mhurhangee/patent-ind-claim-en huggingface dataset:
A rotary parlour comprising an animal feeding device comprising a food container , which has a bottom wall in which there is provided an opening and a tubular outlet, said animal feeding device comprising a drop tube arranged to provide food to an animal in a milking stable, said drop tube being configured to receive food from the food container arranged vertically above the drop tube and to deliver the received food into a food manger of the rotary parlour, said drop tube comprising - a tubular connection section , which is connected to the tubular outlet of the food container , - a tubular mid-section , which in a first end is connected to the connection section , and - a tubular end section , which is connected to a second end of the tubular mid-section , wherein the drop tube extends into the food manger of the rotary parlour, wherein the tubular end section has a centre axis (x1) and the tubular end section presents an opening in a tubular wall portion of the tubular end section , wherein the tubular end section has an end wall which is intersected by the centre axis (x1) of the tubular end section . - a tubular connection section , which is connected to the tubular outlet of the food container , - a tubular mid-section , which in a first end is connected to the connection section , and - a tubular end section , which is connected to a second end of the tubular mid-section , wherein the drop tube extends into the food manger of the rotary parlour, wherein the tubular end section has a centre axis (x1) and the tubular end section presents an opening in a tubular wall portion of the tubular end section , wherein the tubular end section has an end wall which is intersected by the centre axis (x1) of the tubular end section .
A peak power management (PPM) system for a memory chip (25, 25-1, 25-2, 25-3, ..., 25-n) with multiple memory dies (100-1, 100-2, 100-3, ..., 100-n), comprising: a PPM circuit (202, 202-1, 202-2, 202-3, ..., 202-n, 202', 500) on each of the multiple memory dies (100-1, 100-2, 100-3, ..., 100-n), each PPM circuit (202, 202-1, 202-2, 202-3, ..., 202-n, 202', 500) comprising: a pull-up driver electrically connected to a power source and a first end of a PPM resistor ; a pull-down driver (336, 336-1) electrically connected to a second end of the PPM resistor ; and a PPM contact pad (204, 204-1, 204-2, 204-3, ..., 204-n) connected to the second end of the PPM resistor , wherein PPM contact pads (204, 204-1, 204-2, 204-3, ..., 204-n) of the multiple memory dies (100-1, 100-2, 100-3, ..., 100-n) are electrically connected with each other; and wherein the PPM system is configured to manage a peak power operation based on an electric potential of the PPM contact pads (204, 204-1, 204-2, 204-3, ..., 204-n), wherein the electric potential of the PPM contact pads (204, 204-1, 204-2, 204-3, ..., 204-n) is adjusted by a pull-down current flowing through the pull-down driver (336, 336-1) in the PPM circuit (202, 202-1, 202-2, 202-3, ..., 202-n, 202', 500), wherein the pull-down current comprises a high current level, the high current level corresponding to a peak current of the peak power operation. a PPM circuit (202, 202-1, 202-2, 202-3, ..., 202-n, 202', 500) on each of the multiple memory dies (100-1, 100-2, 100-3, ..., 100-n), each PPM circuit (202, 202-1, 202-2, 202-3, ..., 202-n, 202', 500) comprising: a pull-up driver electrically connected to a power source and a first end of a PPM resistor ; a pull-down driver (336, 336-1) electrically connected to a second end of the PPM resistor ; and a PPM contact pad (204, 204-1, 204-2, 204-3, ..., 204-n) connected to the second end of the PPM resistor , a pull-up driver electrically connected to a power source and a first end of a PPM resistor ; a pull-down driver (336, 336-1) electrically connected to a second end of the PPM resistor ; and a PPM contact pad (204, 204-1, 204-2, 204-3, ..., 204-n) connected to the second end of the PPM resistor , wherein PPM contact pads (204, 204-1, 204-2, 204-3, ..., 204-n) of the multiple memory dies (100-1, 100-2, 100-3, ..., 100-n) are electrically connected with each other; and wherein the PPM system is configured to manage a peak power operation based on an electric potential of the PPM contact pads (204, 204-1, 204-2, 204-3, ..., 204-n), wherein the electric potential of the PPM contact pads (204, 204-1, 204-2, 204-3, ..., 204-n) is adjusted by a pull-down current flowing through the pull-down driver (336, 336-1) in the PPM circuit (202, 202-1, 202-2, 202-3, ..., 202-n, 202', 500), wherein the pull-down current comprises a high current level, the high current level corresponding to a peak current of the peak power operation.
