mhurhangee/patent-ind-claim-en huggingface dataset:
An optical system comprising: a solid immersion lens formed from germanium or silicon and being configured to receive infrared light, including a first surface and a second surface ; and a focal plane array comprising a plurality of pixels , wherein each pixel of the plurality of pixels includes at least one photosensor configured to detect incident infrared light received by the solid immersion lens, light, and each photosensor includes a p-n junction configured to output a current indicative of an amount of light incident on the p-n junction, and wherein the optical system further comprising a computing device, the current output by each photosensor is provided to the computing device configured to interpret the output currents and determine an image indicated by the output currents, the focal plane array being configured to be in optical contact with the first surface of the solid immersion lens, and wherein each pixel of the plurality of pixels is configured to have a size of less than a vacuum wavelength of the infrared light received by the the solid immersion lens; wherein the focal plane array comprises that the array surface which directly contacts the first surface of the solid immersion lens, or the distance between the array surface and the first surface of the solid immersion lens is sufficiently small compared to the wavelength of light such that the spot size does not spread out, as occurs in connection with frustrated total internal reflection. a solid immersion lens formed from germanium or silicon and being configured to receive infrared light, including a first surface and a second surface ; and a focal plane array comprising a plurality of pixels , wherein each pixel of the plurality of pixels includes at least one photosensor configured to detect incident infrared light received by the solid immersion lens, light, and each photosensor includes a p-n junction configured to output a current indicative of an amount of light incident on the p-n junction, and wherein the optical system further comprising a computing device, the current output by each photosensor is provided to the computing device configured to interpret the output currents and determine an image indicated by the output currents, the focal plane array being configured to be in optical contact with the first surface of the solid immersion lens, and wherein each pixel of the plurality of pixels is configured to have a size of less than a vacuum wavelength of the infrared light received by the the solid immersion lens; wherein the focal plane array comprises that the array surface which directly contacts the first surface of the solid immersion lens, or the distance between the array surface and the first surface of the solid immersion lens is sufficiently small compared to the wavelength of light such that the spot size does not spread out, as occurs in connection with frustrated total internal reflection.
A method for travelling wave protection of a transmission line based on information of both voltage and current polarities, the method comprising: acquiring (S102) information of both voltage and current polarities from two ends (A, B) of a transmission line ; comparing the voltage and current polarities of both ends of the transmission line to each other; and making (S106) a trip decision based on the comparison, characterized in that making the trip decision comprises blocking a trip (S106a) if the voltage polarities from the two ends differ and the current polarities from the two ends differ. acquiring (S102) information of both voltage and current polarities from two ends (A, B) of a transmission line ; comparing the voltage and current polarities of both ends of the transmission line to each other; and making (S106) a trip decision based on the comparison, characterized in that making the trip decision comprises blocking a trip (S106a) if the voltage polarities from the two ends differ and the current polarities from the two ends differ.
A method at a small cell evolved Node B, eNB, comprising: receiving, from a macro cell eNB ,a packet data unit, PDU, for a user equipment through a user plane backhaul interface ; upon receiving the PDU from the macro cell eNB, starting a discard timer associated with the PDU; attempting to transmit the PDU to the user equipment, UE; upon expiry of the discard timer, discarding the PDU if the transmitting of the PDU is unsuccessful; and compiling a PDU delivery status report in response to the transmitting of the PDU; and sending the compiled PDU delivery status report to the macro cell eNB ; the delivery status report comprising an indication of whether the PDU was successfully transmitted or the discard timer expired, the indication comprising a sequence number of the PDU and a first value if the PDU was successfully transmitted and a second value if the discard timer expired, through a control plane backhaul interface . receiving, from a macro cell eNB ,a packet data unit, PDU, for a user equipment through a user plane backhaul interface ; upon receiving the PDU from the macro cell eNB, starting a discard timer associated with the PDU; attempting to transmit the PDU to the user equipment, UE; upon expiry of the discard timer, discarding the PDU if the transmitting of the PDU is unsuccessful; and compiling a PDU delivery status report in response to the transmitting of the PDU; and sending the compiled PDU delivery status report to the macro cell eNB ; the delivery status report comprising an indication of whether the PDU was successfully transmitted or the discard timer expired, the indication comprising a sequence number of the PDU and a first value if the PDU was successfully transmitted and a second value if the discard timer expired, through a control plane backhaul interface .
