mhurhangee/patent-ind-claim-en huggingface dataset:
A filtration apparatus for the improved solid-liquid filtration of a filter cake the filtration apparatus comprises a housing and a vibratory apparatus, wherein the vibratory apparatus comprises at least one vibratory body , at least one connecting part , and at least one vibratory drive , wherein the at least one vibratory body is provided with at least one pressure rib , the at least one connecting part is connected with the at least one vibratory body on the one hand, and with the at least one vibratory drive on the other, wherein the at least one connecting part is decoupled from the housing of the filtration apparatus or attached at the housing of the filtration apparatus with so much damping that the filtration apparatus itself cannot be caused to vibrate by the vibratory apparatus, and wherein the at least one vibratory body is configured to contact or protrude into the filter cake such that it causes only the upper part of the filter cake facing the flow side to vibrate, characterized in that the at least one pressure rib has the function to resolidify the loosened or refluidized filter cake, to close existing canals in the filter cake, and to press the filter cake against the filter medium. the at least one vibratory body is provided with at least one pressure rib , the at least one connecting part is connected with the at least one vibratory body on the one hand, and with the at least one vibratory drive on the other, wherein the at least one connecting part is decoupled from the housing of the filtration apparatus or attached at the housing of the filtration apparatus with so much damping that the filtration apparatus itself cannot be caused to vibrate by the vibratory apparatus, and wherein the at least one vibratory body is configured to contact or protrude into the filter cake such that it causes only the upper part of the filter cake facing the flow side to vibrate, characterized in that the at least one pressure rib has the function to resolidify the loosened or refluidized filter cake, to close existing canals in the filter cake, and to press the filter cake against the filter medium.
A sorting device for sorting out coins from bulk material, in particular from waste incineration slag and/or bulk metal, particularly preferably from bulk heavy metal and/or bulk non-ferrous metal, the sorting device comprising at least one sorting gap for coins, each sorting gap being limited by at least one roller which can be rotated about an axis of rotation (A) by means of a drive in such a manner that objects, in particular non-ferrous metal objects , that cannot be transported through the sorting gap are subjected to a force in a direction away from the sorting gap , in particular also along the axis of rotation (A) of the roller, by the roller , characterized by a discharge hood , in particular for an eddy current separating device , which has a trajectory separator device , in particular an adjustable trajectory separator device, in a hood interior , the at least one roller being disposed in or on the discharge hood relative to the trajectory separator device in such a manner that a non-ferrous metal fraction separated out from the bulk material by the trajectory separator device is transported in the direction of the sorting gap by the weight of the non-ferrous metal objects .
A battery protective circuit comprising: a first switch (Q1) configured to be connected between a negative pack terminal (P - ) of a battery pack and an output node (n1) to control an electrical connection between the negative pack terminal (P - ) and the output node (n1); a first resistor (R11) connected between the output node (n1) and a ground; and a controller configured to control on or off of the first switch (Q1) and to determine a short circuit state between pack terminals (P + P - ) of the battery pack based on an output voltage of the output node (n1); wherein the controller is configured to turn on the first switch (Q1) in a state where a discharge control switch of the battery pack is turned off. a first switch (Q1) configured to be connected between a negative pack terminal (P - ) of a battery pack and an output node (n1) to control an electrical connection between the negative pack terminal (P - ) and the output node (n1); a first resistor (R11) connected between the output node (n1) and a ground; and a controller configured to control on or off of the first switch (Q1) and to determine a short circuit state between pack terminals (P + P - ) of the battery pack based on an output voltage of the output node (n1); wherein the controller is configured to turn on the first switch (Q1) in a state where a discharge control switch of the battery pack is turned off.
A system, comprising: a current control assembly, comprising: a rotor comprising a first ring with a first axial opening and a first discharge opening ; a stator comprising a second ring with a second axial opening and a second discharge opening , wherein the first and second axial openings are aligned with one another to receive a shaft , and wherein the rotor and the stator rotate relative to one another and the first and second discharge openings periodically align with one another to discharge a contaminant and a plurality of conductive filaments configured to transfer current between the current control assembly and the shaft . a rotor comprising a first ring with a first axial opening and a first discharge opening ; a stator comprising a second ring with a second axial opening and a second discharge opening , wherein the first and second axial openings are aligned with one another to receive a shaft , and wherein the rotor and the stator rotate relative to one another and the first and second discharge openings periodically align with one another to discharge a contaminant and a plurality of conductive filaments configured to transfer current between the current control assembly and the shaft .
