mhurhangee/ep-ind-claims huggingface dataset:
Feed unit for a processing plant, in particular for a crushing or screening plant, having a feed chute which has a chute support, the chute support having a base, the base extending in the conveying direction of the feed chute, at least one support extending in the conveying direction being arranged in the region of the underside of the base, which supports the bottom, wherein furthermore a holder is provided which carries at least one vibration exciter of an excitation device, wherein the excitation device generates a vibration in an excitation direction by means of the at least one vibration exciter, and wherein the support is connected to the holder, characterized in that the support forms a closed hollow profile or at least a wall portion of the support together with a reinforcing profile connected thereto forms a closed hollow profile and that the hollow profile extends with an angular deviation in the range of +/-15° in the direction of the excitation direction. characterized in that the support forms a closed hollow profile or at least a wall portion of the support together with a reinforcing profile connected thereto forms a closed hollow profile and that the hollow profile extends with an angular deviation in the range of +/-15° in the direction of the excitation direction.
A method for forming a tip for a sleeve of a catheter introducer, the method comprising: providing a mold having a cavity, the cavity having a sleeve portion with a substantially annular shape, the sleeve portion having a tip portion with a tapered outside diameter; positioning a core pin within the cavity to form a sleeve annulus between the sleeve portion and the core pin; and injecting molten plastic into the cavity such that the molten plastic travels through the sleeve annulus and into the tip portion, wherein the molten plastic is substantially evenly distributed about a circumference of the sleeve annulus when the molten plastic enters the tip portion, characterized in that the mold further comprises a pilot bushing shaped to form the tip portion of the cavity, wherein positioning the core pin within the cavity comprises inserting a distal end of the core pin into the pilot bushing to provide support for the distal end of the pin. providing a mold having a cavity, the cavity having a sleeve portion with a substantially annular shape, the sleeve portion having a tip portion with a tapered outside diameter; positioning a core pin within the cavity to form a sleeve annulus between the sleeve portion and the core pin; and injecting molten plastic into the cavity such that the molten plastic travels through the sleeve annulus and into the tip portion, wherein the molten plastic is substantially evenly distributed about a circumference of the sleeve annulus when the molten plastic enters the tip portion, characterized in that the mold further comprises a pilot bushing shaped to form the tip portion of the cavity, wherein positioning the core pin within the cavity comprises inserting a distal end of the core pin into the pilot bushing to provide support for the distal end of the pin.
A pneumatic manifold, comprising: an internal conduit; a first fluid line fluidly connected to the internal conduit; the first fluid line fluidly connectable to a venous drip chamber in an extracorporeal circuit of a dialysis system; a second fluid line fluidly connected to the internal conduit; the second fluid line fluidly connectable to an arterial drip chamber in the extracorporeal circuit of the dialysis system; a venous valve fluidly connecting the first fluid line to the internal conduit; an arterial valve fluidly connecting the second fluid line to the internal conduit; a negative valve fluidly connecting the internal conduit to an outlet; a positive valve fluidly connecting the internal conduit to an inlet; the inlet and outlet fluidly connectable by a third fluid line containing a pump; and a controller selectively activating or deactivating the venous valve, arterial valve, positive valve, and negative valve; the controller controlling a fluid level in the venous drip chamber and arterial drip chamber by activating or deactivating the valves. an internal conduit; a first fluid line fluidly connected to the internal conduit; the first fluid line fluidly connectable to a venous drip chamber in an extracorporeal circuit of a dialysis system; a second fluid line fluidly connected to the internal conduit; the second fluid line fluidly connectable to an arterial drip chamber in the extracorporeal circuit of the dialysis system; a venous valve fluidly connecting the first fluid line to the internal conduit; an arterial valve fluidly connecting the second fluid line to the internal conduit; a negative valve fluidly connecting the internal conduit to an outlet; a positive valve fluidly connecting the internal conduit to an inlet; the inlet and outlet fluidly connectable by a third fluid line containing a pump; and a controller selectively activating or deactivating the venous valve, arterial valve, positive valve, and negative valve; the controller controlling a fluid level in the venous drip chamber and arterial drip chamber by activating or deactivating the valves.
Sensor device, of nanowire type, comprising: - a plurality of nanowires, arranged parallel to each other, the nanowires being of increasing length in a direction perpendicular to the nanowires, each nanowire comprising a first conductive region, and a second region in insulator material, this second region not occupying the entire thickness of the nanowire, a current being able to circulate in the nanowire from one of its ends to the other; - and two fixed anchor region (60, 60', 600, 600'), to which the ends of each nanowire are fixed. - a plurality of nanowires, arranged parallel to each other, the nanowires being of increasing length in a direction perpendicular to the nanowires, each nanowire comprising a first conductive region, and a second region in insulator material, this second region not occupying the entire thickness of the nanowire, a current being able to circulate in the nanowire from one of its ends to the other; - and two fixed anchor region (60, 60', 600, 600'), to which the ends of each nanowire are fixed.
