mhurhangee/ep-ind-claims huggingface dataset:
An implantable fastening device for securing a graft to at least one bone of a joint, e.g. the tibial bone and/or the femoral bone, in particular for reconstructing the anterior or posterior cruciate ligaments of the knee, said fastening device comprising: - a hollow tubular elongate textile element defining an inside volume and comprising a first free end and a second free end; and - a bearing element having a bearing face configured to bear against at least said bone of a joint, said bearing element comprising at least two through openings (7, 8); said elongate element has an initial outside diameter (mm) and comprises an admission orifice leading into its inside volume and an exit orifice going from its inside volume that are spaced apart by an initial distance (mm) defining a sleeve, the first end of said elongate element being passed through said admission and exit orifices (15,16), into the sleeve, so as to form a first loop, of adjustable initial perimeter, with at least a portion thereof being passed through at least two through openings (7, 8) of said bearing element, the first free end of said elongate element passes through a through opening of said bearing element, said second free end passes through a through opening of said bearing element and forms a second loop of adjustable initial perimeter, the sleeve receiving a portion of elongate element has an outside diameter at rest, characterized in that the distance and the outside diameter of said elongate element are determined in such a manner that in operation, traction exerted on the first free end causes the admission and exit orifices (15,16) to move towards each other and correspondingly causes the sleeve to expand radially. - a hollow tubular elongate textile element defining an inside volume and comprising a first free end and a second free end; and - a bearing element having a bearing face configured to bear against at least said bone of a joint, said bearing element comprising at least two through openings (7, 8);
A device for directing waveguide routes, the device comprising: at least two housings (201, 203) layered together to form the device, the device further comprising: a first housing including first plurality of waveguide channels disposed in a first layer, wherein each of the first plurality of waveguide channels in the first housing includes a respective first input port and a respective first output port; a second housing configured to attach to the first housing, wherein the second housing includes a second plurality of waveguide channels disposed in a second layer, wherein each of the second plurality of waveguide channels in the second housing includes a respective second input port and a respective second output port, wherein the first layer and the second layer are parallel, and wherein the second housing is configured to receive a signal from a first input port of one of the first plurality of waveguide channels in the first housing; and wherein the second housing is configured to redirect the signal to a predetermined output port (518, 512) of the first plurality of waveguide channels in the first housing or of the second plurality of waveguide channels in the second housing, and wherein the second housing is attached to the first housing using a double-90-degree bend in the signal path, such that the first plurality of waveguide channels of the first housing and the second plurality of waveguide channels of the second housing are orthogonal. a first housing including first plurality of waveguide channels disposed in a first layer, wherein each of the first plurality of waveguide channels in the first housing includes a respective first input port and a respective first output port; a second housing configured to attach to the first housing, wherein the second housing includes a second plurality of waveguide channels disposed in a second layer, wherein each of the second plurality of waveguide channels in the second housing includes a respective second input port and a respective second output port, wherein the first layer and the second layer are parallel, and wherein the second housing is configured to receive a signal from a first input port of one of the first plurality of waveguide channels in the first housing; and wherein the second housing is configured to redirect the signal to a predetermined output port (518, 512) of the first plurality of waveguide channels in the first housing or of the second plurality of waveguide channels in the second housing, and wherein the second housing is attached to the first housing using a double-90-degree bend in the signal path, such that the first plurality of waveguide channels of the first housing and the second plurality of waveguide channels of the second housing are orthogonal.
A dose unit for a dry powder inhaler comprising: - a dose carrier (15; 515, 524) including a plurality of pockets (17; 517) each adapted to contain a dose of medication powder suitable for inhalation, said pockets being sequentially arranged such that the content of the pockets (17; 517) can be sequentially exposed to a flow of air (Fa) for successive inhalations and - a plurality of medication powder doses (X; X1, X2) arranged in pockets (17; 517) of the dose carrier, the doses being regularly distributed in the pockets according to a sequence of identical groups, characterized in that each group includes at least one blank pocket containing an excipient powder without pharmaceutically active ingredient and one pocket containing a dose of medication powder (X; X1, X2). - a dose carrier (15; 515, 524) including a plurality of pockets (17; 517) each adapted to contain a dose of medication powder suitable for inhalation, said pockets being sequentially arranged such that the content of the pockets (17; 517) can be sequentially exposed to a flow of air (Fa) for successive inhalations and - a plurality of medication powder doses (X; X1, X2) arranged in pockets (17; 517) of the dose carrier,
An electroless aqueous gold plating bath, comprising at least one source of gold ions and at least one reducing agent for gold ions, characterized in that it comprises at least one ethylenediamine derivative according to formula wherein the residues R 1 and R 2 comprise 2 to 12 carbon atoms and are selected from the group consisting of branched alkyl, unbranched alkyl, cycloalkyl or combinations thereof wherein the individual residues R 1 and R 2 are the same or different as plating enhancer compound.
