mhurhangee/ep-ind-claims huggingface dataset:
Device having a heatable surface of homogeneous heat distribution, comprising - a highly electrically conductive non-woven fabric, which comprises electrically insulating fibres and electrically conductive fibres, - a control device, by means of which a voltage is adjustable, to ensure the current flow in the device that is necessary to achieve the desired heating output; - cables, by means of which the contact to the control device can be produced for data exchange and/or signal exchange and/or to supply the nonwoven fabric with electrical energy; and - the density of the electrically conductive fibres is so high that, when a voltage is present, a current flow arises; characterised in that - to increase the heating output for a particular applied voltage, the operating voltage, the control device briefly increases the voltage by the voltage surge "Δ U 1 ", in order subsequently to return to the initial voltage; - for the case in which the actual value of the heating output still lies below the setpoint value, the control device generates another voltage surge "Δ U 2 ", wherein "Δ U 2 " is greater than "Δ U 1 "; - and for the case in which the actual value of the heating output still lies below the setpoint value, the control device generates another voltage surge "Δ U 3 ", wherein "Δ U 3 " is greater than "Δ U 2 "; - and for the case in which the actual value of the heating output still lies below the setpoint value, the above described steps are repeated n times, wherein the voltage surge "Δ U n " is greater than "Δ U i ", where i = 1 (to n-1); - a highly electrically conductive non-woven fabric, which comprises electrically insulating fibres and electrically conductive fibres, - a control device, by means of which a voltage is adjustable, to ensure the current flow in the device that is necessary to achieve the desired heating output; - cables, by means of which the contact to the control device can be produced for data exchange and/or signal exchange and/or to supply the nonwoven fabric with electrical energy; and - the density of the electrically conductive fibres is so high that, when a voltage is present, a current flow arises; characterised in that - to increase the heating output for a particular applied voltage, the operating voltage, the control device briefly increases the voltage by the voltage surge "Δ U 1 ", in order subsequently to return to the initial voltage; - for the case in which the actual value of the heating output still lies below the setpoint value, the control device generates another voltage surge "Δ U 2 ", wherein "Δ U 2 " is greater than "Δ U 1 "; - and for the case in which the actual value of the heating output still lies below the setpoint value, the control device generates another voltage surge "Δ U 3 ", wherein "Δ U 3 " is greater than "Δ U 2 "; - and for the case in which the actual value of the heating output still lies below the setpoint value, the above described steps are repeated n times, wherein the voltage surge "Δ U n " is greater than "Δ U i ", where i = 1 (to n-1);
A plate fin heat exchanger comprising: a plate fin core having a plurality of plates defining a set of hot air passages extending from a hot air inlet region of the plate fin core to a hot air outlet region of the plate fin core and a set of cool air passages extending from a cool air inlet region of the plate fin core to a cool air outlet region of the plate fin core; and a mounting flange circumscribing the cool air outlet region, characterised in that at least a portion of the mounting flange has a plurality of heat transfer structures that extend into a flow path (A c) of cooling air exiting the cool air outlet region of the plate fin core. a plate fin core having a plurality of plates defining a set of hot air passages extending from a hot air inlet region of the plate fin core to a hot air outlet region of the plate fin core and a set of cool air passages extending from a cool air inlet region of the plate fin core to a cool air outlet region of the plate fin core; and a mounting flange circumscribing the cool air outlet region, characterised in that at least a portion of the mounting flange has a plurality of heat transfer structures that extend into a flow path (A c) of cooling air exiting the cool air outlet region of the plate fin core.
A method for forming an integral porous region in an orthopedic implant comprising: providing an orthopedic implant pattern; attaching a porous framework having a plurality of reticulated interstices into the orthopedic implant pattern to a desired depth; forming a mold by encasing the orthopedic implant pattern and the porous framework in a mold material; removing the orthopedic implant pattern from the mold and retaining the porous framework in the mold, whereby the mold has an interior surface formed by the orthopedic implant pattern and the porous framework; heating the mold with the porous framework retained therein; filling the mold with a molten metal such that the molten metal enters at least a portion of the reticulated interstices; cooling the mold, the porous framework, and the molten metal to form an orthopedic implant with an exterior surface conforming to a mold interior surface and to the portion of the reticulated interstices; removing the orthopedic implant from the mold to expose the exterior surface of the orthopedic implant; and removing the porous framework from the orthopedic implant to expose an integral porous region having a plurality of reticulated pores. providing an orthopedic implant pattern; attaching a porous framework having a plurality of reticulated interstices into the orthopedic implant pattern to a desired depth; forming a mold by encasing the orthopedic implant pattern and the porous framework in a mold material; removing the orthopedic implant pattern from the mold and retaining the porous framework in the mold, whereby the mold has an interior surface formed by the orthopedic implant pattern and the porous framework; heating the mold with the porous framework retained therein; filling the mold with a molten metal such that the molten metal enters at least a portion of the reticulated interstices; cooling the mold, the porous framework, and the molten metal to form an orthopedic implant with an exterior surface conforming to a mold interior surface and to the portion of the reticulated interstices; removing the orthopedic implant from the mold to expose the exterior surface of the orthopedic implant; and removing the porous framework from the orthopedic implant to expose an integral porous region having a plurality of reticulated pores.
