mhurhangee/ep-ind-claims huggingface dataset:
An orthosis or prosthesis system, comprising - at least one orthosis or prosthesis, - at least one pair of electrodes as an electrode pair, provided for contacting the body of the user of the respective orthosis or prosthesis for the purpos of detecting muscle-related signals, - at least one evaluation unit for muscle-related signals detected by the at least one electrode pair, - at least one actuator for moving the respective at least one orthosis or prosthesis, and - at least one control unit for controlling the at least one actuator, wherein the at least one electrode pair is configured to detect at least a first muscle-related signal using a first measurement frequency and a second muscle-related signal using a second measurement frequency and the at least one evaluation unit is configured to evaluate a phase of the first signal and a phase of the second signal characterized in that the evaluation unit is configured: - to compare a phase of the first signal to a reference phase, in particular to a frequency-dependent reference phase, in order to ascertain a first phase change; - to compare a phase of the second signal to the reference phase, in particular to the frequency-dependent reference phase, in order to ascertain a second phase change; and - to evaluate the first phase change and the second phase change, in particular to compare these to one another. - at least one orthosis or prosthesis, - at least one pair of electrodes as an electrode pair, provided for contacting the body of the user of the respective orthosis or prosthesis for the purpos of detecting muscle-related signals, - at least one evaluation unit for muscle-related signals detected by the at least one electrode pair, - at least one actuator for moving the respective at least one orthosis or prosthesis, and - at least one control unit for controlling the at least one actuator, wherein the at least one electrode pair is configured to detect at least a first muscle-related signal using a first measurement frequency and a second muscle-related signal using a second measurement frequency and the at least one evaluation unit is configured to evaluate a phase of the first signal and a phase of the second signal characterized in that the evaluation unit is configured: - to compare a phase of the first signal to a reference phase, in particular to a frequency-dependent reference phase, in order to ascertain a first phase change; - to compare a phase of the second signal to the reference phase, in particular to the frequency-dependent reference phase, in order to ascertain a second phase change; and - to evaluate the first phase change and the second phase change, in particular to compare these to one another. - to compare a phase of the first signal to a reference phase, in particular to a frequency-dependent reference phase, in order to ascertain a first phase change; - to compare a phase of the second signal to the reference phase, in particular to the frequency-dependent reference phase, in order to ascertain a second phase change; and - to evaluate the first phase change and the second phase change, in particular to compare these to one another.
A connection material for transmitting a broadband powerline signal across an energy supply network, with a first section consisting of a multicore, in particular three-core line and a second section consisting of two separate, in particular single-core lines (2, 2'), wherein the first section and the second section are connected with each other, wherein a connecting element is formed at a free end of the multicore line of the first section for connecting to a broadband powerline modem, and wherein a connection element is formed at least at one free end of the lines of the second section for connecting to a connection means of an electrical system, wherein a basic body is arranged for receiving at least one group of the lines (2, 2') of the second section, wherein the basic body, at least section-wise, has a slot extending in longitudinal direction of the basic body, wherein a slide is arranged on the basic body, the slide being movable along the longitudinal direction of the basic body and having a passageway for at least one line (2, 2'), wherein at least one of the lines (2, 2') can be inserted into and/or removed from the basic body through the slot by means of the slide and wherein the slide has a projection extending radially inwards, with which it engages in the slot of the basic body.
A mechanical driver comprising: a piston, a wedge shaped member operatively coupled and in constant contact with the piston and moveable relative to the piston, and a shape memory alloy operatively coupled to the wedge shaped member, to move the wedge shaped member relative to the piston such that the wedge shaped member deflects the piston, wherein the shape memory alloy is held at a predetermined tension in a start position, and characterised in that the wedge shaped member is arranged so that it moves relative to the piston whilst the wedge shaped member is operatively coupled and in constant contact with the piston. a piston, a wedge shaped member operatively coupled and in constant contact with the piston and moveable relative to the piston, and a shape memory alloy operatively coupled to the wedge shaped member, to move the wedge shaped member relative to the piston such that the wedge shaped member deflects the piston, wherein the shape memory alloy is held at a predetermined tension in a start position, and characterised in that the wedge shaped member is arranged so that it moves relative to the piston whilst the wedge shaped member is operatively coupled and in constant contact with the piston.