A swivel suitable for use with an elevator, the swivel comprising: an upper housing rotatably coupled to a lower housing having an opening ; and a rotary union having: a rotating body attached to the lower housing and rotatable with the lower housing , the rotating body having a first port, the first port accessible through the opening ; and a non-rotating body attached to the upper housing and having a second port, wherein the first port fluidly communicates with the second port while the rotating body rotates relative to the non-rotating body , and wherein the swivel is configured to transfer load from the lower housing to the upper housing . an upper housing rotatably coupled to a lower housing having an opening ; and a rotary union having: a rotating body attached to the lower housing and rotatable with the lower housing , the rotating body having a first port, the first port accessible through the opening ; and a non-rotating body attached to the upper housing and having a second port, wherein the first port fluidly communicates with the second port while the rotating body rotates relative to the non-rotating body , and wherein the swivel is configured to transfer load from the lower housing to the upper housing . a rotating body attached to the lower housing and rotatable with the lower housing , the rotating body having a first port, the first port accessible through the opening ; and a non-rotating body attached to the upper housing and having a second port, wherein the first port fluidly communicates with the second port while the rotating body rotates relative to the non-rotating body , and wherein the swivel is configured to transfer load from the lower housing to the upper housing .
An injection molding machine comprising: a mold clamping unit to which a mold unit is attached; and a control unit , characterized in that the control unit includes a measurement unit configured to measure work time for setup work performed before molding related to the mold clamping unit . a mold clamping unit to which a mold unit is attached; and a control unit , characterized in that the control unit includes a measurement unit configured to measure work time for setup work performed before molding related to the mold clamping unit .
A system for capturing a client vehicle having an engine , comprising: a propulsion mechanism for maneuvering the system in space; a capture mechanism for at least temporarily joining the system to the client vehicle , wherein the capture mechanism includes a probe with a probe tip including one or more fingers configured to rotate positioned at a distal end of the probe , wherein the distal end of the probe is adapted to be inserted into a cavity of the client vehicle ; and a quillon assembly positioned near a distal end of the probe for engaging with another portion of the client vehicle ; and characterized by an actuator configured to move the quillon assembly relative to the one or more fingers configured to rotate in order to engage with the another portion defined by the client vehicle to facilitate docking and preloading of the system to the client vehicle and configured to retract the one or more fingers configured to rotate in a direction toward the probe tip to assist in docking or undocking of the system with the client vehicle . a propulsion mechanism for maneuvering the system in space; a capture mechanism for at least temporarily joining the system to the client vehicle , wherein the capture mechanism includes a probe with a probe tip including one or more fingers configured to rotate positioned at a distal end of the probe , wherein the distal end of the probe is adapted to be inserted into a cavity of the client vehicle ; and a quillon assembly positioned near a distal end of the probe for engaging with another portion of the client vehicle ; and characterized by an actuator configured to move the quillon assembly relative to the one or more fingers configured to rotate in order to engage with the another portion defined by the client vehicle to facilitate docking and preloading of the system to the client vehicle and configured to retract the one or more fingers configured to rotate in a direction toward the probe tip to assist in docking or undocking of the system with the client vehicle . a quillon assembly positioned near a distal end of the probe for engaging with another portion of the client vehicle ; and characterized by an actuator configured to move the quillon assembly relative to the one or more fingers configured to rotate in order to engage with the another portion defined by the client vehicle to facilitate docking and preloading of the system to the client vehicle and configured to retract the one or more fingers configured to rotate in a direction toward the probe tip to assist in docking or undocking of the system with the client vehicle .
