mhurhangee/ep-ind-claims huggingface dataset:
An optically variable magnetic stripe assembly including a magnetic layer, an optically variable effect generating layer over the magnetic layer, and an electrically non-conductive reflective layer between the magnetic layer and the optically variable effect generating layer, characterized in that the reflective layer is a transparent, dielectric reflection enhancing layer of TiO 2, ZnS or ZrO 2 having an optical index of refraction of at least 2.0.
A call processing method applied to a call processing system of a trunking communication system comprising a first site and a second site, wherein the method comprises: sending, by a repeater of the first site, a first call establishment request to a repeater of the second site according to a call request initiated by a first terminal within the site, the call request of the first terminal being a call request initiated to a second terminal within the second site, and the first call establishment request comprising an identification of the second terminal; judging, by the repeater of the first site, whether a second call establishment request sent by the repeater of the second site is received before a call establishment response sent by the repeater of the second site is received, the second call establishment request being sent by the repeater of the second site according to a call request initiated by the second terminal to the first terminal, and the second call establishment request comprising an identification of the first terminal; and if yes, sending, by the repeater of the first site, a call collision notification to the first terminal to notify the first terminal to delay the call. sending, by a repeater of the first site, a first call establishment request to a repeater of the second site according to a call request initiated by a first terminal within the site, the call request of the first terminal being a call request initiated to a second terminal within the second site, and the first call establishment request comprising an identification of the second terminal; judging, by the repeater of the first site, whether a second call establishment request sent by the repeater of the second site is received before a call establishment response sent by the repeater of the second site is received, the second call establishment request being sent by the repeater of the second site according to a call request initiated by the second terminal to the first terminal, and the second call establishment request comprising an identification of the first terminal; and if yes, sending, by the repeater of the first site, a call collision notification to the first terminal to notify the first terminal to delay the call.
A method for automatically finding correspondences between two or more digital representations of one or more 3D objects, the two or more digital representations of the one or more 3D objects comprising points, the method comprising: • defining a set of points for each of said digital representations in which shell images will be calculated; • calculating said shell images for each of said digital representations of said one or more 3D objects; • comparing the shell images of one of the digital representations with the shell images of another of the digital representations to indicate local correspondences between the digital representations based on a predefined criterion; wherein calculating shell images comprises: ∘ defining a set of concentric spherically symmetric shells or sphere shells with as centre point one of the points of said set of points; ∘ assigning to each of said concentric spherically symmetric shells or sphere shells a value based on the part of said digital representation enclosed by two consecutive spherically symmetric shells or sphere shells; ∘ converting said spherically symmetric shells or sphere shells to which a value has been assigned into an array containing said values; the value representing the part of the representation of said one or more 3D objects within the first spherically symmetric shell or sphere shell and in between each of two successive spherically symmetric shells or sphere shells being calculated as a volume or weighted volume. • defining a set of points for each of said digital representations in which shell images will be calculated; • calculating said shell images for each of said digital representations of said one or more 3D objects; • comparing the shell images of one of the digital representations with the shell images of another of the digital representations to indicate local correspondences between the digital representations based on a predefined criterion; ∘ defining a set of concentric spherically symmetric shells or sphere shells with as centre point one of the points of said set of points; ∘ assigning to each of said concentric spherically symmetric shells or sphere shells a value based on the part of said digital representation enclosed by two consecutive spherically symmetric shells or sphere shells; ∘ converting said spherically symmetric shells or sphere shells to which a value has been assigned into an array containing said values; the value representing the part of the representation of said one or more 3D objects within the first spherically symmetric shell or sphere shell and in between each of two successive spherically symmetric shells or sphere shells being calculated as a volume or weighted volume.
