mhurhangee/ep-ind-claims huggingface dataset:
Semi-block for modular construction comprising: two main faces, designated as inner main face and outer main face; two side faces, left and right, and two end faces, upper and bottom, referred to as contact faces (11, 21); wherein when the semi-block is fitted in with another identical semi-block by the respective contact faces (11, 21), the main faces of the semi-blocks form a contiguous surface; and wherein each of the contact faces comprises a fitting with a protrusion with a ramp and a fitting with a recess with a ramp, so that the protrusion ramp is in contact with the recess ramp of the other identical semi-block, when the semi-block is fitted in with the other identical semi-block; and wherein, the inner face comprises one or more fittings for fitting in with yet another identical semi-block by the respective inner main faces, so as to form a block with the yet another identical semi-block; characterised in that the fittings of the contact faces have a 90° rotational symmetry on a central axis perpendicular to the main face. two main faces, designated as inner main face and outer main face; two side faces, left and right, and two end faces, upper and bottom, referred to as contact faces (11, 21); wherein when the semi-block is fitted in with another identical semi-block by the respective contact faces (11, 21), the main faces of the semi-blocks form a contiguous surface; and wherein each of the contact faces comprises a fitting with a protrusion with a ramp and a fitting with a recess with a ramp, so that the protrusion ramp is in contact with the recess ramp of the other identical semi-block, when the semi-block is fitted in with the other identical semi-block; and wherein, the inner face comprises one or more fittings for fitting in with yet another identical semi-block by the respective inner main faces, so as to form a block with the yet another identical semi-block; characterised in that the fittings of the contact faces have a 90° rotational symmetry on a central axis perpendicular to the main face.
An optical filtering structure consisting of a set of at least two elementary optical filters (R, V, B), an elementary optical filter being centered on an optimum transmission frequency, comprising a stack of n metal layers (m1, m2, m3) and of n substantially transparent layers (d1, d2, d3) which alternate between a first metal layer and an n th substantially transparent layer, each of the n metal layers (m1, m2, m3) having a constant thickness and at least one substantially transparent layer having a variable thickness which sets the optimum transmission frequency of an elementary optical filter, n being an integer larger than or equal to 2, Characterized in that in the filtering structure, n=3 and wherein two substantially transparent layers have a variable thickness, a first substantially transparent layer which has a variable thickness being the substantially transparent layer located between the first metal layer and a second metal layer and the second substantially transparent layer which has a variable thickness being located between the second metal layer and a third metal layer, an overthickness resulting from a change in thickness of the first substantially transparent layer substantially stacked with an overthickness resulting from a change in thickness of the second substantially transparent layer.
A wireless microwave power transmitter comprising: a controller and a phased array antenna having a plurality of microwave array transceivers each for transmitting a microwave power transmission signal, the transceivers being adaptively-phased by the controller to transmit their respective power transmission signals at a respective selected phase; each transceiver further operable to receive multipath calibration signals from a device to be charged by the microwave power transmission signals, and detect a phase at which each of the multipath calibration signals is received by the respective transceiver; the controller further configured to adjust the respective selected phase for use in transmitting the respective power transmission signal at a respective determined phase, wherein the respective determined phase is substantially a complex conjugate of the respective detected phase, for the respective power transmission signal to be transmitted to the device to be charged; and wherein each power transmission signal is transmitted without utilizing a location signal, if any, from the device to be charged that indicates the location of the device to be charged, and wherein the microwave transmitter and device to be charged are not required to be in line of sight of each other. a controller and a phased array antenna having a plurality of microwave array transceivers each for transmitting a microwave power transmission signal, the transceivers being adaptively-phased by the controller to transmit their respective power transmission signals at a respective selected phase; each transceiver further operable to receive multipath calibration signals from a device to be charged by the microwave power transmission signals, and detect a phase at which each of the multipath calibration signals is received by the respective transceiver; the controller further configured to adjust the respective selected phase for use in transmitting the respective power transmission signal at a respective determined phase, wherein the respective determined phase is substantially a complex conjugate of the respective detected phase, for the respective power transmission signal to be transmitted to the device to be charged; and wherein each power transmission signal is transmitted without utilizing a location signal, if any, from the device to be charged that indicates the location of the device to be charged, and wherein the microwave transmitter and device to be charged are not required to be in line of sight of each other.
Contact strip for electrolysis cells, the contact strip consisting of a titanium strip which has been coated with a layer of nickel containing 0 to 10 wt.-% vanadium by way of physical vapour deposition.
