mhurhangee/ep-ind-claims huggingface dataset:
Electromagnetic actuator comprising: - a ferromagnetic frame extending along a longitudinal direction and having a height along a vertical direction perpendicular to the longitudinal direction, - two electromagnetic coils (14, 16) disposed inside the frame, each comprising at least one winding (36, 38) around the longitudinal direction, - a ferromagnetic member arranged between the coils (14, 16), - a ferromagnetic plunger subject to a magnetic field generated by the coils (14, 16), the plunger being movable along the longitudinal direction and capable of being immobilized in three different longitudinal positions depending on the field generated by the coils (14, 16), wherein the ferromagnetic member is integral with the frame and has, along the vertical direction, a dimension greater than one sixth of the height of the frame, preferably greater than one fourth of said height, even more preferably greater than one third of said height, the ferromagnetic member being situated at a distance of less than one fourth of a space along the longitudinal direction between the two coils (14, 16), with respect to the median plane perpendicular to the longitudinal direction and situated halfway between the two coils (14, 16), so as to guide the magnetic flow created by the coils (14, 16) towards the frame, characterized in that the ferromagnetic member comprises at least one projection (46A, 46B, 48), the or each projection (46A, 46B, 48) being at least partially in contact with the frame. - a ferromagnetic frame extending along a longitudinal direction and having a height along a vertical direction perpendicular to the longitudinal direction, - two electromagnetic coils (14, 16) disposed inside the frame, each comprising at least one winding (36, 38) around the longitudinal direction, - a ferromagnetic member arranged between the coils (14, 16), - a ferromagnetic plunger subject to a magnetic field generated by the coils (14, 16), the plunger being movable along the longitudinal direction and capable of being immobilized in three different longitudinal positions depending on the field generated by the coils (14, 16),
An agricultural vehicle comprising a ladder, the ladder comprising: a first frame member and a second frame member, each frame member (142, 144) having an upper portion (146, 150) and a lower portion (148, 152); at least one foot support body operably connected to each of the frame members (142, 144); the upper portion of each frame member (146, 150) operably connected to a frame of the agricultural vehicle, the frame of the agricultural vehicle comprising a fore and an aft; and the ladder comprising a deployed position and an angled stowed position, wherein the angled stowed position comprises the first frame member being upward and rearward towards the aft of the frame of the agricultural vehicle, wherein the ladder further comprises a first pivot point and a second pivot point, the first pivot point interconnecting the first frame member and the frame of the agricultural vehicle, the second pivot point interconnecting the second frame member and the frame of the agricultural vehicle, characterized in that: the first pivot point is on a different axis than the second pivot point so that the first pivot point is misaligned relative to the second pivot point. a first frame member and a second frame member, each frame member (142, 144) having an upper portion (146, 150) and a lower portion (148, 152); at least one foot support body operably connected to each of the frame members (142, 144); the upper portion of each frame member (146, 150) operably connected to a frame of the agricultural vehicle, the frame of the agricultural vehicle comprising a fore and an aft; and the ladder comprising a deployed position and an angled stowed position, wherein the angled stowed position comprises the first frame member being upward and rearward towards the aft of the frame of the agricultural vehicle, wherein the ladder further comprises a first pivot point and a second pivot point, the first pivot point interconnecting the first frame member and the frame of the agricultural vehicle, the second pivot point interconnecting the second frame member and the frame of the agricultural vehicle, characterized in that: the first pivot point is on a different axis than the second pivot point so that the first pivot point is misaligned relative to the second pivot point.
A method for producing a pharmaceutical composition, the method comprising: (a) growing a non-sporulating form of a host bacterium that is genetically engineered to express a single type of nematicidal crystal protein, wherein the non-sporulating host bacterium produces bioactive nematicidal crystals formed from the single type of nematicidal crystal protein, wherein the host bacterium is grown in a growth medium; and (b) concentrating the non-sporulating host bacterium; (c) exposing the concentrated, non-sporulating host bacterium to an antimicrobial compound comprising terpene, hexane, or formaldehyde to inactivate the non-sporulating host bacterium; and (d) adding a food-grade oil to the inactivated non-sporulating host bacterium to extract the antimicrobial compound, soluble cell components, lipids, and cell wall debris from the nematicidal crystal protein. (a) growing a non-sporulating form of a host bacterium that is genetically engineered to express a single type of nematicidal crystal protein, wherein the non-sporulating host bacterium produces bioactive nematicidal crystals formed from the single type of nematicidal crystal protein, wherein the host bacterium is grown in a growth medium; and (b) concentrating the non-sporulating host bacterium; (c) exposing the concentrated, non-sporulating host bacterium to an antimicrobial compound comprising terpene, hexane, or formaldehyde to inactivate the non-sporulating host bacterium; and (d) adding a food-grade oil to the inactivated non-sporulating host bacterium to extract the antimicrobial compound, soluble cell components, lipids, and cell wall debris from the nematicidal crystal protein.