A surgical fastening instrument comprising: a handle portion; an elongated portion extending distally from the handle portion; an end effector including a cartridge assembly and an anvil assembly, and being disposed adjacent a distal end of the elongated portion, a tissue contacting surface of the cartridge and anvil assembly is disposed substantially transverse to a longitudinal axis of the elongated portion, at least one of the cartridge assembly and the anvil assembly being movable with respect to the other from an open position to an approximated position for engaging body tissue therebetween, the cartridge assembly being configured to house a plurality of fasteners; and a substantially planar or flat knife disposed in mechanical engagement with at least one of the cartridge assembly and the anvil assembly, characterised in that the knife includes a tissue contacting surface elevated at its centre with respect to its sides to form a point, such that the knife is configured to initially cut the body tissue from a centre of contact, and to subsequently cut portions of the body tissue disposed towards the sides of the knife. a handle portion; an elongated portion extending distally from the handle portion; an end effector including a cartridge assembly and an anvil assembly, and being disposed adjacent a distal end of the elongated portion, a tissue contacting surface of the cartridge and anvil assembly is disposed substantially transverse to a longitudinal axis of the elongated portion, at least one of the cartridge assembly and the anvil assembly being movable with respect to the other from an open position to an approximated position for engaging body tissue therebetween, the cartridge assembly being configured to house a plurality of fasteners; and a substantially planar or flat knife disposed in mechanical engagement with at least one of the cartridge assembly and the anvil assembly, characterised in that the knife includes a tissue contacting surface elevated at its centre with respect to its sides to form a point, such that the knife is configured to initially cut the body tissue from a centre of contact, and to subsequently cut portions of the body tissue disposed towards the sides of the knife.
An indoor device for an air conditioner, comprising: a heat exchanger mounting panel in which an orifice to pass air therethrough is formed; a centrifugal fan to inhale air in a shaft direction through the orifice and discharge the air in a radial direction; a motor to rotate the centrifugal fan; and a case to fix the motor and couple the motor to the panel, characterized in that a first magnetic substance and a second magnetic substance that generate a repulsive force are respectively disposed at a first surface opposite to the centrifugal fan in the panel and a second surface opposite to the panel in the centrifugal fan, and in that in the first magnetic substance and the second magnetic substance, different poles are alternately formed in a radial direction. a heat exchanger mounting panel in which an orifice to pass air therethrough is formed; a centrifugal fan to inhale air in a shaft direction through the orifice and discharge the air in a radial direction; a motor to rotate the centrifugal fan; and a case to fix the motor and couple the motor to the panel, characterized in that a first magnetic substance and a second magnetic substance that generate a repulsive force are respectively disposed at a first surface opposite to the centrifugal fan in the panel and a second surface opposite to the panel in the centrifugal fan, and in that in the first magnetic substance and the second magnetic substance, different poles are alternately formed in a radial direction.
Hinge band for doors, windows and furniture with a first band flap having two first rollers arranged on a common pivot axis spaced from one another, and having a second band flap having a second roller arranged on the pivot axis, wherein the second roller, viewed in pivot axis direction, is arranged between the two first rollers, wherein the first rollers and the second roller are connected to one another via two pivot bolts so as to be pivotable against one another about the pivot axis, characterised in that there is a free space between the second roller and one first roller, and that a third band flap with a third roller is provided, wherein the third band flap rests on the first band flap and the third roller is arranged in the free space on the pivot axis, wherein within the second and the third roller (5, 7) is accommodated a slip ring for the transmission of current and/or signals, and wherein the pivot bolts engage through the respective first roller, in some areas into the second or third roller (5, 7).
Mass flow regulator or valve unit, comprising at least one housing part having a number of connection devices (4, 5, 6, 7, 8, 240, 270) for the connection of lines, at least one valve body (3, 12) and at least one actuator element for actuation of the at least one valve body, wherein the at least one valve body comprises at least one rotatable or rotatably mounted diaphragm element and at least one fixed diaphragm element, the connection devices (4, 5, 6, 7, 240, 270) are arranged such that they are releasably or permanently secured to the housing part via at least one interface, and the housing part has connection openings (13, 14, 15, 16, 17) for connection of the connection devices (4, 5, 6, 7, 240, 270), wherein all the connection openings (13, 14, 15, 16, 17) are arranged on one side of the housing part, characterised in that a hold-down element for holding down and securing the connection devices (4, 5, 6, 7, 240, 270) onthe housing part is provided, wherein the hold-down element engages over at least a portion of the respective connection devices (4, 5, 6, 7, 240, 270) in order to hold and fix them on the housing part. the at least one valve body comprises at least one rotatable or rotatably mounted diaphragm element and at least one fixed diaphragm element, the connection devices (4, 5, 6, 7, 240, 270) are arranged such that they are releasably or permanently secured to the housing part via at least one interface, and the housing part has connection openings (13, 14, 15, 16, 17) for connection of the connection devices (4, 5, 6, 7, 240, 270), wherein all the connection openings (13, 14, 15, 16, 17) are arranged on one side of the housing part, characterised in that a hold-down element for holding down and securing the connection devices (4, 5, 6, 7, 240, 270) onthe housing part is provided, wherein the hold-down element engages over at least a portion of the respective connection devices (4, 5, 6, 7, 240, 270) in order to hold and fix them on the housing part.
