mhurhangee/ep-ind-claims huggingface dataset:
System consisting of a vehicle for garden maintenance which can be moved automatically outdoors and has a chassis controlled by a control device, the control device using control data obtained from sensors of a first sensor system and a cartography produced from the control data and stored in a memory element for navigation of the vehicle, wherein physical features of objects in the environment are detectable with the first sensor system, characterized by a second sensor system assigned to a sensor module (6, 9) and having sensors, the first and the second sensor systems being designed in such a way that they detect physical features of the same object from different perspectives, the sensors of the second sensor system being designed in order to detect the spatial extent of a plant at its, the vehicle having a computing device which is set up to use the data determined by the sensors of the second sensor system, in order to record a volume model of the plant, wherein two-dimensional location coordinates of the plant stored in the cartography are supplemented by height and/or volume data, the computing device being set up to determine current growth height data of the plant from the height and/or volume data, to compare these with older growth height data in order to determine an increase in volume of the plant, and to determine, on the basis of a knowledge database of an external computing device, whether the increase in volume of the plant necessitates pruning and/or to obtain recommendations for action for the care of the plant, the knowledge database making available a communication platform which serves as a meeting place for users of similar vehicles and via which experience values of individual users are processed for a totality of all users and are made available to the community in the form of application suggestions or aids.
A method for determining the likelihood of cancer metastasis in a subject with prostate cancer comprising: (i) isolating oncosomes of 1μm - 10 μm in size from a sample from the subject comprising: a. obtaining platelet-poor plasma from the sample; b. centrifuging the platelet-poor plasma to eliminate cells and debris; c. filtering the supernatant using ultrafiltration columns; and d. collecting the oncosomes from the upper chamber; (ii) detecting the presence of proteins in the oncosomes, wherein the proteins are any one or more of GLS, ATP5O, PPP2R1A, SFXN1, ECI, HBA1, HINT2, TUFM, ANP32A, PGLS, ETFA, CRYZ, MGST1, CYB5R3, TMEM33, PHB, TOP2A, KIF5B, APEX1, RDH11, or a combination thereof; and (iii) determining that the subject has an increased likelihood of cancer metastasis if the sample from the subject comprises increased levels of oncosomes and the proteins in the oncosomes relative to a reference sample, or determining that the subject has a decreased likelihood of cancer metastasis if the sample from the subject comprises decreased levels of oncosomes and the proteins relative to a reference value so as to determine the likelihood of cancer metastasis in the subject. (i) isolating oncosomes of 1μm - 10 μm in size from a sample from the subject comprising: a. obtaining platelet-poor plasma from the sample; b. centrifuging the platelet-poor plasma to eliminate cells and debris; c. filtering the supernatant using ultrafiltration columns; and d. collecting the oncosomes from the upper chamber; a. obtaining platelet-poor plasma from the sample; b. centrifuging the platelet-poor plasma to eliminate cells and debris; c. filtering the supernatant using ultrafiltration columns; and d. collecting the oncosomes from the upper chamber; (ii) detecting the presence of proteins in the oncosomes, wherein the proteins are any one or more of GLS, ATP5O, PPP2R1A, SFXN1, ECI, HBA1, HINT2, TUFM, ANP32A, PGLS, ETFA, CRYZ, MGST1, CYB5R3, TMEM33, PHB, TOP2A, KIF5B, APEX1, RDH11, or a combination thereof; and (iii) determining that the subject has an increased likelihood of cancer metastasis if the sample from the subject comprises increased levels of oncosomes and the proteins in the oncosomes relative to a reference sample, or determining that the subject has a decreased likelihood of cancer metastasis if the sample from the subject comprises decreased levels of oncosomes and the proteins relative to a reference value so as to determine the likelihood of cancer metastasis in the subject.
A flexible hose assembly, comprising: a first coupling member having a first end and a crimping element on a second end, the crimping element configured to receive a first flexible hose; a second coupling member having a first end; a clamping ring configured to retain the first ends (18, 22) of the first and the second coupling members (12, 14) together; said first coupling member having a first anti-rotational element on its first end; said second coupling member having a second anti-rotational element on its first end; the second anti-rotational element configured to mate with the first anti-rotational element; and wherein the second coupling member includes a sealing member, one end of said sealing member is situated in a groove in a face of said second coupling member, while the opposite end of the sealing member is compressed against a generally planar portion of a face of the first end of said first coupling member. a first coupling member having a first end and a crimping element on a second end, the crimping element configured to receive a first flexible hose; a second coupling member having a first end; a clamping ring configured to retain the first ends (18, 22) of the first and the second coupling members (12, 14) together; said first coupling member having a first anti-rotational element on its first end; said second coupling member having a second anti-rotational element on its first end; the second anti-rotational element configured to mate with the first anti-rotational element; and wherein the second coupling member includes a sealing member, one end of said sealing member is situated in a groove in a face of said second coupling member, while the opposite end of the sealing member is compressed against a generally planar portion of a face of the first end of said first coupling member.
