mhurhangee/ep-ind-claims huggingface dataset:
An endoscope apparatus comprising: an endoscope apparatus body portion which includes a first connector, and which is connectable to an insertion portion having an image pickup device disposed at a distal end portion thereof; and a connection unit which includes: a second connector which is removably connectable to the endoscope apparatus body portion by communicating the second connector with the first connector; a camera interface configured to drive the image pickup device and receive image data from the image pickup device; a non-volatile memory configured to store a program for processing the image data received by the camera interface via the second connector and to store the processed image data; a CPU configured to control the processing of the image data in accordance with the stored program to produce processed data; and a display data output section configured to output the processed data via the second connector for display on a display device. an endoscope apparatus body portion which includes a first connector, and which is connectable to an insertion portion having an image pickup device disposed at a distal end portion thereof; and a connection unit which includes: a second connector which is removably connectable to the endoscope apparatus body portion by communicating the second connector with the first connector; a camera interface configured to drive the image pickup device and receive image data from the image pickup device; a non-volatile memory configured to store a program for processing the image data received by the camera interface via the second connector and to store the processed image data; a CPU configured to control the processing of the image data in accordance with the stored program to produce processed data; and a display data output section configured to output the processed data via the second connector for display on a display device. a second connector which is removably connectable to the endoscope apparatus body portion by communicating the second connector with the first connector; a camera interface configured to drive the image pickup device and receive image data from the image pickup device; a non-volatile memory configured to store a program for processing the image data received by the camera interface via the second connector and to store the processed image data; a CPU configured to control the processing of the image data in accordance with the stored program to produce processed data; and a display data output section configured to output the processed data via the second connector for display on a display device.
A pharmaceutical composition comprising a crystalline form of 5-azacytidine for use in a method of treating myelodysplastic syndromes, wherein the crystalline form of 5-azacytidine is characterized by peaks observed using X-ray powder diffraction (Cu Kα radiation), comprising peaks having the following 2θ angles: 2θ Angle (°) 6.566 11.983 13.089 15.138 17.446 20.762 21.049 22.776 24.363 25.743 26.305 28.741 31.393 32.806 33.043 33.536 36.371 39.157 41.643, and wherein the method comprises the oral administration of the pharmaceutical composition.
A process for the preparation of micronized crystalline particles of a glycopyrronium pharmaceutically acceptable salt, the process comprising the steps of: (a) feeding the micronization chamber of a wet milling apparatus containing grinding media, with a water immiscible anti-solvent selected from the group consisting of perfluorodecane, decafluoropentane and 2H,3H-decafluoropentane; (b) suspending the particles of the glycopyrronium salt in said anti-solvent; (c) micronizing said suspended particles at a pressure comprised between 50 and 200 kPa and at a temperature comprised between 0 and 40°C; (d) drying the obtained micronized particles to remove the anti-solvent; whereby at least 90% of said drug particles have a volume diameter of less than 10 micron as determined by Malvern apparatus. (a) feeding the micronization chamber of a wet milling apparatus containing grinding media, with a water immiscible anti-solvent selected from the group consisting of perfluorodecane, decafluoropentane and 2H,3H-decafluoropentane; (b) suspending the particles of the glycopyrronium salt in said anti-solvent; (c) micronizing said suspended particles at a pressure comprised between 50 and 200 kPa and at a temperature comprised between 0 and 40°C; (d) drying the obtained micronized particles to remove the anti-solvent; whereby at least 90% of said drug particles have a volume diameter of less than 10 micron as determined by Malvern apparatus.
