mhurhangee/patent-ind-claim-en huggingface dataset:
Communication device for performing data communication using a human or animal body as transmission medium, the communication device comprising a transceiver unit comprising at least one of a transmitter and a receiver , and wherein the communication device comprises an electrostatic transducer for enabling data communication via a surface of the body with one or more user devices in touch with or near the body, wherein the communication device further comprises an ultrasonic transducer for enabling data communication through the body using ultrasonic waves, and wherein both the electrostatic transducer and the ultrasonic transducer are capacitive type transducers connected to and operated via said transceiver unit.
Planning device for generating control data for a treatment apparatus for eye surgery which generates at least one incision in the cornea by means of a laser device , wherein the planning device comprises calculation means for defining at least one corneal relief incision (T, U), wherein the calculation means define the at least one corneal relief incision (T, U) based on the data of a refractive correction, and generate a control data record for controlling the laser device for the corneal relief incisions (T, U), wherein the calculation means determine the at least one corneal relief incision (T, U) in such a way that refractive errors present following the insertion of an implant into the cornea are countervailed, wherein the at least one corneal relief incision (T, U) reaches into the cornea to a depth of no more than 80% of the corneal thickness remaining over the implant and extends outside of the optically effective zone of the eye, and wherein the at least one corneal relief incision (T, U) includes a corneal relief incision (U) embodied such that it forms a complete circular arc arranged above the implant following the insertion of said implant. wherein the calculation means determine the at least one corneal relief incision (T, U) in such a way that refractive errors present following the insertion of an implant into the cornea are countervailed, wherein the at least one corneal relief incision (T, U) reaches into the cornea to a depth of no more than 80% of the corneal thickness remaining over the implant and extends outside of the optically effective zone of the eye, and wherein the at least one corneal relief incision (T, U) includes a corneal relief incision (U) embodied such that it forms a complete circular arc arranged above the implant following the insertion of said implant.
A can bodymaker comprising components (212, 501, 603a,b) that require relative alignment to one another, the components including a ram and a punch fixed to an end of the ram, the can bodymaker comprising: a ram assembly comprising the ram and the punch ; and a toolpack module including a toolpack frame supporting two or more of said components, including one or more dies , and one or more adjustment mechanisms for supporting the two or more components and adjustably aligning the two or more components with respect to the toolpack frame when the toolpack module is not attached to the bodymaker, characterised in that the can bodymaker further comprises a precision mount (305a-d) that allows fixing of the toolpack module to the can bodymaker in a datum position with respect to the ram assembly and subsequent removal and replacement of the toolpack module in the datum position. a ram assembly comprising the ram and the punch ; and a toolpack module including a toolpack frame supporting two or more of said components, including one or more dies , and one or more adjustment mechanisms for supporting the two or more components and adjustably aligning the two or more components with respect to the toolpack frame when the toolpack module is not attached to the bodymaker, characterised in that the can bodymaker further comprises a precision mount (305a-d) that allows fixing of the toolpack module to the can bodymaker in a datum position with respect to the ram assembly and subsequent removal and replacement of the toolpack module in the datum position.
A turbocharger assembly comprising: two turbocharger bearings , wherein each of the two turbocharger bearings comprises an outer race and rolling elements ; a housing that comprises an axial bore ; and a spacer fitted in the axial bore and configured to space the two turbocharger bearings, the spacer comprising an annular body that defines a central through bore and that comprises an axial end face and an opposing axial end face ; a lubricant passage configured to direct lubricant to the axial end face; and a lubricant passage configured to direct lubricant to the opposing axial end face, characterised in that the spacer is press-fit into the axial bore of the housing.. two turbocharger bearings , wherein each of the two turbocharger bearings comprises an outer race and rolling elements ; a housing that comprises an axial bore ; and a spacer fitted in the axial bore and configured to space the two turbocharger bearings, the spacer comprising an annular body that defines a central through bore and that comprises an axial end face and an opposing axial end face ; a lubricant passage configured to direct lubricant to the axial end face; and a lubricant passage configured to direct lubricant to the opposing axial end face, characterised in that the spacer is press-fit into the axial bore of the housing..