A method operable in a system having a source node (110; 301) and a destination node (160; 302), the method comprising: transmitting first data units from the source node to the destination node over a first path (150a; 311); receiving , by the source node, the destination node, or both, information about one or more second paths between the source and destination nodes, the received information comprising information on the path availability or path requirements; determining, by the source node, the destination node, or both, a cost associated with the first path and each of the one or more second paths; transmitting second data units from the source node to the destination node over the first path; determining , by the source node, the destination node, or both, an allocation of the second data units to the one or more second paths based on the determined costs; generating, by the source node, network coded data units for transmission via the one or more second paths by: coding the second data units if network coding is not used in the first path; and recoding the second data units if network coding is used in the first path; and transmitting the network coded data units from the source node to the destination node via the second paths (150b; 312). transmitting first data units from the source node to the destination node over a first path (150a; 311); receiving , by the source node, the destination node, or both, information about one or more second paths between the source and destination nodes, the received information comprising information on the path availability or path requirements; determining, by the source node, the destination node, or both, a cost associated with the first path and each of the one or more second paths; transmitting second data units from the source node to the destination node over the first path; determining , by the source node, the destination node, or both, an allocation of the second data units to the one or more second paths based on the determined costs; generating, by the source node, network coded data units for transmission via the one or more second paths by: coding the second data units if network coding is not used in the first path; and recoding the second data units if network coding is used in the first path; and coding the second data units if network coding is not used in the first path; and recoding the second data units if network coding is used in the first path; and transmitting the network coded data units from the source node to the destination node via the second paths (150b; 312).
A method of operating a wireless communication system, comprising: communicating over a wireless backhaul link by a first data frame having a first transmit time interval with a first wireless transceiver; and communicating over a wireless access link by a second data frame having a second transmit time interval different from the first transmit time interval with a second wireless transceiver, wherein the backhaul link and the access link share the same frequency resources and the first and second data frames are slot location and/or slot format compatible. communicating over a wireless backhaul link by a first data frame having a first transmit time interval with a first wireless transceiver; and communicating over a wireless access link by a second data frame having a second transmit time interval different from the first transmit time interval with a second wireless transceiver, wherein the backhaul link and the access link share the same frequency resources and the first and second data frames are slot location and/or slot format compatible.
Heat exchanger for a cooling system of a motor vehicle, comprising a heat exchanger network which comprises a plurality of fluid lines which are configured to be flowed through by a first heat exchange fluid and to be flowed around by a second heat exchange fluid, and comprising a delimiting element which delimits the heat exchanger network on at least one side, wherein an integral sealing strip which is formed from an elastic material and runs at least in a portion of the longitudinal extent along the delimiting element is provided, wherein the sealing strip has a connecting portion , which is form-fittingly connected to a connecting portion of the delimiting element , and at least one sealing lip , which runs at least in a portion of the longitudinal extent along the connecting portion of the sealing strip , characterized in that one of the connecting portions of the sealing strip and the delimiting element has a portion of T-shaped, L-shaped or J-shaped cross-sectional area which is received in a receiving space of T-shaped, L-shaped or J-shaped cross-sectional area of the other connecting portion .
An apparatus for the production of croissants of the Spanish type, comprising means for conveying dough triangles along an advancement direction , said conveyor means comprising at least one first conveyor belt and at least one second conveyor belt of said dough triangles , said first and second conveyor belts being arranged in mutual succession along said advancement direction , said dough triangles being configured to be arranged on said conveyor means so that their base is oriented forward and at right angles to said advancement direction , said second conveyor belt having a second advancement speed (v2) which is greater than a first advancement speed (v1) of said first conveyor belt , retention means for retaining said dough triangles being associated with said first conveyor belt and being configured to be arranged above said dough triangles , deformation means being provided which have longitudinal elongation means associated with said second conveyor belt and configured to be arranged above said dough triangles , said longitudinal elongation means being configured to be engaged with a portion of a respective dough triangle when said retention means again engage a portion of the corresponding dough triangle , a device for rolling up said dough triangles being arranged downstream of said deformation means , characterized in that said retention means and said longitudinal elongation means are configured to act in a central/middle region proximate to the axis of symmetry of the dough triangles .
Measuring device for the measurement of light signals emitted from samples in wells of a microplate , wherein the measuring device comprises : - a first injector for dispensing a reagent into a well of a microplate , wherein the injector comprises an injector needle having an outlet end , and - an optical device (10, 10',10") having an optical axis extending substantially perpendicularly to the microplate and a measuring region surrounding the optical axis for measuring a light signal of a sample in a well of the microplate , wherein the injector needle of the injector extends to below the optical device (10,10',10") and opens with its outlet end into the measuring region of the optical device (10,10',10"), so that measurement can be carried out in the same well of the microplate with the optical device (10,10',10") and a reagent can be dispensed with the injector , wherein the measuring device comprises a splash deflector , which is arranged between the outlet end of the injector and the optical device (10,10',10"), and which extends substantially perpendicularly to the optical axis characterized in that the splash deflector completely covers at least the measuring region of the optical device (10,10',10"), wherein a holder , which holds the splash deflector , is attached to the injector . - a first injector for dispensing a reagent into a well of a microplate , wherein the injector comprises an injector needle having an outlet end , and - an optical device (10, 10',10") having an optical axis extending substantially perpendicularly to the microplate and a measuring region surrounding the optical axis for measuring a light signal of a sample in a well of the microplate , wherein the injector needle of the injector extends to below the optical device (10,10',10") and opens with its outlet end into the measuring region of the optical device (10,10',10"), so that measurement can be carried out in the same well of the microplate with the optical device (10,10',10") and a reagent can be dispensed with the injector , wherein the measuring device comprises a splash deflector , which is arranged between the outlet end of the injector and the optical device (10,10',10"), and which extends substantially perpendicularly to the optical axis characterized in that the splash deflector completely covers at least the measuring region of the optical device (10,10',10"), wherein a holder , which holds the splash deflector , is attached to the injector .
