mhurhangee/patent-ind-claim-en huggingface dataset:
A method for joining a metal component and a polymer component , the method comprising: - obtaining a metal component and a polymer component ; - obtaining an extrusion die plate having one through hole ; - placing the extrusion die plate between said metal component and said polymer component ; wherein the method further comprises - rotating and plunging a probe of a non-consumable and rigid tool across the thickness of the metal component and eventually through said through hole of the extrusion die plate , thereby extruding a part of the metal component through said through hole of the extrusion die plate into the polymer component , wherein the probe has a rotation axis having an offset to the centre of said through hole of the extrusion die plate during the rotating and plunging action. - obtaining a metal component and a polymer component ; - obtaining an extrusion die plate having one through hole ; - placing the extrusion die plate between said metal component and said polymer component ; - rotating and plunging a probe of a non-consumable and rigid tool across the thickness of the metal component and eventually through said through hole of the extrusion die plate , thereby extruding a part of the metal component through said through hole of the extrusion die plate into the polymer component , wherein the probe has a rotation axis having an offset to the centre of said through hole of the extrusion die plate during the rotating and plunging action.
Oxygenator with a housing wall , defining a housing chamber with a blood inlet , a blood outlet , a gas inlet and a gas outlet , a heating element which has an electric resistor and is arranged in the oxygenator between the blood inlet and blood outlet in order to control the temperature of the blood flowing through the housing chamber , an electric connection and a temperature control device , characterised in that the heating element delivers a different heating power at different locations in the housing chamber .
A vacuum insulated door for an appliance , comprising: a first panel ; a second panel operably coupled to the first panel to define an insulating cavity ; a trim breaker operably coupled to each of the first panel and the second panel , the trim breaker including a frame and an engagement feature , wherein the trim breaker defines the plurality of apertures in which the engagement feature is defined, and wherein the engagement feature includes an angular side and a base portion ; and a bin operably coupled to the trim breaker proximate to the second panel , characterised in that the bin includes a locking feature selectively coupled to the engagement feature , the locking feature includes a body and a projection extending from an end of the body , the projection of the locking feature is selectively coupled to the base portion of the engagement feature , the bin is operable between a locked position and an unlocked position, and the locked position is defined by the projection of the locking feature being coupled with the base portion of the engagement feature . a first panel ; a second panel operably coupled to the first panel to define an insulating cavity ; a trim breaker operably coupled to each of the first panel and the second panel , the trim breaker including a frame and an engagement feature , wherein the trim breaker defines the plurality of apertures in which the engagement feature is defined, and wherein the engagement feature includes an angular side and a base portion ; and a bin operably coupled to the trim breaker proximate to the second panel , characterised in that the bin includes a locking feature selectively coupled to the engagement feature , the locking feature includes a body and a projection extending from an end of the body , the projection of the locking feature is selectively coupled to the base portion of the engagement feature , the bin is operable between a locked position and an unlocked position, and the locked position is defined by the projection of the locking feature being coupled with the base portion of the engagement feature .
A low and medium voltage electrical enclosure comprising a supporting structure which defines an internal space delimited by walls forming one or more compartments housing one or more electrical apparatuses, wherein at least one of said walls is provided with one or more venting openings that put into communication said internal space with the outside of said low voltage electrical enclosure , said one or more venting openings being provided with a cover closing a corresponding venting opening in a first - closed - operating condition and with an actuating device adapted to open said cover in a second - open - operating condition in case of arc fault inside said internal space, wherein said actuating device comprises an actuating mechanism having a Shape Memory Alloy-based, SMA-based, actuating element having a first dimension at first predetermined temperatures reversibly changeable into a second dimension at second predetermined temperatures, the reversible change of dimension of said SMA-based actuating element from said first dimension to said second dimension determining the reversible movement of said cover from said first - closed -operating condition to said second - open - operating condition, and vice-versa, wherein said cover is hinged on a rim portion of a corresponding opening and pivotally movable between said first - closed - operating condition to said second - open - operating condition, characterized in that the rim of said opening is raised with respect to the surface of the corresponding wall on which it is positioned, wherein said cover comprises a first portion extending from said rim portion on which said cover is hinged over said opening and a second portion extending from said rim portion direction opposite to said opening and to said first portion , and wherein said second portion of said cover at least partially counterbalances the weight of said first portion of said cover . characterized in that the rim of said opening is raised with respect to the surface of the corresponding wall on which it is positioned, wherein said cover comprises a first portion extending from said rim portion on which said cover is hinged over said opening and a second portion extending from said rim portion direction opposite to said opening and to said first portion , and wherein said second portion of said cover at least partially counterbalances the weight of said first portion of said cover .