A sliding mechanism, comprising: first and second members slidable relative to each other; and a grease composition interposed between the first and second members and containing a thickening agent and a base oil, wherein the grease composition contains 8 to 25 mass% of lithium 12-hydroxystearate as the thickening agent and poly-α-olefin as the base oil; wherein the base oil has a kinematic viscosity of 10 to 50 mm 2 /sec at 40°C; wherein at least one of the first and second member has a sliding surface coated with a hard carbon film of diamond-like carbon; and wherein the diamond-like carbon has a hydrogen content of 0.5 atomic% or less. first and second members slidable relative to each other; and a grease composition interposed between the first and second members and containing a thickening agent and a base oil, wherein the grease composition contains 8 to 25 mass% of lithium 12-hydroxystearate as the thickening agent and poly-α-olefin as the base oil; wherein the base oil has a kinematic viscosity of 10 to 50 mm 2 /sec at 40°C; wherein at least one of the first and second member has a sliding surface coated with a hard carbon film of diamond-like carbon; and wherein the diamond-like carbon has a hydrogen content of 0.5 atomic% or less.
Method for the manufacture of a shoe sole by the welding of foam particles using electromagnetic waves, a. wherein a tool with two mould halves (2, 3) forming a mould cavity corresponding to the shape of the shoe sole is arranged between two capacitor plates (4, 5), b. wherein the mould cavity is filled with the foam particles, c. wherein the tool is closed by bringing the two mould halves together, d. wherein the closed tool with the foam particles in the mould cavity is subjected to electromagnetic waves, in particular radio waves or microwaves, introduced into the mould cavity via the capacitor plates, e. wherein the foam particles are heated by the electromagnetic waves and at least partially fuse or bake together, and f. wherein at least one of the two mould halves is made of a material which is transparent to electromagnetic waves, has a boundary wall which bounds the mould cavity, and has one or more supports which serve to support the boundary wall on the capacitor plate on the side facing away from the mould cavity and which form one or more hollow spaces, characterized in that g. one or more trimming bodies (30, 50) or a trimming fluid are be provided in the hollow space or at least one of the hollow spaces, in order to influence an electromagnetic field in the mould cavity. a. wherein a tool with two mould halves (2, 3) forming a mould cavity corresponding to the shape of the shoe sole is arranged between two capacitor plates (4, 5), b. wherein the mould cavity is filled with the foam particles, c. wherein the tool is closed by bringing the two mould halves together, d. wherein the closed tool with the foam particles in the mould cavity is subjected to electromagnetic waves, in particular radio waves or microwaves, introduced into the mould cavity via the capacitor plates, e. wherein the foam particles are heated by the electromagnetic waves and at least partially fuse or bake together, and f. wherein at least one of the two mould halves is made of a material which is transparent to electromagnetic waves, has a boundary wall which bounds the mould cavity, and has one or more supports which serve to support the boundary wall on the capacitor plate on the side facing away from the mould cavity and which form one or more hollow spaces, characterized in that g. one or more trimming bodies (30, 50) or a trimming fluid are be provided in the hollow space or at least one of the hollow spaces, in order to influence an electromagnetic field in the mould cavity.
A methodology for eliminating the microbial load of the bacterial cells of Pseudomonas syringae pv. Actinidiae, that are causative agents of the bacterial canker of the actinidia, methodology which is applicable to different plants of the genus Actinidia, characterised in that the methodology comprises two successive phases as an antibacterial treatment of Actinidia spp. pollen, the first phase of which consisting of subjecting a plant sample to a specific temperature and for a given period of time, and the second phase consisting of using ozone on the same sample at a specific concentration and within specific environmental values of temperature and relative air humidity.
