mhurhangee/patent-ind-claim-en huggingface dataset:
A flexible display device , comprising: a body ; a moving plate configured to reciprocate between a first position and a second position with respect to the body ; a flexible display coupled to the moving plate ; and a driving module configured to move the moving plate with respect to the body , wherein the driving module comprises: a bracket coupled to the body ; a sliding plate comprising a gear rack and fastened to the moving plate , wherein the sliding plate is slidably coupled to the bracket and movement of the sliding plate causes the moving plate to be moved; and a pair of driving motors coupled to the bracket and configured to drive a pair of corresponding driving gears engaged with the gear rack , wherein each of the driving motors is arranged to be laterally adjacent to each other, wherein the gear rack is centrally located at the moving plate . a body ; a moving plate configured to reciprocate between a first position and a second position with respect to the body ; a flexible display coupled to the moving plate ; and a driving module configured to move the moving plate with respect to the body , wherein the driving module comprises: a bracket coupled to the body ; a sliding plate comprising a gear rack and fastened to the moving plate , wherein the sliding plate is slidably coupled to the bracket and movement of the sliding plate causes the moving plate to be moved; and a pair of driving motors coupled to the bracket and configured to drive a pair of corresponding driving gears engaged with the gear rack , a bracket coupled to the body ; a sliding plate comprising a gear rack and fastened to the moving plate , wherein the sliding plate is slidably coupled to the bracket and movement of the sliding plate causes the moving plate to be moved; and a pair of driving motors coupled to the bracket and configured to drive a pair of corresponding driving gears engaged with the gear rack , wherein each of the driving motors is arranged to be laterally adjacent to each other, wherein the gear rack is centrally located at the moving plate .
Filter system for cleaning a raw gas stream in a manufacturing plant, with at least one filter cartridge , which on the one hand is designed to filter a raw gas stream in a filter direction (F) and on the other hand is prepared to be cleaned by a cleaning stream (R) counter to the filter direction (F), and with a tank , which is designed to provide the pressurized cleaning air intended for the cleaning stream (R), wherein the filter system contains a control which is prepared to force an ejection of the cleaning air from the tank depending on a differential pressure (Δp) between the inside and the outside of the filter cartridge , the control is set up so that a pre-pressure (p v ) of the tank up to a maximum pre-pressure (p vmax ) is set the higher, the smaller a time interval (Δt) between successive ejections of cleaning air becomes, characterized in that at least a nozzle is arranged in the tank in such a way that the cleaning air can be supplied directly to the filter cartridge , an arrangement of the tank and the filter cartridge being selected so that a blowpipe-free direct air injection out of the tank through the nozzle is forced onto the filter cartridge or into the filter cartridge , and a pressure generating device is connected to the tank , which is used to generate a pre-pressure (p v ) from 3 to 7 bar in the tank . with at least one filter cartridge , which on the one hand is designed to filter a raw gas stream in a filter direction (F) and on the other hand is prepared to be cleaned by a cleaning stream (R) counter to the filter direction (F), and with a tank , which is designed to provide the pressurized cleaning air intended for the cleaning stream (R), wherein the filter system contains a control which is prepared to force an ejection of the cleaning air from the tank depending on a differential pressure (Δp) between the inside and the outside of the filter cartridge , the control is set up so that a pre-pressure (p v ) of the tank up to a maximum pre-pressure (p vmax ) is set the higher, the smaller a time interval (Δt) between successive ejections of cleaning air becomes, characterized in that at least a nozzle is arranged in the tank in such a way that the cleaning air can be supplied directly to the filter cartridge , an arrangement of the tank and the filter cartridge being selected so that a blowpipe-free direct air injection out of the tank through the nozzle is forced onto the filter cartridge or into the filter cartridge , and a pressure generating device is connected to the tank , which is used to generate a pre-pressure (p v ) from 3 to 7 bar in the tank .
Process for producing a cosmetic composition, comprising the following steps: a) inkjet printing onto a basic cosmetic composition, using an inkjet printer, at least one fluid composition in an amount chosen so as to impregnate the basic composition over only a part of its thickness, the basic composition being in the form of a compact powder, a stick, a pencil or felt pen or in the form of a cream, b) after at least one sampling of the impregnated layer, repeating step a) while optionally modifying the fluid composition inkjet-printed. a) inkjet printing onto a basic cosmetic composition, using an inkjet printer, at least one fluid composition in an amount chosen so as to impregnate the basic composition over only a part of its thickness, the basic composition being in the form of a compact powder, a stick, a pencil or felt pen or in the form of a cream, b) after at least one sampling of the impregnated layer, repeating step a) while optionally modifying the fluid composition inkjet-printed.
