mhurhangee/ep-ind-claims huggingface dataset:
A method of determining a direction of movement of a user of a mobile device, the method comprising: receiving a plurality of acceleration readings associated with the mobile device; performing high pass filtering on the received acceleration readings to obtain a high frequency component; determining shaking energy associated with a swing motion of the mobile device from the high frequency component according to the following equation: A energy = A high × A T high, where A energy is a matrix representing the shaking energy, and A high is the high frequency component and A T high is a transpose vector of the high frequency component, the swing motion of the mobile device being relative to a direction in which the user is travelling; and determining, based on the determined shaking energy, the direction in which the user is travelling as an angle relative to a given orientation. receiving a plurality of acceleration readings associated with the mobile device; performing high pass filtering on the received acceleration readings to obtain a high frequency component; determining shaking energy associated with a swing motion of the mobile device from the high frequency component according to the following equation: A energy = A high × A T high, where A energy is a matrix representing the shaking energy, and A high is the high frequency component and A T high is a transpose vector of the high frequency component, the swing motion of the mobile device being relative to a direction in which the user is travelling; and determining, based on the determined shaking energy, the direction in which the user is travelling as an angle relative to a given orientation.
A method of removing hydraulic fluid from an aircraft hydraulic system (3, 198, 298), wherein the hydraulic system comprises: an electrohydraulic servo valve connected to a fluid path of hydraulic fluid; a hydraulically actuated mechanism (3a, 3b) connected to the fluid path, arranged to be actuated when a force is applied to the hydraulic fluid by the electrohydraulic servo valve; a hydraulic fluid port through which, when opened, the hydraulic fluid can escape from the hydraulic system; a hydraulic fuse in the fluid path between the electrohydraulic servo valve and the hydraulic fluid port, arranged to move towards a closed state in which hydraulic fluid cannot pass when the fluid pressure differential across the hydraulic fuse is above a closing threshold, and to move towards an open state in which hydraulic fluid can pass when the fluid pressure differential across the hydraulic fuse is below an opening threshold; the method comprising the step of: opening the hydraulic fluid port; characterised in that the method further comprises the step of: controlling the activation of the electrohydraulic servo valve to force hydraulic fluid to escape from the hydraulic system via the hydraulic fluid port, wherein the electrohydraulic servo valve is controlled so that the hydraulic fuse does not enter and remain in the closed state. an electrohydraulic servo valve connected to a fluid path of hydraulic fluid; a hydraulically actuated mechanism (3a, 3b) connected to the fluid path, arranged to be actuated when a force is applied to the hydraulic fluid by the electrohydraulic servo valve; a hydraulic fluid port through which, when opened, the hydraulic fluid can escape from the hydraulic system; a hydraulic fuse in the fluid path between the electrohydraulic servo valve and the hydraulic fluid port, arranged to move towards a closed state in which hydraulic fluid cannot pass when the fluid pressure differential across the hydraulic fuse is above a closing threshold, and to move towards an open state in which hydraulic fluid can pass when the fluid pressure differential across the hydraulic fuse is below an opening threshold; the method comprising the step of: opening the hydraulic fluid port; characterised in that the method further comprises the step of: controlling the activation of the electrohydraulic servo valve to force hydraulic fluid to escape from the hydraulic system via the hydraulic fluid port, wherein the electrohydraulic servo valve is controlled so that the hydraulic fuse does not enter and remain in the closed state.
