mhurhangee/ep-ind-claims huggingface dataset:
An information processing apparatus, comprising a weight calculator configured to calculate a weight for each of a plurality of sensors on a basis of characteristics of the sensor; a weight combiner configured to combine respective observation values of the plurality of sensors using a sum of products of the observation values of the plurality of sensors and the weights, each weight being calculated for a corresponding one of the plurality of sensors on a basis of the observation value of the corresponding one of the plurality of sensors and characteristics of the corresponding one of the plurality of sensors, and output a value obtained by the combining as a combining observation value, wherein the weight calculator further includes an Allan variance calculator configured to calculate an Allan variance of the observation value of each of the plurality of sensors as the characteristics of the sensor, and a weight determination section configured to calculate and determine the weight for the sensor on a basis of the Allan variance calculated by the Allan variance calculator. a weight calculator configured to calculate a weight for each of a plurality of sensors on a basis of characteristics of the sensor; a weight combiner configured to combine respective observation values of the plurality of sensors using a sum of products of the observation values of the plurality of sensors and the weights, each weight being calculated for a corresponding one of the plurality of sensors on a basis of the observation value of the corresponding one of the plurality of sensors and characteristics of the corresponding one of the plurality of sensors, and output a value obtained by the combining as a combining observation value, wherein combine respective observation values of the plurality of sensors using a sum of products of the observation values of the plurality of sensors and the weights, each weight being calculated for a corresponding one of the plurality of sensors on a basis of the observation value of the corresponding one of the plurality of sensors and characteristics of the corresponding one of the plurality of sensors, and output a value obtained by the combining as a combining observation value, wherein the weight calculator further includes an Allan variance calculator configured to calculate an Allan variance of the observation value of each of the plurality of sensors as the characteristics of the sensor, and a weight determination section configured to calculate and determine the weight for the sensor on a basis of the Allan variance calculated by the Allan variance calculator. an Allan variance calculator configured to calculate an Allan variance of the observation value of each of the plurality of sensors as the characteristics of the sensor, and a weight determination section configured to calculate and determine the weight for the sensor on a basis of the Allan variance calculated by the Allan variance calculator.
A solar panel comprising: - a solar module including -- at least two electrical conductors (10a, 10b) and - an electrical bridging socket including -- an electrically insulating diode mount and -- an axial diode having two terminals (12a, 12b), wherein the axial diode is retained in its contact position by means of the diode mount, wherein in the contact position the one electrical conductor of the solar module directly contacts the one terminal and the other electrical conductor of the solar module directly contacts the other terminal such that the two electrical conductors (10a, 10b) are electrically connected to each other by means of the axial diode. - a solar module including -- at least two electrical conductors (10a, 10b) and -- at least two electrical conductors (10a, 10b) and - an electrical bridging socket including -- an electrically insulating diode mount and -- an axial diode having two terminals (12a, 12b), wherein the axial diode is retained in its contact position by means of the diode mount, wherein in the contact position the one electrical conductor of the solar module directly contacts the one terminal and the other electrical conductor of the solar module directly contacts the other terminal such that the two electrical conductors (10a, 10b) are electrically connected to each other by means of the axial diode. -- an electrically insulating diode mount and -- an axial diode having two terminals (12a, 12b), wherein the axial diode is retained in its contact position by means of the diode mount, wherein in the contact position the one electrical conductor of the solar module directly contacts the one terminal and the other electrical conductor of the solar module directly contacts the other terminal such that the two electrical conductors (10a, 10b) are electrically connected to each other by means of the axial diode.
Conduit connector having a housing which has a first terminal geometry which can be connected with a fluid conduit, and a second terminal geometry which can be connected with a counter element, wherein the first terminal geometry and the second terminal geometry are connected by a through channel in the housing and the housing has an outlet opening and a closing element is provided, wherein the closing element can be fixed in a first position, in which a connection between the outlet opening and the through channel is blocked, and the closing element can be moved into a second position, in which the outlet opening is connected with the through channel, and wherein of the parts closing element and housing one has at least one helically guided web and the other has a formation which interacts with the web, characterised in that the closing element and the housing in the first position have a latching connection with one another.
