mhurhangee/patent-ind-claim-en huggingface dataset:
A non-destructive measurement unit for measuring the gas concentration in sealed flexible containers at least partially made of optically transparent material, comprising: - at least one light source for emitting a light beam at a wavelength tunable to an absorption wavelength of a gas contained in the sealed flexible container , the at least one light source being positioned in such a way as to direct the light beam towards at least one inspection area ; - at least one detector positioned in such a way as to detect at least a portion of the beam emitted by the light source once passed through the inspection area and output data representative of an absorption spectrum of said gas resulting from the passage of the light beam through the inspection area and - means for generating a head space having a predetermined width in the sealed flexible container (30, 30' which coincides with the width of the inspection area ; characterized in that said means for generating a head space comprise a compression and advancement assembly arranged to compress and advance the container and a containment channel having a width for limiting the expansion of the container which crosses said inspection area , said means for generating a head space are adapted to advance said sealed flexible container along an advancement path (A) which crosses said inspection area and to maintain said predetermined width of said head space during the advancement of the sealed flexible container along the whole advancement path (A). - at least one light source for emitting a light beam at a wavelength tunable to an absorption wavelength of a gas contained in the sealed flexible container , the at least one light source being positioned in such a way as to direct the light beam towards at least one inspection area ; - at least one detector positioned in such a way as to detect at least a portion of the beam emitted by the light source once passed through the inspection area and output data representative of an absorption spectrum of said gas resulting from the passage of the light beam through the inspection area and - means for generating a head space having a predetermined width in the sealed flexible container (30, 30' which coincides with the width of the inspection area ; characterized in that said means for generating a head space comprise a compression and advancement assembly arranged to compress and advance the container and a containment channel having a width for limiting the expansion of the container which crosses said inspection area , said means for generating a head space are adapted to advance said sealed flexible container along an advancement path (A) which crosses said inspection area and to maintain said predetermined width of said head space during the advancement of the sealed flexible container along the whole advancement path (A).
An angle adjustment tool having a first arm providing a wedge-shaped window means having a linear wedge surface , and a second arm , wherein the second arm provides for a support for enabling swinging about an axial center of the first arm , wherein further the second arm has circular arc-shaped gear means , wherein further the adjustment tool provides for a floating wedge member regulating the swinging motion of the second arm to a deployed direction with respect to the first arm , the floating wedge member having a toothed surface able to mesh with the gear means , wherein the regulating of the swinging motion is performed by slidable displacement of a linear contact surface of the wedge member along a linear wedge surface of the wedge-shaped window means , wherein further the floating wedge member is displaceably stored in a wedge-shaped space not covering the gear means of the wedge-shaped window means , wherein further the linear contact surface which is able to contact with the linear wedge surface is positioned on an edge of the wedge-shaped window means , wherein further the floating wedge member has a toothed surface on the other surface side which is able to mesh with the gear means which are not part of the wedge-shaped window means .
A method of producing a compound of formula 3: comprising heating a solution comprising a compound of formula 2: and an organic solvent, wherein said heating comprises irradiating said solution with microwave radiation; wherein X is hydrogen or OR 2 , wherein R 2 is C 1-4 alkyl; unsubstituted or substituted aryl; or unsubstituted or substituted benzyl; and wherein said solution is heated at a temperature ranging from 175° C to 195° C. wherein X is hydrogen or OR 2 , wherein R 2 is C 1-4 alkyl; unsubstituted or substituted aryl; or unsubstituted or substituted benzyl; and wherein said solution is heated at a temperature ranging from 175° C to 195° C.