An analog method of making a patterned flexographic printing plate, the method characterized in that it comprises impressing a flexible patterned substrate into an uncured soft photopolymer plate to form the patterned flexographic printing plate, which includes a patterned major surface with relief features having a height of 50 nanometers to 150 micrometers.
A method performed by an access point of a wireless local area network, WLAN, the method comprising: receiving, by the access point, a first ranging request message from a first device on a channel of the WLAN, wherein the first ranging request message includes a device identifier of the first device; monitoring, by the access point, the channel of the WLAN for a second ranging request message from a second device, wherein the second ranging request message includes a device identifier of the second device; in response to receiving the second ranging request message from the second device during a response time period, combining, by the access point, the device identifier of the first device, first timing information associated with the first ranging request message, the device identifier of the second device, and second timing information associated with the second ranging request message into a single ranging response message, wherein the first and second timing information are for determining round trip time, RTT, measurements, by the first and second devices, respectively; and in response to an end of the response time period, broadcasting, by the access point, the single ranging response message on the channel of the WLAN. receiving, by the access point, a first ranging request message from a first device on a channel of the WLAN, wherein the first ranging request message includes a device identifier of the first device; monitoring, by the access point, the channel of the WLAN for a second ranging request message from a second device, wherein the second ranging request message includes a device identifier of the second device; in response to receiving the second ranging request message from the second device during a response time period, combining, by the access point, the device identifier of the first device, first timing information associated with the first ranging request message, the device identifier of the second device, and second timing information associated with the second ranging request message into a single ranging response message, wherein the first and second timing information are for determining round trip time, RTT, measurements, by the first and second devices, respectively; and in response to an end of the response time period, broadcasting, by the access point, the single ranging response message on the channel of the WLAN.
An adhesive for forming an adhesive joint in the following ultraviolet-light-emitting device, which is either the following adhesive (A) or the following adhesive (B) comprising a fluoropolymer having a fluorine-containing alicyclic structure: the ultraviolet-light-emitting device: an ultraviolet-light-emitting device comprising a light-emitting element generating ultraviolet light having a wavelength of from 200 to 400 nm, an optical member which transmits the ultraviolet light generated by the light-emitting element and an adhesive joint formed from the adhesive between the light-emitting element and the optical member, wherein the optical member is made of a fluoropolymer having a fluorine-containing alicyclic structure; the adhesive (A): an adhesive in which the glass transition temperature of the fluoropolymer is from 30 to 100°C, (measured in accordance with JIS K 7121: 2012 edition) and which does not contain an ultraviolet-shielding agent; and the adhesive (B): an adhesive comprising the fluoropolymer and an ultraviolet-shielding agent. the ultraviolet-light-emitting device: an ultraviolet-light-emitting device comprising a light-emitting element generating ultraviolet light having a wavelength of from 200 to 400 nm, an optical member which transmits the ultraviolet light generated by the light-emitting element and an adhesive joint formed from the adhesive between the light-emitting element and the optical member, wherein the optical member is made of a fluoropolymer having a fluorine-containing alicyclic structure; the adhesive (A): an adhesive in which the glass transition temperature of the fluoropolymer is from 30 to 100°C, (measured in accordance with JIS K 7121: 2012 edition) and which does not contain an ultraviolet-shielding agent; and the adhesive (B): an adhesive comprising the fluoropolymer and an ultraviolet-shielding agent.