A press hardened steel comprising, by weight percent, 0.22-0.25 % carbon, 2.0 to 5.0 % manganese, 0.2-0.3% silicon, 0.2 to 6.0 % chromium, and at least one of 0.1 to 0.6 % molybdenum, 0.01 to 0.1% niobium, and 0.01 to 0.15% vanadium the balance being iron and impurities, wherein the ultimate tensile strength of such steel is at least 1800 MPa and the total elongation is 7 to 8.3%.
An active conformation-selective VHH antibody that is directed against and capable of specifically binding to an active conformation of a muscarinic receptor M2 (M2R), wherein the VHH antibody comprises an amino acid sequence that comprises four framework regions (FR1 to FR4) and three complementary determining regions (CDR1 to CDR3) according to the formula: FR1-CDR1-FR2-CDR2-FR3-CDR3-FR4, wherein CDR1 is SEQ ID NO: 31, and CDR2 is SEQ ID NO: 53, and CDR3 is SEQ ID NO: 75; or wherein CDR1 is SEQ ID NO: 32, and CDR2 is SEQ ID NO: 54, and CDR3 is SEQ ID NO: 76; or wherein CDR1 is SEQ ID NO: 41, and CDR2 is SEQ ID NO: 63, and CDR3 is SEQ ID NO: 85.
A backlight unit comprising: light sources generating light; a light guide plate guiding light through an incidence surface opposite the light sources, emitting the light through an emission surface, and having lower patterns of a prism shape formed on a lower surface of the light guide plate opposite the emission surface by inclined surfaces and sub-inclined surfaces, wherein an inclined surface angle formed by the inclined surfaces and the lower surface is less than a sub-inclined surface angle formed by the sub-inclined surfaces and the lower surface; and at least one of a diffusion sheet and a light concentration sheet stacked on the emission surface, wherein the lower patterns are arranged in columns, characterized in that the columns of the lower patterns are tilted with respect to a vertical axis (Vx) of the light guide plate, which vertical axis (Vx) means a direction vertical to the incidence surface, by different angles and in the shape of fan ribs, such that a distance in direction parallel with the incidence surface between neighboring columns of the columns relatively close to the incidence surface is greater than a distance between neighboring columns of the columns relatively distant from the incidence surface in direction parallel with the incidence surface. light sources generating light; a light guide plate guiding light through an incidence surface opposite the light sources, emitting the light through an emission surface, and having lower patterns of a prism shape formed on a lower surface of the light guide plate opposite the emission surface by inclined surfaces and sub-inclined surfaces, wherein an inclined surface angle formed by the inclined surfaces and the lower surface is less than a sub-inclined surface angle formed by the sub-inclined surfaces and the lower surface; and at least one of a diffusion sheet and a light concentration sheet stacked on the emission surface, wherein the lower patterns are arranged in columns, characterized in that the columns of the lower patterns are tilted with respect to a vertical axis (Vx) of the light guide plate, which vertical axis (Vx) means a direction vertical to the incidence surface, by different angles and in the shape of fan ribs, such that a distance in direction parallel with the incidence surface between neighboring columns of the columns relatively close to the incidence surface is greater than a distance between neighboring columns of the columns relatively distant from the incidence surface in direction parallel with the incidence surface.
Method for braking a compressor of a refrigeration appliance, of an air conditioning appliance or of a heat pump, wherein the compressor has a brushless motor with windings (130U, 130V, 130W), characterised by the method steps a) rotating the motor at an operating rotational speed; b) receiving a signal for slowing down; c) determining voltages induced in the windings; d) energising the windings with a braking current at a decreasing frequency, wherein the braking current during braking is a function of the previously determined induced voltages. a) rotating the motor at an operating rotational speed; b) receiving a signal for slowing down; c) determining voltages induced in the windings; d) energising the windings with a braking current at a decreasing frequency, wherein the braking current during braking is a function of the previously determined induced voltages.
