mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving a position location pilot signal from a base station at a mobile station , the position location pilot signal comprises a dedicated pilot signal that is used for position location operations, and wherein the position location pilot signal being one comprising a specified one of a plurality of Chu sequences that is different from those sequences that are used for primary synchronization signals or being transmitted using a time reuse pattern or a time and frequency reuse pattern; transmitting a request for round trip delay estimate to the base station; receiving the round trip delay estimate from the base station at the mobile station ; identifying the location of the base station based at least in part on the received position location pilot signal; and determining the position of the mobile station based, at least in part, on the round trip delay estimate received from the base station and further based, at least in part, on the identified location of the base station. receiving a position location pilot signal from a base station at a mobile station , the position location pilot signal comprises a dedicated pilot signal that is used for position location operations, and wherein the position location pilot signal being one comprising a specified one of a plurality of Chu sequences that is different from those sequences that are used for primary synchronization signals or being transmitted using a time reuse pattern or a time and frequency reuse pattern; transmitting a request for round trip delay estimate to the base station; receiving the round trip delay estimate from the base station at the mobile station ; identifying the location of the base station based at least in part on the received position location pilot signal; and determining the position of the mobile station based, at least in part, on the round trip delay estimate received from the base station and further based, at least in part, on the identified location of the base station.
Dispenser unit comprising: - a bottle suitable for containing a liquid product, said bottle having a recessed seat that is open on the bottom, - a dispenser applied on the bottle to dispense the liquid product, and - a fixing system suitable for fixing the bottle to a wall ; wherein said fixing system comprises: - a first plate suitable for being fixed to the wall , - a second plate suitable for being fixed to the bottle in the recessed seat of the bottle and coupled with the first plate , and - a key suitable for uncoupling the first plate from the second plate ; characterized in that said recessed seat extends in longitudinal direction on a rear surface of the bottle , and said recessed seat is defined by an overturned-U profile with two longitudinal ribs that are joined by an upper transverse rib . - a bottle suitable for containing a liquid product, said bottle having a recessed seat that is open on the bottom, - a dispenser applied on the bottle to dispense the liquid product, and - a fixing system suitable for fixing the bottle to a wall ; said fixing system comprises: - a first plate suitable for being fixed to the wall , - a second plate suitable for being fixed to the bottle in the recessed seat of the bottle and coupled with the first plate , and - a key suitable for uncoupling the first plate from the second plate ; - a first plate suitable for being fixed to the wall , - a second plate suitable for being fixed to the bottle in the recessed seat of the bottle and coupled with the first plate , and - a key suitable for uncoupling the first plate from the second plate ; characterized in that said recessed seat extends in longitudinal direction on a rear surface of the bottle , and said recessed seat is defined by an overturned-U profile with two longitudinal ribs that are joined by an upper transverse rib .
A computer program product comprising instructions which, when executed by at least one processor forming at least part of a computing system, result in operations comprising: acquiring from a magnetic resonance imaging system , MRI, reference data relating to a portion of a patient anatomy during patient motion and developing a patient motion library; during a time of interest, acquiring tracking data; relating the tracking data to the reference data ; acquiring partial volumetric data during the time of interest and at approximately the same time as the acquisition of the tracking data ; and constructing a volumetric image of patient anatomy that represents a particular motion state from the acquired partial volumetric data and acquired tracking data . acquiring from a magnetic resonance imaging system , MRI, reference data relating to a portion of a patient anatomy during patient motion and developing a patient motion library; during a time of interest, acquiring tracking data; relating the tracking data to the reference data ; acquiring partial volumetric data during the time of interest and at approximately the same time as the acquisition of the tracking data ; and constructing a volumetric image of patient anatomy that represents a particular motion state from the acquired partial volumetric data and acquired tracking data .
An embryo transfer tool comprising a soft tube having a lumen penetrating therethrough from a distal end thereof to a proximal end thereof and a hub provided at a proximal end portion of said soft tube , wherein said soft tube has a first bubble-containing surface layer extended in a predetermined width and in a predetermined length from said distal end of said soft tube toward said proximal end thereof, a second bubble-containing surface layer extended in a predetermined width from said distal end of said soft tube toward said proximal end thereof and opposed to said first bubble-containing surface layer , a first colorless and transparent part positioned between said first and second bubble-containing surface layers, extended in a predetermined length from said distal end of said soft tube toward said proximal end thereof, and allowing an inside of said lumen to be visually recognized by microscopic observation, and a second colorless and transparent part provided opposite to said first colorless and transparent part ; and each of said first and second bubble-containing surface layers has a lot of bubbles set long in an axial direction of said soft tube ; characterized in that a thickness of each of said first and second bubble-containing surface layers is set to 1/5 to 1/3 of a thickness of said soft tube ; a width of each of said first and second bubble-containing surface layers is set to 5/100 to 20/100 of an outer circumferential length of said soft tube ; and a width of each of said first and second colorless and transparent parts is set to not less than 30/100 of said outer circumferential length of said soft tube .
