mhurhangee/ep-ind-claims huggingface dataset:
Container closure made of plastic comprising: - a retaining ring that can be non-releasably connected to a container neck of a container and that bounds a first filling material outlet and - a lid that is held with a hinge on the retaining ring and that is swivellable from a closed position, in which the lid closes the first filling material outlet, to an open position in which the first filling material outlet is released, wherein there exists a first retaining means in the form of an inner thread on the inner side of the retaining ring that is configured in such a manner that the container closure can be held on an outer thread of the container neck, wherein the inner thread can cooperate with the outer thread of the container neck, wherein a jacket portion is configured on the lid, portion on the inner side of which a second retaining means is configured and the second retaining means is latchable on the outer thread of the container neck, characterized in that a recess in which the jacket portion is received in the closed position is provided on the retaining ring. - a retaining ring that can be non-releasably connected to a container neck of a container and that bounds a first filling material outlet and - a lid that is held with a hinge on the retaining ring and that is swivellable from a closed position, in which the lid closes the first filling material outlet, to an open position in which the first filling material outlet is released, wherein there exists a first retaining means in the form of an inner thread on the inner side of the retaining ring that is configured in such a manner that the container closure can be held on an outer thread of the container neck, wherein the inner thread can cooperate with the outer thread of the container neck, wherein a jacket portion is configured on the lid, portion on the inner side of which a second retaining means is configured and the second retaining means is latchable on the outer thread of the container neck,
A bone marrow biopsy system comprising: a sampling cannula having a distal trough portion (12, 13) in which the cannula structure is circumferentially incomplete creating an elongated open portion on an opposite side from an intact portion and an exposed interior surface of the sampling cannula viewable through the elongated open portion; at least one wall opening located within said trough portion located proximal to the distal tip of said cannula; an outer cannula, adapted to core into the bone tissue, characterized in that the sampling cannula is adapted to be inserted into the outer cannula and to sever a sample from a sampling site by rotational motion of the sampling cannula within the outer cannula; the intact cross-sectional circumference of the trough portion comprises from 65 to 85 % of the complete circumference of the sampling cannula; and in that the sampling cannula further comprises a friction-enhancing surface texture on at least a portion of the interior surface of said trough portion. a sampling cannula having a distal trough portion (12, 13) in which the cannula structure is circumferentially incomplete creating an elongated open portion on an opposite side from an intact portion and an exposed interior surface of the sampling cannula viewable through the elongated open portion; at least one wall opening located within said trough portion located proximal to the distal tip of said cannula; an outer cannula, adapted to core into the bone tissue, characterized in that the sampling cannula is adapted to be inserted into the outer cannula and to sever a sample from a sampling site by rotational motion of the sampling cannula within the outer cannula; the intact cross-sectional circumference of the trough portion comprises from 65 to 85 % of the complete circumference of the sampling cannula; and in that the sampling cannula further comprises a friction-enhancing surface texture on at least a portion of the interior surface of said trough portion.
Process for producing a thermoplastic composite pipe, comprising the following steps: a)providing a tubular liner having a wall comprising a thermoplastic polymer A in the region of the outer surface; b)providing a tape comprising reinforcing fibres in a matrix comprising a thermoplastic polymer B, where polymer A and polymer B are different; c)applying a film or a composite which is produced in step d) and is composed of a film and a tape provided in step b) to the tubular liner, with melting of the outer surface of the liner and of the contact surface of the film either beforehand, simultaneously or thereafter; d)applying the tape provided in step b) to the outer surface of the film, with melting of the outer surface of the film applied and of the contact surface of the tape either beforehand, simultaneously or thereafter; characterized in that the surface of the film which is brought into contact with the liner consists of a moulding compound comprising polymer A to an extent of at least 30% by weight, and in that the opposite surface of the film consists of a moulding compound comprising polymer B to an extent of at least 30% by weight. a)providing a tubular liner having a wall comprising a thermoplastic polymer A in the region of the outer surface; b)providing a tape comprising reinforcing fibres in a matrix comprising a thermoplastic polymer B, where polymer A and polymer B are different; c)applying a film or a composite which is produced in step d) and is composed of a film and a tape provided in step b) to the tubular liner, with melting of the outer surface of the liner and of the contact surface of the film either beforehand, simultaneously or thereafter; d)applying the tape provided in step b) to the outer surface of the film, with melting of the outer surface of the film applied and of the contact surface of the tape either beforehand, simultaneously or thereafter;
A method of making a micronutrient supplement from elemental copper metal which consists of reacting together: i) elemental copper metal; ii) one of hydrochloric acid and/or cupric chloride; and iii) an oxidizing agent to form tribasic copper chloride, according to one of the following equations: a) 3Cu + CuCl 2 + 1,5O 2 + 3H 2 O -> 2 Cu 2 3 Cl b) 2Cu + HCl + 2H 2 O 2 -> Cu 2 3 Cl + H 2 O c) 2Cu + O 2 + H 2 O + HCl -> Cu 2 3 Cl. i) elemental copper metal; ii) one of hydrochloric acid and/or cupric chloride; and iii) an oxidizing agent to form tribasic copper chloride, according to one of the following equations: a) 3Cu + CuCl 2 + 1,5O 2 + 3H 2 O -> 2 Cu 2 3 Cl b) 2Cu + HCl + 2H 2 O 2 -> Cu 2 3 Cl + H 2 O c) 2Cu + O 2 + H 2 O + HCl -> Cu 2 3 Cl.
