mhurhangee/ep-ind-claims huggingface dataset:
A drug delivery device, comprising a housing, a mechanical assembly which is at least partially accommodated in the housing and a retaining member for retaining the mechanical assembly in the housing, wherein the retaining member is engaged with the housing, wherein a connection strength of the retaining member with the housing is larger than a connection strength of the retaining member with the mechanical assembly such that the retaining member is configured to be disengaged from the mechanical assembly when the mechanical assembly or parts thereof are forcefully separated from the housing, said forceful disengagement of the retaining member from the mechanical assembly leading to a damage of the mechanical assembly and/or the retaining member such that the device is configured to be damaged when the mechanical assembly or parts thereof are forcefully separated from the housing, wherein the retaining member is axially and rotationally fixed to the housing, characterized in that the retaining member is threadedly engaged with the mechanical assembly and comprises an inner thread for engagement with an outer thread of the mechanical assembly, wherein the mechanical assembly comprises an indicator member for displaying the size of a dose of a drug to be dispensed, and wherein the retaining member is engaged with the indicator member.
A bone compression device for placing in communication with at least one bone, characterised in that the bone compression device comprises a plate having a pre-formed shape, the pre-formed shape having a pre-formed radius of curvature, characterised in that the plate includes a deformed shape and at least one elastic shape between the pre-formed shape and the deformed shape, the deformed shape having a deformed radius of curvature, and at least one of the at least one elastic shapes having an elastic radius of curvature, the deformed radius of curvature being greater than the elastic radius of curvature, the elastic radius of curvature being greater than the pre-formed radius of curvature, wherein the plate in the at least one elastic shape is biased toward the pre-formed shape, wherein the plate further has a first end, a second end, a first attachment member, a second attachment member, and the device further comprises a string having a first end and a second end, wherein the first end of the string is releasably secured to the first attachment member and the second end of the string is releasably secured to the second attachment member; and a tensioner having a shaft and a spool, the tensioner facilitating the movement of the plate from the pre-formed shape to the at least one elastic shape.
A motor drive including a housing having a receptacle to hold a removable human interface module, the motor drive comprising: a controller configured to output an output power waveform for driving a motor; the removable human interface module communicatively coupled to the controller and arranged for communicating with any number of additional motor drives through a network, the human interface module configured to allow an operator of the motor drive to monitor and control the motor drive and further configured to allow access and capture of configuration parameters of the additional motor drives on the network, the human interface module including a memory port configured to receive a portable memory; and a portable memory receivable in the memory port for storing a programming configuration of the motor drive, the portable memory of the human interface module being arranged for being used to set or update the programming configuration of the motor drive. a controller configured to output an output power waveform for driving a motor; the removable human interface module communicatively coupled to the controller and arranged for communicating with any number of additional motor drives through a network, the human interface module configured to allow an operator of the motor drive to monitor and control the motor drive and further configured to allow access and capture of configuration parameters of the additional motor drives on the network, the human interface module including a memory port configured to receive a portable memory; and a portable memory receivable in the memory port for storing a programming configuration of the motor drive, the portable memory of the human interface module being arranged for being used to set or update the programming configuration of the motor drive.
A guide light irradiation device to irradiate guide light (G1, G2) to indicate a direction to a survey operator, comprising: a plurality of irradiators (105, 205) including at least a pair of light sources (107aS, 107bS, 207aS, 207bS) configured to emit lights for left and right patterns of the guide light (G1, G2) configured to each irradiate guide light (G1, G2) differing in pattern between the left and the right of an irradiation direction as a center, wherein the plurality of irradiators (105, 205) are juxtaposed (105, 205) in a left-right direction, irradiation units of the plurality of irradiators (105, 205) are disposed so that the irradiation units match in the horizontal direction, and optical axes (L1, L2) of the plurality of irradiators (105, 205) make a predetermined angle (β) with each other in the vertical direction, and synthetic light of guide lights (G1, G2) respectively irradiated from the plurality of irradiators (105, 205) is irradiated as synthetic guide light wherein the predetermined angle (β) in the vertical direction between the optical axes (L1, L2) of the plurality of irradiators is configured to become smaller than a diffusion angle (α) of the guide light (G1, G2) in the vertical direction in a single one of the irradiators (105, 205). a plurality of irradiators (105, 205) including at least a pair of light sources (107aS, 107bS, 207aS, 207bS) configured to emit lights for left and right patterns of the guide light (G1, G2) configured to each irradiate guide light (G1, G2) differing in pattern between the left and the right of an irradiation direction as a center, wherein the plurality of irradiators (105, 205) are juxtaposed (105, 205) in a left-right direction, irradiation units of the plurality of irradiators (105, 205) are disposed so that the irradiation units match in the horizontal direction, and optical axes (L1, L2) of the plurality of irradiators (105, 205) make a predetermined angle (β) with each other in the vertical direction, and synthetic light of guide lights (G1, G2) respectively irradiated from the plurality of irradiators (105, 205) is irradiated as synthetic guide light
A method by which a sidelink User Equipment, UE, transmits a synchronization signal in a wireless communication system, the method comprising the steps of: generating, by the sidelink UE, a primary sidelink synchronization signal, PSSS; and transmitting, by the sidelink UE, the PSSS, wherein a transmission power of the PSSS is the same as a transmission power of a Physical Sidelink Broadcast Channel, PSBCH. generating, by the sidelink UE, a primary sidelink synchronization signal, PSSS; and transmitting, by the sidelink UE, the PSSS, wherein a transmission power of the PSSS is the same as a transmission power of a Physical Sidelink Broadcast Channel, PSBCH.
