mhurhangee/ep-ind-claims huggingface dataset:
Vehicle with a rotationally movable actuating element and with a sensor arrangement for measuring an actuating angle (α) of the actuating element, wherein the sensor arrangement • has a measuring acceleration sensor, which is fastened to the actuating element, and • has a reference acceleration sensor, which is fastened immovably to the vehicle, wherein the sensor arrangement is configured • taking in account the direction of the acceleration due to gravity (g), to generate angle measurement data dependent on the actuating angle (α) and the vehicle position and • taking in account the direction of the acceleration due to gravity (g), to generate error measurement data dependent on the vehicle position, wherein the vehicle is configured for computer-aided calculation of the actuating angle (α) from the angle measurement data, taking into account the measurement error measurement data, characterised in that the vehicle is configured to calculate as actuating angle (α) at least one stop value for the actuating element, which is measured when an increase in the actuating angle (α) is prevented by a stop. • has a measuring acceleration sensor, which is fastened to the actuating element, and • has a reference acceleration sensor, which is fastened immovably to the vehicle, wherein the sensor arrangement is configured • taking in account the direction of the acceleration due to gravity (g), to generate angle measurement data dependent on the actuating angle (α) and the vehicle position and • taking in account the direction of the acceleration due to gravity (g), to generate error measurement data dependent on the vehicle position, • taking in account the direction of the acceleration due to gravity (g), to generate angle measurement data dependent on the actuating angle (α) and the vehicle position and • taking in account the direction of the acceleration due to gravity (g), to generate error measurement data dependent on the vehicle position, wherein the vehicle is configured for computer-aided calculation of the actuating angle (α) from the angle measurement data, taking into account the measurement error measurement data, characterised in that the vehicle is configured to calculate as actuating angle (α) at least one stop value for the actuating element, which is measured when an increase in the actuating angle (α) is prevented by a stop.
A prosthesis delivery device comprising: a proximal end and a distal end, a prosthesis retention section at the proximal end and a prosthesis retained on the prosthesis retention section, the prosthesis having a proximal end releasably attached at the prosthesis retention section and a distal end releasably attached at the prosthesis retention section, a sheath slidably disposed over the prosthesis, a delivery handle near the distal end of the delivery device, the delivery handle comprising: a rotatable inner cannula having a cannula lumen and cannula handle, the cannula handle rotatable with the rotatable inner cannula, the rotatable inner cannula having a proximal end comprising a prosthesis proximal end attachment and release mechanism releasably engaged to the proximal end of the prosthesis, and a positioner handle releasably engaged with the cannula handle; wherein rotation of the rotatable inner cannula causes rotation of the cannula proximal end to uncouple the proximal end of the prosthesis from the mechanism of the delivery device and withdrawal of the sheath from over the prosthesis releases the distal end of the prosthesis from the delivery device. a proximal end and a distal end, a prosthesis retention section at the proximal end and a prosthesis retained on the prosthesis retention section, the prosthesis having a proximal end releasably attached at the prosthesis retention section and a distal end releasably attached at the prosthesis retention section, a sheath slidably disposed over the prosthesis, a delivery handle near the distal end of the delivery device, the delivery handle comprising: a rotatable inner cannula having a cannula lumen and cannula handle, the cannula handle rotatable with the rotatable inner cannula, the rotatable inner cannula having a proximal end comprising a prosthesis proximal end attachment and release mechanism releasably engaged to the proximal end of the prosthesis, and a positioner handle releasably engaged with the cannula handle; wherein rotation of the rotatable inner cannula causes rotation of the cannula proximal end to uncouple the proximal end of the prosthesis from the mechanism of the delivery device and withdrawal of the sheath from over the prosthesis releases the distal end of the prosthesis from the delivery device. a rotatable inner cannula having a cannula lumen and cannula handle, the cannula handle rotatable with the rotatable inner cannula, the rotatable inner cannula having a proximal end comprising a prosthesis proximal end attachment and release mechanism releasably engaged to the proximal end of the prosthesis, and a positioner handle releasably engaged with the cannula handle; wherein rotation of the rotatable inner cannula causes rotation of the cannula proximal end to uncouple the proximal end of the prosthesis from the mechanism of the delivery device and withdrawal of the sheath from over the prosthesis releases the distal end of the prosthesis from the delivery device.
