mhurhangee/ep-ind-claims huggingface dataset:
A basket suitable for temporarily storing organic waste contained in a breathable biodegradable plastic bag lining the basket, the basket having a bottom and an upstanding side wall, wherein the bottom of the basket is a closed bottom and the basket is composed of two identical halves (4, 5) mounted onto one another to form the basket, each half (4, 5) comprising a bottom portion (6, 7) forming one half of the bottom of the basket, and a side wall portion (8, 9) forming one half of the side wall of the basket, characterized in that the upstanding side wall is provided with ventilation openings, in that the bottom portions (6, 7) of the two halves (4, 5) of the basket form a seam and are inclined such that liquid drains from said seam towards the side wall of the basket, and in that the side wall of the basket is closed at the bottom of the basket to prevent any liquid draining towards said side wall to flow out of the basket.
A lifting frame for a lifting arrangement for lifting a weak or disabled person, the lifting frame comprising a connection unit and a lifting frame construction, which is mounted on a mounting shaft of the connection unit, said connection unit comprising a housing, having connection means arranged at the top end of the connection unit for connecting to a hoist and where said connection unit comprises a housing divided in an upper part and a lower part, the upper and lower part of said housing which rotate freely in relation to each other about a longitudinal axis of the housing, and where said connection unit further comprises a through-going horizontal bore in the lower part of the housing, and where a mounting shaft is mounted in rotatable manner about the longitudinal axis of the mounting shaft in said through-going bore, where said mounting shaft is provided for mounting the lifting frame construction to the connection unit, characterized in that the lifting frame construction comprises at least two frame parts (5, 6), which are connected via links allowing the two frame parts (5, 6) to be moveable in relation to each other, in particular by rotation and the lifting frame further comprising an electrical actuator for changing the position of at least one frame part relative to another frame part, the actuator being connected to one or more cords being mounted inside the lifting frame construction and the connection unit, and being arranged to pass through the housing and the mounting shaft.
A stable affixation system for guided dental implantation, comprising: a fixation tray customizable to the patient including a housing that defines a chamber configured to house a flowable or malleable material and be placed over one or a plurality of teeth of a person during the guided dental implantation, the housing having side walls (22, 24) joined to a cross member on each side of the housing, characterized by a lock configured, when positioned on the fixation tray, to reduce or eliminate a freedom of movement of the fixation tray, each side wall (22, 24) having an upper side portion (22U, 24U) and a lower side portion (22L, 24L), the cross member including a flexion region on each side of the housing, wherein when the lock is not positioned on the fixation tray a squeezing force on the upper side portions (22U, 24U) flexes the lower side portions (22L, 24L) outward, the lower side portions (22L, 24L) configured to urge the flowable or malleable material, having hardened, against the teeth, further characterized by a tracking element attached to the fixation tray. a fixation tray customizable to the patient including a housing that defines a chamber configured to house a flowable or malleable material and be placed over one or a plurality of teeth of a person during the guided dental implantation, the housing having side walls (22, 24) joined to a cross member on each side of the housing, characterized by a lock configured, when positioned on the fixation tray, to reduce or eliminate a freedom of movement of the fixation tray, each side wall (22, 24) having an upper side portion (22U, 24U) and a lower side portion (22L, 24L), the cross member including a flexion region on each side of the housing, wherein when the lock is not positioned on the fixation tray a squeezing force on the upper side portions (22U, 24U) flexes the lower side portions (22L, 24L) outward, the lower side portions (22L, 24L) configured to urge the flowable or malleable material, having hardened, against the teeth, further characterized by a tracking element attached to the fixation tray.