Method for estimating an energy production indicator of a solar system, said method comprising steps of: a) receiving images from the sky taken on the ground from a land zone including the solar system, each image received comprising at least one optical marker (210, 212); b) extracting pixel values and localising pixels of an image from the images received; c) determining distances between the localised pixels and the at least one optical marker of the image from the images received; d) generating a parameter vector from a classification of the pixels according to the values extracted and the distances determined; e) comparing the parameters of the vector generated with predetermined parameters, the predetermined parameters being respectively associated with energy production indicators; f) estimating the energy production indicator of the solar system from the energy production indicators of the predetermined parameters compared with the vector generated, characterised in that, in step f), estimating the energy production indicator of the solar system furthermore comes from a weighting of the energy production indicators associated with the predetermined parameters, the weighting being a function of value deviations between the parameters of the vector and the predetermined parameters. a) receiving images from the sky taken on the ground from a land zone including the solar system, each image received comprising at least one optical marker (210, 212); b) extracting pixel values and localising pixels of an image from the images received; c) determining distances between the localised pixels and the at least one optical marker of the image from the images received; d) generating a parameter vector from a classification of the pixels according to the values extracted and the distances determined; e) comparing the parameters of the vector generated with predetermined parameters, the predetermined parameters being respectively associated with energy production indicators; f) estimating the energy production indicator of the solar system from the energy production indicators of the predetermined parameters compared with the vector generated,
A System on a Chip, S oC, comprising: a plurality of intellectual property, IP, agents provided on the SoC; an interconnect configured to handle transactional traffic between the plurality of IP agents; a first IP agent of the plurality of IP agents, the first IP agent arranged to communicate with the interconnect using a link, the link connecting the first IP agent to the interconnect; and a reset manager configured to initiate a reset of the first IP agent, the reset including a negotiation between the interconnect and the first IP agent, the negotiation conducted over the link and effective to enable the first IP agent to become transaction ready independent of other IP agents among the plurality of IP agents. a plurality of intellectual property, IP, agents provided on the SoC; an interconnect configured to handle transactional traffic between the plurality of IP agents; a first IP agent of the plurality of IP agents, the first IP agent arranged to communicate with the interconnect using a link, the link connecting the first IP agent to the interconnect; and a reset manager configured to initiate a reset of the first IP agent, the reset including a negotiation between the interconnect and the first IP agent, the negotiation conducted over the link and effective to enable the first IP agent to become transaction ready independent of other IP agents among the plurality of IP agents.
An isolated human IgM antibody or fragment thereof which specifically binds neurons and protects neurons from cell death and which does not promote remyelination, wherein the antibody or fragment comprises the variable heavy chain amino acid CDR domain sequences CDR1 GGSVSLYY set out in SEQ ID NO:31, CDR2 GYIYSSGST set out in SEQ ID NO:32 and CDR3 ARSASIRGWFD set out in SEQ ID NO:33, and light chain CDR sequences CDR1 QSISSY set out in SEQ ID NO:34, CDR2 AAS set out in SEQ ID NO:35 and CDR3 QQSYHTPW set out in SEQ ID NO:36, for use in treating or ameliorating a disease or condition in a mammal where nerves are compromised, injured or damaged or are at risk thereof, wherein said disease or condition is selected from: spinal cord injury, traumatic brain injury, Amyotrophic Lateral Sclerosis, multiple sclerosis and Alzheimer's disease.
An exoskeleton comprising: a torso brace configured to be coupled to a torso of a user; a first leg support configured to be coupled to a leg of the user; a second leg support configured to be coupled to an opposing leg of the user; a first plurality of links (125, 140, 145) coupling the torso brace to the first leg support, the first plurality of links including: a first link coupled to the torso brace at a first pivot point; and a second link coupled to the leg support at a second pivot point, wherein the first link is coupled to the second link through a third pivot point located between the first and second pivot points, and wherein the first pivot point enables adduction of the first leg support and the third pivot point enables abduction of the first leg support; characterised in that the exoskeleton further comprises: a second plurality of links (126, 141, 146) coupling the torso brace to the second leg support, the second plurality of links including a first link coupled to the torso brace at a fourth pivot point; and a strap, wherein the strap couples the first link of the first plurality of links to the first link of the second plurality of links, and wherein the strap is configured to limit movement of the first link of the first plurality of links relative to the torso brace. a torso brace configured to be coupled to a torso of a user; a first leg support configured to be coupled to a leg of the user; a second leg support configured to be coupled to an opposing leg of the user; a first plurality of links (125, 140, 145) coupling the torso brace to the first leg support, the first plurality of links including: a first link coupled to the torso brace at a first pivot point; and a second link coupled to the leg support at a second pivot point, a first link coupled to the torso brace at a first pivot point; and a second link coupled to the leg support at a second pivot point, wherein the first link is coupled to the second link through a third pivot point located between the first and second pivot points, and wherein the first pivot point enables adduction of the first leg support and the third pivot point enables abduction of the first leg support; characterised in that the exoskeleton further comprises: a second plurality of links (126, 141, 146) coupling the torso brace to the second leg support, the second plurality of links including a first link coupled to the torso brace at a fourth pivot point; and a strap, wherein the strap couples the first link of the first plurality of links to the first link of the second plurality of links, and wherein the strap is configured to limit movement of the first link of the first plurality of links relative to the torso brace. a second plurality of links (126, 141, 146) coupling the torso brace to the second leg support, the second plurality of links including a first link coupled to the torso brace at a fourth pivot point; and a strap, wherein the strap couples the first link of the first plurality of links to the first link of the second plurality of links, and wherein the strap is configured to limit movement of the first link of the first plurality of links relative to the torso brace.
