mhurhangee/ep-ind-claims huggingface dataset:
A system for monitoring a hazardous zone of a machine, comprising at least one sensor having at least one spatial monitored zone for monitoring the hazardous zone; and a control and evaluation unit; wherein the sensor is configured to cyclically transmit 3D data of the monitored zone to the control and evaluation unit; wherein the sensor is further configured to generate at least one protected zone in the monitored zone; wherein the control and evaluation unit is configured to compare the received 3D data of the monitored zone with known position data of the machine and to check them for agreement; wherein the control and evaluation unit Is configured to localize objects in the monitored zone of the sensor with reference to the 3D data and to determine their distance from a dangerous part of the machine, wherein the control and evaluation unit is configured not to bridge the sensor having the protected zone if the distance of objects from at least one dangerous part of the machine falls below predefined first distance values, characterized in that the control and evaluation unit is configured to bridge the sensor having the protected zone as long as there is an agreement of the position data; and not to bridge the sensor having the protected zone if there is no agreement of the position data. and a control and evaluation unit; wherein the sensor is configured to cyclically transmit 3D data of the monitored zone to the control and evaluation unit; wherein the sensor is further configured to generate at least one protected zone in the monitored zone; wherein the control and evaluation unit is configured to compare the received 3D data of the monitored zone with known position data of the machine and to check them for agreement; wherein the control and evaluation unit Is configured to localize objects in the monitored zone of the sensor with reference to the 3D data and to determine their distance from a dangerous part of the machine, wherein the control and evaluation unit is configured not to bridge the sensor having the protected zone if the distance of objects from at least one dangerous part of the machine falls below predefined first distance values, characterized in that the control and evaluation unit is configured to bridge the sensor having the protected zone as long as there is an agreement of the position data; and not to bridge the sensor having the protected zone if there is no agreement of the position data.
Cooking device comprising at least one hob having at least one hot plate and at least one heating device, which is provided for heating at least one cooking region, and at least one sensor device for detecting at least one physical variable which characterises a state of the cooking region, the sensor device comprising at least one sensor unit and at least one component, the sensor unit being at least partially surrounded by the component and the component being taken from a group of components, which group comprises magnetic shielding devices, optical screening devices and insulation devices, the sensor device comprising at least one thermal compensation device, the sensor unit being arranged at least partially on the thermal compensation device in a thermally conductive manner, the thermal compensation device comprising at least one coupling device which is suitable and designed for at least partially connecting the sensor unit to the thermal compensation device in a thermally conductive manner, the at least one coupling device being formed as a recess in which the at least one sensor unit is embedded with a precise fit, characterised in that the thermal compensation device is designed as a copper plate, in particular as a solid copper plate, and the magnetic shielding device consists of a ferrite body, the ferrite body being substantially designed as a hollow cylinder which annularly surrounds the sensor units (13, 2), and the copper plate is provided as a bottom of the cylinder.
A cystine-glutamate transporter inhibitor for use in treating, preventing or reversing a substance-related and addictive disorder or a brain damage induced by substance-related and addictive disorder, wherein the cystine-glutamate transporter inhibitor is a system x c - inhibitor selected from sorafenib, regorafenib, sulfasalazine, erastin, L-glutamate, L-cystine, L-alpha-aminoadipate, L-alpha-aminopimelate, L-homocysteate, L-β- N -oxalyl-L- α,β-diaminopropionate (beta-L-ODAP), L-alanosine, ibotenate, L-serine-O-sulphate, -4-bromohomoibotenate, quisqualate, -4-carboxyphenylglycine, N-acetylamino-3-chloro-N-(2-diethylaminoethyl)benzamide (NACPA), bis-trifluoromethyl-phenyl-isoxazole-4-hydrazone (TFMIH), 5-naphthylethyl isoxazole-4-(2,4-dinitrophenol)hydrazone-dinitrophenol (NEIH), -4-carboxyphenyglycine (4-S-CPG), sulphonic acid phenylglycine (4-S-SPG), R,S-4-sulphothienylglycine or (R,S)-4-[4'-carboxyphenyl]-phenylglycine (CPPG).
A retainer assembly for use in a wheel assembly, the retainer assembly comprising: a retainer main body having a first mounting flange, a second mounting flange, a body portion, a first rib and a second rib, the body portion extending from the first mounting flange to the second mounting flange, the first rib extending from the second mounting flange towards the first mounting flange, the second rib extending from the second mounting flange towards the first mounting flange, the first rib and the second rib extending orthogonal to the body portion; characterised by comprising: a retainer sleeve having a flat plate extending from a first axial end to a second axial end, the retainer sleeve having a first slot extending from the first axial end towards the second axial end and a second slot extending from the first axial end towards the second axial end, a portion of the first rib disposed in the first slot, and a portion of the second rib disposed in the second slot.
