mhurhangee/patent-ind-claim-en huggingface dataset:
Process for separating a composition of matter with the aid of a membrane cascade having at least two stages, in which a separation of matter is effected in each stage at at least one membrane at a separation temperature set for the particular stage, where the composition of matter originally originates from a homogeneously catalysed chemical reaction, and that it comprises at least one product of the reaction, at least one reactant unconverted in the reaction, and the catalyst system present in the reaction and/or at least one constituent and/or a degradation product thereof, where the catalyst system or the constituent thereof or the degradation product thereof is dissolved in the composition of matter, where the reaction is a hydroformylation, where the product is an aldehyde or an alcohol, where the reactant is an olefin or synthesis gas, and where the catalyst system is rhodium complexed with an organometallic complex, especially rhodium complexed with an organophosphorus complex, where each stage of the membrane cascade has a dedicated temperature control unit which sets the temperature of the feed to the particular stage to the particular separation temperature set for the stage, characterized in that the particular separation temperature falls from stage to stage in the direction of the incoming composition of matter. where each stage of the membrane cascade has a dedicated temperature control unit which sets the temperature of the feed to the particular stage to the particular separation temperature set for the stage, characterized in that the particular separation temperature falls from stage to stage in the direction of the incoming composition of matter.
An image forming apparatus that is capable of performing SSL communication and has a function of issuing a certificate and a print unit , comprising: a reception unit configured to receive an acquisition request for acquiring a Web page for use in issuing a certificate, from a client apparatus , the acquisition request comprising an HTTP communication request for requesting execution of HTTP communication and including host information for identifying the image forming apparatus; an acquisition unit configured to acquire the host information as identification information of the information processing apparatus from the acquisition request received by said acquisition unit; a generation unit configured to generate the Web page in which the identification information of the image forming apparatus is set as an initial value of common name information for use in issuing the certificate based on the identification information acquired from the acquisition request; and a transmission unit configured to transmit the Web page which is generated by said generation unit and in which the initial value of the common name information is set, as a response to the acquisition request, to the client apparatus. a reception unit configured to receive an acquisition request for acquiring a Web page for use in issuing a certificate, from a client apparatus , the acquisition request comprising an HTTP communication request for requesting execution of HTTP communication and including host information for identifying the image forming apparatus; an acquisition unit configured to acquire the host information as identification information of the information processing apparatus from the acquisition request received by said acquisition unit; a generation unit configured to generate the Web page in which the identification information of the image forming apparatus is set as an initial value of common name information for use in issuing the certificate based on the identification information acquired from the acquisition request; and a transmission unit configured to transmit the Web page which is generated by said generation unit and in which the initial value of the common name information is set, as a response to the acquisition request, to the client apparatus.
A method for supporting multiple international mobile subscriber identities IMSIs, comprising: receiving (S120, S460), by a smart card, a response message which is transmitted by a user terminal, wherein the user terminal receives the response message returned by a CAT server in response to an IMSI update request message; and executing (S130), by the smart card, an IMSI update operation for the smart card according to information carried in the response message, wherein the smart card is a smart card supporting multiple IMSIs; wherein the information carried in the response message includes a response command type representing deleting an IMSI and information indicating whether recycling is successful, and the IMSI update operation for the smart card comprises an operation of deleting an IMSI and authentication data corresponding to the IMSI from the smart card. receiving (S120, S460), by a smart card, a response message which is transmitted by a user terminal, wherein the user terminal receives the response message returned by a CAT server in response to an IMSI update request message; and executing (S130), by the smart card, an IMSI update operation for the smart card according to information carried in the response message, wherein the smart card is a smart card supporting multiple IMSIs; wherein the information carried in the response message includes a response command type representing deleting an IMSI and information indicating whether recycling is successful, and the IMSI update operation for the smart card comprises an operation of deleting an IMSI and authentication data corresponding to the IMSI from the smart card.
