mhurhangee/ep-ind-claims huggingface dataset:
Drive and metering apparatus for an injection apparatus for releasing a liquid product, the drive and metering apparatus comprising: a) a housing (1; 101), b) a dose setting member (2; 102) which is rotatable relative to the housing (1; 101) in order to set the product dose to be released, c) an actuation member (8; 108) which is displaceable axially along the housing from a non-actuated position, which it assumes during the setting of the product dose to be released, to an actuated position, which it assumes during release of the product, wherein the displacement of the actuation member (8; 108) into the actuated position triggers a release of the product, and the actuation member (8; 108) has an actuation section (8a; 108a) which is accessible to a user of the drive and metering apparatus and by means of which the user can displace the actuation member (8; 108) from the non-actuated position to the actuated position, wherein the actuation section (8a; 108a) is arranged distal to the dose setting member (2; 102), and d) a dose display member (10; 110), wherein, in the non-actuated position of the actuation member (8; 108), the dose display member (10; 110) is coupled to the dose setting member (2; 102) in such a way that a rotation of the dose setting member (2; 102) causes a rotation of the dose display member (10; 110), characterized in that the actuation member (8; 108) is coupled to the dose display member (10; 110) in such a way that the dose display member (10; 110) follows the movement of the actuation member (8; 108) when the actuation member (8; 108) is displaced from the non-actuated position to the actuated position. a) a housing (1; 101), b) a dose setting member (2; 102) which is rotatable relative to the housing (1; 101) in order to set the product dose to be released, c) an actuation member (8; 108) which is displaceable axially along the housing from a non-actuated position, which it assumes during the setting of the product dose to be released, to an actuated position, which it assumes during release of the product, wherein the displacement of the actuation member (8; 108) into the actuated position triggers a release of the product, and the actuation member (8; 108) has an actuation section (8a; 108a) which is accessible to a user of the drive and metering apparatus and by means of which the user can displace the actuation member (8; 108) from the non-actuated position to the actuated position, wherein the actuation section (8a; 108a) is arranged distal to the dose setting member (2; 102), and d) a dose display member (10; 110), wherein, in the non-actuated position of the actuation member (8; 108), the dose display member (10; 110) is coupled to the dose setting member (2; 102) in such a way that a rotation of the dose setting member (2; 102) causes a rotation of the dose display member (10; 110),
A connector assembly for connecting a pair of formwork panels with each other, the connector assembly comprising: a base component comprising: an arm; a first opening formed on the arm; and a locking portion formed at an end of the arm and adapted to be removably inserted in a second opening formed by alignment of respective slots of the pair of formwork panels; and a handle component adapted to be partially disposed in the base component through the first opening formed on the arm, characterized in that the handle component is adapted to be operated to rotate the arm such that the locking portion is rotated within the second opening and such that said locking portion partially locks the base component in the second opening for connecting the pair of formwork panels. a base component comprising: an arm; a first opening formed on the arm; and a locking portion formed at an end of the arm and adapted to be removably inserted in a second opening formed by alignment of respective slots of the pair of formwork panels; and an arm; a first opening formed on the arm; and a locking portion formed at an end of the arm and adapted to be removably inserted in a second opening formed by alignment of respective slots of the pair of formwork panels; and a handle component adapted to be partially disposed in the base component through the first opening formed on the arm, characterized in that the handle component is adapted to be operated to rotate the arm such that the locking portion is rotated within the second opening and such that said locking portion partially locks the base component in the second opening for connecting the pair of formwork panels.
A stent graft comprising: a graft being supported by a stent, wherein said stent comprises undulations each which comprise apices in opposing first and second directions; and a tape member, comprising first and second longitudinal edges, attached to said stent and to said graft such that the first tape edge substantially covers the apices in the first or second direction of the each of the undulations, thus confining the apices in one of the first or second direction of the undulations to the graft, wherein the apices in the other of the first or second direction of the undulation are not confined relative to the graft; wherein said graft forms circumferentially oriented unidirectional pleats when longitudinally compressed and said apices in the first or second direction of said undulation are positioned under an adjacent pleat when compressed. a graft being supported by a stent, wherein said stent comprises undulations each which comprise apices in opposing first and second directions; and a tape member, comprising first and second longitudinal edges, attached to said stent and to said graft such that the first tape edge substantially covers the apices in the first or second direction of the each of the undulations, thus confining the apices in one of the first or second direction of the undulations to the graft, wherein the apices in the other of the first or second direction of the undulation are not confined relative to the graft; wherein said graft forms circumferentially oriented unidirectional pleats when longitudinally compressed and said apices in the first or second direction of said undulation are positioned under an adjacent pleat when compressed.