A device for portioning and positioning a flowable sealing material, the device comprising a flange-like portion and a cylindrical portion, wherein: (a) the flange-like portion is connected to the cylindrical portion; (b) the cylindrical portion has an end side which is located at an end of the cylindrical portion that faces away from the flange-like portion; and (c) the end side has a face that is inclined relative to an axis of the device such that an angle (α) between the face and the axis is between 20° and 85°; characterized in that (d) the cylindrical portion has an inner side, a first outer-side portion and a second outer-side portion and the second outer-side portion is inclined relative to the first outer-side portion, wherein the second outer-side portion passes directly to the face of the end side and wherein the second outer-side portion is inclined with respect to the axis of the device such that an angle (β) between the axis and the second outer-side portion is between 0.5° and 20.0 °. (a) the flange-like portion is connected to the cylindrical portion; (b) the cylindrical portion has an end side which is located at an end of the cylindrical portion that faces away from the flange-like portion; and (c) the end side has a face that is inclined relative to an axis of the device such that an angle (α) between the face and the axis is between 20° and 85°; characterized in that (d) the cylindrical portion has an inner side, a first outer-side portion and a second outer-side portion and the second outer-side portion is inclined relative to the first outer-side portion, wherein the second outer-side portion passes directly to the face of the end side and wherein the second outer-side portion is inclined with respect to the axis of the device such that an angle (β) between the axis and the second outer-side portion is between 0.5° and 20.0 °.
A pencil for applying a coloring and/or cosmetic substance, having a lead composed of the substance that is to be applied and a one-piece injection-molded casing encompassing the lead that is composed of a thermoplastic material that consists of a mix of a first plastic and a second plastic, wherein the casing, respectively viewed in the radial direction, has an outer enrichment zone with a higher concentration of the first plastic than in the middle region, and wherein the casing, respectively viewed in the radial direction, has an inner enrichment zone with a higher concentration of the first plastic than in the middle region.
A digital three-dimensional tooth model system comprising: an articulator adapted to be mounted in a scan region of a tooth model scanner that creates virtual 3D tooth model data by scanning a tooth model, the articulator having a tooth model to be scanned installed thereon; an output unit connected to the articulator, and adapted to output an image by matching position data of a tooth model to be scanned by the tooth model scanner with data storing anatomically ideal positions; a reference mark composed of lines that can be vertically and horizontally analyzed; a tooth model unit composed of an upper jawbone tooth model and a lower jawbone tooth model designed by a digital tooth design program, and having modules each composed of the reference mark and the upper jawbone tooth model and the lower jawbone tooth model, respectively; and a tooth analyzer disposed between the upper jawbone tooth model and the lower jawbone tooth model, wherein the reference mark is divided into a first part modularized into a part with the upper jawbone tooth model, a second part modularized into a part with the lower jawbone tooth model and a third part modularized into a part with the tooth analyzer. an articulator adapted to be mounted in a scan region of a tooth model scanner that creates virtual 3D tooth model data by scanning a tooth model, the articulator having a tooth model to be scanned installed thereon; an output unit connected to the articulator, and adapted to output an image by matching position data of a tooth model to be scanned by the tooth model scanner with data storing anatomically ideal positions; a reference mark composed of lines that can be vertically and horizontally analyzed; a tooth model unit composed of an upper jawbone tooth model and a lower jawbone tooth model designed by a digital tooth design program, and having modules each composed of the reference mark and the upper jawbone tooth model and the lower jawbone tooth model, respectively; and a tooth analyzer disposed between the upper jawbone tooth model and the lower jawbone tooth model, wherein the reference mark is divided into a first part modularized into a part with the upper jawbone tooth model, a second part modularized into a part with the lower jawbone tooth model and a third part modularized into a part with the tooth analyzer.
