mhurhangee/ep-ind-claims huggingface dataset:
Material composite consisting of a first material composed of metal and a coating applied to at least one first surface of the first material, said coating containing diamond-like carbon and a second material composed of fibre-reinforced plastics connected to the coating, wherein the coating applied to at least one first surface of the first material has, between the diamond-like carbon and the first surface of the first material, an adhesion-improving zone which has a structure which due to a roughening obtained through a mechanical, chemical or physical process and thereby through enlargement of the interaction area between the coating and the second material is suitable for ensuring an interlocking of the coated first surface of the first material with the second material.
A method for producing a container for foods having depth, by injection molding a molten resin that contains a supercritical fluid and a resin composition into a cavity in a metal mold, comprising a step of moving a part of the metal mold to expand a volume of the cavity, before the molten resin is solidified which has been charged into the cavity, wherein the cavity comprises a first region that forms an underside portion of the container for foods having depth, a second region that forms a curved side portion, and a third region that forms a lateral side portion, from a resin injection port toward a flow end, and wherein mold surfaces that face the cavity of the second region and the third region have an asperity shape formed thereon which has an arithmetic mean roughness of 0.5 μm or larger and 10 μm or smaller, and a ten-point mean roughness of 2 μm or larger and 60 μm or smaller. comprising a step of moving a part of the metal mold to expand a volume of the cavity, before the molten resin is solidified which has been charged into the cavity, wherein the cavity comprises a first region that forms an underside portion of the container for foods having depth, a second region that forms a curved side portion, and a third region that forms a lateral side portion, from a resin injection port toward a flow end, and wherein mold surfaces that face the cavity of the second region and the third region have an asperity shape formed thereon which has an arithmetic mean roughness of 0.5 μm or larger and 10 μm or smaller, and a ten-point mean roughness of 2 μm or larger and 60 μm or smaller.
An iris recognition apparatus comprising: an irradiating means for irradiating light to a target person to be recognized; an acquiring means for acquiring a first image which imaged a first imaging range including at least a face of the target person; and a determining means for determining an irradiation mode of light irradiated from the irradiating means to the target person when imaging a second image including an area, which includes an eye of the target person, and corresponding to a second imaging range, which is narrower than the first imaging range, based on the first image, characterised in that the irradiating means has a plurality of light sources having different incident angles of light emitted to the target person, and the determining means selects a light source for realizing the determined irradiation mode from the plurality of light sources. an irradiating means for irradiating light to a target person to be recognized; an acquiring means for acquiring a first image which imaged a first imaging range including at least a face of the target person; and a determining means for determining an irradiation mode of light irradiated from the irradiating means to the target person when imaging a second image including an area, which includes an eye of the target person, and corresponding to a second imaging range, which is narrower than the first imaging range, based on the first image, characterised in that the irradiating means has a plurality of light sources having different incident angles of light emitted to the target person, and the determining means selects a light source for realizing the determined irradiation mode from the plurality of light sources.
A spinal implant with an outer corpus (14, 114, 214, 314, 414) and with an inner corpus (16, 116, 216, 316, 416) held therein in an axially displaceable manner, wherein either a transport admission (30, 130, 230, 330, 430) is provided on the outer corpus (14, 114, 214, 314, 414) and a lever admission (26, 226, 426) is provided on the inner corpus (16, 116, 216, 316, 416) or wherein a lever admission (26, 226, 426) is provided on the outer corpus (14, 114, 214, 314, 414) and a transport admission (30, 130, 230, 330, 430) is provided on the inner corpus (16, 116, 216, 316, 416), wherein the lever admission (26, 226, 426) and the transport admission (30, 130, 230, 330, 430) are configured to correspond to each other in such a manner that a tool (12, 112, 212, 312, 412), insertable into the spinal implant (10, 110, 210, 310, 410) from the outside, supporting the spinal implant (10, 110, 210, 310, 410) and distracting the spinal implant (10, 110, 210, 310, 410), is receivable therein, wherein means for locking the tool (12, 112, 212, 312, 412) are provided in the transport admission (30, 130, 230, 330, 430) and wherein means for engagement of a lever rotator (42, 242, 342, 442) of the tool (12, 112, 212, 312, 412) are provided in the lever admission (26, 226, 426), so that the spinal implant (10, 110, 210, 310, 410) can be distracted, characterized in that guiding means (18, 218, 418), which allow for an axial displacement of the inner corpus (16, 216, 416) relative to the outer corpus (14, 214, 414) but which prevent a rotation of the inner corpus (16, 216, 416) relative to the outer corpus (14, 214, 414), are provided on the inner corpus (16, 216, 416) and on the outer corpus (14, 214, 414) and that the guiding means (18, 218, 418) are configured according to the tongue and groove principle.