A polylactate stereocomplex, comprising: a poly(L-lactate-3-hydroxypropionate) block copolymer including 10 parts by weight to 50 parts by weight of a poly(3-hydroxypropionate) repeating unit with respect to 100 parts by weight of a poly(L-lactate) repeating unit; and a poly(D-lactate) having a weight average molecular weight of 5,000 g/mol or more to less than 100,000 g/mol, wherein the weight average molecular weight is measured by gel permeation chromatography as disclosed in the specification. a poly(L-lactate-3-hydroxypropionate) block copolymer including 10 parts by weight to 50 parts by weight of a poly(3-hydroxypropionate) repeating unit with respect to 100 parts by weight of a poly(L-lactate) repeating unit; and a poly(D-lactate) having a weight average molecular weight of 5,000 g/mol or more to less than 100,000 g/mol, wherein the weight average molecular weight is measured by gel permeation chromatography as disclosed in the specification.
Profiled clamp having a first profiled clamp half and having a second profiled clamp half, by means of which two flange parts can be connected to one another by application of an axial force, wherein, in order to form a tensioning device, a first tensioning head is formed at an end of the first clamp half and a second tensioning head is formed at an end of the second clamp half, wherein those ends of the clamp halves (10, 11) which are located opposite the tensioning heads (12, 13) are connected to one another by means of an articulated connection, wherein the articulated connection is formed by means of a flat strip portion, wherein a hole is introduced into the flat strip portion, characterized in that the hole is of angular or oval form. wherein the articulated connection is formed by means of a flat strip portion, wherein a hole is introduced into the flat strip portion, characterized in that the hole is of angular or oval form.
An oligonucleotide which has the formula (in 5' to 3' order): A-B-C-D, in which A represents a sequence of locked nucleotide units; B represents a sequence of non-locked nucleotide units, preferably at least one unit has a 2'-deoxy pentofuranose sugar moiety; C represents a sequence of locked nucleotide units; and D represents a non-locked nucleotide unit or a sequence of non-locked nucleotide units. A represents a sequence of locked nucleotide units; B represents a sequence of non-locked nucleotide units, preferably at least one unit has a 2'-deoxy pentofuranose sugar moiety; C represents a sequence of locked nucleotide units; and D represents a non-locked nucleotide unit or a sequence of non-locked nucleotide units.
A process for producing a fluorinated ion exchange resin fluid, which comprises subjecting pellets having a cross-sectional diameter of at most 3 mm and a length of at most 20 mm of a fluorinated ion exchange resin having cation exchange groups to hydrogen peroxide treatment, followed by mixing with a solvent.
Device for performing operations on timepiece movements including a plate mounted on a stand, said plate including at least one storage area capable of receiving timepiece movement components, said plate further including at least one work support provided with means for holding timepiece movements, the work support being arranged to form an extension so as to facilitate access to said movement, characterized in that the work support includes a platform having a peripheral edge and holding means for holding a timepiece movement and in that the platform includes an orifice in which the holding means are arranged, these holding means including a shim mounted on a tube associated with a worm for modifying the position of the shim and thereby adapting to fit different sized movements.
An in vitro method for identifying a compound useful for the treatment of fibrosis, said method comprising: a) contacting a test compound with a polypeptide comprising an amino acid sequence of SEQ ID NO: 26 (S1PR2); b) determining a binding affinity of the test compound to said polypeptide or measuring an activity of said polypeptide; c) contacting the test compound with a population of macrophage cells; d) measuring a property related to differentiation of macrophages into alternatively-activated macrophages; and e) identifying a compound i. capable of reducing or inhibiting macrophage differentiation into alternatively-activated macrophages and demonstrating binding affinity to said polypeptide; or ii. capable of reducing or inhibiting differentiation of macrophages into alternatively-activated macrophages and inhibiting the activity of said polypeptide a) contacting a test compound with a polypeptide comprising an amino acid sequence of SEQ ID NO: 26 (S1PR2); b) determining a binding affinity of the test compound to said polypeptide or measuring an activity of said polypeptide; c) contacting the test compound with a population of macrophage cells; d) measuring a property related to differentiation of macrophages into alternatively-activated macrophages; and e) identifying a compound i. capable of reducing or inhibiting macrophage differentiation into alternatively-activated macrophages and demonstrating binding affinity to said polypeptide; or ii. capable of reducing or inhibiting differentiation of macrophages into alternatively-activated macrophages and inhibiting the activity of said polypeptide i. capable of reducing or inhibiting macrophage differentiation into alternatively-activated macrophages and demonstrating binding affinity to said polypeptide; or ii. capable of reducing or inhibiting differentiation of macrophages into alternatively-activated macrophages and inhibiting the activity of said polypeptide
A solar cell module comprising: at least one solar cell on a first principal surface of a transparent insulating substrate; and an anti-glare film on a second principal surface of the transparent insulating substrate, wherein the anti-glare film is a continuous film having no cracks and contains transparent inorganic fine particles in an inorganic binder, characterized in that the anti-glare film has an average thickness d 1 of 500 nm to 2000 nm and a surface maximum height Ry 1 of 1000 nm to 10000 nm, the inorganic binder has as a main component a silicon oxide containing an Si-O bond obtained by hydrolysis of an Si-H bond and an Si-N bond, and the inorganic fine particles are nonspherical particles having a surface composed of a pulverized surface, and have an average primary particle size of 0.1 μm to 5.0 μm as calculated from observation of a cross section of the anti-glare film. at least one solar cell on a first principal surface of a transparent insulating substrate; and an anti-glare film on a second principal surface of the transparent insulating substrate, wherein the anti-glare film is a continuous film having no cracks and contains transparent inorganic fine particles in an inorganic binder, characterized in that the anti-glare film has an average thickness d 1 of 500 nm to 2000 nm and a surface maximum height Ry 1 of 1000 nm to 10000 nm, the inorganic binder has as a main component a silicon oxide containing an Si-O bond obtained by hydrolysis of an Si-H bond and an Si-N bond, and the inorganic fine particles are nonspherical particles having a surface composed of a pulverized surface, and have an average primary particle size of 0.1 μm to 5.0 μm as calculated from observation of a cross section of the anti-glare film.
