mhurhangee/patent-ind-claim-en huggingface dataset:
A transformer arrangement comprising: a plurality of stacked transformers , each transformer including a transformer core , a first winding wound around the transformer core, a second winding , a spatial gap configured to allow a cooling of the transformer by a coolant fluid flowing in the spatial gap; a support structure supporting the transformers in the plurality of stacked transformers; wherein the support structure and the spatial gaps of the transformers in the plurality of stacked transformers are configured to form a cooling duct for the coolant fluid; characterised in that the support structure comprises vertical walls and horizontal separation plates between transformers in the plurality of stacked transformers, the horizontal separation plates having openings to allow a flow of coolant fluid between the spatial gaps of the transformers, wherein the openings match a section of the spatial gaps. a plurality of stacked transformers , each transformer including a transformer core , a first winding wound around the transformer core, a second winding , a spatial gap configured to allow a cooling of the transformer by a coolant fluid flowing in the spatial gap; a transformer core , a first winding wound around the transformer core, a second winding , a spatial gap configured to allow a cooling of the transformer by a coolant fluid flowing in the spatial gap; a support structure supporting the transformers in the plurality of stacked transformers; wherein the support structure and the spatial gaps of the transformers in the plurality of stacked transformers are configured to form a cooling duct for the coolant fluid; characterised in that the support structure comprises vertical walls and horizontal separation plates between transformers in the plurality of stacked transformers, the horizontal separation plates having openings to allow a flow of coolant fluid between the spatial gaps of the transformers, wherein the openings match a section of the spatial gaps.
Cooling circuit comprising a refrigerant compressor with at least one working chamber , a heat exchanger with a fluid-collecting chamber , wherein the fluid-collecting chamber is configured for forming a refrigerant reservoir of refrigerant, and a feed unit , wherein the feed unit is connected to the fluid-collecting chamber and the refrigerant compressor , wherein the feed unit has a high-pressure pump and an injector , characterized in that the feed unit is configured for feeding refrigerant from the refrigerant reservoir to the working chamber by means of the injector at a pressure above a discharge pressure of the refrigerant compressor . a refrigerant compressor with at least one working chamber , a heat exchanger with a fluid-collecting chamber , wherein the fluid-collecting chamber is configured for forming a refrigerant reservoir of refrigerant, and a feed unit , wherein the feed unit is connected to the fluid-collecting chamber and the refrigerant compressor , wherein the feed unit has a high-pressure pump and an injector , characterized in that the feed unit is configured for feeding refrigerant from the refrigerant reservoir to the working chamber by means of the injector at a pressure above a discharge pressure of the refrigerant compressor .
A tissue-removing catheter for removing tissue in a body lumen, the tissue-removing catheter comprising: an elongate body having an axis (LA) and proximal and distal end portions spaced apart from one another along the axis, the elongate body being sized and shaped to be received in the body lumen; a tissue-removing element mounted on the distal end portion of the elongate body, the tissue-removing element being configured to remove tissue as the tissue-removing element is rotated by the elongate body within the body lumen; and an inner liner received within the elongate body and defining a guidewire lumen , the inner liner isolating an interior of the guidewire lumen from the elongate body and tissue-removing element such that torsional force is not transferred from the elongate body and tissue-removing element to the interior of the guidewire lumen when the elongate body and tissue-removing element are rotated during operation of the tissue-removing catheter, the inner liner including a distal end margin configured to extend distally of the tissue-removing element, the distal end margin having a construction different from a construction of a second portion of the inner liner which is positioned proximal of the distal end margin, and wherein the distal end margin of the inner liner is more flexible than the remaining portion of the inner liner. an elongate body having an axis (LA) and proximal and distal end portions spaced apart from one another along the axis, the elongate body being sized and shaped to be received in the body lumen; a tissue-removing element mounted on the distal end portion of the elongate body, the tissue-removing element being configured to remove tissue as the tissue-removing element is rotated by the elongate body within the body lumen; and an inner liner received within the elongate body and defining a guidewire lumen , the inner liner isolating an interior of the guidewire lumen from the elongate body and tissue-removing element such that torsional force is not transferred from the elongate body and tissue-removing element to the interior of the guidewire lumen when the elongate body and tissue-removing element are rotated during operation of the tissue-removing catheter, the inner liner including a distal end margin configured to extend distally of the tissue-removing element, the distal end margin having a construction different from a construction of a second portion of the inner liner which is positioned proximal of the distal end margin, and wherein the distal end margin of the inner liner is more flexible than the remaining portion of the inner liner.
