mhurhangee/patent-ind-claim-en huggingface dataset:
An article of manufacture comprising: a. an ink-jet cartridge; and b. a sugar-poor and unfermented-wort-based ink formulation disposed within the ink-jet cartridge, the ink formulation comprising: i. an unfermented wort; ii. a humectant for providing moisture-retention; and iii. a pH controlling agent for maintaining a pH of the ink formulation at or below 4.0; wherein ink formulation is edible, aqueous and has all of the following structural properties: I. the unfermented wort is the primary colorant of the ink formulation; II. a 25 0 C viscosity of the ink formulation is at most 4.5 millipascal-second (mPa·s); III. the ink formulation is characterized by an EBC (European Brewing Convention) number of at least 1800 colorant units; IV. a ratio between the EBC number of the ink formulation and the 25 0 C viscosity thereof is at least 400 (mPa·s) -1 ; V. the ink formulation comprises at least 10% wt/wt carbohydrates; VI. the ink formulation is sugar-poor such that a ratio between a wt/wt% concentration of soluble sugars and a wt/wt concentration of carbohydrates in the ink formulation is at most 0.2; and VII. at least 60% of particles of the ink formulation are sub-400 nanometer particles. a. an ink-jet cartridge; and b. a sugar-poor and unfermented-wort-based ink formulation disposed within the ink-jet cartridge, the ink formulation comprising: i. an unfermented wort; ii. a humectant for providing moisture-retention; and iii. a pH controlling agent for maintaining a pH of the ink formulation at or below 4.0; i. an unfermented wort; ii. a humectant for providing moisture-retention; and iii. a pH controlling agent for maintaining a pH of the ink formulation at or below 4.0; I. the unfermented wort is the primary colorant of the ink formulation; II. a 25 0 C viscosity of the ink formulation is at most 4.5 millipascal-second (mPa·s); III. the ink formulation is characterized by an EBC (European Brewing Convention) number of at least 1800 colorant units; IV. a ratio between the EBC number of the ink formulation and the 25 0 C viscosity thereof is at least 400 (mPa·s) -1 ; V. the ink formulation comprises at least 10% wt/wt carbohydrates; VI. the ink formulation is sugar-poor such that a ratio between a wt/wt% concentration of soluble sugars and a wt/wt concentration of carbohydrates in the ink formulation is at most 0.2; and VII. at least 60% of particles of the ink formulation are sub-400 nanometer particles.
A method for sending a downlink control channel, applied to a base station, the method comprising: determining one or more Search Space, SS, positions according to at least one of a coverage level or a message type , and sending a downlink control channel in an SS , the coverage level comprising a non-coverage enhancement level CE0 and coverage enhancement levels CE1, CE2 and CE3, the message type comprising at least one of Random Access Response, RAR, Paging or Transmission Power Control, TPC, the SS comprising at least one of a Common Search Space, CSS or a UE dedicated SS, and the SS position comprising at least one of a narrowband/frequency domain position or a time domain position; wherein determining an SS position according to a coverage level comprises: determining that CE1, CE2 and CE3 use respective SS positions; or determining that CE1, CE2 and CE3 use the same SS position. determining one or more Search Space, SS, positions according to at least one of a coverage level or a message type , and sending a downlink control channel in an SS , the coverage level comprising a non-coverage enhancement level CE0 and coverage enhancement levels CE1, CE2 and CE3, the message type comprising at least one of Random Access Response, RAR, Paging or Transmission Power Control, TPC, the SS comprising at least one of a Common Search Space, CSS or a UE dedicated SS, and the SS position comprising at least one of a narrowband/frequency domain position or a time domain position; wherein determining an SS position according to a coverage level comprises: determining that CE1, CE2 and CE3 use respective SS positions; or determining that CE1, CE2 and CE3 use the same SS position. determining that CE1, CE2 and CE3 use respective SS positions; or determining that CE1, CE2 and CE3 use the same SS position.
