mhurhangee/ep-ind-claims huggingface dataset:
A device for acquiring images (1, 100) of an area of a human or animal body for remote medical examination comprising a support for receiving a cellular telephone, the support comprising a passage opening arranged to face the camera lens of the cellular telephone when the latter is received by the support, and a sighting head of the area to be examined having a tubular body defining a longitudinally extending through-channel, said sighting head being arranged with the support so that the channel is arranged in alignment with the opening of the support, the sighting head comprising an optical part formed by the body of the sighting head and by at least one lens located inside the channel and an endoscopic part arranged in the axial extension of the optical part, the device further comprising light means and means for guiding the flow of light from the light means, characterized in that the light means are provided on the support or integrated in the sighting head, which light means have, when provided on the support, an independent light source of the LED type, said light flow guiding means extending from the light means to the distal end of the endoscopic part.
A method for synthesizing a compound of Formula I wherein R 1 is C 1-6 alkyl, K 1 and K 2 are independently CH 3, CF 3, CHF 2, CH 2 CF 3, OCH 3, Cl, Br, F, CN or SCH 3, and R 2 is CF 3, Cl or Br, comprising synthesising a compound of Formula A wherein X 1 is a leaving group, by condensing glycolic acid with a compound of Formula G to yield a compound of Formula H cyclizing the compound of Formula H under first basic conditions to make a compound of Formula J and replacing the alcohol with the leaving group X 1 by reacting the compound of Formula J with an activating agent to yield the compound of Formula A, and coupling the compound of Formula A, which is not isolated after its synthesis, with a compound of Formula N in the presence of a first base selected from an inorganic base or a tertiary amine base in a polar aprotic solvent to yield a compound of Formula I.
A method of reporting out accumulated metered data from a client to a metering service, each piece of metered data being indexed within a metering database of the client according to a metering ID, MID, and being sub-indexed within the metering database according to a content-associated ID, KID, the method comprising the client: selecting a particular MID; selecting at least a portion of the metered data in the metering database having the selected MID, the selected metered data being organized according to KID; constructing a challenge to include the selected metered data encrypted according to a symmetric pass key to result in passkey(metereddata), and to further include the pass key encrypted according to a public key, PU-M, of the metering service to result in PU-M(passkey), whereby the metering service can apply a private key, PR-M, corresponding to PU-M to PU-M(passkey) from the challenge to obtain the pass key, can apply the obtained pass key to passkey(metereddata) from the challenge to obtain the metered data, and can then store the obtained metered data; sending the constructed challenge to the metering service, whereby the metering service obtains the metered data from the challenge, stores same, and constructs a response to be returned to the client based on the challenge; receiving the response from the metering service including a list of KIDs of the selected metered data in the challenge; confirming that the response corresponds to the challenge; and processing the list of KIDs in the response by, for each KID in the list, deleting the metered data from the metering database having the selected MID and the KID. selecting a particular MID; selecting at least a portion of the metered data in the metering database having the selected MID, the selected metered data being organized according to KID; constructing a challenge to include the selected metered data encrypted according to a symmetric pass key to result in passkey(metereddata), and to further include the pass key encrypted according to a public key, PU-M, of the metering service to result in PU-M(passkey), whereby the metering service can apply a private key, PR-M, corresponding to PU-M to PU-M(passkey) from the challenge to obtain the pass key, can apply the obtained pass key to passkey(metereddata) from the challenge to obtain the metered data, and can then store the obtained metered data; sending the constructed challenge to the metering service, whereby the metering service obtains the metered data from the challenge, stores same, and constructs a response to be returned to the client based on the challenge; receiving the response from the metering service including a list of KIDs of the selected metered data in the challenge; confirming that the response corresponds to the challenge; and processing the list of KIDs in the response by, for each KID in the list, deleting the metered data from the metering database having the selected MID and the KID.
An assembly for rotational equipment (24; 26; 34), the assembly comprising: a scoop ring body rotatable about a rotational axis, the scoop ring body extending radially between an inner radial side and an outer radial side, and comprising a body material; characterized in having: an insert mounted to the scoop ring body, the insert comprising an insert material and a cutting edge, the insert material being different than the body material, the scoop ring body and the insert forming a passage, the passage extending through the scoop ring body from an inlet at the outer radial side to an outlet at the inner radial side, the cutting edge being at the inlet, the passage extending within the scoop ring body between a first circumferential side and a second circumferential side, and the passage at the first circumferential side being at least partially formed by the insert.
