mhurhangee/ep-ind-claims huggingface dataset:
A medical fluid-leakage detection device for detecting a leakage fluid on a subject, such as a biological or medical fluid, in particular a leakage of fluid at an area of insertion of a cannula or needle in the subject, the detection device comprising a support, configured for being secured on the subject with a lower face thereof (4a, 7; 4a; 5a; 9d) towards the subject, and an optical sensor on the support, characterized in that: the support defines, in a region thereof comprised between the optical sensor and the lower face (4a, 7; 4a; 5a; 9d), a detection surface (4b, 9d) that can be reached by leakage fluid and wherein the optical sensor is arranged for detecting a leakage of fluid following upon the presence of leakage fluid on at least part of the detection surface (4b, 9d); the optical sensor has a sensor body (11; 17) with an emitter and a receiver of electromagnetic radiation, which is secured on the support and is configured as a distinct part with respect thereto; the support and the sensor body (11; 17) have mutual-coupling means (20-22; 9a', 11c; 9a', 20b; 9e', 11d; 9b', 11e; 9a", 11c'), for defining a predetermined position of retention of the sensor body (11; 17) on the support, in which position said emitter and receiver (12, 13) are oriented towards the detection surface (4b, 9d) at a substantially predefined distance with respect to said surface (4b, 9d), in such a way that a variation of at least one optical characteristic of the detection surface (4b, 9d) that is induced by the presence of leakage fluid is detectable via the optical sensor. the support defines, in a region thereof comprised between the optical sensor and the lower face (4a, 7; 4a; 5a; 9d), a detection surface (4b, 9d) that can be reached by leakage fluid and wherein the optical sensor is arranged for detecting a leakage of fluid following upon the presence of leakage fluid on at least part of the detection surface (4b, 9d); the optical sensor has a sensor body (11; 17) with an emitter and a receiver of electromagnetic radiation, which is secured on the support and is configured as a distinct part with respect thereto; the support and the sensor body (11; 17) have mutual-coupling means (20-22; 9a', 11c; 9a', 20b; 9e', 11d; 9b', 11e; 9a", 11c'), for defining a predetermined position of retention of the sensor body (11; 17) on the support, in which position said emitter and receiver (12, 13) are oriented towards the detection surface (4b, 9d) at a substantially predefined distance with respect to said surface (4b, 9d), in such a way that a variation of at least one optical characteristic of the detection surface (4b, 9d) that is induced by the presence of leakage fluid is detectable via the optical sensor.
A PLC system that includes a basic block in which a power supply unit, a CPU unit, a first termination end unit arranged at a termination end with respect to the power supply unit, and a first other unit (13-1 to 13-4) arranged between the power supply unit and the first termination end unit are connected via a connector, wherein the first other unit (13-1 to 13-4) includes a voltage measuring unit that is adapted to measure a voltage value supplied to the first other unit (13-1 to 13-4) and to store the voltage value, and the CPU unit includes a voltage measuring unit that is adapted to measure a voltage value supplied to the CPU unit and to store the voltage value, characterized in that the first termination end unit includes a voltage measuring unit that is adapted to measure a voltage value supplied to the first termination end unit and to store the voltage value, the CPU unit further includes a voltage monitoring control unit that is adapted to perform a voltage value obtaining process of reading the voltage value stored in the voltage measuring unit of the first termination end unit, the first other unit (13-1 to 13-4), or the CPU unit and determining whether the voltage value is equal to or higher than a specified value necessary for driving each unit from which the PLC system is configured and that is adapted to display a result of the voltage value obtaining process on a display unit in numerical form, and when the voltage monitoring control unit performs the voltage value obtaining process on the first termination end unit, if a voltage value of the first termination end unit is lower than the specified value, the voltage monitoring control unit is adapted to perform the voltage value obtaining process on a unit in order from the first termination end unit toward the power supply unit side until a unit whose voltage value has become equal to or higher than the specified value is identified.