An outdoor unit for an air-conditioning apparatus, the outdoor unit comprising: a casing having a rectangular plan-view shape formed of a front portion, a left portion provided on a side of the front portion, a right portion provided opposite the left portion, and a rear portion provided opposite the front portion; a heat exchanger provided in the casing and including a plurality of parts each having a rectangular plan-view shape with side faces being present on a front side, a left side, a right side, and a rear side, respectively, of the casing ; and a plurality of air-sending fans provided above a plurality of air inlet spaces , respectively, the air inlet spaces each being provided on an inner side of a corresponding one of the plurality of rectangular parts of the heat exchanger , wherein the heat exchanger comprises a plurality of heat-exchanger units , wherein the plurality of heat exchanger units comprises two heat-exchanger units each having a U-shape having bends in plan view having a side face (52a1, 52b1) on the left side, a side face (52a3, 52b3) on the right side, and a side face (52a2, 52b2) on the rear side, characterized in that the plurality of heat exchanger units comprises one heat-exchanger unit having a straight plan-view shape extending along the front portion of the casing over the air inlet spaces . a casing having a rectangular plan-view shape formed of a front portion, a left portion provided on a side of the front portion, a right portion provided opposite the left portion, and a rear portion provided opposite the front portion; a heat exchanger provided in the casing and including a plurality of parts each having a rectangular plan-view shape with side faces being present on a front side, a left side, a right side, and a rear side, respectively, of the casing ; and a plurality of air-sending fans provided above a plurality of air inlet spaces , respectively, the air inlet spaces each being provided on an inner side of a corresponding one of the plurality of rectangular parts of the heat exchanger , wherein the heat exchanger comprises a plurality of heat-exchanger units , wherein the plurality of heat exchanger units comprises two heat-exchanger units each having a U-shape having bends in plan view having a side face (52a1, 52b1) on the left side, a side face (52a3, 52b3) on the right side, and a side face (52a2, 52b2) on the rear side, characterized in that the plurality of heat exchanger units comprises one heat-exchanger unit having a straight plan-view shape extending along the front portion of the casing over the air inlet spaces .
A substrate chuck comprising: a substrate support part including a first frame and a second frame configured for loading a substrate (S) to be interposed therebetween, and a fixing part configured to support the first and second frames , the substrate chuck being characterized in that it further comprises an auxiliary clamp configured to fix the second frame while the second frame presses the substrate (S). a substrate support part including a first frame and a second frame configured for loading a substrate (S) to be interposed therebetween, and a fixing part configured to support the first and second frames , the substrate chuck being characterized in that it further comprises an auxiliary clamp configured to fix the second frame while the second frame presses the substrate (S).
A medical imaging system to image an internal area of an object, the system comprising: a scan unit configured to scan the object to image the internal area of the object; a patient table to convey the object to the scan unit ; an imaging unit mounted on at least one surface of the scan unit; a mobile display device configured to display the image of the object captured by the imaging unit ; and an input device docked with the mobile display device by wire or wirelessly; a control unit configured to control at least one of the scan unit and the patient table using the mobile display device and the input device docked with the mobile display device; wherein, when a control command signal for a movement of the patient table is input to the input device, the control unit controls the patient table such that the patient table is moved in response to the control command signal. a scan unit configured to scan the object to image the internal area of the object; a patient table to convey the object to the scan unit ; an imaging unit mounted on at least one surface of the scan unit; a mobile display device configured to display the image of the object captured by the imaging unit ; and an input device docked with the mobile display device by wire or wirelessly; a control unit configured to control at least one of the scan unit and the patient table using the mobile display device and the input device docked with the mobile display device; wherein, when a control command signal for a movement of the patient table is input to the input device, the control unit controls the patient table such that the patient table is moved in response to the control command signal.
A method for position determination of a wireless device , the method being performed by the wireless device, the method comprising: detecting (S102), whilst being operatively connected to a source radio access technology, RAT, an indicator requiring a handover of the wireless device to a target RAT , the indicator further requiring a position of the wireless device to be determined, and in response thereto, sending an Extended Service Request to a mobility management node for mobile originating circuit switched fallback, CSFB, indicating that the purpose is an emergency call; starting (S104), in response thereto, a positioning detection procedure of the wireless device with an evolved serving mobile location center, E-SMLC, before being handed over to the target RAT, the positioning detection procedure involving processing of positioning measurements; keeping (S106) the positioning measurements of the positioning detection procedure whilst the wireless device is being handed over from the source RAT to the target RAT; and continuing (S108) the positioning detection procedure using the positioning measurements whilst being operatively connected to the target RAT. detecting (S102), whilst being operatively connected to a source radio access technology, RAT, an indicator requiring a handover of the wireless device to a target RAT , the indicator further requiring a position of the wireless device to be determined, and in response thereto, sending an Extended Service Request to a mobility management node for mobile originating circuit switched fallback, CSFB, indicating that the purpose is an emergency call; starting (S104), in response thereto, a positioning detection procedure of the wireless device with an evolved serving mobile location center, E-SMLC, before being handed over to the target RAT, the positioning detection procedure involving processing of positioning measurements; keeping (S106) the positioning measurements of the positioning detection procedure whilst the wireless device is being handed over from the source RAT to the target RAT; and continuing (S108) the positioning detection procedure using the positioning measurements whilst being operatively connected to the target RAT.