A system for providing cabin lighting within a vehicle cabin , the system comprising: cabin lighting for providing illumination to the cabin ; a location positioning system for detecting a location of a passenger ; and a lighting control system for: determining whether a predetermined cabin condition is satisfied; detecting movement of a passenger within the vehicle cabin on a basis of signals from the location positioning system ; characterised by , upon detecting movement and direction of movement of the passenger within the cabin and upon determining that the predetermined cabin condition is satisfied, causing the cabin lighting to provide cabin illumination with a localized illumination zone at a location of the passenger , wherein the localized illumination zone follows the movement of the passenger ; and wherein the localized illumination zone is positioned such that a greater portion of the localized illumination zone is positioned in front of a direction of movement of the passenger than in a direction opposite said direction of movement. cabin lighting for providing illumination to the cabin ; a location positioning system for detecting a location of a passenger ; and a lighting control system for: determining whether a predetermined cabin condition is satisfied; detecting movement of a passenger within the vehicle cabin on a basis of signals from the location positioning system ; characterised by , upon detecting movement and direction of movement of the passenger within the cabin and upon determining that the predetermined cabin condition is satisfied, causing the cabin lighting to provide cabin illumination with a localized illumination zone at a location of the passenger , wherein the localized illumination zone follows the movement of the passenger ; and wherein the localized illumination zone is positioned such that a greater portion of the localized illumination zone is positioned in front of a direction of movement of the passenger than in a direction opposite said direction of movement. upon detecting movement and direction of movement of the passenger within the cabin and upon determining that the predetermined cabin condition is satisfied, causing the cabin lighting to provide cabin illumination with a localized illumination zone at a location of the passenger , wherein the localized illumination zone follows the movement of the passenger ; and wherein the localized illumination zone is positioned such that a greater portion of the localized illumination zone is positioned in front of a direction of movement of the passenger than in a direction opposite said direction of movement.
A rotary sealing and cutting device, comprising a frame and upper and lower sealing and cutting mechanisms for sealing and cutting operations, wherein the sealing and cutting mechanism comprises a rotating shaft , a rotating base and a sealing and cutting assembly; the rotating base is connected to the rotating shaft ; the rotating shaft is in transmission connection with a power source that drives the rotating shaft to rotate; the sealing and cutting assembly comprises a sealer , a cutter holder , a sliding block , a guide wheel base and guide wheels ; the sealer is provided on the cutter holder ; the cutter holder is connected to the guide wheel base through a connecting shaft ; the sliding block is rotatably provided on the connecting shaft and slidably provided on the rotating base ; two or more guide wheels are provided on the guide wheel base ; the frame is provided thereon with an upper guide plate and a lower guide plate ; the upper guide plate and the lower guide plate are respectively provided with a D-ring groove ; linear groove sections of the upper and lower D-ring grooves are adjacent and parallel; the guide wheels of the upper sealing and cutting mechanism are in the D-ring groove of the upper guide plate ; the guide wheels of the lower sealing and cutting mechanism are in the D-ring groove of the lower guide plate ; wherein a cutter is provided on the cutter holder of the upper sealing and cutting mechanism ; the cutter is located in a middle position of the sealer ; the sealer of the lower sealing and cutting mechanism is provided with a cutter groove corresponding to the cutter .
An instrument sterile adapter comprising: a latch structure comprising: a carriage latch arm engageable with an instrument carriage to latch the instrument sterile adapter to the instrument carriage , an instrument latch arm engageable with a surgical instrument to latch the instrument sterile adapter to the surgical instrument , and a connecting member for connecting the carriage latch arm and the instrument latch arm to a remainder of the instrument sterile adapter ; wherein in an engaged state of the carriage latch arm with an instrument carriage and in an engaged state of the instrument latch arm with the surgical instrument , the carriage latch arm is not disengagable from the instrument carriage . a latch structure comprising: a carriage latch arm engageable with an instrument carriage to latch the instrument sterile adapter to the instrument carriage , an instrument latch arm engageable with a surgical instrument to latch the instrument sterile adapter to the surgical instrument , and a connecting member for connecting the carriage latch arm and the instrument latch arm to a remainder of the instrument sterile adapter ; a carriage latch arm engageable with an instrument carriage to latch the instrument sterile adapter to the instrument carriage , an instrument latch arm engageable with a surgical instrument to latch the instrument sterile adapter to the surgical instrument , and a connecting member for connecting the carriage latch arm and the instrument latch arm to a remainder of the instrument sterile adapter ; wherein in an engaged state of the carriage latch arm with an instrument carriage and in an engaged state of the instrument latch arm with the surgical instrument , the carriage latch arm is not disengagable from the instrument carriage .
