mhurhangee/ep-ind-claims huggingface dataset:
A mold (10; 10a) for strand-casting metals, the mold comprising a mold wall, a straight or curved longitudinal axis (11; 11a), the mold wall limiting inner cross-sectional areas (20; 20a to 20d) extending perpendicular to the longitudinal axis (11; 11a), an entry area and an exit area, the strand casting direction being from the entry area in the direction of the exit area, the cross-sectional areas (20; 20a to 20d) steadily decreasing from the entry area in the direction of the exit area, rounded corner portions (23; 23a to 23d), side walls (24; 24a to 24d; 36 to 39) disposed between the corner portions (23; 23a to 23d), the corner portions (23; 23a to 23d) having curved circumferential lines whose curvature has a local maximum in each case, and the curvature of the circumferential lines steadily decreasing, at least in sections, from the local maximum in the direction of the side walls (24; 24a to 24d; 36 to 39), characterized in that in the corner portions (23; 23a to 23d), the maximum of the curvatures of the cross-sectional areas (20; 20a to 20d) is constant between the entry area and the exit area, that the circumferential lines are formed by a first circular arc portion (32; 32a to 32d) with a first radius (r 1) in the area of the maximum of the curvature, that the circumferential lines have at least one second circular arc section (31; 31a to 31d) with a second radius (r 2) and at least one third circular arc section (33; 33a to 33d) with a third radius (r 3) between the first circular arc portion (32; 32a to 32d) and the side wall (24; 24a to 24d; 36 to 29) running toward it, the second and third circular arc sections (31; 31a to 31d, 33; 33a to 33d) adjoining the first circular arc section (32; 32a to 32d) and the side wall (24; 24a to 24d; 36 to 39), and that the distance between the first circular arc section (32; 32a to 32d) and the longitudinal axis (11; 11a) steadily decreases in the strand casting direction.
A device for measuring radioactive contamination in an individual, comprising a first detector shaped for measurement on a thyroid of the individual, and a second detector shaped for measurement on a thorax of the individual, characterized in that it comprises a portable device for supporting the first and second detectors, comprising: - a support crosspiece extending in a transverse direction, - at least one support foot, extending between a lower end intended to be placed on a floor, and an upper end carrying said support crosspiece, - a support member, carried by the crosspiece, comprising first and second parts movable relative to one another in a longitudinal direction perpendicular to the transverse direction, the first movable part carrying the first sensor, and the second movable part carrying the second sensor. - a support crosspiece extending in a transverse direction, - at least one support foot, extending between a lower end intended to be placed on a floor, and an upper end carrying said support crosspiece, - a support member, carried by the crosspiece, comprising first and second parts movable relative to one another in a longitudinal direction perpendicular to the transverse direction, the first movable part carrying the first sensor, and the second movable part carrying the second sensor.
A lumbar support device for a chair comprising: a member having a first portion separated from a second portion via a slit formed in the member, a slider mechanism, the slider mechanism having a slider that is moveable adjacent the slit from a first position to a second position, the first and second portions being attached to each other at the second position via the slider when the slider is in the second position and the first and second portions being unattached at the second position when the slider is moved from the second position to the first position. a member having a first portion separated from a second portion via a slit formed in the member, a slider mechanism, the slider mechanism having a slider that is moveable adjacent the slit from a first position to a second position, the first and second portions being attached to each other at the second position via the slider when the slider is in the second position and the first and second portions being unattached at the second position when the slider is moved from the second position to the first position.
A switch configuration (502, 503, 703, 703A, 803, 905, 905A-C, 1011, 1111-1114) for altering the topology of a photovoltaic installation, the configuration comprising: a switch having at least a first, second, and third terminal and at least a first and second position; and a means for actuating said switch; wherein: said second terminal is configured to connect to an electrode of an installed PV string; in said first position said first terminal is directly or indirectly connected to said second terminal, in said first position said third terminal is electrically disconnected from said first terminal and said second terminal; in said second position said first terminal is directly or indirectly connected to said third terminal; and said means for actuating is triggered by a current change in at least one of said first, second, or third terminals.