A pull through doctor blade handling system, comprising: means for mounting a supply source for an elongated doctor blade; a blade holder including a blade back with a seat for releasably holding a portion of the doctor blade; a pneumatic multi-position cylinder unit including a blade clamp and a blade cutter; a blade path for the doctor blade, the blade path running from proximate the means for mounting the supply source, through the blade holder, and to the pneumatic multi-position cylinder unit; and an oscillation system operably connected to the blade holder to translate the blade holder, relative to the blade path, reciprocatingly between a first position and a second position, wherein, in the first position, the blade holder is operably proximate a portion of a surface to be coated, wherein, in the second position, the blade holder is closer to the blade clamp than in the first position, wherein the pneumatic multi-position cylinder unit includes a first pneumatic cylinder system and a second pneumatic cylinder system, the first pneumatic cylinder system operable to change a position of a blade clamp between an open position and a clamping position and the second pneumatic cylinder system operable to change a position of a blade cutter between an open position and a cutting position. means for mounting a supply source for an elongated doctor blade; a blade holder including a blade back with a seat for releasably holding a portion of the doctor blade; a pneumatic multi-position cylinder unit including a blade clamp and a blade cutter; a blade path for the doctor blade, the blade path running from proximate the means for mounting the supply source, through the blade holder, and to the pneumatic multi-position cylinder unit; and an oscillation system operably connected to the blade holder to translate the blade holder, relative to the blade path, reciprocatingly between a first position and a second position,
A system comprising: - a support implant (2; 1), in particular a plate or splint of a material of high stiffness, or a replacement implant, in particular an artificial hip joint, knee joint or shoulder joint, with several implant recesses (4; 53) usable upon implanting for receiving implant fixation means (5; 52), and - a component (6; 30; 40; 60) for arrangement on the support implant (2; 51) or replacement implant, with: - a base component (33; 41); - at least one sensor device (35; 43) arranged in the base component (33; 41) for capturing a measurand and for producing measuring data for the captured measurand; - a telemetric device (34; 42) arranged in the base component (33; 41) for sending and/or receiving data; and - a data transmission connection (36; 44) between the at least one sensor device (35; 43) and the telemetric device (34; 42) for transmitting data between the at least one sensor device (35; 43) and the telemetric device (34; 42), wherein the data comprise the measuring data; wherein on the base component (33; 41) a receiving space is formed for receiving an active substance, wherein the receiving space is connected with an opening for dispensing the active substance toward the outside, and wherein on the base component (33; 41) mounting means (37; 47) are formed for detachably mounting the base component (33; 41) in one of the implant recesses (4; 53) of the support implant (2; 51) or replacement implant. - a support implant (2; 1), in particular a plate or splint of a material of high stiffness, or a replacement implant, in particular an artificial hip joint, knee joint or shoulder joint, with several implant recesses (4; 53) usable upon implanting for receiving implant fixation means (5; 52), and - a component (6; 30; 40; 60) for arrangement on the support implant (2; 51) or replacement implant, with: - a base component (33; 41); - at least one sensor device (35; 43) arranged in the base component (33; 41) for capturing a measurand and for producing measuring data for the captured measurand; - a telemetric device (34; 42) arranged in the base component (33; 41) for sending and/or receiving data; and - a data transmission connection (36; 44) between the at least one sensor device (35; 43) and the telemetric device (34; 42) for transmitting data between the at least one sensor device (35; 43) and the telemetric device (34; 42), wherein the data comprise the measuring data; - a base component (33; 41); - at least one sensor device (35; 43) arranged in the base component (33; 41) for capturing a measurand and for producing measuring data for the captured measurand; - a telemetric device (34; 42) arranged in the base component (33; 41) for sending and/or receiving data; and - a data transmission connection (36; 44) between the at least one sensor device (35; 43) and the telemetric device (34; 42) for transmitting data between the at least one sensor device (35; 43) and the telemetric device (34; 42), wherein the data comprise the measuring data;
