mhurhangee/ep-ind-claims huggingface dataset:
An implant, comprising: a body, the body having a longitudinal axis extending from a first lateral side to a second lateral side of the body; a blade, the blade having a retracted position in the body and an extended position where the blade extends outwardly from the body; a blade actuating member that can translate through the body in directions parallel to the longitudinal axis; the blade actuating member including a channel, wherein the channel extends between a superior surface and an inferior surface of the blade actuating member, and wherein the channel defines a first channel direction and an opposing second channel direction; the blade including a protruding portion configured to fit within the channel; wherein when the blade actuating member is moved in a first direction along the longitudinal axis, the protruding portion follows the channel in the first channel direction and the blade moves towards the extended position; wherein when the blade actuating member is moved in a second direction opposite the first direction, the protruding portion follows the channel in the second channel direction and the blade moves towards the retracted position; and wherein the blade has an outer edge, an inner edge disposed opposite the outer edge, a first lateral edge, and a second lateral edge disposed opposite the first lateral edge; characterized in that: the blade is only in contact with the body along the first lateral edge and the second lateral edge. a body, the body having a longitudinal axis extending from a first lateral side to a second lateral side of the body; a blade, the blade having a retracted position in the body and an extended position where the blade extends outwardly from the body; a blade actuating member that can translate through the body in directions parallel to the longitudinal axis; the blade actuating member including a channel, wherein the channel extends between a superior surface and an inferior surface of the blade actuating member, and wherein the channel defines a first channel direction and an opposing second channel direction; the blade including a protruding portion configured to fit within the channel; wherein when the blade actuating member is moved in a first direction along the longitudinal axis, the protruding portion follows the channel in the first channel direction and the blade moves towards the extended position; wherein when the blade actuating member is moved in a second direction opposite the first direction, the protruding portion follows the channel in the second channel direction and the blade moves towards the retracted position; and wherein the blade has an outer edge, an inner edge disposed opposite the outer edge, a first lateral edge, and a second lateral edge disposed opposite the first lateral edge; characterized in that: the blade is only in contact with the body along the first lateral edge and the second lateral edge.
Electrical connector for connecting to an electrical component in or on a glazing, comprising: a) at least one electrical conductor having first and second ends (3, 4); b) a layer at least partly covering the at least one electrical conductor and located between the first and second ends, wherein the layer comprises: c) a flat region having a first surface for bonding to a glazing via an adhesive layer and having a second surface (7") for bonding to a flange of an aperture via an adhesive bead and having at least two straight sides characterised by: d) a discontinuity (9, 9') arranged in each of the at least two straight sides so that in use mounted on a glazing the discontinuity (9, 9') forms a receptacle for receiving an adhesive bead to form a seal against water ingress along each of the two straight sides and e) wherein the discontinuity is an indentation or a protrusion. a) at least one electrical conductor having first and second ends (3, 4); b) a layer at least partly covering the at least one electrical conductor and located between the first and second ends, wherein the layer comprises: c) a flat region having a first surface for bonding to a glazing via an adhesive layer and having a second surface (7") for bonding to a flange of an aperture via an adhesive bead and having at least two straight sides characterised by: d) a discontinuity (9, 9') arranged in each of the at least two straight sides so that in use mounted on a glazing the discontinuity (9, 9') forms a receptacle for receiving an adhesive bead to form a seal against water ingress along each of the two straight sides and e) wherein the discontinuity is an indentation or a protrusion. d) a discontinuity (9, 9') arranged in each of the at least two straight sides so that in use mounted on a glazing the discontinuity (9, 9') forms a receptacle for receiving an adhesive bead to form a seal against water ingress along each of the two straight sides and e) wherein the discontinuity is an indentation or a protrusion.