A cable harness for a magnetic resonance system, wherein the cable harness is adapted for being connected to a feeding point of a magnetic resonance radiofrequency coil device on one end and for being connected to an input-output unit for connecting the magnetic resonance radiofrequency coil device with a control and analysis unit of the magnetic resonance system on the other end, wherein the cable harness comprises at least one transmission line for connecting the feeding point with the input-output unit, wherein the cable harness comprises a flexible support structure and multiple radiofrequency chokes within the cable harness in the flexible support structure and the radiofrequency chokes are flexibly connected to the support structure such that the radiofrequency chokes are rotatable and/or inclinable with respect to the support structure.
An ultrasonic electromechanical stator, comprising: two vibration bodies; a link member connecting said two vibration bodies along a connection direction; and a stator support; each of said vibration bodies comprising a respective electromechanical element; each of said vibration bodies being configured to perform bending vibrations in a bending direction, transverse to said connection direction, when an alternating voltage is applied to the respective electromechanical element; said link member having a contact portion intended for contacting a surface of a body to be moved; said link member having mechanical link connecting portions to said respective vibrating bodies in said connection direction; said mechanical link connecting portions being the only mechanical attachments of said link member to any other part of said ultrasonic electromechanical stator, whereby said two vibration bodies and said link member together constitute a vibration assembly; each of said vibration bodies being mechanically attached to said stator support by at least two attachment tabs on at least one side, in a direction transverse to both said connection direction and said bending direction, of said respective vibration bodies; said attachment tabs being provided in directions transverse to both said connection direction and said bending direction, whereby mechanical translation of said vibration bodies in said directions transverse to both said connection direction and said bending direction is counteracted; characterized in that at least two of said attachment tabs are on one or on each of said at least one side of each respective vibration body. two vibration bodies; a link member connecting said two vibration bodies along a connection direction; and a stator support; each of said vibration bodies comprising a respective electromechanical element; each of said vibration bodies being configured to perform bending vibrations in a bending direction, transverse to said connection direction, when an alternating voltage is applied to the respective electromechanical element; said link member having a contact portion intended for contacting a surface of a body to be moved; said link member having mechanical link connecting portions to said respective vibrating bodies in said connection direction; said mechanical link connecting portions being the only mechanical attachments of said link member to any other part of said ultrasonic electromechanical stator, whereby said two vibration bodies and said link member together constitute a vibration assembly; each of said vibration bodies being mechanically attached to said stator support by at least two attachment tabs on at least one side, in a direction transverse to both said connection direction and said bending direction, of said respective vibration bodies; said attachment tabs being provided in directions transverse to both said connection direction and said bending direction, whereby mechanical translation of said vibration bodies in said directions transverse to both said connection direction and said bending direction is counteracted;
Metrology apparatus, comprising a first structure rotatably connected to a second structure by a bearing arrangement, the bearing arrangement including at least a first friction bearing comprising parts (28,34) in sliding contact during rotation of the first structure relative to the second structure, characterised in that the apparatus comprises at least one magnet (52,54;60,62;82,84) that relieves the load on the first friction bearing.
A process for the production of laminar electric resistances having plan geometry according to a predetermined pattern, wherein there are provided: - - a metallic foil; - - a first template, which has a rigid structure and a trace, the trace being shaped so as to have a plan geometry substantially tracing the plan geometry of said predetermined pattern forming a path, the first template having fixing means adapted to fix the foil; - - at least one first sheet of insulating material; said process comprising the steps of: - - fixing the metal foil onto the first template by means of fixing means; - - cutting, according to a predetermined pattern, the metal foil by means of a laser to obtain a cut foil; - - adhering a first sheet of insulating material to the surface of the cut foil which is distal from the first template; - - detaching the foil from the first template. - - a metallic foil; - - a first template, which has a rigid structure and a trace, the trace being shaped so as to have a plan geometry substantially tracing the plan geometry of said predetermined pattern forming a path, the first template having fixing means adapted to fix the foil; - - at least one first sheet of insulating material; - - fixing the metal foil onto the first template by means of fixing means; - - cutting, according to a predetermined pattern, the metal foil by means of a laser to obtain a cut foil; - - adhering a first sheet of insulating material to the surface of the cut foil which is distal from the first template; - - detaching the foil from the first template.