A network management system for managing a plurality of virtual network slices in a physical network, wherein the network management system comprises a single physical network datastore configured to store network configuration information for all network entities in the physical network, wherein the network configuration information is in a form of an encoded document and wherein the network management system comprises means for: generating a virtual network slice view of the physical network datastore for a first of the plurality of virtual network slices by filtering the network configuration information to obtain filtered network configuration information by applying at least one transformation to the encoded document to generate a transformed encoded document including the filtered network configuration information, the filtered network configuration information including network configuration information for only network entities assigned to the first of the plurality of virtual network slices; the network management system comprising means for performing said filtering of the network configuration information, and further comprising means for providing the filtered network configuration information to a first slice owner of the first of the plurality of virtual network slices.
Pivot mechanism for guiding in rotation, comprising: a mobile part linked to a fixed part via flexible links ; the flexible elements being configured so as to guide the mobile part by a rotational movement in a plane (P), about a pivoting axis perpendicular to the plane (P); each of the flexible links comprising an intermediate junction , each intermediate junction being separated from the adjacent intermediate junctions by an expansion slit , the expansion slit being configured to widen upon the rotation of the mobile part , so that the mobile part can pivot according to a second angular amplitude (θ 2 ) greater than a first angular amplitude (θ 1 ) obtained in the absence of said expansion slit; characterized in that the intermediate junctions are linked to one another by a coupling element ; and in that each of the coupling elements is configured so as to prevent a movement out of the plane (P) and a lateral movement in the plane ( P ), of the mobile part . a mobile part linked to a fixed part via flexible links ; the flexible elements being configured so as to guide the mobile part by a rotational movement in a plane (P), about a pivoting axis perpendicular to the plane (P); each of the flexible links comprising an intermediate junction , each intermediate junction being separated from the adjacent intermediate junctions by an expansion slit , the expansion slit being configured to widen upon the rotation of the mobile part , so that the mobile part can pivot according to a second angular amplitude (θ 2 ) greater than a first angular amplitude (θ 1 ) obtained in the absence of said expansion slit; characterized in that the intermediate junctions are linked to one another by a coupling element ; and in that each of the coupling elements is configured so as to prevent a movement out of the plane (P) and a lateral movement in the plane ( P ), of the mobile part .
A Transforming Growth Factor-β Receptor II (TβRII) fusion polypeptide comprising: a) an extracellular domain of a TβRII portion comprising an amino acid sequence that is at least 90%, 95%, 97%, 99% or 100% identical to SEQ ID NO: 18; b) a heterologous portion, wherein the heterologous portion is an immunoglobulin Fc domain, and c) a linker portion that comprises (GGGGS) n , wherein n = 4, 5, or 6; wherein the extracellular domain of the TβRII portion is connected to the heterologous portion by means of the linker portion; and wherein the fusion polypeptide binds Transforming Growth Factor β1 (TGFβ1) and Transforming Growth Factor β3 (TGFβ3). a) an extracellular domain of a TβRII portion comprising an amino acid sequence that is at least 90%, 95%, 97%, 99% or 100% identical to SEQ ID NO: 18; b) a heterologous portion, wherein the heterologous portion is an immunoglobulin Fc domain, and c) a linker portion that comprises (GGGGS) n , wherein n = 4, 5, or 6; wherein the extracellular domain of the TβRII portion is connected to the heterologous portion by means of the linker portion; and wherein the fusion polypeptide binds Transforming Growth Factor β1 (TGFβ1) and Transforming Growth Factor β3 (TGFβ3).