mhurhangee/patent-ind-claim-en huggingface dataset:
A process for the production of hydrogen in a reactor system comprising a steam reforming reaction zone comprising a reforming catalyst and a membrane separation zone comprising a hydrogen-selective membrane, wherein the steam reforming and the hydrogen separation are carried out in a single confinement wherein the reforming zone and the membrane separation zone are separate zones and are arranged in series and operate independently of each other, the process comprising: (a) a reforming step conducted at a temperature of from 350°C to 550°C and a pressure of from 1 bar to 50 bar comprising subjecting a light hydrocarbon feed to contact with steam in said steam reforming reaction zone so as to produce a gas mixture comprising hydrogen and carbon components; (b) a membrane separation step comprising contacting said gas mixture comprising hydrogen and carbon components with the hydrogen-selective membrane so as to separate hydrogen from the carbon components, thus retaining a gas mixture comprising carbon components as a retentate; (c) repeating steps (a) and (b) for the retentate of step (b); wherein the heat for the reforming step (a) is provided by liquid molten salts, which have a direct heat exchange contact with the reforming reaction zone. (a) a reforming step conducted at a temperature of from 350°C to 550°C and a pressure of from 1 bar to 50 bar comprising subjecting a light hydrocarbon feed to contact with steam in said steam reforming reaction zone so as to produce a gas mixture comprising hydrogen and carbon components; (b) a membrane separation step comprising contacting said gas mixture comprising hydrogen and carbon components with the hydrogen-selective membrane so as to separate hydrogen from the carbon components, thus retaining a gas mixture comprising carbon components as a retentate; (c) repeating steps (a) and (b) for the retentate of step (b);
A device for printing a print substrate having - a print head shuttle with at least one print head that is configured to apply a printing medium to a print substrate in order to generate a printed image, wherein the print substrate is a web material that can be displaced along a web path in a feed direction and the print head shuttle is arranged on a first side of the print substrate ; and - a printing table with a support surface that is arranged opposite the print head shuttle on a second side of the print substrate , wherein the printing table comprises a holding device that is configured to hold the print substrate in such a manner that a relative movement between the printing table and the print substrate is prevented for printing; wherein the print head shuttle has a smoothing device that is configured to come into contact with the support surface of the printing table and to be moved over at least a portion of the support surface , in such a manner that it strokes over a print substrate arranged on the support surface of the printing table , in order to smooth it, characterized in that the smoothing device extends along a longitudinal direction that runs parallel to the feed direction . - a print head shuttle with at least one print head that is configured to apply a printing medium to a print substrate in order to generate a printed image, wherein the print substrate is a web material that can be displaced along a web path in a feed direction and the print head shuttle is arranged on a first side of the print substrate ; and - a printing table with a support surface that is arranged opposite the print head shuttle on a second side of the print substrate , wherein the printing table comprises a holding device that is configured to hold the print substrate in such a manner that a relative movement between the printing table and the print substrate is prevented for printing; wherein the print head shuttle has a smoothing device that is configured to come into contact with the support surface of the printing table and to be moved over at least a portion of the support surface , in such a manner that it strokes over a print substrate arranged on the support surface of the printing table , in order to smooth it, characterized in that the smoothing device extends along a longitudinal direction that runs parallel to the feed direction .
An information transmission method, comprising: transmitting , by a first base station, a retrieve user equipment, UE, context request message to a second base station after receiving a radio resource control, RRC, resume request message transmitted by UE; receiving , by the first base station, a retrieve UE context failure message transmitted by the second base station, wherein the retrieve UE context failure message comprises an RRC release message with associated information of the RRC release message; and transmitting , by the first base station, the RRC release message to the UE based on the associated information of the RRC release message, wherein the associated information of the RRC release message comprises a key and an algorithm, and the key is generated at the second base station by using a Physical Cell Identifier, PCI, and an Absolute Radio Frequency Channel Number, ARFCN, of the second base station. transmitting , by a first base station, a retrieve user equipment, UE, context request message to a second base station after receiving a radio resource control, RRC, resume request message transmitted by UE; receiving , by the first base station, a retrieve UE context failure message transmitted by the second base station, wherein the retrieve UE context failure message comprises an RRC release message with associated information of the RRC release message; and transmitting , by the first base station, the RRC release message to the UE based on the associated information of the RRC release message, wherein the associated information of the RRC release message comprises a key and an algorithm, and the key is generated at the second base station by using a Physical Cell Identifier, PCI, and an Absolute Radio Frequency Channel Number, ARFCN, of the second base station.