A separator for a lithium secondary battery, comprising: a porous substrate; and a coating layer disposed on one side or both sides of the porous substrate and including a first inorganic particle and a second inorganic particle having different lengths of a major axis, and a binder, wherein a moisture content is less than 800 ppm after being left for 12 hours at a temperature of 40°C and relative humidity of 90%, wherein an aspect ratio of the first inorganic particle is 5 or more, and an aspect ratio of the second inorganic particle is 3 or more. a porous substrate; and a coating layer disposed on one side or both sides of the porous substrate and including a first inorganic particle and a second inorganic particle having different lengths of a major axis, and a binder, wherein a moisture content is less than 800 ppm after being left for 12 hours at a temperature of 40°C and relative humidity of 90%, wherein an aspect ratio of the first inorganic particle is 5 or more, and an aspect ratio of the second inorganic particle is 3 or more.
Roller for asphalt compaction, in particular rubber tire roller, comprising - at least one rubber tire, - a spray device for spraying the rubber tire with a separation agent mixture composed of a first liquid and a second liquid, - a first tank for the first liquid and a second tank for the second liquid, - a mixing device for mixing the first liquid provided by the first tank and the second liquid provided by the second tank for producing the separation agent mixture, - a first pump for conveying the first liquid from the first tank to the mixing device and/or a second pump (13") for conveying the second liquid from the second tank to the mixing device, wherein the mixing device comprises a regulating device for adjusting a mixing ratio of the first liquid and the second liquid in the separation agent mixture, and wherein the regulating device comprises a control device that controls the first pump and/or second pump (13") characterized in that, the second tank and the rubber tire roller are detachably connected to one another via a coupling device, and the second tank is arranged within a covering of the rubber tire roller or on an outer covering of the rubber tire roller so as to be accessible from the outside. - at least one rubber tire, - a spray device for spraying the rubber tire with a separation agent mixture composed of a first liquid and a second liquid, - a first tank for the first liquid and a second tank for the second liquid, - a mixing device for mixing the first liquid provided by the first tank and the second liquid provided by the second tank for producing the separation agent mixture, - a first pump for conveying the first liquid from the first tank to the mixing device and/or a second pump (13") for conveying the second liquid from the second tank to the mixing device,
A resonant personal care appliance which includes a resonant drive system for adapting the operation of said appliance during the lifetime thereof, comprising a motor assembly having a stator coil; a circuit for measuring back EMF induced in a coil by an operating portion of the appliance after the appliance has been turned off; a system for determining the natural resonant frequency of the appliance from the back EMF; a comparator for comparing said determined natural resonant frequency with a known appliance frequency indicative of the natural resonant frequency thereof; and an adjusting circuit (54,56) for changing the drive frequency of the appliance if the difference between the determined frequency and the known natural frequency of the appliance is greater than a predetermined amount, characterized in that the back EMF is induced in a sensing coil separate from the stator coil.
A remote unit comprising: a receiver arranged to receive a signal indicating a first sequence and a first resource pool, wherein transmission of the first sequence within the first resource pool indicates that the remote unit is crossing a road, wherein the first resource pool is configured for use by multiple devices; a processor arranged to generate a first signal indicating the first sequence; and a transmitter that wirelessly transmits the first signal when the remote unit is crossing a road. a receiver arranged to receive a signal indicating a first sequence and a first resource pool, wherein transmission of the first sequence within the first resource pool indicates that the remote unit is crossing a road, wherein the first resource pool is configured for use by multiple devices; a processor arranged to generate a first signal indicating the first sequence; and a transmitter that wirelessly transmits the first signal when the remote unit is crossing a road.
