mhurhangee/patent-ind-claim-en huggingface dataset:
A tool for retrieving contents from a hole comprising: a cylindrical body having: a larger internal diameter than the external diameter of said contents; and a smaller external diameter than the internal diameter of said hole; a plurality of inflatable air wedges arranged about the inside of said cylindrical body , each of said plurality of inflatable air wedges being operable to be inflated to grip the periphery of said contents; a source of pressurized air to controllably inflate said plurality of inflatable air wedges ; and a vertical lifting assembly fixed to the top of said cylindrical body for lowering said cylindrical body into said hole, and raising it out of said hole, characterized in that each of the plurality of inflatable air wedges have a first end fixed to an inside wall of said cylindrical body at a top region of said cylindrical body and a second end fixed to the inside wall of said cylindrical body at a bottom region. a cylindrical body having: a larger internal diameter than the external diameter of said contents; and a smaller external diameter than the internal diameter of said hole; a larger internal diameter than the external diameter of said contents; and a smaller external diameter than the internal diameter of said hole; a plurality of inflatable air wedges arranged about the inside of said cylindrical body , each of said plurality of inflatable air wedges being operable to be inflated to grip the periphery of said contents; a source of pressurized air to controllably inflate said plurality of inflatable air wedges ; and a vertical lifting assembly fixed to the top of said cylindrical body for lowering said cylindrical body into said hole, and raising it out of said hole, characterized in that each of the plurality of inflatable air wedges have a first end fixed to an inside wall of said cylindrical body at a top region of said cylindrical body and a second end fixed to the inside wall of said cylindrical body at a bottom region.
A method of production of a drainage hole floor module in a floor structure of a building site , the method comprises the steps of: - providing a forming tool for manufacture of a plate member comprising a thermosetting polymer; - forming of said plate member in said forming tool into a flat spatial geometry having an extended lower surface and an extended upper sloping surface converging to an apex point (AP); - in the same forming step permanently joining a drainage pipe rigidly to the thermosetting polymer, wherein an upper end of said drainage pipe is positioned at said apex point (AP) and said drainage pipe extends beyond or to said lower surface forming a lower end and wherein the drainage pipe comprises an anchoring element radially protruding into a through hole inner side ; - transporting said plate member to the building site ; - installation of said plate member to the floor structure ;. - providing a forming tool for manufacture of a plate member comprising a thermosetting polymer; - forming of said plate member in said forming tool into a flat spatial geometry having an extended lower surface and an extended upper sloping surface converging to an apex point (AP); - in the same forming step permanently joining a drainage pipe rigidly to the thermosetting polymer, wherein an upper end of said drainage pipe is positioned at said apex point (AP) and said drainage pipe extends beyond or to said lower surface forming a lower end and wherein the drainage pipe comprises an anchoring element radially protruding into a through hole inner side ; - transporting said plate member to the building site ; - installation of said plate member to the floor structure ;.
A method implemented by one or more processors within a security zone , comprising: receiving, at an automated assistant client implemented by one or more of the processors of a client device within the security zone , a free form natural language query from a user , wherein the free form natural language query is answerable based on private information that is available from one or more resources within the security zone , wherein the security zone is behind a firewall ; providing, via the firewall , first data indicative of the free form natural language query to a semantic processor , wherein the semantic processor is outside of the security zone ; receiving, via the firewall , by one or more of the processors within the security zone , from the semantic processor , second data indicative of a state machine, wherein the state machine is implementable to obtain the private information from one or more of the resources within the security zone ; implementing, by one or more of the processors within the security zone , the state machine to obtain the private information from one or more of the resources within the security zone ; generating, based on the state machine and the obtained private information, natural language output that conveys information responsive to the free form natural language query; and providing, by the automated assistant client, at one or more output components, the natural language output. receiving, at an automated assistant client implemented by one or more of the processors of a client device within the security zone , a free form natural language query from a user , wherein the free form natural language query is answerable based on private information that is available from one or more resources within the security zone , wherein the security zone is behind a firewall ; providing, via the firewall , first data indicative of the free form natural language query to a semantic processor , wherein the semantic processor is outside of the security zone ; receiving, via the firewall , by one or more of the processors within the security zone , from the semantic processor , second data indicative of a state machine, wherein the state machine is implementable to obtain the private information from one or more of the resources within the security zone ; implementing, by one or more of the processors within the security zone , the state machine to obtain the private information from one or more of the resources within the security zone ; generating, based on the state machine and the obtained private information, natural language output that conveys information responsive to the free form natural language query; and providing, by the automated assistant client, at one or more output components, the natural language output.