An internal protection device for a helmet , comprising a hard outer shell , a flexible inner cap arranged inside the shell , and a chain of air cushions designed to be placed inside the helmet between the flexible inner cap and the head to be protected, characterized in that the flexible inner cap comprises a layer of flexible material of a predefined thickness E inside which a plurality of cavities are formed whose shape, number, respective depth (P), and arrangement are chosen, dimensioned, and combined with the air cushions so as to improve the shock-absorbing properties of the helmet and cover the parts of the user's head that are to be protected when the air cushions are filled with air while allowing simple removal of the helmet when the air cushions are deflated.
Method for monitoring an at least partially enclosed room to determine the area occupied by at least one person in the room and whether a person present in the room is standing up or lying down, by means of a sensor system with multiple transmitters for the transmission of detection signals, notably optical detection signals, and receivers to receive these detection signals, that are arranged in the room and connected via a bus to each other and to a control and evaluation unit , in which the transmitters and receivers form at least one linear row and are arranged on or in rail-shaped carriers and the row encloses and at least partially delimits a monitoring area lying above the floor of the room , in which the transmitters and receivers are arranged along the row so that the detection signal of a transmitter can be received by at least one receiver , in which the transmitters of the sensor system are controlled by the control and evaluation unit so that they transmit a modulated detection signal one after the other that is respectively received by one or more receivers , the control and evaluation unit then evaluates the receiver signals of the receivers to determine which receiver of a specific carrier is receiving the detection signal of which transmitter of a specific carrier , and the area occupied by the person in the room is determined from the receiver signals, and whether the person in the room is standing up or lying down is determined from the size of the occupied area, in which it is determined during evaluation which receiver in reference to which transmitter compared to the case of an empty room is not receiving a detection signal transmitted by the transmitter , and the area occupied by the person or an object is determined from the beam geometry overlay of the directions from which no detection signals are received.
A navigation method for a ship including a plurality of main generators that feed power to navigation equipment for use in normal navigation and living quarter appliances provided inside a ship body, and an emergency generator that feeds power to emergency equipment when fire or flood occurs, wherein the emergency generator has a facility capacity smaller than that of the main generators , the navigation method comprising: an emergency power feeding step of feeding power to the emergency equipment using the emergency generator when at least a part of the plurality of main generators are disabled due to fire or flood; and a return-to-port power feeding step of feeding power to return-to-port equipment required for navigation for returning to a port using the main generators and the emergency generator after fire or flood has subsided; wherein the return-to-port equipment is at least a preset part of an air conditioning equipment , a refrigerating and freezing system , a drinking water facility , a toilet drainage facility , a living quarter facility , a cooking facility , and/or a general illumination , and in the return-to-port power feeding step, power to be fed using the emergency generator is fixed, and power to be fed using the main generators is changed as required. an emergency power feeding step of feeding power to the emergency equipment using the emergency generator when at least a part of the plurality of main generators are disabled due to fire or flood; and a return-to-port power feeding step of feeding power to return-to-port equipment required for navigation for returning to a port using the main generators and the emergency generator after fire or flood has subsided; wherein the return-to-port equipment is at least a preset part of an air conditioning equipment , a refrigerating and freezing system , a drinking water facility , a toilet drainage facility , a living quarter facility , a cooking facility , and/or a general illumination , and in the return-to-port power feeding step, power to be fed using the emergency generator is fixed, and power to be fed using the main generators is changed as required.
An adhesive film for an organic electronic device, comprising: an adhesive layer which comprises a first adhesive face , a second adhesive face and side faces connecting the first adhesive face and the second adhesive face , wherein side heat cured parts are formed on at least any part of the side faces , wherein the adhesive layer comprises an adhesive composition in an uncured state in a film-shape or a sheet-shape, wherein the adhesive layer comprises a curable resin and a moisture absorbent, and wherein the degree of heat curing of the heat cured parts is 50% or more, characterized in that a width of the side heat cured part is 0.5 μm to 1000 μm. an adhesive layer which comprises a first adhesive face , a second adhesive face and side faces connecting the first adhesive face and the second adhesive face , wherein side heat cured parts are formed on at least any part of the side faces , wherein the adhesive layer comprises an adhesive composition in an uncured state in a film-shape or a sheet-shape, wherein the adhesive layer comprises a curable resin and a moisture absorbent, and wherein the degree of heat curing of the heat cured parts is 50% or more, characterized in that a width of the side heat cured part is 0.5 μm to 1000 μm.
