mhurhangee/patent-ind-claim-en huggingface dataset:
Wall or ceiling element, comprising a rectangular frame assembled from frame profile elements , a reinforcement plate inserted into an inner groove or recess of the frame profile elements, a sound-absorbing layer on at least one side of the reinforcement plate between the frame profile elements , and a cover of fabric or a textile, which surrounds the entire element , characterised in that an outer groove is formed on the side of the frame profile element on at least one side of a wall or ceiling element for forming a corner connection between neighbouring wall elements, where the outer groove affixed at the side lies opposite an outer groove affixed to the front of the neighbouring wall element , wherein the outer groove is formed at least on one side of the rectangular frame on the outer circumference or in the area of the outer circumference of the frame into which the edges of the fabric cover are clamped by means of a rail .
A method for sorting vehicles of vehicle platoons, allowing said vehicles having the same planned destination but initially driving in different vehicle platoons to join the same vehicle platoon while keeping a significant velocity of the vehicle platoons and then continue towards the planned destination, comprising the steps of providing a first vehicle platoon driving along a first route and a second vehicle platoon driving along a second route , the first vehicle platoon comprising a lead vehicle and a plurality of following vehicles and the second vehicle platoon comprising a lead vehicle and a plurality of following vehicles , selecting a road segment in common to the first route and the second route , controlling at least one following vehicle of the first vehicle platoon to leave the first vehicle platoon and join the second vehicle platoon and controlling at least one following vehicle of the second vehicle platoon to leave the second vehicle platoon and join the first vehicle platoon while driving the first vehicle platoon and the second vehicle platoon (1 b) along said road segment ,by driving the first vehicle platoon in a first lane of the road segment and driving the second vehicle platoon (1 b) in a second lane of the road segment , and positioning the first vehicle platoon and the second vehicle platoon relative to each other such that a rear end of the second vehicle platoon (1 b) is in front of said at least one following vehicle of the first vehicle platoon , controlling said at least one following vehicle of the first vehicle platoon (1 a) to change from the first lane to the second lane and join the second vehicle platoon (1 b) at the rear end of the second vehicle platoon , repositioning the first vehicle platoon and the second vehicle platoon relative to each other such that a rear end of the first vehicle platoon is in front of said at least one following vehicle of the second vehicle platoon (1 b), and controlling said at least one following vehicle of the second platoon (1 b) to change from the second lane to the first lane and join the first vehicle platoon at the rear end of the first vehicle platoon .
A method for diagnosing acute myelogenous leukemia using a leukemia diagnostic kit which comprises: a forward primer represented by SEQ ID NO: 1 and a reverse primer represented by SEQ ID NO: 2; and a forward primer represented by SEQ ID NO: 3 and a reverse primer represented by SEQ ID NO: 4, the method comprising: diagnosing acute myelogenous leukemia by measuring expression levels of a prohibitin-1 (PHB1) gene and a prohibitin-2 (PHB2) gene in a specimen which is white blood cells from peripheral blood or bone marrow; provided that the method is not practised on the human or animal body, wherein the specimen is selected from peripheral blood and bone marrow specimens, wherein the diagnosis of leukemia is determined by any one equation selected from the group consisting of Equations 2 or 3: Y = 0.5857 x 1 − 4.7252 x 2 − 0.18652 wherein in Equation 2, x 1 is an expression value of PHB 1, x 2 is an expression value of PHB2, when Y is a positive value, it is determined as "normal," and when Y is a negative value, it is determined as "patient." Y = 0.99 × g − 4.536 x 1 + 12.3963 x 2 + 5.7187 − 9.5315 × g 51.402 x 1 − 3.3215 x 2 + 49.6252 + 9.0499 wherein in Equation 3, g is a function defined by Equation 4, x 1 is an expression value of PHB 1, x 2 is an expression value of PHB2, when Y is a positive value, it is determined as "normal," and when Y is a negative value, it is determined as "patient." g m = 1 1 + e − m by combining Equation 3 and Equation 4, complete Equation 3 is expressed as: Y = 0.99 × 1 1 + e − − 4.536 x 1 + 12.3963 x 2 + 5.7187 − 9.5315 × 1 1 + e − 51.402 x 1 − 3.3215 x 2 + 49.6252 + 9.0499 diagnosing acute myelogenous leukemia by measuring expression levels of a prohibitin-1 (PHB1) gene and a prohibitin-2 (PHB2) gene in a specimen which is white blood cells from peripheral blood or bone marrow; provided that the method is not practised on the human or animal body, wherein the specimen is selected from peripheral blood and bone marrow