A water-abrasive suspension cutting facility with - a pressure tank for providing a water-abrasive agent suspension which is under pressure - a lock chamber , and - a refilling valve for refilling abrasive agent into the pressure tank via the lock chamber , wherein the refilling valve comprises a valve entry , a valve exit , a valve space which is arranged between the valve entry and the valve exit , and a valve body which is located in the valve space , wherein the valve entry is connected to the lock chamber and the valve exit to the pressure tank , characterised in that the refilling valve comprises a first closure position, a first open position and a second open position, wherein in the first closure position the lock chamber is fluid-separated from the pressure tank and in the first as well as a second open position the lock chamber is fluid-connected to the pressure tank , wherein the valve space comprises a pressure inlet , which is connected to a bypass of a pressure conduit, with which the pressure tank and/or the lock chamber is also pressurized, wherein the valve space in the closure position of the valve body is pressurizable via the pressure inlet to reduce a pressure difference between the valve space and the valve inlet and/or valve outlet . - a pressure tank for providing a water-abrasive agent suspension which is under pressure - a lock chamber , and - a refilling valve for refilling abrasive agent into the pressure tank via the lock chamber , wherein the refilling valve comprises a valve entry , a valve exit , a valve space which is arranged between the valve entry and the valve exit , and a valve body which is located in the valve space , wherein the valve entry is connected to the lock chamber and the valve exit to the pressure tank , characterised in that
A container comprising: a base portion , the base portion having: at least one side support ; and at least one end support at each end of the base portion ; and a flexible, resilient lid portion , the lid portion configured to be installed to the base portion utilizing the resilience in the lid portion for inserting each end of the lid portion into the at least one end support , wherein the at least one end support is configured for the installation of the lid portion and to hold the lid portion to the base portion in place, and wherein the at least one side support is configured to provide support for the lid portion and to allow the lid portion to be in a flat configuration after the installation of the lid portion to the base portion for closing the container , wherein the at least one side support comprises: a first raised support connected to an inner part of the base portion ; a second raised support connected to an inner part of the base portion ; and a central portion displaced further away from an opening of the base portion than the first raised support and the second raised support , wherein the central portion prevents a central part of the lid from being pushed further into the base portion than the central portion when disengaging the lid portion . a base portion , the base portion having: at least one side support ; and at least one end support at each end of the base portion ; and at least one side support ; and at least one end support at each end of the base portion ; and a flexible, resilient lid portion , the lid portion configured to be installed to the base portion utilizing the resilience in the lid portion for inserting each end of the lid portion into the at least one end support , wherein the at least one end support is configured for the installation of the lid portion and to hold the lid portion to the base portion in place, and wherein the at least one side support is configured to provide support for the lid portion and to allow the lid portion to be in a flat configuration after the installation of the lid portion to the base portion for closing the container , wherein the at least one side support comprises: a first raised support connected to an inner part of the base portion ; a second raised support connected to an inner part of the base portion ; and a central portion displaced further away from an opening of the base portion than the first raised support and the second raised support , wherein the central portion prevents a central part of the lid from being pushed further into the base portion than the central portion when disengaging the lid portion . a first raised support connected to an inner part of the base portion ; a second raised support connected to an inner part of the base portion ; and a central portion displaced further away from an opening of the base portion than the first raised support and the second raised support , wherein the central portion prevents a central part of the lid from being pushed further into the base portion than the central portion when disengaging the lid portion .
Vacuum cleaner for cleaning floor surfaces, comprising - a housing , - a receiving chamber arranged in the housing for receiving a dirt collection bag, - a housing cover associated with the receiving chamber and - at least one circumferential seal in an engagement region of the housing cover and housing , which seal is intended to seal the receiving chamber from the surroundings of the vacuum cleaner in an airtight manner, it being possible to transfer the housing cover between a closed position which closes an opening of the receiving chamber and an open position which releases the opening of the receiving chamber , characterised in that the seal has at least two active portions in which the seal has different active directions, and the seal has at least one transition portion located between two active portions , the active direction of the seal being changed, preferably continuously, in the transition portion , from the active direction present in the first active portion to the active direction present in the second active portion . - a housing , - a receiving chamber arranged in the housing for receiving a dirt collection bag, - a housing cover associated with the receiving chamber and - at least one circumferential seal in an engagement region of the housing cover and housing , which seal is intended to seal the receiving chamber from the surroundings of the vacuum cleaner in an airtight manner,
An indoor unit of an air-conditioning apparatus, comprising: a main body installed on a wall surface in a room ; and a wireless remote controller that communicates with the main body using an operating signal, wherein the main body includes a main-body communication device that communicates with the wireless remote controller using the operating signal, an image pickup device that captures an image of the inside of the room , and a controller that controls the main-body communication device , wherein the wireless remote controller includes a wireless-remote-controller communication device that receives the operating signal, and a wireless-remote-controller notification device that outputs at least one of sound, light, and vibration, wherein the controller causes the main-body communication device to send the operating signal to the wireless-remote-controller communication device if the controller recognizes that a face (F1) of a person is present in a predetermined face recognition range in a field of the image pickup device for a predetermined face recognition time (T1) based on the image captured by the image pickup device , and wherein the wireless-remote-controller notification device outputs the at least one of sound, light, and vibration when the wireless-remote-controller communication device receives the operating signal. a main body installed on a wall surface in a room ; and a wireless remote controller that communicates with the main body using an operating signal, wherein the main body includes a main-body communication device that communicates with the wireless remote controller using the operating signal, an image pickup device that captures an image of the inside of the room , and a controller that controls the main-body communication device , wherein the wireless remote controller includes a wireless-remote-controller communication device that receives the operating signal, and a wireless-remote-controller notification device that outputs at least one of sound, light, and vibration, wherein the controller causes the main-body communication device to send the operating signal to the wireless-remote-controller communication device if the controller recognizes that a face (F1) of a person is present in a predetermined face recognition range in a field of the image pickup device for a predetermined face recognition time (T1) based on the image captured by the image pickup device , and wherein the wireless-remote-controller notification device outputs the at least one of sound, light, and vibration when the wireless-remote-controller communication device receives the operating signal.
A microfluidic device for multiple reactions, comprising: a) a single reaction channel comprising serially arranged multiple reaction chambers connected to a chamber integrated within the microfluidic device having a wall comprising an elastic membrane, wherein the elastic membrane is exposed to the outside environment; and b) a single control channel comprising an elastic side wall, wherein the intersections between the side wall of the control channel with the reaction channel form serially arranged multiple pneumatic microvalves that separate the multiple reaction chambers, wherein the reaction channel comprises, at a first end, an inlet, and, at a second end, the chamber having the wall comprising an elastic membrane, and, wherein the control channel comprises a closed end, and an elastic end or an open end exposed to the outside environment. a) a single reaction channel comprising serially arranged multiple reaction chambers connected to a chamber integrated within the microfluidic device having a wall comprising an elastic membrane, wherein the elastic membrane is exposed to the outside environment; and b) a single control channel comprising an elastic side wall, wherein the intersections between the side wall of the control channel with the reaction channel form serially arranged multiple pneumatic microvalves that separate the multiple reaction chambers, wherein the reaction channel comprises, at a first end, an inlet, and, at a second end, the chamber having the wall comprising an elastic membrane, and, wherein the control channel comprises a closed end, and an elastic end or an open end exposed to the outside environment. wherein the intersections between the side wall of the control channel with the reaction channel form serially arranged multiple pneumatic microvalves that separate the multiple reaction chambers, wherein the reaction channel comprises, at a first end, an inlet, and, at a second end, the chamber having the wall comprising an elastic membrane, and, wherein the control channel comprises a closed end, and an elastic end or an open end exposed to the outside environment.