A method of determining an acoustic parameter of interest of a downhole fluid using an acoustic assembly comprising a single solid acoustic transmission medium having a face immersed in the downhole fluid, the method comprising: using characteristics of a plurality of acoustic pulse reflections from a solid-liquid interface at the face of the solid acoustic transmission medium to estimate the parameter of interest in near real-time, wherein each acoustic pulse reflection of the plurality of acoustic pulse reflections has a corresponding unique angle of reflection with respect to the face, wherein the characteristics comprise a corresponding reflection amplitude and the corresponding unique angle of reflection for each acoustic pulse reflection, and wherein the parameter of interest is estimated by determining corresponding values for [(1 - r21) / (1 + r21)] 2 and [1 / sin 2 φ] for the plurality of acoustic pulse reflections, wherein r21 is the corresponding reflection amplitude and φ is the corresponding unique angle of reflection. using characteristics of a plurality of acoustic pulse reflections from a solid-liquid interface at the face of the solid acoustic transmission medium to estimate the parameter of interest in near real-time, wherein each acoustic pulse reflection of the plurality of acoustic pulse reflections has a corresponding unique angle of reflection with respect to the face, wherein the characteristics comprise a corresponding reflection amplitude and the corresponding unique angle of reflection for each acoustic pulse reflection, and wherein the parameter of interest is estimated by determining corresponding values for [(1 - r21) / (1 + r21)] 2 and [1 / sin 2 φ] for the plurality of acoustic pulse reflections, wherein r21 is the corresponding reflection amplitude and φ is the corresponding unique angle of reflection.
A multi-layer image display device for realizing a multi-layered image with a depth by overlapping a plurality of two-dimensional images, characterized by comprising: a liquid crystal display which can be selectively transparent and produce a first two-dimensional image through a combination of a plurality of pixels, a screen which is disposed behind the display so as to be overlapped in a forward-backward direction with the display, the screen being a transparent screen of a rear surface projection type; and a projector which is disposed behind the screen and adapted for projecting a second two-dimensional image on the screen and for transmitting light having passed the screen through the liquid crystal display to play a role of back light unit for the liquid crystal display. a liquid crystal display which can be selectively transparent and produce a first two-dimensional image through a combination of a plurality of pixels, a screen which is disposed behind the display so as to be overlapped in a forward-backward direction with the display, the screen being a transparent screen of a rear surface projection type; and a projector which is disposed behind the screen and adapted for projecting a second two-dimensional image on the screen and for transmitting light having passed the screen through the liquid crystal display to play a role of back light unit for the liquid crystal display.
A method of manufacturing two or more gun barrels, the method comprising: machining a single metal block to form a barrel preform having the outer shape of at least a first gun barrel and a second gun barrel; drilling a first hole through the barrel preform to form a first barrel bore; and drilling a second hole through the barrel preform to form a second barrel bore. machining a single metal block to form a barrel preform having the outer shape of at least a first gun barrel and a second gun barrel; drilling a first hole through the barrel preform to form a first barrel bore; and drilling a second hole through the barrel preform to form a second barrel bore.
Extractor device comprising the following features: a ceiling element which can be fixed to a ceiling; an extractor hood for extracting and filtering the vapours produced during cooking; at least one cord for fastening the extractor hood to the ceiling element, characterised in that the extractor device has a strain relief apparatus which has the following features: - a component carrier; - a pulley rotatably mounted in the component carrier and having a curved surface for guiding the cord; - a strain relief device which is arranged opposite to the curved surface, it being possible for the cord to be clamped between the pulley and the strain relief device; and - a spring element which is coupled to the component carrier and the pulley, the cord being guided by the curved surface of the pulley of the strain relief apparatus and the spring element being formed so as to exert a restoring force on the pulley, the restoring force counteracting a weight force of the extractor hood acting on the pulley via the cord. a ceiling element which can be fixed to a ceiling; an extractor hood for extracting and filtering the vapours produced during cooking; at least one cord for fastening the extractor hood to the ceiling element, characterised in that the extractor device has a strain relief apparatus which has the following features: - a component carrier; - a pulley rotatably mounted in the component carrier and having a curved surface for guiding the cord; - a strain relief device which is arranged opposite to the curved surface, it being possible for the cord to be clamped between the pulley and the strain relief device; and - a spring element which is coupled to the component carrier and the pulley, the cord being guided by the curved surface of the pulley of the strain relief apparatus and the spring element being formed so as to exert a restoring force on the pulley, the restoring force counteracting a weight force of the extractor hood acting on the pulley via the cord. - a component carrier; - a pulley rotatably mounted in the component carrier and having a curved surface for guiding the cord; - a strain relief device which is arranged opposite to the curved surface, it being possible for the cord to be clamped between the pulley and the strain relief device; and - a spring element which is coupled to the component carrier and the pulley, the cord being guided by the curved surface of the pulley of the strain relief apparatus and the spring element being formed so as to exert a restoring force on the pulley, the restoring force counteracting a weight force of the extractor hood acting on the pulley via the cord.
