mhurhangee/patent-ind-claim-en huggingface dataset:
A filter device with a filter element , which is accommodated in a filter housing with fluid connection points for non-filtrate and filtrate and which element can be passed through in both directions for filtering the non-filtrate or for backwashing to clean particle contaminations , and which filter device also comprises a pressure-control device with which a post-suctioning effect can be generated on the filter element to be backwashed to improve the cleaning of particle contaminations , wherein the filter device is designed as a one filter-element solution and that, in a predetermined change, this single filter element can be used for filtering or can be backwashed using the pressure-control device , wherein the fluid connection points for non-filtrate and filtrate are arranged in a head piece of the filter housing and are connected to one another via the filter element , wherein a first fluid-conveying path can be at least partially blocked between the non-filtrate connection point and an input side of the filter element by a displaceable blocking part of the pressure-control device , and wherein the first fluid-conveying path extends through an angle at a diversion in the head piece , characterised in that the blocking part can be moved at the diversion from an open position (OS) in direction of its closed position along a guide which separates the fluid connection points for the non-filtrate and filtrate connection point from one another.
A vehicle transmission comprising: a differential comprising a carrier and a single torque receiver in the form of a drive gear fixed to the carrier ; a first torque input having a first torque transmitter in the form of a first gear directly connected to the at least one torque receiver of the carrier by being in concurrent meshing engagement with the drive gear ; a second torque input having a second torque transmitter in the form of a second gear directly connected to the at least one torque receiver of the carrier by being in concurrent meshing engagement with the drive gear , the first torque input comprising a first torque source in the form of a hydraulic motor and the second torque input comprising a second torque source in the form of a motor, the first torque source having an output shaft indirectly supporting the first gear and the second torque source having an output shaft directly supporting the second gear , characterized in that the first gear has a smaller diameter as compared to the second gear , and that a clutch is configured to selectively couple the first motor to the first gear , the clutch having an input side directly connected to the output shaft of the first torque source and an output side directly connected to the first gear , the clutch configured to connect the first torque source to the first gear at low speed and high torque conditions and to automatically disconnect the first gear from the first torque source at high speed, low torque operating conditions, when carrier is being rotationally driven by the second torque input . a first torque input having a first torque transmitter in the form of a first gear directly connected to the at least one torque receiver of the carrier by being in concurrent meshing engagement with the drive gear ; a second torque input having a second torque transmitter in the form of a second gear directly connected to the at least one torque receiver of the carrier by being in concurrent meshing engagement with the drive gear , the first torque input comprising a first torque source in the form of a hydraulic motor and the second torque input comprising a second torque source in the form of a motor, the first torque source having an output shaft indirectly supporting the first gear and the second torque source having an output shaft directly supporting the second gear , characterized in that the first gear has a smaller diameter as compared to the second gear , and that a clutch is configured to selectively couple the first motor to the first gear , the clutch having an input side directly connected to the output shaft of the first torque source and an output side directly connected to the first gear , the clutch configured to connect the first torque source to the first gear at low speed and high torque conditions and to automatically disconnect the first gear from the first torque source at high speed, low torque operating conditions, when carrier is being rotationally driven by the second torque input .
A device for retaining a panel , such as a panel with a curved profile, the device including a frame that comprises two side members and two cross-members , said device further comprising: - a system for adjusting the geometry of the frame ; - attachment systems coupled to the side members of the frame so as to allow the attachment of the panel to the frame in several locations of said panel , said attachment systems being mounted movably along the side members ; characterized in that each of said attachment systems is also mounted pivoting about an axis parallel to the axis of the side member . - a system for adjusting the geometry of the frame ; - attachment systems coupled to the side members of the frame so as to allow the attachment of the panel to the frame in several locations of said panel ,
A lower part for a clamping device , in particular a rail clamping device, wherein the lower part is provided for welding to a metal body , and the lower part has a clamping body securing portion for securing a clamping body of the clamping device to the lower part , characterized in that the lower part has at least one prolongation extending beyond the clamping body securing portion , wherein an underside of the clamping body securing portion and an underside of the prolongation together form a contact surface for contact of the lower part against the metal body and the thickness , measured in a direction normal to the contact surface , of the lower part is greater in the clamping body securing portion than in the region of the prolongation and in that a transition region of the lower part is formed between the clamping body securing portion and the prolongation of the lower part and an upper side , opposite the contact surface , of the lower part is sloped and/or curved to a greater extent in the transition region than in the region of the clamping body securing portion and than in the region of the prolongation .