An imaging apparatus , comprising: an imaging optical system including at least one optical element; an image sensor configured to capture an object image formed by the imaging optical system; a substrate on which the image sensor is mounted; a holding member configured to hold the imaging optical system, the holding member including a substrate bonding face that is bonded to the substrate; a first bonding member configured to bond at least a part of a first face of the substrate , that faces the substrate bonding face, to the substrate bonding face; and a second bonding member configured to bond at least a part of a second face of the substrate , that is opposite to the first face of the substrate, to the substrate bonding face. an imaging optical system including at least one optical element; an image sensor configured to capture an object image formed by the imaging optical system; a substrate on which the image sensor is mounted; a holding member configured to hold the imaging optical system, the holding member including a substrate bonding face that is bonded to the substrate; a first bonding member configured to bond at least a part of a first face of the substrate , that faces the substrate bonding face, to the substrate bonding face; and a second bonding member configured to bond at least a part of a second face of the substrate , that is opposite to the first face of the substrate, to the substrate bonding face.
A vehicle lamp assembly , comprising: a light source for producing light; one or more inner lenses that receives light from the light source and redirects the light; a projection lens that receives light from the light redirected by the one or more inner lenses and shapes light for projecting from a vehicle lamp assembly; a light blocking material applied to portions of a surface of the projection lens for partially blocking light emitted from the projection lens to alter an appearance of the vehicle lamp assembly, portions without the light blocking material forming unblocked portions of the surface of the projection lens ; and a badge fixed to the projection lens for displaying a marking with open portions that allow light from the projection lens to pass, the unblocked portions of the surface of the projection lens being shaped to outline the badge such that the badge is highlighted by light penetrating through unblocked portions when lit. a light source for producing light; one or more inner lenses that receives light from the light source and redirects the light; a projection lens that receives light from the light redirected by the one or more inner lenses and shapes light for projecting from a vehicle lamp assembly; a light blocking material applied to portions of a surface of the projection lens for partially blocking light emitted from the projection lens to alter an appearance of the vehicle lamp assembly, portions without the light blocking material forming unblocked portions of the surface of the projection lens ; and a badge fixed to the projection lens for displaying a marking with open portions that allow light from the projection lens to pass, the unblocked portions of the surface of the projection lens being shaped to outline the badge such that the badge is highlighted by light penetrating through unblocked portions when lit.
A valve actuator comprising: a housing ; a motor controller ; a universal power converter operatively coupled to the motor controller and configured to convert any commonly used voltage and current type into a form usable by the motor controller ; a variable speed motor with an output shaft, wherein the variable speed motor is configured for control by the motor controller , the motor controller configured to vary at least one of the speed and torque of the output shaft during operation of the valve actuator , and wherein the motor controller , the power converter , and the variable speed motor are integrated within the housing ; and a gear set outside of the housing and operatively coupled to the output shaft. a housing ; a motor controller ; a universal power converter operatively coupled to the motor controller and configured to convert any commonly used voltage and current type into a form usable by the motor controller ; a variable speed motor with an output shaft, wherein the variable speed motor is configured for control by the motor controller , the motor controller configured to vary at least one of the speed and torque of the output shaft during operation of the valve actuator , and wherein the motor controller , the power converter , and the variable speed motor are integrated within the housing ; and a gear set outside of the housing and operatively coupled to the output shaft.
A mucosal adhesive pharmaceutical film comprising: a mucoadhesive layer comprising about 0.05% to about 0.5% w/w isotretinoin or a pharmaceutically acceptable salt thereof, and a mucoadhesive, hydrophilic biocompatible polymer; and optionally an occlusive backing layer. a mucoadhesive layer comprising about 0.05% to about 0.5% w/w isotretinoin or a pharmaceutically acceptable salt thereof, and a mucoadhesive, hydrophilic biocompatible polymer; and optionally an occlusive backing layer.