A changeable basket for a pole comprising - a ring arrangeable around a shaft of the pole, - a basket part connectible to said ring, - an upper closing ring for fixing said ring and said basket part together, wherein said ring comprises a number of pins for the shaft that comprises complementary openings, wherein said pins are arranged to be against the shaft and to fit into said openings in the shaft for fixing said ring onto the shaft, characterised in that said ring comprises a number of flaps and said basket part comprises complementary openings. - a ring arrangeable around a shaft of the pole, - a basket part connectible to said ring, - an upper closing ring for fixing said ring and said basket part together,
A method for supporting periodic and triggered location of a user equipment, UE, performed by a location server, the method comprising: sending a request for a periodic or triggered location to the UE, the request including an indication that the UE may report detected periodic or triggering events using a request for early connection release, a request for immediate connection release, or both; receiving a response from the UE, the response confirming the periodic or triggered location; receiving from a core network, CN, node an event report message and a Release Assistance Indication, RAI, sent by the UE to the CN node, wherein the RAI comprises a request for immediate connection release or a request for early connection release, wherein the request for early connection release comprises an indication that no response message from the location server is expected by the UE, or an indication that one response message from the location server is expected by the UE, wherein the event report message contains event information obtained by the UE after the UE detected a periodic or triggering event, wherein the event information comprises at least one of location measurements, a location estimate, a type of detected triggering event, or a combination thereof; determining location information for the UE based on the event information; and transmitting the location information for the UE to another entity. sending a request for a periodic or triggered location to the UE, the request including an indication that the UE may report detected periodic or triggering events using a request for early connection release, a request for immediate connection release, or both; receiving a response from the UE, the response confirming the periodic or triggered location; receiving from a core network, CN, node an event report message and a Release Assistance Indication, RAI, sent by the UE to the CN node, wherein the RAI comprises a request for immediate connection release or a request for early connection release, wherein the request for early connection release comprises an indication that no response message from the location server is expected by the UE, or an indication that one response message from the location server is expected by the UE, wherein the event report message contains event information obtained by the UE after the UE detected a periodic or triggering event, wherein the event information comprises at least one of location measurements, a location estimate, a type of detected triggering event, or a combination thereof; determining location information for the UE based on the event information; and transmitting the location information for the UE to another entity.
A fabrication method of an actuator for a circuit breaker, the method comprising: (a) fixing an actuator with a fixing jig, the actuator including a frame, a coil provided at both inner sides of the frame, a permanent magnet disposed adjacent to the coil and a first yoke located to surround the coil to form a main magnetic path, wherein a stationary core, a movable core adapted to be brought into contact with or separated from the stationary core and an operating rod configured to move the movable core are provided within the coil; (b) closely adhering a second yoke to the first yoke to form an auxiliary magnetic path and then applying a load to the second yoke to fix the second yoke to the first yoke; (c) measuring a contact strength between the stationary core and the movable core and then adjusting the position of the second yoke; and (d) forming an engaging protrusion on the first yoke to fix the second yoke to the first yoke. (a) fixing an actuator with a fixing jig, the actuator including a frame, a coil provided at both inner sides of the frame, a permanent magnet disposed adjacent to the coil and a first yoke located to surround the coil to form a main magnetic path, wherein a stationary core, a movable core adapted to be brought into contact with or separated from the stationary core and an operating rod configured to move the movable core are provided within the coil; (b) closely adhering a second yoke to the first yoke to form an auxiliary magnetic path and then applying a load to the second yoke to fix the second yoke to the first yoke; (c) measuring a contact strength between the stationary core and the movable core and then adjusting the position of the second yoke; and (d) forming an engaging protrusion on the first yoke to fix the second yoke to the first yoke.