A hair bundle apparatus comprising: a first section comprising a loop member having a first end and a second end, wherein the loop member is an elastic band, wherein the first end and the second end are twisted between 45 and 360 degrees thereby allowing the loop member to be crocheted to a wig or directly to a user's hair; a second section comprising a locking member; and a third section comprising a third end and a fourth end, wherein the third section includes human hair that has been sewn to a filament to form a weft, wherein the weft includes a first weft end and a second weft end, and wherein the first weft end and the second weft end are wrapped around the first end and the second end of the loop member; and wherein: the locking member is a thread, which secures the first weft end and the second weft end to the loop member by sewing the first weft end and the second weft end to the loop member; the locking member further includes glue that covers the thread, securing the thread to the third section and preventing the thread from unravelling; and the human hair of the third section is folded back at the third end such that the third end overlaps a portion of the remainder of the length of the human hair. a first section comprising a loop member having a first end and a second end, wherein the loop member is an elastic band, wherein the first end and the second end are twisted between 45 and 360 degrees thereby allowing the loop member to be crocheted to a wig or directly to a user's hair; a second section comprising a locking member; and a third section comprising a third end and a fourth end, wherein the third section includes human hair that has been sewn to a filament to form a weft, wherein the weft includes a first weft end and a second weft end, and the locking member is a thread, which secures the first weft end and the second weft end to the loop member by sewing the first weft end and the second weft end to the loop member; the locking member further includes glue that covers the thread, securing the thread to the third section and preventing the thread from unravelling; and the human hair of the third section is folded back at the third end such that the third end overlaps a portion of the remainder of the length of the human hair.
An isolated nucleic acid comprising a nucleotide sequence encoding a mutated HPPD protein, wherein said mutated HPPD protein has HPPD activity, and wherein in said mutated HPPD protein the amino acid at a position corresponding to position 252 of SEQ ID No. 2 has been replaced so that the resulting amino acid sequence comprises an amino acid selected from His, Ile, Leu, Asn, or Ser, at the position corresponding to position 252 of the amino acid sequence of SEQ ID No. 2.
Contact system for a low voltage switch, equipped with a movable contact in the form of a contact arm, which is biased by a contact force spring (18, 18", 19, 19") in order to generate a contact pressure in the closed position, and mounted in a switch housing for at least one pole, in a rotatable manner about a contact arm rotation point, in which housing the low-voltage switch can be actuated, characterised in that - the contact force spring (18, 18", 19, 19") is arranged between a contact arm (10, 10") and a lever (21, 21", 22, 22") which is arranged to rotate around a lever rotation point, - wherein the position of the contact arm rotation point and the position of the lever rotation point and the lengths of the lever (21, 21", 22, 22") and of the contact arm (10, 10") are dimensioned with respect to each other such that the contact pressure of the contact force spring (18, 18, 19) generated on the contact arm (10, 10") results in a contact system closing torque, and - wherein the rotatable lever (21, 21", 22, 22") and the contact arm (10, 10") latch to each other when the switch is activated in any position of the contact system. - the contact force spring (18, 18", 19, 19") is arranged between a contact arm (10, 10") and a lever (21, 21", 22, 22") which is arranged to rotate around a lever rotation point, - wherein the position of the contact arm rotation point and the position of the lever rotation point and the lengths of the lever (21, 21", 22, 22") and of the contact arm (10, 10") are dimensioned with respect to each other such that the contact pressure of the contact force spring (18, 18, 19) generated on the contact arm (10, 10") results in a contact system closing torque, and - wherein the rotatable lever (21, 21", 22, 22") and the contact arm (10, 10") latch to each other when the switch is activated in any position of the contact system.