A cleaning article comprising: at least two sheets , each of the at least two sheets comprising a first layer comprising a melamine-formaldehyde foam, wherein each of the at least two sheets comprises at least five sheet sides, each of the at least five sheet sides having a length and a width, wherein at least one of the at least five sheet sides is a sheet attachment side; characterized in that the cleaning article further comprises an adhesive ; wherein the adhesive is in contact with the sheet attachment side of each of the at least two sheets such that each of the at least two sheets is removably attached to the cleaning article by the adhesive and wherein the adhesive is discontinuous along the length of the sheet attachment side of each of the at least two sheets. at least two sheets , each of the at least two sheets comprising a first layer comprising a melamine-formaldehyde foam, wherein each of the at least two sheets comprises at least five sheet sides, each of the at least five sheet sides having a length and a width, wherein at least one of the at least five sheet sides is a sheet attachment side; characterized in that the cleaning article further comprises an adhesive ; wherein the adhesive is in contact with the sheet attachment side of each of the at least two sheets such that each of the at least two sheets is removably attached to the cleaning article by the adhesive and wherein the adhesive is discontinuous along the length of the sheet attachment side of each of the at least two sheets.
An RFID tag (10; 22 a-d; 32; 38; 44 a-d; 48; 60; 78 a-b; 96), comprising: an RFID chip (12; 72 a-c; 80 a-b); an antenna (14; 76; 82 a-b) electrically connected to the RFID chip (12; 72 a-c; 80 a-b); and an interactive switch (16; 74 a-c; 84 a-b) electrically connected to the RFID chip (12; 72 a-c; 80 a-b), wherein the antenna (14; 76; 82 a-b) is configured to return a modified signal to an RFID reader (18; 30; 36; 42; 54; 58; 64; 92) when a user physically interacts with the interactive switch (16; 74 a-c; 84 a-b); characterized in that the interactive switch is adapted to detect the interaction with the user by detecting a high frequency, HF, or an ultra high frequency, UHF, electromagnetic emission. an RFID chip (12; 72 a-c; 80 a-b); an antenna (14; 76; 82 a-b) electrically connected to the RFID chip (12; 72 a-c; 80 a-b); and an interactive switch (16; 74 a-c; 84 a-b) electrically connected to the RFID chip (12; 72 a-c; 80 a-b), wherein the antenna (14; 76; 82 a-b) is configured to return a modified signal to an RFID reader (18; 30; 36; 42; 54; 58; 64; 92) when a user physically interacts with the interactive switch (16; 74 a-c; 84 a-b); characterized in that the interactive switch is adapted to detect the interaction with the user by detecting a high frequency, HF, or an ultra high frequency, UHF, electromagnetic emission.
