mhurhangee/patent-ind-claim-en huggingface dataset:
Metallic screw-closure cap with anti-tamper ring made of plastic for containers having a threaded neck and having a shoulder below said thread as a radially inner abutment for an inwardly projecting protrusion on the lower cylindrical ring part of the anti-tamper ring , and having a radially inwardly open bead margin of approximately U-shaped configuration at the lower end of the shell of the screw-closure cap , wherein the anti-tamper ring has an upper ring part and a lower ring part , and predetermined breaking lines are arranged in and/or on the lower ring part , - wherein the radially inwardly open bead margin of approximately U-shaped configuration at the lower end of the shell of the screw-closure cap engages in a circumferential groove in the upper ring part of the anti-tamper ring and in this way encloses an upper portion of the upper ring part , - wherein the lower ring part is detachably connected by way of a predetermined breaking line to the lower edge of the outer lower ring portion of the upper ring part - and the lower ring portion of the upper ring part runs below the lower edge of the bead margin of the screw-closure cap , characterized in that - the circumferential groove in the upper ring part of the anti-tamper ring runs between an upper ring portion and a lower ring portion of the upper ring part , - wherein said ring portions are connected by way of an elastically resilient web which is circumferential on the inside and which closes off the groove in the direction of the threaded neck. - wherein the radially inwardly open bead margin of approximately U-shaped configuration at the lower end of the shell of the screw-closure cap engages in a circumferential groove in the upper ring part of the anti-tamper ring and in this way encloses an upper portion of the upper ring part , - wherein the lower ring part is detachably connected by way of a predetermined breaking line to the lower edge of the outer lower ring portion of the upper ring part - and the lower ring portion of the upper ring part runs below the lower edge of the bead margin of the screw-closure cap , characterized in that - the circumferential groove in the upper ring part of the anti-tamper ring runs between an upper ring portion and a lower ring portion of the upper ring part , - wherein said ring portions are connected by way of an elastically resilient web which is circumferential on the inside and which closes off the groove in the direction of the threaded neck.
A method of tracking-back a malicious data packet in a connection-oriented communication network, comprising the steps of: a) computing a flow identifier (Flowld) for uniquely identifying a given flow (F1...Fn) seen by a router interface at a network node during a given time window (Time Period); b) inserting said flow identifier (Flowld) into a data structure associated to said given time window (Time Period) and said router interface; c) storing said data structure in a searchable repository , available at said network node; d) repeating steps a) to c) for a next given time window (Time Period) and for each router interface at said network node, for all packets seen at the respective router interfaces over successive time windows, for populating said data repository with a plurality of data structures, each associated to a respective time window (Time Period) and a respective router interface; e) determining the time of arrival X of said malicious packet at said network node and computing the flow identifier (FlowId) for said malicious packet; and f) identifying a respective router interface for said malicious packet by searching for the flow identifier (FlowId) of said malicious packet in all data structures for said network node that cover the time of arrival X of said malicious packet. a) computing a flow identifier (Flowld) for uniquely identifying a given flow (F1...Fn) seen by a router interface at a network node during a given time window (Time Period); b) inserting said flow identifier (Flowld) into a data structure associated to said given time window (Time Period) and said router interface; c) storing said data structure in a searchable repository , available at said network node; d) repeating steps a) to c) for a next given time window (Time Period) and for each router interface at said network node, for all packets seen at the respective router interfaces over successive time windows, for populating said data repository with a plurality of data structures, each associated to a respective time window (Time Period) and a respective router interface; e) determining the time of arrival X of said malicious packet at said network node and computing the flow identifier (FlowId) for said malicious packet; and f) identifying a respective router interface for said malicious packet by searching for the flow identifier (FlowId) of said malicious packet in all data structures for said network node that cover the time of arrival X of said malicious packet.
Arrangement, - having a transformer and having a rail vehicle, - in which the rail vehicle has a transformer support which fastens the transformer at a predetermined position in the rail vehicle, - in which the transformer support is arranged on an underframe of the rail vehicle, - in which the transformer is connected to the transformer support by way of a guide, wherein a positional change of the transformer relative to the underframe of the rail vehicle can be set by means of the guide, characterized - in that the guide is configured as a hydrostatic or aerostatic sliding guide. - having a transformer and having a rail vehicle, - in which the rail vehicle has a transformer support which fastens the transformer at a predetermined position in the rail vehicle, - in which the transformer support is arranged on an underframe of the rail vehicle, - in which the transformer is connected to the transformer support by way of a guide, wherein a positional change of the transformer relative to the underframe of the rail vehicle can be set by means of the guide, - in that the guide is configured as a hydrostatic or aerostatic sliding guide.