Vehicle having at least one electrodynamic braking apparatus with at least one brake resistor, characterised in that the at least one brake resistor comprises at least one electrical conductor, which is embedded in an electrically non-conductive material, wherein an external side of the non-conductive material forms a portion of the vehicle shell that is permanently closed and over which motion wind flows externally when the vehicle is moving, and the brake resistor conducts away heat outwardly to the surroundings via the permanently closed portion, and the braking energy fed during the time period of a full braking of the vehicle by means of the electrodynamic braking apparatus into the at least one brake resistor is greater than the heat conductable away during the time period of the braking via the permanently closed portion to the surroundings, wherein a maximum time period of the braking is delimited by means of the electrodynamic braking apparatus due to a maximum heat capacity of the brake resistor.
A method of providing measurements of one or more WiFi channels in an unlicensed radio spectrum to a cellular radio network, the method comprising: preparing, at a cellular radio network node, a request for measurement of at least one WiFi channel in the unlicensed radio spectrum, the measurement to be provided by at least one user equipment having a WiFi transceiver configured to operate in the unlicensed radio spectrum and a cellular radio transceiver, the at least one WiFi channel being associated with at least one of the at least one user equipment; transmitting, from the cellular radio network node, the request to the at least one user equipment; receiving, at the cellular radio network node, from the at least one user equipment, at least one measurement of the at least one WiFi channel in the unlicensed radio spectrum; and performing, at the cellular radio network node, a power saving function based on the at least one measurement, wherein: - the power saving function includes instructing the user equipment cellular radio transceiver to enter a sleep mode when the quality of the WiFi channel is strong, and - the power saving function includes instructing the user equipment WiFi transceiver to enter a sleep mode when the quality of the WiFi channel is poor. preparing, at a cellular radio network node, a request for measurement of at least one WiFi channel in the unlicensed radio spectrum, the measurement to be provided by at least one user equipment having a WiFi transceiver configured to operate in the unlicensed radio spectrum and a cellular radio transceiver, the at least one WiFi channel being associated with at least one of the at least one user equipment; transmitting, from the cellular radio network node, the request to the at least one user equipment; receiving, at the cellular radio network node, from the at least one user equipment, at least one measurement of the at least one WiFi channel in the unlicensed radio spectrum; and performing, at the cellular radio network node, a power saving function based on the at least one measurement, wherein: - the power saving function includes instructing the user equipment cellular radio transceiver to enter a sleep mode when the quality of the WiFi channel is strong, and - the power saving function includes instructing the user equipment WiFi transceiver to enter a sleep mode when the quality of the WiFi channel is poor. - the power saving function includes instructing the user equipment cellular radio transceiver to enter a sleep mode when the quality of the WiFi channel is strong, and - the power saving function includes instructing the user equipment WiFi transceiver to enter a sleep mode when the quality of the WiFi channel is poor.
A method for monitoring the health of an actuator, said actuator comprising a permanent magnet motor, a rotor and a stator; said method for monitoring comprising: providing a flux linkage reference map comprising: a) a nominal flux linkage map, having a plurality of nominal flux linkage curves of said motor, each of said nominal flux linkage curves defining a healthy condition of said actuator, and characterized by said flux link reference map further comprising b) upper and lower tolerance limits of each of said nominal flux linkage curves, the range between said upper and lower limits being defined as a healthy condition of said actuator, and said method of monitoring the health of the actuator further comprising determining whether or not said actuator is healthy, by: c) generating a first flux linkage curve of said motor that is to be monitored, and d) determining whether or not said generated first flux linkage curve is between the defined upper and lower limits of said flux linkage reference map. providing a flux linkage reference map comprising: a) a nominal flux linkage map, having a plurality of nominal flux linkage curves of said motor, each of said nominal flux linkage curves defining a healthy condition of said actuator, and characterized by said flux link reference map further comprising b) upper and lower tolerance limits of each of said nominal flux linkage curves, the range between said upper and lower limits being defined as a healthy condition of said actuator, and a) a nominal flux linkage map, having a plurality of nominal flux linkage curves of said motor, each of said nominal flux linkage curves defining a healthy condition of said actuator, and characterized by said flux link reference map further comprising b) upper and lower tolerance limits of each of said nominal flux linkage curves, the range between said upper and lower limits being defined as a healthy condition of said actuator, and said method of monitoring the health of the actuator further comprising determining whether or not said actuator is healthy, by: c) generating a first flux linkage curve of said motor that is to be monitored, and d) determining whether or not said generated first flux linkage curve is between the defined upper and lower limits of said flux linkage reference map. c) generating a first flux linkage curve of said motor that is to be monitored, and d) determining whether or not said generated first flux linkage curve is between the defined upper and lower limits of said flux linkage reference map.