Beacon for transmitting data to a plurality of devices in a certain range comprising - an interface for receiving a signal received from a sensor, - a processing unit which is arranged to generate a control signal for an adaptation of the transmission of data depending on the received signal, characterised by: wherein the sensor comprises a light sensor for determining light intensity in the environment of the beacon, and wherein the transmission rate or/and transmission power is varied essentially proportional to the light intensity. - an interface for receiving a signal received from a sensor, - a processing unit which is arranged to generate a control signal for an adaptation of the transmission of data depending on the received signal, characterised by: wherein the sensor comprises a light sensor for determining light intensity in the environment of the beacon, and wherein the transmission rate or/and transmission power is varied essentially proportional to the light intensity. wherein the sensor comprises a light sensor for determining light intensity in the environment of the beacon, and wherein the transmission rate or/and transmission power is varied essentially proportional to the light intensity.
A panel joining structure comprising: a rocker inner panel constituting a vehicle-width-direction inner portion of a rocker provided in a floor side portion of a vehicle interior and including a stepped portion extending in an intersecting direction with a vertical direction, and a joining portion extending toward a vertical direction upper side from one end of the stepped portion in the intersecting direction; and a floor panel constituting a floor of the vehicle interior and including a facing portion extending in the intersecting direction and superimposed on the stepped portion from the vertical direction upper side, a joined portion extending toward the vertical direction upper side from one end of the facing portion in the intersecting direction; characterised in that the joined portion is joined to the joining portion by adhesion using adhesive and welding, and that the panel joining structure comprises a suspended portion extending toward a vertical direction lower side from the other end of the facing portion in the intersecting direction. a rocker inner panel constituting a vehicle-width-direction inner portion of a rocker provided in a floor side portion of a vehicle interior and including a stepped portion extending in an intersecting direction with a vertical direction, and a joining portion extending toward a vertical direction upper side from one end of the stepped portion in the intersecting direction; and a floor panel constituting a floor of the vehicle interior and including a facing portion extending in the intersecting direction and superimposed on the stepped portion from the vertical direction upper side, a joined portion extending toward the vertical direction upper side from one end of the facing portion in the intersecting direction; characterised in that the joined portion is joined to the joining portion by adhesion using adhesive and welding, and that the panel joining structure comprises a suspended portion extending toward a vertical direction lower side from the other end of the facing portion in the intersecting direction.
A method of detecting a fetal cell comprising the steps of a. Providing a maternal blood sample or a fraction thereof b. Fixating the cells of the maternal blood sample or the fraction thereof, c. Selectively lysing erythrocytes, and d. Contacting the fixated cells resulting from step c. with a ligand directed to an antigen encoded by a CD105 gene differentially expressed in fetal cells of a maternal blood sample. a. Providing a maternal blood sample or a fraction thereof b. Fixating the cells of the maternal blood sample or the fraction thereof, c. Selectively lysing erythrocytes, and d. Contacting the fixated cells resulting from step c. with a ligand directed to an antigen encoded by a CD105 gene differentially expressed in fetal cells of a maternal blood sample.
Optoelectronic semiconductor device with - a surface emitting semiconductor chip, - a first and a second resonator mirror forming a resonator (30, 11) for the electromagnetic radiation generated by the surface emitting semiconductor chip during operation of the semiconductor device, and - a first etalon disposed in the resonator (30, 11) as a frequency selective element for electromagnetic radiation generated by the surface emitting semiconductor chip, the first etalon comprising an etalon layer, characterized in that - the first etalon comprises a carrier (14, 25) and the etalon layer, the carrier (14, 25) forming a carrier of the etalon layer and at the same time a carrier (14, 25) for the second resonator mirror, and the carrier (14, 25) having a recess, the electromagnetic radiation passing through the recess and initially impinging on a deflecting element, - the etalon layer is formed by a glass pane which covers the surface of the support (14, 25) and which covers the recess, and - the carrier (14, 25) is a silicon carrier. - a surface emitting semiconductor chip, - a first and a second resonator mirror forming a resonator (30, 11) for the electromagnetic radiation generated by the surface emitting semiconductor chip during operation of the semiconductor device, and - a first etalon disposed in the resonator (30, 11) as a frequency selective element for electromagnetic radiation generated by the surface emitting semiconductor chip, the first etalon comprising an etalon layer, characterized in that - the first etalon comprises a carrier (14, 25) and the etalon layer, the carrier (14, 25) forming a carrier of the etalon layer and at the same time a carrier (14, 25) for the second resonator mirror, and the carrier (14, 25) having a recess, the electromagnetic radiation passing through the recess and initially impinging on a deflecting element, - the etalon layer is formed by a glass pane which covers the surface of the support (14, 25) and which covers the recess, and - the carrier (14, 25) is a silicon carrier.