mhurhangee/patent-ind-claim-en huggingface dataset:
A mobile station apparatus comprising: a radio receiving section configured to receive a control signal from a base station; a selecting unit configured to randomly select a sequence from a plurality of sequences contained in one group of a plurality of groups based on control information and an association between the plurality of groups and different control information, wherein a predetermined number of sequences that are generated from a plurality of base sequences are grouped into the plurality of groups that are respectively associated with the different control information, the different control information being associated with different amounts of data or reception qualities, wherein the predetermined number of sequences are grouped into the plurality of groups by partitioning the predetermined number of sequences, in which sequences generated from the same base sequence and having different cyclic shifts are arranged in an increasing order of the cyclic shifts; and a transmitting unit configured to transmit the selected sequence, wherein a position at which the predetermined number of sequences are partitioned is based on a characteristic of the different control information, and a number of sequences contained in each of the plurality of groups varies in accordance with the received control signal. a radio receiving section configured to receive a control signal from a base station; a selecting unit configured to randomly select a sequence from a plurality of sequences contained in one group of a plurality of groups based on control information and an association between the plurality of groups and different control information, wherein a predetermined number of sequences that are generated from a plurality of base sequences are grouped into the plurality of groups that are respectively associated with the different control information, the different control information being associated with different amounts of data or reception qualities, wherein the predetermined number of sequences are grouped into the plurality of groups by partitioning the predetermined number of sequences, in which sequences generated from the same base sequence and having different cyclic shifts are arranged in an increasing order of the cyclic shifts; and a transmitting unit configured to transmit the selected sequence, wherein a position at which the predetermined number of sequences are partitioned is based on a characteristic of the different control information, and a number of sequences contained in each of the plurality of groups varies in accordance with the received control signal.
Prefabricated formwork element arranged to construct formwork intended to be arranged in a construction slab of a pass through construction opening (T) to accommodate a staircase, elevator or a similar device, the said formwork element having a profile with at least one vertical panel arranged to delimit at least one rectilinear part of the edge of the said pass through opening (T), the said vertical panel having means of attachment for collective fall arrest protection equipment (G, F), comprising both first means of attachment arranged for the attachment of a handrail (G) designed to protect access to the said formwork (C), and second means of attachment arranged for the attachment of a fall arrest net (F) designed to protect the opening delimited by the said formwork (C), the first attaching means for a handrail (G) having at least one vertical tubular housing accessible from the top of the said vertical panel , and arranged to receive a vertical upright (M) of the said handrail (G) by nesting, and the second attaching means for a fall arrest net (F) comprising at least one vertical attaching rod which, with the said vertical panel forms a space for receiving one part of the perimeter of the said fall arrest net (F) around the said attaching rod .
A method of evaluating whether to handover a terminal device from communicating with a first network infrastructure element associated with a first communication cell to communicating with a second network infrastructure element associated with a second communication cell in a wireless telecommunications system , wherein the method comprises: establishing an indication of a first measurement of radio conditions associated with a communication path between the terminal device and the first network infrastructure element; establishing, at the first network infrastructure element, a configuration setting to be used by the terminal device for a measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the configuration setting is established based on communication between the first network infrastructure element and the second network infrastructure element; conveying an indication of the configuration setting from the first network infrastructure element to the terminal device; establishing an indication of a second measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the second measurement of radio conditions is made in accordance with the configuration setting; and determining whether to handover the terminal device from communicating with the first network infrastructure element to the second network infrastructure element based on a comparison of the indication of the first measurement of radio conditions and the indication of the second measurement of radio conditions. establishing an indication of a first measurement of radio conditions associated with a communication path between the terminal device and the first network infrastructure element; establishing, at the first network infrastructure element, a configuration setting to be used by the terminal device for a measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the configuration setting is established based on communication between the first network infrastructure element and the second network infrastructure element; conveying an indication of the configuration setting from the first network infrastructure element to the terminal device; establishing an indication of a second measurement of radio conditions associated with a communication path between the terminal device and the second network infrastructure element, wherein the second measurement of radio conditions is made in accordance with the configuration setting; and determining whether to handover the terminal device from communicating with the first network infrastructure element to the second network infrastructure element based on a comparison of the indication of the first measurement of radio conditions and the indication of the second measurement of radio conditions.