A tomosynthesis imaging apparatus comprising: a radiation detector adapted to detect radiation transmitted through an object and has an imaging surface capturing a projection image of the object; a radiation source having a plurality of radiation tubes disposed at a plurality of positions where the radiation is emitted to the imaging surface at different irradiation angles; an acquisition unit adapted to acquire a first coefficient which corresponds to a thickness of the object, indicates a rate of change in an arrival dose of the radiation reaching the radiation detector depending on the irradiation angle, and is registered for each of the plurality of radiation tubes; a correction unit adapted to correct irradiation conditions of the radiation using the first coefficient; and a setting unit adapted to set the irradiation conditions corrected by the correction unit in the radiation source, characterized in that the acquisition unit is adapted to acquire a second coefficient that is related to a dose of the radiation and is registered for each of the plurality of radiation tubes, and the correction unit is adapted to correct the irradiation conditions using the second coefficient in addition to the first coefficient. a radiation detector adapted to detect radiation transmitted through an object and has an imaging surface capturing a projection image of the object; a radiation source having a plurality of radiation tubes disposed at a plurality of positions where the radiation is emitted to the imaging surface at different irradiation angles; an acquisition unit adapted to acquire a first coefficient which corresponds to a thickness of the object, indicates a rate of change in an arrival dose of the radiation reaching the radiation detector depending on the irradiation angle, and is registered for each of the plurality of radiation tubes; a correction unit adapted to correct irradiation conditions of the radiation using the first coefficient; and a setting unit adapted to set the irradiation conditions corrected by the correction unit in the radiation source, characterized in that the acquisition unit is adapted to acquire a second coefficient that is related to a dose of the radiation and is registered for each of the plurality of radiation tubes, and the correction unit is adapted to correct the irradiation conditions using the second coefficient in addition to the first coefficient.
A cylinder head with connected exhaust manifold of an internal combustion engine, wherein the cylinder head has at least one exhaust duct which ends at an outer cylinder head connecting face to which the exhaust manifold , which forms a continuation of the exhaust duct , is connected with an assigned exhaust manifold connecting face , preferably by means of at least one screw connection , wherein a flange bushing insert , which has a bushing part and an end-side flange part , is inserted into the exhaust duct of the cylinder head , wherein the bushing part has at least one radially protruding, circumferential bead (13a, 13b; 15) as a spacer and sealing element with which the bushing part bears against the exhaust duct inner wall, wherein the flange part projects in an annular disc shape radially at the outer end of the flange bushing insert and is clamped between the cylinder head connecting face and the exhaust manifold connecting face in such a manner that a circumferential insulating gap which is uncoupled from an exhaust gas flow and is thermally insulating with a gap width corresponding to the bead height is formed between the exhaust duct inner wall and the bushing part outer wall as well as between the flange part and an axially adjacent bead and/or between two beads lying axially next to one another, characterized in that the flange part is supported axially with at least one circumferential, preferably elastically formed bead on the cylinder head connecting face .
A method useful in delivering a blood processing solution to blood present in a blood bag , the method comprising: coupling a first end of a first tube to a vented spike and a second end of the first tube to a first input of a Y-shaped tube connector ; coupling an in-line microbiotic barrier filter between the first and second ends of the first tube , wherein a flow path extends from the first end to the second end of the first tube that passes through the microbiotic barrier filter ; coupling a first end of a second tube to a transfer bag and a second end of the second tube to a second input of the Y-shaped tube connector ; coupling a first end of a third tube to an output of the Y-shaped tube connector ; sealing a second end of the third tube ; providing instructions to seal a second end of a fourth tube that is coupled at a first end to the blood bag ; and providing instructions to weld the third tube to the fourth tube using a sterile tubing welder . coupling a first end of a first tube to a vented spike and a second end of the first tube to a first input of a Y-shaped tube connector ; coupling an in-line microbiotic barrier filter between the first and second ends of the first tube , wherein a flow path extends from the first end to the second end of the first tube that passes through the microbiotic barrier filter ; coupling a first end of a second tube to a transfer bag and a second end of the second tube to a second input of the Y-shaped tube connector ; coupling a first end of a third tube to an output of the Y-shaped tube connector ; sealing a second end of the third tube ; providing instructions to seal a second end of a fourth tube that is coupled at a first end to the blood bag ; and providing instructions to weld the third tube to the fourth tube using a sterile tubing welder .
