mhurhangee/patent-ind-claim-en huggingface dataset:
A dust collection assembly , comprising: a first annular ring having a first electrically connecting piece configured to be connected with one of a positive pole and a negative pole of a power source , the first annular ring having a first outer ring ; and a second annular ring spaced apart and insulated from the first annular ring and having a second electrically connecting piece configured to be connected with the other one of the positive pole and the negative pole of the power source , the second annular ring having a second outer ring and a plurality of second blades disposed in an inner surface of the second outer ring along a circumferential direction, characterized in that , the first annular ring has a plurality of first blades disposed in an inner surface of the first outer ring along a circumferential direction, the second annular ring is disposed below the first annular ring , and the plurality of second blades and the plurality of first blades are arranged to be staggered in the circumferential direction so that a plurality of high voltage direct current fields can be formed between the first annular ring and the second annular ring . a first annular ring having a first electrically connecting piece configured to be connected with one of a positive pole and a negative pole of a power source , the first annular ring having a first outer ring ; and a second annular ring spaced apart and insulated from the first annular ring and having a second electrically connecting piece configured to be connected with the other one of the positive pole and the negative pole of the power source , the second annular ring having a second outer ring and a plurality of second blades disposed in an inner surface of the second outer ring along a circumferential direction, characterized in that , the first annular ring has a plurality of first blades disposed in an inner surface of the first outer ring along a circumferential direction, the second annular ring is disposed below the first annular ring , and the plurality of second blades and the plurality of first blades are arranged to be staggered in the circumferential direction so that a plurality of high voltage direct current fields can be formed between the first annular ring and the second annular ring .
A control entity for a communication network, comprising: a controller configured to generate a downlink control signal scheduling one or more downlink time slots in which downlink data resources are provided; wherein the controller is configured to provide the downlink control signal over a downlink control resource in an earlier time slot which is chronologically earlier than the one or more downlink time slots in which the downlink data resources are provided; wherein the downlink control signal comprises a downlink index, and wherein the one or more downlink time slots , in which the downlink data resources are provided, are indicated by the downlink index, wherein the downlink index represents at least one state; wherein each state of the downlink index corresponds to a combination of the one or more downlink time slots in which the downlink data resources are provided. a controller configured to generate a downlink control signal scheduling one or more downlink time slots in which downlink data resources are provided; wherein the controller is configured to provide the downlink control signal over a downlink control resource in an earlier time slot which is chronologically earlier than the one or more downlink time slots in which the downlink data resources are provided; wherein the downlink control signal comprises a downlink index, and wherein the one or more downlink time slots , in which the downlink data resources are provided, are indicated by the downlink index, wherein the downlink index represents at least one state; wherein each state of the downlink index corresponds to a combination of the one or more downlink time slots in which the downlink data resources are provided.
A light deactivated adhesive drape system for coupling to tissue, the system comprising: a drape comprising: a photosensitive adhesive layer having at least one release agent, wherein the at least one release agent weakens a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and an optical fiber mesh layer forming a light pipe to transport the plurality of light wavelengths to the photosensitive adhesive layer upon exposure of at least a portion of the optical fiber mesh layer to the plurality of light wavelengths; and a blocking layer which blocks the plurality of light wavelengths that activate the at least one release agent; wherein the blocking layer includes one or more perforations defining an area of a removable patch allowing exposure of the optical fiber mesh layer to the plurality of light wavelengths upon removal of the removable patch . a drape comprising: a photosensitive adhesive layer having at least one release agent, wherein the at least one release agent weakens a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and an optical fiber mesh layer forming a light pipe to transport the plurality of light wavelengths to the photosensitive adhesive layer upon exposure of at least a portion of the optical fiber mesh layer to the plurality of light wavelengths; and a photosensitive adhesive layer having at least one release agent, wherein the at least one release agent weakens a bond of the adhesive layer to the tissue upon exposure to at least one of a plurality of light wavelengths, and an optical fiber mesh layer forming a light pipe to transport the plurality of light wavelengths to the photosensitive adhesive layer upon exposure of at least a portion of the optical fiber mesh layer to the plurality of light wavelengths; and a blocking layer which blocks the plurality of light wavelengths that activate the at least one release agent; wherein the blocking layer includes one or more perforations defining an area of a removable patch allowing exposure of the optical fiber mesh layer to the plurality of light wavelengths upon removal of the removable patch .