Direct printing method for a direct printing machine for printing on containers , in particular form containers, with a direct print (D 2 ), wherein the form containers differ from a rotation symmetry about a container longitudinal axis (C), wherein the containers are transported with a transporter to at least one printing station each with at least one direct printing head , characterized in that, from 3D data of the containers , a print movement path (B) of the direct printing machine and from print parameters of the direct printing machine a 3D print model is generated , to predict an image of a print graphic template to be printed on the containers as a direct print, wherein the 3D data comprise a digital data set, which describes a geometry of a container to be printed, wherein the print movement path (B) of the direct printing machine comprises a relative movement between the container to be printed and the at least one direct printing head , wherein by means of the 3D print model a macroscopic correction and a microscopic correction are determined , wherein the macroscopic correction comprises an inverse of a distortion of the print graphic template on the containers and the microscopic correction a nozzle correction , wherein the print graphic template is corrected with the macroscopic correction and stored in a corrected print graphic , wherein by means of a raster image processor a print raster image is generated from the corrected print graphic , and wherein the print raster image is corrected based on the microscopic correction and stored as corrected print raster image and printed as the direct print (D 2 ) with the direct printing machine on the containers . from 3D data of the containers , a print movement path (B) of the direct printing machine and from print parameters of the direct printing machine a 3D print model is generated , to predict an image of a print graphic template to be printed on the containers as a direct print, wherein the 3D data comprise a digital data set, which describes a geometry of a container to be printed, wherein the print movement path (B) of the direct printing machine comprises a relative movement between the container to be printed and the at least one direct printing head , wherein by means of the 3D print model a macroscopic correction and a microscopic correction are determined , wherein the macroscopic correction comprises an inverse of a distortion of the print graphic template on the containers and the microscopic correction a nozzle correction , wherein the print graphic template is corrected with the macroscopic correction and stored in a corrected print graphic , wherein by means of a raster image processor a print raster image is generated from the corrected print graphic , and wherein the print raster image is corrected based on the microscopic correction and stored as corrected print raster image and printed as the direct print (D 2 ) with the direct printing machine on the containers .
A method for preventing data loss in a computer system, wherein the method comprises: searching text data for a plurality of keywords to determine one or more keywords that match the text data; calculating a density of keywords in the text data based on the one or more keywords that match the text data; determining that the text data contains confidential data based on whether the density of keywords exceeds a threshold value; blocking use of the text data containing confidential data from being used in screen-capture, copy and paste, print and fax, and file transfer operations; and overriding the blocking by allowing a use of the text data only by applications in a whitelist. searching text data for a plurality of keywords to determine one or more keywords that match the text data; calculating a density of keywords in the text data based on the one or more keywords that match the text data; determining that the text data contains confidential data based on whether the density of keywords exceeds a threshold value; blocking use of the text data containing confidential data from being used in screen-capture, copy and paste, print and fax, and file transfer operations; and overriding the blocking by allowing a use of the text data only by applications in a whitelist.
A filling composition for optical fiber cables comprising: (A) a mineral oil having a kinematic viscosity from 32 mm 2 /s (32 cSt) to 100 mm 2 /s (100 cSt) at 40°C; (B) a styrene-ethylene/propylene diblock copolymer; characterized in that the filling composition further comprises: (C) from 1 wt% to less than 5 wt% polystyrene having a weight average molecular weight, Mw, of from 1,000 to 100,000. (A) a mineral oil having a kinematic viscosity from 32 mm 2 /s (32 cSt) to 100 mm 2 /s (100 cSt) at 40°C; (B) a styrene-ethylene/propylene diblock copolymer;
A radiographic image capturing system , comprising: an instruction unit adapted to output an instruction signal while a button is pressed by a user; a mammography apparatus adapted to perform contrast imaging according to the instruction signal, in which a breast in a state in which a contrast medium is administered is compressed by a compression plate , wherein the contrast imaging continuously performs a first imaging, in which radiation having a first energy is emitted from a radiation source to the breast and a first radiographic image is generated by a radiation detector , and second imaging, in which radiation having a second energy different from the first energy is emitted from the radiation source to the breast and a second radiographic image is generated by the radiation detector ; characterized by a controller adapted to perform control to display information indicating a predetermined warning on a display unit in a case in which the user releases the button of the instruction unit so that the instruction signal is stopped before the second imaging is completed after start of the first imaging, and wherein the controller is adapted to interrupt the contrast imaging of the mammography apparatus in a case where the stop of the instruction signal is maintained after a predetermined time has passed after displaying the information indicating the warning on the display unit . an instruction unit adapted to output an instruction signal while a button is pressed by a user; a mammography apparatus adapted to perform contrast imaging according to the instruction signal, in which a breast in a state in which a contrast medium is administered is compressed by a compression plate , wherein the contrast imaging continuously performs a first imaging, in which radiation having a first energy is emitted from a radiation source to the breast and a first radiographic image is generated by a radiation detector , and second imaging, in which radiation having a second energy different from the first energy is emitted from the radiation source to the breast and a second radiographic image is generated by the radiation detector ; characterized by a controller adapted to perform control to display information indicating a predetermined warning on a display unit in a case in which the user releases the button of the instruction unit so that the instruction signal is stopped before the second imaging is completed after start of the first imaging, and wherein the controller is adapted to interrupt the contrast imaging of the mammography apparatus in a case where the stop of the instruction signal is maintained after a predetermined time has passed after displaying the information indicating the warning on the display unit .
