mhurhangee/ep-ind-claims huggingface dataset:
A method to produce protrusions (31a, 31b) and cavities (33a, 33b) located after each other along an edge of a building panel with a rotating tool (72, 73) having an axis of rotation wherein the method comprises the step of: a) bringing an edge of the building panel in contact with the tool. b) displacing the edge of the panel in relation to the tool essentially parallel with the axis of rotation, characterised in that the tool is a screw shaped cutter. a) bringing an edge of the building panel in contact with the tool. b) displacing the edge of the panel in relation to the tool essentially parallel with the axis of rotation,
An electrical spring contact clamp for a meter plug-in clamp which is used to connect an electricity meter to the electrical power supply network, the spring contact clamp comprising a contact tulip with a first clamping leg and a second clamping leg, which are connected to one another via a connecting section and are used for contacting and clamping a contact pin of the electricity meter on both sides; and a contact tab integrally connected to the contact tulip for making contact with the electrical power supply network; wherein the spring contact clamp also comprises a first transfer section, which electrically and mechanically connects the first clamping leg to the contact tab at a distance from the connecting section, characterized in that spring contact clamp comprises a second transfer section, which electrically and mechanically connects the second clamping leg to the contact tab at a distance from the connecting section. a contact tulip with a first clamping leg and a second clamping leg, which are connected to one another via a connecting section and are used for contacting and clamping a contact pin of the electricity meter on both sides; and a contact tab integrally connected to the contact tulip for making contact with the electrical power supply network; wherein the spring contact clamp also comprises a first transfer section, which electrically and mechanically connects the first clamping leg to the contact tab at a distance from the connecting section, characterized in that spring contact clamp comprises a second transfer section, which electrically and mechanically connects the second clamping leg to the contact tab at a distance from the connecting section.
Press-fit connection for plastics pipes having the following features: - a support sleeve onto which a pipe to be pushed on is pushed, - a press-fit sleeve which fastens the plastics pipe to the support sleeve when said sleeve is deformed; - comprising a plastics pipe or plastics-metal-plastics composite pipe which is introduced into a cylindrical gap between the support sleeve and the press-fit sleeve; - a collar comprising a stop at the end of the support sleeve, against which collar the plastics pipe lies with or without a clearance after it has been pushed on; - the plastics pipe has an internal diameter which is the same as, or minimally larger by comparison with, the external diameter of the support sleeve in a circumferential region of the support sleeve, which region is axially delimited with respect to the press-fit connection and the support sleeve, such that said region is restricted to the area surrounding an O-ring seal (34a, 34b), the O-ring seal having an external diameter which is minimally larger than the support sleeve outside the region, characterised in that the support sleeve comprises circumferential teeth (42, 36) which have a smaller radial extension in the vicinity of the O-ring seal(s) (34a, 34b) than at a distance from the O-ring seals. - a support sleeve onto which a pipe to be pushed on is pushed, - a press-fit sleeve which fastens the plastics pipe to the support sleeve when said sleeve is deformed; - comprising a plastics pipe or plastics-metal-plastics composite pipe which is introduced into a cylindrical gap between the support sleeve and the press-fit sleeve; - a collar comprising a stop at the end of the support sleeve, against which collar the plastics pipe lies with or without a clearance after it has been pushed on; - the plastics pipe has an internal diameter which is the same as, or minimally larger by comparison with, the external diameter of the support sleeve in a circumferential region of the support sleeve, which region is axially delimited with respect to the press-fit connection and the support sleeve, such that said region is restricted to the area surrounding an O-ring seal (34a, 34b), the O-ring seal having an external diameter which is minimally larger than the support sleeve outside the region, characterised in that the support sleeve comprises circumferential teeth (42, 36) which have a smaller radial extension in the vicinity of the O-ring seal(s) (34a, 34b) than at a distance from the O-ring seals.
An energy storage battery, being a redox type energy storage battery, and being characterized in that a cathode electrolyte thereof is an aqueous solution containing a Mn-based redox material as a cathode active material and also containing polyethyleneimine.