Method for measuring emissions of gaseous substances to the atmosphere using scattered sunlight spectroscopy and an optical measuring device, said device comprising - a telescopic member defining a field-of-view FOV of the device, and - a scanning arrangement allowing a controlled variation of the direction of the field-of-view FOV in such a way that the field-of-view FOV is capable of scanning a certain layer (12, 22) of the atmosphere during operation of the device characterized in that the method comprises the step of: - scanning a scanning layer that has the form of, at least a part of, a cone having its apex positioned at the device and having a cone angle β. - a telescopic member defining a field-of-view FOV of the device, and - a scanning arrangement allowing a controlled variation of the direction of the field-of-view FOV in such a way that the field-of-view FOV is capable of scanning a certain layer (12, 22) of the atmosphere during operation of the device - scanning a scanning layer that has the form of, at least a part of, a cone having its apex positioned at the device and having a cone angle β.
A boring machine for making a pile of predetermined load-bearing capacity (C p) in ground, said machine comprising: · a carrier having a longitudinal mast; · a boring tool parallel to the mast, extending along a first longitudinal axis and having a bottom end; · means for injecting a concrete type fluid into the ground from said bottom end of the boring tool; and · means for moving the boring tool relative to the mast along the longitudinal direction of the mast; the machine being characterized in that it further comprises: · at least one penetrometer probe for inserting into the ground with the boring tool, said penetrometer probe extending along a second longitudinal axis parallel to the first longitudinal axis of the mast; · at least one actuator device for moving the penetrometer probe in translation in the ground along the second longitudinal axis, the actuator device being fastened to the machine; and · calculation means connected to the penetrometer probe in order to determine the depth at which the current load-bearing capacity corresponds to not less than the predetermined load-bearing capacity. · a carrier having a longitudinal mast; · a boring tool parallel to the mast, extending along a first longitudinal axis and having a bottom end; · means for injecting a concrete type fluid into the ground from said bottom end of the boring tool; and · means for moving the boring tool relative to the mast along the longitudinal direction of the mast; · at least one penetrometer probe for inserting into the ground with the boring tool, said penetrometer probe extending along a second longitudinal axis parallel to the first longitudinal axis of the mast; · at least one actuator device for moving the penetrometer probe in translation in the ground along the second longitudinal axis, the actuator device being fastened to the machine; and · calculation means connected to the penetrometer probe in order to determine the depth at which the current load-bearing capacity corresponds to not less than the predetermined load-bearing capacity.
A seismic sensor node, comprising: on-board electronics for seismic sensing; an on-board inductive element for generating an electrical current through inductance with an inductive battery device; and a detachable inductive battery device coupled to the seismic sensor node, the detachable inductive battery device comprising: a battery cell configured to store charge for use by the seismic sensor node; a first inductive element coupled to the battery cell, the first inductive element configured to receive current from the battery cell and emit a responsive magnetic field for powering the seismic sensor node through inductance; wherein the seismic sensor node comprises a receptacle configured to receive the detachable inductive battery device. on-board electronics for seismic sensing; an on-board inductive element for generating an electrical current through inductance with an inductive battery device; and a detachable inductive battery device coupled to the seismic sensor node, the detachable inductive battery device comprising: a battery cell configured to store charge for use by the seismic sensor node; a first inductive element coupled to the battery cell, the first inductive element configured to receive current from the battery cell and emit a responsive magnetic field for powering the seismic sensor node through inductance; a battery cell configured to store charge for use by the seismic sensor node; a first inductive element coupled to the battery cell, the first inductive element configured to receive current from the battery cell and emit a responsive magnetic field for powering the seismic sensor node through inductance; wherein the seismic sensor node comprises a receptacle configured to receive the detachable inductive battery device.
Apparatus for treating a liquid, including: - a receptacle for collecting the liquid to be treated, the receptacle including a first locking device and a drain opening for dispensing the liquid to be treated, and having a first axis (L 1); and - a cartridge for treating the liquid, releasably attachable to the receptacle, the cartridge having a second axis (L 2) and including a second locking device and an inlet opening for leading the liquid to be treated into the cartridge, characterised in that the first locking device is provided with a first shaped section and the second locking device is provided with a second shaped section, wherein the first shaped section comprises a protrusion with a free end and the cross-section of the protrusion widens toward the free end, and in that the drain opening and the inlet opening can be made to register with each other and the second locking device introduced into the first locking device by placing the cartridge from a first position into a second position. - a receptacle for collecting the liquid to be treated, the receptacle including a first locking device and a drain opening for dispensing the liquid to be treated, and having a first axis (L 1); and - a cartridge for treating the liquid, releasably attachable to the receptacle, the cartridge having a second axis (L 2) and including a second locking device and an inlet opening for leading the liquid to be treated into the cartridge, characterised in that
A method for wireless communication, comprising: determining a precoding matrix at a Node B by taking into account gain imbalance for multiple antennas at a user equipment, UE, wherein signals or information indicative of the gain imbalance for the multiple antennas are received at the Node B from the UE; and performing beamforming for the UE with the precoding matrix. determining a precoding matrix at a Node B by taking into account gain imbalance for multiple antennas at a user equipment, UE, wherein signals or information indicative of the gain imbalance for the multiple antennas are received at the Node B from the UE; and performing beamforming for the UE with the precoding matrix.
