mhurhangee/ep-ind-claims huggingface dataset:
Method of attaching a light source or sensor board arrangement to a base unit, wherein the base unit is provided with a protruding structure and the light source or sensor board arrangement is provided with a through-going hole, wherein the through-going hole is configured to receive the protruding structure, wherein the method comprises: providing a piece of a flexible sheet on a first side of the light source or sensor board arrangement configured to face the base unit when the light source or sensor board arrangement is attached to the base unit, such that the piece of flexible sheet extends across a mouth of the through-going hole, wherein the piece of flexible sheet is provided with cuts or perforations (31a-g) dividing a part of the piece of flexible sheet extending across the mouth into flaps (32a-f), and wherein the cuts (31a-g) include a central cut-out, applying a curable liquid adhesive from a second side of the light source or sensor board arrangement, the second side being opposite to the first side and being configured to face away from the base unit when the light source or sensor board arrangement is attached to the base unit, and into the through-going hole, moving the light source or sensor board arrangement relative to the base unit such that the protruding structure of the base unit is inserted along a first direction through the part of the piece of flexible sheet extending across the mouth and into the through-going hole such that free ends of the flaps (32a-f) are pushed by the protruding structure in the first direction into the through-going hole, aligning the light source or sensor board arrangement relative to the base unit, and curing the curable liquid adhesive. providing a piece of a flexible sheet on a first side of the light source or sensor board arrangement configured to face the base unit when the light source or sensor board arrangement is attached to the base unit, such that the piece of flexible sheet extends across a mouth of the through-going hole, wherein the piece of flexible sheet is provided with cuts or perforations (31a-g) dividing a part of the piece of flexible sheet extending across the mouth into flaps (32a-f), and wherein the cuts (31a-g) include a central cut-out, applying a curable liquid adhesive from a second side of the light source or sensor board arrangement, the second side being opposite to the first side and being configured to face away from the base unit when the light source or sensor board arrangement is attached to the base unit, and into the through-going hole, moving the light source or sensor board arrangement relative to the base unit such that the protruding structure of the base unit is inserted along a first direction through the part of the piece of flexible sheet extending across the mouth and into the through-going hole such that free ends of the flaps (32a-f) are pushed by the protruding structure in the first direction into the through-going hole, aligning the light source or sensor board arrangement relative to the base unit, and curing the curable liquid adhesive.
A process for oxidative coupling of methane, comprising the steps of: (a) contacting, in a reactor, oxygen and methane with an OCM catalyst, resulting in a reactor effluent comprising ethylene, ethane, methane, carbon dioxide and water; (b) cooling at least a part of the reactor effluent as obtained in step (a) to obtain a liquid stream comprising water and a gas stream comprising ethylene, ethane, methane and carbon dioxide; (c) removing carbon dioxide from at least a part of the gas stream comprising ethylene, ethane, methane and carbon dioxide as obtained in step (b) resulting in a gas stream comprising ethylene, ethane and methane; (d) recovering a stream comprising methane, a stream comprising ethane and a stream comprising ethylene from at least a part of the gas stream comprising ethylene, ethane and methane as obtained in step (c); (e) recycling at least a part of the stream comprising methane as obtained in step (d) to step (a); (f) converting ethane from the stream comprising ethane as obtained in step (d) to ethylene by subjecting the ethane to oxidative dehydrogenation conditions. (a) contacting, in a reactor, oxygen and methane with an OCM catalyst, resulting in a reactor effluent comprising ethylene, ethane, methane, carbon dioxide and water; (b) cooling at least a part of the reactor effluent as obtained in step (a) to obtain a liquid stream comprising water and a gas stream comprising ethylene, ethane, methane and carbon dioxide; (c) removing carbon dioxide from at least a part of the gas stream comprising ethylene, ethane, methane and carbon dioxide as obtained in step (b) resulting in a gas stream comprising ethylene, ethane and methane; (d) recovering a stream comprising methane, a stream comprising ethane and a stream comprising ethylene from at least a part of the gas stream comprising ethylene, ethane and methane as obtained in step (c); (e) recycling at least a part of the stream comprising methane as obtained in step (d) to step (a); (f) converting ethane from the stream comprising ethane as obtained in step (d) to ethylene by subjecting the ethane to oxidative dehydrogenation conditions.