A method for torrefaction of biomass material, comprising the steps of: - providing a finely divided biomass material, - feeding said finely divided biomass material to at least one heater for drying and heating said biomass material, - feeding said dried biomass material to at least one rotating torrefaction reactor, the treatment temperature of which is within the interval of 250 to 320°C, said reactor being provided with a heated internal rotating jacket characterised in that said reactor is provided with in the circumferential direction regularly spaced internal cooling tubes, whereby said cooling tubes are so arranged that at least some of them, during rotation of said at least one reactor, will be in contact with and cool the biomass material being torrefied. - providing a finely divided biomass material, - feeding said finely divided biomass material to at least one heater for drying and heating said biomass material, - feeding said dried biomass material to at least one rotating torrefaction reactor, the treatment temperature of which is within the interval of 250 to 320°C, said reactor being provided with a heated internal rotating jacket
Chassis link comprising a single-shell sheet metal main body, on which a plurality of bearing regions (5.1, 5.2, 5.3) are formed for attaching bearing elements by which the main body can be connected to the bodywork and to a movable part of a wheel suspension of a motor vehicle, the main body comprising two arms (2.1, 2.2) which merge into one another and define a main-body plane and a concave edge region of the main body, the concave edge region extending from a wheel-side bearing region (5.1) towards a bodywork-side bearing region (5.3) and being at an angle relative to the main-body plane, characterised in that the angled, concave edge region comprises, along at least one curve length portion (4.2, 4.3), at least one oblique surface which corresponds to a chamfer and, when viewed in cross section, forms an angle (α) in the range of from 25° to 75° with a surface, adjacent thereto, of the angled, concave edge region, wherein the curve length portion (4.2, 4.3) is at least 10 %, preferably at least 20 %, of the curve length of the angled, concave edge region, and wherein, when viewed in cross section, the oblique surface has a length in the range of from 5 mm to 20 mm.
An optical device comprising: an optical circuit board comprising: a functional circuit unit having an optical component and an optical waveguide that receives or outputs light from/to the optical component; and a waveguide unit having an input/output optical waveguide and a loop-back circuit, the input/output optical waveguide has one end coupled to one of signal ports (22, 22a, 22b, 22c) which are formed on an end face of the optical circuit board and the other end coupled to the optical waveguide of the functional circuit unit, and the loop-back circuit has a relay waveguide which is coupled to one of aligning ports (21, 21a, 21b) formed on the end face of the optical circuit board, allows light input to the aligning port to propagate, and a loop waveguide that branches light propagating through the relay waveguide, makes the light loop back and joins the relay waveguide; and a fiber array coupled and fixed to the optical circuit board, and having signal fibers juxtaposed with an interval of the signal ports (22, 22a, 22b, 22c) of the optical circuit board, wherein each end of the signal fibers is coupled to the optical circuit board so as to abut on the signal ports (22, 22a, 22b, 22c), and the aligning ports (21, 21a, 21b) of the optical circuit board are not coupled to any fiber of the fiber array. a functional circuit unit having an optical component and an optical waveguide that receives or outputs light from/to the optical component; and a waveguide unit having an input/output optical waveguide and a loop-back circuit, the input/output optical waveguide has one end coupled to one of signal ports (22, 22a, 22b, 22c) which are formed on an end face of the optical circuit board and the other end coupled to the optical waveguide of the functional circuit unit, and the loop-back circuit has a relay waveguide which is coupled to one of aligning ports (21, 21a, 21b) formed on the end face of the optical circuit board, allows light input to the aligning port to propagate, and a loop waveguide that branches light propagating through the relay waveguide, makes the light loop back and joins the relay waveguide; and a fiber array coupled and fixed to the optical circuit board, and having signal fibers juxtaposed with an interval of the signal ports (22, 22a, 22b, 22c) of the optical circuit board, wherein each end of the signal fibers is coupled to the optical circuit board so as to abut on the signal ports (22, 22a, 22b, 22c), and the aligning ports (21, 21a, 21b) of the optical circuit board are not coupled to any fiber of the fiber array.
A method for performing, during a circuit switched fallback procedure, a selection of a public land mobile network identity in a shared network environment by a network element, in which environment at least two public land mobile network identities are available for providing circuit switched based service to a user equipment, wherein the method comprises at least the following steps: - receiving, from the user equipment, information representing a capability of the user equipment, - determining, on the basis of received information representing the capability of the user equipment, if the user equipment is capable of utilizing information relating to network sharing within system broadcast information, - selecting the public land mobile network identity at least partly on the basis of the capability of the user equipment among the at least two public land mobile network identities. - receiving, from the user equipment, information representing a capability of the user equipment, - determining, on the basis of received information representing the capability of the user equipment, if the user equipment is capable of utilizing information relating to network sharing within system broadcast information, - selecting the public land mobile network identity at least partly on the basis of the capability of the user equipment among the at least two public land mobile network identities.