A mixed metal oxidized hydroxide precursor material represented by the chemical formula: (1-z)(Ni a Co b Mn c 2(a+b+c) ·CO b' Mn c' b'+c' ·Mn c" O 2c")· z(Ni d Co e Mn f 2(d+e+f) ·Co e' Mn f' e'+f' ·Mn f" O 2f"), wherein 0< z<0.1; A=a, B=b+b', C=c+c'+c", A+B+C = 1 and 0<A<1, 0<B<1, 0<C<1; D=d, E=e+e', F=f+f+f" D+E+F=1 and 0<D<1, 0<E<1, 0<F<1; and A<D, B>E, C>F, wherein the precursor material comprises spherical and non-spherical particles having a surface and an interior, and the particles have a gradient structure wherein a molar ratio of Ni, in comparison to Co and Mn, is in the majority at the surface, and a composition with a metal molar ratio that varies from the surface towards the interior of the particles. 0< z<0.1; A=a, B=b+b', C=c+c'+c", A+B+C = 1 and 0<A<1, 0<B<1, 0<C<1; D=d, E=e+e', F=f+f+f" D+E+F=1 and 0<D<1, 0<E<1, 0<F<1; and A<D, B>E, C>F, wherein
Flange for a fluidic connection bridge, the flange configured to be assembled with a connector comprising two inlet orifices and one outlet orifice of a temperature control device, in particular a cooling device, for an electrical component capable of releasing heat during its operation, in particular for an electrical energy storage module, the flange comprising a fluid inlet and a fluid outlet, both configured to be each connected to a respective external duct (805; 806), or pipe, this flange being designed to distribute a flow of refrigerant fluid coming from the fluid inlet of the flange to at least two distribution orifices of the flange by splitting this flow of refrigerant fluid into at least two flows of fluid, distribution orifices (808, 809) configured to distribute refrigerant fluid respectively to two inlet orifices of the connector on the temperature control device, the flange comprising a fluid path communicating with the fluid inlet of the flange, this fluid inlet being in particular formed by an orifice in the flange, this fluid path being configured to distribute the refrigerant fluid coming from this fluid inlet to the two distribution orifices, the fluid path being formed by a slot made on a body of the flange and closed by a cover fixed in a sealed manner to the body, this cover being in particular of elongate shape, the flange additionally comprising a fluid collection orifice configured to collect refrigerant fluid coming from the connector of the temperature control device, this collection orifice communicating with the fluid outlet of the flange via a channel in the flange, the channel in particular being of cylindrical shape, this collection orifice being designed to be placed opposite the fluid outlet orifice of the connector of the temperature control device, the fluid distribution and collection orifices on the flange each comprising a nozzle, in particular of substantially conical shape, the nozzle configured in each case to cooperate with one of the two inlet orifices and the outlet orifice on the connector of the temperature control device.
Manipulating apparatus for holding and handling instruments for minimally invasive procedures, comprising a frame and at least one instrument carrier including a holding section for holding an instrument arm, - wherein the instrument carrier is movably mounted to the frame and arranged, for movement thereof, to be coupled with at least one drive (50, 224), wherein the instrument carrier is at least sectionally rotatable about its longitudinal axis relative to the frame, - wherein the holding section comprises a driving interface for transmitting mechanical energy to the instrument arm, - wherein the driving interface involves at least one transmission port (154, 156, 158, 160) for motion transmission, particularly for torque transmission, - wherein an instrument drive (74, 76, 78, 80) is assigned to the transmission port (154, 156, 158, 160), - wherein the instrument carrier, at least sectionally along its longitudinal extension, comprises a transmission section, in which at least one transmission element (174, 176, 178, 180) is arranged, which enables a motion transmission between the instrument drive (74, 76, 78, 80) and the transmission port (154, 156, 158, 160), - wherein the at least one transmission element (174, 176, 178, 180) is oriented in a fashion concentrically with respect to the longitudinal axis of the instrument carrier, and - wherein the transmission port (154, 156, 158, 160) is arranged in an off-center fashion with respect to the longitudinal axis, so that the transmission port (154, 156, 158, 160) is pivoted during the rotation of the instrument carrier about the longitudinal axis thereof. - wherein the instrument carrier is movably mounted to the frame and arranged, for movement thereof, to be coupled with at least one drive (50, 224), wherein the instrument carrier is at least sectionally rotatable about its longitudinal axis relative to the frame, - wherein the holding section comprises a driving interface for transmitting mechanical energy to the instrument arm, - wherein the driving interface involves at least one transmission port (154, 156, 158, 160) for motion transmission, particularly for torque transmission, - wherein an instrument drive (74, 76, 78, 80) is assigned to the transmission port (154, 156, 158, 160), - wherein the instrument carrier, at least sectionally along its longitudinal extension, comprises a transmission section, in which at least one transmission element (174, 176, 178, 180) is arranged, which enables a motion transmission between the instrument drive (74, 76, 78, 80) and the transmission port (154, 156, 158, 160), - wherein the at least one transmission element (174, 176, 178, 180) is oriented in a fashion concentrically with respect to the longitudinal axis of the instrument carrier, and - wherein the transmission port (154, 156, 158, 160) is arranged in an off-center fashion with respect to the longitudinal axis, so that the transmission port (154, 156, 158, 160) is pivoted during the rotation of the instrument carrier about the longitudinal axis thereof.
An isolated or recombinant polypeptide comprising a C terminal polypeptide sequence QSFEWIYKQIKKLWA [SEQ ID NO:1] or having at least 90% identity thereto, wherein the isolated or recombinant polypeptide is bactericidal.