A method for the thermal compensation of magnetic linear and rotary sensing applications, said method comprising: automatically amplifying and calibrating signals generated by a plurality of magnetoresistive sensing components via an integrated circuit in order to provide a full digital calibration and provide a ratiometric output voltage or digital output signal indicative of linear and rotary position data; and predicting at least one physical alteration caused by a thermal expansion over a particular temperature, the predicted at least one physical alteration being between a centerline-to-centerline distance associated with adjacent magnetoresistive sensing components among said plurality of magnetoresistive sensing components, and between a relative position of said plurality of magnetoresistive sensing components and at least one magnet, in order to compensate for said thermal expansion and reduce temperature associated errors thereof and further comprising compensating for said thermal expansion within said plurality of magnetoresistive sensing components. automatically amplifying and calibrating signals generated by a plurality of magnetoresistive sensing components via an integrated circuit in order to provide a full digital calibration and provide a ratiometric output voltage or digital output signal indicative of linear and rotary position data; and predicting at least one physical alteration caused by a thermal expansion over a particular temperature, the predicted at least one physical alteration being between a centerline-to-centerline distance associated with adjacent magnetoresistive sensing components among said plurality of magnetoresistive sensing components, and between a relative position of said plurality of magnetoresistive sensing components and at least one magnet, in order to compensate for said thermal expansion and reduce temperature associated errors thereof and further comprising compensating for said thermal expansion within said plurality of magnetoresistive sensing components.
A method for producing uridine 5'-diphospho-α-D-galactose comprising the following steps: A) providing a solution comprising (i) uridine monophosphate and D-galactose represented by the following formulae (ii) polyphosphate, and adenosine triphosphate; and providing a set of enzymes comprising a glucose-1-phosphate uridylyltransferase, a galactokinase, a polyphosphate kinase, and a uridine monophosphate kinase; B) producing uridine 5'-diphospho-α-D-galactose from uridine monophosphate and D-galactose in the presence of the set of enzymes, polyphosphate, and adenosine triphosphate. A) providing a solution comprising (i) uridine monophosphate and D-galactose represented by the following formulae (ii) polyphosphate, and adenosine triphosphate; and providing a set of enzymes comprising a glucose-1-phosphate uridylyltransferase, a galactokinase, a polyphosphate kinase, and a uridine monophosphate kinase; (i) uridine monophosphate and D-galactose represented by the following formulae (ii) polyphosphate, and adenosine triphosphate; and B) producing uridine 5'-diphospho-α-D-galactose from uridine monophosphate and D-galactose in the presence of the set of enzymes, polyphosphate, and adenosine triphosphate.
A ceramic matrix composite blade comprising: a central core surrounded by an outer profile, said central core comprising layers of unidirectional layup having two dimension and three dimension fiber weaves; said outer profile comprises a biased weave layup that radiates toward a leading edge and a trailing edge of the blade; characterized in that said biased weave layup includes fibers that extend proximate an attachment region of the blade radially and axially along an airfoil portion of the blade toward the leading edge and trailing edge.
A remanufactured component (10, 110) comprising: a body (11, 111) having a first shape resulting from use of the component, the first shape being defined by a first metallic material and having at least one dimension (12, 112) that does not match a dimensional specification for the component; a coating (13, 113) of a second metallic material, the second material comprising FeAlSiC and having a millable, predominantly ordered DO3 crystal structure with a substantially stable aluminum oxide scale that produces oxidation resistance at about 700°C, and the coating (13, 113) being adhered to and covering at least a portion of the first metallic material on the body (11, 111) and having a milled external surface; and the body (11, 111) and the coating (13, 113) having a second shape that substantially matches the dimensional specification for the component. a body (11, 111) having a first shape resulting from use of the component, the first shape being defined by a first metallic material and having at least one dimension (12, 112) that does not match a dimensional specification for the component; a coating (13, 113) of a second metallic material, the second material comprising FeAlSiC and having a millable, predominantly ordered DO3 crystal structure with a substantially stable aluminum oxide scale that produces oxidation resistance at about 700°C, and the coating (13, 113) being adhered to and covering at least a portion of the first metallic material on the body (11, 111) and having a milled external surface; and the body (11, 111) and the coating (13, 113) having a second shape that substantially matches the dimensional specification for the component.