A water spray plate provided in front of a shower head, with a plurality of shower holes to discharge outside liquid having passed an inner path of the shower head, the water spray plate being characterized in that it comprises: a plurality of shower hole arrays formed in the water spray plate, each of the shower hole arrays comprising a plurality of shower holes (320, 340), wherein the plurality of shower hole arrays are disposed on the water spray plate in a type of concentric circle along a circumference of the water spray plate, and wherein the shower hole array comprises, a center expanded hole comprising a plurality of direction changing parts expanded toward an inside of an open part, spaced apart a predetermined distance from each other along a circumferential direction of the open part, and a plurality of expanded spraying parts having outer boundary surfaces serially arranged from the open part to expand a path area of the liquid sprayed outside via the open part; and a plurality of peripheral collecting holes arranged outer to the center expanded hole along a circumferential surface, spaced apart a predetermined distance from each other, to change a path of the liquid toward the center expanded hole via the open part, as the direction changing parts expanded toward the inside of the open part are formed in opposite to the center expanded hole. a plurality of shower hole arrays formed in the water spray plate, each of the shower hole arrays comprising a plurality of shower holes (320, 340), wherein the plurality of shower hole arrays are disposed on the water spray plate in a type of concentric circle along a circumference of the water spray plate, and wherein the shower hole array comprises, a center expanded hole comprising a plurality of direction changing parts expanded toward an inside of an open part, spaced apart a predetermined distance from each other along a circumferential direction of the open part, and a plurality of expanded spraying parts having outer boundary surfaces serially arranged from the open part to expand a path area of the liquid sprayed outside via the open part; and wherein the plurality of shower hole arrays are disposed on the water spray plate in a type of concentric circle along a circumference of the water spray plate, and wherein the shower hole array comprises, a center expanded hole comprising a plurality of direction changing parts expanded toward an inside of an open part, spaced apart a predetermined distance from each other along a circumferential direction of the open part, and a plurality of expanded spraying parts having outer boundary surfaces serially arranged from the open part to expand a path area of the liquid sprayed outside via the open part; and a plurality of peripheral collecting holes arranged outer to the center expanded hole along a circumferential surface, spaced apart a predetermined distance from each other, to change a path of the liquid toward the center expanded hole via the open part, as the direction changing parts expanded toward the inside of the open part are formed in opposite to the center expanded hole.
A method for providing data beacon pulses, whereby complete files are transferred, without Internet Protocol, IP, packetization, via a constant stream of pulses of information, each pulse containing a complete file, from one region to one or more other regions over a Slinghop segment, the Slinghop segment being a network segment integrated over an existing IP pathway, each Slinghop segment having an origin IP address and a target IP address, whereby data traffic to a segment end is written to an associated parallel file system, the method comprising: providing a first node in a first region, comprising a first read queue (13-RQ502), a first write queue (13-WQ502), and a first parallel file system; providing a second node in a second region, comprising a second read queue (13-RQ506), a second write queue (13-WQ506), and the second parallel file system; writing, by the first node (13-502, first data from the first write queue (13-WQ502) to the second parallel file system via remote direct memory access, RDMA; reading, by the second node first data from the second parallel file system and placing, by the second node, the first data in the second read queue (13-RQ506); writing, by the second node, second data from the second write queue (13-WQ506) to the first parallel file system via remote direct memory access, RDMA; reading, by the first node, the second data from the first parallel file system, and placing, by the first node, the second data in the first read queue (13-RQ502). providing a first node in a first region, comprising a first read queue (13-RQ502), a first write queue (13-WQ502), and a first parallel file system; providing a second node in a second region, comprising a second read queue (13-RQ506), a second write queue (13-WQ506), and the second parallel file system; writing, by the first node (13-502, first data from the first write queue (13-WQ502) to the second parallel file system via remote direct memory access, RDMA; reading, by the second node first data from the second parallel file system and placing, by the second node, the first data in the second read queue (13-RQ506); writing, by the second node, second data from the second write queue (13-WQ506) to the first parallel file system via remote direct memory access, RDMA; reading, by the first node, the second data from the first parallel file system, and placing, by the first node, the second data in the first read queue (13-RQ502).
A variable valve timing device comprising a camshaft for driving at least one of an intake valve and an exhaust valve of an engine, and a sprocket configured to be rotated by the engine to drive the camshaft, said camshaft and said sprocket being arranged coaxially with each other so as to be rotatable relative to each other, an electric motor having an output shaft, and a speed reduction mechanism through which the rotation of the output of the electric motor can be transmitted to the camshaft at a reduced rate, thereby changing the angular position of the camshaft relative to the sprocket, wherein said speed reduction mechanism comprises an eccentric shaft portion provided on the output shaft of the electric motor and having a circular cross-section, a housing fixed to the sprocket and an internal gear fixedly mounted in the housing and having teeth, and wherein the variable valve timing device includes restricting means (17, 18) for restricting the rotation of the camshaft relative to the sprocket within a predetermined angular range, the variable valve timing device being characterized in that said speed reduction mechanism further comprises a plurality of rollers disposed between the internal gear and an outer periphery of the eccentric shaft portion, and an intermediate shaft coaxial with the camshaft and including an annular retainer portion formed with circumferentially equidistantly spaced pockets in which the respective rollers are retained, that the number of the pockets of the retainer portion is smaller or larger by one than the number of the teeth of the internal gear, and that each tooth of the internal gear has a profile that coincides with the locus of the radially outermost portion of each roller which is parallel to the locus of the center of the roller, when the output shaft of the electric motor rotates and the rollers revolve around the output shaft, whereby the revolution of the rollers is transmitted to the camshaft through the intermediate shaft.
