mhurhangee/ep-ind-claims huggingface dataset:
A therapeutic composition for use in treating hypercholesterolemia, hyperlipidemia, type 1 or type 2 diabetes, a vascular disease, metabolic syndrome, or an inflammatory disease, comprising an isolated aminoacyl-tRNA synthetase (AARS) polypeptide of up to 150 amino acids in length and comprising an amino acid sequence that is at least 90%, 95%, 98%, or 100% identical to SEQ ID NO:73, wherein the polypeptide has an extracellular signaling activity and has a solubility of at least 5 mg/mL, and wherein the composition has a purity of at least 95% on a protein basis and less than 10 EU endotoxin / mg protein.
Process for producing a foam film laminate comprising at least one compact covering layer and at least one layer of extruded foamed plastic joined to the covering layer, wherein the production of the layer of foamed plastic is effected in a manner where a plastics material is admixed with a chemical blowing agent which is solid at room temperature and during or after extrusion is heated to or above the activation temperature of the blowing agent to obtain the layer of foamed plastic, wherein the plastics composition contains - 15 to 80 parts by wt of at least one first polymer having a content of polyethylene of at least 50 wt% based on the first polymer, - 15 to 80 parts by wt of at least one second polymer having a content of polypropylene of at least 50 wt% based on the second polymer, characterized in that the plastics material contains 5 to 60 parts by wt of at least one HMS polyolefin having a stretching viscosity according to ISO 20965 (as at February 15, 2005, type A measuring apparatus) of 10 4 to 10 7 Pa.s measured at 190°C in a Hencky strain rate range of 0.01 s -1 to 1 s -1 at a Hencky strain of 3.0, wherein the parts by weight of the polymers sum to 100. - 15 to 80 parts by wt of at least one first polymer having a content of polyethylene of at least 50 wt% based on the first polymer, - 15 to 80 parts by wt of at least one second polymer having a content of polypropylene of at least 50 wt% based on the second polymer,
A gear unit with housing part and first hollow shaft, wherein in the housing part there are accommodated bearings of the gear unit which rotatably mount the first hollow shaft, wherein an intermediate part of the gear unit is connected to the housing part, wherein a flange part of the gear unit on that side of the intermediate part which faces away from the housing part is connected to the intermediate part, characterised in that in the flange part there is accommodated an angular contact bearing of the gear unit which rotatably mounts an output shaft, embodied as a second hollow shaft, of the gear unit, with the output shaft having external gearing, in particular splined gearing, which is inserted into internal gearing of the first hollow shaft, so that the output shaft is connected non-rotatably to the first hollow shaft, with a shaft part of the gear unit having an external thread region which is screwed into an internal thread region of the output shaft, with there being formed on the shaft part a step against which the first hollow shaft is positioned, with there being arranged in the flange part a radial bore in which a pressure equalisation element of the gear unit is arranged, with there being formed in the flange part a further radial bore which is spaced apart in the circumferential direction from the radial bore, in which further radial bore a transparent window of the gear unit is accommodated. wherein in the housing part there are accommodated bearings of the gear unit which rotatably mount the first hollow shaft, wherein an intermediate part of the gear unit is connected to the housing part, wherein a flange part of the gear unit on that side of the intermediate part which faces away from the housing part is connected to the intermediate part, characterised in that in the flange part there is accommodated an angular contact bearing of the gear unit which rotatably mounts an output shaft, embodied as a second hollow shaft, of the gear unit, with the output shaft having external gearing, in particular splined gearing, which is inserted into internal gearing of the first hollow shaft, so that the output shaft is connected non-rotatably to the first hollow shaft, with a shaft part of the gear unit having an external thread region which is screwed into an internal thread region of the output shaft, with there being formed on the shaft part a step against which the first hollow shaft is positioned, with there being arranged in the flange part a radial bore in which a pressure equalisation element of the gear unit is arranged, with there being formed in the flange part a further radial bore which is spaced apart in the circumferential direction from the radial bore, in which further radial bore a transparent window of the gear unit is accommodated.