A printing apparatus for printing a three-dimensional object, comprising: a substrate comprising an operative surface ; an energy source for emitting at least one energy beam onto the operative surface ; and a powder dispensing mechanism comprising a plurality of powder-dispensing supply hoppers and a supply control mechanism, the supply hoppers and supply control mechanism being configured to dispense powder from each of the supply hoppers onto said operative surface to form a plurality of layers of powder simultaneously, such that: the plurality of layers of powder , which shall form part of said three-dimensional object, are formed simultaneously on said operative surface ; each layer of powder in the plurality overlays a subjacent layer of powder in the plurality or, for the bottommost layer in the plurality , the operative surface ; and the layers of powder are formed in a staggered manner such that, when being worked on by the energy beam , each layer of powder in the plurality has an exposed topmost surface section that is not covered by an overlying layer of powder; and wherein the powder is adapted to be melted by the energy beam , and the energy source is configured to emit the energy beam onto each of the exposed surface sections simultaneously or sequentially. a substrate comprising an operative surface ; an energy source for emitting at least one energy beam onto the operative surface ; and a powder dispensing mechanism comprising a plurality of powder-dispensing supply hoppers and a supply control mechanism, the supply hoppers and supply control mechanism being configured to dispense powder from each of the supply hoppers onto said operative surface to form a plurality of layers of powder simultaneously, such that: the plurality of layers of powder , which shall form part of said three-dimensional object, are formed simultaneously on said operative surface ; each layer of powder in the plurality overlays a subjacent layer of powder in the plurality or, for the bottommost layer in the plurality , the operative surface ; and the layers of powder are formed in a staggered manner such that, when being worked on by the energy beam , each layer of powder in the plurality has an exposed topmost surface section that is not covered by an overlying layer of powder; and
An image printing apparatus comprising: a print head configured to scan in a scan direction multiple times to print an image on a print medium ; a conveyance unit configured to convey the print medium in a conveyance direction (Y) intersecting the scan direction; and a control unit configured to control the print head and the conveyance unit, based on image data on the image including trailing edge margin information indicating a trailing edge margin length (M2) in the conveyance direction (Y), wherein the conveyance unit includes a conveyance member configured to nip and convey the print medium and disposed upstream of the print head in the conveyance direction but does not include a conveyance member configured to nip and convey the print medium and disposed downstream of the print head in the conveyance direction, characterized in that in a case where a trailing edge margin length (M2) indicated by the trailing edge margin information is shorter than a first length (L3) corresponding to a distance between a nipping point of the conveyance member and an ejecting port of the printhead most upstream in the conveyance direction (Y), the control unit controls the print head and the conveyance unit such that at least one scan of the print head for printing the image is performed after the trailing edge of the print medium in the conveyance direction (Y) passes by the conveyance member disposed upstream of the print head. a print head configured to scan in a scan direction multiple times to print an image on a print medium ; a conveyance unit configured to convey the print medium in a conveyance direction (Y) intersecting the scan direction; and a control unit configured to control the print head and the conveyance unit, based on image data on the image including trailing edge margin information indicating a trailing edge margin length (M2) in the conveyance direction (Y), wherein the conveyance unit includes a conveyance member configured to nip and convey the print medium and disposed upstream of the print head in the conveyance direction but does not include a conveyance member configured to nip and convey the print medium and disposed downstream of the print head in the conveyance direction, characterized in that in a case where a trailing edge margin length (M2) indicated by the trailing edge margin information is shorter than a first length (L3) corresponding to a distance between a nipping point of the conveyance member and an ejecting port of the printhead most upstream in the conveyance direction (Y), the control unit controls the print head and the conveyance unit such that at least one scan of the print head for printing the image is performed after the trailing edge of the print medium in the conveyance direction (Y) passes by the conveyance member disposed upstream of the print head.
A method of controlling an ion implanter operating in plasma immersion of a substrate, the method comprising: • an implantation stage ( ) during which the plasma (AP) is ignited and the substrate (SUB) is negatively biased (S); • a neutralization stage ( ) during which the plasma (AP) is ignited and the substrate (SUB) has a positive or zero bias (S) applied thereto; • a suppression stage ( ) during which the plasma (AP) is extinguished; and • an expulsion stage ( ) for expelling negatively charged particles from the substrate (SUB) and during which the plasma (AP) is extinguished; in which the duration of said expulsion stage is longer than 5 μs, and characterized in that , following said expulsion stage ( ), it includes a preparation stage ( ) during which the plasma (AP) is extinguished and the substrate (SUB) has a positive or negative bias (S) applied thereto. • an implantation stage ( ) during which the plasma (AP) is ignited and the substrate (SUB) is negatively biased (S); • a neutralization stage ( ) during which the plasma (AP) is ignited and the substrate (SUB) has a positive or zero bias (S) applied thereto; • a suppression stage ( ) during which the plasma (AP) is extinguished; and • an expulsion stage ( ) for expelling negatively charged particles from the substrate (SUB) and during which the plasma (AP) is extinguished;
A combination therapy comprising: (a) a topical composition comprising bimatoprost and progesterone; and (b) an enteric composition comprising minoxidil, L-citrulline, grape seed extract and zinc, for use in treating hair loss. (a) a topical composition comprising bimatoprost and progesterone; and (b) an enteric composition comprising minoxidil, L-citrulline, grape seed extract and zinc,