specimens, wherein the diagnosis of leukemia is determined by any one equation selected from the group consisting of Equations 2 or 3: Y = 0.5857 x 1 − 4.7252 x 2 − 0.18652 wherein in Equation 2, x 1 is an expression value of PHB 1, x 2 is an expression value of PHB2, when Y is a positive value, it is determined as "normal," and when Y is a negative value, it is determined as "patient." Y = 0.99 × g − 4.536 x 1 + 12.3963 x 2 + 5.7187 − 9.5315 × g 51.402 x 1 − 3.3215 x 2 + 49.6252 + 9.0499 wherein in Equation 3, g is a function defined by Equation 4, x 1 is an expression value of PHB 1, x 2 is an expression value of PHB2, when Y is a positive value, it is determined as "normal," and when Y is a negative value, it is determined as "patient." g m = 1 1 + e − m by combining Equation 3 and Equation 4, complete Equation 3 is expressed as: Y = 0.99 × 1 1 + e − − 4.536 x 1 + 12.3963 x 2 + 5.7187 − 9.5315 × 1 1 + e − 51.402 x 1 − 3.3215 x 2 + 49.6252 + 9.0499
A forgery prevention structure suitable to be formed on a medium and being suitable for authenticating said medium , the forgery prevention structure comprising: a mixed area (31 to 33) in which a plurality of kinds of resonator structures are arranged such that the resonator structures are mixed in a predetermined ratio, wherein a first kind of resonator structure is arranged to resonate with a first terahertz electromagnetic wave having a first polarization direction, and a second kind of resonator structure is arranged to resonate with a second terahertz electromagnetic wave having a second polarization direction, the first polarization direction being different than the second polarization direction, characterized in that the medium comprises a plurality of regions that exhibit different transmissivities when irradiated with an inspection terahertz electromagnetic wave having a predetermined frequency and a predetermined polarization direction, the plurality of regions includes a first region including a first mixed area and a second region including a second mixed area , the first mixed area includes the plurality of kinds of resonator structures mixed in a different ratio from that of the second mixed area , and causes a different transmissivity than that caused by the second mixed area on the inspection terahertz electromagnetic wave. a mixed area (31 to 33) in which a plurality of kinds of resonator structures are arranged such that the resonator structures are mixed in a predetermined ratio, wherein a first kind of resonator structure is arranged to resonate with a first terahertz electromagnetic wave having a first polarization direction, and a second kind of resonator structure is arranged to resonate with a second terahertz electromagnetic wave having a second polarization direction, the first polarization direction being different than the second polarization direction, characterized in that the medium comprises a plurality of regions that exhibit different transmissivities when irradiated with an inspection terahertz electromagnetic wave having a predetermined frequency and a predetermined polarization direction, the plurality of regions includes a first region including a first mixed area and a second region including a second mixed area , the first mixed area includes the plurality of kinds of resonator structures mixed in a different ratio from that of the second mixed area , and causes a different transmissivity than that caused by the second mixed area on the inspection terahertz electromagnetic wave.
A pair of sliding components provided, on a high-pressure side of one of relatively sliding sealing faces (S) thereof, with a plurality of reverse Rayleigh step mechanisms for discharging fluid to a high-pressure fluid side, wherein a buffer groove for reducing penetration of low-pressure fluid toward the high-pressure fluid side is provided in an annular form in the sealing face (S) on a low-pressure side of the reverse Rayleigh step mechanisms , characterized in that the sealing face (S) is provided, on the high-pressure side, with a plurality of fluid circulation grooves in communication with the high-pressure fluid side in addition to the reverse Rayleigh step mechanisms , and is also provided with a positive pressure generating mechanism in a part flanked by the fluid circulation groove and the high-pressure fluid side, wherein each fluid circulation groove is isolated from the low-pressure fluid side by a land portion (R) and is composed of an inlet portion for introducing fluid from the high-pressure fluid side, an outlet portion for discharging the fluid to the high pressure fluid side and a communicating portion that communicates the inlet portion and the outlet portion with each other in the circumferential direction so as to cause the inlet portion and the outlet portion to cross each other on the low pressure fluid side at an obtuse angle and the positive pressure generating mechanism is in communication with the inlet portion of the fluid circulation groove and is isolated from the outlet portion of the fluid circulation groove and the high-pressure fluid side by a land portion (R).
