mhurhangee/ep-ind-claims huggingface dataset:
An upholstery clip comprising: a base; a first leg extending upwards from the base; a second leg extending upwards from the base; a barb at an end region of each leg, wherein the base, the legs, and the barbs partially define a central cavity; a catch extending downward from a corner between the first leg and the base, wherein the catch includes a support arm that extends downward from the corner between the first leg and the base, and a holding arm that extends upwards from a lower region of the support arm towards the second leg; and a lock extending down from the corner between the second leg and the base, wherein the lock extends towards an end portion of the holding arm, wherein the lock includes a support arm that extends downward from the corner between the second leg and the base, and wherein the lock includes a locking arm that extends upwards from a lower region of the support arm towards the holding arm a base; a first leg extending upwards from the base; a second leg extending upwards from the base; a barb at an end region of each leg, wherein the base, the legs, and the barbs partially define a central cavity; a catch extending downward from a corner between the first leg and the base, wherein the catch includes a support arm that extends downward from the corner between the first leg and the base, and a holding arm that extends upwards from a lower region of the support arm towards the second leg; and a lock extending down from the corner between the second leg and the base, wherein the lock extends towards an end portion of the holding arm, wherein the lock includes a support arm that extends downward from the corner between the second leg and the base, and wherein the lock includes a locking arm that extends upwards from a lower region of the support arm towards the holding arm
A computer-implemented method for measuring post-translational modification of proteins in a subject, the method comprising: - recording of infrared radiation within a predetermined wavenumber range, attenuated by an integument of said subject, wherein said integument is still attached to said subject; - comparing said attenuation of infrared radiation to a predetermined value for deriving information regarding post-translational modification of proteins in the integument, characterized in that said integument of said subject is a nail plate of said subject. - recording of infrared radiation within a predetermined wavenumber range, attenuated by an integument of said subject, wherein said integument is still attached to said subject; - comparing said attenuation of infrared radiation to a predetermined value for deriving information regarding post-translational modification of proteins in the integument, characterized in that said integument of said subject is a nail plate of said subject.
Tripping device, in particular for valves of fire protection devices, hydrogen applications and the like, and also for mechanical devices such as roll bars and pedestrian protection devices on motor vehicles, having a housing, having an actuating rod which is mounted on or in the housing axially displaceably in and counter to a tripping direction, having a tripping spring for preloading the actuating rod in the tripping direction, having a locking device for locking the actuating rod in a preloaded position against the action of the tripping spring, wherein the locking device has at least one locking element, wherein the actuating rod can be released by means of a movement of the locking element, wherein the actuating rod has a circumferential groove or a recess, and wherein the locking element is arranged movably with respect to the actuating rod in the radial direction, wherein the locking element engages into the circumferential groove or the recess in the actuating rod in a locking position and is arranged outside the circumferential groove or the recess in the actuating rod in a release position, and wherein a slide is provided, which is mounted displaceably in the axial direction in the housing and which, in a first position, blocks the at least one locking element in the circumferential groove or in the recess in the actuating rod and, in a second position, allows a movement of the locking element out of the circumferential groove or out of the recess, wherein the at least one locking element is in the form of a roller or ball, wherein a first actuator is provided for moving the slide from the first position to the second position in order to trigger the tripping device, characterized in that the first actuator has a permanent magnet and an electromagnet, and in that the first actuator has an armature component which is arranged and formed such that, starting from a starting position, it covers an acceleration distance until it meets the slide which is in the first position, wherein in particular the actuating rod can be displaced counter to the tripping direction until the armature component is in the starting position.
A method for manufacturing a deflection member suitable for the production of fibrous webs, the method comprising the steps of: a.) providing an additive manufacturing apparatus that comprises at least one radiation source and a vat comprising a photopolymer resin; b.) providing a reinforcing member having a first surface and a second surface opposite the first surface; c.) contacting at least the second surface of the reinforcing member with the photopolymer resin; and d.) directing radiation from the at least one radiation source towards the first surface of the reinforcing member such that the radiation passes through the first surface of the reinforcing member to at least partially cure photopolymer resin in contact with the second surface of the reinforcing member to create at least a portion of a lock-on layer. a.) providing an additive manufacturing apparatus that comprises at least one radiation source and a vat comprising a photopolymer resin; b.) providing a reinforcing member having a first surface and a second surface opposite the first surface; c.) contacting at least the second surface of the reinforcing member with the photopolymer resin; and d.) directing radiation from the at least one radiation source towards the first surface of the reinforcing member such that the radiation passes through the first surface of the reinforcing member to at least partially cure photopolymer resin in contact with the second surface of the reinforcing member to create at least a portion of a lock-on layer.
