mhurhangee/patent-ind-claim-en huggingface dataset:
An air-blown optical fiber cable, comprising: a cable core ; a loose tube , which is sleeved outside the cable core ; a strengthening layer , which is mesh-shaped and is wrapped around the loose tube ; an outer jacket , which is wrapped around the strengthening layer , at least a partial region of the outer jacket forms a drag reduction structure , and the drag reduction structure comprises a plurality of protrusions and a plurality of recesses , wherein the protrusions and the recesses are alternately connected to each other, and each of the recesses extends into the mesh of the strengthening layer ; first gaps , which are formed between every two adjacent protrusions and a recess located therebetween; and second gaps , which are formed between every two adjacent recesses and a protrusion located therebetween, and the strengthening layer extends into the second gaps and is connected to the protrusions . a cable core ; a loose tube , which is sleeved outside the cable core ; a strengthening layer , which is mesh-shaped and is wrapped around the loose tube ; an outer jacket , which is wrapped around the strengthening layer , at least a partial region of the outer jacket forms a drag reduction structure , and the drag reduction structure comprises a plurality of protrusions and a plurality of recesses , wherein the protrusions and the recesses are alternately connected to each other, and each of the recesses extends into the mesh of the strengthening layer ; first gaps , which are formed between every two adjacent protrusions and a recess located therebetween; and second gaps , which are formed between every two adjacent recesses and a protrusion located therebetween, and the strengthening layer extends into the second gaps and is connected to the protrusions .
A method for operating a portable electronic primary device , a cell phone , and at least one secondary device, comprising: a) Establishing a communication link between the primary device and the at least one secondary device ; characterized by : b) Detecting whether the at least one secondary device is a safety-critical secondary device ; If in measure b) it was detected that at least one safety relevant secondary device is present: c) Monitoring the communication link and generating an error signal as soon as the communication link is, permanently or temporarily, interrupted, - wherein the detection according to measure b) is performed by comparing the secondary device with a secondary device list containing safety-critical secondary devices to be monitored. a) Establishing a communication link between the primary device and the at least one secondary device ; b) Detecting whether the at least one secondary device is a safety-critical secondary device ; If in measure b) it was detected that at least one safety relevant secondary device is present: c) Monitoring the communication link and generating an error signal as soon as the communication link is, permanently or temporarily, interrupted, - wherein the detection according to measure b) is performed by comparing the secondary device with a secondary device list containing safety-critical secondary devices to be monitored.
A telescoping extendable boom for transporting an item, said telescoping extendable boom having a plurality of tubular elements arranged in telescoping interconnection, characterized in that each of said tubular elements (12, 14, 15, 17 18, 19, 20) being arranged with a longitudinally extending track inside said tubular element, and in that each of said longitudinally extending tracks supporting a single shuttle internally inside its tubular element for movement therealong, whereby each of said shuttles being equipped with a clamp to selectively clamp said item , the longitudinally extending tracks of immediately connecting telescoping tubular elements of said plurality of tubular elements being located opposite each other, whereby in a respective pair of an inner tubular element and an outer tubular element of said plurality of tubular elements, the inner tubular element is being adapted at its near end to allow its shuttle to access the shuttle of the respective outer tubular element to enable the clamps thereof to transfer a said item therebetween. each of said tubular elements (12, 14, 15, 17 18, 19, 20) being arranged with a longitudinally extending track inside said tubular element, and in that each of said longitudinally extending tracks supporting a single shuttle internally inside its tubular element for movement therealong, whereby each of said shuttles being equipped with a clamp to selectively clamp said item , the longitudinally extending tracks of immediately connecting telescoping tubular elements of said plurality of tubular elements being located opposite each other, whereby in a respective pair of an inner tubular element and an outer tubular element of said plurality of tubular elements, the inner tubular element is being adapted at its near end to allow its shuttle to access the shuttle of the respective outer tubular element to enable the clamps thereof to transfer a said item therebetween.