A method of three-dimensional printing of an object, comprising: operating a printing head (16a, 16b) having a plurality of nozzle arrays (122a-d) to dispense a plurality of building material formulations, wherein the printing head (16a, 16b) is directly connected to a plurality of cartridges each containing a different building material formulation, wherein for each nozzle array (122a-d) the printing head (16a, 16b) comprises a channel conveying a building material formulation to said nozzle array (122a-d), and wherein said channel is selectively connected to one of said cartridges via a manifold having a plurality of manifold channels each connected to a separate cartridge; characterized by: discarding a first building material formulation from a first channel of said printing head (16a, 16b); and by said manifold, connecting a cartridge containing a building material formulation that is different from said discarded building material formulation to said first channel while maintaining at least one type of building material formulation within at least one channel of said printing head (16a, 16b) other than said first channel. operating a printing head (16a, 16b) having a plurality of nozzle arrays (122a-d) to dispense a plurality of building material formulations, wherein the printing head (16a, 16b) is directly connected to a plurality of cartridges each containing a different building material formulation, wherein for each nozzle array (122a-d) the printing head (16a, 16b) comprises a channel conveying a building material formulation to said nozzle array (122a-d), and wherein said channel is selectively connected to one of said cartridges via a manifold having a plurality of manifold channels each connected to a separate cartridge; characterized by: discarding a first building material formulation from a first channel of said printing head (16a, 16b); and by said manifold, connecting a cartridge containing a building material formulation that is different from said discarded building material formulation to said first channel while maintaining at least one type of building material formulation within at least one channel of said printing head (16a, 16b) other than said first channel. discarding a first building material formulation from a first channel of said printing head (16a, 16b); and by said manifold, connecting a cartridge containing a building material formulation that is different from said discarded building material formulation to said first channel while maintaining at least one type of building material formulation within at least one channel of said printing head (16a, 16b) other than said first channel.
A process for preparation of olmesartan medoxomil comprising: a) reacting trityl olmesartan medoxomil with an acid, b) filtering the precipitate of trityl alcohol, c) subjecting the filtrate to agitated thin film drying, and d) recovering olmesartan medoxomil. a) reacting trityl olmesartan medoxomil with an acid, b) filtering the precipitate of trityl alcohol, c) subjecting the filtrate to agitated thin film drying, and d) recovering olmesartan medoxomil.
Hearing aid device having an antenna device, the antenna device being designed to receive and/or emit electromagnetic waves of a predetermined wavelength lambda, and the antenna device having: an energy coupling device which is designed to supply electrical energy to the antenna device or to draw electrical energy from the antenna device; a first conductor and a second conductor which exchange energy with the energy coupling device, extend away from the energy coupling device in different directions and are arranged at a distance of less than 0.05 times lambda from a third conductor, a first ohmic connection being arranged between the first conductor and the third conductor and a second ohmic connection being arranged between the second conductor and the third conductor at a predetermined distance from the energy coupling device, which distance has a length in the range between lambda divided by two and lambda divided by eight. an energy coupling device which is designed to supply electrical energy to the antenna device or to draw electrical energy from the antenna device; a first conductor and a second conductor which exchange energy with the energy coupling device, extend away from the energy coupling device in different directions and are arranged at a distance of less than 0.05 times lambda from a third conductor, a first ohmic connection being arranged between the first conductor and the third conductor and a second ohmic connection being arranged between the second conductor and the third conductor at a predetermined distance from the energy coupling device, which distance has a length in the range between lambda divided by two and lambda divided by eight.
A method of making a pair of laminated panels comprising simultaneously heating and compressing together two sets of panel laminates (1 - 3) in a common stack having a separately heated thermal band in the middle thereof, and wherein each of said panel sets comprises a structural honeycomb core laminated by adhesive plies between top and bottom skins, and said thermal band comprises a thin, rectangular electrical blanket having a temperature sensor thermocouple embedded therein and operatively joined by an electrical lead to a temperature controller.
