mhurhangee/ep-ind-claims huggingface dataset:
A composed container unit for placing pieces of luggage in a car boot, comprising a housing, including a bottom, side walls, a cover and a means for securing to the car boot, wherein the housing is composed of containers in the form of open-topped parallelepipeds releasably interconnected across and/or along the car axis, wherein each container side walls are supplied with means for securing provided in groups of at least two guiding locks attached to the container side walls and performed as projections in the shape of a truncated tetrahedral pyramid with one face adjacent to the corresponding wall and making a right angle with the base located in the container bottom area, wherein each group of guiding locks relating to each container side wall is shifted to one side from the adjacent vertical plane, extending across the container corresponding horizontal axis of symmetry, wherein said truncated pyramid base represents an isosceles trapezoid, oriented with its minor base to the opposite side wall and with its major base outside the container, wherein the means for securing containers are placed in order to provide optional engagement of containers through said means by each pyramid side faces adapted to be engaged with corresponding side faces of the adjacent container pyramids, characterised in that the housing is composed of containers of different sizes, and in that a means for securing the container unit to a car boot is performed in the form of two pads, spaced apart on the opposite side walls of the boot and attached thereto, wherein on the free side of each pad at least a pair of guide locks similar to the locks placed on the container side walls are provided adapted for securing the end containers of the unit with said pads.
A locking device for a door of a domestic appliance, wherein - the locking device comprises a main body, - the locking device comprises a locking bar element supported pivoting in and at the main body, - the locking bar element is pivoting between an engaged position and a disengaged position, - the locking bar element is engageable and disengageable with a corresponding counterpart, - the locking device comprises a shape memory wire, - the locking device comprises at least one means (18, 20) for supplying the shape memory wire with electric current, - the electric current through the shape memory wire effects a movement of the locking bar element to the disengaged position, - the locking device comprises a return spring element interconnected between the locking bar element and the main body, and - the return spring element effects a movement of the locking bar element to the engaged position, characterized in that the shape memory wire extends lineally and connects the locking bar element to the main body, wherein the locking bar element includes a lever arm, at which the shape memory wire is fastened, so that a change in length of said shape memory wire directly effects pivoting of the locking bar element between the engaged and disengaged positions. - the locking device comprises a main body, - the locking device comprises a locking bar element supported pivoting in and at the main body, - the locking bar element is pivoting between an engaged position and a disengaged position, - the locking bar element is engageable and disengageable with a corresponding counterpart, - the locking device comprises a shape memory wire, - the locking device comprises at least one means (18, 20) for supplying the shape memory wire with electric current, - the electric current through the shape memory wire effects a movement of the locking bar element to the disengaged position, - the locking device comprises a return spring element interconnected between the locking bar element and the main body, and - the return spring element effects a movement of the locking bar element to the engaged position,
A non-transitory computer-readable medium having instructions executable by a processor for performing a method comprising: computing phase values for signals of each of a plurality of nodes on a geometric surface region associated with tissue of a patient, a subset of the nodes surrounding a given node of the plurality of nodes defining neighboring nodes of the given node, the method further being characterized by comprising: generating an activation mask for the given node based on an activation detected for at least one of the plurality of nodes, the activation mask specifying a set of at least one activation time period having a beginning time and an ending time, the beginning time corresponding to when a phase value of a signal at the at least one of the plurality of nodes has a given value and the ending time corresponding to when the phase value of the signal at the at least one of the plurality of nodes has another value; applying the activation mask to the computed phase values computed for each of the plurality nodes on the geometric surface region to identify a set of focal candidate nodes; analyzing the set of focal candidate nodes to identify a given focal candidate node corresponding to a spatial location of a focal point on the geometric surface region; and generating focal point data characterizing the spatial location of the focal point on the geometric surface region. generating an activation mask for the given node based on an activation detected for at least one of the plurality of nodes, the activation mask specifying a set of at least one activation time period having a beginning time and an ending time, the beginning time corresponding to when a phase value of a signal at the at least one of the plurality of nodes has a given value and the ending time corresponding to when the phase value of the signal at the at least one of the plurality of nodes has another value; applying the activation mask to the computed phase values computed for each of the plurality nodes on the geometric surface region to identify a set of focal candidate nodes; analyzing the set of focal candidate nodes to identify a given focal candidate node corresponding to a spatial location of a focal point on the geometric surface region; and generating focal point data characterizing the spatial location of the focal point on the geometric surface region.
