mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for cutting off small intestines from an isolated, unprocessed set of intestines and stomach of a mammal, the apparatus comprising: - a charge surface; - a fixation device arranged at an edge of said charge surface and for fixating a first end of a small intestine; - a discharger mechanism; - a pull-advance mechanism for pulling a second, free end of a small intestine from a position at the fixation device to the discharger mechanism; - and a cutter head, wherein the cutter head and said pull-advance mechanism are provided on a rack such that said cutter head is moveable at least in a direction towards/away from the fixation device. - a charge surface; - a fixation device arranged at an edge of said charge surface and for fixating a first end of a small intestine; - a discharger mechanism; - a pull-advance mechanism for pulling a second, free end of a small intestine from a position at the fixation device to the discharger mechanism; - and a cutter head, wherein the cutter head and said pull-advance mechanism are provided on a rack such that said cutter head is moveable at least in a direction towards/away from the fixation device.
A composition for degrading organic matter, comprising a mixture of: (a) Bacillus subtilis, Bacillus amyloliquefaciens, Bacillus licheniformis, and Bacillus pumilus, wherein the Bacillus subtilis, Bacillus amyloliquefaciens, Bacillus licheniformis, and Bacillus pumilus in the mixture are each individually aerobically fermented, harvested, dried, and ground to produce a powder having a mean particle size of about 200 microns, with greater than about 60% of the mixture in the size range between 100 - 800 microns and either: (b) Pediococcus acidilactici, Pediococcus pentosaceus and Lactobacillus plantarum, wherein the Pediococcus acidilactici, Pediococcus pentosaceus and Lactobacillus plantarum in the mixture are each individually anaerobically fermented, harvested, dried, and ground to produce a powder having a mean particle size of about 200 microns, with greater than about 60% of the mixture in the size range between 100 - 800 microns; or (c) Bacillus megaterium, Bacillus coagulans, and Paenibacillus polymyxa wherein the Bacillus megaterium, Bacillus coagulans, and Paenibacillus polymyxa in the mixture are each individually aerobically fermented, harvested, dried, and ground to produce a powder having a mean particle size of about 200 microns, with greater than 60% of the mixture in the size range between 100-800 microns, wherein the composition upon addition to water fully disperses. (a) Bacillus subtilis, Bacillus amyloliquefaciens, Bacillus licheniformis, and Bacillus pumilus, wherein the Bacillus subtilis, Bacillus amyloliquefaciens, Bacillus licheniformis, and Bacillus pumilus in the mixture are each individually aerobically fermented, harvested, dried, and ground to produce a powder having a mean particle size of about 200 microns, with greater than about 60% of the mixture in the size range between 100 - 800 microns and either: (b) Pediococcus acidilactici, Pediococcus pentosaceus and Lactobacillus plantarum, wherein the Pediococcus acidilactici, Pediococcus pentosaceus and Lactobacillus plantarum in the mixture are each individually anaerobically fermented, harvested, dried, and ground to produce a powder having a mean particle size of about 200 microns, with greater than about 60% of the mixture in the size range between 100 - 800 microns; or (c) Bacillus megaterium, Bacillus coagulans, and Paenibacillus polymyxa wherein the Bacillus megaterium, Bacillus coagulans, and Paenibacillus polymyxa in the mixture are each individually aerobically fermented, harvested, dried, and ground to produce a powder having a mean particle size of about 200 microns, with greater than 60% of the mixture in the size range between 100-800 microns,
An ambience lighting system for a display device, comprising: at least one light source mounted at the periphery or at the rear side of the display device adapted to emit an ambience light onto a wall behind the display device, an input means adapted to receive color information indicating the color of the wall, wherein the input means is adapted to be manually operated by a user which, during a setup phase of the ambience lighting system, selects the color of the wall, and a processor adapted to adjust the color of the emitted ambience light to the received color information of the wall to match the light reflected from the wall towards a viewing area of the display device with the screen colors of the display device.
An integrated device, comprising: chalcogenide material comprising antimony, tellurium and germanium; an electrically conductive material over the chalcogenide material; and a thermal sink between the electrically conductive material and the chalcogenide material, the thermal sink being directly against the conductive material and the chalcogenide material; the thermal sink comprising a composition that includes antimony and an element in common with the electrically conductive material. chalcogenide material comprising antimony, tellurium and germanium; an electrically conductive material over the chalcogenide material; and a thermal sink between the electrically conductive material and the chalcogenide material, the thermal sink being directly against the conductive material and the chalcogenide material; the thermal sink comprising a composition that includes antimony and an element in common with the electrically conductive material.