A method of aiding in a diagnosis of a subject suspected of lung cancer, the method comprising the steps of: a. quantifying in a test sample obtained from a subject, the amount of two or more biomarkers in a panel; b. comparing the amount of each biomarker in the panel to a predetermined cutoff for said biomarker and assigning a score for each biomarker based on said comparison; c. combining the assigned score for each biomarker determined in step b to come up with a total score for said subject; d. comparing the total score determined in step c with a predetermined total score; and e. determining whether said subject has a risk of lung cancer based on the total score, wherein the biomarkers quantified are at least Acn9459 and TFA9133, wherein Acn9459 has an amino acid sequence as set forth in SEQ ID NO:8, and wherein TFA9133 has an amino acid sequence as set forth in SEQ ID NO:8 that has lost a sialic acid from the glycosylated moiety Thr74. a. quantifying in a test sample obtained from a subject, the amount of two or more biomarkers in a panel; b. comparing the amount of each biomarker in the panel to a predetermined cutoff for said biomarker and assigning a score for each biomarker based on said comparison; c. combining the assigned score for each biomarker determined in step b to come up with a total score for said subject; d. comparing the total score determined in step c with a predetermined total score; and e. determining whether said subject has a risk of lung cancer based on the total score, wherein the biomarkers quantified are at least Acn9459 and TFA9133, wherein Acn9459 has an amino acid sequence as set forth in SEQ ID NO:8, and wherein TFA9133 has an amino acid sequence as set forth in SEQ ID NO:8 that has lost a sialic acid from the glycosylated moiety Thr74.
Zinc oxide particles being high-density, which have density of 4.0 g/cm 3 or more, median size of 17 to 10000 μm, and tap bulk density of 3.10g/cm 3 or more measured according to JIS R 1639-2.
Holding device for arrangement on a battery pack of a machine tool, having at least one holder (12, 60) for holding a tool, accessory or consumable for the machine tool wherein the holding device can be placed onto the battery pack and reversibly removed from the battery pack, wherein the holding device has a base section and wall sections (42, 44, 46, 48) protruding from the base section, wherein the holding device is designed to at least partially surround the battery pack when fitted, and characterised in that the holding device is formed in part or whole from an elastomer and/or the holding device has a coating made of a soft material. wherein the holding device can be placed onto the battery pack and reversibly removed from the battery pack, wherein the holding device has a base section and wall sections (42, 44, 46, 48) protruding from the base section, wherein the holding device is designed to at least partially surround the battery pack when fitted, and characterised in that the holding device is formed in part or whole from an elastomer and/or the holding device has a coating made of a soft material.
A monitoring device having a safety sensor which is designed to monitor a protective field in such a way that it generates a switching signal as a function of object detections in the protective field, a signal of a protective field violation being generated as a switching signal when an object is present, an external unit being provided which generates a control signal with an inactive and active signal state, characterised in that monitoring means are provided by means of which it is monitored as a muting condition of the safety sensor whether the signal beginnings and/or signal ends of the signal of the protective field violation and of the active control signal lie within a predetermined time window, and in that the parameters determining the time window are determined in an adjustment process.
Horse riding saddle comprising a saddle-tree placed within a covering, said saddle-tree having an arch that forms a pommel, the saddle comprising at least one sensor positioned in the saddle, characterized in that the sensor is positioned or the sensors are positioned in a fixed case which is connected to the saddle-tree by a thorough connection, the fixed case being attached on the underside of the arch at the level of the pommel, so that the sensor is immobile in relation to the saddle-tree, the sensor or its support being connected directly to the saddle-tree and not to the saddle covering.
Apparatus comprising: a motor flux leakage sensor arranged on an external surface of a frame of a motor or the motor's shaft within a magnetic field generated by the motor, and configured to detect a sampled leakage magnetic flux sensed from the motor, and provide sensed signaling containing information about the sampled leakage magnetic flux sensed; and a signal processor or signal processing module configured to: receive the sensed signaling, and signaling containing information about a motor load profile containing a learned leakage magnetic flux sensed from the motor and stored during a learning stage, and a user selectable band of tolerance related to the motor load profile to trigger an alarm condition for the motor; and determine corresponding signaling containing information about whether to trigger the alarm condition for the motor if the sampled leakage magnetic flux is outside the user selectable band of tolerance of the motor load profile, based upon the sensed signaling and the signaling received, and characterized in that the user selectable band of tolerance is based off a calibrated load curve versus speed. a motor flux leakage sensor arranged on an external surface of a frame of a motor or the motor's shaft within a magnetic field generated by the motor, and configured to detect a sampled leakage magnetic flux sensed from the motor, and provide sensed signaling containing information about the sampled leakage magnetic flux sensed; and a signal processor or signal processing module configured to: receive the sensed signaling, and signaling containing information about a motor load profile containing a learned leakage magnetic flux sensed from the motor and stored during a learning stage, and a user selectable band of tolerance related to the motor load profile to trigger an alarm condition for the motor; and determine corresponding signaling containing information about whether to trigger the alarm condition for the motor if the sampled leakage magnetic flux is outside the user selectable band of tolerance of the motor load profile, based upon the sensed signaling and the signaling received, receive the sensed signaling, and signaling containing information about a motor load profile containing a learned leakage magnetic flux sensed from the motor and stored during a learning stage, and a user selectable band of tolerance related to the motor load profile to trigger an alarm condition for the motor; and determine corresponding signaling containing information about whether to trigger the alarm condition for the motor if the sampled leakage magnetic flux is outside the user selectable band of tolerance of the motor load profile, based upon the sensed signaling and the signaling received, and characterized in that the user selectable band of tolerance is based off a calibrated load curve versus speed.