A fixture apparatus for positioning an optical component, the apparatus comprising: a base; an adjustment plate that is kinematically coupled to the base; a plurality of support posts (32a, 32b, 32c) that extend from the adjustment plate for seating the optical component; a plurality of alignment elements (26a, 26b, 26c) that extend from the transparent base for aligning one or more edges of the optical component seated on the support posts; and characterized in that the base is transparent, the adjustment plate is formed from a transparent material and the fixture apparatus further comprises a spring arranged to direct a loading force against the adjustment plate towards the transparent base. a base; an adjustment plate that is kinematically coupled to the base; a plurality of support posts (32a, 32b, 32c) that extend from the adjustment plate for seating the optical component; a plurality of alignment elements (26a, 26b, 26c) that extend from the transparent base for aligning one or more edges of the optical component seated on the support posts; and characterized in that the base is transparent, the adjustment plate is formed from a transparent material and the fixture apparatus further comprises a spring arranged to direct a loading force against the adjustment plate towards the transparent base.
A liquid ejection head comprising: a plurality of ejection members, each having an ejection port for ejecting liquid, an energy generating element for generating energy to be utilized to eject liquid from the ejection port, a liquid chamber for storing liquid to be supplied to the ejection port and a heater; a base substrate bearing, on a surface thereof, the plurality of ejection members; and a common flow channel formed in the base substrate and running along said surface, for supplying liquid to the plurality of liquid chambers; wherein the common flow channel communicates with the liquid chambers by way of respective branch ports directly connecting, in a direction perpendicular to said surface of the base substrate, the common flow channel and a respective liquid chamber, and, as viewed in the direction perpendicular to said surface of the base substrate, each of the branch ports has a profile with an oblique portion at an upstream side with respect to a flow direction of liquid flowing through the common flow channel, said oblique portion being provided by a first notch portion. a plurality of ejection members, each having an ejection port for ejecting liquid, an energy generating element for generating energy to be utilized to eject liquid from the ejection port, a liquid chamber for storing liquid to be supplied to the ejection port and a heater; a base substrate bearing, on a surface thereof, the plurality of ejection members; and a common flow channel formed in the base substrate and running along said surface, for supplying liquid to the plurality of liquid chambers; wherein the common flow channel communicates with the liquid chambers by way of respective branch ports directly connecting, in a direction perpendicular to said surface of the base substrate, the common flow channel and a respective liquid chamber, and, as viewed in the direction perpendicular to said surface of the base substrate, each of the branch ports has a profile with an oblique portion at an upstream side with respect to a flow direction of liquid flowing through the common flow channel, said oblique portion being provided by a first notch portion.
Method for local tempering of a fiber preform, comprising the steps a) Contacting at least one electrical electrode on an outer side of the fiber preform b) Contacting at least one electrical counter electrode at a distance from the at least one electrode on the same outer side of the fiber preform, c) Applying a contact pressure in the direction of the fiber preform to compact the fibers of the fiber preform in the region (5a, 6a) of the contacted electrode and counter electrode, and d) Applying an electrical voltage to the contacted electrode and/or counter electrode by means of an electrical energy source to generate a current flow in the fiber preform between the contacted electrode and counter electrode, characterized in that the at least one electrode and/or counter electrode is moved over the outer side of the fiber preform during contact with the outer side of the fiber preform and during the application of the voltage and/or that the fiber preform is moved during contact with the electrode and/or counter electrode on the outer side and during the application of the voltage. a) Contacting at least one electrical electrode on an outer side of the fiber preform b) Contacting at least one electrical counter electrode at a distance from the at least one electrode on the same outer side of the fiber preform, c) Applying a contact pressure in the direction of the fiber preform to compact the fibers of the fiber preform in the region (5a, 6a) of the contacted electrode and counter electrode, and d) Applying an electrical voltage to the contacted electrode and/or counter electrode by means of an electrical energy source to generate a current flow in the fiber preform between the contacted electrode and counter electrode,
A nozzle-adjustment aid for a fluid spray nozzle for testing, positioning or/and adjusting at least one nozzle for spraying in surface-technology installations, characterised in that the nozzle-adjustment aid has a nozzle adapter and at least two positioned and aligned light sources (H,M) with sharp concentration or/and with focussing, with the aid of which at least two light beams (J,P) can be produced approximately along the nozzle centre line or/and approximately along at least one boundary line at the boundary of the theoretical spray region or approximately along at least two preferably opposing boundary lines, which are to indicate substantially the position and size of the theoretical spray region that can become visible in points of light on the object surface, on hangers, on transport devices or/and on walls in the installation, the angle formed by the light beams (J,P) corresponds to approximately half the or the whole theoretical spray angle (N,O), and the light beams (J,P) are placed in at least one substantially centrosymmetric section through the theoretical spray region.
