mhurhangee/patent-ind-claim-en huggingface dataset:
A process for preparing C 2 to C 4 olefins comprising: introducing a feed stream comprising hydrogen gas and a carbon-containing gas selected from the group consisting of carbon monoxide, carbon dioxide, and mixtures thereof into a reaction zone of a reactor; and converting the feed stream into a product stream comprising C 2 to C 4 olefins in the reaction zone in the presence of a hybrid catalyst, the hybrid catalyst comprising: a metal oxide catalyst component comprising gallium oxide and phase pure zirconia; and a microporous catalyst component. introducing a feed stream comprising hydrogen gas and a carbon-containing gas selected from the group consisting of carbon monoxide, carbon dioxide, and mixtures thereof into a reaction zone of a reactor; and converting the feed stream into a product stream comprising C 2 to C 4 olefins in the reaction zone in the presence of a hybrid catalyst, the hybrid catalyst comprising: a metal oxide catalyst component comprising gallium oxide and phase pure zirconia; and a microporous catalyst component. a metal oxide catalyst component comprising gallium oxide and phase pure zirconia; and a microporous catalyst component.
Glue dam seal assembly for a glue-application installation of a corrugated board plant, comprising a) a support installation ; and b) a first glue dam sealing element (60; 60a; 60b) for the tight disposal on a first roller of a glue-application installation , characterized in that c) the first glue dam sealing element (60; 60a; 60b) is pivotable in relation to the support installation ; and d) the glue dam seal assembly furthermore comprises a first urging installation for urging in a sealing manner the first glue dam sealing element (60; 60a; 60b) onto the first roller while generating a resultant first urging force on the first glue dam sealing element (60; 60a; 60b). a) a support installation ; and b) a first glue dam sealing element (60; 60a; 60b) for the tight disposal on a first roller of a glue-application installation , characterized in that c) the first glue dam sealing element (60; 60a; 60b) is pivotable in relation to the support installation ; and d) the glue dam seal assembly furthermore comprises a first urging installation for urging in a sealing manner the first glue dam sealing element (60; 60a; 60b) onto the first roller while generating a resultant first urging force on the first glue dam sealing element (60; 60a; 60b).
A robot in a robot system including a plurality of robots each having a function of identifying a monitoring target and transmitting information related to the monitoring target to a remote site, the robot comprising: an acquiring unit configured to acquire sensing data related to the monitoring target; a communication unit configured to communicate with another nearby robot ; and a control unit configured to control the communication unit such that an alert mode transition request signal is transmitted to the other nearby robot if it is determined that a first monitoring target is in an abnormal state on a basis of the sensing data and transition to an alert mode in which a process according to the received alert mode transition request signal is performed if the alert mode transition request signal related to a second monitoring target is received, wherein the control unit determines a state in which the first monitoring target is not present within a monitorable range of the robot as the abnormal state. an acquiring unit configured to acquire sensing data related to the monitoring target; a communication unit configured to communicate with another nearby robot ; and a control unit configured to control the communication unit such that an alert mode transition request signal is transmitted to the other nearby robot if it is determined that a first monitoring target is in an abnormal state on a basis of the sensing data and transition to an alert mode in which a process according to the received alert mode transition request signal is performed if the alert mode transition request signal related to a second monitoring target is received, wherein the control unit determines a state in which the first monitoring target is not present within a monitorable range of the robot as the abnormal state.
A device for generating electrical power, comprising: an electrical power generator configured to generate an electrical output current using charge induction; and a load capacitor for storing charge in response to the electrical output current, characterized in that the load capacitor has a capacitance which increases with the voltage across the load capacitor . an electrical power generator configured to generate an electrical output current using charge induction; and a load capacitor for storing charge in response to the electrical output current, characterized in that the load capacitor has a capacitance which increases with the voltage across the load capacitor .
A disposable container (A) for a cosmetics preparation comprising a body formed of a substantially cylindrical side wall and a circular base integral with said side wall, said side wall and said base defining a reservoir for retaining the cosmetic preparation, first and second tabs or radially extending members extending in substantially opposite directions from said base, in the plane of said base, said base having a bottom exterior surface , each of said tabs or radially extending members having an exterior bottom surface, said bottom surface of said base and said bottom surfaces of said tabs or radially extending members together forming the exterior bottom surface of said body, a layer of adhesive situated on said exterior bottom surface of said body, except on said bottom surfaces of said tabs or radially extending members and a removable protective layer situated over said adhesive layer, said protective layer comprising a circular central portion aligned with said base, and first and second portions extending outwardly from said central portion of said protective layer and aligned with said first and second tabs or radially extending members, respectively.