Fixing system for mounting and adjustment of an add-on part on a fixing substrate , comprising: - a first clamping element , especially a disc-like clamping element, having a first primary through-opening and at least one first secondary through-opening , - a second clamping element , especially a disc-like clamping element, having a second primary through-opening and at least one second secondary through-opening , - a primary screw , with which the add-on part is securable on the fixing substrate and the first clamping element is clampable to the add-on part , having a screw head and a tool receiver arranged on the screw head , and - a secondary fixing element which is introducible into the first secondary through-opening and into the second secondary through-opening , wherein the second clamping element comprises a second recess , especially a step-shaped recess, on the second primary through-opening , a larger radial diameter of the second recess being larger than a largest radial diameter (D) of the screw head and a smaller radial diameter of the second recess being smaller than the largest radial diameter (D) of the screw head , characterised in that the first clamping element comprises a first recess , especially a step-shaped recess, on the first primary through-opening , a larger radial diameter of the first recess being larger than a largest radial diameter (D) of the screw head and a smaller radial diameter of the first recess being smaller than the largest radial diameter (D) of the screw head in such a way that, when the fixing system is in a mounted state, the first recess at least partly interlockingly encompasses an underside of the screw head and the second recess at least partly interlockingly encompasses an upper side of the screw head . - a first clamping element , especially a disc-like clamping element, having a first primary through-opening and at least one first secondary through-opening , - a second clamping element , especially a disc-like clamping element, having a second primary through-opening and at least one second secondary through-opening , - a primary screw , with which the add-on part is securable on the fixing substrate and the first clamping element is clampable to the add-on part , having a screw head and a tool receiver arranged on the screw head , and - a secondary fixing element which is introducible into the first secondary through-opening and into the second secondary through-opening ,
A method, performed by a terminal of a first user, for transmitting a digital room card to a terminal of a second user, the method comprising: receiving (S201), via a sharing interface displayed on the terminal of the first user, a sharing operation for sharing the digital room card with the second user, wherein the digital room card is sent by a business server to the terminal of the first user in advance and enables to unlock a smart door lock of a corresponding room, in response, obtaining (S203) user information of the second user through short-range communication, comprising performing, through the short-range communication, information communication with the terminal of the second user to obtain the user information of the second user, wherein the short-range communication comprises near field communication, Bluetooth communication, radio frequency identification communication, or infrared communication and the user information of the second user comprises a mobile phone number, a business account, or identity certificate information; and sending (S205) a verification request comprising the obtained user information of the second user and identifier information of the digital room card to the business server, for the business server to perform a verification that the second user is a verified user that is allowed to use the digital room card to unlock the smart door lock of the room, the verification comprising matching on the user information of the second user according to pre-stored business information, and send the digital room card to the terminal of the second user after the verification succeeds. receiving (S201), via a sharing interface displayed on the terminal of the first user, a sharing operation for sharing the digital room card with the second user, wherein the digital room card is sent by a business server to the terminal of the first user in advance and enables to unlock a smart door lock of a corresponding room, in response, obtaining (S203) user information of the second user through short-range communication, comprising performing, through the short-range communication, information communication with the terminal of the second user to obtain the user information of the second user, wherein the short-range communication comprises near field communication, Bluetooth communication, radio frequency identification communication, or infrared communication and the user information of the second user comprises a mobile phone number, a business account, or identity certificate information; and sending (S205) a verification request comprising the obtained user information of the second user and identifier information of the digital room card to the business server, for the business server to perform a verification that the second user is a verified user that is allowed to use the digital room card to unlock the smart door lock of the room, the verification comprising matching on the user information of the second user according to pre-stored business information, and send the digital room card to the terminal of the second user after the verification succeeds.
A micropump device comprising: a micropump including a microchannel serving as a channel for liquid, a gas generating material generating a gas through a decomposition reaction upon exposure to light and supplying the gas to the microchannel , and a light source for irradiating the gas generating material with light; and a controller configured for supplying a control pulse signal (CS) to the light source , the control pulse signal (CS) being a repeated pulse train pattern (PP) composed of a fixed number of bits each capable of having two states one of which is a first level (H) allowing the light source to be turned on and the other of which is a second level (L) allowing the light source to be turned off, for causing the light source to blink on and off in a binary manner; characterized in that the controller comprises: a pump output command value storage section for storing a pump output command value for an instruction on an output level of the micropump ; a bit pattern conversion section for converting the pump output command value in the pump output command value storage section to a bit pattern corresponding to the pulse train pattern (PP) of the control pulse signal (CS) and outputting the bit pattern; and a control pulse signal generation section for generating the control pulse signal (CS) based on the bit pattern output from the bit pattern conversion section . a micropump including a microchannel serving as a channel for liquid, a gas generating material generating a gas through a decomposition reaction upon exposure to light and supplying the gas to the microchannel , and a light source for irradiating the gas generating material with light; and a controller configured for supplying a control pulse signal (CS) to the light source , the control pulse signal (CS) being a repeated pulse train pattern (PP) composed of a fixed number of bits each capable of having two states one of which is a first level (H) allowing the light source to be turned on and the other of which is a second level (L) allowing the light source to be turned off, for causing the light source to blink on and off in a binary manner; a pump output command value storage section for storing a pump output command value for an instruction on an output level of the micropump ; a bit pattern conversion section for converting the pump output command value in the pump output command value storage section to a bit pattern corresponding to the pulse train pattern (PP) of the control pulse signal (CS) and outputting the bit pattern; and a control pulse signal generation section for generating the control pulse signal (CS) based on the bit pattern output from the bit pattern conversion section .