A system of physiotherapeutic correction and therapy for human sleep of a person, comprising: - a pulse generator adapted to generate pulses with a configurable repetition frequency in the range from 1 to 40 Hz; - a magnetic field former connected to said pulse generator, - a feedback means designed to adjust said repetition frequency of the generated pulses, characterized in that said magnetic field former is configured to create a magnetic field with an intensity of up to 20 μT, said magnetic field former is implemented on the basis of three inductor coils placed in three orthogonal planes, one of which is parallel to the plane of the person's bed , and said feedback means are sleep trackers. - a pulse generator adapted to generate pulses with a configurable repetition frequency in the range from 1 to 40 Hz; - a magnetic field former connected to said pulse generator, - a feedback means designed to adjust said repetition frequency of the generated pulses, characterized in that said magnetic field former is configured to create a magnetic field with an intensity of up to 20 μT, said magnetic field former is implemented on the basis of three inductor coils placed in three orthogonal planes, one of which is parallel to the plane of the person's bed , and said feedback means are sleep trackers. said magnetic field former is configured to create a magnetic field with an intensity of up to 20 μT, said magnetic field former is implemented on the basis of three inductor coils placed in three orthogonal planes, one of which is parallel to the plane of the person's bed , and said feedback means are sleep trackers.
A method for manufacturing a detector device (50; 150) for detecting UV radiation, comprising the steps of: - providing a SiC substrate having a first conductivity type (N) and a first concentration of dopant species, provided with a front side and a back side opposite to one another; - forming, on the front side of the substrate , a drift layer of SiC having the first conductivity type (N) and a second concentration of dopant species lower than the first concentration; - forming, on the back side of the substrate , a cathode terminal of said detector device ; and - forming, in the drift layer , an anode terminal of said detector device (50; 150), characterized in that the step of forming the anode terminal comprises: - implanting, in the drift layer , dopant species having a second conductivity type (P) opposite to the first conductivity type (N), thus forming a doped anode region ; and - generating a first laser beam towards said doped anode region to cause heating of the doped anode region to temperatures comprised between 1500°C and 2600°C, so as to form a first ohmic-contact region including one or more carbon-rich layers, in particular layers of graphene and/or graphite, in said doped anode region . - providing a SiC substrate having a first conductivity type (N) and a first concentration of dopant species, provided with a front side and a back side opposite to one another; - forming, on the front side of the substrate , a drift layer of SiC having the first conductivity type (N) and a second concentration of dopant species lower than the first concentration; - forming, on the back side of the substrate , a cathode terminal of said detector device ; and - forming, in the drift layer , an anode terminal of said detector device (50; 150), - implanting, in the drift layer , dopant species having a second conductivity type (P) opposite to the first conductivity type (N), thus forming a doped anode region ; and - generating a first laser beam towards said doped anode region to cause heating of the doped anode region to temperatures comprised between 1500°C and 2600°C, so as to form a first ohmic-contact region including one or more carbon-rich layers, in particular layers of graphene and/or graphite, in said doped anode region .
A method of airflow transportation of methionine which is characterized in that when methionine is transported as airflow using carrier gas, the flow state of methionine is a low concentration floating flow type, and the mixing ratio of methionine and carrier gas is in the range of 4 to 10 kg -methionine / kg -carrier gas, wherein the D50 before the transportation of methionine is in the range of 150 to 425 μm, and wherein the pipe pressure is 0.05 to 0.19 MPa and the airflow velocity is 20 to 40 m / s. wherein the D50 before the transportation of methionine is in the range of 150 to 425 μm, and wherein the pipe pressure is 0.05 to 0.19 MPa and the airflow velocity is 20 to 40 m / s.
A central detector data processing means being arranged to: receive a measured property or properties indicative of a temperature, a water content and a nutrient content of a hydroponic plant growth substrate from at least one wireless detector over a communications link store predefined irrigation data, defining a relationship between: plural values for temperature, water content, pH level and/or nutrient content of the plant growth substrate; and plural desired irrigation output values; process the measured properties from the at least one wireless detector to determine calculated properties of the substrate; and provide an output indicative of a desired irrigation input for the growth substrate controlling the level of water provided to the growth substrate in dependence on nutrient content of the substrate, based upon measured properties received from the at least one wireless detector and the predefined irrigation data. receive a measured property or properties indicative of a temperature, a water content and a nutrient content of a hydroponic plant growth substrate from at least one wireless detector over a communications link store predefined irrigation data, defining a relationship between: plural values for temperature, water content, pH level and/or nutrient content of the plant growth substrate; and plural desired irrigation output values; plural values for temperature, water content, pH level and/or nutrient content of the plant growth substrate; and plural desired irrigation output values; process the measured properties from the at least one wireless detector to determine calculated properties of the substrate; and provide an output indicative of a desired irrigation input for the growth substrate controlling the level of water provided to the growth substrate in dependence on nutrient content of the substrate, based upon measured properties received from the at least one wireless detector and the predefined irrigation data.
