mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication, comprising: transmitting, by a base station associated with a cell identifier for a cell, an indication of the cell identifier; transmitting, by the base station, a physical broadcast channel, PBCH, wherein the PBCH comprises a plurality of blocks, each block comprising repeating subsets of bits, wherein in a first processing stage each block, of the plurality of blocks, is scrambled using a first scrambling sequence, of a first plurality of scrambling sequences, initialized based at least in part on a block index of the block and the cell identifier for the cell, wherein in a second processing stage each repetition, of the repeating subsets of bits, for each block, is scrambled using a different second scrambling sequence, of a second plurality of scrambling sequences, initialized based at least in part on a repetition index of the repetition, characterised in that each of the second plurality of scrambling sequences includes a plurality of consecutive tuples of repeated bits leading to a phase rotation at a symbol level. transmitting, by a base station associated with a cell identifier for a cell, an indication of the cell identifier; transmitting, by the base station, a physical broadcast channel, PBCH, wherein the PBCH comprises a plurality of blocks, each block comprising repeating subsets of bits, wherein in a first processing stage each block, of the plurality of blocks, is scrambled using a first scrambling sequence, of a first plurality of scrambling sequences, initialized based at least in part on a block index of the block and the cell identifier for the cell, wherein in a second processing stage each repetition, of the repeating subsets of bits, for each block, is scrambled using a different second scrambling sequence, of a second plurality of scrambling sequences, initialized based at least in part on a repetition index of the repetition, characterised in that each of the second plurality of scrambling sequences includes a plurality of consecutive tuples of repeated bits leading to a phase rotation at a symbol level.
An image processing apparatus comprising: acquisition means configured to acquire a plurality of two-dimensional tomographic images T1 to Tn; detection means configured to detect layers on the retina based on the plurality of tomographic images of the retina; determination means configured to: determine a region where at least any one of the nerve fiber layer, NFL, ganglion cell layer, GCL, inner nuclear layer, INL, inner plexiform layer, IPL, outer plexiform layer, OPL, inner segment/outer segment, IS/OS, and layer boundaries there between is discontinuous as a candidate region of an optic disc center in the retina based on tomographic images of the retina; calculate a gradient of a boundary surface between the retina and a corpus vitreum in the candidate region; and determine a center of the optic disc based on the candidate region including the boundary surface between the retina and a corpus vitreum having the maximum gradient; and analyze the region in the optic disc to obtain a position of an edge of the optic disc. acquisition means configured to acquire a plurality of two-dimensional tomographic images T1 to Tn; detection means configured to detect layers on the retina based on the plurality of tomographic images of the retina; determination means configured to: determine a region where at least any one of the nerve fiber layer, NFL, ganglion cell layer, GCL, inner nuclear layer, INL, inner plexiform layer, IPL, outer plexiform layer, OPL, inner segment/outer segment, IS/OS, and layer boundaries there between is discontinuous as a candidate region of an optic disc center in the retina based on tomographic images of the retina; calculate a gradient of a boundary surface between the retina and a corpus vitreum in the candidate region; and determine a center of the optic disc based on the candidate region including the boundary surface between the retina and a corpus vitreum having the maximum gradient; and analyze the region in the optic disc to obtain a position of an edge of the optic disc. determine a region where at least any one of the nerve fiber layer, NFL, ganglion cell layer, GCL, inner nuclear layer, INL, inner plexiform layer, IPL, outer plexiform layer, OPL, inner segment/outer segment, IS/OS, and layer boundaries there between is discontinuous as a candidate region of an optic disc center in the retina based on tomographic images of the retina; calculate a gradient of a boundary surface between the retina and a corpus vitreum in the candidate region; and determine a center of the optic disc based on the candidate region including the boundary surface between the retina and a corpus vitreum having the maximum gradient; and analyze the region in the optic disc to obtain a position of an edge of the optic disc.
A monitoring instrument comprising a radiation detector, a power source for said radiation detector and a data processor/controller, all being housed within an enclosure incorporated in a water-proof housing assembly comprising a housing and a display panel (10, 32), wherein said display panel is formed from a clear material encapsulating a visual display for displaying at least one status or measurement related to radiation which is monitored by the instrument, and said instrument is capable of operating in water at a pressure of at least 300 bar without ingress of water into the enclosure.