A device for loading a collapsible implant onto a delivery catheter, comprising: an outer tubular structure with a distal end and a proximal end, the outer tubular structure comprising a narrowing passage configured to receive the delivery catheter at one end and the collapsible implant at another end, the catheter having a distal end; an inner tubular structure configured to move slidably within the outer tubular structure, the inner tubular structure comprising a carrier pin configured to move within the narrowing passage as the inner tubular structure slides into the outer tubular structure; the carrier pin being configured for mounting the collapsible implant thereon and for guiding the collapsible implant through the narrowing passage and into the distal end of the catheter as the inner tubular structure slides into the outer tubular structure; and wherein movement of the inner tubular structure into the outer tubular structure causes the collapsible implant to collapse as it moves through the narrowing passage and into the distal end of the catheter; and wherein the carrier pin is enclosed by the inner tubular structure. an outer tubular structure with a distal end and a proximal end, the outer tubular structure comprising a narrowing passage configured to receive the delivery catheter at one end and the collapsible implant at another end, the catheter having a distal end; an inner tubular structure configured to move slidably within the outer tubular structure, the inner tubular structure comprising a carrier pin configured to move within the narrowing passage as the inner tubular structure slides into the outer tubular structure; the carrier pin being configured for mounting the collapsible implant thereon and for guiding the collapsible implant through the narrowing passage and into the distal end of the catheter as the inner tubular structure slides into the outer tubular structure; and wherein movement of the inner tubular structure into the outer tubular structure causes the collapsible implant to collapse as it moves through the narrowing passage and into the distal end of the catheter; and wherein the carrier pin is enclosed by the inner tubular structure.
An implant (100, 400) comprising: a body having opposing first and second surfaces, the first surface having a boss extending outwardly therefrom, wherein the boss is integral with the body; and a porous structure having a surface, wherein the porous structure is formed separately from the body, characterised in that the porous structure is adapted to be secured to the body by placing the porous structure against the first surface of the body, whereby the boss extends through a hole of the porous structure, and in that the boss is adapted to be deformed such that the surface of the porous structure cooperates with the boss to prevent pullout of the boss from the porous structure. a body having opposing first and second surfaces, the first surface having a boss extending outwardly therefrom, wherein the boss is integral with the body; and a porous structure having a surface, wherein the porous structure is formed separately from the body, characterised in that the porous structure is adapted to be secured to the body by placing the porous structure against the first surface of the body, whereby the boss extends through a hole of the porous structure, and in that the boss is adapted to be deformed such that the surface of the porous structure cooperates with the boss to prevent pullout of the boss from the porous structure.
Method for operating a circuit arrangement (200, 300, 400) for amplifying radio signals between a terminal device and an antenna, wherein the circuit arrangement has an amplifying unit (210, 310) having at least one transmission amplifier path and at least one reception amplifier path, the method comprising: - detecting a signal power in the transmitting direction, from the point of view of the terminal device, in a first frequency range in order to determine a transmitted signal power; - detecting a signal power in the receiving direction, from the point of view of the terminal device, in a second frequency range in order to determine a received signal power; - comparing the detected transmitted signal power to the detected received signal power; - if the detected transmitted signal power is stronger than the detected received signal power, activating the transmission amplifier path in order to amplify transmitted signals in the first frequency range; and - if the detected received signal power is stronger than the detected transmitted signal power, activating the reception amplifier path in order to amplify received signals in the second frequency range; wherein the first and second frequency ranges in which the radio signals are transmitted in the transmitting and receiving direction are identical, and wherein detecting in the transmitting direction and detecting in the receiving direction take place in a time window which ensures that, according to the specifications of the transmission standard of the radio signals, no switching from one transmitting direction to the other transmitting direction has taken place yet. - detecting a signal power in the transmitting direction, from the point of view of the terminal device, in a first frequency range in order to determine a transmitted signal power; - detecting a signal power in the receiving direction, from the point of view of the terminal device, in a second frequency range in order to determine a received signal power; - comparing the detected transmitted signal power to the detected received signal power; - if the detected transmitted signal power is stronger than the detected received signal power, activating the transmission amplifier path in order to amplify transmitted signals in the first frequency range; and - if the detected received signal power is stronger than the detected transmitted signal power, activating the reception amplifier path in order to amplify received signals in the second frequency range;