A backplane assembly for engaging with a plurality of battery modules, the backplane assembly defining a battery module-receiving side and comprising separate substructures including: a power substructure adjacent the battery module-receiving side and comprising electrical connectors arranged to engage with corresponding electrical connectors of one or more of the battery modules engaged with the backplane assembly; a cooling substructure adjacent the power substructure, in fluid communication with the battery module-receiving side and arranged such that a cooling fluid moving through the cooling substructure is directed towards the battery module-receiving side so as to cool one or more of the battery modules engaged with the backplane assembly, wherein the cooling substructure is further arranged such that a cooling fluid introduced to the cooling substructure moves through the cooling substructure before reaching the battery module-receiving side; and an exhaust substructure adjacent the cooling substructure, in fluid communication with the battery module-receiving side and arranged such that exhaust gases vented by one or more of the battery modules engaged with the backplane assembly are directed away from the backplane assembly. a power substructure adjacent the battery module-receiving side and comprising electrical connectors arranged to engage with corresponding electrical connectors of one or more of the battery modules engaged with the backplane assembly; a cooling substructure adjacent the power substructure, in fluid communication with the battery module-receiving side and arranged such that a cooling fluid moving through the cooling substructure is directed towards the battery module-receiving side so as to cool one or more of the battery modules engaged with the backplane assembly, wherein the cooling substructure is further arranged such that a cooling fluid introduced to the cooling substructure moves through the cooling substructure before reaching the battery module-receiving side; and an exhaust substructure adjacent the cooling substructure, in fluid communication with the battery module-receiving side and arranged such that exhaust gases vented by one or more of the battery modules engaged with the backplane assembly are directed away from the backplane assembly.
A display controlling device for displaying, on a display mounted inside a vehicle on a vehicle body, an image of outside of the vehicle so as to appear as if looking through the vehicle body of the vehicle, comprising: a position detecting unit configured to detect a position of the head of the driver and a position of an eye of the driver; a region adjusting unit configured to adjust a position of a region, of the image of the outside of the vehicle, displayed on the display, depending on a detection result by the position detecting unit; and a display controlling unit configured to display, on the display, an image corresponding to the region at the position adjusted by the region adjusting unit, characterized in that the region adjusting unit is further configured to prevent adjustment of the position of the region to a position corresponding to a change of the position of the eye in a vertical direction and to adjust the position of the region to a position corresponding to a change of the position of the eye in the crosswise direction, when the position of the head has changed so as to move in both the vertical direction and the crosswise direction of the vehicle. a position detecting unit configured to detect a position of the head of the driver and a position of an eye of the driver; a region adjusting unit configured to adjust a position of a region, of the image of the outside of the vehicle, displayed on the display, depending on a detection result by the position detecting unit; and a display controlling unit configured to display, on the display, an image corresponding to the region at the position adjusted by the region adjusting unit, characterized in that the region adjusting unit is further configured to prevent adjustment of the position of the region to a position corresponding to a change of the position of the eye in a vertical direction and to adjust the position of the region to a position corresponding to a change of the position of the eye in the crosswise direction, when the position of the head has changed so as to move in both the vertical direction and the crosswise direction of the vehicle.
An optical system arranged to provide an output which in operation comprises at least one figure of merit, Q, said system being or comprising a fibre laser source comprising a cavity comprising a reflecting optical component forming one end of a laser cavity, said reflecting component has a non-linear response and has multiple working areas, said reflecting component being mounted on a support member, (11,13) said system further comprising an optical beam path arranged to bring light into interaction with at least one working area of the reflecting optical component wherein the position of said working area(s) may be selected by relative movement between said optical beam path and said reflecting component while keeping Q substantially unaffected by said movement and wherein the spatial location of said beam path is substantially unaffected by said movement.
A location-information transmitting apparatus, located on a transmission path of an Internet Protocol, IP, packet, for allocating a server to a terminal in a wireless communication system, the location-information transmitting apparatus comprising: a transceiver configured to transmit or receive signals; and a controller coupled with the transceiver and configured to: receive, from the terminal, the IP packet including a domain name system, DNS, query, insert terminal location information into the IP packet, wherein the terminal location information includes cell location information associated with the terminal, transmit, to a DNS server, the IP packet including the terminal location information, receive, from the DNS server, a response IP packet including location information of a proximity server, wherein the proximity server is selected by the DNS server based on the terminal location information, and transmit, to the terminal, the response IP packet, wherein the transmission path is a path of which the IP packet is transmitted from the terminal to the DNS server. a transceiver configured to transmit or receive signals; and a controller coupled with the transceiver and configured to: receive, from the terminal, the IP packet including a domain name system, DNS, query, insert terminal location information into the IP packet, wherein the terminal location information includes cell location information associated with the terminal, transmit, to a DNS server, the IP packet including the terminal location information, receive, from the DNS server, a response IP packet including location information of a proximity server, wherein the proximity server is selected by the DNS server based on the terminal location information, and transmit, to the terminal, the response IP packet, wherein the transmission path is a path of which the IP packet is transmitted from the terminal to the DNS server. receive, from the terminal, the IP packet including a domain name system, DNS, query, insert terminal location information into the IP packet, wherein the terminal location information includes cell location information associated with the terminal, transmit, to a DNS server, the IP packet including the terminal location information, receive, from the DNS server, a response IP packet including location information of a proximity server, wherein the proximity server is selected by the DNS server based on the terminal location information, and transmit, to the terminal, the response IP packet, wherein the transmission path is a path of which the IP packet is transmitted from the terminal to the DNS server.