A container closing device for a beverage can having an opening tab which is disposed on a can lid , is pivotable about a pivot reception formed in a lid bottom and comprises a push opener on one side of a pivot axis received in the pivot reception and an actuating end on an opposite side of the pivot axis for handling, the lid bottom comprising a closing piece , which is divided from the surrounding lid bottom via a predetermined breaking device , below the push opener in such a manner that the closing piece is pressurized via the push opener as a result of a pivoting movement of the opening tab and is detached from the connection to the surrounding lid bottom along the predetermined breaking device for releasing a pouring opening , the container closing device having a pouring protrusion which is disposed on the same side of the pivot axis as the push opener , covers the closing piece and comprises a support end for supporting the pouring protrusion at the lid bottom during the pivoting movement of the opening tab , characterized in that the opening tab is provided with a reactive surface on its underside facing the lid bottom for contact with a liquid pouring from the pouring opening , a sealed space being realized in the area of the reactive surface and the closing piece between the pouring protrusion and the lid bottom so that the reactive surface is disposed at least partially in the sealed space and is sealed against the environment.
A bearing structure comprising: a first bearing having a first inner race , a first outer race and a first set of rolling elements housed between the first inner race and the first outer race ; a second bearing having a second inner race , a second outer race and a second set of rolling elements housed between the second inner race and the second outer race ; a housing surrounding the first bearing ; a first compliant element , the first compliant element fixedly connected to the first outer race ; a second compliant element fixedly connected to the first outer race ; and a rigid diaphragm having a radially inner end fixedly connected to the first outer race at a position spaced from the respective connections between the first and second compliant elements and the first outer race , and a radially outer end flexibly connected to the housing , wherein the rigid diaphragm is interposed between the first and second compliant elements such that the first compliant element , first outer race and rigid diaphragm at least partly define a first pressure chamber and the second compliant element , first outer race and rigid diaphragm define a second pressure chamber ; wherein the bearing structure further comprises respective valved pressure inlets to provide fluid communication from a pressure source to the respective pressure chamber , and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the first or second pressure chamber causes a change in axial spacing between the first and second outer races . a first bearing having a first inner race , a first outer race and a first set of rolling elements housed between the first inner race and the first outer race ; a second bearing having a second inner race , a second outer race and a second set of rolling elements housed between the second inner race and the second outer race ; a housing surrounding the first bearing ; a first compliant element , the first compliant element fixedly connected to the first outer race ; a second compliant element fixedly connected to the first outer race ; and a rigid diaphragm having a radially inner end fixedly connected to the first outer race at a position spaced from the respective connections between the first and second compliant elements and the first outer race , and a radially outer end flexibly connected to the housing , wherein the rigid diaphragm is interposed between the first and second compliant elements such that the first compliant element , first outer race and rigid diaphragm at least partly define a first pressure chamber and the second compliant element , first outer race and rigid diaphragm define a second pressure chamber ; wherein the bearing structure further comprises respective valved pressure inlets to provide fluid communication from a pressure source to the respective pressure chamber , and wherein the first outer race is axially slidable relative to the second outer race such that an increase in pressure in the first or second pressure chamber causes a change in axial spacing between the first and second outer races .
Use of a monomeric ester of a polyol with at least one carboxylic according to formula I wherein R is a hydrocarbon moiety containing from 3 up to 27 carbon atoms, wherein the polyol comprises isosorbide and the average degree of esterification of the polyol moieties in the isosorbide ester ranges from 1.50 to 1.99, more preferably from 1.60 to 1.98, in particular from 1.70 to 1.97, more in particular from 1.75 to 1.95 and wherein the monomeric ester is a mixture comprising monoesters and polyesters of isosorbide, which mixture comprises isosorbide monoester at a level of at most 50 wt.% based on the total weight of the ester mixture, preferably at most 30 wt.% monoester, more preferably at most 20 wt.% and even more preferably at most 10 wt.% monoester, as a dispersing agent for the preparation of a pigment concentrate of particles of one or more pigments.