Wafer cutting wire saw for cutting a plurality of wafers from a workpiece, comprising at least two roller mounts , wherein each roller mount is capable of releasably supporting a wire guiding roller for carrying a cutting wire web , wherein at least one, preferably each, of the roller mounts comprises: - a first rotatable holding member having a first shaft portion and a first roller engaging portion for engaging the wire guiding roller from a first side, and - a second rotatable holding member having a second shaft portion and a second roller engaging portion for engaging the wire guiding roller from a second side, which is opposite to the first side, wherein the roller engaging portions face each other and wherein the rotational axis of the first holding member and the rotational axis of the second holding member essentially coincide with each other, wherein each of the holding members is rotatably supported by means of at least one bearing , which surrounds the shaft portion of the holding member and is accommodated within a bearing support , characterized in that the distance (F) between the first roller engaging portion of the first holding member and the second roller engaging portion of the second holding member is at least 6 times larger, preferably at least 8 times larger, more preferred at least 10 times larger, than the inner diameter (D) of the at least one bearing surrounding the shaft portion of the first holding member or second holding member , preferably of the bearing which is closest to the roller engaging portion . - a first rotatable holding member having a first shaft portion and a first roller engaging portion for engaging the wire guiding roller from a first side, and - a second rotatable holding member having a second shaft portion and a second roller engaging portion for engaging the wire guiding roller from a second side, which is opposite to the first side,
A terminal comprising: a transmitting section configured to transmit uplink data and uplink control information using an uplink shared channel; and a control section configured to determine, based on a bandwidth allocated to the uplink shared channel, one or more resource elements, wherein the control section is further configured to map the uplink control information, in a time interval and in a frequency interval, to the one or more resource elements, and characterised in that the control section is configured to determine, based on the bandwidth allocated to the uplink shared channel, the one or more resource elements to which the uplink control information is mapped in the time interval and the frequency interval. a transmitting section configured to transmit uplink data and uplink control information using an uplink shared channel; and a control section configured to determine, based on a bandwidth allocated to the uplink shared channel, one or more resource elements, wherein the control section is further configured to map the uplink control information, in a time interval and in a frequency interval, to the one or more resource elements, and
System for optoacoustic imaging of an object comprising an image acquisition unit for acquiring a first video sequence of tomographic optoacoustic images of a region of interest of the object , wherein the image acquisition unit comprises - an illumination device for irradiating the region of interest of the object with electromagnetic radiation, in particular light, and - a detection device for repeatedly collecting acoustic waves emerging from the object upon irradiating the object and for generating the first video sequence of tomographic optoacoustic images of the region of interest from the repeatedly collected acoustic waves, characterized by a processing unit which is adapted for generating a second video sequence of tomographic optoacoustic images from the first video sequence of tomographic optoacoustic images based on an analysis of signal-to-noise ratio, frequency spectrum or noise patterns of the repeatedly collected acoustic waves prior to generating the first video sequence of tomographic optoacoustic images from the repeatedly collected acoustic waves, and based on - an analysis of one or more tomographic optoacoustic images of the first video sequence of tomographic optoacoustic images, in particular with respect to their individual properties including signal-to-noise ratio, contrast, blur or sharpness, and/or - at least one property of the object while acquiring the first video sequence of tomographic optoacoustic images and/or at least one property of the acquisition unit while acquiring the first video sequence of tomographic optoacoustic images. - an illumination device for irradiating the region of interest of the object with electromagnetic radiation, in particular light, and - a detection device for repeatedly collecting acoustic waves emerging from the object upon irradiating the object and for generating the first video sequence of tomographic optoacoustic images of the region of interest from the repeatedly collected acoustic waves, - an analysis of one or more tomographic optoacoustic images of the first video sequence of tomographic optoacoustic images, in particular with respect to their individual properties including signal-to-noise ratio, contrast, blur or sharpness, and/or - at least one property of the object while acquiring the first video sequence of tomographic optoacoustic images and/or at least one property of the acquisition unit while acquiring the first video sequence of tomographic optoacoustic images.