High-current plug connector (1, 1'), which is suitable for transmitting more than 25 A (amperes), for installing and/or mounting on a busbar of an electrical device and for mating with a mating plug connector and for transmitting electrical energy to the mating plug connector, wherein the high-current plug connector (1, 1') has the following: - an insulating body, which has a polarization element for defining the alignment of the mating plug connector on the insulating body and a coding element for preventing mismatings, characterized by: - a plug contact arranged in and/or on the insulating body and having a plug-in region and, opposite this, a connection region with a screw thread, - wherein the plug contact, by means of its screw thread, can be screwed into or onto a busbar of the electrical device for fastening and electrical contacting and - wherein the insulating body is at the same time held on the plug contact such that it is rotatable about a mating axis of the plug contact. - an insulating body, which has a polarization element for defining the alignment of the mating plug connector on the insulating body and a coding element for preventing mismatings, characterized by: - a plug contact arranged in and/or on the insulating body and having a plug-in region and, opposite this, a connection region with a screw thread, - wherein the plug contact, by means of its screw thread, can be screwed into or onto a busbar of the electrical device for fastening and electrical contacting and - wherein the insulating body is at the same time held on the plug contact such that it is rotatable about a mating axis of the plug contact. - a plug contact arranged in and/or on the insulating body and having a plug-in region and, opposite this, a connection region with a screw thread, - wherein the plug contact, by means of its screw thread, can be screwed into or onto a busbar of the electrical device for fastening and electrical contacting and - wherein the insulating body is at the same time held on the plug contact such that it is rotatable about a mating axis of the plug contact.
A device for protecting a submarine line, comprising: a tubular body adapted to receive the submarine line and to insert the tubular body in an opening in a first direction, the tubular body comprising a first end and a second end; and retention means (115, 201, 202) coupled to the tubular body; wherein the retention means (115, 201, 202) are adapted to be actuated in order to prevent the movement of the tubular body in the opening in a second direction by inserting the submarine line into the tubular body, the second direction being opposite the first direction; and wherein the retention means (115, 201, 202) are also adapted to enable the movement of the tubular body in the opening at least in the second direction in case the submarine line is not inserted in the tubular body. a tubular body adapted to receive the submarine line and to insert the tubular body in an opening in a first direction, the tubular body comprising a first end and a second end; and retention means (115, 201, 202) coupled to the tubular body; wherein the retention means (115, 201, 202) are adapted to be actuated in order to prevent the movement of the tubular body in the opening in a second direction by inserting the submarine line into the tubular body, the second direction being opposite the first direction; and wherein the retention means (115, 201, 202) are also adapted to enable the movement of the tubular body in the opening at least in the second direction in case the submarine line is not inserted in the tubular body.
A method, comprising: configuring, by a cloud-based route reflector (30, 330), a first cluster of nodes (50, 350, 355) in an autonomous system (AS1, AS2), wherein the nodes (50, 350, 355) of the first cluster are clients of the cloud-based route reflector (30, 330); determining whether any intra-cluster paths for a network address prefix are available in the first cluster of nodes (50, 350, 355); selecting a best intra-cluster path from one or more intra-cluster paths if one or more intra-cluster paths are determined to be available in the first cluster for the network address prefix; determining, if no intra-cluster paths for the network address prefix are available in the first cluster, whether any inter-cluster paths for the network address prefix are available in at least a second cluster of nodes (50, 350, 355) of the autonomous system (AS1, AS2); selecting a best inter-cluster path from one or more inter-cluster paths; and advertising the best path to one or more nodes (50, 350, 355) in the first cluster. configuring, by a cloud-based route reflector (30, 330), a first cluster of nodes (50, 350, 355) in an autonomous system (AS1, AS2), wherein the nodes (50, 350, 355) of the first cluster are clients of the cloud-based route reflector (30, 330); determining whether any intra-cluster paths for a network address prefix are available in the first cluster of nodes (50, 350, 355); selecting a best intra-cluster path from one or more intra-cluster paths if one or more intra-cluster paths are determined to be available in the first cluster for the network address prefix; determining, if no intra-cluster paths for the network address prefix are available in the first cluster, whether any inter-cluster paths for the network address prefix are available in at least a second cluster of nodes (50, 350, 355) of the autonomous system (AS1, AS2); selecting a best inter-cluster path from one or more inter-cluster paths; and advertising the best path to one or more nodes (50, 350, 355) in the first cluster.