A multichannel flow tube comprising: a tube perimeter wall ; a first channel division enclosed within and coupled to the tube perimeter wall, the first channel division and the tube perimeter wall forming a first channel and a second channel in the multichannel flow tube; and a first support structure coupled to the tube perimeter wall and the first channel division; characterized in that the first support structure helps to couple and/or fortify a joint between the first channel division and the tube perimeter wall 304. a tube perimeter wall ; a first channel division enclosed within and coupled to the tube perimeter wall, the first channel division and the tube perimeter wall forming a first channel and a second channel in the multichannel flow tube; and a first support structure coupled to the tube perimeter wall and the first channel division; characterized in that the first support structure helps to couple and/or fortify a joint between the first channel division and the tube perimeter wall 304.
A distribution shaping method, performed by a distribution shaping encoder, comprising a step of allocating (S35) on a one-to-one basis a symbol sequence of a predetermined length to a bit sequence of a predetermined length, wherein a bit sequence including a larger number of bits that have a first value is allocated a symbol sequence smaller in average power out of available symbol sequences, the method further comprising, previously to the step of allocating a symbol sequence, the steps of: adding (S33), when the number of bits that have a second value is equal to or smaller than the number of bits that have the first value in the bit sequence, the first value as an inversion control bit to the bit sequence; and adding (S34), when the number of bits that have the second value is larger than the number of bits that have the first value in the bit sequence, the second value as an inversion control bit after inverting each bit in the bit sequence. adding (S33), when the number of bits that have a second value is equal to or smaller than the number of bits that have the first value in the bit sequence, the first value as an inversion control bit to the bit sequence; and adding (S34), when the number of bits that have the second value is larger than the number of bits that have the first value in the bit sequence, the second value as an inversion control bit after inverting each bit in the bit sequence.
An irrigated catheter ablation apparatus comprising: an elongated body comprising a proximal end and a distal portion including a distal end , the elongated body having at least one fluid lumen extending longitudinally therein; a plurality of segmented ablation electrodes positioned at the distal portion; at least one electrically nonconductive segment , wherein adjacent segmented ablation electrodes of the plurality of segmented ablation electrodes are spaced from each other longitudinally by a respective one of the at least one electrically nonconductive segment ; a plurality of elution holes disposed in the at least one electrically nonconductive segment adjacent to an edge , wherein for each segmented ablation electrode that is longitudinally disposed next to one of the electrically nonconductive segments , the edge is formed between an electrode end of the segmented ablation electrode and a nonconductive segment end of the nonconductive segment ; and a plurality of ducts establishing fluid communication between the plurality of elution holes and the at least one fluid lumen . an elongated body comprising a proximal end and a distal portion including a distal end , the elongated body having at least one fluid lumen extending longitudinally therein; a plurality of segmented ablation electrodes positioned at the distal portion; at least one electrically nonconductive segment , wherein adjacent segmented ablation electrodes of the plurality of segmented ablation electrodes are spaced from each other longitudinally by a respective one of the at least one electrically nonconductive segment ; a plurality of elution holes disposed in the at least one electrically nonconductive segment adjacent to an edge , wherein for each segmented ablation electrode that is longitudinally disposed next to one of the electrically nonconductive segments , the edge is formed between an electrode end of the segmented ablation electrode and a nonconductive segment end of the nonconductive segment ; and a plurality of ducts establishing fluid communication between the plurality of elution holes and the at least one fluid lumen .