A sealing assembly for a turbine rotor of a turbomachine, said turbine comprising a fixed outer casing and a plurality of stages each comprising an upstream rotor impeller and a downstream nozzle , said nozzle comprising at least one blade extending between a radially inner platform and a radially outer platform , the radially outer platform comprising at its upstream end, a radially outer spoiler and a radially inner spoiler which delimit an annular groove open toward the upstream, the sealing assembly comprising a sealing ring configured to be attached to the outer casing , the impeller being adapted to be driven in rotation inside the sealing ring, the sealing ring comprising a plurality of ring sectors which extend circumferentially about its longitudinal axis by being adjacent in the circumferential direction, a sealing tab being engaged, for a part, in a first housing of a ring sector and, for another part, in a second housing of an adjacent ring sector , said first housing and said second housing opening opposite each other and toward the downstream through a downstream mouth , and an anti-wear foil , trunking-shaped, open toward the upstream, mounted in the groove , characterized in that the downstream end of the ring sectors is configured to be engaged in said anti-wear foil , in that each of the first and second housings is formed by a slot comprising a radially outer wall and a radially inner wall which extend axially and in that the sealing tab is bent at its downstream end and is disposed in the slots located oppositely, so that its downstream end extends out of the slots to be able to face the anti-wear foil .
A slide bearing for supporting a load of a support target, comprising: an upper case which is subjected to the load of the support target; a lower case which is rotatably combined with the upper case and forms an annular space , in combination with the upper case ; and a center plate which is placed in the annular space and functions as a bearing body realizing rotation between the upper case and the lower case , wherein: the center plate has a lip which is integrally formed with at least one of outer and inner peripheral edges of the center plate ; and the lip comes in contact with the upper case or the lower case , in which a support-target surface that slides against a bearing surface formed in the center plate is formed, so as to cover a sliding area between the bearing surface and the support-target surface from an outer or inner periphery side, characterized in that the lower case has discharge holes for discharging muddy water which has intruded into the annular space . an upper case which is subjected to the load of the support target; a lower case which is rotatably combined with the upper case and forms an annular space , in combination with the upper case ; and a center plate which is placed in the annular space and functions as a bearing body realizing rotation between the upper case and the lower case , wherein: the center plate has a lip which is integrally formed with at least one of outer and inner peripheral edges of the center plate ; and the lip comes in contact with the upper case or the lower case , in which a support-target surface that slides against a bearing surface formed in the center plate is formed, so as to cover a sliding area between the bearing surface and the support-target surface from an outer or inner periphery side, the center plate has a lip which is integrally formed with at least one of outer and inner peripheral edges of the center plate ; and the lip comes in contact with the upper case or the lower case , in which a support-target surface that slides against a bearing surface formed in the center plate is formed, so as to cover a sliding area between the bearing surface and the support-target surface from an outer or inner periphery side, characterized in that the lower case has discharge holes for discharging muddy water which has intruded into the annular space .
A data processing apparatus comprising a processing unit configured to multiplex video and audio components into Internet protocol, IP, packets, multiplex a stream of IP packets into Type, Length, Value, TLV, packets, generate a transmission frame from the TLV packets, process the transmission frame to be transmitted via broadcasting, via recording medium, or via communication over a network , and add identification information for identifying a transmission format of the transmission frame, wherein the transmission format of the transmission frame is one of a plurality of transmission formats available for transmission of the transmission frame, wherein the processing unit is configured to convert the transmission frame into files of a predetermined format and record the files of the predetermined format in the recoding medium for transmission via the recoding medium, wherein the processing unit is configured to obtain the files of the predetermined format from the recoding medium and transmit via broadcasting, wherein the processing unit is configured to process the transmission frame to generate a test stream including packets of a predetermined format and transmit the test stream via the network . wherein the processing unit is configured to convert the transmission frame into files of a predetermined format and record the files of the predetermined format in the recoding medium for transmission via the recoding medium, wherein the processing unit is configured to obtain the files of the predetermined format from the recoding medium and transmit via broadcasting, wherein the processing unit is configured to process the transmission frame to generate a test stream including packets of a predetermined format and transmit the test stream via the network .