A device comprising: a flexible glass optical waveguide structure comprising a flexible glass substrate (12, 104) having a thickness of no greater than about 0.3 mm, the flexible glass substrate (12, 104) having at least one waveguide feature (16, 110, 114) that transmits optical signals through the flexible glass substrate (12, 104), the at least one waveguide feature (16, 110, 114) being formed of glass material that forms the flexible glass substrate (12, 104); and a first electro-optical device connected to a substrate, and a second optical or electro-optical device connected to the substrate, wherein the flexible glass optical waveguide structure optically connects the first and second devices, characterized in that the substrate is formed of multiple layers (310, 312), the flexible glass optical waveguide structure at least partially extending between the multiple layers (310, 312) of the substrate. a flexible glass optical waveguide structure comprising a flexible glass substrate (12, 104) having a thickness of no greater than about 0.3 mm, the flexible glass substrate (12, 104) having at least one waveguide feature (16, 110, 114) that transmits optical signals through the flexible glass substrate (12, 104), the at least one waveguide feature (16, 110, 114) being formed of glass material that forms the flexible glass substrate (12, 104); and a first electro-optical device connected to a substrate, and a second optical or electro-optical device connected to the substrate, wherein the flexible glass optical waveguide structure optically connects the first and second devices, characterized in that the substrate is formed of multiple layers (310, 312), the flexible glass optical waveguide structure at least partially extending between the multiple layers (310, 312) of the substrate.
Device having a number of electrode arrangements that can be applied to the surface of the skin of a living animal or human, and with which voltages and currents from the skin surface can be obtained, and having a flexible, in particular elastic, hood consisting of a flat or film-like moulded part, whereby the electrode arrangements have a base and a number of pin electrodes standing out from the base in the same direction, and the electrode arrangements are attached or connected with the retaining element, and the base of the respective electrode arrangement is connected with the retaining element, whereby the pin electrodes of all electrode arrangements stand out in the same direction, characterised in that the pin electrodes are arranged on a shared electrode ring and are conductively connected therewith, and whereby the electrode ring preferably consists of the same material as the pin electrodes.
An emptying device designed to ensure the evacuation of water contained in a fuel filter collector, comprising an emptying solenoid valve including a valve body (1', 2'; 1, 2) provided with an emptying channel (17'; 17), a coil winding (10'; 10) and an electric connection and control circuit (3';3), a piston (8', 12'; 8, 9, 11, 12, 13, 14, 15) arranged to be movable between a passive closed position of the emptying channel (17'; 17) and an active open position allowing the emptying of water, the movement of the piston being commanded by the coil, characterized in that the valve body comprises a first part (1'; 1) integral with the collector of said filter, the coil (10'; 10) and the electric circuit (3'; 3) being embedded by molding in said first part (1'; 1) and a second part (2'; 2) mounted removably on the lower end of the first part (1'; 1) and provided with the emptying channel (17'; 17), in that inside the coil (10; 10'), fixedly mounted is a first cylindrical body (6; 6') made from a magnetic material followed by the piston made up of a second cylindrical body (8; 8') made from a magnetic material axially spaced apart from the first by a spring (7; 7'), and in that said second magnetic body (8; 8') is provided with means (9, 11, 12; 12') making it possible to close the emptying channel (17; 17') in the passive position.