An apparatus for determining an index of insect biodiversity, comprising: a plurality of optical insect sensor devices configured to be individually positioned within a geographic area , each insect sensor device configured to: - monitor insect activity within a detection volume extending outside the insect sensor device by detecting light from the detection volume, and to - output detector data indicative of one or more optically detected attributes associated with respective detected insect detection events, each insect detection event being indicative of one or more insects being present in the detection volume; a data processing system communicatively coupled to the plurality of optical insect sensor devices and configured to: - receive detector data from respective ones of the plurality of optical insect sensor devices, the detector data being indicative of one or more optically detected attributes associated with respective detected insect detection events, and to - compute, from the received detector data, an index of insect biodiversity indicative of insect biodiversity within the geographic area. a plurality of optical insect sensor devices configured to be individually positioned within a geographic area , each insect sensor device configured to: - monitor insect activity within a detection volume extending outside the insect sensor device by detecting light from the detection volume, and to - output detector data indicative of one or more optically detected attributes associated with respective detected insect detection events, each insect detection event being indicative of one or more insects being present in the detection volume; - monitor insect activity within a detection volume extending outside the insect sensor device by detecting light from the detection volume, and to - output detector data indicative of one or more optically detected attributes associated with respective detected insect detection events, each insect detection event being indicative of one or more insects being present in the detection volume; a data processing system communicatively coupled to the plurality of optical insect sensor devices and configured to: - receive detector data from respective ones of the plurality of optical insect sensor devices, the detector data being indicative of one or more optically detected attributes associated with respective detected insect detection events, and to - compute, from the received detector data, an index of insect biodiversity indicative of insect biodiversity within the geographic area. - receive detector data from respective ones of the plurality of optical insect sensor devices, the detector data being indicative of one or more optically detected attributes associated with respective detected insect detection events, and to - compute, from the received detector data, an index of insect biodiversity indicative of insect biodiversity within the geographic area.
An observation apparatus comprising: a light-source unit that emits illumination light upward from below a sample (X); and an image-capturing optical system that captures, below the sample (X), transmitted light, which is the illumination light emitted from the light-source unit that has passed through the sample (X) by being reflected above the sample (X), wherein the sample (X) is accommodated in a container formed of an optically transparent material, characterized in that the illumination light is reflected by an inner surface of a top plate of the container , which is disposed above the sample (X). a light-source unit that emits illumination light upward from below a sample (X); and an image-capturing optical system that captures, below the sample (X), transmitted light, which is the illumination light emitted from the light-source unit that has passed through the sample (X) by being reflected above the sample (X), wherein the sample (X) is accommodated in a container formed of an optically transparent material, characterized in that the illumination light is reflected by an inner surface of a top plate of the container , which is disposed above the sample (X).
A semiconductor photodetecting device , comprising: a base ; a plurality of semiconductor photodetecting elements that have a rectangle shape having a pair of first sides opposed to each other in a first direction and a pair of second sides being shorter than the pair of first sides and opposed to each other in a second direction perpendicular to the first direction, and that are disposed on the base so as to be adjacent to each other in juxtaposition in the first direction; a plurality of bump electrodes each disposed along the corresponding first side on sides where the pair of first sides lie in each said semiconductor photodetecting element , to electrically and mechanically connect the base and each said semiconductor photodetecting element ; and a plurality of dummy bumps disposed so as to lie on each said semiconductor photodetecting element on sides where the first sides adjacent to each other lie in the plurality of adjacent semiconductor photodetecting elements , to mechanically connect the base and each said semiconductor photodetecting element , wherein the plurality of dummy bumps each disposed along the corresponding first side on sides where the pair of first sides lie in each said semiconductor photodetecting element are disposed so as to lie on the plurality of adjacent semiconductor photodetecting elements . a base ; a plurality of semiconductor photodetecting elements that have a rectangle shape having a pair of first sides opposed to each other in a first direction and a pair of second sides being shorter than the pair of first sides and opposed to each other in a second direction perpendicular to the first direction, and that are disposed on the base so as to be adjacent to each other in juxtaposition in the first direction; a plurality of bump electrodes each disposed along the corresponding first side on sides where the pair of first sides lie in each said semiconductor photodetecting element , to electrically and mechanically connect the base and each said semiconductor photodetecting element ; and a plurality of dummy bumps disposed so as to lie on each said semiconductor photodetecting element on sides where the first sides adjacent to each other lie in the plurality of adjacent semiconductor photodetecting elements , to mechanically connect the base and each said semiconductor photodetecting element , wherein the plurality of dummy bumps each disposed along the corresponding first side on sides where the pair of first sides lie in each said semiconductor photodetecting element are disposed so as to lie on the plurality of adjacent semiconductor photodetecting elements .