Fan for an interior ventilation installation for a motor vehicle having a fan motor which comprises - a first part having a multiplicity of radially aligned air-cored coils and - a second part, which is borne such that it can rotate with respect to the first part and has a multiplicity of radially aligned permanent magnets; - with a concentric annular gap being formed between the air-cored coils on the first part and the permanent magnets on the second part, wherein the fan motor has - a first magnetic flux element for magnetic coupling of the coils on their side facing away from the annular gap; and - a second magnetic flux element for magnetic coupling of the permanent magnets on the side facing away from the annular gap, wherein - the first part is a stator and the second part is a rotor, which surrounds the stator, wherein the rotor is connected to a fan impellor, characterized in that the fan impellor has a suction blade for sucking air in axially, an outlet-flow blade for the air which has been sucked in to flow out radially, and a deflection element for deflecting the air which has been sucked in to the outlet-flow blades, wherein the rotor is borne by the deflection element in the form of the permanent magnets and the second magnetic flux element, and wherein a winding former (450, 460) for axially and radially fixing the first magnetic flux element is provided. - a first part having a multiplicity of radially aligned air-cored coils and - a second part, which is borne such that it can rotate with respect to the first part and has a multiplicity of radially aligned permanent magnets; - with a concentric annular gap being formed between the air-cored coils on the first part and the permanent magnets on the second part, wherein the fan motor has - a first magnetic flux element for magnetic coupling of the coils on their side facing away from the annular gap; and - a second magnetic flux element for magnetic coupling of the permanent magnets on the side facing away from the annular gap, wherein - the first part is a stator and the second part is a rotor, which surrounds the stator, wherein the rotor is connected to a fan impellor,
A controlled release pharmaceutical formulation comprising cyclosporine-loaded microparticles of a bioresorbable polymer comprising poly(D,L-lactide), wherein the mean diameter of the microparticles is in the range 20 μm to 40 μm, and wherein the formulation comprises said microparticles suspended in a liquid vehicle, which liquid vehicle has a viscosity of between 30 and 45 mPas as measured at 20°C using an A&D SV-1a vibro viscometer (A&D Instruments Ltd) according to the manufacturer's instructions, and wherein the formulation comprises a thixotropic agent selected from the group consisting of: hypromellose, hydroxyethyl cellulose, hydrophillically-modified hydroxyethyl cellulose, Xanthan Gum, Guar Gum, and Cetyl alcohol, and wherein the liquid formulation exhibits shear-thinning behaviour such that the viscosity decreases under shear strain.