A punch processing method for a laminated iron core, the punch processing method sequentially feeding a plurality of steel sheets (2a, 2b, 2c) to a mold and performing a plurality of processes in the mold including punch processing on the steel sheets in a stacked state, comprising: fixing the steel sheets being stacked to each other at a first fixing part (F A) that is positioned outside a closed curved line corresponding to an outermost periphery of the laminated iron core and a second fixing part (F B) that is positioned in a portion that finally serves as the laminated iron core; and performing punch processing on the outermost periphery of the laminated iron core; characterized in that a number of pairs of the first fixing part (F A) and the second fixing part (F B) in which a length of a line segment connecting the first fixing part with the second fixing part is 400 times or less of an average sheet thickness of the steel sheets, is 0.5 or more per 100 mm in length of the closed curved line on average, or in that for the pair of the first fixing part (F A) and the second fixing part (F B) in which a length of a line segment connecting the first fixing part and the second fixing part is 400 times or less of an average sheet thickness of the steel sheets, when a shorter distance out of a distance between the first fixing part (F A) and the closed curved line and a distance between the second fixing part (F B) and the closed curved line is determined to be a distance between a fixing part and the closed curved line, an average value of the distance between the fixing part and the closed curved line is made to 250 times or less of the average sheet thickness of the steel sheets. fixing the steel sheets being stacked to each other at a first fixing part (F A) that is positioned outside a closed curved line corresponding to an outermost periphery of the laminated iron core and a second fixing part (F B) that is positioned in a portion that finally serves as the laminated iron core; and performing punch processing on the outermost periphery of the laminated iron core; characterized in that a number of pairs of the first fixing part (F A) and the second fixing part (F B) in which a length of a line segment connecting the first fixing part with the second fixing part is 400 times or less of an average sheet thickness of the steel sheets, is 0.5 or more per 100 mm in length of the closed curved line on average, or in that for the pair of the first fixing part (F A) and the second fixing part (F B) in which a length of a line segment connecting the first fixing part and the second fixing part is 400 times or less of an average sheet thickness of the steel sheets, when a shorter distance out of a distance between the first fixing part (F A) and the closed curved line and a distance between the second fixing part (F B) and the closed curved line is determined to be a distance between a fixing part and the closed curved line, an average value of the distance between the fixing part and the closed curved line is made to 250 times or less of the average sheet thickness of the steel sheets.
Electrically operated slicing machine (1, 1') for cutting slices from an, in particular, elongated product to be cut, preferably a food, comprising a cutting device (2, 2') including a disc cutter (4, 4') mounted in a motor housing (3, 3'), driven by a cutter motor and rotating about an axis of rotation (X, X') in a cutting plane (E, E'), a stop plate (5, 5') arranged parallel to the cutting plane (E, E') and displaceable in the direction of the axis of rotation (X, X') for adjusting the cutting thickness and a carriage (8, 8') carrying a supporting plate (6, 6') via a carriage foot (7, 7'), wherein the carriage foot (7, 7') is displaceable along a side of the motor housing (3, 3') extending parallel to the cutting plane (E, E'), the supporting plate (6, 6') has a supporting surface (9, 9') arranged perpendicularly to the cutting plane (E, E') in a horizontal plane (A, A') for receiving the product to be cut and the carriage (8, 8') is movably guided via a carriage guide (10, 10', 10") having at least two support elements (11, 11', 11'") and linearly displaceable perpendicularly to the axis of rotation (X, X') in a y-direction (y, y') parallel to the plane (A, A') of the supporting plate (6, 6') and parallel to the cutting plane (E, E') on an elongated supporting element connected to the motor housing (3, 3') and carrying the carriage (8, 8'), characterised in that the elongated supporting element is designed as a combined guiding and supporting element (12, 12', 12") and forms a linear guide together with the support elements (11, 11', 11"'), wherein the guiding and supporting element (12, 12', 12") is designed as an elongated rail and the support elements (11, 11', 11'") are designed as rolling elements bearing against two opposing longitudinal sides of the guiding and supporting element (12, 12', 12") in such a manner that they can roll, and that the support elements (11, 11', 11'") bear against the guiding and supporting element (12, 12', 12") in such a manner that they cannot tilt transversely to the longitudinal axis thereof.