An optical termination box comprising: - a base with a bottom wall and one or more side walls (203, 204, 205, 206), the one or more side walls (203, 204, 205, 206) projecting from the bottom wall along a direction (X-X) transverse to the bottom wall, - retaining members arranged in the base and configured to removably retain an optical adapter, the optical adapter having a back portion and a front portion, - a side opening formed in one side wall for allowing side access from outside to the optical adapter and passage of an end user optical connector to be connected to the optical adapter, - a recess formed in the bottom wall for supporting the back portion of the optical adapter, - a bottom opening formed in the bottom wall for housing partially the front portion of the optical adapter, characterized in that - the bottom opening extends between an edge of the recess and the side opening so that the bottom opening joins with the side opening to form a single opening; - the retaining members are arranged adjacent the bottom opening and the recess. - a base with a bottom wall and one or more side walls (203, 204, 205, 206), the one or more side walls (203, 204, 205, 206) projecting from the bottom wall along a direction (X-X) transverse to the bottom wall, - retaining members arranged in the base and configured to removably retain an optical adapter, the optical adapter having a back portion and a front portion, - a side opening formed in one side wall for allowing side access from outside to the optical adapter and passage of an end user optical connector to be connected to the optical adapter, - a recess formed in the bottom wall for supporting the back portion of the optical adapter, - a bottom opening formed in the bottom wall for housing partially the front portion of the optical adapter, characterized in that - the bottom opening extends between an edge of the recess and the side opening so that the bottom opening joins with the side opening to form a single opening; - the retaining members are arranged adjacent the bottom opening and the recess.
A kit for detection of multiple targets in a biological sample, comprising: (i) multiple probes capable of binding to specific targets and providing a signal, wherein said probes comprise a binder capable of binding to a specific target in the biological sample and a fluorescent label to provide a signal; and (ii) a chemical agent comprising an oxidizing agent capable of modifying the signal of said probes by destroying a fluorophore on the fluorescent label. (i) multiple probes capable of binding to specific targets and providing a signal, wherein said probes comprise a binder capable of binding to a specific target in the biological sample and a fluorescent label to provide a signal; and (ii) a chemical agent comprising an oxidizing agent capable of modifying the signal of said probes by destroying a fluorophore on the fluorescent label.
A method of producing a food product, comprising at least the steps of: heat-processing one or more filling ingredients; mixing the heat-processed filling ingredients with water-soluble cellulose ether which is gelable during heating, to thereby obtain a filling for a food product, the filling consisting of the heat-processed filling ingredients and the water-soluble cellulose ether; and taking the filling and wrapping the filling with a dough skin to form a raw filled food product, followed by subjecting the raw filled food product to any one of heating, baking, and frying to obtain a cooked filled food product. heat-processing one or more filling ingredients; mixing the heat-processed filling ingredients with water-soluble cellulose ether which is gelable during heating, to thereby obtain a filling for a food product, the filling consisting of the heat-processed filling ingredients and the water-soluble cellulose ether; and taking the filling and wrapping the filling with a dough skin to form a raw filled food product, followed by subjecting the raw filled food product to any one of heating, baking, and frying to obtain a cooked filled food product.
A method for a lighting device, in particular for a display device such as a LCD-TV, projector etc., generating radiation including at least visible light for illumination, the lighting device comprising - at least one light-emitting element being a LED or an OLED, emitting radiation comprising an average light intensity for illumination purpose, - a controller coupled to the light-emitting element modulating said radiation for a data transfer simultaneously to the illumination purpose, and - wherein the controller is configured in such a way, that simultaneously data signals are transmitted via the generated radiation of said light-emitting element and said modulation is not visible by an observer, the controller being a hysteretic controller, which is modulating a current with at least two hysteretic bandwidths (8a,8b), which drive the light-emitting element for radiation without changing essentially the mean current of the light-emitting element, wherein a first bandwidth comprises a first information of data and a second bandwidth comprises a second information of data; and - wherein the data signals are transmitted to a detecting unit - at least one light-emitting element being a LED or an OLED, emitting radiation comprising an average light intensity for illumination purpose, - a controller coupled to the light-emitting element modulating said radiation for a data transfer simultaneously to the illumination purpose, and - wherein the controller is configured in such a way, that simultaneously data signals are transmitted via the generated radiation of said light-emitting element and said modulation is not visible by an observer, the controller being a hysteretic controller, which is modulating a current with at least two hysteretic bandwidths (8a,8b), which drive the light-emitting element for radiation without changing essentially the mean current of the light-emitting element, wherein a first bandwidth comprises a first information of data and a second bandwidth comprises a second information of data; and - wherein the data signals are transmitted to a detecting unit