An electric power tool comprising: - an electric motor with a motor gear; - an output shaft with an input gear; - a coupling that connects the motor gear to the input gear; - a housing that houses the motor, motor gear, coupling and input gear, characterised in that the coupling includes a shaft portion and two connective portions arranged at opposite ends of the shaft portion for connection to the motor gear and input gear, respectively, wherein both the motor gear and the input gear has a cambered profile allowing a tilting movement of the coupling with respect to the axial position of the one of the motor gear and the input gear that has a cambered profile. - an electric motor with a motor gear; - an output shaft with an input gear; - a coupling that connects the motor gear to the input gear; - a housing that houses the motor, motor gear, coupling and input gear, characterised in that the coupling includes a shaft portion and two connective portions arranged at opposite ends of the shaft portion for connection to the motor gear and input gear, respectively, wherein both the motor gear and the input gear has a cambered profile allowing a tilting movement of the coupling with respect to the axial position of the one of the motor gear and the input gear that has a cambered profile.
A composition comprising a combination of the nonapeptides having the sequences WKWLKKWIK (SEQ ID NO.:1), WRKFWKYLK (SEQ ID NO.:2), and RRWRVIVKW (SEQ ID NO.:3).
A strap of flexible material for use with a harness for breathing apparatus, the strap characterised by comprising a core substrate provided on first and second surfaces with a flame retardant non-slip layer (14, 16).
A method for gradually switching from a first frequency band to a new frequency band (BFi) when first mobile nodes are attached beforehand to a cell of a relay node, characterised in that upon detecting by the relay node an interference on the first frequency band, the relay node triggers the gradual switching which comprises: - selecting by the relay node a new non-interfered frequency band (BFi), said new frequency band being distinct from the first frequency band, - occupying the new frequency band by the relay node by at least one emission on a control channel of said new frequency band, - switching the radio communications of the first active mobile nodes, from the first frequency band to the new frequency band, and - blocking connection access to the relay node via the first frequency band for at least one second mobile node entering the cell of the relay node whereas the switching is ongoing, said blocking comprising at least one emission of a signal by the relay node on a control channel of the first frequency band; - releasing the first frequency band by the relay node, said releasing consisting in stopping the emission of said signal by the relay node on said control channel of the first frequency band. - selecting by the relay node a new non-interfered frequency band (BFi), said new frequency band being distinct from the first frequency band, - occupying the new frequency band by the relay node by at least one emission on a control channel of said new frequency band, - switching the radio communications of the first active mobile nodes, from the first frequency band to the new frequency band, and - blocking connection access to the relay node via the first frequency band for at least one second mobile node entering the cell of the relay node whereas the switching is ongoing, said blocking comprising at least one emission of a signal by the relay node on a control channel of the first frequency band; - releasing the first frequency band by the relay node, said releasing consisting in stopping the emission of said signal by the relay node on said control channel of the first frequency band.
A battery module comprising: a plurality of battery cells with the top of each cell having a vent, said battery cells being arranged linearly; an insulating member positioned to correspond to the vents in the battery cells and comprises first openings positioned to correspond to the vents on each battery cell and a protrusion or protrusions facing said vents; a pressurizing member positioned on top of the insulating member; and a cover, wherein the cover covers the vents of the battery cells, the insulating member and the pressurizing member such that the pressurizing member is positioned between the cover and the insulating member; the cover has a hexahedral shape with a predetermined space at an inner portion thereof, wherein one surface of the cover is opened and the opened surface is seated on top of the battery cells and is directed towards the vents; the predetermined space within the cover is provided with at least one rib (121, 122) formed along a longitudinal direction of the cover; and the at least one rib (121, 122) comprises: a pair of first rib formations formed to correspond to a first pressurizing portion of the pressurizing member and a pair of second rib formations formed to correspond to a second pressurizing portions of the pressurizing member. a plurality of battery cells with the top of each cell having a vent, said battery cells being arranged linearly; an insulating member positioned to correspond to the vents in the battery cells and comprises first openings positioned to correspond to the vents on each battery cell and a protrusion or protrusions facing said vents; a pressurizing member positioned on top of the insulating member; and a cover, wherein the cover covers the vents of the battery cells, the insulating member and the pressurizing member such that the pressurizing member is positioned between the cover and the insulating member; the cover has a hexahedral shape with a predetermined space at an inner portion thereof, wherein one surface of the cover is opened and the opened surface is seated on top of the battery cells and is directed towards the vents; the predetermined space within the cover is provided with at least one rib (121, 122) formed along a longitudinal direction of the cover; and the at least one rib (121, 122) comprises: a pair of first rib formations formed to correspond to a first pressurizing portion of the pressurizing member and a pair of second rib formations formed to correspond to a second pressurizing portions of the pressurizing member. a pair of first rib formations formed to correspond to a first pressurizing portion of the pressurizing member and a pair of second rib formations formed to correspond to a second pressurizing portions of the pressurizing member.