A beauty mask for the skin around the eyes of a user, configured to be fitted to the skin around the eyes of the user, comprising: a right eye hole and a left eye hole each corresponding to one of the eyes; a nose pad section that is formed in a center section of the lower side of the beauty mask and configured to abut on the nose root section of the user; a stimulator storage section (14; 15) that is formed on at least one of a right side of the right eye hole and a left side of the left eye hole; and wherein the beauty mask for the skin around the eyes is made of elastic material so as to conform to the shape of the user's face, and includes left and right fitting members (16; 17) extending in a leftward and rightward direction respectively, the left and right fitting members being configured to be wound around the occiput of the user and to be fastend; and a stimulator having a first electrode section stored in the stimulator storage section (14; 15) and configured to exert an electrical stimulation on the user's temporal muscles, and a second electrode section configured to stimulate the user's orbicularis oculi muscles over or under the right and left eye holes (11; 12), wherein the stimulator is detachably fitted into the stimulator storage section (14; 15); characterized in, that the second electrode section is provided in the stimulator and the stimulator storage section (14; 15) includes an extension region in which the second electrode section is stored. a right eye hole and a left eye hole each corresponding to one of the eyes; a nose pad section that is formed in a center section of the lower side of the beauty mask and configured to abut on the nose root section of the user; a stimulator storage section (14; 15) that is formed on at least one of a right side of the right eye hole and a left side of the left eye hole; and wherein the beauty mask for the skin around the eyes is made of elastic material so as to conform to the shape of the user's face, and includes left and right fitting members (16; 17) extending in a leftward and rightward direction respectively, the left and right fitting members being configured to be wound around the occiput of the user and to be fastend; and a stimulator having a first electrode section stored in the stimulator storage section (14; 15) and configured to exert an electrical stimulation on the user's temporal muscles, and a second electrode section configured to stimulate the user's orbicularis oculi muscles over or under the right and left eye holes (11; 12), wherein the stimulator is detachably fitted into the stimulator storage section (14; 15); characterized in, that the second electrode section is provided in the stimulator and the stimulator storage section (14; 15) includes an extension region in which the second electrode section is stored.
A packet processing method, comprising: receiving a packet via a source physical port from a plurality of physical ports (12; 108, 116); assigning a virtual port from a plurality of virtual ports to a packet received via one of the physical ports, wherein a quantity of the plurality of virtual ports is larger than a quantity of the plurality of physical ports, and wherein, for each of at least some of the physical ports, multiple virtual ports correspond to one physical port, assigning a virtual domain from a plurality of virtual domains (22, 28, 50, 52, 54) to the packet based on the assigned virtual port, wherein the assigned virtual domain corresponds to a group of virtual ports within the plurality of virtual ports, and processing the packet with a packet processing pipeline based on the assigned virtual domain, wherein processing the packet includes determining zero, one, or more physical ports to which the packet is to be forwarded based on mapping virtual ports to physical ports. receiving a packet via a source physical port from a plurality of physical ports (12; 108, 116); assigning a virtual port from a plurality of virtual ports to a packet received via one of the physical ports, wherein a quantity of the plurality of virtual ports is larger than a quantity of the plurality of physical ports, and wherein, for each of at least some of the physical ports, multiple virtual ports correspond to one physical port, assigning a virtual domain from a plurality of virtual domains (22, 28, 50, 52, 54) to the packet based on the assigned virtual port, wherein the assigned virtual domain corresponds to a group of virtual ports within the plurality of virtual ports, and processing the packet with a packet processing pipeline based on the assigned virtual domain, wherein processing the packet includes determining zero, one, or more physical ports to which the packet is to be forwarded based on mapping virtual ports to physical ports.