A method of manufacturing a floor panel, wherein the method comprises the steps of: • applying a decorative layer on a carrier ; wherein the decorative layer includes one of the following: a paper, a wood veneer, cork, or a scattered decorative powder mix; • applying a dry powder layer , comprising a mix of a transparent thermoplastic material and wear resistant particles, on the decorative layer ; and • applying heat and pressure on the powder layer to obtain a decorative surface layer comprising a transparent wear resistant layer, wherein said transparent wear resistant layer is formed by the dry powder layer and covers the entire front side of the floor panel. • applying a decorative layer on a carrier ; wherein the decorative layer includes one of the following: a paper, a wood veneer, cork, or a scattered decorative powder mix; a paper, a wood veneer, cork, or a scattered decorative powder mix; • applying a dry powder layer , comprising a mix of a transparent thermoplastic material and wear resistant particles, on the decorative layer ; and • applying heat and pressure on the powder layer to obtain a decorative surface layer comprising a transparent wear resistant layer, wherein said transparent wear resistant layer is formed by the dry powder layer and covers the entire front side of the floor panel.
A self-moving device , wherein the self-moving device is configured to move in a working region defined by a boundary wire , and the self-moving device comprises: a signal detector , configured to detect a boundary wire signal; a coordinate obtaining module, configured to obtain location coordinates of the self-moving device ; and a control module, configured to control the self-moving device to move and work, the control module comprising a program module and a processing module that are preset, wherein when the signal detector does not detect the boundary wire signal, the self-moving device is configured to input the location coordinates of the self-moving device obtained by the coordinate obtaining module into the program module, to obtain a first determining result whether the self-moving device is within the boundary wire , and the processing module is configured to control, , according to the first determining result, the self-moving device to move and work; and when the signal detector detects the boundary wire signal, the self-moving device is configured to input the boundary wire signal obtained by the signal detector into the program module, to obtain a second determining result whether the self-moving device is within the boundary wire , and the processing module is configured to control, , according to the second determining result, the self-moving device to move and work. a signal detector , configured to detect a boundary wire signal; a coordinate obtaining module, configured to obtain location coordinates of the self-moving device ; and a control module, configured to control the self-moving device to move and work, the control module comprising a program module and a processing module that are preset, wherein when the signal detector does not detect the boundary wire signal, the self-moving device is configured to input the location coordinates of the self-moving device obtained by the coordinate obtaining module into the program module, to obtain a first determining result whether the self-moving device is within the boundary wire , and the processing module is configured to control, , according to the first determining result, the self-moving device to move and work; and when the signal detector detects the boundary wire signal, the self-moving device is configured to input the boundary wire signal obtained by the signal detector into the program module, to obtain a second determining result whether the self-moving device is within the boundary wire , and the processing module is configured to control, , according to the second determining result, the self-moving device to move and work.
An ink jet printer comprising: a transportation mechanism configured to transport a medium in a first direction (Y); and a carriage that has a plasma irradiation mechanism configured to irradiate at least a portion of the medium with plasma generated in an electricity discharge portion (R) and emitted from a plasma irradiation opening and a head configured to eject ink from a nozzle to the portion of the medium irradiated with the plasma, and configured to move in a second direction (X) intersecting the first direction, wherein the plasma irradiation mechanism is provided on one side of the head in the second direction, wherein a partition board is provided between the plasma irradiation opening and the head, and wherein if a distance from a surface of the medium to the nozzle is (A), a distance from a surface of the medium to the plasma irradiation opening is (B), and a distance from a surface of the medium to the partition board is (C), a conditional expression: (C) < (A) ≤ (B) is satisfied. a transportation mechanism configured to transport a medium in a first direction (Y); and a carriage that has a plasma irradiation mechanism configured to irradiate at least a portion of the medium with plasma generated in an electricity discharge portion (R) and emitted from a plasma irradiation opening and a head configured to eject ink from a nozzle to the portion of the medium irradiated with the plasma, and configured to move in a second direction (X) intersecting the first direction, wherein the plasma irradiation mechanism is provided on one side of the head in the second direction, wherein a partition board is provided between the plasma irradiation opening and the head, and wherein if a distance from a surface of the medium to the nozzle is (A), a distance from a surface of the medium to the plasma irradiation opening is (B), and a distance from a surface of the medium to the partition board is (C), a conditional expression: (C) < (A) ≤ (B) is satisfied.
