mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a housing orientation sensor to provide a first signal representative of an orientation of a housing of a meter ; a stencil orientation sensor to provide a second signal representative of an orientation of a stencil of the meter; and an orientation validator to receive the first and second signals, the orientation validator to determine, based on the first signal and the second signal, whether an orientation of the stencil relative to an orientation 1902, 2002, 2204, 2302) of the housing is valid. a housing orientation sensor to provide a first signal representative of an orientation of a housing of a meter ; a stencil orientation sensor to provide a second signal representative of an orientation of a stencil of the meter; and an orientation validator to receive the first and second signals, the orientation validator to determine, based on the first signal and the second signal, whether an orientation of the stencil relative to an orientation 1902, 2002, 2204, 2302) of the housing is valid.
A lubrication system for heat exchanger fin stock comprises: a head configured to receive the fin stock , the head including: a lower jaw ; an upper jaw movable relative to the lower jaw with the fin stock receivable between the lower jaw and the upper jaw; a strip of material connected to each of the upper jaw and the lower jaw and configured to absorb a lubricant and wipe the lubricant onto a surface of the fin stock and an opposite surface of the fin stock; wherein the lower jaw is fixed to a base , an actuator is fixed to the base and to the upper jaw and is configured to move the upper jaw linearly relative to the base and lower jaw and into and out of engagement with the fin stock, characterized in that the actuator is a pneumatic linear actuator, and a first air supply is connected to the actuator and delivers pressurised air at a first pressure in order to raise the upper jaw relative to the lower jaw, and a second air supply is connected to the actuator and delivers pressurised air at a second pressure in order to lower the upper jaw relative to the lower jaw. a lower jaw ; an upper jaw movable relative to the lower jaw with the fin stock receivable between the lower jaw and the upper jaw; a strip of material connected to each of the upper jaw and the lower jaw and configured to absorb a lubricant and wipe the lubricant onto a surface of the fin stock and an opposite surface of the fin stock; wherein the lower jaw is fixed to a base , an actuator is fixed to the base and to the upper jaw and is configured to move the upper jaw linearly relative to the base and lower jaw and into and out of engagement with the fin stock, characterized in that the actuator is a pneumatic linear actuator, and a first air supply is connected to the actuator and delivers pressurised air at a first pressure in order to raise the upper jaw relative to the lower jaw, and a second air supply is connected to the actuator and delivers pressurised air at a second pressure in order to lower the upper jaw relative to the lower jaw.
An autonomous floor cleaning system comprising: an autonomous floor cleaner comprising: an autonomously moveable housing ; a drive system operable to move the autonomously moveable housing about a floor surface; and a cleaning pad on an underside of the autonomously moveable housing ; and a docking station comprising: a base ; characterized in that it comprises a platform configured to underlie the cleaning pad in a docked position of the autonomous floor cleaner at the docking station , the platform moveable upwardly in a direction away from the base and downwardly in a direction toward the base . an autonomous floor cleaner comprising: an autonomously moveable housing ; a drive system operable to move the autonomously moveable housing about a floor surface; and a cleaning pad on an underside of the autonomously moveable housing ; and an autonomously moveable housing ; a drive system operable to move the autonomously moveable housing about a floor surface; and a cleaning pad on an underside of the autonomously moveable housing ; and a docking station comprising: a base ; characterized in that it comprises a platform configured to underlie the cleaning pad in a docked position of the autonomous floor cleaner at the docking station , the platform moveable upwardly in a direction away from the base and downwardly in a direction toward the base .