A polyethylene composition comprising at least 65 wt% ethylene derived units and up to 35 wt% of C 3 -C 12 olefin comonomer derived units, based upon the total weight of the polyethylene composition, wherein the polyethylene composition has: a) an RCI,m of 100 kg/mol or greater; b) an internal unsaturation as measured by 1 H NMR of less than 0.15 total internal unsaturations per thousand carbon atoms; c) a density of from 0.890 g/cm 3 to 0.940 g/cm 3; d) a melt index of from 0.1 g/10 min to 30 g/10 min; e) a melt index ratio (I 21 /I 2) of from 10 to 90; f) an M w /M n of from 2 to 12; j) an M z /M w of from 2.2 to 5.0; h) an M z /M n of from 10 to 40; and i) a g'(vis) of 0.990 or less; and one or both of: j) a T W1 -T W2 value of from -16°C to -38°C; and k) an M W1 /M W2 value of at least 0.9. a) an RCI,m of 100 kg/mol or greater; b) an internal unsaturation as measured by 1 H NMR of less than 0.15 total internal unsaturations per thousand carbon atoms; c) a density of from 0.890 g/cm 3 to 0.940 g/cm 3; d) a melt index of from 0.1 g/10 min to 30 g/10 min; e) a melt index ratio (I 21 /I 2) of from 10 to 90; f) an M w /M n of from 2 to 12; j) an M z /M w of from 2.2 to 5.0; h) an M z /M n of from 10 to 40; and i) a g'(vis) of 0.990 or less; and j) a T W1 -T W2 value of from -16°C to -38°C; and k) an M W1 /M W2 value of at least 0.9.
A data verification method, wherein the method is applied to a privacy computing unit and comprises: receiving a trigger instruction that is sent by a blockchain platform based on timed starting logic defined in a chain code; performing verification processing on user basic data based on the trigger instruction to obtain a verification result, wherein the user basic data is obtained after first encrypted data sent by a first institution is decrypted, and the user basic data is user basic data obtained based on a user ID comprised in a data sharing request sent by a second institution; and sending the verification result to the second institution. receiving a trigger instruction that is sent by a blockchain platform based on timed starting logic defined in a chain code; performing verification processing on user basic data based on the trigger instruction to obtain a verification result, wherein the user basic data is obtained after first encrypted data sent by a first institution is decrypted, and the user basic data is user basic data obtained based on a user ID comprised in a data sharing request sent by a second institution; and sending the verification result to the second institution.
A dispenser assembly for dispensing a sheet from a roll of sheet material, the roll of sheet material having a longitudinal axis, the dispenser assembly comprising: - a roll holder for removably holding the roll of sheet material, the roll of sheet material being free to rotate relatively to the roll holder; - a base for supporting the roll holder and for coupling the dispenser assembly with an environment structure; - a pair of coupling elements comprising a first element coupled to the roll of sheet material and a second element integral to the roll holder, the first element being coupled in a removable manner relatively to the second element by magnetic coupling; and the first element comprises a contacting portion extending transversally relatively to the longitudinal axis, which is adhered to a lateral edge (12, 12a) of the roll of sheet material and arranged to at least partially cover said lateral edge (12, 12a) so that the first element is fixedly secured to the roll of sheet material; charaterized in that the first element is coupled to the second element in a free to rotate manner. - a roll holder for removably holding the roll of sheet material, the roll of sheet material being free to rotate relatively to the roll holder; - a base for supporting the roll holder and for coupling the dispenser assembly with an environment structure; - a pair of coupling elements comprising a first element coupled to the roll of sheet material and a second element integral to the roll holder, the first element being coupled in a removable manner relatively to the second element by magnetic coupling; and the first element comprises a contacting portion extending transversally relatively to the longitudinal axis, which is adhered to a lateral edge (12, 12a) of the roll of sheet material and arranged to at least partially cover said lateral edge (12, 12a) so that the first element is fixedly secured to the roll of sheet material; charaterized in that the first element is coupled to the second element in a free to rotate manner.
A combine harvester having a forward direction of harvesting travel over ground, the combine harvester comprising a self-propelled vehicle having a chassis; a feederhouse extending forward from the self-propelled vehicle, the feederhouse further comprising a front end and a rear end, wherein the rear end of the feederhouse is pivotally coupled to the chassis to pivot with respect to the chassis about a first pivot axis that extends generally horizontally and laterally, the feederhouse further comprising a front frame pivotally coupled to the front end to pivot with respect to the front end around a second pivot axis that extends generally horizontally and laterally; a first feederhouse lift motor coupled to the chassis at a first end of the first feederhouse lift motor; and a first pivot motor coupled to the front end at a first end of the first pivot motor, and coupled to the front frame at a second end of the first pivot motor, characterized in that the first feederhouse lift motor is coupled to the front frame at a second end of the first feederhouse lift motor.