A method of remotely stopping a crack in an internal component of a gas turbine engine, the method comprising: inserting a repair tool configured to be inserted through an access port of the gas turbine engine, said repair tool comprising an attachment mechanism and a working head, within the gas turbine engine; positioning the working head adjacent to a crack defined on a surface of the internal component, wherein the crack defines a base; temporarily securing the working head to the internal component being repaired adjacent to the crack defined within the surface of the component via the attachment mechanism of the repair tool; and locally heating the base of the crack by means of a heating component included in the working head. inserting a repair tool configured to be inserted through an access port of the gas turbine engine, said repair tool comprising an attachment mechanism and a working head, within the gas turbine engine; positioning the working head adjacent to a crack defined on a surface of the internal component, wherein the crack defines a base; temporarily securing the working head to the internal component being repaired adjacent to the crack defined within the surface of the component via the attachment mechanism of the repair tool; and locally heating the base of the crack by means of a heating component included in the working head.
Method for large-scale processing of biomass, in which the biomass is subjected to at least one comminution step, wherein the at least one comminution step is carried out by means of a water cutter operated with a liquid, wherein biomass is metered into the water cutter in a feed step by means of a feed apparatus, which has a conveyor spindle or conveyor screw, which, in order to hold together the biomass and to adapt its cross section to the clear width of the cutting device of the water cutter, is enclosed on all sides, at least in its output-side end region, by a guide surface in the form of a cylinder or cone, wherein the water cutter is arranged at the output end of the feed apparatus and cooperates with at least one mating cutter formed at the output end of the feed apparatus, wherein a mixture of comminuted biomass and liquid formed in the comminution step is fed to a washing apparatus and the liquid is separated out mechanically from the mixture of comminuted biomass and liquid, or the biomass is comminuted after the washing and the comminuted biomass or the mixture of comminuted biomass and liquid is processed further, i.e. dewatered mechanically, in particular in a press.
Mobile waste collection unit for container (100, 110, 120, 130) buried or semi-buried type, this unit comprising motor means, a cabin, and a box defining at least a storage compartment (12, 13) of collected waste, this unit further comprising waste suction means in the direction of the or each storage compartment (12, 13), this suction means having a rigid and tubular suction member movable between an advanced position for collecting, wherein it is adapted to suck the waste received in the container (100, 110, 120, 130), and a retracted position, this rigid and tubular suction member can be moved between these two advanced and retracted positions on a single translational movement (arrow F1), substantially along its main vertical axis, said axis being orthogonal to the base of said cabin, said rigid suction member being formed of a plurality of coaxial cylindrical drums (18 1, 18 2) in which a first and a second cylindrical drums (18 1, 18 2) are rigid, said second cylindrical drum (18 2) being capable of being retracted into said first cylindrical drum (18 1) in said retracted position, characterized in that the tubular suction member is integrated into the floor grip of said box of generally parallelepiped shape, the grip being defined by the sides of said box seen from above, both in its advanced and retracted position, in said retracted position said first and second cylindrical drums (18 1, 18 2) are completely housed in said box, said second cylindrical drum (18 2) being capable of being unfolded relative to said first cylindrical drum (18 1) in said advanced position wherein said first cylindrical drum (18 1) remains fully housed in said box, said second cylindrical drum (18 2) unfolded relative to said first cylindrical drum (18 1) in said advanced position is designed to penetrate at least partially into the interior volume of said container (100, 110, 120, 130), said mobile unit comprising a single junction crank member between said suction member and the or each storage compartment (12, 13) releasably connected to the suction member.