A method of generating, in a dynamic range reduced domain, an enhanced multi-channel audio signal from an audio bitstream including a multi-channel audio signal, wherein the method includes the steps of: receiving the audio bitstream; core decoding the audio bitstream and obtaining a dynamic range reduced raw multi-channel audio signal based on the received audio bitstream, wherein the dynamic range reduced raw multi-channel audio signal comprises two or more channels; inputting the dynamic range reduced raw multi-channel audio signal into a multi-channel Generator for jointly processing the dynamic range reduced raw multi-channel audio signal; jointly enhancing the two or more channels of the dynamic range reduced raw multi-channel audio signal by the multi-channel Generator in the dynamic range reduced domain; and obtaining, as an output from the multi-channel Generator, an enhanced dynamic range reduced multi-channel audio signal for subsequent expansion of the dynamic range, wherein the enhanced dynamic range reduced multi-channel audio signal comprises two or more channels. receiving the audio bitstream; core decoding the audio bitstream and obtaining a dynamic range reduced raw multi-channel audio signal based on the received audio bitstream, wherein the dynamic range reduced raw multi-channel audio signal comprises two or more channels; inputting the dynamic range reduced raw multi-channel audio signal into a multi-channel Generator for jointly processing the dynamic range reduced raw multi-channel audio signal; jointly enhancing the two or more channels of the dynamic range reduced raw multi-channel audio signal by the multi-channel Generator in the dynamic range reduced domain; and obtaining, as an output from the multi-channel Generator, an enhanced dynamic range reduced multi-channel audio signal for subsequent expansion of the dynamic range, wherein the enhanced dynamic range reduced multi-channel audio signal comprises two or more channels.
A method for performing memory jumping operations utilizing a content receiver, the method comprising: recording at an aggregate bit rate, multiple instances of content simultaneously from a plurality of programming channels to a file stored by the content receiver; playing an instance of content from a file stored within the content receiver, the file comprising multiple instances of content recorded simultaneously from a plurality of programming channels; receiving a selection for performing a memory jumping operation at a first time within the instance of content; in response to receiving the selection, performing the memory jumping operation by movement to a file location within the file corresponding to a predefined memory jumping operation timeframe, the memory jumping operation being at least partially based on the aggregate recording bit rate; and playing the instance of content upon performing the memory jumping operation. recording at an aggregate bit rate, multiple instances of content simultaneously from a plurality of programming channels to a file stored by the content receiver; playing an instance of content from a file stored within the content receiver, the file comprising multiple instances of content recorded simultaneously from a plurality of programming channels; receiving a selection for performing a memory jumping operation at a first time within the instance of content; in response to receiving the selection, performing the memory jumping operation by movement to a file location within the file corresponding to a predefined memory jumping operation timeframe, the memory jumping operation being at least partially based on the aggregate recording bit rate; and playing the instance of content upon performing the memory jumping operation.
A culture method of human pluripotent stem cells dissociated into single cells in feeder-free culture conditions, comprising the steps of: dissociating human pluripotent stem cells into single cells, and culturing the human pluripotent stem cells dissociated into single cells using a culture substrate for human-pluripotent-stem cell culture, wherein the culture substrate is coated with human laminin α5β1γ1 E8 fragment or human laminin α3β3γ2 E8 fragment. dissociating human pluripotent stem cells into single cells, and culturing the human pluripotent stem cells dissociated into single cells using a culture substrate for human-pluripotent-stem cell culture, wherein the culture substrate is coated with human laminin α5β1γ1 E8 fragment or human laminin α3β3γ2 E8 fragment.