A method for producing a composite material mold (310;410) for a composite material long member, comprising the steps of: molding a material of a mold having a two-dimensional shape that is a shape having a constant cross-section shape and positions along an axis and in a semi-cured state by causing a material obtained by overlapping a required number of prepreg sheets in which a composite material such as carbon fiber is impregnated with thermosetting resin to continuously pass through a hot press and a heat curing oven while applying a tension to the material; plastically deforming the mold material into a three-dimensional shape that is a shape such that there is no axis along which the shape of the cross-section and the position of the cross-section are constant by mounting the mold material in a semi-cured state on a plurality of templates vertically provided on a base plate of a molding apparatus at an interval; and completely curing the mold material in a semi-cured state by heating and pressurizing the molding apparatus on which the mold material deformed into a three-dimensional shape is mounted. molding a material of a mold having a two-dimensional shape that is a shape having a constant cross-section shape and positions along an axis and in a semi-cured state by causing a material obtained by overlapping a required number of prepreg sheets in which a composite material such as carbon fiber is impregnated with thermosetting resin to continuously pass through a hot press and a heat curing oven while applying a tension to the material; plastically deforming the mold material into a three-dimensional shape that is a shape such that there is no axis along which the shape of the cross-section and the position of the cross-section are constant by mounting the mold material in a semi-cured state on a plurality of templates vertically provided on a base plate of a molding apparatus at an interval; and completely curing the mold material in a semi-cured state by heating and pressurizing the molding apparatus on which the mold material deformed into a three-dimensional shape is mounted.
An LED lamp for replacing a fluorescent lamp in a luminaire having a ballast, the LED lamp comprising: a plurality of LEDs connected in a plurality of groups (15, 16); one or more rectifier circuits (10, 10a, 10b) adapted for rectifying an electrical current received from the luminaire for supply to the LEDs; a first control circuit adapted to estimate electrical current or electrical power received by or used by the LED lamp, and adapted to generate an output on the basis of the estimate; and a switching circuit comprising a first switch for switching the plurality of groups of LEDs (15, 16) between a plurality of different circuit configurations at a switching frequency of at least 300 kHz and according to a duty cycle; wherein the switching circuit is configured to adjust the duty cycle in dependence on the output of the first control circuit to adjust the electrical power used by the LED lamp. a plurality of LEDs connected in a plurality of groups (15, 16); one or more rectifier circuits (10, 10a, 10b) adapted for rectifying an electrical current received from the luminaire for supply to the LEDs; a first control circuit adapted to estimate electrical current or electrical power received by or used by the LED lamp, and adapted to generate an output on the basis of the estimate; and a switching circuit comprising a first switch for switching the plurality of groups of LEDs (15, 16) between a plurality of different circuit configurations at a switching frequency of at least 300 kHz and according to a duty cycle; wherein the switching circuit is configured to adjust the duty cycle in dependence on the output of the first control circuit to adjust the electrical power used by the LED lamp.
A method implemented by one or more processors, the method comprising: generating interaction data corresponding to a dialog session between a user and an application at a first client device, wherein the dialog session is mediated by an automated assistant that: interacts with the application according to natural language inputs provided by the user, and is accessible to the first client device and a second client device; receiving, from the user and at the first client device during the dialog session, a request to continue the dialog session using the second client device, wherein the second client device is configured to provide content from the application through a modality that is different than a separate modality of the first client device; causing, based on the received request to continue the dialog session using the second client device, one or more links to be generated for the second client device, wherein the one or more links: are based on one or more natural language inputs received by the automated assistant from the user during the dialog session, and identify the modality through which the second client device is configured to provide content received from the application; and causing the automated assistant to access the link at the second client device for continuing the dialog session between the user and the application at the second client device. generating interaction data corresponding to a dialog session between a user and an application at a first client device, wherein the dialog session is mediated by an automated assistant that: interacts with the application according to natural language inputs provided by the user, and is accessible to the first client device and a second client device; interacts with the application according to natural language inputs provided by the user, and is accessible to the first client device and a second client device; receiving, from the user and at the first client device during the dialog session, a request to continue the dialog session using the second client device, wherein the second client device is configured to provide content from the application through a modality that is different than a separate modality of the first client device; causing, based on the received request to continue the dialog session using the second client device, one or more links to be generated for the second client device, wherein the one or more links: are based on one or more natural language inputs received by the automated assistant from the user during the dialog session, and identify the modality through which the second client device is configured to provide content received from the application; and are based on one or more natural language inputs received by the automated assistant from the user during the dialog session, and identify the modality through which the second client device is configured to provide content received from the application; and causing the automated assistant to access the link at the second client device for continuing the dialog session between the user and the application at the second client device.