Automated system for detecting materials of the glass-ceramic type among a cullet , characterized in that it comprises at least one white light source and at least one monochromatic ultraviolet light source , each being oriented to emit in the same emission region , an image acquisition device configured to acquire an image of said emission area and an image processing device configured to process each of the images acquired by the image acquisition device , the image processing device comprising a colorimetric image processing module (7-17) configured to provide the detection of glass-ceramic materials among other types of glass.
A crystalline form of Carboprost Tromethamine, having a differential scanning calorimetry (DSC) thermogram pattern comprising an endothermic peak with a peak maximum of 106.4±1.0°C, and having an X-ray powder diffraction (XRPD) pattern comprising characteristic peaks at the following 2θ reflection angles: 6.9±0.2°, 9.1±0.2°, 9.5±0.2°, 10.3±0.2°, 11.0±0.2°, 18.8±0.2°, 20.5±0.2°, and 21.9±0.2°.
A rotating mudguard assembly for an agricultural vehicle, preferably an agricultural tractor , the assembly comprising: a fixed part for mounting to the agricultural vehicle; and a rotating part for receiving a mudguard , the rotating part moveable on the fixed part to allow the mudguard to be pivoted relative to the agricultural vehicle, wherein the rotating mudguard assembly further comprises a locking mechanism , the locking mechanism comprising: a locking plate provided on one of said fixed or rotating parts of the assembly, and a locking pin system provided on the other of said fixed or rotating parts, the locking pin system having a moveable locking pin to selectively engage with the locking plate , wherein movement of the rotating part relative to the fixed part can be limited by engagement of the locking pin with the locking plate ; characterised in that the locking pin is moveable between an extended position and a retracted position, wherein the locking pin can engage with the locking plate when in the extended position. a fixed part for mounting to the agricultural vehicle; and a rotating part for receiving a mudguard , the rotating part moveable on the fixed part to allow the mudguard to be pivoted relative to the agricultural vehicle, wherein the rotating mudguard assembly further comprises a locking mechanism , the locking mechanism comprising: a locking plate provided on one of said fixed or rotating parts of the assembly, and a locking pin system provided on the other of said fixed or rotating parts, the locking pin system having a moveable locking pin to selectively engage with the locking plate , wherein movement of the rotating part relative to the fixed part a locking plate provided on one of said fixed or rotating parts of the assembly, and a locking pin system provided on the other of said fixed or rotating parts, the locking pin system having a moveable locking pin to selectively engage with the locking plate , wherein movement of the rotating part relative to the fixed part can be limited by engagement of the locking pin with the locking plate ;
A computer-implemented method for calibrating radiological data associated with a tissue in a subject, the method comprising: analyzing a radiological image of the tissue to calculate a raw value indicative of a biological parameter in the tissue; analyzing a microscopy image of the tissue to identify a distribution of cells of interest within the tissue; and calculating a calibrated value indicative of a biological parameter of cells of interest within the tissue, wherein the calibrated value is obtained by correcting the raw value based on the identified distribution of cells of interest within the tissue. analyzing a radiological image of the tissue to calculate a raw value indicative of a biological parameter in the tissue; analyzing a microscopy image of the tissue to identify a distribution of cells of interest within the tissue; and calculating a calibrated value indicative of a biological parameter of cells of interest within the tissue, wherein the calibrated value is obtained by correcting the raw value based on the identified distribution of cells of interest within the tissue.
A conveyor system comprising: a conveyor extending in width from a first side to an opposite second side and advancing packages in a conveying direction ; a distance-measuring system measuring the profile of the packages at discrete spots extending across the width of the conveyor to produce a series of sequential profile measurements at each discrete spot ; a controller programmed to execute instructions to: (a) compute derivatives of the series of profile measurements for each of the discrete spots ; (b) detect edges of the packages from steps in the derivatives of the series of profile measurements; a speed sensor producing speed measurements of the speed of the conveyor in the conveying direction and wherein the distance-measuring system makes the profile measurements at a repetition rate proportional to the speed of the conveyor . a conveyor extending in width from a first side to an opposite second side and advancing packages in a conveying direction ; a distance-measuring system measuring the profile of the packages at discrete spots extending across the width of the conveyor to produce a series of sequential profile measurements at each discrete spot ; a controller programmed to execute instructions to: (a) compute derivatives of the series of profile measurements for each of the discrete spots ; (b) detect edges of the packages from steps in the derivatives of the series of profile measurements; (a) compute derivatives of the series of profile measurements for each of the discrete spots ; (b) detect edges of the packages from steps in the derivatives of the series of profile measurements; a speed sensor producing speed measurements of the speed of the conveyor in the conveying direction and wherein the distance-measuring system makes the profile measurements at a repetition rate proportional to the speed of the conveyor .