A turbidity sensor for detecting a clouding of a fluid due to suspended matter contained in the fluid, the turbidity sensor comprising: - a fluid detection area for accommodating and for metrologically detecting fluid - a radiation source for emitting radiation into the fluid detecting region , - a first radiation sensor for detecting a first part of the radiation emitted by the radiation source , and - a second radiation sensor , which is different from the first radiation sensor , for detecting a second part, which is different from the first part, of the radiation emitted by the radiation source , at least a section of the fluid detection region being located between the first and the second radiation sensor , characterized in that the second radiation sensor is located in the beam path (OA) of the first part of the radiation emitted by the radiation source , which first part is detected by the first radiation sensor . - a fluid detection area for accommodating and for metrologically detecting fluid - a radiation source for emitting radiation into the fluid detecting region , - a first radiation sensor for detecting a first part of the radiation emitted by the radiation source , and - a second radiation sensor , which is different from the first radiation sensor , for detecting a second part, which is different from the first part, of the radiation emitted by the radiation source , at least a section of the fluid detection region being located between the first and the second radiation sensor , characterized in that the second radiation sensor is located in the beam path (OA) of the first part of the radiation emitted by the radiation source , which first part is detected by the first radiation sensor .
Medico-technical measuring device for pressure measurement, comprising - a line which extends along a central longitudinal axis (M) and is configured to guide a fluid, in particular blood, within a longitudinal cavity delimited by a wall ; - a sensor unit with a pressure sensor , which is configured to measure the present of the fluid guided in the longitudinal cavity ; and another wherein the sensor unit has an abutting section , which abuts against the external sleeve surface (22.1) of the wall and has a radial section , wherein the line has a radial cavity introduced in the wall in a radial direction, in which cavity the sensor unit is at least partially arranged and is integrated in the wall , such that the pressure sensor is in communication with the fluid, wherein a diameter or an extent of a cross section of the radial cavity is smaller than a section of the sensor unit that corresponds geometrically thereto. - a line which extends along a central longitudinal axis (M) and is configured to guide a fluid, in particular blood, within a longitudinal cavity delimited by a wall ; - a sensor unit with a pressure sensor , which is configured to measure the present of the fluid guided in the longitudinal cavity ; and another wherein the sensor unit has an abutting section , which abuts against the external sleeve surface (22.1) of the wall and has a radial section , wherein the line has a radial cavity introduced in the wall in a radial direction, in which cavity the sensor unit is at least partially arranged and is integrated in the wall , such that the pressure sensor is in communication with the fluid, wherein a diameter or an extent of a cross section of the radial cavity is smaller than a section of the sensor unit that corresponds geometrically thereto.
An actuator , comprising: an actuating portion having a first actuating area , a second actuating area , and at least one connecting section between the first actuating area and the second actuating area , wherein the first actuating area is movable with respect to the second actuating area ; a piezoelectric unit having a first signal area and a second signal area , wherein the first signal area and the second signal area are provided in a same plane, with an isolating portion provided between the first signal area and the second signal area , and the piezoelectric unit is provided at a position corresponding to the first actuating area of the actuating portion ; and a conduction unit comprising a first electrode and a second electrode , wherein the first signal area of the piezoelectric unit is electrically connected to the first electrode of the conduction unit , and the second signal area of the piezoelectric unit is electrically connected to the second electrode of the conduction unit ; characterized in that the actuator further comprises a supporting portion , wherein the supporting portion and the piezoelectric unit are located in a same plane, the piezoelectric unit and the supporting portion are located on the same side of the actuating portion, and the supporting portion is provided at a position corresponding to the second actuating area of the actuating portion ; and the actuator further comprises a levelness regulating portion , wherein the piezoelectric unit , the conduction unit and the levelness regulating portion are located on a same side of the actuating portion . an actuating portion having a first actuating area , a second actuating area , and at least one connecting section between the first actuating area and the second actuating area , wherein the first actuating area is movable with respect to the second actuating area ; a piezoelectric unit having a first signal area and a second signal area , wherein the first signal area and the second signal area are provided in a same plane, with an isolating portion provided between the first signal area and the second signal area , and the piezoelectric unit is provided at a position corresponding to the first actuating area of the actuating portion ; and a conduction unit comprising a first electrode and a second electrode , wherein the first signal area of the piezoelectric unit is electrically connected to the first electrode of the conduction unit , and the second signal area of the piezoelectric unit is electrically connected to the second electrode of the conduction unit ; characterized in that the actuator further comprises a supporting portion , wherein the supporting portion and the piezoelectric unit are located in a same plane, the piezoelectric unit and the supporting portion are located on the same side of the actuating portion, and the supporting portion is provided at a position corresponding to the second actuating area of the actuating portion ; and the actuator further comprises a levelness regulating portion , wherein the piezoelectric unit , the conduction unit and the levelness regulating portion are located on a same side of the actuating portion .