Container made of plastic having a main axis (X) being provided with a body and a bottom base extending from a lower end of the body , the bottom base comprising: - a peripheral seat defining a laying plane ; - a concave arch which extends from the periphery of a central zone of the bottom base to the peripheral seat , said concave arch having a rounded general shape with a concavity turned towards the outside of the container ; - a series of principal reinforcing grooves which extend radially from the central zone to at least the peripheral seat , characterized in that the concave arch has two annular tangentially continuous concentric regions, i.e. a central region and a peripheral region , said annular tangentially continuous concentric regions being in continuity with each other and presenting two different radii of curvature, the peripheral region having a radius of curvature smaller than the one of the central region . - a peripheral seat defining a laying plane ; - a concave arch which extends from the periphery of a central zone of the bottom base to the peripheral seat , said concave arch having a rounded general shape with a concavity turned towards the outside of the container ; - a series of principal reinforcing grooves which extend radially from the central zone to at least the peripheral seat ,
A camera device, comprising: a base ; a housing spaced apart from the base and disposed at an upper side of the base ; a bobbin disposed in the housing ; a lens coupled to the bobbin ; a first magnet disposed on the housing ; a first coil disposed on the bobbin and facing the first magnet ; a first substrate disposed between the base and the housing and comprising a second coil facing the first magnet ; an upper elastic member connecting an upper portion of the housing and an upper portion of the bobbin ; a lateral elastic member connecting the first substrate and the upper elastic member ; a second magnet disposed on the bobbin ; and a sensor detecting the second magnet , wherein the bobbin comprises a recess disposed with the second magnet , wherein the upper elastic member comprises an inner portion coupled with the bobbin , an outer portion coupled with the housing , and a connection portion connecting the inner portion and the outer portion , wherein the inner portion comprises a first region overlapped with the second magnet in an optical axis direction of the lens , and characterized in that the first region is overlapped with at least 90% of an upper surface of the second magnet in the optical axis direction. a base ; a housing spaced apart from the base and disposed at an upper side of the base ; a bobbin disposed in the housing ; a lens coupled to the bobbin ; a first magnet disposed on the housing ; a first coil disposed on the bobbin and facing the first magnet ; a first substrate disposed between the base and the housing and comprising a second coil facing the first magnet ; an upper elastic member connecting an upper portion of the housing and an upper portion of the bobbin ; a lateral elastic member connecting the first substrate and the upper elastic member ; a second magnet disposed on the bobbin ; and a sensor detecting the second magnet , wherein the bobbin comprises a recess disposed with the second magnet , wherein the upper elastic member comprises an inner portion coupled with the bobbin , an outer portion coupled with the housing , and a connection portion connecting the inner portion and the outer portion , wherein the inner portion comprises a first region overlapped with the second magnet in an optical axis direction of the lens , and characterized in that the first region is overlapped with at least 90% of an upper surface of the second magnet in the optical axis direction.
Measuring arrangement for inspecting sliding boards or items of sports equipment lying flat, comprising a sensor device on which at least one sliding board or item of sports equipment is able to be placed, characterized - in that the sensor device has a sensor surface that is at least predominantly divided into a multiplicity of sensor surface sections in the longitudinal and transverse direction, - in that the sensor surface sections each have at least one force sensor that outputs the force acting on the sensor surface section in the form of an electrical signal that is evaluated by a computer unit , and - in that the measuring arrangement has a sensor surface that is able to be inclined with respect to a longitudinal axis and/or a transverse axis by way of an inclining device. - in that the sensor device has a sensor surface that is at least predominantly divided into a multiplicity of sensor surface sections in the longitudinal and transverse direction, - in that the sensor surface sections each have at least one force sensor that outputs the force acting on the sensor surface section in the form of an electrical signal that is evaluated by a computer unit , and - in that the measuring arrangement has a sensor surface that is able to be inclined with respect to a longitudinal axis and/or a transverse axis by way of an inclining device.
A controlled force surgical implant impaction instrument , comprising: a rotatable actuator component including a reloading channel defining a reloading channel axis , a retaining pin moveable between a first position in which the retaining pin is offset from the reloading channel axis, and a second position in which the retaining pin is aligned with the reloading channel axis, and a striking assembly movable between a third position and a fourth position, the striking assembly comprising a hammer component protrusion with a flat end face which faces distally, with an outward-most point , and with an angled face which faces proximally, in which when the striking assembly is in the fourth position and the retaining pin is in the first position, the retaining pin rests on the flat end face of the protrusion, in which during use of the instrument, rotation of the rotatable actuator component causes the retaining pin to slip over the outward-most point of the hammer component protrusion and onto the angled face, to cause the striking assembly to move to the third position and the retaining pin to move to the second position, and in which the striking assembly is configured such that when the striking assembly is in the third position and the retaining pin is in the second position, the striking assembly can be used to move the retaining pin along the reloading channel axis . a rotatable actuator component including a reloading channel defining a reloading channel axis , a retaining pin moveable between a first position in which the retaining pin is offset from the reloading channel axis, and a second position in which the retaining pin is aligned with the reloading channel axis, and a striking assembly movable between a third position and a fourth position, the striking assembly comprising a hammer component protrusion with a flat end face which faces distally, with an outward-most point , and with an angled face which faces proximally, in which when the striking assembly is in the fourth position and the retaining pin is in the first position, the retaining pin rests on the flat end face of the protrusion, in which during use of the instrument, rotation of the rotatable actuator component causes the retaining pin to slip over the outward-most point of the hammer component protrusion and onto the angled face, to cause the striking assembly to move to the third position and the retaining pin to move to the second position, and in which the striking assembly is configured such that when the striking assembly is in the third position and the retaining pin is in the second position, the striking assembly can be used to move the retaining pin along the reloading channel axis .