A computer-implemented method, comprising: receiving from a requestor of a service provider a request over a network, the request specifying data and including information and an encrypted cryptographic key, wherein the data is not included in the request, wherein the information is usable to authenticate the request by including an electronic signature generated based at least in part on a second cryptographic key different from the encrypted cryptographic key; causing the encrypted cryptographic key to be decrypted by at least transmitting the encrypted cryptographic key to another entity for decryption, thereby resulting in a decrypted cryptographic key; performing one or more cryptographic operations on the specified data using the decrypted cryptographic key to encrypt the specified data to fulfill the request; and providing a result of performing the one or more cryptographic operations. receiving from a requestor of a service provider a request over a network, the request specifying data and including information and an encrypted cryptographic key, wherein the data is not included in the request, wherein the information is usable to authenticate the request by including an electronic signature generated based at least in part on a second cryptographic key different from the encrypted cryptographic key; causing the encrypted cryptographic key to be decrypted by at least transmitting the encrypted cryptographic key to another entity for decryption, thereby resulting in a decrypted cryptographic key; performing one or more cryptographic operations on the specified data using the decrypted cryptographic key to encrypt the specified data to fulfill the request; and providing a result of performing the one or more cryptographic operations.
Formaldehyde condensation products having thermoplastic properties, preparable by a reaction of formaldehyde with melamine derivatives, wherein four of the total of six hydrogen atoms of the three amino groups of the melamine being substituted by organic moieties R in at least one of the melamine derivatives before conversion with formaldehyde, so that free hydrogen atoms are present on two secondary amino groups of the melamine derivative, the organic moieties R being identical to or different from one another, and at least one organic moiety R being a C 1 -C 20 -alkyl, a C 5 -C 30 -cycloalkyl, a C 6 -C 24 -aryl and/or a C 7 -C 30 -arylalkyl moiety, wherein the condensate products contain from 10 to 99% of melamine derivatives in which four of the total of six hydrogen atoms of the three amino groups of the melamine are substituted by organic moieties R.
A dovetail coupling arrangement for securing two removable parts along a coupling axis which are supporting segments of a shaft having a shaft axis, wherein the coupling arrangement is suited to resist translational forces orthogonal to the coupling axis, the arrangement comprising: a) a first part having a bore extending along the shaft axis to accept the shaft and having a receiver extending along the coupling axis, wherein the coupling axis is parallel to the shaft axis and wherein the receiver has an inner wall with a receiver wall profile; b) a second part having a bore extending along the shaft axis to accept the shaft and having a projection extending along the coupling axis and an outer wall with a projection wall profile, wherein a substantial portion of the outer wall of the projection corresponds to the inner wall of receiver such that the projection mates with the receiver with a slip fit; and c) wherein the receiver profile and the projection profile define mating interlocking walls along the coupling axis to restrict movement of the projection within the receiver along directions orthogonal to the coupling axis and wherein the bore in the first part and the bore in the second part are adapted to accept and secure the shaft. a) a first part having a bore extending along the shaft axis to accept the shaft and having a receiver extending along the coupling axis, wherein the coupling axis is parallel to the shaft axis and wherein the receiver has an inner wall with a receiver wall profile; b) a second part having a bore extending along the shaft axis to accept the shaft and having a projection extending along the coupling axis and an outer wall with a projection wall profile, wherein a substantial portion of the outer wall of the projection corresponds to the inner wall of receiver such that the projection mates with the receiver with a slip fit; and c) wherein the receiver profile and the projection profile define mating interlocking walls along the coupling axis to restrict movement of the projection within the receiver along directions orthogonal to the coupling axis and wherein the bore in the first part and the bore in the second part are adapted to accept and secure the shaft.