A valve housing assembly comprising: a housing including: a housing inlet ; a housing outlet disposed spaced apart with respect to the housing inlet ; and at least one valve seat ; and a valve adapted to be mounted on the at least one valve seat , the valve including: a valve inlet ; and a valve outlet disposed spaced apart with respect to the valve inlet , wherein each of the valve inlet and the valve outlet is adapted to align with and contact the housing inlet and the housing outlet respectively in a mounted position of the valve on the at least one valve seat ; the valve housing assembly further includes: at least one clamping member adapted to slidably receive the valve such that the valve is removably coupled with the housing ; characterized in that: the housing includes a plurality of openings provided thereon, each of the plurality of openings adapted to allow drainage of water from the housing . a housing including: a housing inlet ; a housing outlet disposed spaced apart with respect to the housing inlet ; and at least one valve seat ; and a housing inlet ; a housing outlet disposed spaced apart with respect to the housing inlet ; and at least one valve seat ; and a valve adapted to be mounted on the at least one valve seat , the valve including: a valve inlet ; and a valve outlet disposed spaced apart with respect to the valve inlet , wherein each of the valve inlet and the valve outlet is adapted to align with and contact the housing inlet and the housing outlet respectively in a mounted position of the valve on the at least one valve seat ; a valve inlet ; and a valve outlet disposed spaced apart with respect to the valve inlet , wherein each of the valve inlet and the valve outlet is adapted to align with and contact the housing inlet and the housing outlet respectively in a mounted position of the valve on the at least one valve seat ; the valve housing assembly further includes: at least one clamping member adapted to slidably receive the valve such that the valve is removably coupled with the housing ; characterized in that: the housing includes a plurality of openings provided thereon, each of the plurality of openings adapted to allow drainage of water from the housing . at least one clamping member adapted to slidably receive the valve such that the valve is removably coupled with the housing ; characterized in that: the housing includes a plurality of openings provided thereon, each of the plurality of openings adapted to allow drainage of water from the housing .
An endoscope to be used in combination with an overtube that has a distal end, a proximal end, and a longitudinal axis and holds a treatment tool and an endoscope so as to be movable forward and backward in a direction of the longitudinal axis, the overtube having a movable body that is provided within the overtube and is movable in the longitudinal axis direction inside the overtube, an endoscope holding part that is provided at the movable body and holds the endoscope , and a treatment tool holding part that is provided at the movable body and holds the treatment tool , the endoscope having an insertion part which is insertable into the overtube and has a distal end, a proximal end, and a longitudinal axis and that is locked to the movable body by the endoscope holding part , the endoscope comprising: a first insertion part that is provided on a distal end side of the insertion part ; and a second insertion part that is provided on a proximal end side of the first insertion part and has an external diameter larger than that of the first insertion part ; characterized by said movable body being metallic, and said second insertion part comprising a held part that is provided from a distal end of the second insertion part toward a proximal end side thereof, is held by the endoscope holding part , and has at least a surface formed of an insulating member having an insulation property. a movable body that is provided within the overtube and is movable in the longitudinal axis direction inside the overtube, an endoscope holding part that is provided at the movable body and holds the endoscope , and a treatment tool holding part that is provided at the movable body and holds the treatment tool , the endoscope having an insertion part which is insertable into the overtube and has a distal end, a proximal end, and a longitudinal axis and that is locked to the movable body by the endoscope holding part , the endoscope comprising: a first insertion part that is provided on a distal end side of the insertion part ; and a second insertion part that is provided on a proximal end side of the first insertion part and has an external diameter larger than that of the first insertion part ; characterized by said movable body being metallic, and said second insertion part comprising a held part that is provided from a distal end of the second insertion part toward a proximal end side thereof, is held by the endoscope holding part , and has at least a surface formed of an insulating member having an insulation property. a first insertion part that is provided on a distal end side of the insertion part ; and a second insertion part that is provided on a proximal end side of the first insertion part and has an external diameter larger than that of the first insertion part ; characterized by said movable body being metallic, and said second insertion part comprising a held part that is provided from a distal end of the second insertion part toward a proximal end side thereof, is held by the endoscope holding part , and has at least a surface formed of an insulating member having an insulation property.
