mhurhangee/ep-ind-claims huggingface dataset:
A unit dose dispenser in the form of a blister containing a dry powder for inhalation, the dispenser comprising: • a base in which a cavity is formed, wherein the cavity comprises a bowl that contains the powder and a channel that opens into the bowl, and has an end remote from the bowl; • an airway located in the channel, the airway comprising a mouthpiece and a body portion having at least one air outlet passage, at least one air inlet passage (31,32), a lower surface which forms an interference fit with the channel, and an upper surface which is flat and level with the base around the cavity; and • a lid which is sealed to the base around the cavity, and preferably to part of the upper surface of the body portion; wherein: • each air outlet passage opens into the bowl at a proximal end and extends from the body portion through the mouthpiece to an air outlet at a distal end; • each air inlet passage opens into the bowl at a proximal end and has an air inlet (31a, 32a) at a distal end; • the air inlet(s) and the air outlet(s) abut and are closed by the base and / or the lid; and • part of the base and lid of the dispenser is detachable, so that the air inlet(s) and the air outlet(s) are opened when the detachable part is removed. • a base in which a cavity is formed, wherein the cavity comprises a bowl that contains the powder and a channel that opens into the bowl, and has an end remote from the bowl; • an airway located in the channel, the airway comprising a mouthpiece and a body portion having at least one air outlet passage, at least one air inlet passage (31,32), a lower surface which forms an interference fit with the channel, and an upper surface which is flat and level with the base around the cavity; and • a lid which is sealed to the base around the cavity, and preferably to part of the upper surface of the body portion; • each air outlet passage opens into the bowl at a proximal end and extends from the body portion through the mouthpiece to an air outlet at a distal end; • each air inlet passage opens into the bowl at a proximal end and has an air inlet (31a, 32a) at a distal end; • the air inlet(s) and the air outlet(s) abut and are closed by the base and / or the lid; and • part of the base and lid of the dispenser is detachable, so that the air inlet(s) and the air outlet(s) are opened when the detachable part is removed.
A process for preparing a porous metal-organic framework comprising at least one at least bidentate organic compound coordinated to at least one metal ion, where the at least one metal ion is based on an aluminum ion and the at least one at least bidentate organic compound is based on fumaric acid, which comprises the step reaction of at least one aluminum compound with at least fumaric acid in an alkaline aqueous medium, optionally in the presence of at least one base, at a temperature in the range from 20°C to 100°C at an absolute pressure of not more than 2 bar for from 0.2 to 4 hours, wherein the base is an alkali metal hydroxide or a mixture of a plurality of different alkali metal hydroxides.
An electric power tool comprising: an output shaft on which a front-end tool is adapted to be mounted; a power transmission mechanism that transmits a rotational output of a driving source to the output shaft; a posture information acquisition unit that acquires posture information for identifying a posture of the electric power tool; a torque information acquisition unit that acquires torque information indicating a measured value of tightening torque produced by the front-end tool; a transmission unit that transmits the posture information, the torque information, and time information related to a time when respective information is acquired, to an external apparatus; characterised in that it further comprises a reception unit that receives recommendation information generated based on the posture information, the torque information, and the time information; a notification interface that communicates the recommendation information received; and a drive restriction unit that restricts the driving source from being driven while the recommendation information is being communicated by the notification interface, wherein the recommendation information is a type of the electric power tool suited to an estimated content of work or an optimum value of an operation parameter in the electric power tool being used. an output shaft on which a front-end tool is adapted to be mounted; a power transmission mechanism that transmits a rotational output of a driving source to the output shaft; a posture information acquisition unit that acquires posture information for identifying a posture of the electric power tool; a torque information acquisition unit that acquires torque information indicating a measured value of tightening torque produced by the front-end tool; a transmission unit that transmits the posture information, the torque information, and time information related to a time when respective information is acquired, to an external apparatus; characterised in that it further comprises a reception unit that receives recommendation information generated based on the posture information, the torque information, and the time information; a notification interface that communicates the recommendation information received; and a drive restriction unit that restricts the driving source from being driven while the recommendation information is being communicated by the notification interface, wherein the recommendation information is a type of the electric power tool suited to an estimated content of work or an optimum value of an operation parameter in the electric power tool being used.
