mhurhangee/ep-ind-claims huggingface dataset:
A separator having a heat-resistant insulating layer, comprising: a porous resin base layer; and a heat-resistant insulating layer (5a, 5b) which is provided on at least one side of the porous resin base layer and contains inorganic particles (7a, 7b) and a binder (9a, 9b), wherein the porous resin base layer contains a resin having a melting temperature of 120oC to 200oC, and characterized in that the ratio of basis weight of the heat-resistant insulating layer (5a, 5b) to basis weight of the porous resin base layer is not less than 1.3, wherein the basis weight refers to a weight per one square meter, and the unit thereof is g/m 2. a porous resin base layer; and a heat-resistant insulating layer (5a, 5b) which is provided on at least one side of the porous resin base layer and contains inorganic particles (7a, 7b) and a binder (9a, 9b), wherein the porous resin base layer contains a resin having a melting temperature of 120oC to 200oC, and characterized in that the ratio of basis weight of the heat-resistant insulating layer (5a, 5b) to basis weight of the porous resin base layer is not less than 1.3, wherein the basis weight refers to a weight per one square meter, and the unit thereof is g/m 2.
A vehicle seating arrangement (100, 200, 400, 500, 600), comprising: a fore-facing lower seat (216, 406, 586) convertible between a sitting position and a sleeping position in a first lower plane; an aft-facing lower seat (214, 404, 584) convertible between a sitting position and a sleeping position in a second lower plane; an upper seat (202, 402, 502) positioned between the fore-facing lower seat and the aft-facing lower seat, the upper seat convertible between a sitting position and a sleeping position in an upper plane; characterised in that the fore-facing lower seat, the aft-facing lower seat, and the upper seat are arranged so that a portion (218, 220, 410, 412, 526, 538) of the fore-facing lower seat and aft-facing lower seat underlap the upper seat when the fore-facing lower seat, the aft-facing lower seat and the upper seat are positioned in the sleeping position. a fore-facing lower seat (216, 406, 586) convertible between a sitting position and a sleeping position in a first lower plane; an aft-facing lower seat (214, 404, 584) convertible between a sitting position and a sleeping position in a second lower plane; an upper seat (202, 402, 502) positioned between the fore-facing lower seat and the aft-facing lower seat, the upper seat convertible between a sitting position and a sleeping position in an upper plane; characterised in that the fore-facing lower seat, the aft-facing lower seat, and the upper seat are arranged so that a portion (218, 220, 410, 412, 526, 538) of the fore-facing lower seat and aft-facing lower seat underlap the upper seat when the fore-facing lower seat, the aft-facing lower seat and the upper seat are positioned in the sleeping position.
A method of depth sensing, comprising: illuminating a scene by light passing through a diffraction grating to include a structured light pattern component and a zero order component, wherein the zero order component is a component of a light which passes through the diffraction grating without being diffracted; capturing a first image of the illuminated scene using an imaging sensor; generating a depth map for the scene based on the structured light pattern in the image; determining a quality level of the depth map; in response to the quality level of the depth map meeting a first criteria: determining depth information based on a position of the zero order component in the image, and capturing a second image using the imaging sensor, wherein the depth information is used to control image capture settings for capturing the second image. illuminating a scene by light passing through a diffraction grating to include a structured light pattern component and a zero order component, wherein the zero order component is a component of a light which passes through the diffraction grating without being diffracted; capturing a first image of the illuminated scene using an imaging sensor; generating a depth map for the scene based on the structured light pattern in the image; determining a quality level of the depth map; in response to the quality level of the depth map meeting a first criteria: determining depth information based on a position of the zero order component in the image, and capturing a second image using the imaging sensor, wherein the depth information is used to control image capture settings for capturing the second image. determining depth information based on a position of the zero order component in the image, and capturing a second image using the imaging sensor, wherein the depth information is used to control image capture settings for capturing the second image.
Smart watch comprising a first screen cooperating with a first display management device of said watch contributing to broadcasting information pertaining to functions provided by said watch and a second screen that is separate from the first screen cooperating with a second display management device of the watch contributing to broadcasting information concerning all or part of a visual message pertaining to a visual and/or audio animation occurring within an environment in which said watch is located, said information being transmitted from a display control server controlling the second display management device of the watch.