Food preparation appliance comprising: - a frame which comprises, firstly, a stem intended to be placed on a work surface and, secondly, a working head extending from the stem to comprise a region offset with respect to the stem and overhanging the work surface by being located away from the work surface, - at least one working accessory (131; 132; 133; 134; 135; 136) intended to be removably adapted on the frame, characterised in that said appliance comprises a removable support for storing the or at least one of the working accessory(ies) (131; 132; 133; 134; 135; 136), in that said support is carried by the frame, and in that the support is arranged mainly underneath the working head in the region. - a frame which comprises, firstly, a stem intended to be placed on a work surface and, secondly, a working head extending from the stem to comprise a region offset with respect to the stem and overhanging the work surface by being located away from the work surface, - at least one working accessory (131; 132; 133; 134; 135; 136) intended to be removably adapted on the frame, characterised in that said appliance comprises a removable support for storing the or at least one of the working accessory(ies) (131; 132; 133; 134; 135; 136), in that said support is carried by the frame, and in that the support is arranged mainly underneath the working head in the region.
System for hanging area curtains, comprising several panel carriages and at least one multi-track for receiving and guiding the panel carriages for fastening an area curtain, wherein the at least one multi-track has several running channels in which the panel carriages are displaceable, characterised in that the multi-track has three running channels and three covers, wherein the running channels and the covers are formed so that the panel carriages which are movable in the running channels are concealed by the covers, and that the three running channels and the three covers are arranged in alternation.
Casing of a cooling system for storage battery cells, comprising: - external walls (9, 11, 13) that delimit a sealed housing for said cells, which has an inlet opening and an outlet opening for heat transfer fluid, and - an internal wall that delimits a circulation duct for the heat transfer fluid, which communicates with the inlet opening, - the internal wall having a plurality of holes that open into said housing, characterized in that the holes have diameters of between 1 mm and 3 mm, such that the heat transfer fluid forms droplets when it passes through the holes. - external walls (9, 11, 13) that delimit a sealed housing for said cells, which has an inlet opening and an outlet opening for heat transfer fluid, and - an internal wall that delimits a circulation duct for the heat transfer fluid, which communicates with the inlet opening, - the internal wall having a plurality of holes that open into said housing,
A mounting structure for a sonar sensor comprising: the sonar sensor that includes a sensor main body having a detection plane and detects a distance to a detection object by sending an ultrasound wave from the detection plane and receiving a reflective wave reflected by the detection object; a resin member in which a hole is formed and on which the sonar sensor is mounted; and a holder that has a cover for covering the detection plane and holds the sonar sensor, wherein the sonar sensor is installed in the holder, the holder is attached to the resin member so that the cover is inserted into the hole from an inside of the resin member and an outer surface of the cover is made almost flush-surfaced with an outer surface of the resin member, and at least the cover is made of resin in the holder, the sonar sensor is rotatable in the holder and fixed in the holder at an arbitrary rotational position, characterised in that the cover and the resin member are molded of an identical resin material, the cover has a low-height hollow cylindrical shape, wherein a detection portion of the sonar sensor is accommodated in the cover, the outer surface of the cover forms a continuous smooth surface with the outer surface of the resin member, the cover is placed to be separated from the detection plane, thereby creating an air space between the cover and the detection plane, and the outer surface of the cover and the outer surface of the resin member are painted by an identical painting material. the sonar sensor that includes a sensor main body having a detection plane and detects a distance to a detection object by sending an ultrasound wave from the detection plane and receiving a reflective wave reflected by the detection object; a resin member in which a hole is formed and on which the sonar sensor is mounted; and a holder that has a cover for covering the detection plane and holds the sonar sensor, wherein the sonar sensor is installed in the holder, the holder is attached to the resin member so that the cover is inserted into the hole from an inside of the resin member and an outer surface of the cover is made almost flush-surfaced with an outer surface of the resin member, and at least the cover is made of resin in the holder, the sonar sensor is rotatable in the holder and fixed in the holder at an arbitrary rotational position, characterised in that the cover and the resin member are molded of an identical resin material, the cover has a low-height hollow cylindrical shape, wherein a detection portion of the sonar sensor is accommodated in the cover, the outer surface of the cover forms a continuous smooth surface with the outer surface of the resin member, the cover is placed to be separated from the detection plane, thereby creating an air space between the cover and the detection plane, and the outer surface of the cover and the outer surface of the resin member are painted by an identical painting material.