Transmission device for an electrically driveable vehicle, comprising - a transmission element, - a parking lock, by means of which the transmission element can be blocked and which has a parking lock actuator, and - a transmission housing, which encloses the transmission element and the parking lock, characterized by - a pressure equalization apparatus, by means of which an interior of the parking lock actuator is connected to an exterior of the transmission housing in a gas-permeable manner, wherein the pressure equalization apparatus has a lead-through element which passes through a transmission housing opening, and a fluid guiding element, the first end of which is connected to the interior of the parking lock actuator and the second end of which is connected to the lead-through element, wherein the pressure equalization apparatus - at the first end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the parking lock actuator, which coupling is preferably formed on a parking lock actuator housing, and/or - at the second end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the lead-through element. - a transmission element, - a parking lock, by means of which the transmission element can be blocked and which has a parking lock actuator, and - a transmission housing, which encloses the transmission element and the parking lock, - a pressure equalization apparatus, by means of which an interior of the parking lock actuator is connected to an exterior of the transmission housing in a gas-permeable manner, wherein the pressure equalization apparatus has a lead-through element which passes through a transmission housing opening, and a fluid guiding element, the first end of which is connected to the interior of the parking lock actuator and the second end of which is connected to the lead-through element, - at the first end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the parking lock actuator, which coupling is preferably formed on a parking lock actuator housing, and/or - at the second end of the fluid guiding element has a coupling which is connected in a latching manner to a diametrically opposed coupling of the lead-through element.
A method of forming a compound semiconductor layer stack, the method comprising: forming, on a base (14, 14'), a first layer (11, 11') including an island-shaped Al x1 In y1 Ga (1-x1-y1) N; forming, on the first layer (11, 11'), a second layer including Al x2 In y2 Ga (1-x2-y2) N; and forming, on an entire surface of the second layer including a top of the second layer, a third layer including Al x3 Ga (1-x3) N, the third layer having a top surface that is flat, provided that the following hold true: 0 ≤ x1 < 1; 0 ≤ x2 < 1; 0 ≤ x3 < 1; 0 ≤ y1 < 1; and 0 < y2 < 1, wherein the first layer (11, 11') having a forward tapered sloped surface and a flat top surface is formed, wherein the second layer is formed on the top surface and the sloped surface of the first layer (11, 11'), characterised in that T 2 − t > T 2 − s is satisfied, where T 2-t denotes a thickness of a part of the second layer formed on the top surface of the first layer (11, 11'), and T 2-s denotes a thickness of a part of the second layer formed on the sloped surface of the first layer (11, 11'). forming, on a base (14, 14'), a first layer (11, 11') including an island-shaped Al x1 In y1 Ga (1-x1-y1) N; forming, on the first layer (11, 11'), a second layer including Al x2 In y2 Ga (1-x2-y2) N; and forming, on an entire surface of the second layer including a top of the second layer, a third layer including Al x3 Ga (1-x3) N, the third layer having a top surface that is flat, provided that the following hold true: 0 ≤ x1 < 1; 0 ≤ x2 < 1; 0 ≤ x3 < 1; 0 ≤ y1 < 1; and 0 < y2 < 1, wherein the first layer (11, 11') having a forward tapered sloped surface and a flat top surface is formed, wherein the second layer is formed on the top surface and the sloped surface of the first layer (11, 11'), characterised in that T 2 − t > T 2 − s is satisfied, where T 2-t denotes a thickness of a part of the second layer formed on the top surface of the first layer (11, 11'), and T 2-s denotes a thickness of a part of the second layer formed on the sloped surface of the first layer (11, 11'). T 2-t denotes a thickness of a part of the second layer formed on the top surface of the first layer (11, 11'), and T 2-s denotes a thickness of a part of the second layer formed on the sloped surface of the first layer (11, 11').
A tire comprising: a circular tire frame member formed from a frame resin material; and a reinforcing cord member that is disposed at an outer circumference of the tire frame member, that is wound along a tire circumferential direction so as to form a spiral shape, and that is bonded to the tire frame member, characterized in that a length direction end portion of the reinforcing cord member is embedded in the tire frame member so as to be disposed further to a side of an inner face of the tire frame member than a length direction intermediate portion of the reinforcing cord member. a circular tire frame member formed from a frame resin material; and a reinforcing cord member that is disposed at an outer circumference of the tire frame member, that is wound along a tire circumferential direction so as to form a spiral shape, and that is bonded to the tire frame member, characterized in that a length direction end portion of the reinforcing cord member is embedded in the tire frame member so as to be disposed further to a side of an inner face of the tire frame member than a length direction intermediate portion of the reinforcing cord member.