A drain pan comprising: a drain pan unit that includes a horizontal water receiving unit and a vertical water receiving unit intersecting with each other in an L shape and is suitable to be used as horizontal and vertical types; and a water discharge socket for discharging, from the drain pan unit, drain water received on the drain pan unit, characterized in that a drain port is opened through a water-receiving surface of each of the horizontal water receiving unit and the vertical water receiving unit at a corner of the intersection of the drain pan unit, the water discharge socket entirely covers the drain port on an outer side of the corner, which is a major angle side, the water discharge socket includes a drain water discharge pipe disposed lower than the water-receiving surface of the drain pan unit to discharge drain water externally from an instrument in which the drain pan is disposed whether the instrument is horizontally or vertically installed, and in the drain water discharge pipe, an inflow opening port connected with the drain port includes an axial-direction cut part and a radial-direction cut part facing to the horizontal water receiving unit and the vertical water receiving unit, respectively, of the drain pan unit. a drain pan unit that includes a horizontal water receiving unit and a vertical water receiving unit intersecting with each other in an L shape and is suitable to be used as horizontal and vertical types; and a water discharge socket for discharging, from the drain pan unit, drain water received on the drain pan unit, characterized in that a drain port is opened through a water-receiving surface of each of the horizontal water receiving unit and the vertical water receiving unit at a corner of the intersection of the drain pan unit, the water discharge socket entirely covers the drain port on an outer side of the corner, which is a major angle side, the water discharge socket includes a drain water discharge pipe disposed lower than the water-receiving surface of the drain pan unit to discharge drain water externally from an instrument in which the drain pan is disposed whether the instrument is horizontally or vertically installed, and in the drain water discharge pipe, an inflow opening port connected with the drain port includes an axial-direction cut part and a radial-direction cut part facing to the horizontal water receiving unit and the vertical water receiving unit, respectively, of the drain pan unit.
An apparatus of a Next Generation NodeB, gNB, operable to adapt to a downlink waveform type for wireless transmissions, the apparatus comprising: one or more processors configured to: encode, at the gNB, an indicator of a downlink waveform type of a plurality of downlink waveform types for transmission to a user equipment, UE; encode an indicator of a guard interval length of a plurality of guard interval lengths for transmission to the UE; determine a phase tracking reference signal, PT-RS, density in one transmission occasion based on the guard interval length; and encode, at the gNB, a downlink signal for transmission on a downlink physical channel to the UE using the indicated downlink waveform type in a wireless system operating above a 52.6 gigahertz, GHz, carrier frequency; and a memory interface configured to retrieve from a memory the indicator of the downlink waveform type. encode, at the gNB, an indicator of a downlink waveform type of a plurality of downlink waveform types for transmission to a user equipment, UE; encode an indicator of a guard interval length of a plurality of guard interval lengths for transmission to the UE; determine a phase tracking reference signal, PT-RS, density in one transmission occasion based on the guard interval length; and encode, at the gNB, a downlink signal for transmission on a downlink physical channel to the UE using the indicated downlink waveform type in a wireless system operating above a 52.6 gigahertz, GHz, carrier frequency; and a memory interface configured to retrieve from a memory the indicator of the downlink waveform type.