Housing for a jettisonable flight data recorder of an aircraft, comprising: an inner housing with at least one inner edge; and a deformable outer region with at least one rounded outer edge; the outer edge of the outer region having a larger radius of curvature than the inner edge of the inner housing, and the outer region having a shock-absorbing material in order to, in the event that the flight data recorder is jettisoned from the aircraft, prevent damage to the aircraft that would reduce aviation safety, characterized in that the housing has a central through-passage so as to allow a single point mounting for fastening the flight data recorder to the aircraft. an inner housing with at least one inner edge; and a deformable outer region with at least one rounded outer edge; the outer edge of the outer region having a larger radius of curvature than the inner edge of the inner housing, and the outer region having a shock-absorbing material in order to, in the event that the flight data recorder is jettisoned from the aircraft, prevent damage to the aircraft that would reduce aviation safety, characterized in that the housing has a central through-passage so as to allow a single point mounting for fastening the flight data recorder to the aircraft.
A vehicle, comprising - an internal combustion engine which is provided for driving a drive train of the vehicle, - at least one supercharger which is provided for increasing the pressure of the air supplied to the internal combustion engine, - an electric machine which can be coupled or is coupled to the supercharger in a torque-transmitting manner and is provided for driving or for supporting the drive of the supercharger, wherein - the drive train can be coupled or is coupled to the electric machine in a torque-transmitting manner, wherein provided between the drive train and the electric machine is a second coupling means which is formed by a coupling and which can assume at least an open and a closed state, wherein in the open state of the second coupling means, the drive train is uncoupled from the electric machine by the second coupling means and in the closed state of the second coupling means, the drive train is coupled to the electric machine by the second coupling means, characterised in that • the at least one supercharger is a second supercharger and in addition, a first supercharger is provided which is configured as a turbocharger and is also provided to increase the pressure of the air suctioned in by the internal combustion engine, and • arranged in the flow direction of the intake air downstream of the first supercharger is a bypass so that the second supercharger can be bypassed by at least a portion of the intake air. - an internal combustion engine which is provided for driving a drive train of the vehicle, - at least one supercharger which is provided for increasing the pressure of the air supplied to the internal combustion engine, - an electric machine which can be coupled or is coupled to the supercharger in a torque-transmitting manner and is provided for driving or for supporting the drive of the supercharger, wherein - the drive train can be coupled or is coupled to the electric machine in a torque-transmitting manner, wherein • the at least one supercharger is a second supercharger and in addition, a first supercharger is provided which is configured as a turbocharger and is also provided to increase the pressure of the air suctioned in by the internal combustion engine, and • arranged in the flow direction of the intake air downstream of the first supercharger is a bypass so that the second supercharger can be bypassed by at least a portion of the intake air.
