mhurhangee/ep-ind-claims huggingface dataset:
A security device comprising: an anticounterfeit structure including a metallic layer with a plurality of slits, the slits forming a plurality of rings, each of the slits including one end facing another end of the slit with a gap interposed therebetween, the anticounterfeit structure having a transmittance peak resulting from resonance in the metallic layer; and an adhesive layer provided on one main surface of the anticounterfeit structure, characterized in that the adhesive layer includes a first portion in contact with a partial region of the main surface and a second portion in contact with another partial region of the main surface, the first portion is configured to achieve a lower adhesive strength to the anticounterfeit structure than that achieved by the second portion, and one of the first portion and the second portion is located at a portion of the metallic layer which is surrounded by each of the rings formed by the slits. an anticounterfeit structure including a metallic layer with a plurality of slits, the slits forming a plurality of rings, each of the slits including one end facing another end of the slit with a gap interposed therebetween, the anticounterfeit structure having a transmittance peak resulting from resonance in the metallic layer; and an adhesive layer provided on one main surface of the anticounterfeit structure, characterized in that the adhesive layer includes a first portion in contact with a partial region of the main surface and a second portion in contact with another partial region of the main surface, the first portion is configured to achieve a lower adhesive strength to the anticounterfeit structure than that achieved by the second portion, and one of the first portion and the second portion is located at a portion of the metallic layer which is surrounded by each of the rings formed by the slits.
Urinal siphon - having a tubular inlet piece for connection of the urinal siphon to a drain line of a urinal, - having a tubular outlet piece for connection of the urinal siphon to a wastewater line, - having a spiral-like tubular intermediate piece which is fitted between the inlet piece and the outlet piece and which has at least two sub-portions which are each angled through 180 degrees, and - having a displacing sleeve by means of which the outlet piece is fastened to the inlet piece or the intermediate piece so as to be displaceable by an extension length relative to the inlet piece, wherein the intermediate piece is primary-formed from plastic, wherein, in the region of the angled sub-portions, the intermediate piece is formed by a first and a second tube sub-shell (30, 32), which are placed one on the other transverse to a tube axis of the intermediate piece, and wherein the two tube sub-shells (30, 32) are connected to one another in a media-tight manner by means of plastic laser-beam welding, wherein the displacing sleeve is formed in one piece, in particular monolithically, with the first tube sub-shell of the intermediate piece, wherein the displacing sleeve is formed by a sub-portion of the first tube sub-shell, which sub-portion is closed in tubular form in one piece, and wherein the second tube sub-shell covers the displacing sleeve with an end portion at the transition to the angled sub-portion which adjoins the displacing sleeve, which end portion continuously decreases in size or is obliquely cut, and wherein a laser weld seam peripherally connecting the first and second tube sub-shells (30, 32) delimits the end portion at an edge side so that the laser weld seam is positioned with a continuous transition or at least at an obtuse angle in relation to the tube axis, so that the laser weld seam runs obliquely at the edge of the end portion and an abrupt bend of the laser weld seam is prevented at the transition of the displacing sleeve to the angled sub-portion of the intermediate piece that adjoins said displacing sleeve. - having a tubular inlet piece for connection of the urinal siphon to a drain line of a urinal, - having a tubular outlet piece for connection of the urinal siphon to a wastewater line, - having a spiral-like tubular intermediate piece which is fitted between the inlet piece and the outlet piece and which has at least two sub-portions which are each angled through 180 degrees, and - having a displacing sleeve by means of which the outlet piece is fastened to the inlet piece or the intermediate piece so as to be displaceable by an extension length relative to the inlet piece,
A light detecting device comprising: a laser light source for generating a light source pulse beam (Ps); a splitting section (13, 16) for splitting the light source pulse beam (Ps) into an excitation beam (Le), a first probe beam (Lp) and a second probe beam (Lr); a first modulating section (20, 15, 40, 41) for executing optical path length modulation that modulates a relative optical path length difference between the excitation beam (Le), and the first probe beam (Lp) and the second probe beam (Lr); a second modulating section (21, 42) for phase-modulating the first probe beam (Lp); and a detecting section (25, 43) for illuminating a combined beam (Lg), in which the excitation beam (Le), the first probe beam (Lp) and the second probe beam (Lr) are combined, onto a sample, and for detecting a stimulated Raman scattering signal that is generated, wherein a delay time between the first probe beam (Lp) and the second probe beam (Lr) is a fixed value, characterized in that the first modulating section (20, 15, 40, 41) is configured to execute the optical path length modulation at an optical path length difference that corresponds to an integer multiple of a length corresponding to a unit wavelength of the phase modulated first probe beam (Lp). a laser light source for generating a light source pulse beam (Ps); a splitting section (13, 16) for splitting the light source pulse beam (Ps) into an excitation beam (Le), a first probe beam (Lp) and a second probe beam (Lr); a first modulating section (20, 15, 40, 41) for executing optical path length modulation that modulates a relative optical path length difference between the excitation beam (Le), and the first probe beam (Lp) and the second probe beam (Lr); a second modulating section (21, 42) for phase-modulating the first probe beam (Lp); and a detecting section (25, 43) for illuminating a combined beam (Lg), in which the excitation beam (Le), the first probe beam (Lp) and the second probe beam (Lr) are combined, onto a sample, and for detecting a stimulated Raman scattering signal that is generated, wherein a delay time between the first probe beam (Lp) and the second probe beam (Lr) is a fixed value, characterized in that the first modulating section (20, 15, 40, 41) is configured to execute the optical path length modulation at an optical path length difference that corresponds to an integer multiple of a length corresponding to a unit wavelength of the phase modulated first probe beam (Lp).