A garment , comprising: a textile portion ; a device retention element coupled to the textile portion ; a stretchable harness coupled to the textile portion , the stretchable harness comprising an electrically conductive element having a first termination point at the device retention element and a second termination point ; and a sensor operatively connected to the second termination point , wherein the sensor is coupled to the textile portion and is configured to sense physiological data of a wearer of the garment , wherein the harness comprises a first layer coupled to the textile portion , and a second layer coupled to the first layer , and wherein the conductive element is disposed between the first layer and the second layer , wherein the conductive element is arranged in a sinusoidal pattern between the first layer and the second layer , and wherein the sinusoidal pattern adopts a greater frequency and/or a lesser magnitude closer to the first and/or second termination point of the conductive element . a textile portion ; a device retention element coupled to the textile portion ; a stretchable harness coupled to the textile portion , the stretchable harness comprising an electrically conductive element having a first termination point at the device retention element and a second termination point ; and a sensor operatively connected to the second termination point , wherein the sensor is coupled to the textile portion and is configured to sense physiological data of a wearer of the garment , wherein the harness comprises a first layer coupled to the textile portion , and a second layer coupled to the first layer , and wherein the conductive element is disposed between the first layer and the second layer , wherein the conductive element is arranged in a sinusoidal pattern between the first layer and the second layer , and wherein the sinusoidal pattern adopts a greater frequency and/or a lesser magnitude closer to the first and/or second termination point of the conductive element .
A light source device comprising: a first light source unit adapted to emit a first light beam; a second light source unit adapted to emit a bundle of light beams including a second light beam and a third light beam arranged in a first direction; a reduction optical system adapted to reduce the bundle of light beams in the first direction to emit as a reduced bundle of light beams; and a combining optical system adapted to one of transmit and reflect the first light beam and one of reflect and transmit the reduced bundle of light beams to thereby combine the first light beam and the reduced bundle of light beams with each other, wherein defining a plane including an optical axis of the reduced bundle of light beams and parallel to the first direction as a reference plane, a distance between the first light beam and the reference plane is different from a distance between the second light beam and the reference plane, the reduction optical system reduces a distance between the second light beam and the third light beam in the first direction, and emits the second light beam and the third light beam as a fourth light beam and a fifth light beam, respectively, the combining optical system is provided with a light transmitting area having a long side parallel to the reference plane and a light reflecting area having a long side parallel to the reference plane, and the first light beam enters one of the light transmitting area and the light reflecting area, and the fourth light beam and the fifth light beam enter the other of the light transmitting area and the light reflecting area. a first light source unit adapted to emit a first light beam; a second light source unit adapted to emit a bundle of light beams including a second light beam and a third light beam arranged in a first direction; a reduction optical system adapted to reduce the bundle of light beams in the first direction to emit as a reduced bundle of light beams; and a combining optical system adapted to one of transmit and reflect the first light beam and one of reflect and transmit the reduced bundle of light beams to thereby combine the first light beam and the reduced bundle of light beams with each other, wherein defining a plane including an optical axis of the reduced bundle of light beams and parallel to the first direction as a reference plane, a distance between the first light beam and the reference plane is different from a distance between the second light beam and the reference plane, the reduction optical system reduces a distance between the second light beam and the third light beam in the first direction, and emits the second light beam and the third light beam as a fourth light beam and a fifth light beam, respectively, the combining optical system is provided with a light transmitting area having a long side parallel to the reference plane and a light reflecting area having a long side parallel to the reference plane, and the first light beam enters one of the light transmitting area and the light reflecting area, and the fourth light beam and the fifth light beam enter the other of the light transmitting area and the light reflecting area.