A urethral plug inserter for inserting a urethral plug into a urethra of a male subject, the inserter comprising: - a proximal insertion end; - a distal gripping end; - a central portion disposed between the proximal insertion end and the distal gripping end; and characterized by - a central channel, comprising a floor, and axially extending from the proximal insertion end to the distal gripping end, wherein the central channel is configured to accept a lanyard section of the urethral plug, and wherein the inserter is elongate; wherein the floor of the central channel slopes from the distal gripping end and the proximal insertion end toward a middle of the central portion and wherein a depth of the central channel is less in the middle of the central portion than a depth of the central channel at the distal gripping end and the proximal insertion end. - a proximal insertion end; - a distal gripping end; - a central portion disposed between the proximal insertion end and the distal gripping end; and characterized by - a central channel, comprising a floor, and axially extending from the proximal insertion end to the distal gripping end, wherein the central channel is configured to accept a lanyard section of the urethral plug, and wherein the inserter is elongate;
An apparatus for filtering noises in an input signal, comprising: a hysteresis filter circuit configured to filter hysteresis noises in the input signal to obtain a first signal; an impulse noise filter circuit comprising a negative noise filter circuit configured to filter negative impulse noises in the first signal to obtain a second signal; and a positive noise filter circuit coupled with the negative noise filter circuit in parallel, and configured to filter positive impulse noises in the first signal to obtain a third signal; and a combiner circuit configured to combine the second signal and the third signal to obtain an output, signal; wherein the negative noise filter circuit comprises a first RC filter coupled with a first comparator in series, with the first RC filter receiving the first signal and the first comparator outputting the second signal; and the positive noise filter circuit comprises a second RC filter coupled with a second comparator in series, with the second RC filter receiving the first signal and the second comparator outputting the third signal; wherein the first RC filter comprises a first transistor and the second RC filter comprises a second transistor, the first transistor and the second transistor are configured to receive the first signal such that the corresponding capacitors (C1, C2) in the first RC filter and the second RC filter are short-circuited when the first signal is in high level. a hysteresis filter circuit configured to filter hysteresis noises in the input signal to obtain a first signal; an impulse noise filter circuit comprising a negative noise filter circuit configured to filter negative impulse noises in the first signal to obtain a second signal; and a positive noise filter circuit coupled with the negative noise filter circuit in parallel, and configured to filter positive impulse noises in the first signal to obtain a third signal; and a negative noise filter circuit configured to filter negative impulse noises in the first signal to obtain a second signal; and a positive noise filter circuit coupled with the negative noise filter circuit in parallel, and configured to filter positive impulse noises in the first signal to obtain a third signal; and a combiner circuit configured to combine the second signal and the third signal to obtain an output, signal; wherein the negative noise filter circuit comprises a first RC filter coupled with a first comparator in series, with the first RC filter receiving the first signal and the first comparator outputting the second signal; and the positive noise filter circuit comprises a second RC filter coupled with a second comparator in series, with the second RC filter receiving the first signal and the second comparator outputting the third signal; wherein the first RC filter comprises a first transistor and the second RC filter comprises a second transistor, the first transistor and the second transistor are configured to receive the first signal such that the corresponding capacitors (C1, C2) in the first RC filter and the second RC filter are short-circuited when the first signal is in high level.
An extruded PET parison comprising: - a first extruded polymer comprising PET; and - a second extruded polymer comprising PET; - wherein the first and second polymers are co-extruded and the first and second extruded polymers are in a solid state, characterized in that - the first extruded polymer has an intrinsic viscosity that is higher that the intrinsic viscosity of the second extruded polymer, wherein the first extruded polymer has an intrinsic viscosity of at least 0.96 and wherein the second extruded polymer has an intrinsic viscosity of less than 0.85. - a first extruded polymer comprising PET; and - a second extruded polymer comprising PET; - wherein the first and second polymers are co-extruded and the first and second extruded polymers are in a solid state, - the first extruded polymer has an intrinsic viscosity that is higher that the intrinsic viscosity of the second extruded polymer, wherein the first extruded polymer has an intrinsic viscosity of at least 0.96 and wherein the second extruded polymer has an intrinsic viscosity of less than 0.85.
A biological sample measuring device for medical institutions, comprising: a main body case; a sensor mounting portion that is provided to a first end of the main body case and to which is mounted a sensor for measuring biological samples; a measurement section that is connected to the sensor mounting portion and is used to measure biological samples; a display section in which a display screen provided to the outer surface of the main body case is divided into a first display area for displaying the biological sample measurement values, and a second display area for displaying an operating status; and a controller configured for displaying scheduled maintenance warnings at the time of a scheduled maintenance or shortly before in the first display area and second display area at the initial start-up that satisfies a specific condition, and for displaying the scheduled maintenance warning only in the second display area at the second and subsequent start-ups, wherein the specific condition includes any one of (i) a case in which the date has changed, (ii) with the biological sample measuring device further comprising an identification acquisition section that reads the identification of a measurement technician, a case in which the identification of the measurement technician has changed. a main body case; a sensor mounting portion that is provided to a first end of the main body case and to which is mounted a sensor for measuring biological samples; a measurement section that is connected to the sensor mounting portion and is used to measure biological samples; a display section in which a display screen provided to the outer surface of the main body case is divided into a first display area for displaying the biological sample measurement values, and a second display area for displaying an operating status; and a controller configured for displaying scheduled maintenance warnings at the time of a scheduled maintenance or shortly before in the first display area and second display area at the initial start-up that satisfies a specific condition, and for displaying the scheduled maintenance warning only in the second display area at the second and subsequent start-ups, wherein the specific condition includes any one of (i) a case in which the date has changed, (ii) with the biological sample measuring device further comprising an identification acquisition section that reads the identification of a measurement technician, a case in which the identification of the measurement technician has changed. (i) a case in which the date has changed, (ii) with the biological sample measuring device further comprising an identification acquisition section that reads the identification of a measurement technician, a case in which the identification of the measurement technician has changed.