Use of Bacillus mojavensis R3B copper resistant mutant strain deposited under # NCAIM B 001389 according to the Budapest Treaty for exerting antagonism against pathogens selected from the group of Xanthomonas vesicatoria, Pseudomonas syringae and Clavibacter michiganensis plant pathogen bacteria and Pythium debaryanum and Alternaria alternata plant pathogen fungi.
A medical device (202, 402, 404, 408, 410, 422, 430, 432, 434, 436, 450, 452) comprising: a therapeutic component adapted to provide therapeutic functionality during whilst in therapeutic mode and further adapted to enter a device sleep mode; a transceiver configured to provide said device with wireless connectivity and further configured to transition into a transceiver sleep mode substantially concurrent with transition into DSM, said transceiver further configured to intermittently transition between TSM and a scan mode, during which scan mode said transceiver listens for a wireless packet addressed to said transceiver; characterized in that the medical device further comprises a localization module configured to emit an audible beacon upon receipt of said wireless packet addressed to said transceiver. a therapeutic component adapted to provide therapeutic functionality during whilst in therapeutic mode and further adapted to enter a device sleep mode; a transceiver configured to provide said device with wireless connectivity and further configured to transition into a transceiver sleep mode substantially concurrent with transition into DSM, said transceiver further configured to intermittently transition between TSM and a scan mode, during which scan mode said transceiver listens for a wireless packet addressed to said transceiver; characterized in that the medical device further comprises a localization module configured to emit an audible beacon upon receipt of said wireless packet addressed to said transceiver.
A method of enabling data exchange between a first communication network having first data communication capabilities and a second communication network having second data communication capabilities different from said first data communication capabilities, said first and second data communication capabilities at least comprising different Quality of Service, QoS, and data transmission attributes, said method comprising: - mapping, in a network function (7-14; 60) of said first communication network, communication attributes of corresponding first and second data communication capabilities, including said QoS and data transmission attributes; - allocating, by said network function (7-14; 60) of said first communication network, based on said attributes mapping and communication resources available in said first communication network, first data communication capabilities of said first communication network for use by said second communication network, and - advertising, by said network function (7-14; 60) of said first communication network, said allocated data communication capabilities to said second communication network, represented in accordance with said second data communication capabilities based on said attributes mapping characterised in that said allocating is based on communication resources available in said first communication network excluding communication resources prohibited from being allocated for said second communication network. - mapping, in a network function (7-14; 60) of said first communication network, communication attributes of corresponding first and second data communication capabilities, including said QoS and data transmission attributes; - allocating, by said network function (7-14; 60) of said first communication network, based on said attributes mapping and communication resources available in said first communication network, first data communication capabilities of said first communication network for use by said second communication network, and - advertising, by said network function (7-14; 60) of said first communication network, said allocated data communication capabilities to said second communication network, represented in accordance with said second data communication capabilities based on said attributes mapping
A gas meter comprising: a flow rate measurer that measures a flow rate of gas in time series; a storage unit that stores the flow rate measured by the flow rate measurer as flow rate data; a storage condition setting unit that sets a condition for storing the flow rate data in the storage unit; a communication unit that communicates with a center device, and an operation-start detector that detects an operation-start of a gas appliance by the flow rate of gas measured by the flow rate measurer and outputs an operation-start signal, wherein the storage unit stores the flow rate data to satisfy the condition set by the storage condition setting unit, and based on a data request from the center device, the communication unit transmits the flow rate data stored in the storage unit to the center device, characterized in that the storage condition setting unit sets a condition for flow rate data to be stored in the storage unit, said condition being that the flow rate data to be stored is specified as flow rate data obtained during