A computer-implemented method for blockchain-based anti-bot protection, performed by a trust broker system and comprising: identifying, on a blockchain network, a request from a client to access a protected entity; selecting an access policy in response to the access request, wherein the access policy includes at least one game to be performed by the client; causing execution of the at least one game defined in the access policy; identifying, on the blockchain network, results of the at least one game, wherein the results are deposited by the client upon completion of the at least one game; determining a bias of the client based on the completion results, wherein the determined bias is utilized for a cyber-security assessment of the client, wherein the determined bias for the client is maintained on the blockchain network; and granting or denying access to the protected entity by the client based on the determined bias. identifying, on a blockchain network, a request from a client to access a protected entity; selecting an access policy in response to the access request, wherein the access policy includes at least one game to be performed by the client; causing execution of the at least one game defined in the access policy; identifying, on the blockchain network, results of the at least one game, wherein the results are deposited by the client upon completion of the at least one game; determining a bias of the client based on the completion results, wherein the determined bias is utilized for a cyber-security assessment of the client, wherein the determined bias for the client is maintained on the blockchain network; and granting or denying access to the protected entity by the client based on the determined bias.
A filter assembly comprising - a filter body which defines an internal cavity, - a supply duct , in fluid communication with the cavity of the filter body , intended to feed the filter body with a fluid - a discharge duct , in fluid communication with said cavity of the filter body , intended to allow the outflow of the fluid from the body wherein in the filter body a cyclone separator and a permanent magnet are housed placed along a circuit for the passing through of the filter body from the supply duct to the discharge one by the fluid, characterized in that said filter assembly comprises a connection flange for the fluid connection with ducts of a heating plant or similar, said flange comprising a first and a second inlet fitting and an outlet fitting , said first and second inlet fittings being in fluid communication with the supply duct , said outlet fitting being in fluid communication with the discharge duct , said first and second inlet fitting being oriented differently relative to the body . - a filter body which defines an internal cavity, - a supply duct , in fluid communication with the cavity of the filter body , intended to feed the filter body with a fluid - a discharge duct , in fluid communication with said cavity of the filter body , intended to allow the outflow of the fluid from the body
Underwater motor module for a water sports device , which forms at least one flow channel each having at least one inlet opening and an outlet opening and has a motor which is in the form of an internal rotor motor and comprises a hollow rotor , which concomitantly forms the flow channel by way of its inner side , which on its outer side directed away from the flow channel is mounted outside the flow channel , and which bears blades , and also comprises an external stator arranged in a housing , characterized in that a module portion which has at least one guide blade and concomitantly forms the flow channel is arranged downstream of the rotor in the flow direction , in which module portion, radially from the guide blade as viewed in the flow direction , are arranged motor electronics .
A method for seamless activation of new high bandwidth lanes, comprising: exchanging indications between first and second devices about activating the new high bandwidth lanes; wherein during the exchanging of the indications, the first device sends data to the second device using 8b/10b code words with a fixed delay over at least one first-to-second (f2s) active high bandwidth lane, the second device sends data to the first device using 8b/10b code words with a fixed delay over at least one second-to-first (s2f) active high bandwidth lane, and the new high bandwidth lanes are off; wherein adding the new high bandwidth lanes is to be done without interrupting the fixed delay transmissions over the f2s and s2f active high bandwidth lanes; sending, by the first device, an idle sequence using 7b/10b code words over the new high bandwidth lanes in parallel to continue to send and receive the 8b/10b data with a fixed delay over the f2s and s2f active high bandwidth lanes; sending, by the first device over the at least one f2s active high bandwidth lane, a synchronization sequence during an inter packet gap; and further comprising sending by the first device, over the new high bandwidth lanes and in parallel to a predetermined point within the synchronization sequence, a known non-idle sequence; utilizing, by the second device, the known non-idle sequence for deskewing the new high bandwidth lanes; and sending, by the first device, a transition sequence over both the at least one f2s active high bandwidth lane and the new high bandwidth lanes. exchanging indications between first and second devices about activating the new high bandwidth lanes; wherein during the exchanging of the indications, the first device sends data to the second device using 8b/10b code words with a fixed delay over at least one first-to-second (f2s) active high bandwidth lane, the second device sends data to the first device using 8b/10b code words with a fixed delay over at least one second-to-first (s2f) active high bandwidth lane, and the new high bandwidth lanes are off; wherein adding the new high bandwidth lanes is to be done without interrupting the fixed delay transmissions over the f2s and s2f active high bandwidth lanes; sending, by the first device, an idle sequence using 7b/10b code words over the new high bandwidth lanes in parallel to continue to send and receive the 8b/10b data with a fixed delay over the f2s and s2f active high bandwidth lanes; sending, by the first device over the at least one f2s active high bandwidth lane, a synchronization sequence during an inter packet gap; and further comprising sending by the first device, over the new high bandwidth lanes and in parallel to a predetermined point within the synchronization sequence, a known non-idle sequence; utilizing, by the second device, the known non-idle sequence for deskewing the new high bandwidth lanes; and sending, by the first device, a transition sequence over both the at least one f2s active high bandwidth lane and the new high bandwidth lanes.
