker for locating in a vehicle exhaust system, the speaker including a basket housing a voice coil and a spider and including a diaphragm, the diaphragm being affixed to the basket by a speaker surround, characterised in that the speaker surround is formed from a rubber compounded using a polyacrylate polymer and wherein the speaker surround is integral with a coating that covers at least one surface of the diaphragm.
A composition consisting of a non-oxide silicon containing component, a water soluble phosphate component, a metal oxide ceramic component, a polysaccharide component and water to 100 %w/w wherein the non-oxide silicon containing component is present in an amount of 30 to 90 %w/w, wherein the water soluble phosphate component is present in an amount of 1 to 25 %w/w, wherein the metal oxide ceramic component is present in an amount of 1 to 30 %w/w, wherein the polysaccharide component is present in an amount of 0.2 to 1 %w/w.
Device, in particular a aptop, at least comprising a housing, a screen unit for outputting visual information and/or a keyboard, at least one port for mechanically coupling with an external device for inputting and/or outputting of data and/or signals and/or energy, at least one detection means for detecting the presence of a human body part in a defined area in front of the at least one port, wherein the detection means and the at least one port are coupled to said housing, illumination means actuated in dependency of detection of the presence of the human body part, characterized in that the illumination means projects light for identifying the position of the respective port into the periphery of the device.