An electromotive furniture drive, especially a seating/reclining furniture drive, comprising a motor controller, a manual control, a rechargeable battery unit and a mains power supply device for adjusting movable furniture components relative to each other, wherein the electromotive furniture drive comprises at least one electric motor with reversibility in the direction of rotation, wherein each electric motor is provided downstream with a speed reduction gear and wherein each speed reduction gear is provided downstream with a further gear, wherein the rechargeable battery unit comprises at least one rechargeable battery, and wherein the mains power supply device is arranged to be connectable to the mains and the input voltage on the mains side is transformed into at least one low voltage on the output side, and comprises an isolating transformer or a transformer unit for electrical isolation between the mains-bound input side and the low-voltage-providing output side for the operation of the electromotive furniture drive and for charging the at least one rechargeable battery, wherein a coupling apparatus is provided which connects the rechargeable battery unit to the mains power supply device and which comprises a charging device for charging the at least one rechargeable battery of the rechargeable battery unit, characterized in that the coupling apparatus connects the motor controller to the rechargeable battery unit and the mains power supply device.
A method performed by a trusted system for maintaining privacy of a user's personal information, the trusted system comprising a processor and a non-transitory computer-readable storage medium storing instructions that, when executed by the processor, cause the trusted system to perform the method, the method comprising: receiving, at an interface of the trusted system, from a device, personal information (108; 700, 702, 704, 706) relating to a user of the device, the personal information being provided by a plurality of personal agents included in a plurality of applications (1200, 1202, 1204) executing on the device, wherein the personal agents are configured to prevent unauthorized access to the personal information; generating, based on the personal information, a personal ontology graph relating to the user, the personal ontology graph comprising interest information relating to the user derived from at least one or more inferences based on the personal information (108; 700, 702, 704, 706); receiving, by the interface, a plurality of content items; selecting, based on the interest information included in the personal ontology graph, a content item of the plurality of content items; and transmitting, from the interface, the selected content item to the device for rendering by the device. receiving, at an interface of the trusted system, from a device, personal information (108; 700, 702, 704, 706) relating to a user of the device, the personal information being provided by a plurality of personal agents included in a plurality of applications (1200, 1202, 1204) executing on the device, wherein the personal agents are configured to prevent unauthorized access to the personal information; generating, based on the personal information, a personal ontology graph relating to the user, the personal ontology graph comprising interest information relating to the user derived from at least one or more inferences based on the personal information (108; 700, 702, 704, 706); receiving, by the interface, a plurality of content items; selecting, based on the interest information included in the personal ontology graph, a content item of the plurality of content items; and transmitting, from the interface, the selected content item to the device for rendering by the device.
A method for processing frequency information, comprising: receiving, by a user equipment, a measurement control message sent from a network device, wherein the measurement control message contains at least one of adjacent frequency information and inter-band frequency information for inter-frequency measurement without compressed mode; storing, by the user equipment, frequency information for the inter-frequency measurement without compressed mode according to the measurement control message, wherein the frequency information includes at least one of adjacent frequency information and inter-band frequency information; and performing, by the user equipment, inter-frequency handover interaction with the network device; characterized in that the method further comprises: clearing, by the user equipment, the stored frequency information for inter-frequency measurement without compressed mode according to whether a frequency used after the inter-frequency handover matches a bandwidth of a receiver of the user equipment. receiving, by a user equipment, a measurement control message sent from a network device, wherein the measurement control message contains at least one of adjacent frequency information and inter-band frequency information for inter-frequency measurement without compressed mode; storing, by the user equipment, frequency information for the inter-frequency measurement without compressed mode according to the measurement control message, wherein the frequency information includes at least one of adjacent frequency information and inter-band frequency information; and performing, by the user equipment, inter-frequency handover interaction with the network device; characterized in that the method further comprises: clearing, by the user equipment, the stored frequency information for inter-frequency measurement without compressed mode according to whether a frequency used after the inter-frequency handover matches a bandwidth of a receiver of the user equipment. clearing, by the user equipment, the stored frequency information for inter-frequency measurement without compressed mode according to whether a frequency used after the inter-frequency handover matches a bandwidth of a receiver of the user equipment.