A method for analyzing a stained biopsy or surgical tissue sample being implemented by an image processing system , the method comprising: receiving a whole-slide image from a histopathological tissue slide of the stained tissue sample, analyzing the whole-slide image for detection of biological target objects by execution of an image processing algorithm, applying at least one rule to a plurality of field of views (FOVs) on the whole-slide image for identifying a set of the FOVs for which a criterion is fulfilled that indicates a risk for the respective FOV containing a histopathological artefact or an erroneous detection result caused by the image processing algorithm, wherein the criterion relates to the detection result obtained by execution of the image processing algorithm, displaying at least a sub-set of the set of FOVs for review by an observer, in response to displaying a FOV of the sub-set, receiving an entry signal from the observer that indicates whether the quality of an image portion of the displayed FOV is sufficient for the analysis, outputting a result of the detection of the biological target objects depending on the entry signal. receiving a whole-slide image from a histopathological tissue slide of the stained tissue sample, analyzing the whole-slide image for detection of biological target objects by execution of an image processing algorithm, applying at least one rule to a plurality of field of views (FOVs) on the whole-slide image for identifying a set of the FOVs for which a criterion is fulfilled that indicates a risk for the respective FOV containing a histopathological artefact or an erroneous detection result caused by the image processing algorithm, wherein the criterion relates to the detection result obtained by execution of the image processing algorithm, displaying at least a sub-set of the set of FOVs for review by an observer, in response to displaying a FOV of the sub-set, receiving an entry signal from the observer that indicates whether the quality of an image portion of the displayed FOV is sufficient for the analysis, outputting a result of the detection of the biological target objects depending on the entry signal.
A tuning arrangement for a vertical-cavity surface-emitting laser, VCSEL , the tuning arrangement comprising - a delta sigma modulator configured to generate a bitstream (BS) comprising bit signals; and - a current source configured to provide a current to the VCSEL in a switchable manner depending on a control signal (CS); wherein - the bitstream (BS) is generated based on a target state signal (TS); and - the control signal (CS) corresponds to or is derived from the bit signals of the bitstream (BS); - wherein the tuning arrangement is configured to tune an output wavelength of the VCSEL . - a delta sigma modulator configured to generate a bitstream (BS) comprising bit signals; and - a current source configured to provide a current to the VCSEL in a switchable manner depending on a control signal (CS); wherein - the bitstream (BS) is generated based on a target state signal (TS); and - the control signal (CS) corresponds to or is derived from the bit signals of the bitstream (BS); - wherein the tuning arrangement is configured to tune an output wavelength of the VCSEL .
Pick-up hitch for an agricultural tractor, having a frame part and a guide part which is mounted in the frame part so as to be longitudinally displaceable and has a coupling element provided on its end, wherein the frame part can be pivoted by means of a lifting mechanism for raising and lowering the coupling element relative to a base frame for attachment to a load-bearing vehicle structure , characterized in that at least one spring element is arranged between the base frame and the frame part such that said spring element exerts a preload on the frame part , assisting the raising of the coupling element .
A projector, comprising a light modulation module, comprising at least one light modulator, illuminated by light of one or more primary colours, wherein the light of at least one of the one or more primary colours comprises two or more wavelengths or wavelength ranges, characterized in that the two or more wavelengths or wavelength ranges have different diffraction properties on the at least one light modulator such that images generated by each of the two or more wavelengths or wavelength ranges individually have a different contrast ratio, wherein the projector is configured to adapt the emitted light intensity in at least one of the two or more wavelengths or wavelength ranges in order to dynamically adapt a contrast of an image projected by the projector. the light of at least one of the one or more primary colours comprises two or more wavelengths or wavelength ranges, characterized in that the two or more wavelengths or wavelength ranges have different diffraction properties on the at least one light modulator such that images generated by each of the two or more wavelengths or wavelength ranges individually have a different contrast ratio, wherein the projector is configured to adapt the emitted light intensity in at least one of the two or more wavelengths or wavelength ranges in order to dynamically adapt a contrast of an image projected by the projector.