Method for producing a substrate-free oxygen reduction catalyst for use in low temperature fuel cells comprising in the given sequence the steps of: a) producing a solution of a nitrogen-containing aromatic monomer which leads to conductive polymers and an aromatic sulfonic acid, b) producing a solution of an oxidising agent, c) mixing the solutions from step a) and b) and allowing the mixture to stand to produce a doped conductive polymer, wherein the solutions of step a) and b) may optionally be mixed with one or more transition metal salts to directly obtain a precursor mixture, d) if the precursor mixture has not already been prepared in step c), preparing the precursor mixture by 1.) mixing the doped conductive polymer with one or more transition metal salts or 2.) impregnating the doped conductive polymer with a dispersion of one or more transition metal salts, e) pyrolising the precursor mixture in an inert gas atmosphere to produce the catalyst, f) performing an acid etching step with a mixture of a mineral acid and a solvent to produce an etched catalyst, g) pyrolysing the etched catalyst in an inert gas atmosphere or a reactive gas atmosphere, h) optionally repeating the steps f) and g). a) producing a solution of a nitrogen-containing aromatic monomer which leads to conductive polymers and an aromatic sulfonic acid, b) producing a solution of an oxidising agent, c) mixing the solutions from step a) and b) and allowing the mixture to stand to produce a doped conductive polymer, wherein the solutions of step a) and b) may optionally be mixed with one or more transition metal salts to directly obtain a precursor mixture, d) if the precursor mixture has not already been prepared in step c), preparing the precursor mixture by 1.) mixing the doped conductive polymer with one or more transition metal salts or 2.) impregnating the doped conductive polymer with a dispersion of one or more transition metal salts, e) pyrolising the precursor mixture in an inert gas atmosphere to produce the catalyst, f) performing an acid etching step with a mixture of a mineral acid and a solvent to produce an etched catalyst, g) pyrolysing the etched catalyst in an inert gas atmosphere or a reactive gas atmosphere, h) optionally repeating the steps f) and g).
Thermal battery comprising an enclosure comprising a fluid inlet and outlet and comprising within it tubes of encapsulated phase-change material, said tubes being arranged parallel to the circulating flow of fluid, characterized in that said tubes comprise radial spacers for spacing said tubes apart.
A laser system comprising: a laser configured to generate a laser beam; a power supply arranged to provide a drive power to the laser; a photodetector arranged to detect the power of the laser beam and provide a detection signal from the power of the laser beam; and a feedback loop arranged to: form a feedback signal by subtracting a target signal from the detection signal, wherein the feedback signal has a high bandwidth extending from a DC frequency to a frequency of at least 10 kHz; amplify the feedback signal; and adjust the drive power according to the amplified feedback signal, thereby reducing noise in the laser beam. a laser configured to generate a laser beam; a power supply arranged to provide a drive power to the laser; a photodetector arranged to detect the power of the laser beam and provide a detection signal from the power of the laser beam; and a feedback loop arranged to: form a feedback signal by subtracting a target signal from the detection signal, wherein the feedback signal has a high bandwidth extending from a DC frequency to a frequency of at least 10 kHz; amplify the feedback signal; and adjust the drive power according to the amplified feedback signal, thereby reducing noise in the laser beam. form a feedback signal by subtracting a target signal from the detection signal, wherein the feedback signal has a high bandwidth extending from a DC frequency to a frequency of at least 10 kHz; amplify the feedback signal; and adjust the drive power according to the amplified feedback signal, thereby reducing noise in the laser beam.
MK-0677 for use in a method of treating growth hormone deficiency in children, wherein a therapeutically effective amount of MK-0677 is administered to a child known to have short stature and equivalent growth potential compared to rhGH, wherein a child has equivalent growth potential compared to rhGH when the child has: i. a peak serum GH >5 g/L in response to a single oral dose of MK-0677; and, ii. a baseline serum IGF-I of >30 ng/mL. i. a peak serum GH >5 g/L in response to a single oral dose of MK-0677; and, ii. a baseline serum IGF-I of >30 ng/mL.