A transparent optical device comprising: a lightguide medium configured for light propagation, and an at least one optically functional layer comprising at least one optically functional feature pattern formed in a light-transmitting carrier medium by a plurality of embedded features provided as optically functional internal cavities , wherein said at least one feature pattern is configured to perform an incident light control function and at least a light outcoupling function by establishing a predetermined incoupled light distribution at the at least one pattern and/or by modifying the refractive indices of materials and elements provided in the optical device and interfaces therebetween, whereby stray light is minimized and optical transparency of the device is established; wherein the cavities in the at least one feature pattern comprise an entrance surface and an exit surface , wherein the entrance surface is configured to incouple incident light arriving thereat and to direct light rays into the cavity towards the exit surface , and wherein the exit surface is configured to receive light rays arriving thereat and to transmit said light rays outside the cavity into the light-transmitting carrier medium for propagation and/or for outcoupling; characterized in that the entrance surface is further configured to incouple light arriving thereto with a collimation function and to direct light rays into the cavity such that light propagates through the cavity while avoiding hitting any other surface except the exit surface . an at least one optically functional layer comprising at least one optically functional feature pattern formed in a light-transmitting carrier medium by a plurality of embedded features provided as optically functional internal cavities , wherein said at least one feature pattern is configured to perform an incident light control function and at least a light outcoupling function by establishing a predetermined incoupled light distribution at the at least one pattern and/or by modifying the refractive indices of materials and elements provided in the optical device and interfaces therebetween, whereby stray light is minimized and optical transparency of the device is established; wherein the cavities in the at least one feature pattern comprise an entrance surface and an exit surface , wherein the entrance surface is configured to incouple incident light arriving thereat and to direct light rays into the cavity towards the exit surface , and wherein the exit surface is configured to receive light rays arriving thereat and to transmit said light rays outside the cavity into the light-transmitting carrier medium for propagation and/or for outcoupling; characterized in that the entrance surface is further configured to incouple light arriving thereto with a collimation function and to direct light rays into the cavity such that light propagates through the cavity while avoiding hitting any other surface except the exit surface .
A fibre endoscope system comprising - a catheter with a probe head for entering into a body cavity, duct, or vessel (C) adjacent a sample region (S) to be measured; - a source fiber with a first fiber ending remote from the probe head ; - a signal fiber with a second fiber ending also remote from the probe head but separate from the source fiber ; - a sampling fiber with a third fiber ending disposed at the probe head ; and - a fiber coupler ; characterized in that the fiber coupler is configured to optically couple at least o the source fiber to the sampling fiber , and o the sampling fiber to the signal fiber ; - wherein a sampling fiber length (L13) of the sampling fiber between the fiber coupler and the third fiber ending is shorter than a source fiber length (L11) of the source fiber between the fiber coupler and the first fiber ending by at least a factor two. - a catheter with a probe head for entering into a body cavity, duct, or vessel (C) adjacent a sample region (S) to be measured; - a source fiber with a first fiber ending remote from the probe head ; - a signal fiber with a second fiber ending also remote from the probe head but separate from the source fiber ; - a sampling fiber with a third fiber ending disposed at the probe head ; and - a fiber coupler ; characterized in that the fiber coupler is configured to optically couple at least o the source fiber to the sampling fiber , and o the sampling fiber to the signal fiber ; o the source fiber to the sampling fiber , and o the sampling fiber to the signal fiber ; - wherein a sampling fiber length (L13) of the sampling fiber between the fiber coupler and the third fiber ending is shorter than a source fiber length (L11) of the source fiber between the fiber coupler and the first fiber ending by at least a factor two.
A process for the preparation of compounds of formula IVa in which Y is selected from hydroxyl or protected hydroxyl group, halogen, amino or alkylamino group, amido or substituted amido group, or phthalimide group, wherein: protected hydroxyl means a hydroxyl group suitably protected with a protecting group; alkylamino means an amino group substituted with one or two of the same or different alkyl groups; amido means -NHCOX wherein X is selected from an alkyl, alkoxy, alkoxyalkyl or alkylamino group; substituted amido means -N(Z)COX, wherein X is defined as above and Z is alkyl; comprising the following steps: a) allylic rearrangement of a compound of formula la, to form compound of formula IIa which may be optionally isolated; b) isomerization of a compound of formula IIa to form a compound of formula IIIa wherein Y is defined as above, which may be optionally isolated; c) conversion of a compound of formula IIIa to a compound of formula IVa, which may be optionally isolated as a free compound or a salt wherein Y is defined as above. protected hydroxyl means a hydroxyl group suitably protected with a protecting group; alkylamino means an amino group substituted with one or two of the same or different alkyl groups; amido means -NHCOX wherein X is selected from an alkyl, alkoxy, alkoxyalkyl or alkylamino group; substituted amido means -N(Z)COX, wherein X is defined as above and Z is alkyl; comprising the following steps: a) allylic rearrangement of a compound of formula la, to form compound of formula IIa which may be optionally isolated; b) isomerization of a compound of formula IIa to form a compound of formula IIIa wherein Y is defined as above, which may be optionally isolated; c) conversion of a compound of formula IIIa to a compound of formula IVa, which may be optionally isolated as a free compound or a salt wherein Y is defined as above. a) allylic rearrangement of a compound of formula la, to form compound of formula IIa which may be optionally isolated; b) isomerization of a compound of formula IIa to form a compound of formula IIIa wherein Y is defined as above, which may be optionally isolated; c) conversion of a compound of formula IIIa to a compound of formula IVa, which may be optionally isolated as a free compound or a salt wherein Y is defined as above.