Process for joining components (14a, 14b) made of aluminium alloy, wherein (i) at least one first component made of aluminium alloy in a solution heat-treated, quenched, optionally strain hardened, temper, and naturally aged at ambient temperature or having undergone pre-ageing, and at least one second component made of aluminium alloy are supplied, (ii) said components (14a, 14b) are welded to obtain a welded assembly having a welded zone delimited by boundaries determined on the surface and extending throughout the thickness of the components, characterised by the following steps: (iii) cold working between 0.3 and 5% of all of said welded zone delimited by said boundaries is carried out, (iv) post-welding ageing of the worked welded assembly is carried out to obtain a final temper, the ageing conditions being a temperature from 120 to 200°C for a time from 10 to 60 hours, and if the temper of the first component at least is in a pre-aged temper, the temper, obtained after the post-welding ageing, is the result of the pre-ageing of the first component at least and of the post-welding ageing. (i) at least one first component made of aluminium alloy in a solution heat-treated, quenched, optionally strain hardened, temper, and naturally aged at ambient temperature or having undergone pre-ageing, and at least one second component made of aluminium alloy are supplied, (ii) said components (14a, 14b) are welded to obtain a welded assembly having a welded zone delimited by boundaries determined on the surface and extending throughout the thickness of the components, (iii) cold working between 0.3 and 5% of all of said welded zone delimited by said boundaries is carried out, (iv) post-welding ageing of the worked welded assembly is carried out to obtain a final temper, the ageing conditions being a temperature from 120 to 200°C for a time from 10 to 60 hours,
A barrier cable coupler for coupling two lengths of barrier cable comprising: a coupler body, the coupler body including a threaded inner surface, the coupler body having a first end and a second end; a fixed retaining collar, the fixed retaining collar having an outer surface, the fixed retaining collar retained to the first end of the coupler body, the fixed retaining collar including a tapered inner surface; one or more fixed end wedges positioned within the tapered inner surface of the fixed retaining collar; a tensioning retaining collar, the tensioning retaining collar having an outer surface, the tensioning retaining collar positioned at least partially within the second end of the coupler body, the tensioning retaining collar including a tapered inner surface; one or more tensioning end wedges positioned within the tapered inner surface of the tensioning retaining collar; and a tensioning nut, the tensioning nut including a threaded outer surface engaging the threaded inner surface of the second end of the coupler body and retaining the tensioning retaining collar therein: characterized in that the tensioning retaining collar is slidable relative to the second end of the coupler body and the outer surface of the tensioning retaining collar is not threaded and sized such that the tensioning retaining collar can slide within the inner surface of the coupler body. a coupler body, the coupler body including a threaded inner surface, the coupler body having a first end and a second end; a fixed retaining collar, the fixed retaining collar having an outer surface, the fixed retaining collar retained to the first end of the coupler body, the fixed retaining collar including a tapered inner surface; one or more fixed end wedges positioned within the tapered inner surface of the fixed retaining collar; a tensioning retaining collar, the tensioning retaining collar having an outer surface, the tensioning retaining collar positioned at least partially within the second end of the coupler body, the tensioning retaining collar including a tapered inner surface; one or more tensioning end wedges positioned within the tapered inner surface of the tensioning retaining collar; and a tensioning nut, the tensioning nut including a threaded outer surface engaging the threaded inner surface of the second end of the coupler body and retaining the tensioning retaining collar therein: characterized in that the tensioning retaining collar is slidable relative to the second end of the coupler body and the outer surface of the tensioning retaining collar is not threaded and sized such that the tensioning retaining collar can slide within the inner surface of the coupler body.
A vehicle, particularly a rail vehicle, having a carrier system for attaching a replaceable component to an underfloor region of the vehicle, - wherein the carrier system comprises an accommodating device for the component and a pull-out carrier device for supporting the accommodating device at the underfloor region, - wherein the carrier device comprises at least one first and one second rail (12, 13), - the first rail is fastened on a carrier structure of the underfloor region, the second rail is supported directly or indirectly in a displaceable manner on the first rail, and the accommodating device being fastened to the second rail, characterized in that - the carrier device has a stop device which can be switchable arranged in an a locked position and in an unlocked position, - wherein the stop device is activated in the locked position and displacement in the pull-out direction of the rails with respect to one another is delimited by means of a first rail stop of a rail, and - the stop device is deactivated in the unlocked position, and a complete pulling apart of the rails (12, 13) in the pull-out direction is enabled. - wherein the carrier system comprises an accommodating device for the component and a pull-out carrier device for supporting the accommodating device at the underfloor region, - wherein the carrier device comprises at least one first and one second rail (12, 13), - the first rail is fastened on a carrier structure of the underfloor region, the second rail is supported directly or indirectly in a displaceable manner on the first rail, and the accommodating device being fastened to the second rail, characterized in that - the carrier device has a stop device which can be switchable arranged in an a locked position and in an unlocked position, - wherein the stop device is activated in the locked position and displacement in the pull-out direction of the rails with respect to one another is delimited by means of a first rail stop of a rail, and - the stop device is deactivated in the unlocked position, and a complete pulling apart of the rails (12, 13) in the pull-out direction is enabled.