A vertical machining center for machining a workpiece by relatively moving a tool and the workpiece comprising: an X-axis guide (29a,b) configured to guide a table in left and right direction on a bed; a column provided on the bed and having an opening formed to span the X-axis guide (29a,b) in forward and backward direction so as to allow the table to enter in the left and right direction, a saddle provided to move in the forward and backward direction along a first Y-axis guide extending in the forward and backward direction and a second guide which are disposed at a top portion of the column, the second guide disposed below, parallel to and offset in the left and right direction from the first Y-axis guide; and a spindle head disposed at a side of the saddle close to the second Y-axis guide so as to move in the vertical direction, and characterized in that the machining center further comprises a protection cover connected to the saddle, and configured to expand and contract according to the movement of the forward and backward movement of the saddle, wherein a guide rail, configured to slidably support the protection cover, is extended through a through hole in the saddle, whereby an upper end of the protection cover is positioned lower than the height of the saddle. an X-axis guide (29a,b) configured to guide a table in left and right direction on a bed; a column provided on the bed and having an opening formed to span the X-axis guide (29a,b) in forward and backward direction so as to allow the table to enter in the left and right direction, a saddle provided to move in the forward and backward direction along a first Y-axis guide extending in the forward and backward direction and a second guide which are disposed at a top portion of the column, the second guide disposed below, parallel to and offset in the left and right direction from the first Y-axis guide; and a spindle head disposed at a side of the saddle close to the second Y-axis guide so as to move in the vertical direction, and characterized in that the machining center further comprises a protection cover connected to the saddle, and configured to expand and contract according to the movement of the forward and backward movement of the saddle, wherein a guide rail, configured to slidably support the protection cover, is extended through a through hole in the saddle, whereby an upper end of the protection cover is positioned lower than the height of the saddle.
A movable blade for a turbomachine, the blade having at its distal end a top portion comprising: • a platform defining the outside surface of the passage for gas passing through the turbomachine, and having opposite first and second side edges (21, 22); and · upstream and downstream sealing wipers (31, 32) extending radially outwards from said platform; in which each of the first and second side edges (21, 22) has a substantially Z-shaped profile between the upstream and downstream wipers (31, 32), which profile has a first segment (21A; 22A) close to the upstream wiper, an intermediate second segment (21B; 22B), and a third segment (21C; 22C) close to the downstream wiper, the first and third segments (21A, 21C; 22A, 22C) being substantially parallel to each other, and the second segment (21B; 22B) extending obliquely between the first and third segments; wherein the top portion includes, on the side of the first side edge, a first outwardly projecting rim that extends along the second segment of the first side edge, and wherein the top portion includes, on the side of the second side edge, a second outwardly projecting rim, the second rim having a downstream portion connected to the downstream wiper and extending along the second and third segments (22A, 22C) of the second side edge, and an upstream portion extending the downstream portion as far as the upstream wiper, the blade being characterized by: the first rim not being connected to either of the upstream and downstream wipers (31, 32); and by the upstream portion of the second rim being set back relative to the first segment of the second side edge. • a platform defining the outside surface of the passage for gas passing through the turbomachine, and having opposite first and second side edges (21, 22); and the first rim not being connected to either of the upstream and downstream wipers (31, 32); and by the upstream portion of the second rim being set back relative to the first segment of the second side edge.
A method performed by a terminal in wireless communication system, the method comprising: receiving, from a base station, system information including at least one parameter for a paging operation; and monitoring a paging occasion, PO, in a discontinuous reception, DRX, cycle based on the at least one parameter for the paging, wherein the PO corresponds to a set of one or more physical downlink control channel, PDCCH, monitoring occasions for the paging, wherein a number of the one or more PDCCH monitoring occasions for the paging in the set is a number of at least one synchronization signal block, SSB, transmitted from the base station, wherein PDCCH monitoring occasions are sequentially numbered from zero, wherein an index number of a starting PDCCH monitoring occasion of the PO is a multiplication of 'S' and an index 'i_s' of the PO, and wherein the 'S' is the number of the at least one SSB transmitted from the base station. receiving, from a base station, system information including at least one parameter for a paging operation; and monitoring a paging occasion, PO, in a discontinuous reception, DRX, cycle based on the at least one parameter for the paging, wherein the PO corresponds to a set of one or more physical downlink control channel, PDCCH, monitoring occasions for the paging, wherein a number of the one or more PDCCH monitoring occasions for the paging in the set is a number of at least one synchronization signal block, SSB, transmitted from the base station, wherein PDCCH monitoring occasions are sequentially numbered from zero, wherein an index number of a starting PDCCH monitoring occasion of the PO is a multiplication of 'S' and an index 'i_s' of the PO, and wherein the 'S' is the number of the at least one SSB transmitted from the base station.