A telescoping access cannula comprising: - an outer tube; - an inner tube carried by the outer tube, the inner tube being coaxial with the outer tube and longitudinally movable relative to the outer tube; and - a rotatable member carried by the outer tube; characterized in that the rotatable member is connected to the inner tube, wherein rotation of the rotatable member causes longitudinal movement of the inner tube relative to the outer tube. - an outer tube; - an inner tube carried by the outer tube, the inner tube being coaxial with the outer tube and longitudinally movable relative to the outer tube; and - a rotatable member carried by the outer tube;
Abase station, wherein the base station comprises: means for generating downlink control information, DCI, wherein the DCI carries a carrier assignment indication field of a current scheduled carrier according to scheduling statuses of all configured carriers for a user terminal, wherein the carrier assignment indication field comprises a first code indicating a total quantity of scheduled carriers in the all configured carriers and a second code indicating an accumulative index value M of the current scheduled carrier, the current scheduled carrier is the M th scheduled carrier from the 1 st configured carrier, and M is an integer greater than or equal to 1; and means for sending the DCI to the user terminal. means for generating downlink control information, DCI, wherein the DCI carries a carrier assignment indication field of a current scheduled carrier according to scheduling statuses of all configured carriers for a user terminal, wherein the carrier assignment indication field comprises a first code indicating a total quantity of scheduled carriers in the all configured carriers and a second code indicating an accumulative index value M of the current scheduled carrier, the current scheduled carrier is the M th scheduled carrier from the 1 st configured carrier, and M is an integer greater than or equal to 1; and means for sending the DCI to the user terminal.
Chassis for a two-seat children's pushchair comprising: - front legs and rear legs with the corresponding wheels (5, 2) - a handle in an inverted "U" form - two supports (8, 9) coupled at different heights to each one of the two sides of the chassis for separable installation of the two seats (A, B), the upper support being in a forward position and the lower support being in a rear position characterized in that - on each side the upper support is coupled in an inclined manner towards the front in a core where the handle, the front legs and rear legs are articulately coupled, in that - both cores are joined together by a transversal shaft and in that - the lower supports are fixed to the post-lower part of the rear legs - front legs and rear legs with the corresponding wheels (5, 2) - a handle in an inverted "U" form - two supports (8, 9) coupled at different heights to each one of the two sides of the chassis for separable installation of the two seats (A, B), the upper support being in a forward position and the lower support being in a rear position - on each side the upper support is coupled in an inclined manner towards the front in a core where the handle, the front legs and rear legs are articulately coupled, in that - both cores are joined together by a transversal shaft and in that - the lower supports are fixed to the post-lower part of the rear legs
A biological reactor system having a single use flexible container and a heat exchange module, the module comprising: a body having a central chamber configured for receiving the single use flexible container and configured to be disposed in a reactor vessel, the body comprising: an outer surface configured to conform to a shape of the reactor vessel; at least one thermally conductive surface adapted to contact the single use reactant container to facilitate heat transfer; wherein the body is an elongate body having a top end and a bottom end and is adapted to be inserted into the reactor vessel such that the body extends at least a substantial portion of the distance between a top and a bottom of the reactor vessel; and a heat exchanger disposed at the outer surface of the body, characterized in that the body comprises at least one integral strong baffle forming a protrusion into the central chamber, with the heat exchanger comprising a fluid circulation path through which a heat exchange fluid can be circulated around the circumference of the body and into and out of a channel in the at least one strong baffle, such that when the flexible container is inserted into the chamber, a fluid within the flexible container is heated or cooled by the heat exchange fluid and baffled by the at least one strong baffle. a body having a central chamber configured for receiving the single use flexible container and configured to be disposed in a reactor vessel, the body comprising: an outer surface configured to conform to a shape of the reactor vessel; at least one thermally conductive surface adapted to contact the single use reactant container to facilitate heat transfer; wherein the body is an elongate body having a top end and a bottom end and is adapted to be inserted into the reactor vessel such that the body extends at least a substantial portion of the distance between a top and a bottom of the reactor vessel; and an outer surface configured to conform to a shape of the reactor vessel; at least one thermally conductive surface adapted to contact the single use reactant container to facilitate heat transfer; wherein the body is an elongate body having a top end and a bottom end and is adapted to be inserted into the reactor vessel such that the body extends at least a substantial portion of the distance between a top and a bottom of the reactor vessel; and a heat exchanger disposed at the outer surface of the body, characterized in that the body comprises at least one integral strong baffle forming a protrusion into the central chamber, with the heat exchanger comprising a fluid circulation path through which a heat exchange fluid can be circulated around the circumference of the body and into and out of a channel in the at least one strong baffle, such that when the flexible container is inserted into the chamber, a fluid within the flexible container is heated or cooled by the heat exchange fluid and baffled by the at least one strong baffle.
Control and drive-along device with a control area and a stationary area with two footsteps (8.1, 8.2) for a single-axle vehicle with a single-axle drive axle, characterized in in that the standing area is connected to the control area via an S-pillar and, together with a base, is pivotably mounted relative to the single-axle drive axle via a swivel bearing, the base being penetrated by a swivel bracket which is pivotably arranged on a suspension in a swivel opening and at the two ends of which the swiveling footsteps (8.1, 8.2) are arranged, which are also pivotable via bearings (10.2, 10.3).