A power tool comprising: a tool housing; an input unit actuated in response to an operator input; a motor assembly including a motor housed within the tool housing; a control unit including a controller programmable to control an operation of the motor and characterized by a decoder circuit configured to control a supply of power from a power source to the controller based on a status of the power source and a status of the input unit, the decoder circuit being configured to connect supply of power from the power source to the controller when the power tool is coupled to the power source prior to an engagement of the input unit, but disconnect the supply of power when the power tool is coupled to the power source after the engagement of the input unit. a tool housing; an input unit actuated in response to an operator input; a motor assembly including a motor housed within the tool housing; a control unit including a controller programmable to control an operation of the motor and characterized by a decoder circuit configured to control a supply of power from a power source to the controller based on a status of the power source and a status of the input unit, the decoder circuit being configured to connect supply of power from the power source to the controller when the power tool is coupled to the power source prior to an engagement of the input unit, but disconnect the supply of power when the power tool is coupled to the power source after the engagement of the input unit.
An air filter element (5, 5', 5", 105) comprising a first end and a second end located opposite to the first end in relation to a longitudinal direction of the air filter element, the air filter element being configured for axial insertion into a filter housing (20, 20'. 20", 120) with the first end leading the axial insertion, wherein the air filter element comprises a gripping structure (40, 40', 40", 140) at said second end, said gripping structure comprising an external surface accessible for interaction by a tool to facilitate removal of the air filter element from the filter housing, and being configured to, during insertion of the air filter element into the filter housing, radially align the air filter element in the filter housing, wherein the air filter element comprises a first end panel at the first end of the air filter element, and a second end panel at the second end of the air filter element, a first outlet located in the first end panel and being configured to communicate with a corresponding first housing outlet in the filter housing, and a second outlet located in the second end panel and being configured to communicate with a corresponding second housing outlet in the filter housing, wherein the gripping structure is integrated into the second end panel.
An anchorable medical device comprising an anchor having: a. a device attachment portion attaching the device to the anchor; b. a barb portion of an effective length so as to engage a lumen wall, in use; and c. a compression bearing portion positioned between the device attachment portion and the barb portion, the compression bearing portion being shaped so as to bear against a constraining means at a contact point, wherein the constraining means includes one or more sheaths and wherein the compression bearing portion includes a curved profile, and further being configured to affect separation between the barb portion and the constraining means while the device is in a constrained state such that the entire barb portion extends substantially parallel to the constraining means in that constrained state, the anchor being self-expandable such that the barb portion engages with a vessel wall upon removal of the constraining means. a. a device attachment portion attaching the device to the anchor; b. a barb portion of an effective length so as to engage a lumen wall, in use; and c. a compression bearing portion positioned between the device attachment portion and the barb portion,
Insulating packaging for thermal insulation and/or shock absorption, composed of one or a plurality of insulation cores of pressed straw and/or hay and at least one sheathing, characterized in that the insulation core, without any materially-integral connection between the individual blades of hay and/or straw, is configured so as to be dimensionally stable and shape-imparting; wherein the blades of hay and/or straw have a length from 0.5 cm to 50 cm and are present as a mixture of dissimilar lengths, without the fibres contained in the hay and/or straw being solubilized; the insulation core is surrounded completely by a vapour-permeable sheathing which is connected to the insulation core only by way of a form-fit without any additional connection elements; and the density of the insulating packaging is between 40 kg/m 3 and 250 kg/m 3.
An apparatus for implementing gasification of raw coal by combining a circulating fluidized bed and a pyrolysis bed, comprising: a circulating fluidized bed gasification furnace, a cyclone separator, a deposition chamber, a conveyor, a high-temperature air pipe, an oxygen pipe, a fly ash pipe, a slag pan, and a pyrolysis bed gasification furnace (301, 303) comprising a gas distribution body, and wherein the raw coal enters the circulating fluidized bed gasification furnace through the coal conveying pipe, an upper portion of the circulating fluidized bed gasification furnace is in communication with an upper portion of the cyclone separator via a first coal gas pipe, and the circulating fluidized bed gasification furnace comprises a gasification furnace chamber disposed on the upper portion thereof, characterized in that the apparatus also comprises a vapor pipe, and a top portion of the cyclone separator is in communication with a top portion of the deposition chamber via a second coal gas pipe; wherein a gas distributor is disposed in a middle portion of the circulating fluidized bed gasification furnace, and a first mixture gas distribution chamber is disposed on a lower portion thereof; the cyclone separator comprises a central cylinder disposed in a middle of the upper portion thereof, a bottom portion of the cyclone separator is floatingly disposed on the slag pan, a watertight seal is disposed between the slag pan and the bottom portion of the cyclone separator, the gas distribution body is disposed on the bottom portion of the cyclone separator and located on the slag pan, a second mixture gas distribution chamber is disposed between the slag pan and a lower portion of the gas distribution body; a lower portion of an inner cavity of the cyclone separator, the gas distribution body and the second mixture gas distribution chamber below the gas distribution body together constitute the pyrolysis bed gasification furnace; an oblique guide plate is disposed on an upper portion of the deposition chamber, and the conveyor is disposed on a bottom portion of the deposition chamber and is connected to the fly ash pipe; and wherein the high-temperature air pipe, the vapor pipe, the oxygen pipe and the fly ash pipe are in communication with the first mixture gas distribution chamber on the lower portion of the circulating fluidized bed gasification furnace, and the high-temperature air pipe, the vapor pipe, and the oxygen pipe are in communication with the second mixture gas distribution chamber disposed on the lower portion of the gas distribution body.