predetermined periods of time before and after a start point when the operation-start detector detects that a gas appliance has started to operate, the storage unit stores said flow rate data to be stored every time the operation-start detector outputs the operation-start signal, the storage unit stores a predetermined number of pieces of said flow rate data to be stored as one data set every time the operation-start detector outputs the operation-start signal, and the storage unit is configured to transmit a plurality of data sets at the same time. a flow rate measurer that measures a flow rate of gas in time series; a storage unit that stores the flow rate measured by the flow rate measurer as flow rate data; a storage condition setting unit that sets a condition for storing the flow rate data in the storage unit; a communication unit that communicates with a center device, and an operation-start detector that detects an operation-start of a gas appliance by the flow rate of gas measured by the flow rate measurer and outputs an operation-start signal, wherein the storage unit stores the flow rate data to satisfy the condition set by the storage condition setting unit, and based on a data request from the center device, the communication unit transmits the flow rate data stored in the storage unit to the center device, characterized in that the storage condition setting unit sets a condition for flow rate data to be stored in the storage unit, said condition being that the flow rate data to be stored is specified as flow rate data obtained during predetermined periods of time before and after a start point when the operation-start detector detects that a gas appliance has started to operate, the storage unit stores said flow rate data to be stored every time the operation-start detector outputs the operation-start signal, the storage unit stores a predetermined number of pieces of said flow rate data to be stored as one data set every time the operation-start detector outputs the operation-start signal, and the storage unit is configured to transmit a plurality of data sets at the same time.
Injection device for injecting a substance into an organism, comprising: - a guide device with a lumen in which an injection tool is arranged in a displaceable manner, - a displacement device to which the injection tool is connected, and - a holder device that forms a support for the guide device and for the displacement device, the guide and displacement devices (10, 20) being arranged at the holder device such that they can be displaced relative to one another and relative to the holder device, wherein - the holder device has a first clamping device for fixing the guide device relative to the holder device, so that the movement of the guide device relative to the holder device can be blocked, - the guide device and the displacement device are arranged such that they can be rotated about a longitudinal axis of the holder device, and - a rotary bearing is provided, which is fixedly provided with a retaining bolt for stationary positioning relative to the organism to be treated and in which the holder device with the guide device and the displacement device can be rotated about the longitudinal axis of the holder device, wherein - a latching protrusion is arranged in the rotary bearing and cooperates with recesses (37.1) on the surface of the bearing part, - the rotary bearing has a mandrel which cooperates with a perforated ring of the displacement device and which blocks a rotation of the holder device in a pushed-forward state of the displacement device, and - the holder device placed in the rotary bearing with a bearing part cannot be displaced relative to the organism. - a guide device with a lumen in which an injection tool is arranged in a displaceable manner, - a displacement device to which the injection tool is connected, and - a holder device that forms a support for the guide device and for the displacement device, the guide and displacement devices (10, 20) being arranged at the holder device such that they can be displaced relative to one another and relative to the holder device, wherein - the holder device has a first clamping device for fixing the guide device relative to the holder device, so that the movement of the guide device relative to the holder device can be blocked, - the guide device and the displacement device are arranged such that they can be rotated about a longitudinal axis of the holder device, and - a rotary bearing is provided, which is fixedly provided with a retaining bolt for stationary positioning relative to the organism to be treated and in which the holder device with the guide device and the displacement device can be rotated about the longitudinal axis of the holder device, wherein - a latching protrusion is arranged in the rotary bearing and cooperates with recesses (37.1) on the surface of the bearing part, - the rotary bearing has a mandrel which cooperates with a perforated ring of the displacement device and which blocks a rotation of the holder device in a pushed-forward state of the displacement device, and - the holder device placed in the rotary bearing with a bearing part cannot be displaced relative to the organism.