A vacuum cleaner comprising: a fluid flow path extending from a dirty air inlet to a clean air outlet; a main body including a handle ; a fluid flow motor positioned in the fluid flow path; a dirt collection region with an openable bottom; a cyclonic separator in the fluid flow path, the cyclonic separator including, a cyclone chamber having a first end and a second end wall , a cyclone dirty fluid inlet , and a cyclone clean fluid outlet ; and a filter chamber in the fluid flow path downstream from the cyclonic separator and upstream from the fluid flow motor, wherein the filter chamber includes an outlet fluidly communicating the filter chamber and the fluid flow motor characterized in that the filter chamber includes a tangential inlet fluidly communicating the cyclonic separator and the filter chamber. a fluid flow path extending from a dirty air inlet to a clean air outlet; a main body including a handle ; a fluid flow motor positioned in the fluid flow path; a dirt collection region with an openable bottom; a cyclonic separator in the fluid flow path, the cyclonic separator including, a cyclone chamber having a first end and a second end wall , a cyclone dirty fluid inlet , and a cyclone clean fluid outlet ; and a filter chamber in the fluid flow path downstream from the cyclonic separator and upstream from the fluid flow motor, wherein the filter chamber includes an outlet fluidly communicating the filter chamber and the fluid flow motor characterized in that the filter chamber includes a tangential inlet fluidly communicating the cyclonic separator and the filter chamber.
A monoclonal antibody that specifically binds an N-terminal region or a C-terminal region of human progastrin (hPG), wherein: the N-terminal region of hPG corresponds to residues 1-40 of SEQ ID NO:20; the C-terminal region of hPG corresponds to residues 41-80 of SEQ ID NO:20; the antibody does not detectably bind to an amidated gastrin 17, glycine-extended gastrin 17, amidated gastrin 34, glycine-extended gastrin 34, and C-terminal Flanking Peptide (CTFP), and the antibody is obtainable using an immunogen comprising a peptide antigen, wherein: (i) the amino acid sequence of the peptide antigen is SEQ ID NO:25, or (ii) the amino acid sequence of the peptide antigen is SEQ ID NO:27. the N-terminal region of hPG corresponds to residues 1-40 of SEQ ID NO:20; the C-terminal region of hPG corresponds to residues 41-80 of SEQ ID NO:20; the antibody does not detectably bind to an amidated gastrin 17, glycine-extended gastrin 17, amidated gastrin 34, glycine-extended gastrin 34, and C-terminal Flanking Peptide (CTFP), and the antibody is obtainable using an immunogen comprising a peptide antigen, wherein: (i) the amino acid sequence of the peptide antigen is SEQ ID NO:25, or (ii) the amino acid sequence of the peptide antigen is SEQ ID NO:27. (i) the amino acid sequence of the peptide antigen is SEQ ID NO:25, or (ii) the amino acid sequence of the peptide antigen is SEQ ID NO:27.
A suture locking device , comprising: a carrier member ; a locking assembly mounted at a distal end of the carrier member, the locking assembly comprising: a first locking member having an outer surface portion ; and a second locking member having an inner surface portion , wherein the outer and inner surface portions define mating stepped features, said mating stepped features comprising a plurality of steps along the outer surface portion and a plurality of steps along the inner surface portion; a suture path receptive of a suture and defined at least partially through the first locking member, between the outer and inner surface portions, and at least partially through the carrier member; an actuator assembly operable to move the first and second locking members together to lock the suture relative to the lock assembly; and at least one snare operable to pull the suture into the suture locking device along the suture path; wherein the locking assembly is releasably mounted at a distal end of the carrier member. a carrier member ; a locking assembly mounted at a distal end of the carrier member, the locking assembly comprising: a first locking member having an outer surface portion ; and a second locking member having an inner surface portion , wherein the outer and inner surface portions define mating stepped features, said mating stepped features comprising a plurality of steps along the outer surface portion and a plurality of steps along the inner surface portion; a first locking member having an outer surface portion ; and a second locking member having an inner surface portion , wherein the outer and inner surface portions define mating stepped features, said mating stepped features comprising a plurality of steps along the outer surface portion and a plurality of steps along the inner surface portion; a suture path receptive of a suture and defined at least partially through the first locking member, between the outer and inner surface portions, and at least partially through the carrier member; an actuator assembly operable to move the first and second locking members together to lock the suture relative to the lock assembly; and at least one snare operable to pull the suture into the suture locking device along the suture path; wherein the locking assembly is releasably mounted at a distal end of the carrier member.