A passenger door for public transport vehicles configured as a sliding door or a pivot sliding door, comprising at least one door leaf, which is displaceable in its longitudinal direction, and a carrier guide, wherein the door leaf is suspended and displaceably guided in the carrier guide, wherein the carrier guide has a linear guide with at least one guide rail on which a guiding carriage is guided, on which the door leaf is suspended by means of a supporting arm, wherein the linear guide comprises a re-circulating ball bearing, in which two ball rows (K1, K2), which are disposed side-by-side and respectively mounted in two pairs of opposite tracks (1.1 - 1.2 and 1.3 - 1.4, and 17.1 - 17.2 and 17.3 - 17.4, respectively) of the guide rail and of a slide latching into the guide rail, bear the carrying load between the fixed guide rail and the slide, which can be moved in a plane-parallel manner relative thereto and which carries the guide carriage (3A, 3B), characterised in that each ball row (K1, K2), as a consequence of a relative movement between the slide and the guide rail, is returned at the end of the tracks (17.1 - 17.2, 17.3 - 17.4) of the slide into a channel (K'1, K'2) of the slide via a first pair of redirecting guides (K 1.1) and, at the end of the respective channel, is returned between the tracks via a second pair of redirecting guides, wherein the redirecting planes (X1, X2) of the two redirecting guides of each pair extend at an angle (α1, α2) to the plane formed by two adjacent tracks of the guide rail and intersect each other, and the redirecting guides are disposed one behind the other.
A monitoring assembly for an industrial control system, the monitoring assembly comprising: an industrial control system including a communications device connectable to a communications network and configured to attempt to send a request via the communications network to an internet address (30, 34); and a monitoring equipment configured to detect communication between the communications device and the internet address (30, 34), and following such detection provide an alarm notification (40A, 40B) including an indication that the industrial control system is connected to the Internet, wherein the monitoring equipment includes a first monitoring submodule configured to detect communication of the communications device with the internet by detecting receipt of a response (44, 46) from the internet address (30, 34) to the request (28, 32), characterised in that the monitoring equipment includes a second monitoring submodule configured to detect communication of the communications device with the internet address by detecting receipt of the request. an industrial control system including a communications device connectable to a communications network and configured to attempt to send a request via the communications network to an internet address (30, 34); and a monitoring equipment configured to detect communication between the communications device and the internet address (30, 34), and following such detection provide an alarm notification (40A, 40B) including an indication that the industrial control system is connected to the Internet, wherein the monitoring equipment includes a first monitoring submodule configured to detect communication of the communications device with the internet by detecting receipt of a response (44, 46) from the internet address (30, 34) to the request (28, 32), characterised in that the monitoring equipment includes a second monitoring submodule configured to detect communication of the communications device with the internet address by detecting receipt of the request.
Method for obtaining a sample from a biological material in solid form for storage on a solid medium, comprising pressing micro-needles of a device into said biological material, characterized in said device comprising an array of micro-needles arranged on a base plate, wherein the micro-needles are coated with a coating enhancing adherence of biological material to the microneedle, wherein said coating is selected from extracellular matrix attachment and/or adhesion proteins; mucopolysaccharides; basic synthetic polymers; or any combination thereof and subsequently removing the device from the biological material, and transferring the sample of biological material to said solid medium by pressing the micro-needles into the solid medium, wherein the biological material is from a deceased human or animal, or a fresh, frozen or formalin fixed paraffin embedded (FFPE) tissue sample.
A dry savoury food concentrate comprising: a) from 30 %wt. to 70 %wt. of NaCl; b) from 0.05 %wt. to 2 %wt of an iron ion selected from the group consisting of Fe 2+ and Fe 3+ and mixtures thereof, which iron ion is derived from an added iron compound which is dissolvable in an aqueous solution, c) from 0.35%wt. to 7.0%wt of an acid compound selected from the group consisting of citric acid, ascorbic acid, malic acid, tartaric acid, lactic acid and mixtures thereof, all weight% based on the weight of the total dry savoury food concentrate, and wherein the ratio of acid ions to iron ions on molecular level is between 1:1 and 10:1, and wherein the concentrate is a concentrate selected from the group of concentrates consisting of a bouillon concentrate, a soup concentrate, a sauce concentrate and a gravy concentrate. a) from 30 %wt. to 70 %wt. of NaCl; b) from 0.05 %wt. to 2 %wt of an iron ion selected from the group consisting of Fe 2+ and Fe 3+ and mixtures thereof, which iron ion is derived from an added iron compound which is dissolvable in an aqueous solution, c) from 0.35%wt. to 7.0%wt of an acid compound selected from the group consisting of citric acid, ascorbic acid, malic acid, tartaric acid, lactic acid and mixtures thereof,
A fusion protein, comprising a high-affinity Fc-binding domain, and a high- affinity CD3-binding domain, wherein the high-affinity CD3-binding domain is an scFv of a CD3+ T cell-activating anti-CD3 antibody.