: A power storage device (1, 103) comprising: a plurality of battery lines (L1-L8), each battery line (L1 to L8) comprising a plurality of battery cells arranged in a first direction; and a connection terminal unit (91, 91a, 91b) electrically connected to terminal faces of each battery cell of a group of the battery cells, wherein the group of the battery cells is disposed in a second direction, and wherein at least one first cut out and at least one second cut out is formed in the connection terminal unit (91, 91a, 91b), the first cut out being formed from an edge of the connection terminal unit (91, 91a, 91b) in a direction perpendicular to a longitudinal direction of the connection terminal unit (91, 91a, 91b), and the second cut out being formed within the connection terminal unit (91, 91a, 91b) at intervals along a longitudinal direction of the connection terminal unit (91, 91a, 91b). a plurality of battery lines (L1-L8), each battery line (L1 to L8) comprising a plurality of battery cells arranged in a first direction; and a connection terminal unit (91, 91a, 91b) electrically connected to terminal faces of each battery cell of a group of the battery cells,
A method for the movement control and/or movement regulation of a spreading apparatus for spreading liquid and/or solid active agents, which spreading apparatus comprises a spreading boom with a middle part and lateral cantilever arms, the spreading boom being arranged at a self-propelled or towed vehicle and being mounted to be pivotable about a suspension point approximately parallel to a driving direction, wherein the middle part is coupled by way of at least one regulatable adjustment device to a body section or frame section and/or to a rigidly or movably mounted support section of the vehicle, wherein the regulatable adjustment device is equipped with at least one sensor element (54, 54a, 54b, 54c, 64), which detects adjustment forces and/or adjustment movements or, as the case may be, relative movements occurring between the middle part of the spreading apparatus and the support section, body section, or frame section (13, 11), wherein the sensor element (54, 54a, 54b, 54c) detects movements of the adjustment device and/or adjustment forces acting on the adjustment device between the support section, body section, or frame section (13, 11) and the linkage at the middle part and therefrom generates an output signal for controlling the adjustment device, and wherein the adjustment device produces a largely adjustment-force-free mechanical connection in a first operating mode, in which the spreading boom is to the greatest possible extent decoupled from torques about the swivel axis through the suspension point, which torques result from vehicle movements about the longitudinal vehicle axis, and, in a second operating mode or, as the case may be, in an adjustment mode, transmits, largely independently of disturbance torques resulting from vehicle movements, a defined adjustment force and/or a defined adjustment torque between the middle part and the support section, body section, or frame section (13, 11) for the purpose of swivelling the spreading boom in relation to the support section, body, or frame.
A container, intended for packaging a product, comprising: - a bottom; - a lateral wall delimiting an interior volume, where the lateral wall extending upward from the bottom up to an annular end delimiting an opening for access to the interior volume; where the container has a closed configuration and is characterized in that it further comprises two distinct protrusions (2a, 2b) in order to get the closed configuration, wherein the two protrusions (2a, 2b) are simultaneously: - projecting opposite the bottom, from the annular end of the lateral wall; and - sealed to each other so as to form a sealing zone (Z; Z1, Z2) in order to hermetically close said opening; where the container has two gripping portions (4, 5), distributed on the two protrusions (2a, 2b), where each of the gripping portions (4, 5) is arranged outside of the sealing zone (Z; Z1, Z2). - a bottom; - a lateral wall delimiting an interior volume, where the lateral wall extending upward from the bottom up to an annular end delimiting an opening for access to the interior volume; where the container has a closed configuration and is characterized in that it further comprises two distinct protrusions (2a, 2b) in order to get the closed configuration, wherein the two protrusions (2a, 2b) are simultaneously: - projecting opposite the bottom, from the annular end of the lateral wall; and - sealed to each other so as to form a sealing zone (Z; Z1, Z2) in order to hermetically close said opening; - projecting opposite the bottom, from the annular end of the lateral wall; and - sealed to each other so as to form a sealing zone (Z; Z1, Z2) in order to hermetically close said opening; where the container has two gripping portions (4, 5), distributed on the two protrusions (2a, 2b), where each of the gripping portions (4, 5) is arranged outside of the sealing zone (Z; Z1, Z2).
Assembly formed by an adapter forming attaching means of a wiper blade on a drive arm of a wiper system, and a support bracket positioned in extremity of said arm and arranged to form a housing for said adapter in its operating position, said bracket having support means (11a, 11b) for supporting the adapter, the adapter comprising a body cooperating with said support means (11a, 11b), assembly in which the bracket and the adapter have a substantially parallelepiped shape and in which the support means of the bracket are slides (11a, 11b) on which stand lateral faces (22a, 22b) of the adapter, said bracket comprising, on one of its support means at least one locking device in translation of said adapter in its movement towards its operating position, said device being protrude with respect to said support means, and said adaptor comprising at least one means forming abutment being protrude with respect to said body, able to cooperate with said locking device in the case where the adaptor is not shaped for being mounted on said bracket and able to allow the translation of the adaptor until its operational position in the case where said adaptor is shaped for being mounted on said bracket, the assembly being characterized in that at least one of the lateral faces of the adaptor comprises an extension forming abutment extending below the level of said slides (11a, 11b).
A method for obtaining collaboration services offered by multiple networks comprising: connecting a call with a first autonomous network; joining said call to a second autonomous network; receiving collaboration services from said first and second autonomous networks; characterized in that, the method is further comprising: receiving information about endpoints connected to said first and second autonomous networks; and adding or deleting one or more of said endpoints to the call. connecting a call with a first autonomous network; joining said call to a second autonomous network; receiving collaboration services from said first and second autonomous networks; characterized in that, the method is further comprising: receiving information about endpoints connected to said first and second autonomous networks; and adding or deleting one or more of said endpoints to the call. receiving information about endpoints connected to said first and second autonomous networks; and adding or deleting one or more of said endpoints to the call.
