mhurhangee/ep-ind-claims huggingface dataset:
A display module comprising: a glass substrate on which a thin film transistor, TFT, is formed; and a sub-pixel (100R, 100G, 100B) disposed on the TFT, wherein the TFT comprises: a first electrode; a second electrode spaced apart from the first electrode; a source pad spaced apart from the first electrode in a perpendicular direction and electrically connected to the first electrode; and a gate pad disposed below the source pad, wherein the sub-pixel comprises a light emitting diode, LED, wherein the LED is connected to the first electrode and the second electrode, and characterized in that the source pad is extended toward the second electrode beyond the first electrode facing a space between the first electrode and the second electrode in an upward direction, and facing a portion of the gate pad in a downward direction. a glass substrate on which a thin film transistor, TFT, is formed; and a sub-pixel (100R, 100G, 100B) disposed on the TFT, wherein the TFT comprises: a first electrode; a second electrode spaced apart from the first electrode; a source pad spaced apart from the first electrode in a perpendicular direction and electrically connected to the first electrode; and a gate pad disposed below the source pad, wherein the sub-pixel comprises a light emitting diode, LED, wherein the LED is connected to the first electrode and the second electrode, and characterized in that the source pad is extended toward the second electrode beyond the first electrode facing a space between the first electrode and the second electrode in an upward direction, and facing a portion of the gate pad in a downward direction. a first electrode; a second electrode spaced apart from the first electrode; a source pad spaced apart from the first electrode in a perpendicular direction and electrically connected to the first electrode; and a gate pad disposed below the source pad, wherein the sub-pixel comprises a light emitting diode, LED, wherein the LED is connected to the first electrode and the second electrode, and characterized in that the source pad is extended toward the second electrode beyond the first electrode facing a space between the first electrode and the second electrode in an upward direction, and facing a portion of the gate pad in a downward direction.
A porous cordierite ceramic body, comprising: a total porosity (%P) from 40% to 50%; a median pore size (d 50) in the range of from 2 μm (microns) to 10 μm (microns); and a modulus of rupture strength of at least 1.52 MPa, wherein the body comprises a plurality of parallel cell channels separated by porous cell channel walls having a wall thickness of from 50 μm (microns) to 250 μm (microns). a total porosity (%P) from 40% to 50%; a median pore size (d 50) in the range of from 2 μm (microns) to 10 μm (microns); and a modulus of rupture strength of at least 1.52 MPa, wherein the body comprises a plurality of parallel cell channels separated by porous cell channel walls having a wall thickness of from 50 μm (microns) to 250 μm (microns).
An automotive headlamp system comprising: an image capture unit configured to capture an image of an area ahead of a vehicle in a driving direction of the vehicle; a position determination unit configured to determine a position of a front vehicle based on the captured image; a headlamp unit comprising a first headlamp and a second headlamp each comprising an array of a plurality of light sources; and a control unit configured to rotate the headlamp unit and adjust a light intensity of a light source based on the determined position of the front vehicle to control an illumination pattern of the headlamp unit, characterized in that when the front vehicle exists within a predetermined angular range with respect to a centerline of the vehicle, the control unit forms a shadow zone by rotating one or more of the first headlamp and the second headlamp, and wherein when the front vehicle exists outside the predetermined angular range with respect to the centerline of the vehicle, the control unit forms a shadow zone by adjusting light intensities of one or more of the plurality of light sources of the first headlamp and/or the second headlamp. an image capture unit configured to capture an image of an area ahead of a vehicle in a driving direction of the vehicle; a position determination unit configured to determine a position of a front vehicle based on the captured image; a headlamp unit comprising a first headlamp and a second headlamp each comprising an array of a plurality of light sources; and a control unit configured to rotate the headlamp unit and adjust a light intensity of a light source based on the determined position of the front vehicle to control an illumination pattern of the headlamp unit, characterized in that when the front vehicle exists within a predetermined angular range with respect to a centerline of the vehicle, the control unit forms a shadow zone by rotating one or more of the first headlamp and the second headlamp, and wherein when the front vehicle exists outside the predetermined angular range with respect to the centerline of the vehicle, the control unit forms a shadow zone by adjusting light intensities of one or more of the plurality of light sources of the first headlamp and/or the second headlamp.