Method of production by additive manufacturing of at least one part of a combustion chamber of an aeronautic turbomachine extending around an axis (X1) and comprising a radially outer wall which is lined locally by a radially inner wall so as to form an intermediate space between them which can create a film of air, characterised in that , from bottom to top and by additive manufacturing: - while a lower portion of said radially outer wall is created by depositing a succession of layers of material, the deposition of layers of said material is continued in order to erect, on said lower portion, bridges which are raised next to one another up to the tops of said bridges, where - the deposition of layers of said material is continued in order to create, annularly around the axis (X1), the radially inner wall , while continuing with said creation of the radially outer wall , and - said deposition of layers of material is further continued, at least until said lower portion of the radially outer wall joins an end of the radially inner wall that is opposite the end where the bridges are located, doing so: - while creating, polygonally around the axis (X1), said radially outer wall and radially inner wall , and - while creating the bridges such that they extend in an inclined manner between said radially outer wall and radially inner wall, not perpendicular to the side of the polygon where they are arranged, such that the bridges are arranged next to one another towards the end of the radially inner wall that is opposite the end where the radially inner wall joins the radially outer wall . - while a lower portion of said radially outer wall is created by depositing a succession of layers of material, the deposition of layers of said material is continued in order to erect, on said lower portion, bridges which are raised next to one another up to the tops of said bridges, where - the deposition of layers of said material is continued in order to create, annularly around the axis (X1), the radially inner wall , while continuing with said creation of the radially outer wall , and - said deposition of layers of material is further continued, at least until said lower portion of the radially outer wall joins an end of the radially inner wall that is opposite the end where the bridges are located, - while creating, polygonally around the axis (X1), said radially outer wall and radially inner wall , and - while creating the bridges such that they extend in an inclined manner between said radially outer wall and radially inner wall, not perpendicular to the side of the polygon where they are arranged,
A top roller for a drafting system, comprising an axle centre piece and two journal bearings having bearing pins which are arranged on opposite sides in the axle centre piece and on the free end of each of which there is arranged at least one rolling-element bearing which supports an outer ring , the axle centre piece being adapted to the respective different pitches and/or saddle shapes of top roller support and weighting arms, holes being arranged on both sides in the axle centre piece for receiving the bearing pins , and the holes on both sides for pressing in the bearing pins having a uniform depth (B) for the bearing pins having the same length and the same diameter, characterised in that the bearing pin and the outer ring each have spherical rolling-element raceways which are arranged symmetrically with respect to the radial centre plane (M) of the outer ring , the flange heights of the rolling-element raceways of the bearing pins and of the outer ring being between 5% and 15% of the diameter of the rolling element , all the bearing devices required for the bearing arrangement being arranged on the bearing pin , so that, when the top roller is assembled, the axle centre piece can be selected for adaptation to different pitches and/or saddle shapes regardless of the bearing pins used together with the rolling-element bearing and outer ring .
A method for the preparation of an N-monofluoroalkyl tropane of formula (VI) wherein n is 2, 3 or 4, comprising the steps: a) provision of a compound of formula (I) b) reduction of the carbonyl group to a hydroxyl group to give the compound of formula (II) c) dehydration reaction to give the compound of formula (III) d) addition of a 4-bromophenyl moiety to give the compound of formula (IV) e) N-demethylation to give the compound of formula (V) f) alkylation with an alkylation agent of formula F-(CH 2 ) n -Br in the presence of a base to give the N-monofluoroalkyl tropane of formula (VI), wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f). wherein n is 2, 3 or 4, comprising the steps: a) provision of a compound of formula (I) b) reduction of the carbonyl group to a hydroxyl group to give the compound of formula (II) c) dehydration reaction to give the compound of formula (III) d) addition of a 4-bromophenyl moiety to give the compound of formula (IV) e) N-demethylation to give the compound of formula (V) f) alkylation with an alkylation agent of formula F-(CH 2 ) n -Br in the presence of a base to give the N-monofluoroalkyl tropane of formula (VI), wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f). a) provision of a compound of formula (I) b) reduction of the carbonyl group to a hydroxyl group to give the compound of formula (II) c) dehydration reaction to give the compound of formula (III) d) addition of a 4-bromophenyl moiety to give the compound of formula (IV) e) N-demethylation to give the compound of formula (V) f) alkylation with an alkylation agent of formula F-(CH 2 ) n -Br in the presence of a base to give the N-monofluoroalkyl tropane of formula (VI), wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f). wherein n is 2, 3 or 4, wherein the enantiomers are separated once after step f).