A fluid injection system comprising: an injector head for delivering a fluid to a patient, the injector head comprising a housing , a mechanical interface on a front face of the housing for receiving a disposable syringe , a piston positioned within the housing for connecting to a plunger of the disposable syringe , and an actuation system positioned within the housing for moving the piston; characterized in the fluid injection system further comprising: a plurality of temperature sensors positioned in the vicinity of the actuation system within the housing of the injector head for generating signals indicative of the temperature of the actuation system; and a control system operationally coupled to the injector head and the plurality of temperature sensors for controlling an injection procedure, wherein the control system is configured to inhibit operation of the actuation system if a temperature determined by at least one temperature sensor of the plurality of temperature sensors exceeds a predefined threshold level. an injector head for delivering a fluid to a patient, the injector head comprising a housing , a mechanical interface on a front face of the housing for receiving a disposable syringe , a piston positioned within the housing for connecting to a plunger of the disposable syringe , and an actuation system positioned within the housing for moving the piston; characterized in the fluid injection system further comprising: a plurality of temperature sensors positioned in the vicinity of the actuation system within the housing of the injector head for generating signals indicative of the temperature of the actuation system; and a control system operationally coupled to the injector head and the plurality of temperature sensors for controlling an injection procedure, wherein the control system is configured to inhibit operation of the actuation system if a temperature determined by at least one temperature sensor of the plurality of temperature sensors exceeds a predefined threshold level. a plurality of temperature sensors positioned in the vicinity of the actuation system within the housing of the injector head for generating signals indicative of the temperature of the actuation system; and a control system operationally coupled to the injector head and the plurality of temperature sensors for controlling an injection procedure, wherein the control system is configured to inhibit operation of the actuation system if a temperature determined by at least one temperature sensor of the plurality of temperature sensors exceeds a predefined threshold level.
A spectrophotometer comprising: a housing in which a sample chamber with an entrance aperture and an exit aperture for light is formed, the housing having an opening for opening the sample chamber in a first direction and in a second direction; a first cover that opens and closes the opening of the sample chamber in the first direction; a second cover that opens and closes the opening of the sample chamber in the second direction; a first holding mechanism that holds the first cover in a closed state; and a second holding mechanism that holds the second cover in a closed state, wherein the first cover is in a closed state while being held by the second cover due to holding force exerted from the first holding mechanism , the second cover is in a closed state while being held by the housing due to holding force exerted from the second holding mechanism , and is removable from the housing when force is applied against the holding force exerted from the second holding mechanism , the holding force exerted from the first holding mechanism in set such that, when the first cover is brought into an open state from a closed state, holding of the first cover by the second cover is released with the second cover being held by the housing , and comparing the first holding mechanism and the second holding mechanism , the holding force for the second cover by the second holding mechanism is set greater than the holding force for the first cover by the first holding mechanism . a housing in which a sample chamber with an entrance aperture and an exit aperture for light is formed, the housing having an opening for opening the sample chamber in a first direction and in a second direction; a first cover that opens and closes the opening of the sample chamber in the first direction; a second cover that opens and closes the opening of the sample chamber in the second direction; a first holding mechanism that holds the first cover in a closed state; and a second holding mechanism that holds the second cover in a closed state, wherein the first cover is in a closed state while being held by the second cover due to holding force exerted from the first holding mechanism , the second cover is in a closed state while being held by the housing due to holding force exerted from the second holding mechanism , and is removable from the housing when force is applied against the holding force exerted from the second holding mechanism , the holding force exerted from the first holding mechanism in set such that, when the first cover is brought into an open state from a closed state, holding of the first cover by the second cover is released with the second cover being held by the housing , and comparing the first holding mechanism and the second holding mechanism , the holding force for the second cover by the second holding mechanism is set greater than the holding force for the first cover by the first holding mechanism .