An air supply and conditioning system for an inlet system of a gas turbine , comprising: an air processing unit having an inlet configured to receive compressed air from a compressor of the gas turbine , wherein the air processing unit comprises a heat exchanger downstream from the inlet ; and a self-cleaning filter configured to be disposed within a duct of the inlet system , characterized in that the air supply and conditioning system also comprises: a vortex cooler disposed downstream from the inlet of the air processing unit , wherein the vortex cooler , which comprises an outlet and is configurable to receive the compressed air and produce cooled compressed air at the outlet , is in fluid communication with the heat exchanger and with an outlet of the air processing unit ; and wherein the self-cleaning filter is in fluid communication with at least one of an outlet of the air processing unit or the outlet of the vortex cooler . an air processing unit having an inlet configured to receive compressed air from a compressor of the gas turbine , wherein the air processing unit comprises a heat exchanger downstream from the inlet ; and a self-cleaning filter configured to be disposed within a duct of the inlet system , a vortex cooler disposed downstream from the inlet of the air processing unit , wherein the vortex cooler , which comprises an outlet and is configurable to receive the compressed air and produce cooled compressed air at the outlet , is in fluid communication with the heat exchanger and with an outlet of the air processing unit ; and wherein the self-cleaning filter is in fluid communication with at least one of an outlet of the air processing unit or the outlet of the vortex cooler .
Module assembly for the fibre-optic distribution industry, which can be mounted along a mounting direction in a slot in a separate carrier unit , with a centre region (M) through which a centre axis (A) oriented in the mounting direction (x) runs, and two side regions (S), each of which is connected to the centre region (M) opposite each another relative to the centre axis (A) and each of which has a side wall (20.1), characterized in that at least one of the side walls (20.1) has, at least in certain sections along the centre axis (A), a curvy profile changing the lateral distance (d) from the centre axis (A) such that the at least one side wall (20.1) forms at least one protrusion or setback portion (23, 24, SP) for form-fitting mounting in the slot in the carrier unit .
An isolated polypeptide comprising an amino acid sequence with at least 80% identity with SEQ ID NO : 1 after optimal global alignment or a fragment thereof comprising an amino acid sequence with at least 80% identity with anyone of SEQ ID NOs: 2, 5 and 7 to 13 and 47 after optimal global alignment, for use as a medicament for the treatment and/or the prevention of skin inflammatory diseases.
A method performed by a transmission point, TRP , for communicating with a user equipment, UE , the method comprising: transmitting , from the TRP to the UE , a message comprising one or more channel state reference signal (CSI-RS) configurations and a first beam tracking process index, BTPI, associated with a first link between the TRP and the UE and allowing the UE to know which CSI-RS configuration corresponds to a particular beam tracking process and link, wherein transmitting the first BTPI to the UE comprises transmitting to the UE a control message for scheduling a PDSCH transmission, the first BTPI being included in the control message, receiving, from the UE , an identification of a preferred CSI-RS configuration for the first link, and prior to transmitting the control message to the UE , transmitting to the UE a trigger message for triggering the UE to perform reference signal, RS, measurements with respect to a set of one or more RS resources. transmitting , from the TRP to the UE , a message comprising one or more channel state reference signal (CSI-RS) configurations and a first beam tracking process index, BTPI, associated with a first link between the TRP and the UE and allowing the UE to know which CSI-RS configuration corresponds to a particular beam tracking process and link, wherein transmitting the first BTPI to the UE comprises transmitting to the UE a control message for scheduling a PDSCH transmission, the first BTPI being included in the control message, receiving, from the UE , an identification of a preferred CSI-RS configuration for the first link, and prior to transmitting the control message to the UE , transmitting to the UE a trigger message for triggering the UE to perform reference signal, RS, measurements with respect to a set of one or more RS resources.
Motor vehicle , having - a display device having a self-luminous screen element for displaying display content, wherein a display surface of the self-luminous screen element is divided by a bend region into a first display region and a second display region ; and a selective shielding unit which transmits light (L) from the screen element along a preferred direction and blocks said light along a blocking direction and/or deflects said light from the blocking direction , - a surface region which is remote from the screen element of the display device and on which a reflection of the display content displayed on the second display region can be seen from a predefined viewing point, wherein the display device is arranged in the motor vehicle such that the preferred direction of the selective shielding unit in the second display region is oriented towards the surface region and the blocking direction in the second display region is oriented towards the predetermined viewing point; and such that in the first display region the preferred direction of the selective shielding unit is oriented towards the predetermined viewing point and the blocking direction is oriented towards the surface region . - a display device having a self-luminous screen element for displaying display content, wherein a display surface of the self-luminous screen element is divided by a bend region into a first display region and a second display region ; and a selective shielding unit which transmits light (L) from the screen element along a preferred direction and blocks said light along a blocking direction and/or deflects said light from the blocking direction , - a surface region which is remote from the screen element of the display device and on which a reflection of the display content displayed on the second display region can be seen from a predefined viewing point,