A combination oil ring comprising a pair of upper and lower side rails (11, 12) and a spacer expander arranged therebetween, the spacer expander including a plurality of upper pieces and lower pieces (14, 15) alternately arranged in a circumferential direction with the pieces axially and circumferentially apart from each other, a coupling piece coupling an upper piece and a lower piece adjacent to each other, and a flange portion (17, 18) formed standing at an inner circumferential-side end portion of each of the upper pieces and the lower pieces so as to press the side rails (11, 12), and a through hole being formed in the flange portion (17, 18), wherein a side rail support portion (14a, 15a) of the spacer expander projects axially and is formed at a portion in the circumferential direction of an outer circumferential-side end portion of each of the upper pieces and the lower pieces, and each of the upper pieces and the lower pieces has a plane surface perpendicular to the axial direction continuous from an inner circumferential side of the side rail support portion (14a, 15a) to a base portion of the flange portion (17, 18), which is characterised in that the side rail support portion (14a, 15a) is formed at only one end portion or at only one portion including the end portion in the circumferential direction of each of the upper pieces and the lower pieces, and a portion other than the side rail support portion (14a, 15a) in the circumferential direction of the outer circumferential-side end portion of each of the upper pieces and the lower pieces of the spacer expander projects to an axially opposite side from the side rail support portion (14a, 15a).
Pressure-sensitive adhesive at least comprising • a vinylaromatic block copolymer • at least one tackifier resin • a second copolymer, based on a vinylaromatic and an unsaturated anhydride, the copolymer consisting of the vinylaromatic and the unsaturated anhydride, the second copolymer, based on a vinylaromatic and an unsaturated anhydride, being crosslinked with crosslinkers. • a vinylaromatic block copolymer • at least one tackifier resin • a second copolymer, based on a vinylaromatic and an unsaturated anhydride, the copolymer consisting of the vinylaromatic and the unsaturated anhydride, the second copolymer, based on a vinylaromatic and an unsaturated anhydride, being crosslinked with crosslinkers.
An extrusion device for producing elastomeric compounds, comprising: - a holding body extending along a longitudinal axis (X-X) and internally confining a chamber; - at least one extrusion screw disposed in the chamber and parallel to said longitudinal axis (X-X), said at least one extrusion screw having at least one conveying region and at least one mastication region of said elastomeric compound along the longitudinal extension thereof, wherein at an axial end of the holding body, the chamber has a discharge opening for the elastomeric compound to be produced; - at least one shaping die; - at least one calendering device; wherein said at least one shaping die and at least one calendering device are installable alternatively and in an interchangeable manner at the discharge opening so as to define an extrusion head suitable for shaping the outgoing compound into a predetermined shape, while maintaining the compound temperature and/or the outgoing pressure of said extrusion device under critical threshold values for said compound, wherein the extrusion device comprises a first supporting body carrying the shaping die and movable between a first position at which it is installed on the discharge opening, and a second position at which it is spaced apart from said discharge opening, wherein the first supporting body is hinged on the holding body and movable in rotation between the first and second positions, wherein the extrusion device comprises a second supporting body carrying the calendering device and movable between a first position, at which it is installed at the discharge opening, and a second position at which it is spaced apart from said discharge opening, and wherein the second supporting body comprises a carriage movable in translation between the first and second positions. - a holding body extending along a longitudinal axis (X-X) and internally confining a chamber; - at least one extrusion screw disposed in the chamber and parallel to said longitudinal axis (X-X), said at least one extrusion screw having at least one conveying region and at least one mastication region of said elastomeric compound along the longitudinal extension thereof, wherein at an axial end of the holding body, the chamber has a discharge opening for the elastomeric compound to be produced; - at least one shaping die; - at least one calendering device;