Method for providing a mobile station with a message, wherein the mobile station is adapted to co-operate with a first access network comprising a plurality of devices (105,106) operating according to a session initiation protocol and a second access network wherein the second access network is a cellular access network, said method comprising the following steps: • receiving via said second access network a request for sending the message to the mobile station, • determining that the mobile station can be reached via the first access network, wherein the first access network does not support the message service, • identifying one device of said plurality of devices by means of one of an identification of the mobile station, a location information of the mobile station, an ENUM database or a location area identifier, • sending the message to a control node of a cellular telecommunications network, • converting the message into at least one message that can be transmitted according to a Session Initiation Protocol, and • the control node sending the at least one converted message towards the mobile station via said first access network. • receiving via said second access network a request for sending the message to the mobile station, • determining that the mobile station can be reached via the first access network, wherein the first access network does not support the message service, • identifying one device of said plurality of devices by means of one of an identification of the mobile station, a location information of the mobile station, an ENUM database or a location area identifier, • sending the message to a control node of a cellular telecommunications network, • converting the message into at least one message that can be transmitted according to a Session Initiation Protocol, and • the control node sending the at least one converted message towards the mobile station via said first access network.
A modified polyvinyl alcohol resin composition comprising: a modified polyvinyl alcohol resin obtainable by introducing a linear, alicyclic, branched, or aromatic functional group having 3 to 20 carbon atoms, as a graft chain, into a polyvinyl alcohol as a main chain; and silica, wherein an acrylic group-containing oligosilanol group is further grafted on the modified polyvinyl alcohol resin, and a proportion of the introduced acrylic group-containing oligosilanol group is 0.5 to 10 mol% based on a vinyl alcohol unit as the main chain. a modified polyvinyl alcohol resin obtainable by introducing a linear, alicyclic, branched, or aromatic functional group having 3 to 20 carbon atoms, as a graft chain, into a polyvinyl alcohol as a main chain; and silica, wherein an acrylic group-containing oligosilanol group is further grafted on the modified polyvinyl alcohol resin, and a proportion of the introduced acrylic group-containing oligosilanol group is 0.5 to 10 mol% based on a vinyl alcohol unit as the main chain.
A method for applying a surface pattern on a surface of a spectacle lens substrate, the method comprising the following steps: - S1: providing a spectacle lens substrate comprising a polymeric lens material, - S2: providing a composition comprising a swelling agent, wherein the swelling agent is a substance which is capable of diffusing into the lens material and swelling the polymeric network of the lens material causing an increase in volume, - S4: applying a pattern of the composition on the surface of the spectacle lens substrate, and - S5: allowing for diffusion of the swelling agent from the composition into the lens material such that the swelling agent diffuses in the lens material and swells the polymeric network of the lens material causing an increase in volume. - S1: providing a spectacle lens substrate comprising a polymeric lens material, - S2: providing a composition comprising a swelling agent, wherein the swelling agent is a substance which is capable of diffusing into the lens material and swelling the polymeric network of the lens material causing an increase in volume, - S4: applying a pattern of the composition on the surface of the spectacle lens substrate, and - S5: allowing for diffusion of the swelling agent from the composition into the lens material such that the swelling agent diffuses in the lens material and swells the polymeric network of the lens material causing an increase in volume.
A compound for use in the therapeutic treatment of muscle impairment of the human or animal body by administering a compound to a subject that reduces free fatty acids circulating in the blood plasma of the subject, the compound comprising a ketone body ester.
A method of driving a turbocharger comprising a turbine and a turbo compressor, with a housing which includes a turbine chamber having a turbine inlet and a turbine outlet, and a compressor chamber having a compressor inlet and a compressor outlet, and with a rotor having a turbine wheel arranged in the turbine chamber and a compressor wheel arranged in the compressor chamber, the method including the step of driving the rotor by means of charge air supplied to the turbine inlet, characterized in that the compressed air exiting at the compressor outlet is directed to a turbine auxiliary inlet which opens downstream from the turbine inlet into the turbine chamber at a site where the pressure in a driven condition of the turbine is lower than the pressure of the air compressed by the turbo compressor.