A urine analysis device for bed side monitoring of a patient, comprising: an inlet sized and shaped for fluid communication with a urine collecting tube that is adapted to receive urine from a patient; a drip chamber through which the urine can flow towards an outlet; at least one illuminating source for illuminating each drop of urine during its fall through said drip chamber, said illuminating source is adapted to project light in a perpendicular direction to a falling direction of said each drop; a sensor that is configured to capture at least one image of said each drop during its fall through said drip chamber, wherein said sensor comprises a camera positioned on an opposite side of said drop chamber from said illuminating source; a timing mechanism for measuring a reference time for each drop; a program store configured to store code; and a hardware processor coupled to the program store for implementing the stored code, the code comprising: code to estimate a volume of said each drop by analyzing said at least one image to calculate a plurality of cross sectional areas for a plurality of different parts of the drop; code to calculate a urine output flow rate of the urine output flowing through the chamber according to the estimated volume of each drop of the urine and the reference time for each drop; code to calculate and update in real-time, at bedside, a trend in said urine output flow rate which is identified according to a least square regression analysis conducted using a sliding window of a predefined number of urine output flow rate measurements of said patient; code to predict a future urine output flow rate based on said calculated trend; and code to output the urine output flow rate, said calculated trend and said predicted future output flow rate to be dynamically displayed in real-time. code to estimate a volume of said each drop by analyzing said at least one image to calculate a plurality of cross sectional areas for a plurality of different parts of the drop; code to calculate a urine output flow rate of the urine output flowing through the chamber according to the estimated volume of each drop of the urine and the reference time for each drop; code to calculate and update in real-time, at bedside, a trend in said urine output flow rate which is identified according to a least square regression analysis conducted using a sliding window of a predefined number of urine output flow rate measurements of said patient; code to predict a future urine output flow rate based on said calculated trend; and code to output the urine output flow rate, said calculated trend and said predicted future output flow rate to be dynamically displayed in real-time.
Free roaming crate comprising at least two door side walls (5.1), one rear wall (5.2), one front wall (5.3), and two swivel mechanisms, whereby each of these swivel mechanisms comprises at least one mounting frame with a base axis (2.2), on which at least one arm (2.1) is arranged, and one door mechanism, which has at least one door element (3.1) with an axis of rotation (3.2), whereby this axis of rotation (3.2) is arranged parallel to the base axis (2.2), and the door mechanism is arranged for swivel-mounting on the mounting frame and the door mechanism has a swivel lock (3.3), which enables the door element (3.1) to be locked in different positions, whereby at least three different variations of the floor area of the free roaming crate accessible by the sow result: - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the side wall (5.1) and lock the particular swivel lock (3.3), the sow is able to move freely without restriction in the free roaming crate, and the free roaming crate is closed to the outside, but open on the Inside for the sow, - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the standing sow, the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the sow nevertheless has limited freedom of movement in the free roaming box, - when the two swivel mechanisms with the door mechanism are positioned diagonal to or at an angle with respect to and on the side wall (5.1) and the standing sow, the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the standing sow is held diagonally in position in the free roaming crate. - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the side wall (5.1) and lock the particular swivel lock (3.3), the sow is able to move freely without restriction in the free roaming crate, and the free roaming crate is closed to the outside, but open on the Inside for the sow, - when the two swivel mechanisms with the door mechanism are positioned parallel to and on the standing sow, the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the sow nevertheless has limited freedom of movement in the free roaming box, - when the two swivel mechanisms with the door mechanism are positioned diagonal to or at an angle with respect to and on the side wall (5.1) and the standing sow, the two door mechanisms are connected to each other, and the particular swivel lock (3.3) is not locked, the standing sow is held diagonally in position in the free roaming crate.
A system for implanting a membrane, comprising: a body guide wire, a guide core, movably sleeved on the body guide wire, and a catheter, for releasably holding a membrane, the catheter is movably sleeved outside of the guide core, and wherein the membrane comprises a body portion, formed into a tubular structure, and at least one branch portion, connected to the body portion, wherein the system further comprises a branch guide wire, passed into the branch portion, characterized in that the system further comprises an adjusting mechanism for adjusting the axial position of the membrane released by the catheter, the adjusting mechanism being detachably connected with the membrane, wherein the adjusting mechanism comprises a limiting knot, arranged on the branch guide wire, a limiting hole, located in front of the limiting knot and formed in the branch portion, and wherein the size of the limiting knot is larger than the size of the limiting hole. a body guide wire, a guide core, movably sleeved on the body guide wire, and a catheter, for releasably holding a membrane, the catheter is movably sleeved outside of the guide core, and wherein the membrane comprises a body portion, formed into a tubular structure, and at least one branch portion, connected to the body portion, wherein the system further comprises a branch guide wire, passed into the branch portion, characterized in that the system further comprises an adjusting mechanism for adjusting the axial position of the membrane released by the catheter, the adjusting mechanism being detachably connected with the membrane, wherein the adjusting mechanism comprises a limiting knot, arranged on the branch guide wire, a limiting hole, located in front of the limiting knot and formed in the branch portion, and wherein the size of the limiting knot is larger than the size of the limiting hole.