A multi-piece radome for a vehicle, the radome comprising: one or more front pieces (304, 354, 374) formed of at least a first resin and collectively defining a decorative feature; and a back piece formed of a non-transparent second resin and defining a specific non-uniform thickness for mitigating electromagnetic attenuation through the radome with respect to a radar device; the one or more front pieces (304, 354, 374) comprise a single cover piece defining a back surface that defines a set of recesses; and the back piece (316, 366) defines a front surface that defines a set of protrusions that correspond to the set of recesses, wherein the sets of recesses and protrusions form a portion of the decorative feature; characterized in that the back piece has a center thickness that is less than a thickness towards the outer edges, and the back piece defines a back surface defining a non-linear changing curvature from the center towards the outer edges. one or more front pieces (304, 354, 374) formed of at least a first resin and collectively defining a decorative feature; and a back piece formed of a non-transparent second resin and defining a specific non-uniform thickness for mitigating electromagnetic attenuation through the radome with respect to a radar device; the one or more front pieces (304, 354, 374) comprise a single cover piece defining a back surface that defines a set of recesses; and the back piece (316, 366) defines a front surface that defines a set of protrusions that correspond to the set of recesses, wherein the sets of recesses and protrusions form a portion of the decorative feature; characterized in that the back piece has a center thickness that is less than a thickness towards the outer edges, and the back piece defines a back surface defining a non-linear changing curvature from the center towards the outer edges.
A fill port assembly for coupling accessories to a feed pump system, the fill port assembly comprising: a feed hose having: an inlet end for connecting to a feed pump manifold; and an outlet end; a mounting plate comprising: a linkage coupled to the mounting plate for joining the fill port assembly to a feed pump system; and a discharge orifice extending through the mounting plate for receiving the outlet end; and a quick-connect adapter extending from the mounting plate for joining accessory couplings to the mounting plate adjacent the discharge orifice. a feed hose having: an inlet end for connecting to a feed pump manifold; and an outlet end; an inlet end for connecting to a feed pump manifold; and an outlet end; a mounting plate comprising: a linkage coupled to the mounting plate for joining the fill port assembly to a feed pump system; and a discharge orifice extending through the mounting plate for receiving the outlet end; and a linkage coupled to the mounting plate for joining the fill port assembly to a feed pump system; and a discharge orifice extending through the mounting plate for receiving the outlet end; and a quick-connect adapter extending from the mounting plate for joining accessory couplings to the mounting plate adjacent the discharge orifice.
Device for protecting an optical sensor of a driver-assistance system for a motor vehicle, the optical sensor comprising an optic, and the protecting device including: • an optical element that is configured to be positioned upstream of the optic of the optical sensor and mounted so as to be movable about an axis of rotation; • an actuator that is configured to rotate the optical element, • at least one heating component that is configured to heat the optical element so as to defog or defrost this optical element; and characterized in that the protecting device further includes: • an induction system that is configured to supply power to the heating component, the induction system includes a fixed primary circuit and a secondary circuit that is movable with respect to the primary circuit about the axis of rotation. • an optical element that is configured to be positioned upstream of the optic of the optical sensor and mounted so as to be movable about an axis of rotation; • an actuator that is configured to rotate the optical element, • at least one heating component that is configured to heat the optical element so as to defog or defrost this optical element; and • an induction system that is configured to supply power to the heating component, the induction system includes a fixed primary circuit and a secondary circuit that is movable with respect to the primary circuit about the axis of rotation.
Device for tracheal intubation, comprising: - at least a handle; - at least a blade element defining an extremity of said device and intended to be introduced inside a patient's mouth; - at least a connecting element interposed between said handle and said blade element; - at least an endotracheal tube intended to be inserted into a patient's trachea; - at least a flexible guide element which is insertable inside said endotracheal tube; - guide means for sliding said guide element, able to cooperate with at least a stretch of the guide element and defined on said blade element, said endotracheal tube being released from said guide means and said guide element being released from said connecting element; - at least an image display device operatively connectable to image acquisition means associable with at least one of said guide means and said guide element; characterized by the fact that said handle has retaining means (4, 5) for removably retaining at least a stretch of said endotracheal tube, where said retaining means (4, 5) comprise at least a first and a second portion of said handle associated movable with respect to each other so as to define a housing for the endotracheal tube. - at least a handle; - at least a blade element defining an extremity of said device and intended to be introduced inside a patient's mouth; - at least a connecting element interposed between said handle and said blade element; - at least an endotracheal tube intended to be inserted into a patient's trachea; - at least a flexible guide element which is insertable inside said endotracheal tube; - guide means for sliding said guide element, able to cooperate with at least a stretch of the guide element and defined on said blade element, said endotracheal tube being released from said guide means and said guide element being released from said connecting element; - at least an image display device operatively connectable to image acquisition means associable with at least one of said guide means and said guide element;