A non-IV injectable formulation of amisulpride, for use in the treatment or prevention of delayed-phase chemotherapy- or radiotherapy-induced nausea and/or vomiting (CINV/RINV) in a subject, wherein the subject is receiving or has received a chemotherapy or radiotherapy treatment regimen on day 1, and wherein the dosage regimen comprises the administration of a 5-15 mg dose of the non-IV injectable amisulpride on each of days 2, 3 and 4, and further wherein the subject is receiving or has received an acute-phase anti-emetic on day 1, wherein the acute-phase anti-emetic is an anti-emetic that is suitable for use in the acute-phase of CINV or RINV.
A method for transmitting consumption data of decentralized data acquisition devices to at least one master network node via a network of network nodes, characterized in that during the transmission of the consumption data the communication between the network nodes (10, 12) is based on a Wake-on-Radio concept according to which the receiving device of a network node at certain time intervals switches from a power saving mode into a receive mode in which the receiving device for a certain period listens on a particular radio channel, wherein the master network node gathers information on communication connections between individual network nodes (10, 12) which by command of the master network node are determined by the individual network nodes.
Connector housing (100; 500; 700) of a modular electrical plug connector system, the connector housing (100; 500; 700) comprising: a plurality of passages (103; 503; 703), in particular of substantially identical passages, arranged side by side, such that each passage (103; 503; 703) is configured for accommodating and locking the electrical connector module of a first predetermined type; and at least one passage (103; 503; 703), in particular each passage, comprises an adapter receiving interface (121, 123; 521; 721, 723) configured for receiving, in a removable manner, an adapter (200; 600; 800) for supporting and locking an electrical connector module of a second predetermined type, different from the first predetermined type, the connector housing being characterized in that each passage (103; 503; 703) comprises two sidewalls (105, 107; 505, 507; 705, 707), an upper wall (109; 509; 709), and a bottom wall (111; 511; 711), and in each passage (103; 503; 703), the upper wall (109; 509; 709) and the bottom wall (111; 511; 711) both comprise a respective locking groove (113, 115; 513, 515; 713, 715) for engaging and locking a corresponding locking means of an electrical connector module of a first predetermined type. a plurality of passages (103; 503; 703), in particular of substantially identical passages, arranged side by side, such that each passage (103; 503; 703) is configured for accommodating and locking the electrical connector module of a first predetermined type; and at least one passage (103; 503; 703), in particular each passage, comprises an adapter receiving interface (121, 123; 521; 721, 723) configured for receiving, in a removable manner, an adapter (200; 600; 800) for supporting and locking an electrical connector module of a second predetermined type, different from the first predetermined type, the connector housing being characterized in that each passage (103; 503; 703) comprises two sidewalls (105, 107; 505, 507; 705, 707), an upper wall (109; 509; 709), and a bottom wall (111; 511; 711), and in each passage (103; 503; 703), the upper wall (109; 509; 709) and the bottom wall (111; 511; 711) both comprise a respective locking groove (113, 115; 513, 515; 713, 715) for engaging and locking a corresponding locking means of an electrical connector module of a first predetermined type.
Handle for a home appliance, comprising a central body in the form of a grip, and two side bodies (30, 40) through which the central body is attached to the home appliance, the central body and the side bodies (30, 40) being part of an initially straight single main body, the main body comprising two transverse bending cuts (61, 62) through which the main body is bent, the central body and the two side bodies (30, 40) being generated by means of said bending, the handle comprising attachment means for fixing the side bodies (30, 40) to the central body when the main body is bent along the transverse bending cuts (61, 62), characterized in that the main body is a tubular part, and the attachment means comprise for each side body (30, 40) an attachment element which is introduced through a respective outer end (31, 41) of the side bodies (30, 40) once the main body is bent along the transverse bending cuts (61, 62), an end of said attachment element being fixed to the central body.
A crosslinked polymer composition comprising a crosslinked polyolefin, wherein the polymer composition comprises prior to crosslinking a polyolefin and peroxide which is in an amount of less than 35 mmol -O-O-/kg polymer composition, and wherein the polyolefin is before the crosslinking an unsaturated LDPE polymer, which is selected from an unsaturated LDPE homopolymer or an unsaturated LDPE copolymer of ethylene with one or more comonomer(s), and wherein the unsaturated LDPE polymer contains vinyl groups and the total amount of vinyl groups present in the unsaturated LDPE is higher than 0.05/1000 carbon atoms, wherein the polyolefin is crosslinked with said peroxide.