Composition, preferably a demake-up cosmetic composition, comprising: - an oily phase dispersed in an aqueous phase, - at least one homopolymer of non-superabsorbent acrylic acid that is at least partially neutralized, - at least one cross-linked copolymer of (meth)acrylic acid and of C1-C6 alkyl acrylate, - at least one polysaccharide gelling agent comprising at least one glucose monomer, and said composition having a pH greater than or equal to 5.5. - an oily phase dispersed in an aqueous phase, - at least one homopolymer of non-superabsorbent acrylic acid that is at least partially neutralized, - at least one cross-linked copolymer of (meth)acrylic acid and of C1-C6 alkyl acrylate, - at least one polysaccharide gelling agent comprising at least one glucose monomer, and said composition having a pH greater than or equal to 5.5.
A scan system configured to read amount information by an OCR processing from a scanned receipt and perform reporting by sending the scanned receipt and an OCR processing result of the receipt to an external server and/or a program, comprising: a processor configured to display a first area (Z 1 ) in which a content read by a performance of the OCR processing on the receipt is displayed and a second area (Z 2 ) in which an image of the scanned receipt is displayed on a display when a scan of the receipt is completed, characterized in that the processor is configured to hide the first area (Z 1 ) displayed on the display upon receiving an operation of a user on a third area (Z 3 ) displayed on the display , and to display the hidden first area (Z 1 ) on the display upon receiving an operation of the user on the third area (Z 3 ); wherein the processor is also configured to display a fourth area (Z 4 ) in which a list of the receipts is displayed on the display, and the processor is configured to expand the size of the fourth area when the first area is hidden, wherein, when the first area (Z 1 ) is hidden and the processor is configured to scan a new receipt in accordance with an operation the user executes, determine whether or not the scan of the new receipt is completed, and when the scan of the new receipt is completed: display the first area (Z 1 ) and the second area (Z 2 ), and display a content read by a performance of the OCR processing on the new receipt in the first area (Z 1 ) and an image of the scanned new receipt in the second area (Z 2 ). a processor configured to display a first area (Z 1 ) in which a content read by a performance of the OCR processing on the receipt is displayed and a second area (Z 2 ) in which an image of the scanned receipt is displayed on a display when a scan of the receipt is completed, characterized in that the processor is configured to hide the first area (Z 1 ) displayed on the display upon receiving an operation of a user on a third area (Z 3 ) displayed on the display , and to display the hidden first area (Z 1 ) on the display upon receiving an operation of the user on the third area (Z 3 ); wherein the processor is also configured to display a fourth area (Z 4 ) in which a list of the receipts is displayed on the display, and the processor is configured to expand the size of the fourth area when the first area is hidden, wherein, when the first area (Z 1 ) is hidden and the processor is configured to scan a new receipt in accordance with an operation the user executes, determine whether or not the scan of the new receipt is completed, and when the scan of the new receipt is completed: display the first area (Z 1 ) and the second area (Z 2 ), and display a content read by a performance of the OCR processing on the new receipt in the first area (Z 1 ) and an image of the scanned new receipt in the second area (Z 2 ).
An electronic device to be immersed in a coolant filled in a cooling apparatus , and directly cooled, the electronic device being configured to be housed in any of a plurality of housing parts of the cooling apparatus , the electronic device comprising: a metal board to be held with a pair of board retainers disposed in the housing part; a plurality of storage units attached to a first surface of the metal board and a second surface opposite the first surface; and a backplane including a plurality of connectors for electrically connecting the respective storage units , which is attached orthogonally to the first surface of the metal board , and the second surface opposite the first surface, wherein: the metal board includes a primary member and a secondary member ; the primary member includes a plurality of cuts formed in a width direction for fixing a plurality of support plates that support the storage units on the primary member ; the secondary member includes a plurality of claws which are inserted into a plurality of slits formed in the backplane , and fixed to the primary member , and the support plates include holes for passage of the coolant. a metal board to be held with a pair of board retainers disposed in the housing part; a plurality of storage units attached to a first surface of the metal board and a second surface opposite the first surface; and a backplane including a plurality of connectors for electrically connecting the respective storage units , which is attached orthogonally to the first surface of the metal board , and the second surface opposite the first surface, wherein: the metal board includes a primary member and a secondary member ; the primary member includes a plurality of cuts formed in a width direction for fixing a plurality of support plates that support the storage units on the primary member ; the secondary member includes a plurality of claws which are inserted into a plurality of slits formed in the backplane , and fixed to the primary member , and the support plates include holes for passage of the coolant. the metal board includes a primary member and a secondary member ; the primary member includes a plurality of cuts formed in a width direction for fixing a plurality of support plates that support the storage units on the primary member ; the secondary member includes a plurality of claws which are inserted into a plurality of slits formed in the backplane , and fixed to the primary member , and the support plates include holes for passage of the coolant.