A container (100; 400a; 400b) comprising: a tubular body having an open first end and a second end to define a receptacle for receiving at least one elongate storage unit (101; 601); and a retaining frame arranged within the receptacle and adapted to receive and retain the at least one storage unit (101; 601), wherein the retaining frame is movable between a first configuration, wherein the retaining frame is adapted to engage a retaining surface of the at least one storage unit (101; 601) to retain the at least one storage unit (101; 601) within the receptacle, and a second configuration, wherein the at least one storage unit (101; 601) is released from engagement with the retaining frame to be removed from the container (100; 400a; 400b); and wherein the retaining frame comprises: a supporting rim circumscribing the open first end of the tubular body; and at least one flexible tab (107a, 107b) depending from the supporting rim and projecting radially into the receptacle, such that in the first configuration a distal end of the tab (107a, 107b) is adapted to engage the retaining surface of the at least one storage unit (101; 601); and wherein, when the retaining frame is moved from the first configuration to the second configuration, the at least one tab (107a, 107b) is bent towards a peripheral wall of the tubular body and away from the retaining surface of the at least one storage unit (101; 601). a tubular body having an open first end and a second end to define a receptacle for receiving at least one elongate storage unit (101; 601); and a retaining frame arranged within the receptacle and adapted to receive and retain the at least one storage unit (101; 601), wherein the retaining frame is movable between a first configuration, wherein the retaining frame is adapted to engage a retaining surface of the at least one storage unit (101; 601) to retain the at least one storage unit (101; 601) within the receptacle, and a second configuration, wherein the at least one storage unit (101; 601) is released from engagement with the retaining frame to be removed from the container (100; 400a; 400b); and wherein the retaining frame comprises: a supporting rim circumscribing the open first end of the tubular body; and at least one flexible tab (107a, 107b) depending from the supporting rim and projecting radially into the receptacle, such that in the first configuration a distal end of the tab (107a, 107b) is adapted to engage the retaining surface of the at least one storage unit (101; 601); and wherein, when the retaining frame is moved from the first configuration to the second configuration, the at least one tab (107a, 107b) is bent towards a peripheral wall of the tubular body and away from the retaining surface of the at least one storage unit (101; 601).
A method for pre-tensioning a power transmission chain provided with a plurality of links and a plurality of pins for connecting the links and wound around two pulleys (32, 33), comprising: winding an endless shaped chain around a first pre-tension applying pulley and a second pre-tension applying pulley, and applying a pre-tension to the chain, characterised in that mutually opposed sheave surfaces (32a, 33a) of each of the pre-tension applying pulleys (32, 33) are formed to have a concave shape corresponding to a convex curved portion of an end face of the pin. winding an endless shaped chain around a first pre-tension applying pulley and a second pre-tension applying pulley, and applying a pre-tension to the chain, characterised in that mutually opposed sheave surfaces (32a, 33a) of each of the pre-tension applying pulleys (32, 33) are formed to have a concave shape corresponding to a convex curved portion of an end face of the pin.
A pneumatically operable gaiter fitting device comprising: a pneumatic actuator operable, in use, to expand a gaiter, the pneumatic actuator comprising a piston, the piston being hollow and open ended to permit a shaft over which a gaiter is to be fitted to be received into the piston during use of the device and comprising an abutment surface; a plurality of pivotally mounted arms to receive and spread a gaiter wherein one end of each arm extends out of the device to a free end and an opposite end of each arm, beyond the point about which the arm can pivot, can contact the abutment surface; a self-resetting pressure relief valve; a user operable valve; and characterised in that: the self-resetting pressure relief valve is comprised in the piston and operates to permit or restrict flow of fluid through the piston from one side of the piston to the other. a pneumatic actuator operable, in use, to expand a gaiter, the pneumatic actuator comprising a piston, the piston being hollow and open ended to permit a shaft over which a gaiter is to be fitted to be received into the piston during use of the device and comprising an abutment surface; a plurality of pivotally mounted arms to receive and spread a gaiter wherein one end of each arm extends out of the device to a free end and an opposite end of each arm, beyond the point about which the arm can pivot, can contact the abutment surface; a self-resetting pressure relief valve; a user operable valve; and characterised in that: the self-resetting pressure relief valve is comprised in the piston and operates to permit or restrict flow of fluid through the piston from one side of the piston to the other. the self-resetting pressure relief valve is comprised in the piston and operates to permit or restrict flow of fluid through the piston from one side of the piston to the other.