Dirt separator comprising a vessel having a separation container having a lateral container wall, a container bottom, and a container axis, which container has an inlet and an outlet as well as an interior, and having a particle separation chamber, which is disposed at the outlet of the separation container and stands in a fluid connection with the separation container, an inlet for supply of liquid into the vessel, and an outlet for discharge of the liquid out of the vessel, wherein the dirt separator is configured in such a manner that liquid introduced into the separation container flows downward along the container wall in a cyclone-like movement, and then flows upward to the particle separation chamber within the liquid that flows downward in cyclone-like manner, and wherein the dirt separator comprises at least one particle separator (310; 311; 312), which is disposed in the particle separation chamber.
An isolated antibody that binds PHF-tau comprising a VH of SEQ ID NO: 37 and a VL of SEQ ID NO:38, or a humanized version thereof, wherein said humanized version has affinity towards PHF-tau with a dissociation constant (K D) less than or equal to 10 -10 M, as determined by ProteOn.
An adjustable jaw supported on a support element, said adjustable jaw comprising: - a clamping jaw (22, 130, 200, 202) comprising a jaw body (84, 82, 82', 82"), and a clamping face (86, 41) attached thereto, wherein said jaw body comprises an opening (92, 90") to receive said support element; and - an engagement element (96, 96', 96") attached to said jaw body and movable relative to said jaw body (84, 82, 82', 82") from a first position to a second position, wherein when said engagement element (96, 96', 96") is located at said first position said jaw body (82, 84, 82', 82") is able to move relative to said support element and when said engagement element (96, 96', 96") is located at said second position said jaw body (82, 84, 82', 82") is unable to move relative to said support element; characterized in that said engagement element (96, 96', 96") comprises a U-shaped blocker (122, 124) that partially blocks said opening (92, 90") when at said second position, and said opening (92, 90") is shaped so as to have a central area that receives said support element and an adjacent area that is blocked by said U-shaped blocker (122, 124) when at said second position. - a clamping jaw (22, 130, 200, 202) comprising a jaw body (84, 82, 82', 82"), and a clamping face (86, 41) attached thereto, wherein said jaw body comprises an opening (92, 90") to receive said support element; and - an engagement element (96, 96', 96") attached to said jaw body and movable relative to said jaw body (84, 82, 82', 82") from a first position to a second position, wherein when said engagement element (96, 96', 96") is located at said first position said jaw body (82, 84, 82', 82") is able to move relative to said support element and when said engagement element (96, 96', 96") is located at said second position said jaw body (82, 84, 82', 82") is unable to move relative to said support element;
Use of a composition as a biofilm control agent, the composition comprising the following component and component: one or more compounds represented by the general formula: R 1 O- p -H wherein R 1 represents a linear or branched alkyl group or alkenyl group having 8 to 14 carbon atoms; represents an ethyleneoxy group; p represents an integer of 0 to 3 and one or more enzymes selected from the group consisting of hydrase and lyase. one or more compounds represented by the general formula: R 1 O- p -H wherein R 1 represents a linear or branched alkyl group or alkenyl group having 8 to 14 carbon atoms; represents an ethyleneoxy group; p represents an integer of 0 to 3 and one or more enzymes selected from the group consisting of hydrase and lyase.
A brake cylinder device comprising: a spring brake; and a coupling part for coupling a transmission part to a piston of the spring brake, the transmission part being configured to transmit a force to the spring brake; wherein the brake cylinder device further comprises a switching part configured to rotate to disengage from the coupling part so as to switch a braking force of the spring brake to a non-transmission state; and characterised by a regular brake; the transmission part transmitting power of the piston of the spring brake to a piston of the regular brake.
Liquid composition comprising 0.01 to 1.5 mg/ml, preferably 0.01 to 0.5 mg/ml, desPro 36 Exendin-4 -Lys 6 -NH 2 or/and a pharmacologically tolerable salt thereof, 240-3000 nmol/ml Gly -Arg -Arg human insulin or/and a pharmacologically tolerable salt thereof and, optionally, at least one pharmaceutically acceptable excipient, characterized in that the composition comprises 0.5-20 mg/ml methionine.