A method of operating an actuator system comprising a number k,k ∈, of actuators in the form of individual propulsion units of an MAV-VTOL aircraft, in particular electrically powered actuators, wherein a desired control command u p εR m, m ∈, for controlling the actuator system is allocated to real actuator commands uεR k, k ∈, by using a weighted allocation matrix D, from an equation u = D -1 u p, wherein D -1 is an inverse of the weighted allocation matrix, and wherein the real actuator commands u are applied for controlling the actuators, the method being characterised by the following steps: a) determining a characterizing value u ∗ from the real actuator commands u, wherein said characterizing value u ∗ is a mean value of an entirety of the actuator commands u, i.e., u ∗ = u mean = mean ( u); b) determining, at least for some of the actuators, preferably for all of the actuators, a deviation e i, i = 1,2,..., k of a respective actuator command u i, i = 1, 2,..., k from said characterizing value u ∗; c) determining, at least for some of the actuators, preferably for all of the actuators, a weight w i, i = 1, 2,..., k for a given actuator as a function w i ( e i), i = 1, 2,..., k of said deviation e i; and d) using the weights w i for determining said weighted allocation matrix D. a) determining a characterizing value u ∗ from the real actuator commands u, wherein said characterizing value u ∗ is a mean value of an entirety of the actuator commands u, i.e., u ∗ = u mean = mean ( u); b) determining, at least for some of the actuators, preferably for all of the actuators, a deviation e i, i = 1,2,..., k of a respective actuator command u i, i = 1, 2,..., k from said characterizing value u ∗; c) determining, at least for some of the actuators, preferably for all of the actuators, a weight w i, i = 1, 2,..., k for a given actuator as a function w i ( e i), i = 1, 2,..., k of said deviation e i; and d) using the weights w i for determining said weighted allocation matrix D.
Method of manufacturing cheese slices, characterised in that a malleable cheese dough is prepared, the malleable cheese dough is injected onto a moulding device (1, 30) having on its surface at least one hollow mould depression (3, 32) incorporating at least one protruding point (3', 34), the cheese dough on the surface of the at least one depression is scraped so as to form a slice or a strip incorporating at least one hollow motif which might be a cut-out, the slice or strip is allowed to set, it is ejected from the moulding device, it is optionally cut and it is packaged.
Dolly for transporting items loaded thereon, the dolly comprising: - a chassis having an upper side comprising a load carrying surface for receiving said items, and an underside opposing the upper side, and - a tow bar attached to the chassis, wherein that the tow bar is arranged slidably to the underside of the chassis via a pivoting mechanism which is configured to pivot the tow bar about a horizontal axis, - a guide block which is arranged slidably to a guide track, characterized in that: - the terminal end of the tow bar opposing the pivoting mechanism comprises a hitch coupling for receiving a hitch and wherein the chassis of the dolly comprises a corresponding hitch configured to allow pivoting action about a vertical axis between the tow bar and the hitch, and it that - the pivoting mechanism connects the tow bar to the guide block and is configured to bias the tow bar to an upright position about a horizontal axis transversal to the main traveling direction of the dolly. - a chassis having an upper side comprising a load carrying surface for receiving said items, and an underside opposing the upper side, and - a tow bar attached to the chassis, wherein that the tow bar is arranged slidably to the underside of the chassis via a pivoting mechanism which is configured to pivot the tow bar about a horizontal axis, - a guide block which is arranged slidably to a guide track, - the terminal end of the tow bar opposing the pivoting mechanism comprises a hitch coupling for receiving a hitch and wherein the chassis of the dolly comprises a corresponding hitch configured to allow pivoting action about a vertical axis between the tow bar and the hitch, and it that - the pivoting mechanism connects the tow bar to the guide block and is configured to bias the tow bar to an upright position about a horizontal axis transversal to the main traveling direction of the dolly.