An ophthalmic system (100; 150; 300; 400; 500; 700; 800; 3200; 3300) comprising: an ophthalmic lens (100, 101; 104, 150; 300, 301; 401; 501, 503; 702; 800, 802; 3001, 3003; 3200; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701), the ophthalmic lens comprising: a substrate (101; 104; 301; 401; 501, 503; 702; 802; 3001, 3003; 3202, 3203; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701); and a selective light wavelength filter (101; 103; 303; 401; 501; 703; 803; 3002; 3201; 3301; 4520, 4530, 4540, 4550; 4702, 4703) comprising a dye with porphyrin or porphyrin derivatives; characterized in that: the selective light wavelength filter selectively blocks 5 to 50% of light having a wavelength of 400 nm to 460 nm due to the presence of a Soret band and has a yellowness index that is no more than 15, and the ophthalmic system transmits at least 80% of light intensity of light having a wavelength of 460 nm to 700 nm. an ophthalmic lens (100, 101; 104, 150; 300, 301; 401; 501, 503; 702; 800, 802; 3001, 3003; 3200; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701), the ophthalmic lens comprising: a substrate (101; 104; 301; 401; 501, 503; 702; 802; 3001, 3003; 3202, 3203; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701); and a selective light wavelength filter (101; 103; 303; 401; 501; 703; 803; 3002; 3201; 3301; 4520, 4530, 4540, 4550; 4702, 4703) comprising a dye with porphyrin or porphyrin derivatives; a substrate (101; 104; 301; 401; 501, 503; 702; 802; 3001, 3003; 3202, 3203; 3302, 3303; 4510, 4520, 4530, 4540, 4550; 4701); and a selective light wavelength filter (101; 103; 303; 401; 501; 703; 803; 3002; 3201; 3301; 4520, 4530, 4540, 4550; 4702, 4703) comprising a dye with porphyrin or porphyrin derivatives; characterized in that: the selective light wavelength filter selectively blocks 5 to 50% of light having a wavelength of 400 nm to 460 nm due to the presence of a Soret band and has a yellowness index that is no more than 15, and the ophthalmic system transmits at least 80% of light intensity of light having a wavelength of 460 nm to 700 nm. the selective light wavelength filter selectively blocks 5 to 50% of light having a wavelength of 400 nm to 460 nm due to the presence of a Soret band and has a yellowness index that is no more than 15, and the ophthalmic system transmits at least 80% of light intensity of light having a wavelength of 460 nm to 700 nm.
A rotating electrical machine for a vehicle, comprising: a rotator, which is configured to be rotated about an axis; a stator, which is arranged coaxially with the rotator, and includes stator winding; a casing, which is configured to support the rotator and the stator; and a rectifier, which is fixed to a fixing portion of the casing, the rectifier including: a rectifier element; a heat sink to which the rectifier element is mounted, the heat sink being arranged so as to be opposed to the casing along an axial direction; and a circuit board, which is configured to electrically connect a stator lead routed out of the stator winding to the rectifier element, the heat sink including: an element mounting portion, to which the rectifier element is mounted; and an axial fin protruding radially outward from the element mounting portion, the circuit board including a stator lead guide configured to guide the stator lead, characterized in that one of the axial fin and the casing includes formed thereon a supporting portion configured to support the axial fin on the casing along the axial direction, the supporting portion being arranged at a position away from the fixing portion so as to be adjacent to the stator lead guide when the rectifier is viewed along the axial direction. a rotator, which is configured to be rotated about an axis; a stator, which is arranged coaxially with the rotator, and includes stator winding; a casing, which is configured to support the rotator and the stator; and a rectifier, which is fixed to a fixing portion of the casing, the rectifier including: a rectifier element; a heat sink to which the rectifier element is mounted, the heat sink being arranged so as to be opposed to the casing along an axial direction; and a circuit board, which is configured to electrically connect a stator lead routed out of the stator winding to the rectifier element, a rectifier element; a heat sink to which the rectifier element is mounted, the heat sink being arranged so as to be opposed to the casing along an axial direction; and a circuit board, which is configured to electrically connect a stator lead routed out of the stator winding to the rectifier element, the heat sink including: an element mounting portion, to which the rectifier element is mounted; and an axial fin protruding radially outward from the element mounting portion, the circuit board including a stator lead guide configured to guide the stator lead, characterized in that one of the axial fin and the casing includes formed thereon a supporting portion configured to support the axial fin on the casing along the axial direction, the supporting portion being arranged at a position away from the fixing portion so as to be adjacent to the stator lead guide when the rectifier is viewed along the axial direction.