A thermoplastic resin composition, comprising: 20 to 40 % by weight of a vinyl cyanide compound-conjugated diene rubber-aromatic vinyl compound graft copolymer (A); 10 to 35 % by weight of an α-methyl styrene-vinyl cyanide compound-aromatic vinyl compound copolymer (B); 5 to 30 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer (C); 23 to 47 % by weight of a polycarbonate resin (D); and 3 to 17 % by weight of a polyester resin (E), wherein a weight of the copolymer (B) is greater than or equal to a weight of the copolymer (C), and a weight ratio of the polycarbonate resin (D) to the polyester resin (E) is 2:1 to 6:1. 20 to 40 % by weight of a vinyl cyanide compound-conjugated diene rubber-aromatic vinyl compound graft copolymer (A); 10 to 35 % by weight of an α-methyl styrene-vinyl cyanide compound-aromatic vinyl compound copolymer (B); 5 to 30 % by weight of an aromatic vinyl compound-vinyl cyanide compound copolymer (C); 23 to 47 % by weight of a polycarbonate resin (D); and 3 to 17 % by weight of a polyester resin (E), wherein a weight of the copolymer (B) is greater than or equal to a weight of the copolymer (C), and a weight ratio of the polycarbonate resin (D) to the polyester resin (E) is 2:1 to 6:1.
A method , comprising: identifying a query in a message between a first user device and a second user device within a computer-implemented messaging session; receiving one or more context signals; retrieving a plurality of automated assistants from a handler index that comprises at least one respective piece of functionality providable by each of the plurality of automated assistants; selecting , based on the query, the pieces of functionality, and the one or more context signals, an automated assistant from the plurality of automated assistants to handle the query; providing for display of an intervention request to allow the selected automated assistant to intervene in the computer-implemented messaging session; receiving authorization to allow the selected automated assistant to intervene in the computer-implemented messaging session; and in response to receiving the authorization, providing the query and the one or more context signals to the selected automated assistant to allow the selected automated assistant to respond to the query within the computer-implemented messaging session. identifying a query in a message between a first user device and a second user device within a computer-implemented messaging session; receiving one or more context signals; retrieving a plurality of automated assistants from a handler index that comprises at least one respective piece of functionality providable by each of the plurality of automated assistants; selecting , based on the query, the pieces of functionality, and the one or more context signals, an automated assistant from the plurality of automated assistants to handle the query; providing for display of an intervention request to allow the selected automated assistant to intervene in the computer-implemented messaging session; receiving authorization to allow the selected automated assistant to intervene in the computer-implemented messaging session; and in response to receiving the authorization, providing the query and the one or more context signals to the selected automated assistant to allow the selected automated assistant to respond to the query within the computer-implemented messaging session.
A system for controlling operation of a radiofrequency treatment device (26a/26b) to apply radiofrequency energy to tissue to heat tissue to create lesions at a treatment range defined between under heating tissue to fail to achieve a therapeutic effect and overheating tissue to cause ablation of tissue, the system comprising a controller including a connector to which a first treatment device having a plurality of electrodes for applying radiofrequency energy to tissue is coupled for use, and a generator for applying radiofrequency energy to the electrodes, the controller controlling the generator for application of energy so that the tissue is thermally treated to create lesions but preventing thermal treatment beyond a threshold which would ablate the tissue, wherein measurement of at least one parameter selected from tissue temperature, electrode temperature and electrode impedance that would heat tissue outside of the treatment range activates a cut off function to cut off energy flow from the generator to disable an electrode, characterized in that the system further comprises a multiple error checking system in which if a measurement outside the treatment range is detected, the measurement is rechecked to determine if it remains outside the range before cutting off the energy flow thereby preventing premature disabling of an electrode.