Lighting system, in particular for marking carriageways and/or tunnel walls, comprising - a plurality of inductive lighting devices, - an electrical feeder, - a plurality of local couplers which each have an input for connecting the electrical feeder, via which input the feeder is connected to the local couplers, and a transmitter inductor, in particular a transmitter coil, one local coupler for transmitting power to an inductive lighting device being provided in each case, - a control device which is connected to the electrical feeder and is configured to transmit control signals via the electrical feeder to each inductive lighting device by means of the particular local coupler, the inductive lighting devices each containing - a light source, in particular comprising at least one light-emitting diode (14, 14a, 14b, 14c), - a transmission unit for transmitting information to the control device, and - a control unit for controlling the particular light source based on control signals from the control device, characterised in that the local couplers each have a device for generating a radio-frequency voltage, with which the particular transmitter inductor is supplied during operation of the local couplers. - a plurality of inductive lighting devices, - an electrical feeder, - a plurality of local couplers which each have an input for connecting the electrical feeder, via which input the feeder is connected to the local couplers, and a transmitter inductor, in particular a transmitter coil, one local coupler for transmitting power to an inductive lighting device being provided in each case, - a control device which is connected to the electrical feeder and is configured to transmit control signals via the electrical feeder to each inductive lighting device by means of the particular local coupler, the inductive lighting devices each containing - a light source, in particular comprising at least one light-emitting diode (14, 14a, 14b, 14c), - a transmission unit for transmitting information to the control device, and - a control unit for controlling the particular light source based on control signals from the control device, characterised in that the local couplers each have a device for generating a radio-frequency voltage, with which the particular transmitter inductor is supplied during operation of the local couplers.
A method for enabling an extrusion-based additive manufacturing three-dimensional printing system to handle individual 3D parts (1a, 1b, 1c) of a print job comprising at least two 3D parts, the method comprising the steps of: - providing the print job that provides digital 3D representations of the at least two 3D parts; - slicing the print job to generate a set of slices for the digital 3D representations of the at least two 3D parts, each slice of the set of slices comprising geometrical data defining respective boundaries of a respective layer of AM feedstock material that is to be deposited from a nozzle of a printing head on one of a build surface and a previously deposited layer of AM feedstock material to print each 3D part taking into account said respective boundaries; - generating for each 3D part a respective individual set of geometrical data taking into account said geometrical data provided by each slice of the set of slices, wherein each individual set of geometrical data comprises geometrical data defining the respective boundaries of the respective layers of AM feedstock material that are to be taken into account for printing the respective 3D part; characterised by: - adapting sliced object data to parameters relating to an AM 3D printing system and making decisions based on run time data, including data relating to the respective printer, that was not available at the time of slicing. - providing the print job that provides digital 3D representations of the at least two 3D parts; - slicing the print job to generate a set of slices for the digital 3D representations of the at least two 3D parts, each slice of the set of slices comprising geometrical data defining respective boundaries of a respective layer of AM feedstock material that is to be deposited from a nozzle of a printing head on one of a build surface and a previously deposited layer of AM feedstock material to print each 3D part taking into account said respective boundaries; - generating for each 3D part a respective individual set of geometrical data taking into account said geometrical data provided by each slice of the set of slices, wherein each individual set of geometrical data comprises geometrical data defining the respective boundaries of the respective layers of AM feedstock material that are to be taken into account for printing the respective 3D part; - adapting sliced object data to parameters relating to an AM 3D printing system and making decisions based on run time data, including data relating to the respective printer, that was not available at the time of slicing.
A mount for mounting a hinge arm of a thrust reverser door to an exhaust nozzle, comprising: a frame configured for attachment to said nozzle; and a swing link having a first pin at one end pivotally joined to said frame, and a second pin at an opposite end for pivotally joining said hinge arm to said link to permit said hinge arm at said second pin to both swing and pivot at said frame for axially translating and sequentially pivoting said door. a frame configured for attachment to said nozzle; and a swing link having a first pin at one end pivotally joined to said frame, and a second pin at an opposite end for pivotally joining said hinge arm to said link to permit said hinge arm at said second pin to both swing and pivot at said frame for axially translating and sequentially pivoting said door.
Continuously variable transmission system for a motor cycle, comprising a first drive sheave driven by a transmission half-shaft and a second driven sheave, said first drive sheave and second driven sheave being connected to each other by a V-belt, wherein at least the drive sheave is composed of a first half-sheave and of a second half-sheave, substantially conical, sliding on the same axis and joined in rotation, said first half sheave being fitted internally with a speed regulator composed of a plurality of centrifugal rollers the movement of which is able to cause the axial shift, in the direction of extension of the transmission half-shaft, of said first half-sheave in relation to the corresponding second half-sheave, wherein the system comprises, a device for regulating the gear change curve provided with actuation means able to cause the selective intervention of a determined group of centrifugal rollers, in such a way as to vary, for the same number of revs of the engine, the centrifugal force needed to achieve the axial shift of said first half-sheave in relation to the corresponding second half-sheave, characterized in that the actuation means are electromechanical actuation means and wherein the control device is configured so that when the control device is on, a certain number of rollers intervening in the axial shift of the drive sheave is activated and the remaining number of rollers is blocked, and when the control device is off, the system works with all the rollers present in the half-sheave containing them.