A method for producing an AEI zeolite, the method comprising a crystallization step of crystallizing a composition containing a structure directing agent, a sodium source, water, and a zeolite having at least one structure selected from the group consisting of FER and MOR as a silica alumina source, wherein the structure directing agent is at least one selected from the group consisting of 1,1,3,5-tetramethylpiperidinium cation, 1,1-diethyl-2,6-dimethylpiperidinium cation, 1,1,2,6-tetramethylpiperidinium cation, 1-ethyl-1,2,6-trimethylpiperidinium cation, and 1,1,2-triethylpiperidinium cation.
A vertical interconnection structure (VI) of a multi-layer substrate , comprising: a first via pad (VP 3 ) disposed in a first layer of metal interconnect (L 3 ) of the multi-layer substrate ; a second via pad (VP 2 ) disposed in a second layer of metal interconnect (L 2 ) of the multi-layer substrate ; a signal via (SV 3 ) electrically connecting the first via pad (VP 3 ) to the second via pad (VP 2 ); a non-circular first ground plane (GL 3 ) disposed in the first layer of metal interconnect (L 3 ) of the multi-layer substrate and surrounding the first via pad (VP 3 ); and a non-circular first ground pullback region (GP 3 ) between the first via pad (VP 3 ) and the non-circular first ground plane (GL 3 ) for electrically isolating the first via pad (VP 3 ) from the non-circular first ground plane (GL 3 ), the first via pad (VP 3 ) and the second via pad (VP 2 ) have a circular shape when viewed from above, and the non-circular first ground pullback region (GP 3 ) has a rectangular shape, a square shape, a quasi-rectangular shape or a quasi-square shape around a perimeter of the first via pad (VP 3 ) when viewed from above, characterized by a signal trace (T) terminating at the second via pad (VP 2 ); wherein the second via pad (VP 2 ) and the signal trace (T) are backed by a ground plane (GL 1 ) disposed on a third layer of metal interconnect (L 1 ). a first via pad (VP 3 ) disposed in a first layer of metal interconnect (L 3 ) of the multi-layer substrate ; a second via pad (VP 2 ) disposed in a second layer of metal interconnect (L 2 ) of the multi-layer substrate ; a signal via (SV 3 ) electrically connecting the first via pad (VP 3 ) to the second via pad (VP 2 ); a non-circular first ground plane (GL 3 ) disposed in the first layer of metal interconnect (L 3 ) of the multi-layer substrate and surrounding the first via pad (VP 3 ); and a non-circular first ground pullback region (GP 3 ) between the first via pad (VP 3 ) and the non-circular first ground plane (GL 3 ) for electrically isolating the first via pad (VP 3 ) from the non-circular first ground plane (GL 3 ), the first via pad (VP 3 ) and the second via pad (VP 2 ) have a circular shape when viewed from above, and the non-circular first ground pullback region (GP 3 ) has a rectangular shape, a square shape, a quasi-rectangular shape or a quasi-square shape around a perimeter of the first via pad (VP 3 ) when viewed from above, characterized by a signal trace (T) terminating at the second via pad (VP 2 );
Duct for air transport, said duct comprising: - an inner jacket having an inlet end for connecting the duct to an air supply and an outlet end for connecting the duct to a duct for a further transport or distribution of air, and - an outer jacket made of an impervious material and surrounding the inner jacket spaced therefrom, wherein an insulation chamber is formed between the inner jacket and the outer jacket , wherein the inner jacket comprises an area for conducting air away from the interior space of the jacket into the insulating chamber characterized in that the outer jacket comprises an area for conducting air away from the insulating chamber into the ambient atmosphere, adapted such that the amount of air conducted away from the inner jacket through the insulating chamber into the ambient atmosphere is 0.02 to 100 ‰ of the total volume of air fed into the inner jacket , the area for conducting air into the insulating chamber and the area for conducting air away from the insulating chamber being spaced from each other during the operation of the duct. - an inner jacket having an inlet end for connecting the duct to an air supply and an outlet end for connecting the duct to a duct for a further transport or distribution of air, and - an outer jacket made of an impervious material and surrounding the inner jacket spaced therefrom, wherein an insulation chamber is formed between the inner jacket and the outer jacket ,