Turn-tilt window, comprising a. a fixed window frame and a sash having a sash frame movable relative thereto about a tilt axis (X-axis) into a tilt position and about an axis of rotation (Y-axis) perpendicular to the tilt axis (X-axis) into a turn position, b. wherein the window frame and the sash frame each have two horizontally and two vertically alignable frame spars (201-204; 301-304), and c. a fitting assembly which has a turn-tilt fitting and also a device for limiting the tilt angle when opening the sash about the tilt axis, d. and an adjusting device for switching at least between a turn opening and a tilt opening of the sash, e. wherein the adjusting device has a single handle, wherein the handle serves on the one hand to fix the sash in the window frame and wherein the handle also serves to switch the fitting assembly between this first position - a closed position -, a second position - the tilt position - and a third position - the turn position -, and wherein the handle is also used to move the sash relative to the window frame into these positions, characterized in that f. the device for limiting the tilt angle has two link assemblies (47, 48) between the window frame and the sash frame, g. wherein one of the link assemblies is arranged on the side of the axis of rotation between the window frame and the sash frame, and wherein one of the link assemblies is arranged on an opposite side of the sash frame between the window frame and the sash frame, and h. wherein the two link assemblies can each be detached from the sash in different ways for turn opening. a. a fixed window frame and a sash having a sash frame movable relative thereto about a tilt axis (X-axis) into a tilt position and about an axis of rotation (Y-axis) perpendicular to the tilt axis (X-axis) into a turn position, b. wherein the window frame and the sash frame each have two horizontally and two vertically alignable frame spars (201-204; 301-304), and c. a fitting assembly which has a turn-tilt fitting and also a device for limiting the tilt angle when opening the sash about the tilt axis, d. and an adjusting device for switching at least between a turn opening and a tilt opening of the sash, e. wherein the adjusting device has a single handle, wherein the handle serves on the one hand to fix the sash in the window frame and wherein the handle also serves to switch the fitting assembly between this first position - a closed position -, a second position - the tilt position - and a third position - the turn position -, and wherein the handle is also used to move the sash relative to the window frame into these positions, f. the device for limiting the tilt angle has two link assemblies (47, 48) between the window frame and the sash frame, g. wherein one of the link assemblies is arranged on the side of the axis of rotation between the window frame and the sash frame, and wherein one of the link assemblies is arranged on an opposite side of the sash frame between the window frame and the sash frame, and h. wherein the two link assemblies can each be detached from the sash in different ways for turn opening.
Receiver device (Rx1_a, Rx1_b, Rx1_c, Rx1_d) for a wavelength self-seeding optical transmission system, designed to receive an optical signal (λ1) emitted by a transmitter device of the same system, the transmitter device comprising a light source for emission of the optical signal, the optical signal being transmitted by a WDM PON or point-to-point optical network, a wavelength of the optical signal being seeded by means of a round trip of the optical signal between the transmitter device and an optical reflector, the receiver device being characterized in that it comprises: • an optical amplifier (Amp_a, Amp_b, Amp_c, Amp_d) for amplifying the optical signal received from the transmitter device through the WDM or point-to-point optical network; • an optical detector (D_b, D_d) designed to detect data in the optical signal amplified by said optical amplifier; and • the optical reflector (Ref_a, Ref_b), configured for reflecting the optical signal amplified by said optical amplifier toward the transmitter device through the WDM or point-to-point optical network, for the wavelength seeding of the optical signal. • an optical amplifier (Amp_a, Amp_b, Amp_c, Amp_d) for amplifying the optical signal received from the transmitter device through the WDM or point-to-point optical network; • an optical detector (D_b, D_d) designed to detect data in the optical signal amplified by said optical amplifier; and • the optical reflector (Ref_a, Ref_b), configured for reflecting the optical signal amplified by said optical amplifier toward the transmitter device through the WDM or point-to-point optical network, for the wavelength seeding of the optical signal.
An Infra-Red source comprising a resistive heater made from a CMOS usable metal on a dielectric membrane fabricated in a CMOS process followed by a back etch, characterised in that the IR source comprises a patterned metal layer on top of the resistive heater to improve IR emission.