A medical system, comprising: a handle having (a) a handle chamber including an outlet and (b) a barrel extending into the handle chamber and defining a lumen having a longitudinal axis; and a spindle movably disposed within the lumen of the barrel, wherein the spindle includes a plurality of spindle enclosures, and wherein the spindle is configured to move between a first configuration, in which at least a portion of each of the plurality of spindle enclosures is positioned within a first portion of the lumen within the handle chamber, and a second configuration, in which at least the portion of each of the plurality of spindle enclosures is positioned in a second portion of the lumen outside the handle chamber, wherein the barrel includes an opening on an exterior of the handle and configured to be in fluid communication with one of the plurality of spindle enclosures when the spindle is in the second configuration. a handle having (a) a handle chamber including an outlet and (b) a barrel extending into the handle chamber and defining a lumen having a longitudinal axis; and a spindle movably disposed within the lumen of the barrel, wherein the spindle includes a plurality of spindle enclosures, and wherein the spindle is configured to move between a first configuration, in which at least a portion of each of the plurality of spindle enclosures is positioned within a first portion of the lumen within the handle chamber, and a second configuration, in which at least the portion of each of the plurality of spindle enclosures is positioned in a second portion of the lumen outside the handle chamber, wherein the barrel includes an opening on an exterior of the handle and configured to be in fluid communication with one of the plurality of spindle enclosures when the spindle is in the second configuration.
An elevator system comprising: a hoistway having a pit depth and an overhead height; an elevator car arranged to move vertically within the hoistway, the car having at least one idler sheave (26,28) mounted thereon; a rope suspending the car via the idler sheave; and a drive machine arranged in the hoistway and engaging the rope to move the car, wherein said idler sheave (26, 28) is mounted at least partially within the vertical projection of the car and characterised in that said idler sheare (26, 28) has a diameter of less than 12 mm and the elevator system satisfies the condition that the sum of the pit depth and the overhead height is greater than the height of the car by no more than 1.4 metres. a hoistway having a pit depth and an overhead height; an elevator car arranged to move vertically within the hoistway, the car having at least one idler sheave (26,28) mounted thereon; a rope suspending the car via the idler sheave; and a drive machine arranged in the hoistway and engaging the rope to move the car, wherein said idler sheave (26, 28) is mounted at least partially within the vertical projection of the car and characterised in that said idler sheare (26, 28) has a diameter of less than 12 mm and the elevator system satisfies the condition that the sum of the pit depth and the overhead height is greater than the height of the car by no more than 1.4 metres.
Pressure-sensitive adhesive strip composed of at least three layers, comprising • an inner layer F composed of a nonextensible film carrier, where the film carrier layer F has an elongation at break both in longitudinal direction and in transverse direction of less than 300% as determined by test method R1, • a layer SK1 composed of a self-adhesive composition arranged on one of the surfaces of the film carrier layer F and based on a vinylaromatic block copolymer composition foamed with microballoons, • a layer SK2 composed of a self-adhesive composition arranged on the opposite surface of the film carrier layer F from the layer SK1 and based on a vinylaromatic block copolymer composition foamed with microballoons, where the mean diameter of each of the voids formed by the microballoons in the self-adhesive composition layers SK1 and SK2 is independently 20 to 40 μm, as determined by the diameter test method, and where the pressure-sensitive adhesive strip is characterized in that the film carrier layer F has a tensile strength in longitudinal direction of greater than 100 N/mm 2 and/or a tensile strength in transverse direction of greater than 100 N/mm 2, each as determined by test method R1, and that the self-adhesive composition layer SK1 and/or SK2 consists of the following composition: • vinylaromatic block copolymers 20% to 75% by wt. • tackifying resins 24.6% to 60% by wt. • microballoons 0.2% to 10% by wt. • additives 0.2% to 10% by wt. • an inner layer F composed of a nonextensible film carrier, where the film carrier layer F has an elongation at break both in longitudinal direction and in transverse direction of less than 300% as determined by test method R1, • a layer SK1 composed of a self-adhesive composition arranged on one of the surfaces of the film carrier layer F and based on a vinylaromatic block copolymer composition foamed with microballoons, • a layer SK2 composed of a self-adhesive composition arranged on the opposite surface of the film carrier layer F from the layer SK1 and based on a vinylaromatic block copolymer composition foamed with microballoons, where the mean diameter of each of the voids formed by the microballoons in the self-adhesive composition layers SK1 and SK2 is independently 20 to 40 μm, as determined by the diameter test method, and where the pressure-sensitive adhesive strip is characterized in that the film carrier layer F has a tensile strength in longitudinal direction of greater than 100 N/mm 2 and/or a tensile strength in transverse direction of greater than 100 N/mm 2, each as determined by test method R1, and that the self-adhesive composition layer SK1 and/or SK2 consists of the following composition: • vinylaromatic block copolymers 20% to 75% by wt. • tackifying resins 24.6% to 60% by wt. • microballoons 0.2% to 10% by wt. • additives 0.2% to 10% by wt.