Profile system comprising: - a top-mounted roller-shutter box made of plastics material for mounting on an outer-frame profile (7, 7'), wherein the top-mounted roller-shutter box comprises a basic floor profile, for fixing the roller-shutter box on the outer-frame profile (7, 7'), and a floor-flap profile, to allow inspection of the roller-shutter box from the bottom; - an outer-frame profile (7, 7'); wherein the floor-flap profile is articulated in a rotatable or pivotable manner on the basic floor profile and provides for an open position and a closed position of the floor-flap profile, characterized by the following features: - the basic floor profile has, on the room side, a tongue-form projection, which forms an undercut; - the floor-flap profile has a mouth-form articulation side which, when the floor-flap profile is closed, engages around the tongue-form projection of the basic floor profile and, together therewith, forms a rotary articulation; - when the floor-flap profile is rotated into the open position, the axis of rotation of the rotary articulation is offset, on the room side, behind the outer lower edge of the floor-flap profile; - when the floor-flap profile is rotated into the open position, the outer lower edge of the floor-flap profile penetrates into the undercut of the tongue-form projection of the basic floor profile; - the top-mounted roller-shutter box can be mounted on the outer-frame profile (7, 7') such that the basic floor profile and the abutment edge between the basic floor profile and floor-flap profile are not visible. - a top-mounted roller-shutter box made of plastics material for mounting on an outer-frame profile (7, 7'), wherein the top-mounted roller-shutter box comprises a basic floor profile, for fixing the roller-shutter box on the outer-frame profile (7, 7'), and a floor-flap profile, to allow inspection of the roller-shutter box from the bottom; - an outer-frame profile (7, 7'); - the basic floor profile has, on the room side, a tongue-form projection, which forms an undercut; - the floor-flap profile has a mouth-form articulation side which, when the floor-flap profile is closed, engages around the tongue-form projection of the basic floor profile and, together therewith, forms a rotary articulation; - when the floor-flap profile is rotated into the open position, the axis of rotation of the rotary articulation is offset, on the room side, behind the outer lower edge of the floor-flap profile; - when the floor-flap profile is rotated into the open position, the outer lower edge of the floor-flap profile penetrates into the undercut of the tongue-form projection of the basic floor profile; - the top-mounted roller-shutter box can be mounted on the outer-frame profile (7, 7') such that the basic floor profile and the abutment edge between the basic floor profile and floor-flap profile are not visible.
A burner port block assembly comprising: a refractory block having a central passageway therethrough; and a ceramic extension piece having a distal end, a proximal end, and a sidewall that defines a central passageway extending between the distal end and the proximal end, wherein the extension piece is disposed at least partially in the central passageway of the refractory block, wherein the refractory block comprises a first engagement structure (30, 58, 60) and the extension piece comprises a second engagement structure and engagement of the first engagement structure with the second engagement structure connects the extension piece to the refractory block characterized in that, the refractory block further comprises at least one lip extending inward from a distal end of the refractory block central passageway, wherein preferably said lip extends radially inward from a distal end of the refractory block central passageway. a refractory block having a central passageway therethrough; and a ceramic extension piece having a distal end, a proximal end, and a sidewall that defines a central passageway extending between the distal end and the proximal end, wherein the extension piece is disposed at least partially in the central passageway of the refractory block, wherein the refractory block comprises a first engagement structure (30, 58, 60) and the extension piece comprises a second engagement structure and engagement of the first engagement structure with the second engagement structure connects the extension piece to the refractory block characterized in that, the refractory block further comprises at least one lip extending inward from a distal end of the refractory block central passageway, wherein preferably said lip extends radially inward from a distal end of the refractory block central passageway.
An aqueous gel composition for topical application comprising (a) a physiologically active ingredient, (b) an aqueous dispersion of ethylcellulose, and (c) a carrageenan, wherein the concentration of ethylcellulose is in the range of 5-50% by weight of the composition. (a) a physiologically active ingredient, (b) an aqueous dispersion of ethylcellulose, and (c) a carrageenan,
Device (12; 112) for detecting the improper adjustment of a ventilatory support machine used on a mammal, characterized in that it comprises: - means (40; 140) for measuring, as a function of time, a neurophysiological signal involved in the respiratory process of the mammal for at least two successive respiratory cycles, each respiratory cycle comprising a respiratory initiation time; - an input for receiving a respiratory initiation signal (t o) which is different from the neurophysiological signal; - means (42; 142) for processing the neurophysiological signals, which means are configured for processing the neurophysiological signals for each respiratory initiation time (t o) over a period of time comprising the respiratory initiation time (t o) and starting before the respiratory initiation time (t o); and - means (44; 144) for detecting an improper adjustment of the ventilator by means of said processed signals. - means (40; 140) for measuring, as a function of time, a neurophysiological signal involved in the respiratory process of the mammal for at least two successive respiratory cycles, each respiratory cycle comprising a respiratory initiation time; - an input for receiving a respiratory initiation signal (t o) which is different from the neurophysiological signal; - means (42; 142) for processing the neurophysiological signals, which means are configured for processing the neurophysiological signals for each respiratory initiation time (t o) over a period of time comprising the respiratory initiation time (t o) and starting before the respiratory initiation time (t o); and - means (44; 144) for detecting an improper adjustment of the ventilator by means of said processed signals.