A method for deploying broadband communication services over an access plant comprising: - coupling one or more first subscriber lines (LINES_A) of the access plant to respective first line termination ports of a first access node (AN_A); - coupling one or more second subscriber lines (LINES_B) of the access plant to respective second line termination ports of a second access node (AN_B); - further coupling third line termination ports of the first access node to the respective second subscriber lines, wherein the method further comprises, by the first access node, mitigating first downstream crosstalk caused by first downstream communication signals transmitted over the first subscriber lines and impairing second downstream communication signals transmitted over the second subscriber lines, and wherein the mitigation of the first downstream crosstalk comprises transmitting first crosstalk pre-compensation signals through the third line termination ports. - coupling one or more first subscriber lines (LINES_A) of the access plant to respective first line termination ports of a first access node (AN_A); - coupling one or more second subscriber lines (LINES_B) of the access plant to respective second line termination ports of a second access node (AN_B); - further coupling third line termination ports of the first access node to the respective second subscriber lines,
A method of controlling a cleaner comprising a movable body for suctioning, a following body for collecting the dust suctioned by the movable body and a flexible hose connecting the movable body to the following body so as to guide the dust suctioned by the movable body to the following body, the method comprising: (a) acquiring an image for a view around the following body; (b) acquiring position information of the movable body in an real space, based on the image; (c) acquiring position information of an obstacle in the real space, based on the image; (d) setting a travel direction such that the following body avoids the obstacle to follow the movable body, based on the position information of the movable body and the position information of the obstacle; and (e) controlling the following body to travel in the set travel direction, wherein the movable body is provided with a marker which is configured to be displaced according to movement of the movable body, wherein the position information of the movable body is acquired based on a position of the marker indicated in the image, and wherein the travel direction in step (d) is determined based on a linear combination of a first vector in a direction toward the movable body from the following body, obtained based on the position information of the movable body, and a second vector in a direction toward the following body from the obstacle, obtained based on the position information of the obstacle, and a third vector sensed through a posture change of the hose displayed on the acquired image. (a) acquiring an image for a view around the following body; (b) acquiring position information of the movable body in an real space, based on the image; (c) acquiring position information of an obstacle in the real space, based on the image; (d) setting a travel direction such that the following body avoids the obstacle to follow the movable body, based on the position information of the movable body and the position information of the obstacle; and (e) controlling the following body to travel in the set travel direction,
A method for device to device, D2D, communication, the method comprising: receiving resource configuration information (410, 412) from a base station in a serving cell, the resource configuration information comprising first information indicating D2D transmission resources and second information indicating D2D reception resources; transmitting a D2D discovery signal based on the D2D transmission resources indicated in the first information; and monitoring the D2D reception resources indicated in the second information for receiving at least one D2D discovery signal transmitted by other UE on the same frequency as a frequency of the serving cell, wherein the D2D transmission resources indicated in the first information are common resources used by UEs in the serving cell wherein the D2D reception resources indicated in the second information includes both common resources and dedicated resources for D2D discovery signal transmission in the serving cell and neighbor cells of the serving cell, wherein the neighbor cells comprise cells on the same frequency as the frequency of the serving cell. receiving resource configuration information (410, 412) from a base station in a serving cell, the resource configuration information comprising first information indicating D2D transmission resources and second information indicating D2D reception resources; transmitting a D2D discovery signal based on the D2D transmission resources indicated in the first information; and monitoring the D2D reception resources indicated in the second information for receiving at least one D2D discovery signal transmitted by other UE on the same frequency as a frequency of the serving cell, wherein the D2D transmission resources indicated in the first information are common resources used by UEs in the serving cell wherein the D2D reception resources indicated in the second information includes both common resources and dedicated resources for D2D discovery signal transmission in the serving cell and neighbor cells of the serving cell, wherein the neighbor cells comprise cells on the same frequency as the frequency of the serving cell.
Piece of furniture with a furniture body, with a drawer and with a sensor device, wherein the drawer has a rear wall, a side wall and a front panel, and wherein the drawer is displaceably mounted on the furniture body, wherein the furniture body has wall elements (2a, 2b, 2c, 2d) which laterally bound the furniture body, wherein the sensor device comprises an electrode arrangement, and the sensor device comprises a detection unit by means of which a position of a body in the surrounding region of the piece of furniture can be determined by means of a detected change in the electric field, wherein the electrode arrangement is arranged on the furniture body of the piece of furniture in such a way that, by using the electrode arrangement, changes in an electric field in the surrounding region can be detected with or without touching the electrode arrangement or the piece of furniture, wherein the surrounding region is located in front of one of the front end faces (2f, 2h, 2g, 2e) of the wall elements (2a, 2b, 2c, 2d) of the furniture body, wherein the sensor device is in a plane which is defined by front end faces (2g, 2e) of the wall elements (2a, 2c), characterized in that the sensor device is attached to one of the wall elements (2a, 2c) of the furniture body, wherein the front panel of the drawer covers end faces (2e, 2f, 2g, 2h) of the wall elements (2a, 2b, 2c, 2d) with the sensor device arranged thereon, wherein the sensor device is attached to a covered end face (2e, 2f, 2g, 2h) of a wall element (2a, 2b, 2c, 2d).