A compound of formula (I) or a pharmaceutically acceptable salt thereof, for use in the treatment of C3G (C3 glomerulopathy), wherein, R is hydrogen, C 1 -C 4 alkyl, or C 1 -C 6 alkoxy; R 1 is C 1 -C 6 alkoxy; R 2 is C 1 -C 6 alkyl; R 3 is C 1 -C 6 alkoxy, C 1 -C 6 alkyl, or hydroxyl; R 4 is phenyl, optionally substituted by -C(O)R 8 ; and R 8 is hydroxy, C 1 -C 4 alkoxy, or amino. R is hydrogen, C 1 -C 4 alkyl, or C 1 -C 6 alkoxy; R 1 is C 1 -C 6 alkoxy; R 2 is C 1 -C 6 alkyl; R 3 is C 1 -C 6 alkoxy, C 1 -C 6 alkyl, or hydroxyl; R 4 is phenyl, optionally substituted by -C(O)R 8 ; and R 8 is hydroxy, C 1 -C 4 alkoxy, or amino.
A hinge or the like comprising a first wing having a first knuckle , a second wing having a second knuckle , a hollow pin extending along an axial direction (X) and engaged along the axial direction (X) in the first knuckle and in the second knuckle , the first wing and the second wing being configured to pivot relative to each other about the axial direction (X), and a return spring housed in whole or in part in the hollow pin , the return spring being configured to exert a return force in a first direction (C1) of relative rotation between the first wing and the second wing about the axial direction (X) and tending to maintain the first wing and the second wing in a predetermined relative position, the return spring having a first portion and a second portion , the first portion being coupled in rotation with the first knuckle while the second portion is coupled in rotation with the pin , said hinge being characterized in that the second knuckle is configured to drive the hollow pin in rotation only along a second direction (C2) of relative rotation between the first wing and the second wing about the axial direction (X), opposite to the first direction (C1) of rotation, whereby a preload of the return spring is adjustable.
A fuse , comprising: a fuse body having an inner cavity and at least one fuse body aperture ; a fuse element comprising a first terminal and a second terminal , a portion of the fuse element disposed within the inner cavity, the first terminal and the second terminal disposed outside of the fuse body to electrically connect the fuse to a circuit to be protected and a power source; a first endbell and a second endbell coupled to the fuse element, the first endbell includes a first barrier and the second endbell includes a second barrier , the first endbell and the second endbell having outer grooves having an adhesive for securing the first endbell and the second endbell to the fuse body,; and an arc quenching material disposed within the inner cavity, the arc quenching material contacting at least a portion of the fuse element; and end caps coupled to the fuse body, the end caps sealing a portion of the fuse element within the fuse body, wherein the first barrier and the second barrier seal the arc quenching material inside the inner cavity of the fuse body, characterized in that the first endbell and the second endbell each include a first endbell section and a second endbell section , the first endbell section and the second endbell section coupled together to form a chamfered joint . a fuse body having an inner cavity and at least one fuse body aperture ; a fuse element comprising a first terminal and a second terminal , a portion of the fuse element disposed within the inner cavity, the first terminal and the second terminal disposed outside of the fuse body to electrically connect the fuse to a circuit to be protected and a power source; a first endbell and a second endbell coupled to the fuse element, the first endbell includes a first barrier and the second endbell includes a second barrier , the first endbell and the second endbell having outer grooves having an adhesive for securing the first endbell and the second endbell to the fuse body,; and an arc quenching material disposed within the inner cavity, the arc quenching material contacting at least a portion of the fuse element; and end caps coupled to the fuse body, the end caps sealing a portion of the fuse element within the fuse body, wherein the first barrier and the second barrier seal the arc quenching material inside the inner cavity of the fuse body, characterized in that the first endbell and the second endbell each include a first endbell section and a second endbell section , the first endbell section and the second endbell section coupled together to form a chamfered joint .