Method for producing a cross-linked moulded body made of UHMWPE, comprising the steps: - providing a moulded body made of UHMWPE to which an antioxidant has been added; - heating the moulded body to a temperature of 100 °C or more; and - irradiating the moulded body to cross-link the UHMWPE in the moulded body, characterized in that the irradiation of the moulded body is done with X-rays. - providing a moulded body made of UHMWPE to which an antioxidant has been added; - heating the moulded body to a temperature of 100 °C or more; and - irradiating the moulded body to cross-link the UHMWPE in the moulded body,
A spacecraft , comprising: a module structure of a spacecraft having a plurality of module sides ; and a central cylinder extending through a center of the spacecraft ; the central cylinder being the only closed cross-section extending along a longitudinal axis of the spacecraft ; wherein the module structure includes a spaced pair of rigid panels positioned on opposite sides of the central cylinder and closing out an opposing pair of the module sides . a module structure of a spacecraft having a plurality of module sides ; and a central cylinder extending through a center of the spacecraft ; the central cylinder being the only closed cross-section extending along a longitudinal axis of the spacecraft ; wherein the module structure includes a spaced pair of rigid panels positioned on opposite sides of the central cylinder and closing out an opposing pair of the module sides .
A connector assembly for mechanically and electrically coupling removable modules forming a modular medical device, the connector assembly comprising: a main body ; a printed circuit disposed in the main body and having a plurality of electrical contacts ; a frame configured to be attached to the main body , the frame comprising a central opening ; an elastomeric sealing structure disposed in the central opening ; a plurality of electrical contacts , each sealingly disposed in the elastomeric sealing structure , each arranged in contact with a corresponding one of the electrical contacts on the printed circuit , and each movable upon deformation of the elastomeric sealing structure ; and characterized by : the connector assembly being either a male connector assembly comprising a pair of male hanger structures that protrude from the frame or a female connector assembly comprising a pair of female hanger structures each including a recess on the frame , the male or female hanger structures being for mechanically coupling to either the female or the male hanger structures of, respectively, a corresponding female connector assembly or male connector assembly .
An effect pigment, comprising: a platelet coated with an optical coating and the optical coating comprises: a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material between the first high refractive index layer and the second high refractive index layer; wherein: the diffused third material is partially diffused into one or both the first and the second high refractive index layers, and does not form a separate layer extending continuously between the first high refractive index layer and second high refractive index layer; the first and second high refractive index layers are formed from materials having a refractive index of > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. a platelet coated with an optical coating and the optical coating comprises: a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material between the first high refractive index layer and the second high refractive index layer; a first high refractive index layer; a second high refractive index layer formed on the first high refractive index layer; and a diffused third material between the first high refractive index layer and the second high refractive index layer; wherein: the diffused third material is partially diffused into one or both the first and the second high refractive index layers, and does not form a separate layer extending continuously between the first high refractive index layer and second high refractive index layer; the first and second high refractive index layers are formed from materials having a refractive index of > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers. the diffused third material is partially diffused into one or both the first and the second high refractive index layers, and does not form a separate layer extending continuously between the first high refractive index layer and second high refractive index layer; the first and second high refractive index layers are formed from materials having a refractive index of > 1.65; the diffused third material is SiO 2 or a metal oxide; and the diffused third material is different from the first and second high refractive index layers.
Method for controlling an at least partly automated vehicle , wherein - a vehicle computing system of the vehicle is used to generate an original environmental model; and - the original environmental model contains an entry for an object in an environment of the vehicle , the entry including a position of the object ; characterized in that the vehicle computing system is used to - modify the entry for the object to generate a modified environmental model; - generate at least one proposed path for the vehicle based on the modified environmental model, wherein a first path of the at least one proposed path interferes with the object according to the original environmental model and the first path does not interfere with the object according to the modified environmental model; - transmit the at least one proposed path and the original environmental model to a remote computing unit ; - receive information concerning a selected path of the at least one proposed path from the remote computing unit ; and - control the vehicle to drive along the selected path . - a vehicle computing system of the vehicle is used to generate an original environmental model; and - the original environmental model contains an entry for an object in an environment of the vehicle , the entry including a position of the object ; characterized in that the vehicle computing system is used to - modify the entry for the object to generate a modified environmental model; - generate at least one proposed path for the vehicle based on the modified environmental model, wherein a first path of the at least one proposed path interferes with the object according to the original environmental model and the first path does not interfere with the object according to the modified environmental model; - transmit the at least one proposed path and the original environmental model to a remote computing unit ; - receive information concerning a selected path of the at least one proposed path from the remote computing unit ; and - control the vehicle to drive along the selected path .