A mudguard unit comprising: - a mudguard having the shape of an arc of a circle around a transversal axis (X-X), parallel to a thickness or depth of an associated vehicle wheel, - the mudguard having at least one fixing seat, hollow and parallel to said transversal axis (X-X), - at least one support rod, parallel to said transversal axis (X-X), and at least partially housed in said fixing seat, - the support rod extending from a distal end, at which it is fixed to the mudguard, to a proximal end at which it is fixed to the chassis of an associated vehicle, - wherein, at the proximal end, a bolt is provided having a head and a threaded shank for attachment to a hole in the chassis of an associable vehicle, - wherein a locking washer is integrally associated at the head of the bolt having a circular body provided with at least one appendage which engages on a corresponding slot on the proximal end of the support rod, so as to solidly join the bolt and the proximal end to each other, wherein a fixing base to an associable vehicle chassis provided with a through hole for the threaded shank of the bolt and at least one locking nut, is joined to the threaded shank of the bolt, opposite the head, wherein the support rod, on the proximal end side, is joined to at least one reinforcing rib, directed radially with respect to the bolt, wherein said reinforcing rib is welded to the support rod and to a fixing base for the bolt, provided with a through hole through the threaded shank of the bolt. - a mudguard having the shape of an arc of a circle around a transversal axis (X-X), parallel to a thickness or depth of an associated vehicle wheel, - the mudguard having at least one fixing seat, hollow and parallel to said transversal axis (X-X), - at least one support rod, parallel to said transversal axis (X-X), and at least partially housed in said fixing seat, - the support rod extending from a distal end, at which it is fixed to the mudguard, to a proximal end at which it is fixed to the chassis of an associated vehicle, - wherein, at the proximal end, a bolt is provided having a head and a threaded shank for attachment to a hole in the chassis of an associable vehicle, - wherein a locking washer is integrally associated at the head of the bolt having a circular body provided with at least one appendage which engages on a corresponding slot on the proximal end of the support rod, so as to solidly join the bolt and the proximal end to each other, wherein a fixing base to an associable vehicle chassis provided with a through hole for the threaded shank of the bolt and at least one locking nut, is joined to the threaded shank of the bolt, opposite the head, wherein the support rod, on the proximal end side, is joined to at least one reinforcing rib, directed radially with respect to the bolt, wherein said reinforcing rib is welded to the support rod and to a fixing base for the bolt, provided with a through hole through the threaded shank of the bolt.
A method for enhancing the nutritional value of food comprising: a. optionally milling a cereal grain, b. pre-treating cereal bran c. treating cereal bran with super heated steam d. performing the SHS treatment at a controlled water activity level of between 0.3 and 0.9, preferably between 0.4 and 0.8, more preferably between 0.5 and 0.7, more preferably at about 0.7 e. adding the bran resulting from the previous step to a food product or semi-product f. if needed, completing the food preparation process by further processing the semi-product or food product. a. optionally milling a cereal grain, b. pre-treating cereal bran c. treating cereal bran with super heated steam d. performing the SHS treatment at a controlled water activity level of between 0.3 and 0.9, preferably between 0.4 and 0.8, more preferably between 0.5 and 0.7, more preferably at about 0.7 e. adding the bran resulting from the previous step to a food product or semi-product f. if needed, completing the food preparation process by further processing the semi-product or food product.
A battery gripper for gripping and displacing individual battery cells, with a flanged portion for arranging the battery gripper on a robot arm and with a suction unit having a suction side for gripping the battery cell, characterized in that a lifting device is provided with which, during operation of the battery gripper, the suction side can be displaced relative to the flanged portion from a gripping position in which the battery cell is gripped to a measuring position in which tests and/or measurements can be carried out on the gripped battery cell.
An oral pharmaceutical formulation comprising at least one active agent, wherein the active agent is a salt of 2-[4-(4-chlorobenzoyl)phenoxy]-2-methyl-propanoic acid with choline, and wherein the formulation further comprises at least one enteric coating.
A method for producing a glass plate, comprising: a conveying-in step of conveying a heated glass plate into a molding apparatus; a first molding step of press-molding the glass plate in a state where at least part of a peripheral edge portion of at least one of an upper face and a lower face of the glass plate is free from contact; a separating step of separating at least a region molded in the first molding step, of the glass plate, from any mold that the region was in contact with; a second molding step of press-molding a region including at least part of the peripheral edge portion of the glass plate; and a conveying-out step of conveying the glass plate subjected to the second molding step, out of the molding apparatus. a conveying-in step of conveying a heated glass plate into a molding apparatus; a first molding step of press-molding the glass plate in a state where at least part of a peripheral edge portion of at least one of an upper face and a lower face of the glass plate is free from contact; a separating step of separating at least a region molded in the first molding step, of the glass plate, from any mold that the region was in contact with; a second molding step of press-molding a region including at least part of the peripheral edge portion of the glass plate; and a conveying-out step of conveying the glass plate subjected to the second molding step, out of the molding apparatus.