Gas turbine power generation system, comprising a hydrogen-cooled generator having hydrogen as coolant, a plant hydrogen storage, generator auxiliaries, and an emergency power supply system that comprises a fuel cell using hydrogen as fuel, characterized in that the fuel cell being supplied via a line with hydrogen fuel from the hydrogen filling of the hydrogen-cooled generator in case of failure or disruption of the power supply from the gas turbine power generation system.
A security assembly comprising: a frame member; at least one door mounted to the frame member and moveable between an open condition permitting access through at least one said door and a closed condition preventing access through at least one said door; and at least one barrier member arranged to extend across substantially the whole of a gap between one side of the periphery of the door and a frame member or further door facing said side of the periphery of said door to prevent access through said gap; wherein the or each said barrier member is supported by at least one said door and has a locked condition in which the barrier member is received in at least one engaging member disposed on a further door or the frame member in order to lock the door in said closed condition; and characterised by at least one barrier member actuator moveably mounted to the frame member, the or each said barrier member actuator having a locking condition in which said barrier member actuator engages at least one said barrier member to move the or each said barrier member into the locked condition. a frame member; at least one door mounted to the frame member and moveable between an open condition permitting access through at least one said door and a closed condition preventing access through at least one said door; and at least one barrier member arranged to extend across substantially the whole of a gap between one side of the periphery of the door and a frame member or further door facing said side of the periphery of said door to prevent access through said gap; wherein the or each said barrier member is supported by at least one said door and has a locked condition in which the barrier member is received in at least one engaging member disposed on a further door or the frame member in order to lock the door in said closed condition; and characterised by at least one barrier member actuator moveably mounted to the frame member, the or each said barrier member actuator having a locking condition in which said barrier member actuator engages at least one said barrier member to move the or each said barrier member into the locked condition.
A cutter head with a tube for removing a mixture comprising water and solid materials from a water bottom, said cutter head being rotatable around a rotation axis, said cutter head comprising blades (2, 3, 4, 5) helically placed around the rotation axis with a leading edge at a position directed away from said rotation axis, for collecting and transporting said mixture, wherein the blades extend from a central axis positioned near the rotation axis towards the leading edge for providing a substantially continuous transport route towards a tube connected to said cutter head, such that said mixture is transported between a first side of a first blade part and an opposite side of an adjacent second blade part towards the tube connected to said cutter head, characterized in that said tube comprises a transport screw with at least one blade, the at least one blade being an extension of the at least one blade of the cutter head. the blades extend from a central axis positioned near the rotation axis towards the leading edge for providing a substantially continuous transport route towards a tube connected to said cutter head, such that said mixture is transported between a first side of a first blade part and an opposite side of an adjacent second blade part towards the tube connected to said cutter head, characterized in that said tube comprises a transport screw with at least one blade, the at least one blade being an extension of the at least one blade of the cutter head.
An article susceptible to automatic or semi-automatic disassembly, which comprises at least two components at least one of which comprises a textile material in communication with each other through one or more connecting means (3/4), wherein one or more mechanical properties of at least one of the connecting means (3/4) may be reduced on exposure to electromagnetic energy, characterized in that the connecting means (3/4) in the structure/form of a filament, staple or yarn comprises one or more organic materials coated and/or chemically bonded with one or more electromagnetic radiation susceptible or conductive additives or materials, which on exposure to electromagnetic radiation transfer heat to the organic materials degrading their mechanical properties and exposure is to electromagnetic radiation in the radio frequency range or the microwave frequency range.
Self-powered device for firing rate measuring for any type of weapon barrel, comprising: a) a thermoelectric generator converting thermal energy from the difference in temperature between said barrel and the ambient temperature into electrical energy; b) a system able to determine the temperature of the barrel; c) a system for processing and recording said measurements; d) the temperature determining system and the system for processing and recording measurements being powered by the thermoelectric generator, and, during use, the firing rate being determined from the temperature of the barrel as a function of time, the thermoelectric generator being a Seebeck cell generating electricity owing to the temperature difference between the ambient air and the barrel. a) a thermoelectric generator converting thermal energy from the difference in temperature between said barrel and the ambient temperature into electrical energy; b) a system able to determine the temperature of the barrel; c) a system for processing and recording said measurements; d) the temperature determining system and the system for processing and recording measurements being powered by the thermoelectric generator, and, during use, the firing rate being determined from the temperature of the barrel as a function of time, the thermoelectric generator being a Seebeck cell generating electricity owing to the temperature difference between the ambient air and the barrel.