A method for leak testing a cell of a battery, said cell being sealed and comprising components and substances which are necessary to the operation of the battery, by means of a leak testing system comprising a vacuum chamber and a detecting and measuring instrument , the method including the following steps, not necessarily in that order: - programming the detecting and measuring instrument to detect gases and/or vapors that can leak from said cell to be checked, said gases and/or vapors deriving from the components and/or the substances inside in the cell ; - positioning said cell in such a way that at least one portion of the cell is inside the vacuum chamber ; - sealing said vacuum chamber ; - decreasing the pressure inside the vacuum chamber to a lower level than the level of pressure inside the cell to be checked, said lower level being such that the gases and/or vapors leak from said cell if a leak is present; - detecting said gases and/or vapors by means of the detecting and measuring instrument ; and - identifying the presence of leaks by comparing values corresponding to said detected gases and/or vapors to predetermined threshold values; characterized in that after said cell to be checked has been positioned and the pressure inside the vacuum chamber has been lowered, before detecting the gases and/or the vapors a preliminary check is performed to check that the pressure level is maintained inside the vacuum chamber in order to prevent contamination of the leak testing system , said preliminary check including the steps of: - monitoring over a suitable period of time the pressure inside the vacuum chamber while keeping closed the connection between said vacuum chamber and the detecting and measuring instrument ; and - interrupting the leak test if the pressure inside the vacuum chamber increases significantly because a large leak is present in the cell . - programming the detecting and measuring instrument to detect gases and/or vapors that can leak from said cell to be checked, said gases and/or vapors deriving from the components and/or the substances inside in the cell ; - positioning said cell in such a way that at least one portion of the cell is inside the vacuum chamber ; - sealing said vacuum chamber ; - decreasing the pressure inside the vacuum chamber to a lower level than the level of pressure inside the cell to be checked, said lower level being such that the gases and/or vapors leak from said cell if a leak is present; - detecting said gases and/or vapors by means of the detecting and measuring instrument ; and - identifying the presence of leaks by comparing values corresponding to said detected gases and/or vapors to predetermined threshold values; - monitoring over a suitable period of time the pressure inside the vacuum chamber while keeping closed the connection between said vacuum chamber and the detecting and measuring instrument ; and - interrupting the leak test if the pressure inside the vacuum chamber increases significantly because a large leak is present in the cell .
A gas supply device, comprising: a gas passage through which gas is supplied to a target space; a filter unit provided at an inlet of the gas passage ; an air pump provided on the gas passage ; and wherein the gas supply device further comprises a heating unit that heats gas flowing into a filter provided in the filter unit ; characterized by a salt amount detection unit that detects an amount of salt adhering to the filter provided in the filter unit ; and a humidity detection unit that detects a relative humidity of gas flowing into the gas passage from the inlet; wherein the heating unit is configured to heat the gas flowing into the filter in a case where the amount of salt detected by the salt amount detection unit is equal to or higher than a reference salt amount and the relative humidity of the gas detected by the humidity detection unit is equal to or higher than a humidity reference value. a gas passage through which gas is supplied to a target space; a filter unit provided at an inlet of the gas passage ; an air pump provided on the gas passage ; and wherein the gas supply device further comprises a heating unit that heats gas flowing into a filter provided in the filter unit ; characterized by a salt amount detection unit that detects an amount of salt adhering to the filter provided in the filter unit ; and a humidity detection unit that detects a relative humidity of gas flowing into the gas passage from the inlet; wherein the heating unit is configured to heat the gas flowing into the filter in a case where the amount of salt detected by the salt amount detection unit is equal to or higher than a reference salt amount and the relative humidity of the gas detected by the humidity detection unit is equal to or higher than a humidity reference value.