Device for monitoring a boat drive, preferably for monitoring a drive battery of a boat drive, comprising a control system and a first water sensor configured to switch off the boat drive when a first water level is reached, characterized by a second water sensor configured to output a water level warning when a second water level is reached, wherein the second water sensor communicates by means of a system bus with the control system of the boat drive and the control system is configured to output a warning in response to receiving the water level warning, wherein the power of the boat drive is reduced upon reception of the water level warning. a second water sensor configured to output a water level warning when a second water level is reached, wherein the second water sensor communicates by means of a system bus with the control system of the boat drive and the control system is configured to output a warning in response to receiving the water level warning, wherein the power of the boat drive is reduced upon reception of the water level warning.
A water block assembly comprising: a water block unit having an external thermal transfer surface configured to be in contact with a heat generating electronic component to be cooled, the water block unit having a height measured along a height direction of the water block assembly that is generally normal to the external thermal transfer surface , the water block unit defining: an internal fluid conduit for circulating fluid therein; a fluid inlet for feeding fluid into the internal fluid conduit; and a fluid outlet for discharging fluid from the internal fluid conduit; and an insulating housing made of insulation material at least partly embedding the water block unit therein to limit heat transfer from the water block unit to a surrounding environment thereof, the insulating housing having an internal surface in contact with the water block unit , the water block assembly being characterized in that a portion of the water block unit is not overlapped by said insulating material along the height direction. a water block unit having an external thermal transfer surface configured to be in contact with a heat generating electronic component to be cooled, the water block unit having a height measured along a height direction of the water block assembly that is generally normal to the external thermal transfer surface , the water block unit defining: an internal fluid conduit for circulating fluid therein; a fluid inlet for feeding fluid into the internal fluid conduit; and a fluid outlet for discharging fluid from the internal fluid conduit; and an internal fluid conduit for circulating fluid therein; a fluid inlet for feeding fluid into the internal fluid conduit; and a fluid outlet for discharging fluid from the internal fluid conduit; and an insulating housing made of insulation material at least partly embedding the water block unit therein to limit heat transfer from the water block unit to a surrounding environment thereof, the insulating housing having an internal surface in contact with the water block unit , the water block assembly being characterized in that a portion of the water block unit is not overlapped by said insulating material along the height direction.
A bracket for control instruments of the wheels (R) alignment of a vehicle that comprises: - A center body having a center (C), an outer face and an opposing parallel inner face facing wheels (R) in a use configuration of the bracket ; - A group of three grasp arms having respective distal ends with respect of the center (C) equipped with grasping members , said arms being contemporarily slindingly mounted with respect of the central body toward centrifugal or centripetal directions and reciprocally spaced, actuated by first actuating means and guided by first guiding means between grasping positions by said grasping means or releasing positions of a wheel (R); - Leaning spacing means of the bracket parallel to a side (F) of a wheel (R) which are contemporarily movable according to radial directions with respect of said center (C) among adjustable leaning positions; characterized in that said leaning spacing means are mounted on said center body independently sliding from said arms , movably actuated by second actuating means independently from said first actuating means and guided by said first guiding means . - A center body having a center (C), an outer face and an opposing parallel inner face facing wheels (R) in a use configuration of the bracket ; - A group of three grasp arms having respective distal ends with respect of the center (C) equipped with grasping members , said arms being contemporarily slindingly mounted with respect of the central body toward centrifugal or centripetal directions and reciprocally spaced, actuated by first actuating means and guided by first guiding means between grasping positions by said grasping means or releasing positions of a wheel (R); - Leaning spacing means of the bracket parallel to a side (F) of a wheel (R) which are contemporarily movable according to radial directions with respect of said center (C) among adjustable leaning positions;