A laying vessel for laying continuous elongated members unwound off reels, the laying vessel comprising a main deck ; at least one unreeling station along the main deck comprising an unreeling device for supporting one reel for rotation; a pit formed in the main deck , beneath the unreeling station ; and an elevator housed in the pit and configured to lift the reel over the deck level and lower the reel into the pit , characterized in that the laying vessel comprises a support assembly for supporting a bridge for transferring reels, in particular the elevator being configured for lifting/releasing the reel off/onto the bridge and positioning the reel at the unreeling device .
A mechanoluminescent material of strontium aluminate group containing Zr ions.
A bale chamber for an agricultural baler , comprising: a plurality of rolls ; a plurality of belts wrapped around the rolls ; and a movable serpentine arm in contact with the belts and configured to move responsively to lifting by at least one of the belts ; a plurality of tensioning arms , each of the tensioning arms being forced against a respective one of the belts and independently movable relative to the other tensioning arms , each tensioning arm being configured to move against and reduce slack in its respective belt as the serpentine arm moves out of contact with its respective belt , wherein at least one of the tensioning arms is forced against its respective belt by a respective tensioning assembly , and characterized in that the respective tensioning assembly comprising a rotatable tensioning roll and a tensioner coupled to the tensioning arm and the tensioning roll , such that a rotation of the tensioning roll pulls the tensioning arm against the respective one of the belts . a plurality of rolls ; a plurality of belts wrapped around the rolls ; and a movable serpentine arm in contact with the belts and configured to move responsively to lifting by at least one of the belts ; a plurality of tensioning arms , each of the tensioning arms being forced against a respective one of the belts and independently movable relative to the other tensioning arms , each tensioning arm being configured to move against and reduce slack in its respective belt as the serpentine arm moves out of contact with its respective belt , wherein at least one of the tensioning arms is forced against its respective belt by a respective tensioning assembly , and characterized in that the respective tensioning assembly comprising a rotatable tensioning roll and a tensioner coupled to the tensioning arm and the tensioning roll , such that a rotation of the tensioning roll pulls the tensioning arm against the respective one of the belts .
A process for the preparation of a compound of general formula I or its salts with enantiomeric purity ee>90% wherein the isoindolinone aromatic ring can be mono- or polysubstituted with X that may represent H, halogen, an alkyl C 1 -C 10 group or an alkoxy C 1 -C 10 group, nitro, phenyl; said process comprising a decarboxylation process of formula A or of the diacid B, both with enantiomeric purity ee>90% performed under acidic conditions, temperature >95°C and reaction time of less than 30 minutes wherein R is an alkyl C 1 -C 10 group according to the following Scheme S1: the isoindolinone aromatic ring can be mono- or polysubstituted with X that may represent H, halogen, an alkyl C 1 -C 10 group or an alkoxy C 1 -C 10 group, nitro, phenyl; said process comprising a decarboxylation process of formula A or of the diacid B, both with enantiomeric purity ee>90% performed under acidic conditions, temperature >95°C and reaction time of less than 30 minutes wherein R is an alkyl C 1 -C 10 group according to the following Scheme S1: