mhurhangee/patent-ind-claim-en huggingface dataset:
A cartridge detachably mountable to a main assembly of an electrophotographic image forming apparatus , said cartridge comprising: a photosensitive drum ; a discharge opening (32d; 232d; 628g; 730d; 802) for permitting discharge of toner (T) removed from said photosensitive drum to an outside of said cartridge ; and a coupling member (30; 230; 629; 730; 830) configured to output a rotational force, said coupling member (30; 230; 629; 730; 830) being movable relative to said photosensitive drum between (a) a first position and (b) a second position retracted from the first position; characterized in that the coupling member (30; 230; 629; 730; 830) is provided adjacent to said discharge opening (32d; 232d; 628g; 730d; 802); and the first position being suitable for transmitting the rotational force to the outside of the cartridge . a photosensitive drum ; a discharge opening (32d; 232d; 628g; 730d; 802) for permitting discharge of toner (T) removed from said photosensitive drum to an outside of said cartridge ; and a coupling member (30; 230; 629; 730; 830) configured to output a rotational force, said coupling member (30; 230; 629; 730; 830) being movable relative to said photosensitive drum between (a) a first position and (b) a second position retracted from the first position; characterized in that the coupling member (30; 230; 629; 730; 830) is provided adjacent to said discharge opening (32d; 232d; 628g; 730d; 802); and the first position being suitable for transmitting the rotational force to the outside of the cartridge .
A photovoltaic element comprising a first photovoltaic layer , wherein the first photovoltaic layer is composed of silicon dioxide particles , and the silicon dioxide particles are arranged on a charge exchange layer that has a roughness in a height direction, wherein the charge exchange layer that has a roughness in a height direction is formed on an upper surface of a first conductive film that has a roughness in a height direction, wherein the photovoltaic element further comprises a second photovoltaic layer composed of a substance selected from TiO 2 , SnO, ZnO, WO 3 , Nb 2 O 5 , In 2 O 3 , ZrO 2 , Ta 2 O 5 and TiSrO 3 wherein the roughness of the charge exchange layer in the height direction is 50 nm or greater, and characterized in that the roughness of the first conductive film in the height direction is 50 nm or greater. wherein the first photovoltaic layer is composed of silicon dioxide particles , and the silicon dioxide particles are arranged on a charge exchange layer that has a roughness in a height direction, wherein the charge exchange layer that has a roughness in a height direction is formed on an upper surface of a first conductive film that has a roughness in a height direction, wherein the photovoltaic element further comprises a second photovoltaic layer composed of a substance selected from TiO 2 , SnO, ZnO, WO 3 , Nb 2 O 5 , In 2 O 3 , ZrO 2 , Ta 2 O 5 and TiSrO 3 wherein the roughness of the charge exchange layer in the height direction is 50 nm or greater, and characterized in that the roughness of the first conductive film in the height direction is 50 nm or greater.
An ingredient processing system for manufacturing a food, including: at least one moveable receptacle (5, 5A-5G) including a first lifting bracket ; at least one moveable processing device (7A-7D) including a second lifting bracket ; and a transfer system including at least one robotic arm and a control system for controlling operation of the robotic arm; wherein the robotic arm includes an engagement tool, which is operable to selectively engage and release the lifting brackets, the robotic arm is arranged to lift and move at least one receptacle via the first lifting bracket; the robotic arm is arranged to lift and move the at least one processing device via its second lifting bracket from a storage location (35E-35L) to the at least one receptacle; the processing device is operable to process ingredients located within the at least one receptacle; and the robotic arm is arranged to remove the processing device from the at least one receptacle; wherein the at least one receptacle includes an open end arranged to receive the at least one processing device, and the at least one processing device is arranged to be mounted on the at least one receptacle, at the open end, wherein the at least one processing device includes a body portion arranged as a lid for substantially closing the open end of the at least one receptacle, and a tool element for processing ingredients is located on an inner side of the body portion, and protrudes therefrom, wherein the tool element is arranged to extend into the at least one receptacle when the body portion is mounted on the open end of the at least one receptacle.
A modular sieve device for cleaning track ballast that can be removed from a track bed underneath the sieve device, whereby the sieve device is designed as a device with a total weight of up to 5 tons that can be inserted into a track, comprising a vibration-capable sieve deck module with which contaminants can be sieved from the track ballast using gravity, whereby the sieve deck module is arranged in a frame module, whereby the sieve device furthermore has particulate vibration dampers, whereby the sieve deck module is inserted into the frame module in such a way that the frame module encloses the sieve deck module and whereby the particulate vibration dampers, comprising at least one type of particle selected from the group consisting of natural mineral particles, plastic particles, sand, metal particles, metal balls, ceramic balls, plastic balls, fillers, ductile steel balls, superficially set, preferentially thixotropically set, particles, are arranged in the transition from the sieve deck module to the enclosing frame module, and whereby, in the operating state, the sieve deck module and the frame module are decoupled from vibration by the particulate vibration dampers. comprising a vibration-capable sieve deck module with which contaminants can be sieved from the track ballast using gravity, whereby the sieve deck module is arranged in a frame module, whereby the sieve device furthermore has particulate vibration dampers, whereby the sieve deck module is inserted into the frame module in such a way that the frame module encloses the sieve deck module and whereby the particulate vibration dampers, comprising at least one type of particle selected from the group consisting of natural mineral particles, plastic particles, sand, metal particles, metal balls, ceramic balls, plastic balls, fillers, ductile steel balls, superficially set, preferentially thixotropically set, particles, are arranged in the transition from the sieve deck module to the enclosing frame module, and whereby, in the operating state, the sieve deck module and the frame module are decoupled from vibration by the particulate vibration dampers.
A device for collecting runoff water, including at least one water collecting duct intended to be sealed under the surface of a floor intended to be covered with covering elements and at least one removable strip , said collecting duct having a wall having an inner surface and an outer surface , and comprising an access opening onto the surface of said floor , said collecting device including, on both sides of said access and extending protruding along at least part of the collecting duct , at least one means for retaining the removable strip , the latter having an inverted U-shaped general cross-section with a transverse portion comprising at least one slit longitudinal to the device and flanked on both sides by two legs , said at least one longitudinal slot forming the access to the inside of the collecting duct , said removable strip having a height adapted to the thickness e of the covering elements , said collecting device being characterized in that the cross-section of the collecting duct is a portion of a circle or a semicircle defining, on both sides of the access , two substantially planar supporting surfaces for the laying of the covering elements .
A valve assembly comprising: a body defining a fluid flow path between an inlet and an outlet ; a frangible member disposed between the inlet and the outlet across the fluid flow path so as to block fluid flow between the inlet and the outlet ; means for rupturing the frangible member to allow fluid flow between the inlet and the outlet ; means for biasing the rupturing means into contact with the frangible member to cause rupture of the frangible member ; means for retaining the rupturing means away from the frangible member ; a magnet spaced apart from the retaining means ; a non-magnetic sleeve disposed between the magnet and the retaining means , the non-magnetic sleeve being configured to block a magnetic field provided by the magnet ; means for removing the non-magnetic sleeve; wherein, when non-magnetic sleeve is removed, in use, the magnetic field attracts the retaining means to release the rupturing means to cause rupture of the frangible member . a body defining a fluid flow path between an inlet and an outlet ; a frangible member disposed between the inlet and the outlet across the fluid flow path so as to block fluid flow between the inlet and the outlet ; means for rupturing the frangible member to allow fluid flow between the inlet and the outlet ; means for biasing the rupturing means into contact with the frangible member to cause rupture of the frangible member ; means for retaining the rupturing means away from the frangible member ; a magnet spaced apart from the retaining means ; a non-magnetic sleeve disposed between the magnet and the retaining means , the non-magnetic sleeve being configured to block a magnetic field provided by the magnet ; means for removing the non-magnetic sleeve; wherein, when non-magnetic sleeve is removed, in use, the magnetic field attracts the retaining means to release the rupturing means to cause rupture of the frangible member .
A method for controlling an industrial robot , the method being performed by a robot controller system , the robot controller system comprising a local part connected to an industrial robot and a remote cloud part connectable to the local part, the local part comprising a first real-time partition and a second non-real-time partition , wherein the first real-time partition is operating on a real-time operating system, and the second non-real-time partition operating on general purpose operating system, and the method comprising the steps of: storing a local cache of a complete file system of the robot controller system in the second non-real-time partition , wherein the complete file system comprises an operating system including drivers, a root file system, a robot controller application and user and system data; storing the complete file system in the remote cloud part ; and controlling the industrial robot in real time from the first real-time partition . storing a local cache of a complete file system of the robot controller system in the second non-real-time partition , wherein the complete file system comprises an operating system including drivers, a root file system, a robot controller application and user and system data; storing the complete file system in the remote cloud part ; and controlling the industrial robot in real time from the first real-time partition .
A medical injection assembly comprising: a cannula comprised of a biocompatible thermoplastic polymer; a hypodermic needle attached to a distal tip of the cannula and extending distally from the cannula, wherein the distal tip of the cannula acts as a wall to prevent the needle from penetrating into target tissue past the distal tip of the cannula; said cannula being configured to be received in a cannula lumen along a straight axis and to move relative to the cannula lumen along said axis and to be kept therein in a desired position; said cannula having a distal portion that maintains a predefined curvature in the absence of a deforming force when out of the cannula lumen, but conforms to said straight axis when in the cannula lumen; wherein said predefined curvature is defined by an inverse tangent function; wherein the cannula is configured such that, when the cannula is moved in the distal direction out of said cannula lumen, a distance between a distal tip of the cannula and said axis increases; and wherein the cannula is further configured such that, when the cannula is rotated about said axis and advanced distally out of the cannula lumen, the needle points at injection sites in a pattern defined by concentric semi-circles of different radii. a cannula comprised of a biocompatible thermoplastic polymer; a hypodermic needle attached to a distal tip of the cannula and extending distally from the cannula, wherein the distal tip of the cannula acts as a wall to prevent the needle from penetrating into target tissue past the distal tip of the cannula; said cannula being configured to be received in a cannula lumen along a straight axis and to move relative to the cannula lumen along said axis and to be kept therein in a desired position; said cannula having a distal portion that maintains a predefined curvature in the absence of a deforming force when out of the cannula lumen, but conforms to said straight axis when in the cannula lumen; wherein said predefined curvature is defined by an inverse tangent function; wherein the cannula is configured such that, when the cannula is moved in the distal direction out of said cannula lumen, a distance between a distal tip of the cannula and said axis increases; and wherein the cannula is further configured such that, when the cannula is rotated about said axis and advanced distally out of the cannula lumen, the needle points at injection sites in a pattern defined by concentric semi-circles of different radii.
A nasal delivery device for delivering substance to a nasal airway of a subject, comprising: a nosepiece for fitting to a nasal cavity of a subject; a mouthpiece into which the subject in use exhales; a delivery unit , which comprises an actuation part which is manually displaceable to actuate the delivery unit to deliver substance from the nosepiece ; and a valve assembly which is fluidly connected to the nosepiece and the mouthpiece , wherein the valve assembly comprises a body element and a valve element which is movably disposed to the body element between closed and open configurations by manual displacement of the actuation part of the delivery unit to provide for an air flow through the nosepiece simultaneously with delivery of substance; characterized in that : the body element of the valve assembly includes a valve seat which defines a valve opening , the valve element of the valve assembly comprises a seal which acts to close the valve opening of the valve seat when the valve element of the valve assembly is in the closed configuration, and the delivery unit is configured to provide delivery of substance subsequent to opening of the valve element and in a period less than about 250 ms from opening of the valve element . a nosepiece for fitting to a nasal cavity of a subject; a mouthpiece into which the subject in use exhales; a delivery unit , which comprises an actuation part which is manually displaceable to actuate the delivery unit to deliver substance from the nosepiece ; and a valve assembly which is fluidly connected to the nosepiece and the mouthpiece , wherein the valve assembly comprises a body element and a valve element which is movably disposed to the body element between closed and open configurations by manual displacement of the actuation part of the delivery unit to provide for an air flow through the nosepiece simultaneously with delivery of substance; characterized in that : the body element of the valve assembly includes a valve seat which defines a valve opening , the valve element of the valve assembly comprises a seal which acts to close the valve opening of the valve seat when the valve element of the valve assembly is in the closed configuration, and the delivery unit is configured to provide delivery of substance subsequent to opening of the valve element and in a period less than about 250 ms from opening of the valve element .
A wetsuit , comprising: means for providing tension at or above an iliac crest of a wearer; a first leg portion including at least a first longitudinal strap or stiffening member , the first longitudinal strap or stiffening member extending from a first hip region of the wearer to a first lateral thigh region of the wearer and being coupled to the means for providing tension; and a second leg portion including at least a second longitudinal strap or stiffening member , the second longitudinal strap or stiffening member extending from a second hip region of the wearer to a second lateral thigh region of the wearer and being coupled to the means for providing tension, wherein: each of the first longitudinal strap or stiffening member and the second longitudinal strap or stiffening member is stiffer than panels (601-605, 640, 642) in the leg portions of the wetsuit ; and the first and second longitudinal straps or stiffening members are made from neoprene. means for providing tension at or above an iliac crest of a wearer; a first leg portion including at least a first longitudinal strap or stiffening member , the first longitudinal strap or stiffening member extending from a first hip region of the wearer to a first lateral thigh region of the wearer and being coupled to the means for providing tension; and a second leg portion including at least a second longitudinal strap or stiffening member , the second longitudinal strap or stiffening member extending from a second hip region of the wearer to a second lateral thigh region of the wearer and being coupled to the means for providing tension, wherein: each of the first longitudinal strap or stiffening member and the second longitudinal strap or stiffening member is stiffer than panels (601-605, 640, 642) in the leg portions of the wetsuit ; and the first and second longitudinal straps or stiffening members are made from neoprene. each of the first longitudinal strap or stiffening member and the second longitudinal strap or stiffening member is stiffer than panels (601-605, 640, 642) in the leg portions of the wetsuit ; and the first and second longitudinal straps or stiffening members are made from neoprene.
Use of a dispersion solution for drilling to extract underground resources, wherein the dispersion solution is obtained by dispersing, in an aqueous medium, a hydrolysable resin material that contains: (a) a resin that is hydrolysable but sparingly, which is a polylactic acid; and (b) a hydrolysable resin that accelerates the decomposition of esters, which is a polyoxalate that has a weight average molecular weight of 1,000 to 200,000. (a) a resin that is hydrolysable but sparingly, which is a polylactic acid; and (b) a hydrolysable resin that accelerates the decomposition of esters, which is a polyoxalate that has a weight average molecular weight of 1,000 to 200,000.
Method for supporting the enhanced operation and for detecting the positioning of an antenna device for use with or in a telecommunications network , wherein the telecommunications network has an apparatus management device , or an apparatus management device is allocated to the telecommunications network , wherein the antenna device has a sensor device and wherein the antenna device can be connected to the apparatus management device by means of a radio link, wherein the method comprises the steps of: - in a first step, the antenna device is positioned in or on a building and put into operation - in a second step which is performed chronologically after, during and/or before the first step, the sensor device acquires at least one item of measured value information, - in a third step which follows the second step, the at least one item of measured value information is transmitted to the apparatus management device , characterised in that - in a fourth step which follows the third step, an item of indicator information regarding the positioning of the antenna device as to whether the antenna device is positioned inside the building or outside the building is derived at least from the at least one item of measured value information. - in a first step, the antenna device is positioned in or on a building and put into operation - in a second step which is performed chronologically after, during and/or before the first step, the sensor device acquires at least one item of measured value information, - in a third step which follows the second step, the at least one item of measured value information is transmitted to the apparatus management device , characterised in that - in a fourth step which follows the third step, an item of indicator information regarding the positioning of the antenna device as to whether the antenna device is positioned inside the building or outside the building is derived at least from the at least one item of measured value information.
A first communication device comprising: one or more circuits configured to: receive a call establishment request from a second communication device , including a subscriber identification number associated with a third communication device , via a first communication network that connects said first communication device with said second communication device, enable routing of a call between said second communication device and said third communication device by use of said received subscriber identification number, via a second communication network associated with a first subscriber module of said first communication device, based on said received call establishment request, and establish said call between said second communication device and said third communication device via said second communication network, by use of said first subscriber module, based on said received call establishment request, wherein said one or more circuits are further configured to disable a first audio input device and/or a first audio-output device associated with said first subscriber module, based on said establishment of said call, and characterized in that said first communication device comprises a second audio-input device and/or a second audio-output device associated with a second subscriber module of said first communication device which are enabled, during said routing and said establishment of said call, for use with other applications of said first communication device. receive a call establishment request from a second communication device , including a subscriber identification number associated with a third communication device , via a first communication network that connects said first communication device with said second communication device, enable routing of a call between said second communication device and said third communication device by use of said received subscriber identification number, via a second communication network associated with a first subscriber module of said first communication device, based on said received call establishment request, and establish said call between said second communication device and said third communication device via said second communication network, by use of said first subscriber module, based on said received call establishment request, wherein said one or more circuits are further configured to disable a first audio input device and/or a first audio-output device associated with said first subscriber module, based on said establishment of said call, and characterized in that said first communication device comprises a second audio-input device and/or a second audio-output device associated with a second subscriber module of said first communication device which are enabled, during said routing and said establishment of said call, for use with other applications of said first communication device.