A sperm inspection method, comprising: a step for measuring a quality indicator value of each sperm by suspending a sperm population in an inspection liquid, wherein the quality indicator value is VCL (curvilinear velocity), a step for stratifying the sperm population based on the quality indicator value, and a step for evaluating sperm quality correlating with fertility based on the quality indicator value by (a) determining a proportion or number of sperm of the stratified sperm population having a VCL value that exceeds a reference VCL value or is within a reference VCL value range, and (b) comparing the proportion or number of sperm determined in (a) with the proportion or number of sperm for which a correlation with fertility has been indicated in advance. a step for measuring a quality indicator value of each sperm by suspending a sperm population in an inspection liquid, wherein the quality indicator value is VCL (curvilinear velocity), a step for stratifying the sperm population based on the quality indicator value, and a step for evaluating sperm quality correlating with fertility based on the quality indicator value by (a) determining a proportion or number of sperm of the stratified sperm population having a VCL value that exceeds a reference VCL value or is within a reference VCL value range, and (b) comparing the proportion or number of sperm determined in (a) with the proportion or number of sperm for which a correlation with fertility has been indicated in advance.
A thread rolling tool for rolling and/or repairing a thread with (a) a tool body , (b) a profiled roller that is mounted to the tool body and (c) at least one counter roller (14.1), which - has a counter roller rotational axis (D 14.1 ) and - is mounted to the tool body , (d) wherein the tool body - has a base body and - an arm , (e) at least one of the rollers (14.1, 14.2, 36) is mounted on the base body , (f) at least one of the rollers (14.1, 14.2, 36) is fixed to the arm and that (g) the arm can be put in - a locking position, in which the tool body is locked around a work piece , and - an opening position in which the arm can be moved relative to the base board in such a way that the work piece can be removed, characterised by the fact that (h) the profiled roller and/or the at least one counter roller is mounted so that it is axially displaceable and (i) the profiled roller has a profiled roller profile that has a pitch. (a) a tool body , (b) a profiled roller that is mounted to the tool body and (c) at least one counter roller (14.1), which - has a counter roller rotational axis (D 14.1 ) and - is mounted to the tool body , - has a counter roller rotational axis (D 14.1 ) and - is mounted to the tool body , (d) wherein the tool body - has a base body and - an arm , - has a base body and - an arm , (e) at least one of the rollers (14.1, 14.2, 36) is mounted on the base body , (f) at least one of the rollers (14.1, 14.2, 36) is fixed to the arm and that (g) the arm can be put in - a locking position, in which the tool body is locked around a work piece , and - an opening position in which the arm can be moved relative to the base board in such a way that the work piece can be removed, characterised by the fact that - a locking position, in which the tool body is locked around a work piece , and - an opening position in which the arm can be moved relative to the base board in such a way that the work piece can be removed, characterised by the fact that (h) the profiled roller and/or the at least one counter roller is mounted so that it is axially displaceable and (i) the profiled roller has a profiled roller profile that has a pitch.