Flowmeter with a section of pipe serving to conduct a flowing medium, wherein the section of pipe is at least partially formed from a recess in a printed circuit board ; characterized in that a magnetic system is provided on the printed circuit board or on various layers of the printed circuit board , said magnetic system serving to induce an electrical voltage in the medium flowing through the section of pipe while the flowmeter is in operation.
Flexible and thermal insulating sheet , suitable for covering the inner and/or outer surface of a curved object and comprising thermally insulating particles being aerogel particles, pyrogenic metal oxide particles or a combination of both, wherein said sheet comprises a flexible support to which several thermally insulating strips are attached, each of the strips, which strips comprise a mixture comprising said thermally insulating particles, has: • two main faces which are in the shape of a rectangle, triangle or trapezium, • two end faces and • two lateral surfaces , the cross section of each of the strips according to a plane at right angles to their main faces and at right angles to the longitudinal direction is a geometric shape, selected from the group of rectangles , trapeziums and trapeziums with truncated corners between the hypotenuses and the longest side, wherein the adjacent sides of every two strips (20; 200, 210) positioned next to each other are substantially parallel and are separated from each other at the location of the attachment to the flexible support , , wherein the shape of each of the strips is provided by a mixture which is pressed into a shape, comprises thermally insulating particles and which is enclosed by a textile cloth . wherein said sheet comprises a flexible support to which several thermally insulating strips are attached, each of the strips, which strips comprise a mixture comprising said thermally insulating particles, has: • two main faces which are in the shape of a rectangle, triangle or trapezium, • two end faces and • two lateral surfaces , the cross section of each of the strips according to a plane at right angles to their main faces and at right angles to the longitudinal direction is a geometric shape, selected from the group of rectangles , trapeziums and trapeziums with truncated corners between the hypotenuses and the longest side, • two main faces which are in the shape of a rectangle, triangle or trapezium, • two end faces and • two lateral surfaces , wherein the adjacent sides of every two strips (20; 200, 210) positioned next to each other are substantially parallel and are separated from each other at the location of the attachment to the flexible support , , wherein the shape of each of the strips is provided by a mixture which is pressed into a shape, comprises thermally insulating particles and which is enclosed by a textile cloth .
A method for access to a wireless local area communication network, called "wireless communications network " in the following, comprising: (a) sending a first frame to initiate contention for random access in a wireless communications network using uplink orthogonal frequency division multiple access, hereinafter OFDMA, by a wireless communications device ; (b) in response to sending the first frame , receiving a second frame from a first device and a third frame from a second device ; (c) determining whether the received second frame collided with the received third frame ; (d) assigning a first access slot and a first sub-channel to the first device if the second frame collided with the third frame ; and (e) sending a fourth frame to the first device , wherein the fourth frame indicates the first access slot and the first sub-channel, characterized in that assigning the first access slot and the first sub-channel to the first device is not requested by the first device . (a) sending a first frame to initiate contention for random access in a wireless communications network using uplink orthogonal frequency division multiple access, hereinafter OFDMA, by a wireless communications device ; (b) in response to sending the first frame , receiving a second frame from a first device and a third frame from a second device ; (c) determining whether the received second frame collided with the received third frame ; (d) assigning a first access slot and a first sub-channel to the first device if the second frame collided with the third frame ; and (e) sending a fourth frame to the first device , wherein the fourth frame indicates the first access slot and the first sub-channel, characterized in that assigning the first access slot and the first sub-channel to the first device is not requested by the first device .
An annuloplasty implant comprising an inner core of a shape memory material, an outer covering arranged radially outside said inner core material to cover at least part of said inner core, wherein said outer covering is resilient to conform to said inner core during movement of said shape memory material, wherein said outer covering is formed of a first material having surface properties to promote endothelialization, wherein said outer covering is a spiral wound around said inner core, characterized in that said spiral is formed of a wire having a flattened cross-sectional profile.