A message server comprising message receiving and message transmitting means, and a processor, wherein messages from a first communication device are to be sent via the message server to recipient communication devices, wherein at least a first message is to be sent to a plurality of recipient communication devices, the messages are SMS messages, and there is a pool of pre-set communication addresses for sending a message from, the pre-set communication addresses being telephone numbers, wherein the processor is arranged to select from the pool a first communication address from which the first message is to be sent to the plurality of recipient communication devices and arranged to select from the pool a second communication address from which is to be sent a second message to at least one of the plurality of recipient communication devices unless the at least one of the plurality of recipient communication devices has responded to the first message before the second message has been sent, wherein the processor is arranged to correlate a received message from the at least one of the plurality of recipient communication devices with the sent message to which it is a response, by correlating the communication address that the received message has been sent from with the communication address that the received message has been received at; wherein as regards each message the message server is arranged to receive data that includes the message and an identifier sent from the first communication device and is arranged to establish a communication link with the recipient communication devices; and wherein the message server is arranged to forward the received message to the first communication device along with the identifier associated with the sent message to which the received message is a response, thereby allowing the first communication device to determine which sent message the received message is a response to; whereby any number of messages to a recipient communication device can be paired with the associated responses.
Moisture curable silylated adhesive composition comprising, based on the total weight of said composition: - from 20 % to 50 % weight of at least one silane modified amorphous poly-α-olefin (or APAO); - from 2 % to 15 % weight of at least one filler consisting of expanded hollow thermoplastic polymer microspheres; and - from 10 % to 60 % weight of at least one tackifying agent. - from 20 % to 50 % weight of at least one silane modified amorphous poly-α-olefin (or APAO); - from 2 % to 15 % weight of at least one filler consisting of expanded hollow thermoplastic polymer microspheres; and - from 10 % to 60 % weight of at least one tackifying agent.
An injection molding machine comprising: a motor (210, 340) including a stator, a rotor which is rotated relative to the stator, and an encoder (211, 341) that detects rotation of the rotor; a rotating member (221, 330) disposed parallel to a rotating shaft (218, 348) of the motor (210, 340) with a gap from the motor (210, 340) in an axis perpendicular direction perpendicular to a rotation axis direction of the motor (210, 340); a belt (228, 378) which transmits a rotational driving force of the rotating shaft (218, 348) of the motor (210, 340) to the rotating member (221, 330); an attachment base (121, 304) to which the motor (210, 340) is attached, characterized in a motor support tool (280, 380) which supports the motor with respect to the attachment base, wherein the motor (210, 340) support tool includes a pair of clamping portions (281, 381) which clamp the motor (210, 340) from both sides in a direction perpendicular to the rotation axis direction of the motor (210, 340). a motor (210, 340) including a stator, a rotor which is rotated relative to the stator, and an encoder (211, 341) that detects rotation of the rotor; a rotating member (221, 330) disposed parallel to a rotating shaft (218, 348) of the motor (210, 340) with a gap from the motor (210, 340) in an axis perpendicular direction perpendicular to a rotation axis direction of the motor (210, 340); a belt (228, 378) which transmits a rotational driving force of the rotating shaft (218, 348) of the motor (210, 340) to the rotating member (221, 330); an attachment base (121, 304) to which the motor (210, 340) is attached,
A soil treatment machine includes two transverse rows (8,9) of concaved plates (5,5') mounted in series and installed on a connecting frame (2,2'), while the concaved plates (5,5') of the first row are situated sideways forwards and directed to one side and concaved plates of the second row are situated sideways forwards and directed to the other side, and individual concaved plates (5,5') in each row (8,9) are situated in parallel on independent support arms (4,4'), to which they are loosely and pivotally connected to by bearings, and there is a deflection board (14,14') situated behind at least one of the rows (8,9) of concaved plates (5,5'), and this deflection board (14,14') is formed as compact and solid, while on its bottom side it is provided with cuts in the machine width direction, and these cuts go up to minimally 50% of its height, characterised by the fact that the area ratio of cuts against the total area of the deflection board (14,14') up to the height of cuts is greater than 55%, and the cuts of the deflection board (14,14') have conic, rectangular, semicircular, half-oval, parabolic or trapezoid shape, or combination of those, and the deflection board (14,14') is sectional, and the width of individual sections corresponds with the operating width of individual machine sections that are foldable for transport purposes, and at least one of the deflection boards (14,14') is connected with a roller providing its depth guidance.