A tooling piece for an electrochemical machining device, the tooling piece comprising: an outer cathode surface that is flexible; an elastomeric backing, wherein one side of the outer cathode surface is supported by the elastomeric backing; one or more spacer pads disposed on the outer cathode surface; means for supplying an electrical current to the outer cathode surface; and means for supplying a flow of electrolyte through one or more orifices that cut through the thickness of the outer cathode surface, characterized in that the thickness of the several spacer pads comprise at least a plurality of different predetermined thickness measurements and the several spacer pads are arranged on the outer cathode surface based on the different predetermined thickness measurements such that, during operation, the flow of electrolyte is affected in a desired manner, wherein the elastomeric backing is configured such that the elastomeric backing provides elastic support to the outer cathode surface, and wherein the elastomeric backing is configured such that when the outer cathode surface is pressed against an uneven surface of a workpiece, the elastomeric backing allows the outer cathode surface to deform elastically such that the outer cathode surface comprises substantially the same surface contour as that of the workpiece to which the outer cathode surface is pressed but in spaced relation thereto; and wherein the spacer pads each comprise relatively thin pads made from a substantially non-conducting material that are distributed over the outer cathode surface. an outer cathode surface that is flexible; an elastomeric backing, wherein one side of the outer cathode surface is supported by the elastomeric backing; one or more spacer pads disposed on the outer cathode surface; means for supplying an electrical current to the outer cathode surface; and means for supplying a flow of electrolyte through one or more orifices that cut through the thickness of the outer cathode surface, characterized in that the thickness of the several spacer pads comprise at least a plurality of different predetermined thickness measurements and the several spacer pads are arranged on the outer cathode surface based on the different predetermined thickness measurements such that, during operation, the flow of electrolyte is affected in a desired manner, wherein the elastomeric backing is configured such that the elastomeric backing provides elastic support to the outer cathode surface, and wherein the elastomeric backing is configured such that when the outer cathode surface is pressed against an uneven surface of a workpiece, the elastomeric backing allows the outer cathode surface to deform elastically such that the outer cathode surface comprises substantially the same surface contour as that of the workpiece to which the outer cathode surface is pressed but in spaced relation thereto; and wherein the spacer pads each comprise relatively thin pads made from a substantially non-conducting material that are distributed over the outer cathode surface.
A method of manufacturing a 3D shaped article from cellulose fiber based material comprising the steps of: - providing a suspension with a dry content of more than 10%, which suspension comprises at least 95w% of cellulose fibers calculated on the total amount of dry material, whereof at least 50w% of said cellulose fibers have a fiber length of less than 1 mm and are nanofibrillated polysaccharide, - spraying, in at least a first and a second spraying step, said suspension on a 3D-shaped, heated mold, which mold is held at a temperature of between 100 - 200 °C during the spraying operation and which mold has a smooth surface, whereby a 3D shaped article of cellulose fiber based material is formed, drying said 3D shaped article, the method further comprising a step of drying the formed article in-between said first and second spraying. - providing a suspension with a dry content of more than 10%, which suspension comprises at least 95w% of cellulose fibers calculated on the total amount of dry material, whereof at least 50w% of said cellulose fibers have a fiber length of less than 1 mm and are nanofibrillated polysaccharide, - spraying, in at least a first and a second spraying step, said suspension on a 3D-shaped, heated mold, which mold is held at a temperature of between 100 - 200 °C during the spraying operation and which mold has a smooth surface, whereby a 3D shaped article of cellulose fiber based material is formed, drying said 3D shaped article, the method further comprising a step of drying the formed article in-between said first and second spraying.
Assembly of - a swimming pool floor adjustable in a height direction relative to a pool bottom of a swimming pool, the adjustable pool floor having a top side and a bottom side facing away from each other, and wherein the adjustable pool floor is provided with at least one passage for letting water through, the passage opening out to at least the top side; and - a water distribution system comprising a water distribution conduit (142, 172) and at least one water inlet and at least one water outlet in fluid connection with the conduit, wherein in use the water outlet is fluidly connected to the passage of the adjustable pool floor, characterized in that in use the water inlet is in fluid connection with a water treatment system such that in use, the water flow goes from the water inlet to the water outlet of the water distribution system and through the passage in the adjustable pool floor into a volume of the swimming pool above the adjustable pool floor. - a swimming pool floor adjustable in a height direction relative to a pool bottom of a swimming pool, the adjustable pool floor having a top side and a bottom side facing away from each other, and wherein the adjustable pool floor is provided with at least one passage for letting water through, the passage opening out to at least the top side; and - a water distribution system comprising a water distribution conduit (142, 172) and at least one water inlet and at least one water outlet in fluid connection with the conduit, wherein in use the water outlet is fluidly connected to the passage of the adjustable pool floor, characterized in that in use the water inlet is in fluid connection with a water treatment system such that in use, the water flow goes from the water inlet to the water outlet of the water distribution system and through the passage in the adjustable pool floor into a volume of the swimming pool above the adjustable pool floor.