An eye-mounted device comprising: a contact lens ; and a femtocamera mounted in the contact lens, the femtocamera comprising: a front aperture facing away from a user's eye and towards an external environment; a concave primary mirror facing the front aperture; a convex secondary mirror facing the concave primary mirror; an image sensor facing the secondary mirror, the primary mirror and secondary mirror cooperating to image the external environment onto the image sensor; and a baffle system comprising: a three-dimensional obscuration extending from the secondary mirror towards the primary mirror, where the obscuration blocks extraneous rays from the external environment from reaching the image sensor. a contact lens ; and a femtocamera mounted in the contact lens, the femtocamera comprising: a front aperture facing away from a user's eye and towards an external environment; a concave primary mirror facing the front aperture; a convex secondary mirror facing the concave primary mirror; an image sensor facing the secondary mirror, the primary mirror and secondary mirror cooperating to image the external environment onto the image sensor; and a baffle system comprising: a three-dimensional obscuration extending from the secondary mirror towards the primary mirror, where the obscuration blocks extraneous rays from the external environment from reaching the image sensor. a front aperture facing away from a user's eye and towards an external environment; a concave primary mirror facing the front aperture; a convex secondary mirror facing the concave primary mirror; an image sensor facing the secondary mirror, the primary mirror and secondary mirror cooperating to image the external environment onto the image sensor; and a baffle system comprising: a three-dimensional obscuration extending from the secondary mirror towards the primary mirror, where the obscuration blocks extraneous rays from the external environment from reaching the image sensor.
An upper-torso garment comprising: a dome-shaped knit breast-covering portion comprising a plurality of partial-length knit courses including a plurality of knit stitches, wherein each of the partial-length knit courses is a course in which all of the consecutive stitches of the course are positioned between a first wale , being a medial wale closer to a garment-midline reference plane , and a second wale , being a lateral wale, farther from a garment-midline reference plane , wherein the first wale is spaced apart from the second wale by a series of consecutive intermediate wales, wherein the stitches of the partial-length courses are positioned only in the intermediate wales between the first wale and the second wale , wherein the plurality of partial-length knit courses includes one or more medial-most knit stitches arranged in an intermediate medial wale and one or more lateral-most knit stitches arranged in an intermediate lateral wale , and wherein the plurality of partial-length knit courses includes a superior-most course and an inferior-most course ; a first dome reference midline extending substantially parallel to the intermediate medial wale or the intermediate lateral wale and spaced evenly between the intermediate medial wale and the intermediate lateral wale; and a second dome reference midline extending substantially perpendicular to the first dome reference midline and spaced evenly between the superior-most course and the inferior-most course , wherein a largest quantity of knit stitches from the plurality of knit stitches included in the partial-length knit courses is positioned in an inferior-medial quadrant (D) designated by an intersection of the first and second dome reference midlines, wherein the plurality of partial-length knit courses includes a plurality of partial-length-course groupings ; wherein each partial-length-course grouping includes one or more longer partial-length courses and one or more shorter partial-length courses ; and wherein the one or more shorter partial-length courses have fewer consecutive knit stitches than the one or more longer partial-length courses ; characterized in that the one or more shorter partial-length courses are spaced apart from the one or more longer partial-length courses by a first quantity of non-partial-length courses, spanning at least the entire distance between the first wale and the second wale , and each partial-length-course grouping of the plurality of partial-length-course groupings is spaced apart from a consecutive partial-length-course grouping by a second quantity of non-partial-length courses, wherein the second quantity of non-partial-length courses is greater than the first quantity of non-partial-length courses.
A hydraulic pump for a clutch mechanism of a vehicle transmission, the hydraulic pump comprising a body in which there are formed a chamber , an inlet port through which a hydraulic fluid can enter the chamber , and an outlet port through which the hydraulic fluid can leave the chamber , the chamber receiving at least one hydraulic wheel of the hydraulic pump , the inlet port and the outlet port each opening into the chamber of the body , characterized in that the body of the hydraulic pump is delimited by an outer edge on which at least one peripheral groove is formed, configured to receive a gasket , the gasket being intended to provide contact sealing between the body of the hydraulic pump and a hydraulic connection interface of the clutch mechanism .