Wheel bearing unit for a motor vehicle, having a wheel hub, a wheel bearing flange and a wheel bearing for the rotational mounting of the wheel hub on the wheel bearing flange, wherein the wheel hub has a through opening for the reception of a shaft journal fastened by means of a screw connecting element to the wheel hub and at an inner peripheral surface delimiting the through opening is formed an inner toothing for the non-rotational interaction with an outer toothing of the shaft journal, and wherein the through opening engages through an abutment shoulder formed for the abutment of an abutment surface of the screw connecting element, forming a mouth opening, characterised in that the abutment shoulder is formed at least partially by teeth of the inner toothing which is formed on the inner peripheral surface as far as the mouth opening, so that an inner diameter (D i) of the mouth opening is equal at least to a tip diameter (D K) of the inner toothing and is smaller than a root diameter (D F) of the inner toothing, and that the inner toothing has a first toothing region present in the mouth opening and a second toothing region spaced from the first toothing region in axial direction with respect to a longitudinal central axis of the through opening, between which a partial section of the through opening is designed with an inner diameter which is greater than the tip diameter (D K) of the inner toothing.
An intermediate transfer member blanket comprising: a supportive portion (48, 60, 62, 64)), and a release layer facing outwardly from and supported by the supportive portion, the release layer comprising: an inner layer having a thickness of between about 1 um and about 8 um and a bulk swelling capacity of between 120% and 350%; and an outer layer over and in contact with the inner layer, the outer layer having a thickness of less than about 5 μm and a bulk swelling of less than 120%; and wherein the bulk swelling is determined such that a dry film having a thickness of between 1 to 3 mm is initially weighed to determine a dry weight of the film, the dry film is then immersed in isopar L in a sealed container, after 20 hours at 100C, the film is cooled and is removed from the isopar with excess solvent blotted with a clean dry cloth, the film swollen with isopar L is weighed to determine its swollen weight and the bulk swelling capacity is defined by the following formula: (swollen weight - dry weight)/dry weight* 100%. a supportive portion (48, 60, 62, 64)), and a release layer facing outwardly from and supported by the supportive portion, the release layer comprising: an inner layer having a thickness of between about 1 um and about 8 um and a bulk swelling capacity of between 120% and 350%; and an outer layer over and in contact with the inner layer, the outer layer having a thickness of less than about 5 μm and a bulk swelling of less than 120%; and wherein the bulk swelling is determined such that a dry film having a thickness of between 1 to 3 mm is initially weighed to determine a dry weight of the film, the dry film is then immersed in isopar L in a sealed container, after 20 hours at 100C, the film is cooled and is removed from the isopar with excess solvent blotted with a clean dry cloth, the film swollen with isopar L is weighed to determine its swollen weight and the bulk swelling capacity is defined by the following formula: (swollen weight - dry weight)/dry weight* 100%. an inner layer having a thickness of between about 1 um and about 8 um and a bulk swelling capacity of between 120% and 350%; and an outer layer over and in contact with the inner layer, the outer layer having a thickness of less than about 5 μm and a bulk swelling of less than 120%; and wherein the bulk swelling is determined such that a dry film having a thickness of between 1 to 3 mm is initially weighed to determine a dry weight of the film, the dry film is then immersed in isopar L in a sealed container, after 20 hours at 100C, the film is cooled and is removed from the isopar with excess solvent blotted with a clean dry cloth, the film swollen with isopar L is weighed to determine its swollen weight and the bulk swelling capacity is defined by the following formula: (swollen weight - dry weight)/dry weight* 100%.
Measuring system for testing a beam pattern of a vehicular radar, comprising at least one radar test panel (10, 20, 21, 22, 23, 24), arranged in an expected radiation direction of the vehicular radar, wherein each of the at least one radar test panels (10, 20, 21, 22, 23, 24) comprises a two-dimensional radar test array of radar receivers, wherein the at least one radar test panel (10, 20, 21, 22, 23, 24) is configured to display a measured beam pattern of the vehicular radar, using the radar receivers, wherein each of the radar receivers comprises - a radar receiver, configured to receive the radar radiation from the vehicular radar, - an amplifier, configured to amplify the received radar signal, and - a light emitter, configured to emit the visible light based upon the amplified received radar signal. comprising at least one radar test panel (10, 20, 21, 22, 23, 24), arranged in an expected radiation direction of the vehicular radar, wherein each of the at least one radar test panels (10, 20, 21, 22, 23, 24) comprises a two-dimensional radar test array of radar receivers, wherein the at least one radar test panel (10, 20, 21, 22, 23, 24) is configured to display a measured beam pattern of the vehicular radar, using the radar receivers, wherein each of the radar receivers comprises - a radar receiver, configured to receive the radar radiation from the vehicular radar, - an amplifier, configured to amplify the received radar signal, and - a light emitter, configured to emit the visible light based upon the amplified received radar signal. - a radar receiver, configured to receive the radar radiation from the vehicular radar, - an amplifier, configured to amplify the received radar signal, and - a light emitter, configured to emit the visible light based upon the amplified received radar signal.