A support structure for a bed, the support structure comprising at least 5 elongate resilient members configured to support a person, wherein the resilient members extend lengthwise from a first end of the support structure to a second, opposite end of the support structure, and are arranged parallel to each other in an array across the support structure, wherein the resilient members are the main supporting element for a person resting on the support structure, wherein the resilient members each comprise a sensor element in the form of a piezoelectric material that is attached to and runs along substantially an entire length of the respective resilient member, and each of the sensor elements is configured to provide an electrical response proportional to the amount of movement of the respective resilient member.
A gas turbine engine component comprising: a body having a leading edge and a trailing edge; at least one internal channel formed within the body, wherein the channel includes an inlet to direct cooling flow into the body; at least one cast slot formed in the trailing edge; and at least one drilled filmhole formed in the trailing edge, wherein the cast slot and drilled filmhole direct flow from the internal channel to an external location from the body, the at least one cast slot comprises a plurality of cast slots, the at least one drilled filmhole comprises a plurality of drilled filmholes, an axial direction is defined in a direction extending from the leading edge to the trailing edge, and a radial direction is defined as a direction that is perpendicular to the axial direction, characterised in that: the cast slots are interspersed with the drilled filmholes in the radial direction along the trailing edge. a body having a leading edge and a trailing edge; at least one internal channel formed within the body, wherein the channel includes an inlet to direct cooling flow into the body; at least one cast slot formed in the trailing edge; and at least one drilled filmhole formed in the trailing edge, wherein the cast slot and drilled filmhole direct flow from the internal channel to an external location from the body, the at least one cast slot comprises a plurality of cast slots, the at least one drilled filmhole comprises a plurality of drilled filmholes, an axial direction is defined in a direction extending from the leading edge to the trailing edge, and a radial direction is defined as a direction that is perpendicular to the axial direction, characterised in that: the cast slots are interspersed with the drilled filmholes in the radial direction along the trailing edge.
A singulated unitary electronic package (200; 700) comprising a plurality of components, comprising at least a first die and a second die, a mold cap (212; 702) having a variable thickness (214; 216; 218; 704; 706) comprising a first portion (214; 706) of a thickness of a mold cap that is smaller than a third portion (218; 704) of the mold cap, a second portion of a thickness of a mold cap that is greater than the third portion, characterised in that the thickness of the first portion compared to the third portion is designed to compensate for a predetermined amount of warpage caused by the first die and wherein the thickness of the second portion is designed to compensate for a predetermined amount of warpage caused by the second die, in that the location of the portions of increased or decreased thickness depends on the location of each of the plurality of the underlying components to compensate for either positive/convex direction or negative/concave direction warpage of each of the plurality of components (204; 206; 708) underlying the mold cap.
An in vitro method for diagnosing and/or prognosing membranous nephropathy in a patient, said method comprising the step of detecting in a biological sample obtained from said patient one or more autoantibodies recognizing the THSD7A ( Thrombospondin, Type I, Domain Containing 7A) protein.
A tennis racquet configured for use with a string bed formed of a plurality of cross string segments interlaced with a plurality of main string segments, the racquet comprising: a frame extending along a longitudinal axis and including a head portion coupled to a handle portion, the head portion including a hoop having inner and outer peripheral walls, the hoop defining a head size of the racquet, the head size being within the range of 600 cm 2 to 774 cm 2 (93 square inches to 120 square inches), having a maximum longitudinal dimension, a, and having a maximum transverse dimension, b, the longitudinal dimension a being at least 1.2 times the transverse dimension b, the inner peripheral wall including a plurality of cross-string holes and a plurality of main string holes, each of the cross string holes configured for receiving one end of one of the cross string segments and each of the main string holes configured for receiving one end of one of the main string segments, the number of main string holes being greater than the number of cross string holes such that the string bed configured for use with the racquet has a greater number of main string segments than cross string segments. a frame extending along a longitudinal axis and including a head portion coupled to a handle portion, the head portion including a hoop having inner and outer peripheral walls, the hoop defining a head size of the racquet, the head size being within the range of 600 cm 2 to 774 cm 2 (93 square inches to 120 square inches), having a maximum longitudinal dimension, a, and having a maximum transverse dimension, b, the longitudinal dimension a being at least 1.2 times the transverse dimension b, the inner peripheral wall including a plurality of cross-string holes and a plurality of main string holes, each of the cross string holes configured for receiving one end of one of the cross string segments and each of the main string holes configured for receiving one end of one of the main string segments, the number of main string holes being greater than the number of cross string holes such that the string bed configured for use with the racquet has a greater number of main string segments than cross string segments.