Application unit for applying a viscous material to a component edge , which varies in particular in terms of the width (B K ) and/or position, of a component , wherein the application unit has a nozzle for applying the viscous material to the component edge by way of an outlet opening which is adjustable in terms of the width (B A ), wherein the application unit has a receptacle unit for receiving the nozzle and/or a nozzle unit , wherein the application unit has a first sensing device with a contact face for contacting the component , and a second sensing device with a contact face for contacting the component , wherein the first sensing device and the second sensing device are able to be preloaded by way of a preloading assembly in opposite directions (R 1 , R 2 ), and wherein the width (B A ) of the outlet opening is adaptable as a function of the spacing of the contact face of the first sensing device from the contact face of the second sensing device , wherein the preloading assembly has at least one, in particular one first, preloading unit for preloading one of the sensing devices in a first direction (R 1 ), characterized in that the nozzle and/or the nozzle unit are/is releasable from the receptacle unit at an interface , and in that the first preloading unit is a constituent part of the receptacle unit . wherein the application unit has a nozzle for applying the viscous material to the component edge by way of an outlet opening which is adjustable in terms of the width (B A ), wherein the application unit has a receptacle unit for receiving the nozzle and/or a nozzle unit , wherein the application unit has a first sensing device with a contact face for contacting the component , and a second sensing device with a contact face for contacting the component , wherein the first sensing device and the second sensing device are able to be preloaded by way of a preloading assembly in opposite directions (R 1 , R 2 ), and wherein the width (B A ) of the outlet opening is adaptable as a function of the spacing of the contact face of the first sensing device from the contact face of the second sensing device , wherein the preloading assembly has at least one, in particular one first, preloading unit for preloading one of the sensing devices in a first direction (R 1 ), characterized in that the nozzle and/or the nozzle unit are/is releasable from the receptacle unit at an interface , and in that the first preloading unit is a constituent part of the receptacle unit .
A refrigerator comprising: a cabinet; a storage room inside the cabinet; a temperature controlled room inside the storage room ; a case forming the temperature controlled room ; a drawer insertable into, and withdrawable from, the case ; a cool air flow path to guide cool air generated inside the cabinet; a first fan to supply cool air guided by the cool air flow path to the storage room ; a cool air supplier including a second fan to supply cool air, other than the cool air supplied to the storage room , guided by the cool air flow path to the temperature controlled room to maintain or decrease an inside temperature of the temperature controlled room ; a heating portion to heat air to maintain or increase the inside temperature of the temperature controlled room , to thereby allow the inside temperature of the temperature controlled room to be independently controlled with respect to an inside temperature of the storage room , characterized in that the case includes a heater hole formed in a bottom surface of the case and corresponds to the heating portion , and the heating portion is inserted in the heater hole to reduce a distance between the heating portion and the temperature controlled room . a cabinet; a storage room inside the cabinet; a temperature controlled room inside the storage room ; a case forming the temperature controlled room ; a drawer insertable into, and withdrawable from, the case ; a cool air flow path to guide cool air generated inside the cabinet; a first fan to supply cool air guided by the cool air flow path to the storage room ; a cool air supplier including a second fan to supply cool air, other than the cool air supplied to the storage room , guided by the cool air flow path to the temperature controlled room to maintain or decrease an inside temperature of the temperature controlled room ; a heating portion to heat air to maintain or increase the inside temperature of the temperature controlled room , to thereby allow the inside temperature of the temperature controlled room to be independently controlled with respect to an inside temperature of the storage room , characterized in that the case includes a heater hole formed in a bottom surface of the case and corresponds to the heating portion , and the heating portion is inserted in the heater hole to reduce a distance between the heating portion and the temperature controlled room .
A novel polymer-based adhesive blend comprising: a first polymer and a second polymer wherein the first polymer comprises a polylactic acid-based polymer and the second biodegradable polymer comprises a polyester-based polymer, wherein the polyester-based polymer is a biodegradable copolyester of an aliphatic polyester and up to 50 percent, by weight, of an aromatic polyester, wherein said aromatic polyester is terephthalate and wherein the adhesive blend is a melt adhesive.