A stapling assembly for use with a surgical stapler, comprising: a cartridge having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising, a lattice structure being formed a plurality of repeating unit cells, each unit cell having a geometry that forms at least one tissue-facing surface having planar and non-planar surfaces, and characterised in that the stapling assembly further comprises an absorbable film that is positioned on at least a portion of the at least one tissue-facing surface of the lattice structure to thereby substantially prevent tissue from causing the first lattice structure from detaching from the cartridge while the tissue slides across the adjunct. a cartridge having a plurality of staples disposed therein, the plurality of staples being configured to be deployed into tissue; and a non-fibrous adjunct formed of at least one fused bioabsorbable polymer and configured to be releasably retained on the cartridge such that the adjunct can be attached to tissue by the plurality of staples in the cartridge, the adjunct comprising, a lattice structure being formed a plurality of repeating unit cells, each unit cell having a geometry that forms at least one tissue-facing surface having planar and non-planar surfaces, and characterised in that the stapling assembly further comprises an absorbable film that is positioned on at least a portion of the at least one tissue-facing surface of the lattice structure to thereby substantially prevent tissue from causing the first lattice structure from detaching from the cartridge while the tissue slides across the adjunct. a lattice structure being formed a plurality of repeating unit cells, each unit cell having a geometry that forms at least one tissue-facing surface having planar and non-planar surfaces, and characterised in that the stapling assembly further comprises an absorbable film that is positioned on at least a portion of the at least one tissue-facing surface of the lattice structure to thereby substantially prevent tissue from causing the first lattice structure from detaching from the cartridge while the tissue slides across the adjunct.
A footwear article , comprising: an upper , at least a portion of which is formed via one or more slippably-engaged and intertwined cords (82, 84, 86; 282, 284, 286) configured to at least partially enclose a foot, at least one of the cords (70, 84; 270, 284) engaged with an anchor cord traversing peripherally around at least a portion of the upper , wherein the upper comprises one or more uninterrupted cords (82, 84, 86; 282, 284, 286) engaging with itself and/or one or more additional cords at a plurality of intertwined, yet at least partially slippably-engaged selected locations and the slippably-engaged locations are positioned along one or more loop lines including a loop line traversing around a portion of the upper , and wherein a first cord of the one or more slippably-engaged and intertwined cords forms a first plurality of loops and a second cord of the one or more slippably-engaged and intertwined cords forms a second plurality of loops , a first loop of the first plurality of loops being intertwined with and slidably movable relative to at least two loops of the second plurality of loops , and a second loop of the at least two loops being intertwined with and slidably movable relative to at least two loops of the first plurality of loops including the first loop, and a sole , wherein the upper is coupled to the sole , and the upper comprises a fabric structure (112, 113; 212, 213) and a cord structure , the cord structure comprising at least two said cords (84, 86; 284, 286), and wherein one cord of the at least two cords (84, 86; 284, 286) of the cord structure is engaged with the anchor cord , and wherein the anchor cord is parallel to the one or more loop lines and is positioned at the upper away from the sole of the footwear article ; characterized in that : the anchor cord is stitched through the fabric structure of the upper .
An active matrix LED display comprising a plurality of display substrates each having flexibility, a plurality of pixel forming units formed on each of the substrates, each of the pixel forming units having a plurality of pixels, each of the pixels having a pixel driving circuit substrate and an inorganic LED element , the pixel driving circuit substrate including a pixel driving circuit formed thereon and the inorganic LED element being electrically connected with the pixel driving circuit such that each inorganic LED element has an individual driving circuit, wherein the pixel driving circuit is formed of at least one organic thin film transistor, wherein the plurality of substrates are arranged in the column direction and the row direction, and wherein each of the plurality of substrates has an inter-substrate connecting terminal at a substrate end for electrically connecting the pixel driving circuits to one another.