An antenna apparatus , comprising: a radiator ; a main-reflection unit including a plurality of ribs formed to be deployable from a stored state in which the ribs are folded and a sheet body provided between the plurality of the ribs and configured to be capable of reflecting a radio wave radiated from the radiator and emitting the radio wave outside; a restriction member configured to restrict deployment of the plurality of ribs in the stored state, and release the restriction by operation of a restriction release member different from the main-reflection unit ; and a sub-reflection unit that faces the main-reflection unit and includes a sub-reflector reflecting the radio wave radiated from the radiator to the main-reflection unit when in use; wherein the sub-reflection unit is configured to be movable so as to be at a position in which the sub-reflector reflects the radio wave to the main-reflection unit when in use; and wherein the restriction release member is the sub-reflection unit ; characterized in that at least one end of the restriction member is detachably locked in the stored state, and the restriction is released when the one end is unlocked by movement of the sub-reflector . a radiator ; a main-reflection unit including a plurality of ribs formed to be deployable from a stored state in which the ribs are folded and a sheet body provided between the plurality of the ribs and configured to be capable of reflecting a radio wave radiated from the radiator and emitting the radio wave outside; a restriction member configured to restrict deployment of the plurality of ribs in the stored state, and release the restriction by operation of a restriction release member different from the main-reflection unit ; and a sub-reflection unit that faces the main-reflection unit and includes a sub-reflector reflecting the radio wave radiated from the radiator to the main-reflection unit when in use; wherein the sub-reflection unit is configured to be movable so as to be at a position in which the sub-reflector reflects the radio wave to the main-reflection unit when in use; and wherein the restriction release member is the sub-reflection unit ; characterized in that at least one end of the restriction member is detachably locked in the stored state, and the restriction is released when the one end is unlocked by movement of the sub-reflector .
Water dosing system for irons and other pieces of equipment with a steam chamber fed by a needle water dosing valve , comprising a zero steam position, wherein the needle is supported by the seat of the dosing valve , and a maximum steam position, comprising: a cleaning valve ; and a mobile actuator passed through by the needle ; so that the needle comprises a cleaning position, above the maximum steam position, in which it pushes the actuator and this pushes the cleaning valve by disengaging it from the seat of the cleaning valve and leaving the cleaning water passage free, characterized in that the actuator and the needle have relative freedom of movement, and the needle comprises a stop arranged between the actuator and the seat of the dosing valve , so that the stop is distanced and below the actuator in the maximum steam position and raises the actuator in the cleaning position. a cleaning valve ; and a mobile actuator passed through by the needle ; so that the needle comprises a cleaning position, above the maximum steam position, in which it pushes the actuator and this pushes the cleaning valve by disengaging it from the seat of the cleaning valve and leaving the cleaning water passage free, characterized in that the actuator and the needle have relative freedom of movement, and the needle comprises a stop arranged between the actuator and the seat of the dosing valve , so that the stop is distanced and below the actuator in the maximum steam position and raises the actuator in the cleaning position.
An apparatus for producing a fundus image, the apparatus comprising: a processor and a memory ; an illumination component including a light source for generating corneal reflections; a camera for capturing a fundus image; and a display , wherein the memory stores instructions that, when executed by the processor , cause the apparatus to: display a target element on the display ; display a light source reflection from a cornea of an eye on the display ; update a position of the light source reflection on the display as a caregiver manipulates a position of the apparatus relative to the eye; as time elapses, modify an interface provided on the display to allow the light source reflection to more easily be positioned within the target element by changing a size of the target element ; and automatically initiate fundus image capture with the camera when the light source reflection is within the target element on the display . a processor and a memory ; an illumination component including a light source for generating corneal reflections; a camera for capturing a fundus image; and a display , wherein the memory stores instructions that, when executed by the processor , cause the apparatus to: display a target element on the display ; display a light source reflection from a cornea of an eye on the display ; update a position of the light source reflection on the display as a caregiver manipulates a position of the apparatus relative to the eye; as time elapses, modify an interface provided on the display to allow the light source reflection to more easily be positioned within the target element by changing a size of the target element ; and automatically initiate fundus image capture with the camera when the light source reflection is within the target element on the display . display a target element on the display ; display a light source reflection from a cornea of an eye on the display ; update a position of the light source reflection on the display as a caregiver manipulates a position of the apparatus relative to the eye; as time elapses, modify an interface provided on the display to allow the light source reflection to more easily be positioned within the target element by changing a size of the target element ; and automatically initiate fundus image capture with the camera when the light source reflection is within the target element on the display .
A composition for use in the treatment and prevention of tumour diseases, selected from mammary carcinoma or prostate carcinoma, characterized in that on the one hand, it encompasses an ointment formulation containing the three steroid hormones estriol, progesterone and testosterone, and on the other, it comprises an aromatase inhibitor to be administered orally.