A closing device for vehicle doors, in particular for pressure-sealed doors on the inside of rail vehicles, comprising: - a locking tongue, which can be inserted into a first opening arranged on a door frame; - a trigger, which is movable relative to the locking tongue during insertion of the locking tongue into the first opening and which is used in cooperation with the locking tongue to transfer the pressing unit from the blocked into the unblocked state, wherein the pressing unit being transferrable from the blocked state into the unblocked state by the relative movement of the trigger and the locking tongue during insertion of the locking tongue into the first opening, and the bolt of the pressing device being insertable into the second opening, characterized in that - a pressing unit, which can occupy an unblocked and a blocked state, wherein, in the unblocked state, a bolt of the pressing unit can be inserted into a second opening arranged in the door frame with an obliquely extending edge, so that a door leaf is pressed against the door frame by the movement of the bolt along the obliquely extending edge and, in the blocked state, the bolt cannot be inserted into the second opening; and - a door actuating lever, which is coupled to the pressing unit and can be moved into a first position, wherein during the movement of the door actuating lever into the first position, the bolt of the pressing unit being inserted into the second opening with an obliquely extending edge, and the door leaf being pressed against the door frame by the movement of the bolt along the obliquely extending edge. - a locking tongue, which can be inserted into a first opening arranged on a door frame; - a trigger, which is movable relative to the locking tongue during insertion of the locking tongue into the first opening and which is used in cooperation with the locking tongue to transfer the pressing unit from the blocked into the unblocked state, wherein the pressing unit being transferrable from the blocked state into the unblocked state by the relative movement of the trigger and the locking tongue during insertion of the locking tongue into the first opening, and the bolt of the pressing device being insertable into the second opening, characterized in that - a pressing unit, which can occupy an unblocked and a blocked state, wherein, in the unblocked state, a bolt of the pressing unit can be inserted into a second opening arranged in the door frame with an obliquely extending edge, so that a door leaf is pressed against the door frame by the movement of the bolt along the obliquely extending edge and, in the blocked state, the bolt cannot be inserted into the second opening; and - a door actuating lever, which is coupled to the pressing unit and can be moved into a first position, wherein during the movement of the door actuating lever into the first position, the bolt of the pressing unit being inserted into the second opening with an obliquely extending edge, and the door leaf being pressed against the door frame by the movement of the bolt along the obliquely extending edge.
A spinning nozzle of an air-jet spinning machine for producing a yarn from a fiber assembly by means of an airflow, - the spinning nozzle comprising a vortex chamber disposed inside a housing of the spinning nozzle and having an entry opening for a fiber assembly, - the spinning nozzle comprising a yarn-forming element at least partially extending into the vortex chamber, - the spinning nozzle comprising air nozzles opening into the vortex chamber, through which air can be introduced into the vortex chamber in order to impart a rotation to the fiber assembly in the region of an inlet opening of the yarn forming element, - the yarn-forming element comprising a draw-off channel connected to the inlet opening, through which the yarn can be drawn off from the vortex chamber, and - the spinning nozzle being supported so as to be pivotably displaceable back and forth between at least two positions, - the housing of the spinning nozzle comprises at least two housing segments outwardly bounding the vortex chamber, characterized in that, - at least one of the housing segments is supported by means of a linear guide or a guide, being designed at least in sections as a linear guide, so as to be displaceable relative to a further of the at least two housing segments, and - wherein the housing can be transferred from a closed position into an open position by displacing the housing segment supported by means of the guide, in which position at least the segment of the yarn-forming element comprising the inlet opening is accessible to and can be cleaned by an operator. - the spinning nozzle comprising a vortex chamber disposed inside a housing of the spinning nozzle and having an entry opening for a fiber assembly, - the spinning nozzle comprising a yarn-forming element at least partially extending into the vortex chamber, - the spinning nozzle comprising air nozzles opening into the vortex chamber, through which air can be introduced into the vortex chamber in order to impart a rotation to the fiber assembly in the region of an inlet opening of the yarn forming element, - the yarn-forming element comprising a draw-off channel connected to the inlet opening, through which the yarn can be drawn off from the vortex chamber, and - the spinning nozzle being supported so as to be pivotably displaceable back and forth between at least two positions, - the housing of the spinning nozzle comprises at least two housing segments outwardly bounding the vortex chamber, characterized in that, - at least one of the housing segments is supported by means of a linear guide or a guide, being designed at least in sections as a linear guide, so as to be displaceable relative to a further of the at least two housing segments, and - wherein the housing can be transferred from a closed position into an open position by displacing the housing segment supported by means of the guide, in which position at least the segment of the yarn-forming element comprising the inlet opening is accessible to and can be cleaned by an operator.