A method of piloting an aircraft according to at least one piloting axis of said aircraft, according to which method: A/ a control value is determined which corresponds to the value of a piloting instruction relating to said piloting axis, said value being representative of the actuation of at least one control member of the aircraft, by a pilot of said aircraft; B/ an actual controlled value is determined which corresponds to the value of said piloting instruction, actually applied to the aircraft; and C/ a slaving of the aircraft relating to said piloting instruction is effected, with the aid of said control value and of said actual controlled value, by applying to the aircraft an instruction making it possible to zero, if appropriate, the difference between said control value and said actual controlled value, characterized in that: - an auxiliary control value which is closer to said actual controlled value than said control value is calculated on the basis of said control value and of said actual controlled value; - a monitoring of said control value making it possible to detect a pilot induced oscillation is effected; and - in the event that a pilot induced oscillation is detected, the slaving in step C/ is effected with the aid of said actual controlled value and of said auxiliary control value. A/ a control value is determined which corresponds to the value of a piloting instruction relating to said piloting axis, said value being representative of the actuation of at least one control member of the aircraft, by a pilot of said aircraft; B/ an actual controlled value is determined which corresponds to the value of said piloting instruction, actually applied to the aircraft; and C/ a slaving of the aircraft relating to said piloting instruction is effected, with the aid of said control value and of said actual controlled value, by applying to the aircraft an instruction making it possible to zero, if appropriate, the difference between said control value and said actual controlled value, - an auxiliary control value which is closer to said actual controlled value than said control value is calculated on the basis of said control value and of said actual controlled value; - a monitoring of said control value making it possible to detect a pilot induced oscillation is effected; and - in the event that a pilot induced oscillation is detected, the slaving in step C/ is effected with the aid of said actual controlled value and of said auxiliary control value.
Method for operating a vehicle, the vehicle carrying out an autonomously controlled progressive movement, the current position of the vehicle being recorded in time sequence in each case, images being recorded in time sequence by means of a first camera device of a mobile operating device which is held by an operator located outside the vehicle, and a current head orientation and/or viewing direction of the operator being determined by an evaluation device based on the images recorded, characterised in that, if the current head orientation and/or viewing direction of the operator cannot be determined, or the head orientation and/or viewing direction of the operator differs (S6, S7) from the current position of the vehicle for longer than a predeterminable time period and/or by more than a predeterminable angle, the autonomously controlled progressive movement of the vehicle is automatically interrupted or terminated.
A method for producing a portable card-shaped data carrier comprising the steps of: - making available a flat circuit carrier; wherein in at least one surface region of the flat circuit carrier at least one through opening (52; 54; 56) is incorporated; - integrating the circuit carrier in a card-shaped data carrier body; characterized in that the data carrier body is high-embossed in an embossing region of the data carrier body which overlaps with the at least one surface region of the integrated circuit carrier. - making available a flat circuit carrier; wherein in at least one surface region of the flat circuit carrier at least one through opening (52; 54; 56) is incorporated; - integrating the circuit carrier in a card-shaped data carrier body;
A timepiece comprising: - an oscillating weight with variable geometry for a timepiece mechanism for a watch worn by a user, comprising: - a first part, - a second part, - a first axis of rotation common to the first part and to the second part, at least one of the first part and the second part being arranged to be able to oscillate about said first axis of rotation, - a selection means for selecting the desired geometry of the oscillating weight, wherein the oscillating weight comprises - a differential mechanism linked to the selection means, the first part and to the second part and configured to vary, based on the selection of the desired geometry of the oscillating weight, the relative position of one part with respect to the other by a rotary movement of at least one of the parts about said axis of rotation, this displacement or these displacements varying the geometry of the oscillating weight and the position of the center of gravity of the oscillating weight. - an oscillating weight with variable geometry for a timepiece mechanism for a watch worn by a user, comprising: - a first part, - a second part, - a first axis of rotation common to the first part and to the second part, at least one of the first part and the second part being arranged to be able to oscillate about said first axis of rotation, - a selection means for selecting the desired geometry of the oscillating weight, wherein the oscillating weight comprises - a differential mechanism linked to the selection means, the first part and to the second part and configured to vary, based on the selection of the desired geometry of the oscillating weight, the relative position of one part with respect to the other by a rotary movement of at least one of the parts about said axis of rotation, this displacement or these displacements varying the geometry of the oscillating weight and the position of the center of gravity of the oscillating weight.