Method for the determination of at least one parameter representative of a change in a fluid due to a variation in temperature of said fluid, in which the following stages are carried out: a) said fluid (F) is placed in a medium transparent to the near infrared region; b) a spectral measurement by spatially resolved near infrared spectroscopy is carried out for said fluid (F) placed in said transparent medium , said spectral measurement being carried out for at least two measurement angles and for at least two temperatures of said fluid; c) a multivariate analysis of said spectral measurement as a function of said temperature is carried out; and d) said parameter representative of a change in said fluid is determined by means of said multivariate analysis. a) said fluid (F) is placed in a medium transparent to the near infrared region; b) a spectral measurement by spatially resolved near infrared spectroscopy is carried out for said fluid (F) placed in said transparent medium , said spectral measurement being carried out for at least two measurement angles and for at least two temperatures of said fluid; c) a multivariate analysis of said spectral measurement as a function of said temperature is carried out; and d) said parameter representative of a change in said fluid is determined by means of said multivariate analysis.
Device for assessing a state of wear of at least one brake pad , characterized in that it comprises a read head extending along a longitudinal axis, said read head comprising at a distal portion : - an emission device configured to emit at least one light beam perpendicularly to the longitudinal axis in the direction of a measurement region , said at least one light beam forming at least one wear limit mark, - at least one element configured to form a reference mark, said reference mark being distant from the wear limit mark by a distance d lim taken along the longitudinal axis. - an emission device configured to emit at least one light beam perpendicularly to the longitudinal axis in the direction of a measurement region , said at least one light beam forming at least one wear limit mark, - at least one element configured to form a reference mark, said reference mark being distant from the wear limit mark by a distance d lim taken along the longitudinal axis.
A compound of formula (I) R 1 O[BO] 4 H (I) where BO is butylene oxide; and R 1 is C 12-15 alkyl or oleyl.
A salt substitute precursor comprising: water; a chloride salt, wherein the chloride salt comprises potassium chloride and sodium chloride; a food grade acid; and an anticaking agent, wherein a pH of the salt substitute precursor is between 2 and 4, the salt substitute precursor is a saturated or supersaturated solution, a suspension, or a slurry, and the salt substitute precursor is free of a carrier selected from cereal flours and starches, fruit flours and starches, root flours and starches, monosaccharides, disaccharides, oligosaccharides, polysaccharides, and natural and artificial sweeteners. water; a chloride salt, wherein the chloride salt comprises potassium chloride and sodium chloride; a food grade acid; and an anticaking agent, wherein a pH of the salt substitute precursor is between 2 and 4, the salt substitute precursor is a saturated or supersaturated solution, a suspension, or a slurry, and the salt substitute precursor is free of a carrier selected from cereal flours and starches, fruit flours and starches, root flours and starches, monosaccharides, disaccharides, oligosaccharides, polysaccharides, and natural and artificial sweeteners.
In vitro use of a biomarker composition for predicting prognosis of gastric cancer induced by exposure to polystyrene microplastics, comprising CD44, E-cadherin, N-cadherin, PD-L1 (programmed death-ligand 1), NPAS2 (Neuronal PAS domain protein 2), NR1D1 (nuclear receptor subfamily 1 group D member 1), DNMT1 (DNA (cytosine-5)-methyltransferase 1), SLC7A2 (Solute Carrier Family 7 Member 2), PCDH7 (Protocadherin-7) and CLDN7 (Claudin 7), wherein the CD44, N-cadherin, PD-L1, NR1D1, SLC7A2 and PCDH7 increase in expression of cancer cells exposed to the polystyrene microplastics, and the E-cadherin, NPAS2, DNMT1 and CLDN7 reduce in expression of cancer cells exposed to the polystyrene microplastics.