A mobile station comprising: - a mobile terminal, - security resources, - a discovery module implemented in the mobile station and configured to: - determining the security resources of the mobile station, - deriving at least one security level of the mobile station achieved by means of the security resources, and - outputting of the derived security level of the mobile station, characterized in: - that the mobile station further contains application information about at least one application implemented or to be implemented in the mobile station, wherein the discovery module being used to derive and output an application security level, as security level, achieved during operation of the application in the mobile station using the security resources in addition to a security level output independently of the operation of the application in the mobile station, and - that an application control module coupled to the discovery module is configured to control the execution of the application in a range of functions being dependent on the derived application security level of the application, wherein the application being executable in an extended range of functions, being executable in a full range of functions, being executable in a restricted range of functions, and being executable in deactivated manner, and security-critical functionalities being added to the range of functions as the range of functions of the application increases. - a mobile terminal, - security resources, - a discovery module implemented in the mobile station and configured to: - determining the security resources of the mobile station, - deriving at least one security level of the mobile station achieved by means of the security resources, and - outputting of the derived security level of the mobile station, - determining the security resources of the mobile station, - deriving at least one security level of the mobile station achieved by means of the security resources, and - outputting of the derived security level of the mobile station, - that the mobile station further contains application information about at least one application implemented or to be implemented in the mobile station, wherein the discovery module being used to derive and output an application security level, as security level, achieved during operation of the application in the mobile station using the security resources in addition to a security level output independently of the operation of the application in the mobile station, and - that an application control module coupled to the discovery module is configured to control the execution of the application in a range of functions being dependent on the derived application security level of the application, wherein the application being executable in an extended range of functions, being executable in a full range of functions, being executable in a restricted range of functions, and being executable in deactivated manner, and security-critical functionalities being added to the range of functions as the range of functions of the application increases.
An electrode structure for an implantable stimulation lead for use in stimulating a target nerve structure within a patient, the electrode structure comprising: a backing defined by a major dimension extending in a direction of a first axis, and a minor dimension extending generally orthogonal to the first axis, the backing including a first surface, a second surface opposite the first surface, and a plurality of sides extending between the first surface and the second surface; a plurality of electrodes (50, 51) coupled to the backing and disposed on the first surface; and at least one through hole extending across the backing, the through hole extending from one of the plurality of sides to another one of the plurality of sides and within an area between the first surface and the second surface. a backing defined by a major dimension extending in a direction of a first axis, and a minor dimension extending generally orthogonal to the first axis, the backing including a first surface, a second surface opposite the first surface, and a plurality of sides extending between the first surface and the second surface; a plurality of electrodes (50, 51) coupled to the backing and disposed on the first surface; and at least one through hole extending across the backing, the through hole extending from one of the plurality of sides to another one of the plurality of sides and within an area between the first surface and the second surface.
Method for detecting the switching position of an operating switch for starting an electric motor, wherein the electric motor is connected to a voltage source via a drive circuit and the operating switch, which switches the supply voltage of the voltage source as an input voltage (U E) onto the drive circuit, is located between the drive circuit and the voltage source, characterised in that a) after a switch-off of the electric motor, the input voltage (U E) of the drive circuit is monitored, b) a gradient (dU/dt) of a voltage increase of the input voltage (U E) is determined, c) the determined gradient (dU/dt) of the voltage increase of the input voltage (U E) is compared to a preset limit value, and d) if the preset limit value is exceeded, the operating switch is deemed closed and the electric motor can be restarted via the drive circuit. a) after a switch-off of the electric motor, the input voltage (U E) of the drive circuit is monitored, b) a gradient (dU/dt) of a voltage increase of the input voltage (U E) is determined, c) the determined gradient (dU/dt) of the voltage increase of the input voltage (U E) is compared to a preset limit value, and d) if the preset limit value is exceeded, the operating switch is deemed closed and the electric motor can be restarted via the drive circuit.
A method for object tracking in a sequence of arrays of images captured by a light-field camera, the method comprising: - acquiring a sequence of arrays of images, each image in an array of images corresponding to a different view point and each array of images having a reference image and further images, wherein the reference image is the image based on which object tracking shall be performed in the sequence of arrays of images; - determining features of an object of interest marked by a bounding box drawn by a user in the reference image of a first array of images; - matching the features of the reference image in the further images of the first array of images; - discarding features that cannot be matched in all or most of the images of the first array of images; - building a visual appearance model for the object of interest based on the remaining features; - tracking a movement of the object of interest between the reference image of a current array of images and the reference image of a next array of images using a tracking scheme that makes use of said visual appearance model and predicting locations of the remaining features of the object of interest in the reference image of a subsequent next array of images by applying a displacement of the object of interest estimated from said tracked movement to each remaining feature; and - outputting data indicating said tracked movement of the object of interest. - acquiring a sequence of arrays of images, each image in an array of images corresponding to a different view point and each array of images having a reference image and further images, wherein the reference image is the image based on which object tracking shall be performed in the sequence of arrays of images; - determining features of an object of interest marked by a bounding box drawn by a user in the reference image of a first array of images; - matching the features of the reference image in the further images of the first array of images; - discarding features that cannot be matched in all or most of the images of the first array of images; - building a visual appearance model for the object of interest based on the remaining features; - tracking a movement of the object of interest between the reference image of a current array of images and the reference image of a next array of images using a tracking scheme that makes use of said visual appearance model and predicting locations of the remaining features of the object of interest in the reference image of a subsequent next array of images by applying a displacement of the object of interest estimated from said tracked movement to each remaining feature; and - outputting data indicating said tracked movement of the object of interest.
A fuel feedstock, comprising at least two sorbents and municipal solid waste, wherein at least one sorbent is a sodium-based sorbent, wherein the sodium-based sorbent is 19% (w/w) to 30% (w/w) of the total weight of the fuel feedstock, at least one sorbent is a calcium-based sorbent, wherein the calcium-based sorbent is 5% (w/w) to 12% (w/w) of the total weight of the fuel feedstock, the feedstock further comprises at least one sorbent for mercury reduction, and the MSW comprises 5% (w/w) to 50% (w/w) plastic and 50% (w/w) to 95% (w/w) fiber and contains no more than 0.01% (w/w) glass, metals, grit, and noncombustible waste.
A plugging device comprising: a main body portion having a depressed portion and a communication path opening into an inner surface of the depressed portion; an elastic plate fixed to the main body portion so as to cover the depressed portion; and a pump connected to the communication path. a main body portion having a depressed portion and a communication path opening into an inner surface of the depressed portion; an elastic plate fixed to the main body portion so as to cover the depressed portion; and a pump connected to the communication path.
A method of providing a path between bridges of a first network segment configured using a first network control protocol, the method comprising: providing a second network segment interconnecting first and second bridges of said first network segment, said second network segment operable to transmit control datagrams adherent to a second network protocol and to discard control datagrams adherent to said first network control protocol; modifying at a point of ingress to said second network segment, control datagrams of said first network control protocol to form modified control datagrams adherent to said second protocol, thereby enabling transport of said modified control datagrams across said second network segment; and modifying at a point of egress from said second network segment, said modified control datagrams to re-form control datagrams adherent to said first network control protocol, and thereby said second network segment to provide a segment along said path between said first and second bridges configured using said first network control protocol, wherein said forming said modified control datagrams comprises replacing a Destination MAC Address of a control datagram with a replacement Destination MAC Address, wherein said replacement Destination MAC Address includes a supervision frame address of said second network segment and a domain identification value associated with both said point of ingress and said point of egress, and wherein said re-forming control datagrams is in response to detecting at said point of egress one of said modified control datagrams. providing a second network segment interconnecting first and second bridges of said first network segment, said second network segment operable to transmit control datagrams adherent to a second network protocol and to discard control datagrams adherent to said first network control protocol; modifying at a point of ingress to said second network segment, control datagrams of said first network control protocol to form modified control datagrams adherent to said second protocol, thereby enabling transport of said modified control datagrams across said second network segment; and modifying at a point of egress from said second network segment, said modified control datagrams to re-form control datagrams adherent to said first network control protocol, and thereby said second network segment to provide a segment along said path between said first and second bridges configured using said first network control protocol, wherein said forming said modified control datagrams comprises replacing a Destination MAC Address of a control datagram with a replacement Destination MAC Address, wherein said replacement Destination MAC Address includes a supervision frame address of said second network segment and a domain identification value associated with both said point of ingress and said point of egress, and wherein said re-forming control datagrams is in response to detecting at said point of egress one of said modified control datagrams.