A robot cleaner comprising: a body defining an exterior appearance of the robot cleaner ; a cleaning module coupled to the body and capable of performing cleaning with water; a water tank capable of being withdrawn from the body , and storing water to be supplied to the cleaning module ; characterized in that the robot cleaner further comprises: a light source disposed inside the body and configured that light emitted from the light source pass through the water tank and be then discharged to an outside of the body . a body defining an exterior appearance of the robot cleaner ; a cleaning module coupled to the body and capable of performing cleaning with water; a water tank capable of being withdrawn from the body , and storing water to be supplied to the cleaning module ; characterized in that the robot cleaner further comprises: a light source disposed inside the body and configured that light emitted from the light source pass through the water tank and be then discharged to an outside of the body .
A method performed by a station, STA, in a wireless local area network, WLAN, comprising: entering a wake-up radio, WUR, duty cycle mode in which an on-duration in which a WUR receiver of the STA is awake and an off-duration in which the WUR receiver is asleep are alternated; receiving a WUR frame during the on-duration of the WUR duty cycle mode, wherein the WUR frame is modulated based on an On-Off Keying, OOK, modulation, and wherein the WUR frame includes one-bit information related to group address bufferable unit, BU, reception information; determining, based on the one-bit information being "1", a time at which a primary connectivity radio, PCR, of the STA, will be turned on, as a next delivery traffic indication map, DTIM, transmission time; delaying turning on the PCR until the determined time; and turning on the PCR of the STA after the delaying, and receiving a group addressed BU. entering a wake-up radio, WUR, duty cycle mode in which an on-duration in which a WUR receiver of the STA is awake and an off-duration in which the WUR receiver is asleep are alternated; receiving a WUR frame during the on-duration of the WUR duty cycle mode, wherein the WUR frame is modulated based on an On-Off Keying, OOK, modulation, and wherein the WUR frame includes one-bit information related to group address bufferable unit, BU, reception information; determining, based on the one-bit information being "1", a time at which a primary connectivity radio, PCR, of the STA, will be turned on, as a next delivery traffic indication map, DTIM, transmission time; delaying turning on the PCR until the determined time; and turning on the PCR of the STA after the delaying, and receiving a group addressed BU.
A system for blending solutions, the system comprising: a switch valve capable of flowing at least one solution; a low pressure pump for pumping the at least one solution from the switch valve ; at least one container for storing said at least one solution, said at least one container being connected to the low pressure pump through the switch valve ; the system further comprising and being characterised by : a T-joint capable of receiving the at least one solution from the low pressure pump and blending the at least one solution with a buffer solution, wherein the T-joint is connected to a container holding the buffer solution through at least one direct connection; and a high pressure pump for collecting a blended solution, wherein: the T-joint is between the low pressure pump and the high pressure pump , said high pressure pump and said low pressure pump being configured such that a difference between pressures created by the low pressure pump and the high pressure pump creates a suction pressure for allowing the buffer solution to flow from the container into the T joint . a switch valve capable of flowing at least one solution; a low pressure pump for pumping the at least one solution from the switch valve ; at least one container for storing said at least one solution, said at least one container being connected to the low pressure pump through the switch valve ; the system further comprising and being characterised by : a T-joint capable of receiving the at least one solution from the low pressure pump and blending the at least one solution with a buffer solution, wherein the T-joint is connected to a container holding the buffer solution through at least one direct connection; and a high pressure pump for collecting a blended solution, wherein: the T-joint is between the low pressure pump and the high pressure pump , said high pressure pump and said low pressure pump being configured such that a difference between pressures created by the low pressure pump and the high pressure pump creates a suction pressure for allowing the buffer solution to flow from the container into the T joint . a T-joint capable of receiving the at least one solution from the low pressure pump and blending the at least one solution with a buffer solution, wherein the T-joint is connected to a container holding the buffer solution through at least one direct connection; and a high pressure pump for collecting a blended solution, wherein: the T-joint is between the low pressure pump and the high pressure pump , said high pressure pump and said low pressure pump being configured such that a difference between pressures created by the low pressure pump and the high pressure pump creates a suction pressure for allowing the buffer solution to flow from the container into the T joint .