On-load tap changer head for an on-load tap changer , comprising: - a first region which is formed in the on-load tap changer head and through which an insulating fluid of the on-load tap changer can flow; - a second region separated from the first region by a wall ; and - a detector device for detection of increased flow speed of the insulating fluid , comprising - a flow flap which is arranged in the first region and which from a defined flow speed of the insulating fluid tilts from a first position to a second position ; - a first coupling magnet which is secured to the flap and in the second position of the flow flap is disposed in the immediate vicinity of the wall ; characterized by - a second coupling magnet which is arranged in the second region in the immediate vicinity of the wall ; and - a switch which is arranged in the second region and which is so coupled to the second coupling magnet that tilting over of the flow flap from the first position to the second position actuates the switch . - a first region which is formed in the on-load tap changer head and through which an insulating fluid of the on-load tap changer can flow; - a second region separated from the first region by a wall ; and - a detector device for detection of increased flow speed of the insulating fluid , comprising - a flow flap which is arranged in the first region and which from a defined flow speed of the insulating fluid tilts from a first position to a second position ; - a first coupling magnet which is secured to the flap and in the second position of the flow flap is disposed in the immediate vicinity of the wall ; characterized by - a second coupling magnet which is arranged in the second region in the immediate vicinity of the wall ; and - a switch which is arranged in the second region and which is so coupled to the second coupling magnet that tilting over of the flow flap from the first position to the second position actuates the switch . - a flow flap which is arranged in the first region and which from a defined flow speed of the insulating fluid tilts from a first position to a second position ; - a first coupling magnet which is secured to the flap and in the second position of the flow flap is disposed in the immediate vicinity of the wall ; characterized by - a second coupling magnet which is arranged in the second region in the immediate vicinity of the wall ; and - a switch which is arranged in the second region and which is so coupled to the second coupling magnet that tilting over of the flow flap from the first position to the second position actuates the switch .
An electronic device comprising: two display areas comprising a first display area and a second display area and a processor configured to display , on one of the two display areas, an application screen including at least one control object , detect an input to move the application screen to the other display area, identify at least one object among the at least one control object to be rearranged on the application screen on the other display area, rearrange the identified at least one object on the application screen, based on a type of the identified at least one object and whether the other display area is the first display area or the second display area, and display the application screen including the rearranged at least one object and at least one other object among the at least one control object on the other display area, characterized in that , when the type of the control object is a complex control object including a fixed control object and a moveable control object , the processor is further configured to , on the application screen, maintain the fixed control object in a fixed position, and rearrange the moveable control object. two display areas comprising a first display area and a second display area and a processor configured to display , on one of the two display areas, an application screen including at least one control object , detect an input to move the application screen to the other display area, identify at least one object among the at least one control object to be rearranged on the application screen on the other display area, rearrange the identified at least one object on the application screen, based on a type of the identified at least one object and whether the other display area is the first display area or the second display area, and display the application screen including the rearranged at least one object and at least one other object among the at least one control object on the other display area, characterized in that , when the type of the control object is a complex control object including a fixed control object and a moveable control object , the processor is further configured to , on the application screen, maintain the fixed control object in a fixed position, and rearrange the moveable control object.