A method, comprising: receiving, by a user device (102a, 102b, 102n), a state advertisement message broadcast from a media device; based on the state advertisement message, determining, by the user device, that an input control on the media device is currently selected; responsive to a determination that the input control on the media device is currently selected: presenting, by the user device, a first graphical notification prompting a user to invoke a virtual keyboard on the user device; receiving, by the user device via the first graphical notification, a first user input invoking the virtual keyboard on the user device; presenting, on a display of the user device, the virtual keyboard for providing input to the text input control selected on the media device, wherein the virtual keyboard is provided by an operating system of the user device that is distinct from any user application on the user device; receiving, by the user device, user input dismissing the virtual keyboard; and delaying, by the user device, dismissal of the virtual keyboard for a period of time after receiving the user input dismissing the virtual keyboard. receiving, by a user device (102a, 102b, 102n), a state advertisement message broadcast from a media device; based on the state advertisement message, determining, by the user device, that an input control on the media device is currently selected; responsive to a determination that the input control on the media device is currently selected: presenting, by the user device, a first graphical notification prompting a user to invoke a virtual keyboard on the user device; receiving, by the user device via the first graphical notification, a first user input invoking the virtual keyboard on the user device; presenting, on a display of the user device, the virtual keyboard for providing input to the text input control selected on the media device, wherein the virtual keyboard is provided by an operating system of the user device that is distinct from any user application on the user device; receiving, by the user device, user input dismissing the virtual keyboard; and delaying, by the user device, dismissal of the virtual keyboard for a period of time after receiving the user input dismissing the virtual keyboard. presenting, by the user device, a first graphical notification prompting a user to invoke a virtual keyboard on the user device; receiving, by the user device via the first graphical notification, a first user input invoking the virtual keyboard on the user device; presenting, on a display of the user device, the virtual keyboard for providing input to the text input control selected on the media device, wherein the virtual keyboard is provided by an operating system of the user device that is distinct from any user application on the user device; receiving, by the user device, user input dismissing the virtual keyboard; and delaying, by the user device, dismissal of the virtual keyboard for a period of time after receiving the user input dismissing the virtual keyboard.
A process for making an article of manufacture from a soft-magnetic Fe-Co alloy comprising the following steps in this order: providing a substantially flat, elongated article formed of a soft-magnetic Fe-Co alloy, said Fe-Co alloy having a crystal lattice structure that consists essentially of a disordered phase by carrying out the following steps: melting and casting the Fe-Co alloy to provide an ingot; hot working the ingot to form an intermediate elongated strip; and then cold rolling the intermediate elongated strip to a final thickness; performing a pre-fabrication annealing step at 600-870°C in a non-oxidizing atmosphere followed by cooling in air to room temperature; fabricating an article of manufacture from the elongated article of the Fe-Co alloy; and then post-fabrication annealing the article of manufacture at 704-871 °C in a protective atmosphere followed by cooling at 133-222°C/h to 316°C and further cooling to room temperature. providing a substantially flat, elongated article formed of a soft-magnetic Fe-Co alloy, said Fe-Co alloy having a crystal lattice structure that consists essentially of a disordered phase by carrying out the following steps: melting and casting the Fe-Co alloy to provide an ingot; hot working the ingot to form an intermediate elongated strip; and then cold rolling the intermediate elongated strip to a final thickness; melting and casting the Fe-Co alloy to provide an ingot; hot working the ingot to form an intermediate elongated strip; and then cold rolling the intermediate elongated strip to a final thickness; performing a pre-fabrication annealing step at 600-870°C in a non-oxidizing atmosphere followed by cooling in air to room temperature; fabricating an article of manufacture from the elongated article of the Fe-Co alloy; and then post-fabrication annealing the article of manufacture at 704-871 °C in a protective atmosphere followed by cooling at 133-222°C/h to 316°C and further cooling to room temperature.
A universal load measuring ball assembly for attachment to a ball mount, comprising: a ball post having a ball end, a gauge end, an exterior surface, and an interior surface opposite the exterior surface, the interior surface defining an interior cavity, the ball post being securable to a ball mount; a hitch ball slidably coupled to the ball post at the ball end; a load gauge disposed at the gauge end; and a load transfer element (920, 922) operably associated with both the hitch ball and the load gauge so as to cause a load measurement to display on the load gauge based upon a load applied to the hitch ball, wherein at least a portion of the load transfer element (920, 922) is disposed within the interior cavity, characterized in that a portion of the load transfer element (920, 922) provides resistance and/or back pressure to support the hitch ball above the ball end of the ball post by extending out of the ball post at the ball end to provide a gap between the hitch ball and the ball end of the ball post. a ball post having a ball end, a gauge end, an exterior surface, and an interior surface opposite the exterior surface, the interior surface defining an interior cavity, the ball post being securable to a ball mount; a hitch ball slidably coupled to the ball post at the ball end; a load gauge disposed at the gauge end; and a load transfer element (920, 922) operably associated with both the hitch ball and the load gauge so as to cause a load measurement to display on the load gauge based upon a load applied to the hitch ball, wherein at least a portion of the load transfer element (920, 922) is disposed within the interior cavity, characterized in that a portion of the load transfer element (920, 922) provides resistance and/or back pressure to support the hitch ball above the ball end of the ball post by extending out of the ball post at the ball end to provide a gap between the hitch ball and the ball end of the ball post.