A medical image processing apparatus comprising: a superimposition processing unit that superimposes, on a medical image , a figure (F1-F45) for reporting a region of interest (R1-R7B) included in the medical image , characterized in that the superimposition processing unit superimposes the figure (F1-F45) which points to a boundary between the region of interest (R1-R7B) and a region of non-interest, on an inside of the region of interest (R1-R7B) such that at least part of the boundary is not superimposed with the figure (F1-F45). a superimposition processing unit that superimposes, on a medical image , a figure (F1-F45) for reporting a region of interest (R1-R7B) included in the medical image , characterized in that the superimposition processing unit superimposes the figure (F1-F45) which points to a boundary between the region of interest (R1-R7B) and a region of non-interest, on an inside of the region of interest (R1-R7B) such that at least part of the boundary is not superimposed with the figure (F1-F45).
An aircraft power distribution system , comprising: a power source ; a load ; and a power distribution panel adapted to receive power from the power source and selectively provide power to the load , wherein the power distribution panel includes a contactor having a housing, and characterized by a heat sink providing a portion of the housing; wherein the contactor includes a switch having a moveable arm , the moveable arm having a contact portion configured to close an electrical connection between the power source and the load by contacting an input contactor lead and an output contactor lead ; wherein the moveable arm includes at least one heat sink post projecting from the contact portion ; wherein the contactor includes a flexible spreader having a post connection section connected to the at least one heat sink post , and a base section adjacent a base of the heat sink ; and wherein the flexible spreader includes a flexible arm between the base section and the post connection section . a power source ; a load ; and a power distribution panel adapted to receive power from the power source and selectively provide power to the load , wherein the power distribution panel includes a contactor having a housing, and characterized by a heat sink providing a portion of the housing; wherein the contactor includes a switch having a moveable arm , the moveable arm having a contact portion configured to close an electrical connection between the power source and the load by contacting an input contactor lead and an output contactor lead ; wherein the moveable arm includes at least one heat sink post projecting from the contact portion ; wherein the contactor includes a flexible spreader having a post connection section connected to the at least one heat sink post , and a base section adjacent a base of the heat sink ; and wherein the flexible spreader includes a flexible arm between the base section and the post connection section .
A sensor apparatus , comprising: an element substrate ; a detecting section disposed on an upper surface of the element substrate , the detecting section comprising a reaction section having an immobilization film to detect an object to be detected, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section , and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section ; and a protective film which covers the first IDT electrode and the second IDT electrode , wherein the upper surface of the element substrate is configured so that a region (10a2) where the reaction section is located is at a lower level than a region (10a1) where the first IDT electrode is located and a region (10a1) where the second IDT electrode is located, characterized in that an upper surface of the immobilization film is positioned at a higher level than the region (10a1) where the first IDT electrode is located and the region (10a1) where the second IDT electrode is located. an element substrate ; a detecting section disposed on an upper surface of the element substrate , the detecting section comprising a reaction section having an immobilization film to detect an object to be detected, a first IDT electrode configured to generate an acoustic wave which propagates toward the reaction section , and a second IDT electrode configured to receive the acoustic wave which has passed through the reaction section ; and a protective film which covers the first IDT electrode and the second IDT electrode , wherein the upper surface of the element substrate is configured so that a region (10a2) where the reaction section is located is at a lower level than a region (10a1) where the first IDT electrode is located and a region (10a1) where the second IDT electrode is located, characterized in that an upper surface of the immobilization film is positioned at a higher level than the region (10a1) where the first IDT electrode is located and the region (10a1) where the second IDT electrode is located.
A spike cap for an infusion spike, comprising: an opening ; an insertion port for the spike; a lid for closing said opening at the exterior of said opening, characterised in that the cap further comprises a hydrophobic filter arranged at a location inward from where the tip of the spike is inserted at the interior of the cap , the filter being configured so as to not allow passage therethrough of solid or liquid but so as to allow passage therethrough of gas at the interior of the cap, whereby only gas may pass to the exterior of the cap via the opening . an opening ; an insertion port for the spike; a lid for closing said opening at the exterior of said opening, characterised in that the cap further comprises a hydrophobic filter arranged at a location inward from where the tip of the spike is inserted at the interior of the cap , the filter being configured so as to not allow passage therethrough of solid or liquid but so as to allow passage therethrough of gas at the interior of the cap, whereby only gas may pass to the exterior of the cap via the opening .