A LED light source comprising: a three-phase voltage rectifier which is connectable to an unstable three-phase AC network and which is configured to output a first unstabilized voltage, an adaptive source configured to output a second voltage, connected in series with the three-phase voltage rectifier, and a group of series connected LEDs, wherein the LED light source is configured to apply a total voltage to the group of LEDs, characterized in that said total voltage is the total of both the first unstabilized voltage and the second voltage output by the adaptive source; and that the LED light source further comprises a current source connected in series with the group of LEDs; the LED light source being further configured to control the adaptive source by feedback from the current source such that the total voltage is always constant; wherein an output of the three-phase voltage rectifier is connected in series with an input of the adaptive source, a positive pole of the output of the adaptive source is coupled to a negative pole of the output of the three-phase voltage rectifier, a positive pole of the output of the three-phase voltage rectifier is connected to an input of the group of series connected LEDs, and an output of the group of series connected LEDs is coupled to a negative pole of the output of the adaptive source. a three-phase voltage rectifier which is connectable to an unstable three-phase AC network and which is configured to output a first unstabilized voltage, an adaptive source configured to output a second voltage, connected in series with the three-phase voltage rectifier, and a group of series connected LEDs, wherein the LED light source is configured to apply a total voltage to the group of LEDs, characterized in that said total voltage is the total of both the first unstabilized voltage and the second voltage output by the adaptive source; and that the LED light source further comprises a current source connected in series with the group of LEDs; the LED light source being further configured to control the adaptive source by feedback from the current source such that the total voltage is always constant; wherein an output of the three-phase voltage rectifier is connected in series with an input of the adaptive source, a positive pole of the output of the adaptive source is coupled to a negative pole of the output of the three-phase voltage rectifier, a positive pole of the output of the three-phase voltage rectifier is connected to an input of the group of series connected LEDs, and an output of the group of series connected LEDs is coupled to a negative pole of the output of the adaptive source.
Bolt locking system, comprising a lock which is arranged or can be arranged on a door leaf and has a locking hook, comprising a locking device which is arranged or can be arranged on a frame part of a door frame extending along a frame-part axis, the locking device having a bolt element, it being possible to transfer the locking hook from a rest position into a locking position and the locking hook being locked in its locking position by means of the bolt element, the bolt element being mounted so as to be movable along a first movement axis which is parallel to the frame-part axis and force being applied to the bolt element along the first movement axis in the direction of a home position, the locking hook having a locking portion which, at least in the locking position of the locking hook, engages behind a locking surface of the bolt element, the locking hook having a contact portion which, along a transfer path of the locking hook from its rest position into its locking position, before reaching the locking position, comes into contact with a contact surface of the bolt element, characterized in that the locking device has a detection device which detects a deflection of the bolt element from its home position into a deflected position.
A turbine housing (10, 10A, 10B) comprising a scroll portion constituting a spiral exhaust gas passage between an exhaust inlet side flange (12, 12A, 12B) constituting an inlet for exhaust gas and an exhaust outlet side flange constituting an outlet for the exhaust gas, the turbine housing (10, 10A, 10B) discharging the exhaust gas to an exhaust outlet side through a turbine wheel disposed in a central portion of the scroll portion, the turbine housing (10, 10A, 10B) being characterised in that the spiral exhaust gas passage of the scroll portion is formed from at least: a first scroll member including a material having a higher heat-resistance than that of one made of a sheet metal, and a second scroll member made of the sheet metal, wherein the first scroll member is arranged at a part of the scroll portion, from the spiral exhaust gas passage to a region facing the turbine wheel at the exhaust outlet side. the spiral exhaust gas passage of the scroll portion is formed from at least: a first scroll member including a material having a higher heat-resistance than that of one made of a sheet metal, and a second scroll member made of the sheet metal, wherein a first scroll member including a material having a higher heat-resistance than that of one made of a sheet metal, and a second scroll member made of the sheet metal, wherein the first scroll member is arranged at a part of the scroll portion, from the spiral exhaust gas passage to a region facing the turbine wheel at the exhaust outlet side.
A method of disinfecting or sterilizing a device in a washer disinfector, comprising supplying a haloperoxidase, hydrogen peroxide, chloride and/or bromide ions, and ammonium ions to the washer-disinfector.
A single-crystal silver thin film structure comprising: a transparent substrate; a single-crystal copper thin-film buffer layer depositedly formed on top of the transparent substrate; and a single-crystal silver thin film layer depositedly formed on the single-crystal copper thin-film buffer layer, wherein the single-crystal silver thin film structure is characterized by using the single-crystal copper thin-film buffer layer. a transparent substrate; a single-crystal copper thin-film buffer layer depositedly formed on top of the transparent substrate; and a single-crystal silver thin film layer depositedly formed on the single-crystal copper thin-film buffer layer, wherein the single-crystal silver thin film structure is characterized by using the single-crystal copper thin-film buffer layer.