Polychromatic light emitting device comprising at least two OLEDs designed so that the light emitted from the OLEDs differs in its CIE coordinates, wherein all OLEDs in the device comprise between cathode and anode at least one emitter and at least one substantially organic layer comprising compound represented by formula
A method for producing an electrical wire, the method comprising the steps of: providing a bundle of electrical conductors having an end segment that extends to an end of the bundle, each electrical conductor in the bundle engaging at least one other electrical conductor; and applying conductive particles in an axial direction into the end of the bundle wherein at least some of the conductive particles are disposed in interstices defined between adjacent electrical conductors and engage at least some of the electrical conductors in the bundle along the end segment, the conductive particles providing an electrical connection between the corresponding electrical conductors engaged by the conductive particles. providing a bundle of electrical conductors having an end segment that extends to an end of the bundle, each electrical conductor in the bundle engaging at least one other electrical conductor; and applying conductive particles in an axial direction into the end of the bundle wherein at least some of the conductive particles are disposed in interstices defined between adjacent electrical conductors and engage at least some of the electrical conductors in the bundle along the end segment, the conductive particles providing an electrical connection between the corresponding electrical conductors engaged by the conductive particles.
A sanding disk comprising a socket for connection to a drive shaft of an oscillatory drive, wherein the socket is configured for connection for conjoint rotation to the drive shaft of the oscillatory drive, wherein the socket is connected to a support element, and wherein a cushion element of flexible material is mounted on said support element, a sanding surface being formed on the cushion element, wherein the sanding disk (20, 20a) comprises a rim area, a socket area, which surrounds the socket, and an intermediate area between the rim area and the socket area, wherein the rim area is materially reinforced relative to the intermediate area, characterized in that the sanding disk (20, 20a) in axial direction tapers outwards at least partially in the intermediate area on a rear side facing away from the sanding surface so that a sequence of raised areas tapering to the outside are formed which are delimited from each other by recessed areas.
An intaglio printing press comprising: - a stationary machine frame supporting an intaglio printing cylinder and an impression cylinder contacting said intaglio printing cylinder; - an inking system (12, 13, 16) for inking the intaglio printing cylinder, which inking system (12, 13, 16) comprises an ink-collecting cylinder designed to contact said intaglio printing cylinder and at least one inking device (13, 16) for supplying ink to said ink-collecting cylinder; and - at least a first mobile carriage supporting said ink-collecting cylinder, which first mobile carriage is adapted to be moved with respect to said stationary machine frame between a working position where the ink-collecting cylinder contacts the intaglio printing cylinder and a retracted position where the ink-collecting cylinder is retracted away from the intaglio printing cylinder, characterised in that said intaglio printing press further comprises a correcting and adjusting system including a drive (110; 115; 116) coupled to said ink-collecting cylinder and a processing unit coupled to the drive (110; 115; 116) and controlling rotation of the ink-collecting cylinder during maintenance operations, and wherein a rotational position of said ink-collecting cylinder with respect to a rotational position of said intaglio printing cylinder is correctable and adjustable following maintenance operations under the control of the processing unit to ensure proper circumferential register between the ink-collecting cylinder and the intaglio printing cylinder in the working position of the first mobile carriage. - a stationary machine frame supporting an intaglio printing cylinder and an impression cylinder contacting said intaglio printing cylinder; - an inking system (12, 13, 16) for inking the intaglio printing cylinder, which inking system (12, 13, 16) comprises an ink-collecting cylinder designed to contact said intaglio printing cylinder and at least one inking device (13, 16) for supplying ink to said ink-collecting cylinder; and - at least a first mobile carriage supporting said ink-collecting cylinder, which first mobile carriage is adapted to be moved with respect to said stationary machine frame between a working position where the ink-collecting cylinder contacts the intaglio printing cylinder and a retracted position where the ink-collecting cylinder is retracted away from the intaglio printing cylinder, characterised in that said intaglio printing press further comprises a correcting and adjusting system including a drive (110; 115; 116) coupled to said ink-collecting cylinder and a processing unit coupled to the drive (110; 115; 116) and controlling rotation of the ink-collecting cylinder during maintenance operations,
A shock-absorbable lancing device comprising a main body and a front shell mounted to a front end of the main body, the front shell being formed of a housing and a positioning member mounted inside the housing for movably receiving a lancet, the shock-absorbable lancing device being characterized in that: the positioning member further includes at least one shock-absorption layer (261, 262, 263, 264) arranged around an imaginary central axis of the lancet and made of a soft material, and wherein the at least one shock-absorption layer (261, 262, 263, 264) is mounted between the positioning member and the housing. the positioning member further includes at least one shock-absorption layer (261, 262, 263, 264) arranged around an imaginary central axis of the lancet and made of a soft material, and wherein the at least one shock-absorption layer (261, 262, 263, 264) is mounted between the positioning member and the housing.