A storage jar, comprising: a jar body with an accommodating cavity for accommodating stored substances; a lid body for covering the accommodating cavity; a buckling structure for detachably connecting the jar body to the lid body; and a limiting structure arranged offset from the buckling structure in a circumferential direction of the jar body and cooperating with the buckling structure to fix the lid body on the jar body, characterised in that the limiting structure comprises a limiting member and a limiting hole for accommodating the limiting member, and the limiting hole has an axis extending in a radial direction of the jar body, and wherein the limiting member has a plate form, and the limiting hole extends in the circumferential direction of the jar body and is strip-shaped. a jar body with an accommodating cavity for accommodating stored substances; a lid body for covering the accommodating cavity; a buckling structure for detachably connecting the jar body to the lid body; and a limiting structure arranged offset from the buckling structure in a circumferential direction of the jar body and cooperating with the buckling structure to fix the lid body on the jar body, characterised in that the limiting structure comprises a limiting member and a limiting hole for accommodating the limiting member, and the limiting hole has an axis extending in a radial direction of the jar body, and wherein the limiting member has a plate form, and the limiting hole extends in the circumferential direction of the jar body and is strip-shaped.
A system comprising: a first chassis including a first partition and a second partition, in operable communication with a second chassis including an active partition and a standby partition, wherein the first and second chassis are wireless networking devices and the partitions are logical partitions; the first partition of the first chassis being in an active state and configured to: receive new subscriber session traffic, provide mobility management for a first plurality of mobile nodes and sending at least one update message regarding the first plurality of mobile nodes to the standby partition of the second chassis; and the second partition of the first chassis is in a standby state and is configured to receive at least one update message from the second chassis active partition regarding a second plurality of mobile nodes, and to maintain subscriber session information corresponding to subscriber session information on the active partition of the second chassis, wherein the second partition of the first chassis is configured, when active to provide mobility management for the second plurality of mobile nodes. a first chassis including a first partition and a second partition, in operable communication with a second chassis including an active partition and a standby partition, wherein the first and second chassis are wireless networking devices and the partitions are logical partitions; the first partition of the first chassis being in an active state and configured to: receive new subscriber session traffic, provide mobility management for a first plurality of mobile nodes and sending at least one update message regarding the first plurality of mobile nodes to the standby partition of the second chassis; and the second partition of the first chassis is in a standby state and is configured to receive at least one update message from the second chassis active partition regarding a second plurality of mobile nodes, and to maintain subscriber session information corresponding to subscriber session information on the active partition of the second chassis, wherein the second partition of the first chassis is configured, when active to provide mobility management for the second plurality of mobile nodes.
Crimping device for reducing the diameter of collapsible valves, said device including at least two independent cylindrical crimping units (2,3,4) that are each adapted to crimp a different specific part of a valve, independently from the other crimping unit(s), each of said unit (2,3,4) comprising a diaphragm rotation crimping mechanism that includes crimping jaws, and wherein each unit (2,3,4) comprises an actuator for activating said mechanism, characterized by the fact that said actuator is a handling screw (51,61,71) that is tangentially fixed to the external surface of the cylindrical crimping unit (2,3,4).