A composition comprising hyaluronidase for use in a method for providing relief from stiffness of a first muscle in an individual comprising the steps of delivering said composition in a region of deep fascia surrounding the first muscle or in a region of deep fascia surrounding a second muscle that affects the function of the first muscle at or near one or more centers of coordination or center of fusion associated with the first muscle, second muscle or a combination thereof, wherein a center of coordination or center of fusion is characterized by slidable layers in the deep fascia, and wherein delivering the composition results in reduction of stiffness of the first muscle.
A controller for a shovel, comprising: a motion predicting part (303, 303A) configured to predict a motion of the shovel, characterized by an alerting part (304, 304A) configured to alert an area surrounding the shovel, before a start of a predetermined motion of the shovel, that the predetermined motion is to be performed, when the motion predicting part (303, 303A) predicts that the shovel next performs the predetermined motion. a motion predicting part (303, 303A) configured to predict a motion of the shovel, characterized by an alerting part (304, 304A) configured to alert an area surrounding the shovel, before a start of a predetermined motion of the shovel, that the predetermined motion is to be performed, when the motion predicting part (303, 303A) predicts that the shovel next performs the predetermined motion.
Clamping or gripping device (10, 50), comprising a main body, guide portions provided on the main body, jaws (16, 17) which are movable along the guide portions in the travel direction and which can be moved between an inner stroke position and an outer stroke end position, the jaws (16, 17) each having a tooth row portion with a length 1 which extends in the travel direction in each case, and a plurality of pinions (21, 22, 23; 51, 52) being provided, the axes of rotation of which pinions lie in a plane which lies in parallel with the respective tooth row portions, the pinions (21, 22, 23; 51, 52) interacting with the relevant tooth row portion in order to drive the jaws (16, 17), and the axes of rotation of the pinions (21, 22, 23; 51, 52) having a distance a from one another, at least two pinions (21, 22, 23, 51, 52) interacting with a tooth row portion in one of the inner stroke positions, characterized in that the lengths s of the guide portions, the lengths 1 of the tooth row portions and the distance a of the adjacent pinions (21, 22, 23; 51, 52) are selected such that in the outer stroke end position a pinion (21 or 23; 51 or 52) interacts with only one tooth row portion and another pinion (22 or 21; 52 or 51) interacts with only the other tooth row portion.
A lignin derivative extracted from lignocellulosic biomass wherein said lignin derivative has an ethoxy content of from 0.5 mmol/g to 1.4 mmol/g, a polydispersity of from 1.2 to 4, and an aliphatic hydroxyl content of from 0.2 mmol/g to 6.5 mmol/g.
A subassembly for a belt retractor comprising a belt reel and a frame, comprising a vehicle-sensitive sensor consisting of a sensor housing, an inertial member and a sensor lever, as well as a holding device for the sensor housing, characterized in that the sensor housing includes an outer surface having a sphericity of a ball and the holding device includes an inner holding surface having a sphericity of a ball which are interacting and are adapted to each other so that the sensor housing can be mounted into the holding device while being rotated in different spatial orientations and spatial axes.
A method of bedding a carbon composite material brake disc for use in a vehicle, the method comprising mounting the brake disc to a support rig, such as a stationary frame, preferably of the type secured to a floor, rotatably driving the brake disc and applying frictional engagement to a friction surface of the brake disc to frictionally raise a temperature of the brake disc for bedding conditioning thereof.
A method for producing synthetic hectorite, the method comprising the steps of: 1) preparing a precursor solution mixture comprising a lithium (Li) precursor, a fluorine precursor, and a magnesium (Mg) precursor; 2) adding a basic catalyst into the precursor solution mixture and forming Li-Mg precipitates; and 3) adding a silica (Si) precursor into the Li-Mg precipitates and performing a crystallization reaction, wherein a molar ratio of the lithium precursor and the fluorine precursor is 1:1 to 1:10, wherein the crystallization reaction of step 3) is carried out at a temperature of 70°C to 110°C and under a pressure of 1 bar to 1.21 bar for 10 hours to 40 hours. 1) preparing a precursor solution mixture comprising a lithium (Li) precursor, a fluorine precursor, and a magnesium (Mg) precursor; 2) adding a basic catalyst into the precursor solution mixture and forming Li-Mg precipitates; and 3) adding a silica (Si) precursor into the Li-Mg precipitates and performing a crystallization reaction,