A position adjustment mechanism that controls the mechanisms of construction equipment, said position adjustment mechanism comprising of a control console , a base support , and a body that is movable relative to said base support and passing through the base supports , which adjusts the location of the control console relative to the driver, which is formed of a connector allowing the said body to rotate clockwise or anticlockwise, and comprising a trigger that shifts said body to an idle mode; further comprising: • A transfer arm that transfers movement of said trigger , • A coupling mechanism that is in communication with said transfer arm , and shifts said body to an idle mode or allows it to be retained in a desired position, • A fixed gear , wherein said coupling mechanism is engaged to said fixed gear when it switches to coupling position. characterized in that the movable body is located between the base supports and in that the fixed gear is connected to said base support on its two sidewalls. • A transfer arm that transfers movement of said trigger , • A coupling mechanism that is in communication with said transfer arm , and shifts said body to an idle mode or allows it to be retained in a desired position, • A fixed gear ,
A process for forming a compound of formula ( XIV ), or a boronic acid anhydride thereof: comprising the steps: (A) coupling a trifluoroacetic acid addition salt of a compound of formula ( XVIII ): with a compound of formula ( XIXa ): wherein the moiety -C(O)X is an O-(N-hydroxysuccinimide)ester generated in situ by contacting N-(2-pyrazinecarbonyl)-L-phenylalanine with dicyclohexylcarbodiimide and N-hydroxysuccinimide, to form a compound of formula ( XXIII ): (B) deprotecting the boronic acid moiety to form the compound of formula ( XIV ), or a boronic acid anhydride thereof. (A) coupling a trifluoroacetic acid addition salt of a compound of formula ( XVIII ): with a compound of formula ( XIXa ): wherein the moiety -C(O)X is an O-(N-hydroxysuccinimide)ester generated in situ by contacting N-(2-pyrazinecarbonyl)-L-phenylalanine with dicyclohexylcarbodiimide and N-hydroxysuccinimide, to form a compound of formula ( XXIII ): (B) deprotecting the boronic acid moiety to form the compound of formula ( XIV ), or a boronic acid anhydride thereof.
A medical device, comprising: a vascular access device for introducing a substance into a blood vessel of a patient, wherein the vascular access device comprises: a body with a lumen , a septum placed within the lumen, and a status indicator, wherein the status indicator is adapted to provide an indication of disinfection of at least a portion of the vascular access device , and wherein the status indicator includes one of : a thermochromic material on a surface of the septum , whereby upon swabbing the surface with alcohol or another rapidly evaporating liquid the surface changes color temporarily to another color indicating that the device has been, cleaned; or; a colored substrate beneath a textured surface on a surface of the septum, wherein when the textured surface is swabbed with an alcohol, water, or another disinfectant or liquid, the liquid is absorbed by the textured surface and the textured surface appears transparent and after the liquid evaporates, the textured surface appears frosted, opaque, or otherwise obscured; or a piezochromic material comprised by the septum, wherein when exposed to an increased pressure from a swabbing action of disinfective swabbing, the piezochromic material changes color. a body with a lumen , a septum placed within the lumen, and a status indicator, wherein the status indicator is adapted to provide an indication of disinfection of at least a portion of the vascular access device , and wherein the status indicator includes one of : a thermochromic material on a surface of the septum , whereby upon swabbing the surface with alcohol or another rapidly evaporating liquid the surface changes color temporarily to another color indicating that the device has been, cleaned; or; a colored substrate beneath a textured surface on a surface of the septum, wherein when the textured surface is swabbed with an alcohol, water, or another disinfectant or liquid, the liquid is absorbed by the textured surface and the textured surface appears transparent and after the liquid evaporates, the textured surface appears frosted, opaque, or otherwise obscured; or a piezochromic material comprised by the septum, wherein when exposed to an increased pressure from a swabbing action of disinfective swabbing, the piezochromic material changes color. a thermochromic material on a surface of the septum , whereby upon swabbing the surface with alcohol or another rapidly evaporating liquid the surface changes color temporarily to another color indicating that the device has been, cleaned; or; a colored substrate beneath a textured surface on a surface of the septum, wherein when the textured surface is swabbed with an alcohol, water, or another disinfectant or liquid, the liquid is absorbed by the textured surface and the textured surface appears transparent and after the liquid evaporates, the textured surface appears frosted, opaque, or otherwise obscured; or a piezochromic material comprised by the septum, wherein when exposed to an increased pressure from a swabbing action of disinfective swabbing, the piezochromic material changes color.