A data sending method performed by a first network node, comprising: allocating (310, 510), by a Media Access Control, MAC, entity of the first network node, data packets to at least two hybrid automatic repeat request, HARQ, units corresponding to at least two cells, wherein the at least two cells use different radio access technologies, RATs, different RATs have different transmission time intervals, TTI, and/or different cyclic prefixes, CP, there is one HARQ unit per cell, and the HARQ unit is a HARQ entity; and sending (320, 520) the data packets to a second network node by using the at least two cells; wherein the first network node is an access network device, and the second network node is a terminal device; and before the allocating, the method further comprises: sending a second message to the terminal device, wherein the second message comprises configuration information of HARQ round trip time, RTT, timing of a cell corresponding to each of the different RATs, and configuration information of discontinuous reception, DRX, of a cell corresponding to each of the different RATs. allocating (310, 510), by a Media Access Control, MAC, entity of the first network node, data packets to at least two hybrid automatic repeat request, HARQ, units corresponding to at least two cells, wherein the at least two cells use different radio access technologies, RATs, different RATs have different transmission time intervals, TTI, and/or different cyclic prefixes, CP, there is one HARQ unit per cell, and the HARQ unit is a HARQ entity; and sending (320, 520) the data packets to a second network node by using the at least two cells; wherein the first network node is an access network device, and the second network node is a terminal device; and before the allocating, the method further comprises: sending a second message to the terminal device, wherein the second message comprises configuration information of HARQ round trip time, RTT, timing of a cell corresponding to each of the different RATs, and configuration information of discontinuous reception, DRX, of a cell corresponding to each of the different RATs.
Locking device for a door or a window, having a mounting section for wall, ceiling or floor mounting and having at least one electromagnet, which is able to be moved linearly against the force of a damping means in the direction of a base plate of the mounting section, and wherein the damping means is a coil spring, characterised in that the spring is supported with its one end in a recess in an underside of the electromagnet and with its other end in a recess in the base plate.
An intramedullary implant for locking the articulation between two phalanges ( PP, PD) of the hand or the foot, wherein said implant is consisted of a single-piece elongated body of longitudinal axis comprising: - a first end anchoring portion, generally planar in shape, extending in a plane, adapted to be anchored into the medullary canal of one of said phalanges, and - a second end anchoring portion, generally planar in shape, extending in a plane, adapted to be anchored into the medullary canal of the other of said phalanges, and - an intermediate portion rigidly connecting said first and second end anchoring portions (2, 3), wherein said first and second end anchoring portions (2, 3) extend in planes and that are perpendicular or substantially perpendicular to each other, and wherein said first end anchoring portion is generally U-shaped, including a base connected to said intermediate portion, and two arms (6 a, 6 b) extending parallel or substantially parallel to each other from said base, characterized in that said second end anchoring portion has the shape of a plate connected to said intermediate portion by a base, wherein said plate is delimited by two faces (10 a, 10 b) parallel to each other and parallel to said plane, by a free end and by two lateral edges (10 c, 10 d), wherein said lateral edges (10 c, 10 d) include a plurality of juxtaposed teeth - a first end anchoring portion, generally planar in shape, extending in a plane, adapted to be anchored into the medullary canal of one of said phalanges, and - a second end anchoring portion, generally planar in shape, extending in a plane, adapted to be anchored into the medullary canal of the other of said phalanges, and - an intermediate portion rigidly connecting said first and second end anchoring portions (2, 3),
Pipe clamp, comprising: a clamp body having a first bracket and a second bracket, for enclosing and supporting a pipe or a hose; hinge means for articulated connecting a first end of the first bracket and a first end of the second bracket; a threaded member with an internal thread, wherein the threaded member is pivotally supported at a flange at a second end of the first bracket; an elastic member for exerting a force on the threaded member for resiliently holding the threaded member in a predetermined angular position or in a predetermined range of angular positions, wherein the elastic member on three sides at least partially embraces the edges of the flange at the second end of the first bracket, characterised in that the elastic member has a tongue engaging in an opening in a curved region of the first bracket adjacent to the flange. a clamp body having a first bracket and a second bracket, for enclosing and supporting a pipe or a hose; hinge means for articulated connecting a first end of the first bracket and a first end of the second bracket; a threaded member with an internal thread, wherein the threaded member is pivotally supported at a flange at a second end of the first bracket; an elastic member for exerting a force on the threaded member for resiliently holding the threaded member in a predetermined angular position or in a predetermined range of angular positions, wherein the elastic member on three sides at least partially embraces the edges of the flange at the second end of the first bracket, characterised in that the elastic member has a tongue engaging in an opening in a curved region of the first bracket adjacent to the flange.