Device for monitoring a conveying system, comprising: a conveyor belt which is made of elastomeric material and has a carrying side for the material being conveyed and a running side, the conveyor belt having, in particular, an embedded strength member; an optoelectronic system which optically senses the carrying side and/or running side by detecting damage during operation and triggering an alarm device and/or automatically switching off the conveying system, in particular, when a critical state of the conveyor belt is reached; a projector which casts light onto the carrying side and/or running side; a process computer which is coupled to the optoelectronic system for the purpose of evaluating all data, the process computer being connected to the alarm device and/or a drive controller; and other system parts, namely drums, supporting rollers, supporting frames and possibly further components; the projector casting structured light onto a material-free zone of the carrying side and/or onto the running side, the structural change in the light on the belt surface (3, 4), which is caused by damage to the conveyor belt, being sensed by the optoelectronic system and being evaluated by the process computer, and the projector being adjusted in such a manner that the structured light is in the form of parallel running light strips, characterized in that the light strips have light and dark zones or different colour zones, run transversely with respect to the conveying direction and sense the entire width of the conveyor belt. a conveyor belt which is made of elastomeric material and has a carrying side for the material being conveyed and a running side, the conveyor belt having, in particular, an embedded strength member; an optoelectronic system which optically senses the carrying side and/or running side by detecting damage during operation and triggering an alarm device and/or automatically switching off the conveying system, in particular, when a critical state of the conveyor belt is reached; a projector which casts light onto the carrying side and/or running side; a process computer which is coupled to the optoelectronic system for the purpose of evaluating all data, the process computer being connected to the alarm device and/or a drive controller; and other system parts, namely drums, supporting rollers, supporting frames and possibly further components; the projector casting structured light onto a material-free zone of the carrying side and/or onto the running side, the structural change in the light on the belt surface (3, 4), which is caused by damage to the conveyor belt, being sensed by the optoelectronic system and being evaluated by the process computer, and the projector being adjusted in such a manner that the structured light is in the form of parallel running light strips, characterized in that the light strips have light and dark zones or different colour zones, run transversely with respect to the conveying direction and sense the entire width of the conveyor belt.
A sectional panel tank (100, 150, 170), comprising: at least one side wall for joining other side walls in forming the sectional panel tank; wherein the at least one side wall comprises: ➢ a first unit panel having a first extension at its edge for supporting the first unit panel; ➢ at least one lining attached onto an inner side of the first unit panel for preventing corrosion of the first unit panel; ➢ a second unit panel having a second extension at its edge; and ➢ a jointer applied at the seam on inner sides of the first unit panel and the second unit panel of the sectional panel tank to bridge a gap between the neighbouring unit panels such that the inner sides or surfaces of the first unit panel and the second unit panel form a continuous surface, which is impermeable to solid, liquid or gas, wherein the first unit panel and the second unit panel are joined together contiguously at the first extension and the second extension by at least one fastener. at least one side wall for joining other side walls in forming the sectional panel tank; wherein the at least one side wall comprises: ➢ a first unit panel having a first extension at its edge for supporting the first unit panel; ➢ at least one lining attached onto an inner side of the first unit panel for preventing corrosion of the first unit panel; ➢ a second unit panel having a second extension at its edge; and ➢ a jointer applied at the seam on inner sides of the first unit panel and the second unit panel of the sectional panel tank to bridge a gap between the neighbouring unit panels such that the inner sides or surfaces of the first unit panel and the second unit panel form a continuous surface, which is impermeable to solid, liquid or gas, wherein the first unit panel and the second unit panel are joined together contiguously at the first extension and the second extension by at least one fastener. ➢ a first unit panel having a first extension at its edge for supporting the first unit panel; ➢ at least one lining attached onto an inner side of the first unit panel for preventing corrosion of the first unit panel; ➢ a second unit panel having a second extension at its edge; and ➢ a jointer applied at the seam on inner sides of the first unit panel and the second unit panel of the sectional panel tank to bridge a gap between the neighbouring unit panels such that the inner sides or surfaces of the first unit panel and the second unit panel form a continuous surface, which is impermeable to solid, liquid or gas,