A foldable label comprising: a core comprising a first ferrite layer , a second ferrite layer , and a spacer layer disposed between the first ferrite layer and the second ferrite layer ; a capacitor comprising a dielectric layer disposed between a top plate and a bottom plate ; and a coil wrapped around the core and connected to the capacitor to form a resonant circuit; wherein the coil is formed of angled traces wrapped around the core to form turns such that each turn is electrically and physically connected in series to an adjacent angled turn to form a helical structure of the coil , wherein the turns are formed by etching conductive material from a planar sheet of the conductive material into said plurality of angled traces . a core comprising a first ferrite layer , a second ferrite layer , and a spacer layer disposed between the first ferrite layer and the second ferrite layer ; a capacitor comprising a dielectric layer disposed between a top plate and a bottom plate ; and a coil wrapped around the core and connected to the capacitor to form a resonant circuit; wherein the coil is formed of angled traces wrapped around the core to form turns such that each turn is electrically and physically connected in series to an adjacent angled turn to form a helical structure of the coil , wherein the turns are formed by etching conductive material from a planar sheet of the conductive material into said plurality of angled traces .
A pharmaceutical composition comprising a DNase enzyme for use in a method of preventing, treating and/or inhibiting progression of neurodegeneration, wherein said neurodegeneration is associated with an increased level of extracellular DNA in blood or cerebrospinal fluid or intestine.
A force applicator for a fitness device having a rope to be pulled by a user, the force applicator comprising: a base ; a first fixed wheel comprising a first center pivotally fixed to the base , and configured to allow rotation of the first fixed wheel about the first center ; a second fixed wheel comprising a second center pivotally fixed to the base , and configured to allow rotation of the second fixed wheel about the second center , wherein the second fixed wheel is substantially in line with the first fixed wheel ; a movable wheel positioned above and between the first fixed wheel and the second fixed wheel , and comprising a movable center configured to move either toward, or away from, the first fixed wheel and the second fixed wheel , and is configured to allow rotation of the movable wheel about the movable center , characterised in that an elastic element , placed between a nut and a fixing element , wherein the force applicator is configured to accommodate the rope above the first fixed wheel and the second fixed wheel and under the movable wheel , in a manner that allows application of a counter force on the rope when the movable wheel moves toward the first fixed wheel and the second fixed wheel , and release of the counter forced applied on the rope when the movable wheel moves away from the first fixed wheel and the second fixed wheel , when the movable wheel is moved toward the first fixed wheel and the second fixed wheel , the rope is pressed between the movable wheel and the first fixed wheel and the second fixed wheel and as a result the counter force is applied on the rope . a base ; a first fixed wheel comprising a first center pivotally fixed to the base , and configured to allow rotation of the first fixed wheel about the first center ; a second fixed wheel comprising a second center pivotally fixed to the base , and configured to allow rotation of the second fixed wheel about the second center , wherein the second fixed wheel is substantially in line with the first fixed wheel ; a movable wheel positioned above and between the first fixed wheel and the second fixed wheel , and comprising a movable center configured to move either toward, or away from, the first fixed wheel and the second fixed wheel , and is configured to allow rotation of the movable wheel about the movable center , characterised in that an elastic element , placed between a nut and a fixing element , wherein the force applicator is configured to accommodate the rope above the first fixed wheel and the second fixed wheel and under the movable wheel , in a manner that allows application of a counter force on the rope when the movable wheel moves toward the first fixed wheel and the second fixed wheel , and release of the counter forced applied on the rope when the movable wheel moves away from the first fixed wheel and the second fixed wheel , when the movable wheel is moved toward the first fixed wheel and the second fixed wheel , the rope is pressed between the movable wheel and the first fixed wheel and the second fixed wheel and as a result the counter force is applied on the rope .