A device for discharging bakery goods, to be combined with an upstream continuous baking oven, said device having a storage unit for storing ready-to-eat bakery goods, having transfer means for transferring bakery goods from the storage unit to discharging means which direct the bakery goods to a discharging compartment, wherein the discharging means comprise a first conveying installation and a first dispensing installation, which can assume at least one first and one second position, wherein the first dispensing installation in the first position thereof is suppliable by the first conveying installation with at least one bakery goods item in order for said first dispensing installation, upon being moved to the second position thereof, to dispense said bakery goods item to the discharging compartment, characterized in that the discharging means comprise at least one second conveying installation and one second dispensing installation, which likewise can assume at least one first and one second position, wherein the two dispensing installations (9a, 9b) are configured and mutually disposed in such a manner that a bakery goods item is conveyable from the second dispensing installation in the second position thereof onto the first dispensing installation and, in the second position of the said first dispensing installation, from there to the discharging compartment, wherein the at least first and second dispensing installations (9a, 9b) each comprise a pivoting element, especially a pivoting arm or a rocker, with a bearing face (13a, 13b) each, wherein the bakery goods, by way of a pivoting movement from the first position to the second position, are forwarded by sliding over the respective bearing face (13a, 13b).
A super fast-acting insulin composition for use for administration to a diabetic subject to control post-prandial blood glucose levels in the subject, wherein the super fast-acting insulin composition comprises: a therapeutically effective concentration of a fast-acting insulin analog for maintaining normal blood glucose levels, wherein a fast-acting insulin analog is an insulin that comprises one or more amino acid changes in insulin that reduce(s) the self-association of the insulin molecule, whereby the fast-acting insulin analog exhibits a faster dissociation from hexameric to monomeric form upon subcutaneous administration; and a concentration of a hyaluronan degrading enzyme sufficient to render the fast-acting insulin analog a super fast-acting insulin composition upon administration, wherein the resulting super fast-acting insulin composition has an onset of action that closely mimics the endogenous post-prandial insulin release of a nondiabetic subject. a therapeutically effective concentration of a fast-acting insulin analog for maintaining normal blood glucose levels, wherein a fast-acting insulin analog is an insulin that comprises one or more amino acid changes in insulin that reduce(s) the self-association of the insulin molecule, whereby the fast-acting insulin analog exhibits a faster dissociation from hexameric to monomeric form upon subcutaneous administration; and a concentration of a hyaluronan degrading enzyme sufficient to render the fast-acting insulin analog a super fast-acting insulin composition upon administration, wherein the resulting super fast-acting insulin composition has an onset of action that closely mimics the endogenous post-prandial insulin release of a nondiabetic subject. the resulting super fast-acting insulin composition has an onset of action that closely mimics the endogenous post-prandial insulin release of a nondiabetic subject.