A composition for use in a method of treating presbyopia, wherein the composition is pharmaceutically acceptable and comprises pilocarpine hydrochloride at a concentration of 1.25% w/v, wherein pilocarpine hydrochloride is the sole active ingredient, and wherein the composition further comprises boric acid, sodium citrate dihydrate, sodium chloride, hydrochloric acid and/or sodium hydroxide, and water.
A combustion chamber comprising a duct wall for guiding a hot gas flow in a hot gas flow path during operation, wherein the duct wall is a double-walled construction including an inner face, an outer face, and a wall cavity extending from a cavity inlet to a cavity outlet along the duct wall characterized in that a sleeve is at least partly enclosing the duct wall for guiding a cooling gas in a cooling channel between the sleeve and the duct wall along the outer surface of the duct wall to an exit end, and in that the cavity outlet opens to the cooling channel.
A method for filling a liquid tank (40A, 10; 3, 10) of a spreader for winter service vehicles, wherein the liquid tank has a first tank container (40A; 3) and at least one second tank container connected to the first tank container via a liquid line (50, 50A), and wherein the first tank container (40; 3) is a spreading material container which is coupled or is coupleable to a spreading device for spreading solid spreading materials received in the spreading material container, or a tank sack or rigid insertable tank received in the spreading material container, characterized by the following steps: - filling the first tank container (40A; 3) with liquid, such as for example brine, up to a moment as of when the liquid filled in the first tank container (40A; 3) begins to flow through the liquid line (50, 50A) into the at least one second tank container, and - filling the at least one second tank container with liquid from the first tank container (40A; 3) through the liquid line (50, 50A) following the above-mentioned moment, or - filling the at least one second tank container with liquid, such as for example brine, up to a moment as of when the liquid filled in the at least one second tank container begins to flow through the liquid line (50, 50A) into the first tank container (40A; 3), and - filling the first tank container (40A; 3) with liquid from the at least one second tank container through the liquid line (50, 50A) following the above-mentioned moment. - filling the first tank container (40A; 3) with liquid, such as for example brine, up to a moment as of when the liquid filled in the first tank container (40A; 3) begins to flow through the liquid line (50, 50A) into the at least one second tank container, and - filling the at least one second tank container with liquid from the first tank container (40A; 3) through the liquid line (50, 50A) following the above-mentioned moment, or - filling the at least one second tank container with liquid, such as for example brine, up to a moment as of when the liquid filled in the at least one second tank container begins to flow through the liquid line (50, 50A) into the first tank container (40A; 3), and - filling the first tank container (40A; 3) with liquid from the at least one second tank container through the liquid line (50, 50A) following the above-mentioned moment.
A turbomachine having an air flow measurement system, the air flow measurement system comprising: a plurality of acoustic sensors, the acoustic sensors located upstream of a compressor (14,15) of the turbomachine; the acoustic sensors comprising at least one acoustic transmitter configured to transmit an acoustic waveform through an intake airflow to an acoustic receiver; and where the acoustic sensors are located in a single plane and mounted at angular spacing about a central axis of an intake; the turbomachine having an internal component that axially extends within the airflow, characterized in that the internal component intercepts the single plane defined by the plurality of acoustic sensors, the internal component has a further acoustic sensor configured to communicate with the plurality of acoustic sensors, the internal component rotates about an axial axis and the further sensor is configured to rotate with the internal component. a plurality of acoustic sensors, the acoustic sensors located upstream of a compressor (14,15) of the turbomachine; the acoustic sensors comprising at least one acoustic transmitter configured to transmit an acoustic waveform through an intake airflow to an acoustic receiver; and where the acoustic sensors are located in a single plane and mounted at angular spacing about a central axis of an intake; the turbomachine having an internal component that axially extends within the airflow, characterized in that the internal component intercepts the single plane defined by the plurality of acoustic sensors, the internal component has a further acoustic sensor configured to communicate with the plurality of acoustic sensors, the internal component rotates about an axial axis and the further sensor is configured to rotate with the internal component.