A fastener ring (1a, 1b) for fastening to a rod (201a, 202b) on a support (200a, 200b), which fastener ring comprises both a body (2a, 2b) through which an axial orifice passes that serves to receive said rod (201a, 202b), and flexible tabs (4, 5, 6) extending radially from the body (2a, 2b) towards the main axis of said axial orifice and serving to co-operate with said rod (201a, 202b) to hold it stationary axially relative to said fastener ring (1a, 1b), said fastener ring being characterized in that said flexible tabs (4, 5, 6) include a set of star-shaped tabs, each of which comprises a tongue secured to said body (2a, 2b), and extended by a star-shaped head made up of a rounded radial tip and of two radially rounded side cheeks remote from said body (2a, 2b), the width of said tongue being less than the maximum width of said star-shaped head as measured between the furthest apart edges of its side cheeks.
Method for determining the speed of vehicles which pass an acquisition unit, wherein the speed of the passing vehicles is measured by means of a measuring device and in the event that, for a vehicle, the measured value of the speed exceeds a predefined maximum speed, a digital image recording and processing device is made to record a first image and, following a temporal spacing (ΔT), a second image of said vehicle, in order to calculate a calculated value of the speed by reading out the image information of said two images (11, 12), so that the measured value can be compared with the calculated value and checked for plausibility, wherein the temporal spacing (ΔT) is predefined as a function of the measured value of the speed, characterised in that, for determining the calculated value of the speed, only a part of the image information contained in the first image and the entirety of the image information contained in the second image is read out.
Radio device with at least a first and second general-purpose processor (13, 30), an encoding unit and a first and second digital signal processor (17, 35) and a field-programmable gate array, wherein the radio device comprises an encoding signal path and a non-encoding signal path, characterised in that the non-encoding signal path runs from the interface circuit via the first digital signal processor and the encoding unit directly to the modulation unit, in that the non-encoding signal path comprises a processing unit which passes on signals and by monitoring prevents invalid or undesired signals being transmitted, in that the encoding unit in the encoding signal path comprises an encoding useful data processing unit and in that the encoding signal path carries out waveformspecific processing steps.
A reverse recovery current prevention device, which comprises: a full wave rectifier having a plurality of diodes (D2a to D2d) and being configured to rectify a power source voltage from an alternating current power source connected to a first input terminal and a second input terminal of the full wave rectifier; a first diode having an anode terminal connected to the first input terminal of the full wave rectifier; a second diode having an anode terminal connected to the second input terminal of the full wave rectifier; and a switch part configured to open or short an electrical circuit between a negative-side output terminal of the full wave rectifier and each of the cathode terminals of the first diode and the second diode, the switch part being connected between the negative-side output terminal and each of the cathode terminals; characterized by a switch control unit configured to prohibit the switch part from shorting the electrical circuit between the negative-side output terminal and each of the cathode terminals in a case where the voltage between the negative-side output terminal and each of the cathode terminals is at or above a threshold to cause a state between the negative-side voltage terminal of the full wave rectifier and the cathode terminals of the first diode and the second diode to be electrically open while the input current is flowing to the full wave rectifier. a full wave rectifier having a plurality of diodes (D2a to D2d) and being configured to rectify a power source voltage from an alternating current power source connected to a first input terminal and a second input terminal of the full wave rectifier; a first diode having an anode terminal connected to the first input terminal of the full wave rectifier; a second diode having an anode terminal connected to the second input terminal of the full wave rectifier; and a switch part configured to open or short an electrical circuit between a negative-side output terminal of the full wave rectifier and each of the cathode terminals of the first diode and the second diode, the switch part being connected between the negative-side output terminal and each of the cathode terminals; characterized by a switch control unit configured to prohibit the switch part from shorting the electrical circuit between the negative-side output terminal and each of the cathode terminals in a case where the voltage between the negative-side output terminal and each of the cathode terminals is at or above a threshold to cause a state between the negative-side voltage terminal of the full wave rectifier and the cathode terminals of the first diode and the second diode to be electrically open while the input current is flowing to the full wave rectifier.
A monolithic refractory (201, 205, 207a, 207b) comprising a low-carbon refractory material having a total carbon content of less than 1 wt. %, characterised in that the low-carbon refractory material comprises an inorganic binder and at least 97 wt. % of a zirconia component, wherein the zirconia component is selected from fused zirconia, zirconia grain, fused zirconia grain, zirconia powder or any combination thereof.
A Field Effect Transistor with a two-dimensional channel comprising a lateral heterostructure consisting in the intercalation of mono- or multi-atomic layer graphene domains and hexagonal boron-carbon-nitride domains, and with one or multiple gates, wherein said hexagonal boron-carbon-nitride domains are arranged to act as a barrier for charge carriers in said channel.