Covering device for covering a gap between a first component and a second component inside an aircraft comprising: - a sealing element configured to be fastened to the first component in an area ; and - a rib structure which is disposed on a surface of the sealing element , wherein the rib structure comprises a plurality of ribs which extend parallel to the surface of the sealing element , wherein the bendability of the ribs parallel to the surface of the sealing element is high, and perpendicular to the surface of the sealing element is low, and wherein the rib structure is configured to be mounted, together with the sealing element , on the first component in the area by means of bonding or screwing. - a sealing element configured to be fastened to the first component in an area ; and - a rib structure which is disposed on a surface of the sealing element , wherein the rib structure comprises a plurality of ribs which extend parallel to the surface of the sealing element , wherein the bendability of the ribs parallel to the surface of the sealing element is high, and perpendicular to the surface of the sealing element is low, and wherein the rib structure is configured to be mounted, together with the sealing element , on the first component in the area by means of bonding or screwing.
Method of determining the effective output torque (MVab1, MVab2) at at least two output drives of a power divider transmission which is enclosed by a casing , characterised by the following steps: determining the deformation of the casing of the power divider transmission ; determining the effective output torque (MVab1) of the first output drive with the help of a known functional correlationship on the basis of the determined deformation of the casing; and determining the effective output torque (MVab2) of the second output drive as a difference between the input torque (MVein) supplied to the power divider transmission and the effective output torque (MVab1) of the first output drive . determining the deformation of the casing of the power divider transmission ; determining the effective output torque (MVab1) of the first output drive with the help of a known functional correlationship on the basis of the determined deformation of the casing; and determining the effective output torque (MVab2) of the second output drive as a difference between the input torque (MVein) supplied to the power divider transmission and the effective output torque (MVab1) of the first output drive .
A method for a communications system comprising: determining a touch input characteristic, at an apparatus; generating an audio signal, at the apparatus; generating , at the apparatus, a tactile signal dependent on the touch input characteristic; mixing , at the apparatus, the tactile signal and the audio signal to form a combined signal during an active communication; providing the combined signal, from the apparatus, to one or more further apparatus during the active communication; and wherein the combined signal is configured to generate a tactile output representing the touch input characteristic during the active communication. determining a touch input characteristic, at an apparatus; generating an audio signal, at the apparatus; generating , at the apparatus, a tactile signal dependent on the touch input characteristic; mixing , at the apparatus, the tactile signal and the audio signal to form a combined signal during an active communication; providing the combined signal, from the apparatus, to one or more further apparatus during the active communication; and wherein the combined signal is configured to generate a tactile output representing the touch input characteristic during the active communication.
A fixing device comprising: a fixing rotary body ; an opposed rotary body to contact the fixing rotary body to form a fixing nip (N) therebetween through which a recording medium (P) bearing a toner image passes; a plurality of separators disposed downstream from the fixing nip (N) in a conveyance direction of the recording medium (P) and contactable to the fixing rotary body independently from each other, the plurality of separators to contact the fixing rotary body to separate the recording medium (P) having passed through the fixing nip (N) from the fixing rotary body ; a plurality of contact direction biasing members attached to the plurality of separators to exert a first bias (D1) to the plurality of separators to cause the plurality of separators to contact the fixing rotary body ; a driver ; an entering recording medium detector disposed upstream from the fixing nip (N) in the conveyance direction of the recording medium (P) to detect the recording medium (P); and a controller connected to the driver to control the driver based on a detection signal sent from the entering recording medium detector to change a contact time period for which the plurality of separators contacts the fixing rotary body , characterized by : a separator presser to press against the plurality of separators against the first bias (D1) exerted by the plurality of contact direction biasing members to separate the plurality of separators from the fixing rotary body ; and a single driver connected to the separator presser to separate the separator presser from the plurality of separators . a fixing rotary body ; an opposed rotary body to contact the fixing rotary body to form a fixing nip (N) therebetween through which a recording medium (P) bearing a toner image passes; a plurality of separators disposed downstream from the fixing nip (N) in a conveyance direction of the recording medium (P) and contactable to the fixing rotary body independently from each other, the plurality of separators to contact the fixing rotary body to separate the recording medium (P) having passed through the fixing nip (N) from the fixing rotary body ; a plurality of contact direction biasing members attached to the plurality of separators to exert a first bias (D1) to the plurality of separators to cause the plurality of separators to contact the fixing rotary body ; a driver ; an entering recording medium detector disposed upstream from the fixing nip (N) in the conveyance direction of the recording medium (P) to detect the recording medium (P); and a controller connected to the driver to control the driver based on a detection signal sent from the entering recording medium detector to change a contact time period for which the plurality of separators contacts the fixing rotary body , characterized by : a separator presser to press against the plurality of separators against the first bias (D1) exerted by the plurality of contact direction biasing members to separate the plurality of separators from the fixing rotary body ; and a single driver connected to the separator presser to separate the separator presser from the plurality of separators .