A method for associating a mobile radio terminal device to a network slice instance (108, 109) of a mobile radio communication network, the method comprising: • the mobile radio terminal device accessing the mobile radio communication network; • the mobile radio communication network receiving a request for connecting to a network slice (106, 107) from the mobile radio terminal device; • the mobile radio communication network determining an associating information parameter from a terminal device specific subscription profile stored in the mobile radio communication network, wherein the associating information parameter indicates whether the association should be performed during a registration process of the mobile radio terminal device or during a protocol data unit session establishment; and • based on the associating information parameter assigned to the requesting mobile radio terminal device, the mobile radio communication network associating the mobile radio terminal device to a network slice instance (108, 109) from a set of network slice instances during a registration process of the mobile radio terminal device or during a protocol data unit session establishment. • the mobile radio terminal device accessing the mobile radio communication network; • the mobile radio communication network receiving a request for connecting to a network slice (106, 107) from the mobile radio terminal device; • the mobile radio communication network determining an associating information parameter from a terminal device specific subscription profile stored in the mobile radio communication network, wherein the associating information parameter indicates whether the association should be performed during a registration process of the mobile radio terminal device or during a protocol data unit session establishment; and • based on the associating information parameter assigned to the requesting mobile radio terminal device, the mobile radio communication network associating the mobile radio terminal device to a network slice instance (108, 109) from a set of network slice instances during a registration process of the mobile radio terminal device or during a protocol data unit session establishment.
A horn for speakers attachable to a speaker (4, 4B), the horn for speakers (6, 6A, 50, 64) comprising: a horn body (24, 24A, 51, 65) including: a first opening (28, 54, 68) located in a first end portion (26, 52, 66) and having a circular shape; a second opening (34, 34A, 58, 72) located in a second end portion (32, 56, 70) and having a shape different from the circular shape; and a sound path (38, 62, 76) connecting the first opening (28, 54, 68) and the second opening (34, 34A, 58, 72), wherein in a cross section including a central axis of the horn body (24, 24A, 51, 65), an inner surface of the sound path (38, 62, 76) flares out in a quartic curve from the first opening (28, 54, 68) toward the second opening (34, 34A, 58, 72), and a length from the first end portion (26, 52, 66) to the second end portion (32, 56, 70) of the horn body (24, 24A, 51, 65) is at least 0.8 times as large as a radius of the first opening (28, 54, 68); characterized in that in a cross section orthogonal to the central axis of the horn body (24, 24A, 51, 65), a relational expression S = S 0 × (1 + a × z 4) is satisfied, where So is an area of the first opening (28, 54, 68), S is an area of the sound path (38, 62, 76) at position z away from the first opening (28, 54, 68) along the central axis, and a is a constant. a horn body (24, 24A, 51, 65) including: a first opening (28, 54, 68) located in a first end portion (26, 52, 66) and having a circular shape; a second opening (34, 34A, 58, 72) located in a second end portion (32, 56, 70) and having a shape different from the circular shape; and a sound path (38, 62, 76) connecting the first opening (28, 54, 68) and the second opening (34, 34A, 58, 72), wherein in a cross section including a central axis of the horn body (24, 24A, 51, 65), an inner surface of the sound path (38, 62, 76) flares out in a quartic curve from the first opening (28, 54, 68) toward the second opening (34, 34A, 58, 72), and a length from the first end portion (26, 52, 66) to the second end portion (32, 56, 70) of the horn body (24, 24A, 51, 65) is at least 0.8 times as large as a radius of the first opening (28, 54, 68); characterized in that in a cross section orthogonal to the central axis of the horn body (24, 24A, 51, 65), a relational expression S = S 0 × (1 + a × z 4) is satisfied, where So is an area of the first opening (28, 54, 68), S is an area of the sound path (38, 62, 76) at position z away from the first opening (28, 54, 68) along the central axis, and a is a constant.
A head for an oral care implement, the head comprising at least one tooth cleaning element of a first type (16, 66) and at least one tooth cleaning element of a second type, the at least one tooth cleaning element of the first type (16, 66) having a length extension along a longitudinal axis being about 1 mm to about 2 mm shorter than the length extension of the at least one tooth cleaning element of the second type along its longitudinal axis, the at least one tooth cleaning element of the first type (16, 66) being a tuft of a first type (16, 66) comprising a plurality of filaments (20, 68), each filament (20, 68) having a longitudinal axis and a substantially cross-shaped cross-sectional area extending in a plane substantially perpendicular to the longitudinal axis, the cross-shaped cross-sectional area having four projections and four channels, the projections and channels being arranged in an alternating manner, characterized in that the at least one tuft of the first type (16, 66) has a packing factor within a range from 40% to 49%, preferably from 45% to 49%.