An endoluminal prosthesis including: a support structure including a strut; and an anchoring device attached to the strut and including a plurality of independent wires arranged to form a multi-filar tube including a first end, a second end, and a longitudinal axis; wherein at least one of the wires has an end that forms a first barb that extends outwardly from the anchoring device. a support structure including a strut; and an anchoring device attached to the strut and including a plurality of independent wires arranged to form a multi-filar tube including a first end, a second end, and a longitudinal axis; wherein at least one of the wires has an end that forms a first barb that extends outwardly from the anchoring device.
Transport device for transporting bottle caps (212; 213; 312; 313; 412; 413), comprising: a conveying device (103; 203; 303) with a conveying medium (104; 204; 304; 404); and a guide rail (101; 102; 201; 202; 301; 302; 401; 402) arranged above the conveying medium (104; 204; 304; 404), the guide rail (101; 102; 201; 202; 301; 302; 401; 402) having a recess facing the conveying medium (104; 204; 304; 404), the recess having side surfaces and a cover surface, the cover surface being arranged parallel to the surface of the conveying medium, characterized in that the recess is a first recess, and wherein a second recess extends parallel to the first recess; and that the contour of the first recess is different from the contour of the second recess. a conveying device (103; 203; 303) with a conveying medium (104; 204; 304; 404); and a guide rail (101; 102; 201; 202; 301; 302; 401; 402) arranged above the conveying medium (104; 204; 304; 404), the guide rail (101; 102; 201; 202; 301; 302; 401; 402) having a recess facing the conveying medium (104; 204; 304; 404), the recess having side surfaces and a cover surface, the cover surface being arranged parallel to the surface of the conveying medium, characterized in that the recess is a first recess, and wherein a second recess extends parallel to the first recess; and that the contour of the first recess is different from the contour of the second recess.
A dissolved oxygen sensor, comprising: a window of optically transparent material wherein a luminophor is attached to a first side of the window capable of being exposed to a fluid; an optical probe opposite the window from the fluid flow path and the luminophor, wherein the optical probe includes: an excitation light source configured to illuminate the luminophor; a photodiode configured to receive light emitted by the luminophor in response to illumination; and an electronic component having a baseline magnitude associated with the luminophor stored therein and configured to: determine a magnitude of the light emitted from the luminophor; determine if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude; and set an alarm state associated with the luminophor based on the determination if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude. a window of optically transparent material wherein a luminophor is attached to a first side of the window capable of being exposed to a fluid; an optical probe opposite the window from the fluid flow path and the luminophor, wherein the optical probe includes: an excitation light source configured to illuminate the luminophor; a photodiode configured to receive light emitted by the luminophor in response to illumination; and an electronic component having a baseline magnitude associated with the luminophor stored therein and configured to: determine a magnitude of the light emitted from the luminophor; determine if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude; and set an alarm state associated with the luminophor based on the determination if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude. an excitation light source configured to illuminate the luminophor; a photodiode configured to receive light emitted by the luminophor in response to illumination; and an electronic component having a baseline magnitude associated with the luminophor stored therein and configured to: determine a magnitude of the light emitted from the luminophor; determine if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude; and set an alarm state associated with the luminophor based on the determination if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude. determine a magnitude of the light emitted from the luminophor; determine if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude; and set an alarm state associated with the luminophor based on the determination if the magnitude of the light emitted from the luminophor is within a threshold of the baseline magnitude.
Cask seal for a beverage cask, wherein the seal comprises a round base body made of rubber-like seal material having a recess extending through same, and an upper plate-shaped region and a support region extending downward therefrom in the installed position, characterised in that a colour marking is applied on a top side of the plate-shaped region by means of a colour application method, having a defined geometry, wherein the geometrical shape is an at least partially encircling ring.