Lighting module (1; 61), comprising - a printed circuit board (2, 2a; 2, 2b), on which a plurality of semiconductor light sources (8; 8a, 8b) and electronic components (9, 10) are arranged, - wherein the semiconductor light sources (8; 8a, 8b) are arranged on an outer partial region of the printed circuit board (2, 2a; 2, 2b) and the electronic components (9, 10) are arranged on an inner partial region of the printed circuit board, - wherein a cover (15; 39; 41) arches over at least the semiconductor light sources (8; 8a, 8b) and the electronic components (9, 10), said cover being embodied as at least partly light-transmissive, - characterized in that the printed circuit board (2, 2a; 2, 2b) is ring-shaped and in that at least one channel is arranged at an inner side wall of the cover (15; 39; 41). - a printed circuit board (2, 2a; 2, 2b), on which a plurality of semiconductor light sources (8; 8a, 8b) and electronic components (9, 10) are arranged, - wherein the semiconductor light sources (8; 8a, 8b) are arranged on an outer partial region of the printed circuit board (2, 2a; 2, 2b) and the electronic components (9, 10) are arranged on an inner partial region of the printed circuit board, - wherein a cover (15; 39; 41) arches over at least the semiconductor light sources (8; 8a, 8b) and the electronic components (9, 10), said cover being embodied as at least partly light-transmissive, - characterized in that the printed circuit board (2, 2a; 2, 2b) is ring-shaped and in that at least one channel is arranged at an inner side wall of the cover (15; 39; 41).
Floor panel for forming a floor covering, comprising a first edge with a first coupling part and a second, opposite edge with a second coupling part, wherein the aforementioned coupling parts are configured such that they allow coupling two of such floor panels to each other and thus realizing a coupled condition on the respective edge; wherein the first coupling part is realized in the form of a tongue and the second coupling part is realized in the form of a groove, wherein said groove is bordered by an upper lip and a lower lip, wherein said tongue and groove, in coupled condition, form a tongue and groove connection which, at the respective edge, forms a locking between the coupled panels in a first direction perpendicular to the plane of the panels; wherein the lower lip protrudes beyond the free end of the upper lip; wherein the coupling parts each comprise a locking element, wherein said locking elements, in the coupled condition, counteract the moving apart of the tongue and groove in a second direction in the plane of the panels and perpendicular to the coupled edges and thus realize a locking between the coupled panels in the second direction; wherein the locking element of the first coupling part is provided on the lower side of the tongue and the locking element of the second coupling part is provided on the upper side of the lower lip and beyond the free end of the upper lip; and wherein the coupling parts are configured such that the locking elements of two of such panels can be brought one behind the other by means of a turning movement of the one panel in respect to the other; characterized in that the portion of the lower lip, which protrudes beyond the free end of the upper lip, has a length, as measured according to the direction in the plane of the panel and perpendicular to the edge, which is smaller than the thickness of the floor panel; in that the most upward-situated point of the locking element on the lower lip is situated at a distance, measured according to the direction perpendicular to the plane of the floor panel, of at least 1/3 times the thickness of the floor panel from the underside of the floor panel; in that the minimum thickness of the lower lip is maximum 1/4 times the thickness of the floor panel, wherein the lower lip reaches its minimum thickness between the free end of the upper lip and the locking element on the lower lip; in that the floor panel has a thickness situated between 9 and 15 millimeters; in that the locking angle formed by the locking elements is situated between 50 and 75 degrees; and in that the coupling parts are formed such that, when performing the turning movement, a snap effect occurs, in that the lower lip elastically deforms or bends during coupling, such that the groove opening is enlarged, and later springs back.