A pneumatic tire comprising: a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead portions , the carcass comprising a carcass ply extending between the bead portions and turned up around the bead core in each bead portion from the axially inside to the axially outside so as to form a pair of turnup portions extending radially outwardly, and a main portion therebetween, wherein one of or each of the bead portions is provided with a reinforcing rubber portion disposed adjacently to the axially outer side of the turnup portion , the reinforcing rubber portion includes an axially inner rubber layer , and an axially outer rubber layer which is adjacent to the axially outer side of the axially inner rubber layer , the radially outer end of the axially outer rubber layer is positioned radially outside the radially outer end of the axially inner rubber layer , the radially inner end of the axially outer rubber layer is positioned radially inside the radially inner end of the axially inner rubber layer , and the axially inner rubber layer has a constant-thickness portion having a constant thickness, characterized in that the axially inner rubber layer has reduced-thickness portions whose thickness decreases toward its radially inner end and radially outer end . a pair of bead portions each with a bead core embedded therein, and a carcass extending between the bead portions , the carcass comprising a carcass ply extending between the bead portions and turned up around the bead core in each bead portion from the axially inside to the axially outside so as to form a pair of turnup portions extending radially outwardly, and a main portion therebetween, wherein one of or each of the bead portions is provided with a reinforcing rubber portion disposed adjacently to the axially outer side of the turnup portion , the reinforcing rubber portion includes an axially inner rubber layer , and an axially outer rubber layer which is adjacent to the axially outer side of the axially inner rubber layer , the radially outer end of the axially outer rubber layer is positioned radially outside the radially outer end of the axially inner rubber layer , the radially inner end of the axially outer rubber layer is positioned radially inside the radially inner end of the axially inner rubber layer , and the axially inner rubber layer has a constant-thickness portion having a constant thickness, characterized in that the axially inner rubber layer has reduced-thickness portions whose thickness decreases toward its radially inner end and radially outer end .
A device for detecting an analyte in a sample, comprising: a collecting chamber having an opening for collecting a liquid sample; a detecting element for detecting the analyte in the liquid sample; and a lid for covering the opening of the collecting chamber ; wherein the device further comprises an indicating device thereon for indicating whether or not the lid covers at an appointed position; wherein the indicating device makes a sound through colliding caused by elastic deformation and rebound; characterized in that the appointed position is also the position where, in use, the detecting device starts a detection assay and in that the device is configured such that, in use, a detection result is displayed on the detecting element after an allotted time starting from the point at which the sound is made by the indicating device .
A fiber optic cable comprising: a plurality of optic fibers (107, 107a-107d, 407, 407a-407g) extending between a first end of the fiber optic cable and a second end of the fiber optic cable ; and a pressure fitting defining an internal through-hole , comprising: a pressure ferrule , a bushing , a first pressure plug , and a second pressure plug , wherein the first pressure plug is disposed within the pressure ferrule on a first side of the pressure fitting and the bushing and the second pressure plug are disposed within the pressure ferrule on a second side of the pressure fitting , wherein a portion of each of the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) at the first end of the fiber optic cable extends through the internal through-hole of the pressure fitting and the pressure fitting is retained at the first end of the fiber optic cable , the pressure fitting creating at least one of a pressure or chemical barrier at the first end of the fiber optic cable that prevents migration of fluids into or out of the cable, wherein the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) are configured in a randomizing arrangement within the internal through-hole of the pressure fitting to randomize the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) in the second end of the cable . a plurality of optic fibers (107, 107a-107d, 407, 407a-407g) extending between a first end of the fiber optic cable and a second end of the fiber optic cable ; and a pressure fitting defining an internal through-hole , comprising: a pressure ferrule , a bushing , a first pressure plug , and a second pressure plug , wherein the first pressure plug is disposed within the pressure ferrule on a first side of the pressure fitting and the bushing and the second pressure plug are disposed within the pressure ferrule on a second side of the pressure fitting , a pressure ferrule , a bushing , a first pressure plug , and a second pressure plug , wherein the first pressure plug is disposed within the pressure ferrule on a first side of the pressure fitting and the bushing and the second pressure plug are disposed within the pressure ferrule on a second side of the pressure fitting , wherein a portion of each of the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) at the first end of the fiber optic cable extends through the internal through-hole of the pressure fitting and the pressure fitting is retained at the first end of the fiber optic cable , the pressure fitting creating at least one of a pressure or chemical barrier at the first end of the fiber optic cable that prevents migration of fluids into or out of the cable, wherein the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) are configured in a randomizing arrangement within the internal through-hole of the pressure fitting to randomize the plurality of optic fibers (107, 107a-107d, 407, 407a-407g) in the second end of the cable .