Method for operating an internal combustion engine, in which fuel passes into at least one combustion chamber by means of at least one injection valve comprising an electromagnetic actuation device, characterized in that an electrical operating variable of the injection valve, characterizing closing of a valve element of the injection valve, is analyzed for different actuation periods of the injection valve, in that the actuation period is determined during which closing of the valve element can still just be detected or can firstly be detected, and in that the opening delay of the injection valve is determined from this actuation period.
A recombinant replication defective hepatitis B virus comprising: a hepatitis B virus genome defective for the expression of hepatitis B virus capsid protein (HBc), wherein the virus contains a nucleotide sequence of up to about 195 nucleotides encoding a foreign peptide not found in the wild type hepatitis B virus comprising at least one immuno-dominant epitope, wherein said foreign peptide comprises T-Cell response eliciting epitope(s), and wherein the gene targeted for that epitope insertion is the nucleocapsid-encoding gene. a hepatitis B virus genome defective for the expression of hepatitis B virus capsid protein (HBc), wherein the virus contains a nucleotide sequence of up to about 195 nucleotides encoding a foreign peptide not found in the wild type hepatitis B virus comprising at least one immuno-dominant epitope, wherein said foreign peptide comprises T-Cell response eliciting epitope(s), and wherein the gene targeted for that epitope insertion is the nucleocapsid-encoding gene.
A method of manufacturing a tablet comprising a pharmaceutically active agent, said method comprising the steps of (a) adding a powder comprising a pharmaceutically-acceptable carrier to a die cavity; (b) injecting a liquid drug composition comprising said pharmaceutically active agent into said die cavity such that said liquid drug composition contacts said powder; (c) adding additional powder into said die cavity containing said liquid drug composition; (d) compressing the combination of said powder, said additional powder, and said liquid drug composition within said die cavity to form said tablet; and (e) removing said tablet from said die cavity. (a) adding a powder comprising a pharmaceutically-acceptable carrier to a die cavity; (b) injecting a liquid drug composition comprising said pharmaceutically active agent into said die cavity such that said liquid drug composition contacts said powder; (c) adding additional powder into said die cavity containing said liquid drug composition; (d) compressing the combination of said powder, said additional powder, and said liquid drug composition within said die cavity to form said tablet; and (e) removing said tablet from said die cavity.
Permanent filter (22; 22') for a medical sterilization container, wherein the permanent filter (22; 22') is made from a ceramic and wherein the ceramic is made from globular substrate grains, characterized in that the permanent filter (22; 22') is provided with a hydrophobic coating and in that the hydrophobic coating is applied over the entire volume of the permanent filter (22; 22').
A method for manufacturing an electrode material with a carbonaceous film formed on surfaces of electrode active material particles, comprising the steps of: mixing precursors of an electrode active material in water, thereby preparing a homogenous slurry-form mixture; synthesizing said mixture hydrothermally; washing the obtained sediment, thereby obtaining a cake-form precursor of an electrode active material; dispersing said precursor together with an organic compound, thereby obtaining a precursor slurry; spray drying said slurry; firing the obtained dried powder in a nitrogen atmosphere, thereby obtaining a granulated body; and crushing at least a part of the obtained granulated body using a jet mill to an average particle diameter of 0.3 to 5.0 μm, wherein the average particle diameter of the granulated body is in a range of 1 μm to 20 μm, wherein the average particle diameters are measured using a laser diffraction particle size distribution measurement instrument, wherein the proportion of the amount of the granulated body to be crushed in the total amount of the granulated body is in a range of 20% by mass to 80% by mass, and wherein the amount of the granulated body injected into the jet mill is set in a range of 10 kg/min to 30 kg/min, the crushing pressure is set in a range of 0.3 MPa to 0.7 MPa, and the air pressure is set in a range of 0.03 MPa to 0.55 MPa. mixing precursors of an electrode active material in water, thereby preparing a homogenous slurry-form mixture; synthesizing said mixture hydrothermally; washing the obtained sediment, thereby obtaining a cake-form precursor of an electrode active material; dispersing said precursor together with an organic compound, thereby obtaining a precursor slurry; spray drying said slurry; firing the obtained dried powder in a nitrogen atmosphere, thereby obtaining a granulated body; and crushing at least a part of the obtained granulated body using a jet mill to an average particle diameter of 0.3 to 5.0 μm,