A method for installing a key locked insert to a workpiece , the workpiece having a hole open to a first surface , the method comprising: threading an insert body into the hole ; threading a first portion of a mandrel into the insert body ; after the threading of the first portion into the insert body , mating a second portion of the mandrel with an actuator ; and using the actuator to extend an anvil surface relative to the mandrel to drive keys of the insert through a thread of the workpiece hole . threading an insert body into the hole ; threading a first portion of a mandrel into the insert body ; after the threading of the first portion into the insert body , mating a second portion of the mandrel with an actuator ; and using the actuator to extend an anvil surface relative to the mandrel to drive keys of the insert through a thread of the workpiece hole .
A liquid ejecting head comprising: a pressure chamber substrate on which a plurality of spaces as pressure chambers are formed along a first direction (X); a nozzle substrate on which a plurality of nozzles which eject liquid in the pressure chamber are formed by corresponding to the pressure chamber ; and a flow path substrate on which a plurality of communicating holes which communicate with the nozzle and the pressure chamber which corresponds to the nozzle are formed between the pressure chamber substrate and the nozzle substrate , wherein the nozzles which are adjacent in the first direction (X) are formed so that positions thereof in a second direction (Y) which is orthogonal to the first direction (X) are different, and wherein the communicating holes which are adjacent in the first direction (X) are formed so that positions in the second direction (Y) are different, wherein: side walls are formed around each of the communication holes , both ends of each pressure chamber in the second direction (Y) are formed by being aligned at a predetermined position in the second direction (Y), and characterized in that the side walls extend along a direction (Z) orthogonal to the nozzle substrate . a pressure chamber substrate on which a plurality of spaces as pressure chambers are formed along a first direction (X); a nozzle substrate on which a plurality of nozzles which eject liquid in the pressure chamber are formed by corresponding to the pressure chamber ; and a flow path substrate on which a plurality of communicating holes which communicate with the nozzle and the pressure chamber which corresponds to the nozzle are formed between the pressure chamber substrate and the nozzle substrate , wherein the nozzles which are adjacent in the first direction (X) are formed so that positions thereof in a second direction (Y) which is orthogonal to the first direction (X) are different, and wherein the communicating holes which are adjacent in the first direction (X) are formed so that positions in the second direction (Y) are different, wherein: side walls are formed around each of the communication holes , both ends of each pressure chamber in the second direction (Y) are formed by being aligned at a predetermined position in the second direction (Y), and characterized in that the side walls extend along a direction (Z) orthogonal to the nozzle substrate . side walls are formed around each of the communication holes , both ends of each pressure chamber in the second direction (Y) are formed by being aligned at a predetermined position in the second direction (Y), and characterized in that the side walls extend along a direction (Z) orthogonal to the nozzle substrate .
An initiator injection device for a tubular polymerization reactor, the initiator injection device comprising a constriction in the direction of process fluid flow of the reactor, the constriction comprising a region of traversal section reduction, a region of traversal section expansion, a throat at the constriction midpoint, and a tubular through-bayonet extending along the whole diameter of the throat , wherein the through-bayonet comprises at least one injection orifice along the throat of the constriction , wherein the at least one injection orifice is oriented downstream relatively to the process fluid flow direction of the reactor.
An information transmission method, wherein the method comprises: receiving, by a communications device, first downlink control information, wherein the first downlink control information comprises scheduling information used by the communications device to transmit first data; and a format of the first downlink control information is DCI format 6-0B, the first downlink control information transmitted each time comprises indication information, and the indication information is used to indicate whether the first data transmitted by the communications device is a first message 3 or a second message 3, wherein a quantity of transmissions does not reach a maximum quantity of Hybrid Automatic Repeat Request, HARQ, retransmissions configured in a network, wherein the first message 3 is a message 3 that does not carry user data, and the second message 3 is a message 3 that carries the user data; and transmitting, by the communications device, the first data based on the scheduling information and the indication information. receiving, by a communications device, first downlink control information, wherein the first downlink control information comprises scheduling information used by the communications device to transmit first data; and a format of the first downlink control information is DCI format 6-0B, the first downlink control information transmitted each time comprises indication information, and the indication information is used to indicate whether the first data transmitted by the communications device is a first message 3 or a second message 3, wherein a quantity of transmissions does not reach a maximum quantity of Hybrid Automatic Repeat Request, HARQ, retransmissions configured in a network, wherein the first message 3 is a message 3 that does not carry user data, and the second message 3 is a message 3 that carries the user data; and transmitting, by the communications device, the first data based on the scheduling information and the indication information.