A composition for use in treating ocular neovascularization disease, comprising: a guide nucleic acid capable of targeting one or more target sequences, or a nucleic acid sequence encoding the same, wherein the one or more target sequences are selected from SEQ ID NOs: 20, 26 and 105 in nucleic acid sequences of an HIF 1A gene, wherein the guide nucleic acid includes a guide domain and at least one selected from the group consisting of a first complementary domain, a linker domain, a second complementary domain, a proximal domain and a tail domain; and an editor protein or a nucleic acid sequence encoding the same, wherein the editor protein is a Campylobacter jejuni Cas9 protein. a guide nucleic acid capable of targeting one or more target sequences, or a nucleic acid sequence encoding the same, wherein the one or more target sequences are selected from SEQ ID NOs: 20, 26 and 105 in nucleic acid sequences of an HIF 1A gene, wherein the guide nucleic acid includes a guide domain and at least one selected from the group consisting of a first complementary domain, a linker domain, a second complementary domain, a proximal domain and a tail domain; and an editor protein or a nucleic acid sequence encoding the same, wherein the editor protein is a Campylobacter jejuni Cas9 protein.
An electronic device comprising: a biological signal inputter configured to receive a biological signal through an electrode; and a processor , the processor being characterized in that it is configured to: determine a biological signal to be received based on a context of the electronic device , activate a channel corresponding to the electrode for receiving the determined biological signal, deactivate a channel corresponding to the electrode for receiving another biological signal other than the determined biological signal, and determine a biological change using the biological signal received through the activated channel corresponding to the electrode. a biological signal inputter configured to receive a biological signal through an electrode; and a processor , the processor being characterized in that it is configured to: determine a biological signal to be received based on a context of the electronic device , activate a channel corresponding to the electrode for receiving the determined biological signal, deactivate a channel corresponding to the electrode for receiving another biological signal other than the determined biological signal, and determine a biological change using the biological signal received through the activated channel corresponding to the electrode.
A method for video tone mapping, the method comprising: determining a first video component and a second video component by processing video data; applying tone mapping to the first video component; determining a scaling factor based on a ratio of the first video component and the tone-mapped first video component; performing a perception gain control, PGC, processing to the second video component with the scaling factor; and generating a tone mapped video by combining the tone-mapped first video component with the processed second video component. determining a first video component and a second video component by processing video data; applying tone mapping to the first video component; determining a scaling factor based on a ratio of the first video component and the tone-mapped first video component; performing a perception gain control, PGC, processing to the second video component with the scaling factor; and generating a tone mapped video by combining the tone-mapped first video component with the processed second video component.
A water outlet mechanism, wherein the mechanism comprises: a spout having a hollow spout inner chamber , a water outlet formed at one end of the spout inner chamber , and a fitting port formed at the other end of the spout inner chamber ; a check valve which is disposed in the spout inner chamber and can disengage from the spout inner chamber through the fitting port ; a water tube one end of which extends through the fitting port into the spout inner chamber ; a sealing ring sealingly sleeved between the outside of the water tube and the inside of the spout ; a support assembled in the spout inner chamber , the sealing ring abutting against a side of the support facing away from the check valve , the support extending from an inner wall of the spout inner chamber towards a central axis of the spout inner chamber . a spout having a hollow spout inner chamber , a water outlet formed at one end of the spout inner chamber , and a fitting port formed at the other end of the spout inner chamber ; a check valve which is disposed in the spout inner chamber and can disengage from the spout inner chamber through the fitting port ; a water tube one end of which extends through the fitting port into the spout inner chamber ; a sealing ring sealingly sleeved between the outside of the water tube and the inside of the spout ; a support assembled in the spout inner chamber , the sealing ring abutting against a side of the support facing away from the check valve , the support extending from an inner wall of the spout inner chamber towards a central axis of the spout inner chamber .