A device for formfree printing a three-dimensional object in layers using at least one printing material , the device comprising: at least one printing head configured to output printing material in at least one printing material string in string-shape; a printing platen configured to receive the at least one printing material string output by the at least one printing head ; a rod-shaped heating device movably arranged over the printing platen , wherein the rod-shaped heating device comprises a rod-shaped lamp, and wherein the rod-shaped lamp has a length of approximately the same or higher than the width of the printing platen so that the irradiated heat is irradiated on substantially the entire width of the printing platen ; a heat controller configured to control the rod-shaped heating device to emit a heat irradiation directed to the printing platen to heat the at least one printing material string to a reaction temperature to trigger a chemical reaction of the at least one printing material of the at least one printing material string; at least one motor coupled to the rod-shaped heating device to move it over the printing platen ; and a motor controller configured to control the at least one motor to move the rod-shaped heating device over the printing platen to harden the at least one printing material string printed on the printing platen . at least one printing head configured to output printing material in at least one printing material string in string-shape; a printing platen configured to receive the at least one printing material string output by the at least one printing head ; a rod-shaped heating device movably arranged over the printing platen , wherein the rod-shaped heating device comprises a rod-shaped lamp, and wherein the rod-shaped lamp has a length of approximately the same or higher than the width of the printing platen so that the irradiated heat is irradiated on substantially the entire width of the printing platen ; a heat controller configured to control the rod-shaped heating device to emit a heat irradiation directed to the printing platen to heat the at least one printing material string to a reaction temperature to trigger a chemical reaction of the at least one printing material of the at least one printing material string; at least one motor coupled to the rod-shaped heating device to move it over the printing platen ; and a motor controller configured to control the at least one motor to move the rod-shaped heating device over the printing platen to harden the at least one printing material string printed on the printing platen .
A robot for exploring a pipe comprising a first frame and a second frame , the first frame and the second frame each comprising a bearing module provided with several hinged arms , each hinged arm comprising a bearing portion applicable to a wall of the pipe , the bearing portion being displaceable by a movement of a hinged arm , each bearing module is configured to alternately switch from a configuration of engagement of the bearing portion to a configuration of disengagement of the bearing portion , each hinged arm being more deployed in said engagement configuration than in said disengagement configuration, each bearing module is further configured such that the hinged arms are disposed in a plane perpendicular to a longitudinal axis (x) of at least one of the first frame and the second frame , and such that the hinged arms are at least partially movable between said engagement configuration and said disengagement configuration, according to a rotational movement, on at least one angular sector, about an axis parallel to the longitudinal axis (x) of at least one of the first frame and the second frame , each hinged arm comprises a first rod and a second rod , the first rod being configured so as to be hinged in rotation with the second rod , in a direction parallel to the longitudinal axis of the at least one of the first frame and the second frame by at least one distal pivot and one proximal pivot , the robot being characterised in that the first rod and the second rod each comprise a distal portion and a proximal portion , the distal portion and the proximal portion being hinged in rotation by an intermediate pivot , in a direction parallel to the longitudinal axis of the at least one of the first frame and the second frame , the intermediate pivot being located between the distal pivot and the proximal pivot , along each of the first rod and second rod .
A method for sorting tires on basis of its components, characterized in that said tires are sorted on basis of its silica content, wherein said silica content of said tires is measured by using one or more sensor-based technologies chosen from the group of electrical resistivity (ER), X-ray fluorescence (XRF), Near-infrared (NIR) and laser-induced plasma spectroscopy (LIPS).
An information device comprising: a communication component configured to communicate with an external device; and a controller configured to download video data from the external device through the communication component , configured to execute a post-download processing for playing the video data after completing download of the video data, and configured to execute an application for playing the video data, characterized in that the controller is configured to send a download request for the video data to the external device based on a processing time for the post-download processing while the application for playing the video data is running in the background; the controller is configured to determine if the post-download processing is to be completed within a specific length of time after completing download of the video data; and if the controller determines that the post-download processing is not to be completed within the specific length of time, the controller is configured to send the download request again for part of the video data to the external device (S8) before the status of the application for playing the video data changes from background into suspended. a communication component configured to communicate with an external device; and a controller configured to download video data from the external device through the communication component , configured to execute a post-download processing for playing the video data after completing download of the video data, and configured to execute an application for playing the video data, characterized in that the controller is configured to send a download request for the video data to the external device based on a processing time for the post-download processing while the application for playing the video data is running in the background; the controller is configured to determine if the post-download processing is to be completed within a specific length of time after completing download of the video data; and if the controller determines that the post-download processing is not to be completed within the specific length of time, the controller is configured to send the download request again for part of the video data to the external device (S8) before the status of the application for playing the video data changes from background into suspended.