An aqueous electrolyte solution suitable for being used in an aqueous lithium ion secondary battery, the aqueous electrolyte solution comprising: water; a lithium ion; at least one imide based anion selected from a TFSI anion and a FSI anion; and a metal cation, wherein the content of the metal cation is no more than 0.01 mol per kilogram of the aqueous electrolyte solution, wherein: pH of the aqueous electrolyte solution is 3 to 12; and either: (i) the metal cation is at least one metal cation selected from a manganese ion, and a hafnium ion, and the content of the metal cation is no less than 0.0001 mol per kilogram of the aqueous electrolyte solution; and/or (ii) the metal cation is at least one selected from a cerium ion, and a neodymium ion, and the content of the metal cation is no less than 0.0008 mol per kilogram of the aqueous electrolyte solution. water; a lithium ion; at least one imide based anion selected from a TFSI anion and a FSI anion; and a metal cation, wherein the content of the metal cation is no more than 0.01 mol per kilogram of the aqueous electrolyte solution, wherein: pH of the aqueous electrolyte solution is 3 to 12; and either: (i) the metal cation is at least one metal cation selected from a manganese ion, and a hafnium ion, and the content of the metal cation is no less than 0.0001 mol per kilogram of the aqueous electrolyte solution; and/or (ii) the metal cation is at least one selected from a cerium ion, and a neodymium ion, and the content of the metal cation is no less than 0.0008 mol per kilogram of the aqueous electrolyte solution. (i) the metal cation is at least one metal cation selected from a manganese ion, and a hafnium ion, and the content of the metal cation is no less than 0.0001 mol per kilogram of the aqueous electrolyte solution; and/or (ii) the metal cation is at least one selected from a cerium ion, and a neodymium ion, and the content of the metal cation is no less than 0.0008 mol per kilogram of the aqueous electrolyte solution.
A depth adjuster for adjusting the penetration depth of a lancet out of a housing, the depth adjuster comprising: a longitudinal axis extending between a proximal end of the depth adjuster and a distal end of the depth adjuster; a hollow base for securing to or forming a portion of to the housing, the base comprising an interior surface and at least one guidance feature extending along the hollow base interior surface; and a hollow stop member comprising at least one follower element (54, 55) slidably supported within the at least one guidance feature in the hollow base interior surface, the stop member configured to translationally travel along the longitudinal axis with respect to the hollow base; a cap to receive the base and the stop member, the cap comprising an aperture configured to axially align with the longitudinal axis; characterized in that the base comprises at least one engagement receiver (27, 28), and the cap comprises at least one engagement finger (36, 37) for removable engagement with the base engagement receiver (27, 28); and that the cap comprises an access opening configured to provide access to the stop member. a longitudinal axis extending between a proximal end of the depth adjuster and a distal end of the depth adjuster; a hollow base for securing to or forming a portion of to the housing, the base comprising an interior surface and at least one guidance feature extending along the hollow base interior surface; and a hollow stop member comprising at least one follower element (54, 55) slidably supported within the at least one guidance feature in the hollow base interior surface, the stop member configured to translationally travel along the longitudinal axis with respect to the hollow base; a cap to receive the base and the stop member, the cap comprising an aperture configured to axially align with the longitudinal axis; characterized in that the base comprises at least one engagement receiver (27, 28), and the cap comprises at least one engagement finger (36, 37) for removable engagement with the base engagement receiver (27, 28); and that the cap comprises an access opening configured to provide access to the stop member.
An antenna system for Electronic Counter Measures, comprising a flat antenna array (71;80) of three or more sinuous slot antennas (712;81) arranged so as to form a triangular array lattice; wherein the flat antenna array (71;80) has a closed peripheral edge; wherein each sinuous slot antenna (712;81) includes a respective feeding structure arranged on a bottom surface of the flat antenna array (71;80); the antenna system further comprising a hollow metallic structure, which includes: • a base having a closed peripheral edge; • a closed side wall rising from the closed peripheral edge of the base up to a given height where said closed side wall ends with a closed top edge; and • a hollow defined by said base and said closed side wall; wherein the hollow is superiorly closed by the flat antenna array (71;80) whose closed peripheral edge is fixed on/to the closed top edge of the hollow metallic structure and whose bottom surface faces the hollow; the antenna system further comprising a foam spacer which fills the hollow and keeps the sinuous slot antennas (712;81) spaced apart from the base of the given height; wherein the given height is equal to a quarter of a wavelength corresponding to a central operating frequency of the antenna array (71;80); wherein an absorbing sheet covers the base on the bottom of the hollow, said absorbing sheet being designed to absorb surface currents on the base on the bottom of the hollow; and wherein, for each sinuous slot antenna (712;81), the hollow metallic structure further includes a corresponding feeding turret, which protrudes from the base through the absorbing sheet and the foam spacer into the hollow up to the feeding structure of said sinuous slot antenna (712;81), and which is coupled with the feeding structure of said sinuous slot antenna (712;81); the antenna system being characterized in that, for each sinuous slot antenna (712;81), the hollow metallic structure further includes a corresponding reflecting tapered element, which protrudes from the base through the absorbing sheet and the foam spacer into the hollow, is arranged below said sinuous slot antenna (712;81), and is designed to reflect back-radiation from said sinuous slot antenna (712;81). • a base having a closed peripheral edge; • a closed side wall rising from the closed peripheral edge of the base up to a given height where said closed side wall ends with a closed top edge; and • a hollow defined by said base and said closed side wall;