A polymeric polysulfide formed by reacting a fatty acid composition comprising at least one unsaturated fatty acid or derivative thereof with sulfur, at a weight ratio between 2:1 and 1:9, under inverse vulcanisation conditions to produce a polymeric polysulfide wherein at least 50% of the fatty acids or derivatives thereof in the fatty acid composition are unsaturated, wherein the fatty acid composition is a triglyceride composition, and wherein the derivative of the fatty acid is selected from fatty acid ester, fatty acid amide, a fatty acid thioester, a fatty acid acyl phosphate or a fatty acid anhydride, especially fatty acid ester.
A fluid distribution apparatus comprising: a housing configured to receive a drilling material and direct the drilling material onto a separatory surface through an opening on an exit end of the housing; and a damper connected to the housing by a pin-type or spring-loaded hinge above the opening of the exit end to close or cover the opening of the exit end of the housing, wherein the damper is configured to create a back pressure in the drilling material in the housing causing the drilling material to be distributed across the width thereof and to rotate about an axis of the pin-type or spring loaded hinge when the back pressure of the drilling material exceeds the pressure caused by the weight of the damper or the spring force of the spring-loaded hinge to cause the drilling material to flow out the opening and to be evenly distributed across the width of the separatory surface, characterised in that the housing comprises a flat bottom surface and a sloped exit. a housing configured to receive a drilling material and direct the drilling material onto a separatory surface through an opening on an exit end of the housing; and a damper connected to the housing by a pin-type or spring-loaded hinge above the opening of the exit end to close or cover the opening of the exit end of the housing, wherein the damper is configured to create a back pressure in the drilling material in the housing causing the drilling material to be distributed across the width thereof and to rotate about an axis of the pin-type or spring loaded hinge when the back pressure of the drilling material exceeds the pressure caused by the weight of the damper or the spring force of the spring-loaded hinge to cause the drilling material to flow out the opening and to be evenly distributed across the width of the separatory surface, characterised in that the housing comprises a flat bottom surface and a sloped exit.
An apparatus for transporting a length of growth medium cut into pieces of suitable size to a distributing means adapted for positioning the individual pieces of the length of growth medium into a propagation tray, being characterised in that the apparatus comprises: - a compartmentalized conveyor belt comprising a plurality of open-ended compartments adapted for receiving a single length of growth medium cut into pieces of suitable size; and - a first displacement means adapted for: a) positioning a length of growth medium cut into pieces of suitable size into a compartment of the compartmentalized conveyor belt through an open end and along the longitudinal direction of the compartment; and/or b) positioning a length of growth medium cut into pieces of suitable size into a storage tray; wherein the storage tray is adapted for tilting or dropping a length of growth medium cut into pieces of suitable size into a compartment of the compartmentalized conveyor belt. - a compartmentalized conveyor belt comprising a plurality of open-ended compartments adapted for receiving a single length of growth medium cut into pieces of suitable size; and - a first displacement means adapted for: a) positioning a length of growth medium cut into pieces of suitable size into a compartment of the compartmentalized conveyor belt through an open end and along the longitudinal direction of the compartment; and/or b) positioning a length of growth medium cut into pieces of suitable size into a storage tray; wherein the storage tray is adapted for tilting or dropping a length of growth medium cut into pieces of suitable size into a compartment of the compartmentalized conveyor belt. a) positioning a length of growth medium cut into pieces of suitable size into a compartment of the compartmentalized conveyor belt through an open end and along the longitudinal direction of the compartment; and/or b) positioning a length of growth medium cut into pieces of suitable size into a storage tray; wherein the storage tray is adapted for tilting or dropping a length of growth medium cut into pieces of suitable size into a compartment of the compartmentalized conveyor belt.
A deployment system for an endoluminal device comprising: a. a catheter having a length, an outer wall and.at least one lumen; a longitudinal opening in said outer wall that accesses said at least one lumen; b. a retractable continuous thin-walled sheath at least partially enclosing the catheter; and c. a deployment line configured to pull with the retractable sheath; wherein said deployment line is integral with the sheath extending through said longitudinal opening, and into said lumen, so that rotation of the catheter relative to the deployment line is prevented. a. a catheter having a length, an outer wall and.at least one lumen; a longitudinal opening in said outer wall that accesses said at least one lumen; b. a retractable continuous thin-walled sheath at least partially enclosing the catheter; and c. a deployment line configured to pull with the retractable sheath;