A screw, comprising: a shank ; a thread formed on the shank ; a head formed at one end of the shank , the head being configured to receive a fastening tool, the head having tapered side surfaces including a first side surface and a second side surface , wherein the first side surface is a conical surface or cambered surface, wherein the second side surface is located between the first side surface and the shank , and the second side surface is a conical surface or cambered surface; a plurality of first ribs that are equally positioned on the circumference of the first side surface and that extend from an uppermost end of the first side surface to a lowermost end of the first side surface , wherein the first ribs are longitudinal cutting ribs, skew cutting ribs or curved cutting ribs characterised in that at least one curved second rib is positioned on the second side surface , wherein the second rib extends in an arc shape from a first end located at a border between the first side surface and the second side surface toward the shank to a second end, the second rib tapers from the first end to the second end and the second rib has a width that gradually becomes smaller when extending from the first end toward the second end, wherein the second rib is a cutting rib, and wherein said at least one curved second rib extends for less than one turn. a shank ; a thread formed on the shank ; a head formed at one end of the shank , the head being configured to receive a fastening tool, the head having tapered side surfaces including a first side surface and a second side surface , wherein the first side surface is a conical surface or cambered surface, wherein the second side surface is located between the first side surface and the shank , and the second side surface is a conical surface or cambered surface; wherein the first side surface is a conical surface or cambered surface, wherein the second side surface is located between the first side surface and the shank , and the second side surface is a conical surface or cambered surface; a plurality of first ribs that are equally positioned on the circumference of the first side surface and that extend from an uppermost end of the first side surface to a lowermost end of the first side surface , wherein the first ribs are longitudinal cutting ribs, skew cutting ribs or curved cutting ribs characterised in that at least one curved second rib is positioned on the second side surface , wherein the second rib extends in an arc shape from a first end located at a border between the first side surface and the second side surface toward the shank to a second end, the second rib tapers from the first end to the second end and the second rib has a width that gradually becomes smaller when extending from the first end toward the second end, wherein the second rib is a cutting rib, and wherein said at least one curved second rib extends for less than one turn.
Fire retardant element for separating openings passing through walls or ceilings, in particular line passages, comprising a core , made of a filling material, and a frame , wherein the frame surrounds the core at least in sections in a peripheral direction (U) and is fixedly connected to the core , wherein the frame is formed by an intumescent material and has at least one reinforcing element , wherein the filling material is a soft foam, characterized in that the reinforcing element is arranged in the peripheral direction (U) in the outer surface of the frame .
Flow meter with a flow channel which can be attached to a pipe through which a fluid flows and on which a measuring unit is held which has at least two sensors which are spaced apart from one another and are designed as ultrasonic transducers, which couple their measuring signals in or out through at least one recess in the flow channel and are connected to a flow sensor which is arranged in a flow channel . and with a control unit accommodated in a control housing for activating the sensors and for processing the measurement signals, wherein a measurement channel is formed in the flow channel by a multi-part measurement channel insert which has at least an upper measurement channel part and a lower measurement channel part which at least partially delimit the measurement channel section , wherein the measuring channel insert is inserted through the recess , characterized by an inlet and an outlet insert , which are attached to the measuring channel section and are also inserted through the recess , wherein the length (L) of the measuring channel section and the inserts is greater than the clear width (I) of the recess .
A method of operating a network node in a communication network, the method comprising: receiving a request from a first communication device , wherein the request is to associate a second communication device , and wherein the request includes an identification for the second communication device ; receiving a definition of a service limitation for the second communication device , wherein the definition of the service limitation is received from the first communication device ; in response to the request from the first communication device , providing a network access credential for the second communication device ; providing communication for the second communication device in accordance with the definition of the service limitation using the network access credential; and characterised by : responsive to communication usage of the second communication device triggering a notification threshold relative to the definition of the service limitation, transmitting a notification to the first communication device . receiving a request from a first communication device , wherein the request is to associate a second communication device , and wherein the request includes an identification for the second communication device ; receiving a definition of a service limitation for the second communication device , wherein the definition of the service limitation is received from the first communication device ; in response to the request from the first communication device , providing a network access credential for the second communication device ; providing communication for the second communication device in accordance with the definition of the service limitation using the network access credential; and characterised by : responsive to communication usage of the second communication device triggering a notification threshold relative to the definition of the service limitation, transmitting a notification to the first communication device .