A wireless communication method comprising: a first device receiving network slice information sent by a second device, wherein the network slice information is to indicate multiple network slices; the first device determining a target network slice from the multiple network slices according to the network slice information, the target network slice comprising at least one network slice supported by the first device; and the first device performing wireless communication according to the target network slice, wherein the first device is a terminal device and the second device is a network device or vice versa, characterized in that the method further comprises: the first device acquiring at least one of first priority information and second priority information at an initial access phase of the first device when the first device is a terminal or during an initiation of a handover when the first device is a network device, wherein the first priority information is to indicate a sequence of processing network slices supported by the second device, the second priority information is to indicate a sequence of processing network slices supported by the first device; wherein the first device determining a target network slice from the multiple network slices according to the network slice information comprises: the first device determining the target network slice from the multiple network slices according to at least one of the first priority information and the second priority information. a first device receiving network slice information sent by a second device, wherein the network slice information is to indicate multiple network slices; the first device determining a target network slice from the multiple network slices according to the network slice information, the target network slice comprising at least one network slice supported by the first device; and the first device performing wireless communication according to the target network slice, wherein the first device is a terminal device and the second device is a network device or vice versa, characterized in that the method further comprises: the first device acquiring at least one of first priority information and second priority information at an initial access phase of the first device when the first device is a terminal or during an initiation of a handover when the first device is a network device, wherein the first priority information is to indicate a sequence of processing network slices supported by the second device, the second priority information is to indicate a sequence of processing network slices supported by the first device; wherein the first device determining a target network slice from the multiple network slices according to the network slice information comprises: the first device determining the target network slice from the multiple network slices according to at least one of the first priority information and the second priority information.
A method of cooling a heating apparatus comprising a heating chamber, the method comprising: accumulating condensate in the heating chamber; monitoring a pressure in the heating chamber; controlling the pressure in the heating chamber by venting the heating chamber to thereby controllably permit vaporisation of the condensate that cools the heating chamber; wherein the pressure is controlled to maintain a rate of cooling of the heating chamber within a predetermined range, characterized in that vapour is passively vented in a first phase until the pressure in the heating chamber is reduced to a threshold pressure; and wherein the method comprises activating an active pressure reducer in response to reaching the threshold pressure, to actively reduce the pressure in the heating chamber below the threshold pressure in a second phase, in order to further control the vaporisation of the condensate. accumulating condensate in the heating chamber; monitoring a pressure in the heating chamber; controlling the pressure in the heating chamber by venting the heating chamber to thereby controllably permit vaporisation of the condensate that cools the heating chamber; wherein the pressure is controlled to maintain a rate of cooling of the heating chamber within a predetermined range, characterized in that vapour is passively vented in a first phase until the pressure in the heating chamber is reduced to a threshold pressure; and wherein the method comprises activating an active pressure reducer in response to reaching the threshold pressure, to actively reduce the pressure in the heating chamber below the threshold pressure in a second phase, in order to further control the vaporisation of the condensate.