An automatic coupling system for connecting at least one hydraulic and/or electric and/or pneumatic line (95, 96) of a vehicle to at least one hydraulic and/or electric and/or pneumatic line (5, 35) of a piece of equipment comprising: at least one equipment-side receiving element for at least partially receiving and mounting an equipment-side line support in or on the piece of equipment, wherein the equipment-side line support supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line (5, 35) connected to the piece of equipment, and at least one vehicle-side line support which supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line (95, 96) connected to the vehicle, wherein a conveying device is provided which is designed to move the equipment-side line support out of the mounting position thereof and to bring it into a vehicle-side connection position and hold it there for the detachable connection of the two line supports (3, 77) in order to enable a fluid and/or electrical connection of both at least one lines (5, 35, 95, 96), wherein the equipment-side line support is mounted in the connection position thereof free from the equipment-side receiving element and characterized in that the conveying device comprises a movable carriage which is displaceably mounted in an outer frame surrounding the same. at least one equipment-side receiving element for at least partially receiving and mounting an equipment-side line support in or on the piece of equipment, wherein the equipment-side line support supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line (5, 35) connected to the piece of equipment, and at least one vehicle-side line support which supports at least one end section of the at least one hydraulic and/or electric and/or pneumatic line (95, 96) connected to the vehicle, wherein a conveying device is provided which is designed to move the equipment-side line support out of the mounting position thereof and to bring it into a vehicle-side connection position and hold it there for the detachable connection of the two line supports (3, 77) in order to enable a fluid and/or electrical connection of both at least one lines (5, 35, 95, 96), wherein the equipment-side line support is mounted in the connection position thereof free from the equipment-side receiving element and characterized in that the conveying device comprises a movable carriage which is displaceably mounted in an outer frame surrounding the same.
A channel frequency offset estimation method, comprising: performing channel estimation on a signal of a current channel to obtain channel information of the current channel; performing calculation processing on the channel information obtained in current channel estimation and channel information obtained in previous channel estimation to obtain a phase difference of the current channel information, and dividing the phase difference of the current channel information by a time interval between two times of channel estimation to obtain residual frequency offset information, Δ f ij ʹ n, of the current channel; adding the residual frequency offset information, Δ f ij ʹ n, of the current channel and frequency offset information, Δ f ij ( n-L), which is of the channel and obtained in a previous calculation to obtain frequency offset information, Δ f ij ( n), of the current channel, wherein Δ f ij n = Δ f ij n − L + Δ f ij ʹ n; and outputting the frequency offset information, Δ f ij ( n), of the current channel, so as to perform frequency offset correction on the signal of the channel according to the current frequency offset information, Δ f ij ( n). performing channel estimation on a signal of a current channel to obtain channel information of the current channel; performing calculation processing on the channel information obtained in current channel estimation and channel information obtained in previous channel estimation to obtain a phase difference of the current channel information, and dividing the phase difference of the current channel information by a time interval between two times of channel estimation to obtain residual frequency offset information, Δ f ij ʹ n, of the current channel; adding the residual frequency offset information, Δ f ij ʹ n, of the current channel and frequency offset information, Δ f ij ( n-L), which is of the channel and obtained in a previous calculation to obtain frequency offset information, Δ f ij ( n), of the current channel, wherein Δ f ij n = Δ f ij n − L + Δ f ij ʹ n; and outputting the frequency offset information, Δ f ij ( n), of the current channel, so as to perform frequency offset correction on the signal of the channel according to the current frequency offset information, Δ f ij ( n).
A transfer or distribution chute for conveying bulk material by gravity flow, comprising an elongated chute casing defining a flow path for said bulk material and a wear-resistant lining arrangement covering at least part of a flow path facing upper side of the elongated chute casing, characterized in that said wear-resistant lining arrangement comprises a perforated plate affixed to the chute casing and having a plurality of perforations through which wear-resistant inserts comprising a body and an enlarged base are fitted in the perforations from a side opposite the flow path such that their body protrudes through the perforation within the flow path and their enlarged base abuts the borders of the perforation from the side opposite the flow path on one side and their enlarged base is held in place by the chute casing on the other side.
A method comprising: establishing a communication link between a first device and a second device; analyzing first movement data measured by a first accelerometer of the first device; analyzing second movement data measured by a second accelerometer of the second device; determining, via a processor, whether the first device and the second device are collocated on a same user based on the first movement data and the second movement data; and controlling a function of the first device or a function of the second device based on whether the first device and the second device are collocated on the same user, characterized in that the function of the first device comprises a message response system of the first device and controlling the function of the first device comprises: when the first device and the second device are not collocated on the same person, in response to receiving a communication from a third device, replying via the message response system with an automated message indicating that the first device is not collocated with the second device. establishing a communication link between a first device and a second device; analyzing first movement data measured by a first accelerometer of the first device; analyzing second movement data measured by a second accelerometer of the second device; determining, via a processor, whether the first device and the second device are collocated on a same user based on the first movement data and the second movement data; and controlling a function of the first device or a function of the second device based on whether the first device and the second device are collocated on the same user, characterized in that the function of the first device comprises a message response system of the first device and controlling the function of the first device comprises: when the first device and the second device are not collocated on the same person, in response to receiving a communication from a third device, replying via the message response system with an automated message indicating that the first device is not collocated with the second device.