A cast aluminum wheel , comprising: a rim element having an annular configuration defining an axis (a), said rim element including a wall extending circumferentially around said axis (a) between a proximal bead and a distal bead ; a central element extending radially outwardly between said axis (a) and said rim element , said central element including a plurality of spoke pairs extending radially outwardly toward said proximal bead , the spokes of the plurality of spoke pairs meet proximate said axis (a) with adjacent spokes, wherein adjacent spokes of said pairs of spokes define a cooperative feature therebetween for providing stiffness of said wheel , characterized in that said cooperative feature is defined by adjacent spokes of said spoke pairs defining opposing, substantially L-shaped segments , the combination of which defines an opening and the substantially L-shaped segments of said spoke pair comprise opposing first legs having a generally common planar orientation and opposing second legs defining generally parallel planar orientations, wherein said opposing second legs progressively increase in thickness in a direction toward said axis (a) from the rim element thereby providing increased mass of said spokes proximate said axis (a) relative to said rim element . a rim element having an annular configuration defining an axis (a), said rim element including a wall extending circumferentially around said axis (a) between a proximal bead and a distal bead ; a central element extending radially outwardly between said axis (a) and said rim element , said central element including a plurality of spoke pairs extending radially outwardly toward said proximal bead , the spokes of the plurality of spoke pairs meet proximate said axis (a) with adjacent spokes, wherein adjacent spokes of said pairs of spokes define a cooperative feature therebetween for providing stiffness of said wheel , characterized in that said cooperative feature is defined by adjacent spokes of said spoke pairs defining opposing, substantially L-shaped segments , the combination of which defines an opening and the substantially L-shaped segments of said spoke pair comprise opposing first legs having a generally common planar orientation and opposing second legs defining generally parallel planar orientations, wherein said opposing second legs progressively increase in thickness in a direction toward said axis (a) from the rim element thereby providing increased mass of said spokes proximate said axis (a) relative to said rim element .
A construction system comprising two adjacent construction elements , wherein each construction element comprises a core structure comprising an insulation material sandwiched between a first reinforcement structure and a second reinforcement structure , wherein a first plate is attached to the first reinforcement structure and wherein a second plate is attached to the second reinforcement structure , wherein the two adjacent construction elements are mechanically attached to each other by means of attachment members in a region of overlap ) wherein the attachment members penetrate: - the first plate of the first construction element (2;2'); - a protruding element of the second adjacent construction element (2;2'); - a protruding structure of the first construction element ; wherein the attachment members are screws or nails characterized in that - the screw penetrates also a portion of the insulation material of the first construction element arranged in a longer distance from the plate than the protruding element of the second construction element - or in that the nail penetrates also a portion of the insulation material of the first construction element arranged in a longer distance from the plate 4 than the protruding element 22 of the second construction element . - the first plate of the first construction element (2;2'); - a protruding element of the second adjacent construction element (2;2'); - a protruding structure of the first construction element ; wherein the attachment members are screws or nails characterized in that - the screw penetrates also a portion of the insulation material of the first construction element arranged in a longer distance from the plate than the protruding element of the second construction element - or in that the nail penetrates also a portion of the insulation material of the first construction element arranged in a longer distance from the plate 4 than the protruding element 22 of the second construction element .
Calender for the treatment of web materials (W), comprising a fixed structure adapted to support two heated rollers (R1, R2) mutually arranged so as to form a nip (N) adapted to be crossed by web-like materials (W), wherein each roller (R1, R2) has surface reliefs (RR) arranged according to a predetermined pattern, wherein the rollers (R1, R2) are mutually arranged in a tip-to-tip configuration, such that in an operational setting of the calender the reliefs (RR) of one roller (R1) are radially opposed to the reliefs (RR) of the other roller (R2) in correspondence with said nip (N), wherein each of said rollers (R1, R2) is connected to a drive unit (UM) which determines its rotation with a predetermined angular speed around its own longitudinal axis (r-r), wherein said rollers (R1, R2) are heated by heating means configured to heat individually each roller (R1, R2) of calender, and wherein each roller (R1, R2) undergoes an axial elongation as a consequence of its heating, characterized in that it comprises detection means (E1, E2; IS) adapted to detect the axial elongation of each roller (R1, R2) and a programmable control unit (UCP) connected to said detection means and to said heating means, said programmable control unit being programmed to determine the difference between the axial elongations of the rollers (R1, R2) detected by said detection means and emitting an alarm signal if the absolute value of this difference is greater than a predetermined limit value.