A device for detecting directional differential pressure between two spaces , comprising: a first conduit arranged to extend through a portion of a wall , the wall separating a first space from a second space , the first conduit having openings that permit fluid flow through the first conduit between the first space and the second space; a second conduit in fluid communication with the first conduit, the second conduit having openings that permit fluid flow through the second conduit between the first space and the second space, the second conduit arranged to be adjustably inclined with respect to a horizontal reference plane (h) such that a first region of the second conduit associated with the first space is vertically lower than a second, vertically higher region of the second conduit associated with the second space, wherein the first conduit is rotatably coupled to the second conduit, the second conduit being arranged to rotate along a vertical plane; at least one movable element disposed within the second conduit adapted to be moved from the first, vertically lower region of the second conduit to the second, vertically higher region, in response to a differential pressure between the first and second spaces. a first conduit arranged to extend through a portion of a wall , the wall separating a first space from a second space , the first conduit having openings that permit fluid flow through the first conduit between the first space and the second space; a second conduit in fluid communication with the first conduit, the second conduit having openings that permit fluid flow through the second conduit between the first space and the second space, the second conduit arranged to be adjustably inclined with respect to a horizontal reference plane (h) such that a first region of the second conduit associated with the first space is vertically lower than a second, vertically higher region of the second conduit associated with the second space, wherein the first conduit is rotatably coupled to the second conduit, the second conduit being arranged to rotate along a vertical plane; at least one movable element disposed within the second conduit adapted to be moved from the first, vertically lower region of the second conduit to the second, vertically higher region, in response to a differential pressure between the first and second spaces.
An implantable, self-adhering mesh prosthesis for repairing animal tissue comprising: a sheet of mesh material comprising first and second opposing major surfaces, the sheet having a plurality of creases that intersect at an intersection point, the prosthesis having a three-dimensional shape, and being asymmetrical about the intersection point, wherein the prosthesis further comprises two or more adhesive lines on the first major surface , wherein the adhesive lines are substantially parallel to an adhesive line axis, and wherein the adhesive lines are distributed unevenly over the first major surface such that the distance between a first adhesive line to the intersection point differs from the distance between a second adhesive line to the intersection point. a sheet of mesh material comprising first and second opposing major surfaces, the sheet having a plurality of creases that intersect at an intersection point, the prosthesis having a three-dimensional shape, and being asymmetrical about the intersection point, wherein the prosthesis further comprises two or more adhesive lines on the first major surface , wherein the adhesive lines are substantially parallel to an adhesive line axis, and wherein the adhesive lines are distributed unevenly over the first major surface such that the distance between a first adhesive line to the intersection point differs from the distance between a second adhesive line to the intersection point.
Optical surveying instrument , including: an optical arrangement defining a field of view; a first image sensor to obtain, in a first wavelength range, a first image (300; 800) of the field of view; a light emitter to emit light in a second wavelength range towards the field of view; a second image sensor to obtain, in the second wavelength range, a second image (350; 850) of the field of view; a first image processing unit for identifying in a first detection process using a neural network a target position of a reflecting target in the first image by detecting a known image pattern of the reflecting target in the first image (300; 800) and confirming the target position by detecting in a second detection process using said neural network a target associated object in close vicinity of the reflecting target in the first image, the target associated object being constituted by an object known to appear in association with the reflecting target; a second image processing unit for defining a region of interest in the second image (350; 850) based on the identified target position in the first image (300; 800); detecting a reflector position of a reflector of the reflecting target in the region of interest. an optical arrangement defining a field of view; a first image sensor to obtain, in a first wavelength range, a first image (300; 800) of the field of view; a light emitter to emit light in a second wavelength range towards the field of view; a second image sensor to obtain, in the second wavelength range, a second image (350; 850) of the field of view; a first image processing unit for identifying in a first detection process using a neural network a target position of a reflecting target in the first image by detecting a known image pattern of the reflecting target in the first image (300; 800) and confirming the target position by detecting in a second detection process using said neural network a target associated object in close vicinity of the reflecting target in the first image, the target associated object being constituted by an object known to appear in association with the reflecting target; identifying in a first detection process using a neural network a target position of a reflecting target in the first image by detecting a known image pattern of the reflecting target in the first image (300; 800) and confirming the target position by detecting in a second detection process using said neural network a target associated object in close vicinity of the reflecting target in the first image, the target associated object being constituted by an object known to appear in association with the reflecting target; a second image processing unit for defining a region of interest in the second image (350; 850) based on the identified target position in the first image (300; 800); detecting a reflector position of a reflector of the reflecting target in the region of interest. defining a region of interest in the second image (350; 850) based on the identified target position in the first image (300; 800); detecting a reflector position of a reflector of the reflecting target in the region of interest.