A laminated glazing comprising: • a first glass sheet; • at least one interlayer sheet made of thermoplastic polymer; • optionally a "solar-protection" sheet or functional metal layer having reflective properties in the infrared region and/or in the solar radiation region, • at least two sheets of pressure-sensitive adhesive, in direct contact with a heat-sensitive functional sheet based on liquid crystals encapsulated, or dispersed in a polymer matrix (PDLC), electrophoretic particles dispersed in a medium, particles dispersed in an electrophoretic fluid or comprising a suspended particle device film or a laminate of such a film, or an electrochrome system; • a second glass sheet; said first glass sheet being in direct contact with said interlayer sheet; said second glass sheet being in direct contact with said sheet of pressure-sensitive adhesive; said sheet of pressure-sensitive adhesive and said second glass sheet being in direct contact at the internal face of this second glass sheet and the laminated glazing comprising successively • a first sheet of pressure-sensitive adhesive, • a heat-sensitive functional sheet, • a second sheet of pressure-sensitive adhesive. • a first glass sheet; • at least one interlayer sheet made of thermoplastic polymer; • optionally a "solar-protection" sheet or functional metal layer having reflective properties in the infrared region and/or in the solar radiation region, • at least two sheets of pressure-sensitive adhesive, in direct contact with a heat-sensitive functional sheet based on liquid crystals encapsulated, or dispersed in a polymer matrix (PDLC), electrophoretic particles dispersed in a medium, particles dispersed in an electrophoretic fluid or comprising a suspended particle device film or a laminate of such a film, or an electrochrome system; • a second glass sheet; said first glass sheet being in direct contact with said interlayer sheet; said second glass sheet being in direct contact with said sheet of pressure-sensitive adhesive; said sheet of pressure-sensitive adhesive and said second glass sheet being in direct contact at the internal face of this second glass sheet and the laminated glazing comprising successively • a first sheet of pressure-sensitive adhesive, • a heat-sensitive functional sheet, • a second sheet of pressure-sensitive adhesive.
A method, comprising: measuring channel conditions of a first channel, wherein the first channel corresponds to a first frequency; predicting whether the channel conditions of a second channel are favorable for offloading communication occurring on the first channel to the second channel based on measurements performed on the first channel, wherein the second channel corresponds to a second frequency, and the second frequency is higher than the first frequency; and characterized by: determining a rate of occurrence for monitoring the second channel based on the results of the predicting. measuring channel conditions of a first channel, wherein the first channel corresponds to a first frequency; predicting whether the channel conditions of a second channel are favorable for offloading communication occurring on the first channel to the second channel based on measurements performed on the first channel, wherein the second channel corresponds to a second frequency, and the second frequency is higher than the first frequency; and characterized by: determining a rate of occurrence for monitoring the second channel based on the results of the predicting. determining a rate of occurrence for monitoring the second channel based on the results of the predicting.
High-voltage feedthrough, comprising - an insulating body arranged concentrically around a cylindrical winding support of an electrically conductive material, - conductive control inserts (5, 51) for the capacitive control of the high-voltage feedthrough, which are mutually spaced by means of insulation layers and arranged concentrically to the winding support, and - a connection device for the formation of an electrical connection between a first control insert closest to the winding support, and the winding support, characterized in that the connection device incorporates a sliding electrical contact, wherein the sliding electrical contact comprises a first contact piece which is electrically connected to the first control insert, and a second contact piece which is electrically connected to the winding support, wherein the second contact piece is a contact spring arrangement, which is arranged in a circumferential groove in the winding support. - an insulating body arranged concentrically around a cylindrical winding support of an electrically conductive material, - conductive control inserts (5, 51) for the capacitive control of the high-voltage feedthrough, which are mutually spaced by means of insulation layers and arranged concentrically to the winding support, and - a connection device for the formation of an electrical connection between a first control insert closest to the winding support, and the winding support,
Surge arrester with two end fittings facing each other, one or more varistors arranged between the end fittings, a winding layer provided at least on the at least one varistor, wherein the winding layer is an at least partially closed layer with a resin-impregnated glass fiber thread; and a reinforcing element extending between the end fittings and holding the end fittings under tension, wherein the reinforcing element is an open cross-wound coil with a resin-impregnated glass fiber thread. two end fittings facing each other, one or more varistors arranged between the end fittings, a winding layer provided at least on the at least one varistor, wherein the winding layer is an at least partially closed layer with a resin-impregnated glass fiber thread; and a reinforcing element extending between the end fittings and holding the end fittings under tension, wherein the reinforcing element is an open cross-wound coil with a resin-impregnated glass fiber thread.