A transgenic mouse in which an endogenous immunoglobulin variable region locus has been replaced with a partially human immunoglobulin variable region locus that allows the transgenic mouse to produce antibodies comprising human V regions, said partially human locus comprising: a. human V H coding sequences, non-coding V H sequences of the endogenous mouse V H region, human D and J H coding sequences, and non-coding D and J H gene sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of the endogenous V H immunoglobulin genes and downstream of the endogenous D and J H gene region and includes regulatory sequences for antibody expression; and/or b. human V L coding sequences and non-coding V L sequences of the endogenous mouse V L region, human J gene coding sequences, and non-coding J-sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of endogenous V L immunoglobulin genes and downstream of an endogenous J L region and includes regulatory sequences for antibody expression; wherein all of the endogenous immunoglobulin variable region locus has been removed and the recombinase targeting sites are introduced into introns to avoid disrupting regulatory sequences necessary for proper antibody expression. a. human V H coding sequences, non-coding V H sequences of the endogenous mouse V H region, human D and J H coding sequences, and non-coding D and J H gene sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of the endogenous V H immunoglobulin genes and downstream of the endogenous D and J H gene region and includes regulatory sequences for antibody expression; and/or b. human V L coding sequences and non-coding V L sequences of the endogenous mouse V L region, human J gene coding sequences, and non-coding J-sequences of the endogenous mouse genome, wherein said partially human immunoglobulin variable region locus is introduced using recombinase targeting sites upstream of endogenous V L immunoglobulin genes and downstream of an endogenous J L region and includes regulatory sequences for antibody expression;
Valve for fluid and gaseous media, more particularly for regulating the pressure in pipelines, containing a housing of at least one upper and lower part (3,4), a pressure adjustment unit, wherein the pressure adjustment unit comprises a spindle, a spring plate, a spring holder and at least one spring, a cartridge (30,40), wherein the cartridge (30,40) forms a function unit by means of which the function of the valve is defined, wherein the cartridge (30, 40) contains an interior housing, a fastening means and a poppet, characterised in that the cartridge (30, 40) contains a diaphragm, wherein the diaphragm serves for dividing the housing into a medium-free and a medium-flowing area, and wherein the cartridge (30, 40) is pre-fitted as a function unit and is disposed replaceably as a complete unit in the housing.
A window or door, comprising - an outer frame formed from frame profiles; - a sash frame formed from frame profiles; and - a flat element, which is accommodated in the sash frame and which is surrounded by the sash frame profiles on the face; wherein at least one frame profile comprises a profile outer wall on the weather side, having an outer overturn and a rebate area adjacent thereto, and wherein multiple components (2, 3; 4) of an alarm system are arranged in the rebate area, characterised in that the components (2, 3; 4) of the alarm system that are arranged in the rebate area are accommodated in a housing, wherein the housing comprises a base body and at least one channel (8, 8'; 8"), which is directed through at least one opening in the weather-side profile outer wall of the frame profile. - an outer frame formed from frame profiles; - a sash frame formed from frame profiles; and - a flat element, which is accommodated in the sash frame and which is surrounded by the sash frame profiles on the face; wherein at least one frame profile comprises a profile outer wall on the weather side, having an outer overturn and a rebate area adjacent thereto, and wherein multiple components (2, 3; 4) of an alarm system are arranged in the rebate area,
Powder for use in a powder jet device for cleaning tooth surfaces by powder spraying comprising cyclodextrin, characterized in that the powder comprises 10 to 80 wt.-% cyclodextrin and 90 to 20 wt.-% glycine, sodium hydrogen carbonate and/or an alditol.