A method for enhancing a user viewing experience, the method comprising: logging user behavior of a population of users who consume a second media asset after a first media asset; analyzing the log to identify a portion of the second media asset corresponding to fast-forward behavior by a threshold number of users in the population; comparing the second media asset to the first media asset to determine whether the portion of the second media asset matches content from the first media asset; in response to determining that the portion of the second media asset matches content from the first media asset, editing the second media asset to remove the portion; and generating for display the edited second media asset. logging user behavior of a population of users who consume a second media asset after a first media asset; analyzing the log to identify a portion of the second media asset corresponding to fast-forward behavior by a threshold number of users in the population; comparing the second media asset to the first media asset to determine whether the portion of the second media asset matches content from the first media asset; in response to determining that the portion of the second media asset matches content from the first media asset, editing the second media asset to remove the portion; and generating for display the edited second media asset.
An apparatus for forming a cosmetic product, in particular a lipstick mine, consisting of at least two pasty masses (a, b), the apparatus comprising: a flexible mold; a flexible core adapted to be moved into the flexible mold and to be arranged in a first position at least partially inside the flexible mold and to be arranged in a second position outside the flexible mold, wherein the flexible core is hollow; and a rigid mandrel adapted to be moved at least partially into the flexible core. a flexible mold; a flexible core adapted to be moved into the flexible mold and to be arranged in a first position at least partially inside the flexible mold and to be arranged in a second position outside the flexible mold, wherein the flexible core is hollow; and a rigid mandrel adapted to be moved at least partially into the flexible core.
A light emitting device, comprising: a light emitting structure including a first conductive type semiconductor layer, an active layer, and a second conductive type semiconductor layer; a conductive layer having a first conductive portion that passes through the second conductive type semiconductor layer and the active layer to contact the first conductive type semiconductor layer; an insulation layer having a first insulation portion that surrounds the first conductive portion of the conductive layer; further comprising a current blocking layer (140, 145, 147) that surrounds the first insulation portion of the insulation layer, the first insulation portion being provided between the current blocking layer (140, 145, 147) and the first conductive portion, characterized in that the current blocking layer (140, 145, 147) is provided in a circumference region of the insulation layer, and the entire current blocking layer (140, 145, 147) being disposed exclusively in either the second conductive type semiconductor layer or the first conductive type semiconductor layer. a light emitting structure including a first conductive type semiconductor layer, an active layer, and a second conductive type semiconductor layer; a conductive layer having a first conductive portion that passes through the second conductive type semiconductor layer and the active layer to contact the first conductive type semiconductor layer; an insulation layer having a first insulation portion that surrounds the first conductive portion of the conductive layer; further comprising a current blocking layer (140, 145, 147) that surrounds the first insulation portion of the insulation layer, the first insulation portion being provided between the current blocking layer (140, 145, 147) and the first conductive portion, characterized in that the current blocking layer (140, 145, 147) is provided in a circumference region of the insulation layer, and the entire current blocking layer (140, 145, 147) being disposed exclusively in either the second conductive type semiconductor layer or the first conductive type semiconductor layer.
Method for producing an implant by means of a composite powder having microstructured particles having inhibiting calcium carbonate, wherein initially the composite powder is obtained by bonding large particles to small particles, wherein - the large particles have a mean particle diameter in the range of 0.1 μm to 10 mm, - the large particles comprise at least one polymer, - the small particles are arranged on the surface of the large particles and/or are non-homogeneously spread within the large particles, - the small particles comprise calcium carbonate particles, - the small particles have a mean particle size in the range of 0.01 μm to 1.0 mm, and wherein the implant is subsequently formed by selective laser sintering of a composition comprising the composite powder, characterised in that the small particles are obtained by coating calcium carbonate particles with a composition which, in each case based on its total weight, comprises a mixture of at least 0.1 wt. % of at least one calcium complexing agent and/or at least one conjugated base which is an alkali metal salt or calcium salt of a weak acid, together with at least 0.1 wt. % of at least one weak acid. - the large particles have a mean particle diameter in the range of 0.1 μm to 10 mm, - the large particles comprise at least one polymer, - the small particles are arranged on the surface of the large particles and/or are non-homogeneously spread within the large particles, - the small particles comprise calcium carbonate particles, - the small particles have a mean particle size in the range of 0.01 μm to 1.0 mm,