Lighting device (DE) comprising at least one module (MEj) including a source generating photons and a lens (L) acting on said generated photons so that they are directed towards a front zone (ZA) and participate in a selected photometric function, said device further comprising a support wall (PS) and each module (MEj) comprising upper (C1) and lower (C2) shells each having an elongated shape in the direction of said front zone (ZA), and joined together by defining an internal space (EI) in which said lens (L) is fixedly installed said upper shell (C1) comprising a first rear part (PR1) defining a housing (LA), in which said source is installed at least partially, and coupled to said support wall (PS), each module (MEj) comprising a metal radiator (RM) fixedly attached to said support wall (PS) to which said first rear portion (PR1) of the upper shell (C1) is fixedly attached, and discharging calories produced by said source into said housing (LA), said lower shell (C2) comprising a second rear portion (PR2) fixedly attached to said first rear portion (PR1) of the upper shell (C1) and to said metal radiator (RM) said upper shell (C1) comprising a first front portion (PV1) i) opposite its first rear portion (PR1), ii) to which is fixedly coupled a second front portion (PV2) of the lower shell (C2) opposite its second rear portion (PR2) and iii) provided with an opening (O1) tightly housing a third front portion (PV3) of said lens (L), opposite to said source, the device being characterized in that said second rear portion (PR2) comprises a coupling tab (PC1) extending towards said support wall (PS) and having a through hole (TT) in that said metal heat sink (RM) comprises a coupling pin (PC2) perpendicular to said coupling tab (PC1) and passing through said through hole (TT) to couple said second rear portion (PR2) to said metal heat sink (RM) in a lower region, in that the lens has an elongated shape towards the front region (ZA) in that the lens comprises a third rear portion (PR3), opposite to the third front portion (PV3), and in that said third rear portion (PR3) is fixedly attached to the first rear portion (PR1) of the upper shell (C1), to the second rear portion (PR2) of the lower shell (C2), and to the metal radiator (RM).
A human restraint device, comprising: a band dimensioned to fit over an upper torso and shoulders of a person; an inflatable tube attached to an inside wall of the band , wherein the tube expands during inflation inwards and away from the band , and whereby the tube when inflated presses against the torso of the person; a net comprising a mouth attached around a circumference of the band ; and a gas release mechanism to rapidly inflate the inflatable tube . a band dimensioned to fit over an upper torso and shoulders of a person; an inflatable tube attached to an inside wall of the band , wherein the tube expands during inflation inwards and away from the band , and whereby the tube when inflated presses against the torso of the person; a net comprising a mouth attached around a circumference of the band ; and a gas release mechanism to rapidly inflate the inflatable tube .
A security element for securing valuable articles, having a reflective areal region whose expanse defines an x-y plane and that, when viewed in reflected light, produces a three-dimensional relief motif (14; 40) having a specified grayscale pattern having different brightness values, - the reflective areal region including a plurality of micro light fields and micro dark fields , - the micro light fields being formed by reflective facets that are oriented in such a way that the reflective areal region is perceptible for a viewer as a three-dimensional relief motif having a surface that jumps out and/or back with respect to its actual spatial form, - the micro dark fields appearing dark substantially from all viewing directions, and - the local relative proportion of the micro light fields and the micro dark fields in the reflective areal region being set in such a way that together, in reflected light, they produce the local brightness value of the specified grayscale pattern. - the reflective areal region including a plurality of micro light fields and micro dark fields , - the micro light fields being formed by reflective facets that are oriented in such a way that the reflective areal region is perceptible for a viewer as a three-dimensional relief motif having a surface that jumps out and/or back with respect to its actual spatial form, - the micro dark fields appearing dark substantially from all viewing directions, and - the local relative proportion of the micro light fields and the micro dark fields in the reflective areal region being set in such a way that together, in reflected light, they produce the local brightness value of the specified grayscale pattern.
A composite container comprising a tubular body , said tubular body having an inside surface and an outside surface and being closed at a bottom end of said tubular body opposite a container opening at a top end of said tubular body , said tubular body being made from a laminate sheet material comprising a carton layer and an inside polymeric layer , said inside polymeric layer being arranged at an inside surface of said carton layer , said composite container comprising a top rim surrounding said container opening , said top rim being attached to a top end portion of said tubular body at said top end of said tubular body , and a lid for opening and closing said composite container , characterized in that said composite container comprises a separation arrangement , for separating said top end portion of said tubular body together with said attached top rim from a main part of said tubular body , said separation arrangement comprising a tear strip comprising a portion of said inside polymeric layer , said tear strip being formed between a pair of inside score lines which are arranged in said laminate sheet material from said inside surface of said tubular body through only a part of a thickness (t) of said laminate sheet material , said inside score lines and said tear strip extending in a circumferential direction of said tubular body , adjacent said top rim and wherein said separation arrangement comprises a first pull-tab which is arranged at a first end of said tear strip , said first pull-tab comprising a portion of said carton layer and being formed by a set of first pull-tab outside score lines arranged in said laminate sheet material from said outside surface of said tubular body through only a part of said thickness (t) of said laminate sheet material .