Fastening device for two laminated safety glass panels (2, 3, 4) arranged perpendicularly to one another or at an acute angle, the device consisting of: - a holding profile which has a U-shaped abutment with three bearing surfaces (13, 14, 15) facing one of the two panels, - a pin which extends at a distance from the abutment and is integrally formed on the holding profile and to which the second panel (3 or 4) can be fastened and - a holding plate which can be screwed onto a thread formed on the pin and by means of which the second panel (3 or 4) is clamped or locked to the holding profile on the underside of the abutment, characterized in that a clamping disk is inserted in the abutment, which clamping disk extends between the three bearing surfaces (13, 14, 15) of the abutment and the laminated safety glass panel inserted thereinto, in that the clamping disk has a cylindrical projection which is inserted in the region of the relevant receiving opening incorporated into the panel and in that a holding bolt is passed through the projection and the relevant receiving opening of the panel, by means of which holding bolt the laminated safety glass panel is supported on the holding profile in such a way that the relevant projection rests over the entire surface on the inside of the receiving opening of the panel under pretension. - a holding profile which has a U-shaped abutment with three bearing surfaces (13, 14, 15) facing one of the two panels, - a pin which extends at a distance from the abutment and is integrally formed on the holding profile and to which the second panel (3 or 4) can be fastened and - a holding plate which can be screwed onto a thread formed on the pin and by means of which the second panel (3 or 4) is clamped or locked to the holding profile on the underside of the abutment,
A support cushion, comprising: a first layer of flexible material having a top surface and a bottom surface opposite the top surface, the first layer of flexible material comprising a reticulated non-visco-elastic cellular foam; and a second, top layer of flexible material having top and bottom surfaces on opposite sides of the second layer of flexible material, the second layer of flexible material located adjacent the first layer of flexible material, at least partially supported by the first layer of flexible material, and comprising a non-reticulated visco-elastic open-celled foam. a first layer of flexible material having a top surface and a bottom surface opposite the top surface, the first layer of flexible material comprising a reticulated non-visco-elastic cellular foam; and a second, top layer of flexible material having top and bottom surfaces on opposite sides of the second layer of flexible material, the second layer of flexible material located adjacent the first layer of flexible material, at least partially supported by the first layer of flexible material, and comprising a non-reticulated visco-elastic open-celled foam.
A scanning lens component for a laser beam delivery system comprising: a primary axis stage configured to move linearly along a primary axis in a first direction, the primary axis stage including a first central opening for receiving an incident beam of light; a primary axis motor coupled to the primary axis stage and including a first coil and a first magnet, the first coil configured to move along the primary axis in the first direction along with the primary axis stage, and the first magnet configured to move in a second direction opposite the first direction, in response to movement of the first coil along the primary axis in the first direction if the first coil travels a first distance that exceeds a threshold primary axis distance; a transverse axis stage adjacent and coupled to the primary axis stage, the transverse axis stage including a second central opening substantially aligned with the first central opening and being configured to move at least linearly along a transverse axis in a third direction, the transverse axis being transverse relative to the primary axis; and a transverse axis motor coupled to the transverse axis stage and including a second coil and a second magnet, the second coil configured to move along the transverse axis in the third direction along with the transverse axis stage, and the second magnet configured to move in a fourth direction opposite the third direction, in response to movement of the second coil along the transverse axis in the third direction if the second coil travels a second distance that exceeds a threshold transverse axis distance. a primary axis stage configured to move linearly along a primary axis in a first direction, the primary axis stage including a first central opening for receiving an incident beam of light; a primary axis motor coupled to the primary axis stage and including a first coil and a first magnet, the first coil configured to move along the primary axis in the first direction along with the primary axis stage, and the first magnet configured to move in a second direction opposite the first direction, in response to movement of the first coil along the primary axis in the first direction if the first coil travels a first distance that exceeds a threshold primary axis distance; a transverse axis stage adjacent and coupled to the primary axis stage, the transverse axis stage including a second central opening substantially aligned with the first central opening and being configured to move at least linearly along a transverse axis in a third direction, the transverse axis being transverse relative to the primary axis; and a transverse axis motor coupled to the transverse axis stage and including a second coil and a second magnet, the second coil configured to move along the transverse axis in the third direction along with the transverse axis stage, and the second magnet configured to move in a fourth direction opposite the third direction, in response to movement of the second coil along the transverse axis in the third direction if the second coil travels a second distance that exceeds a threshold transverse axis distance.
Drawer comprising an adjusting apparatus for adjusting the inclination of a front panel, whereby the adjusting apparatus comprises a housing (6, 6') and a part (5, 5') which is movably mounted thereon, with a cut-out (9, 9') and a rotary element (7, 7') being provided, which rotary element (7, 7') moves the surrounding housing (6, 6') relative to the part (5, 5') during rotation, characterized in that the rotary element (7, 7') comprises two control disks (15, 16) which each act on a contact surface (20, 21) on the cut-out (9, 9'), whereby the cut-out is arranged on the displaceably mounted part and the rotary element is rotatably held on the housing via at least one pin or the cut-out is arranged on the housing and the rotary element is rotatably held on the displaceably held part via at least one pin, whereby the adjusting apparatus is arranged as a multi-part railing (5, 6) which is adjustable in its length for adjusting the inclination of the front panel and comprises at least two parts which are displaceably guided on one another and the housing of the railing encompasses a rod-like part, with the rod-like part being accommodated in a displaceable manner in the housing and a stable linear guidance in the adjustment direction and a support in different directions perpendicular to the adjustment direction is given.