A gear pump or hydraulic gear motor (100; 200) comprising - a first toothed wheel joined to a shaft, - a second toothed wheel joined to a shaft and engaging with the first toothed wheel, - supports (4, 5) revolvingly supporting the shafts (10, 20) of the toothed wheels, - a case containing the supports (4, 5) and defining an inlet fluid duct and an outlet fluid duct, - a front flange from which a projecting portion of shaft protrudes frontally, being connected to the shaft of the first toothed wheel, said projecting portion of shaft being adapted to be connected to a motor or a load, and - a back lid fixed to the case, wherein - the toothing of said toothed wheels (1, 2) is of helical type, characterized in that it comprises: - an intermediate flange disposed between said case and said front flange, said intermediate flange comprising a first chamber connected by means of a connection duct to the inlet or outlet fluid duct; - a compensating ring mounted in said first chamber of the intermediate flange and inserted on a portion of said shaft of the first toothed wheel, in such manner to compensate the axial forces imposed on the first toothed wheel and allow for motion transmission on the shaft of the first toothed wheel, wherein said compensating ring comprises an internally empty cylinder and a collar radially protruding from the cylinder, wherein the external diameters (d1, d2) of cylinder and collar are selected in such manner to compensate the axial forces imposed on the first toothed wheel. - a first toothed wheel joined to a shaft, - a second toothed wheel joined to a shaft and engaging with the first toothed wheel, - supports (4, 5) revolvingly supporting the shafts (10, 20) of the toothed wheels, - a case containing the supports (4, 5) and defining an inlet fluid duct and an outlet fluid duct, - a front flange from which a projecting portion of shaft protrudes frontally, being connected to the shaft of the first toothed wheel, said projecting portion of shaft being adapted to be connected to a motor or a load, and - a back lid fixed to the case, wherein - the toothing of said toothed wheels (1, 2) is of helical type, - an intermediate flange disposed between said case and said front flange, said intermediate flange comprising a first chamber connected by means of a connection duct to the inlet or outlet fluid duct; - a compensating ring mounted in said first chamber of the intermediate flange and inserted on a portion of said shaft of the first toothed wheel, in such manner to compensate the axial forces imposed on the first toothed wheel and allow for motion transmission on the shaft of the first toothed wheel,
An apparatus comprising: a container having external walls, an opening, a lid configured to seal the opening, and two chambers (502, 504), wherein the first chamber contains an eye-mountable device, wherein the second chamber contains an aqueous solution, characterised in that a membrane separates the container into the first chamber and the second chamber, wherein the membrane is configured to rupture based on application of a force to the apparatus to allow the aqueous solution to engage with the eye-mountable device, a container having external walls, an opening, a lid configured to seal the opening, and two chambers (502, 504), wherein the first chamber contains an eye-mountable device, wherein the second chamber contains an aqueous solution, characterised in that a membrane separates the container into the first chamber and the second chamber, wherein the membrane is configured to rupture based on application of a force to the apparatus to allow the aqueous solution to engage with the eye-mountable device,
Process for the preparation of Sitagliptin of formula or salt thereof: comprising of the following steps: A) preparation of 2,4,5-trifluorophenylacetic acid of formula or salt thereof: by direct conversion of the compound of: to the compound of formula, wherein said direct conversion is carried out by reduction reaction; B) conversion of 2,4,5-trifluorophenylacetic acid of formula obtained in the step A) to Sitagliptin of formula or salt thereof. A) preparation of 2,4,5-trifluorophenylacetic acid of formula or salt thereof: by direct conversion of the compound of: to the compound of formula, wherein said direct conversion is carried out by reduction reaction; B) conversion of 2,4,5-trifluorophenylacetic acid of formula obtained in the step A) to Sitagliptin of formula or salt thereof.
A flow path member comprising: a film; a main body that includes a recess portion that is closed by the film; a first opening and a second opening that are provided in the recess portion and that are used to supply and emit a liquid; and a wall which is provided in the recess portion and which is configured to switch between contact and non-contact between the film and the main body via the wall as the film is displaced, characterized in that in a view taken in a first direction that is a stacking direction of the main body and the film, the wall is provided around the first opening, the wall has a first slit and a second slit in different portions of the wall across the first opening from each other, the second opening is outside the wall, and wherein an opening area of the first slit is larger than an opening area of the second slit. a film; a main body that includes a recess portion that is closed by the film; a first opening and a second opening that are provided in the recess portion and that are used to supply and emit a liquid; and a wall which is provided in the recess portion and which is configured to switch between contact and non-contact between the film and the main body via the wall as the film is displaced, characterized in that in a view taken in a first direction that is a stacking direction of the main body and the film, the wall is provided around the first opening, the wall has a first slit and a second slit in different portions of the wall across the first opening from each other, the second opening is outside the wall, and wherein an opening area of the first slit is larger than an opening area of the second slit.
Suction vehicle with a suction fan, a suction line and a suction mouth for guiding a suction flow, wherein the suction mouth comprises a base unit and an adapter unit arranged on the base unit, the adapter unit has a suction opening and an adapter outlet opening and the adapter unit can be decoupled from the suction vehicle and the base unit, wherein the suction vehicle is configured in such a way that the suction flows through the suction opening into the adapter unit, from the adapter unit through the adapter outlet opening into the base unit and through the suction line, characterised in that the adapter unit is designed in such a way that it can be moved laterally with respect to the main direction of travel onto the base unit for coupling with the suction vehicle. wherein the suction vehicle is configured in such a way that the suction flows through the suction opening into the adapter unit, from the adapter unit through the adapter outlet opening into the base unit and through the suction line, characterised in that the adapter unit is designed in such a way that it can be moved laterally with respect to the main direction of travel onto the base unit for coupling with the suction vehicle.
Adjustment device for vehicles, in particular electric wheel chairs or rehabilitation vehicles, comprising at least one mounting plate and one support plate with a lifting device which comprises at least two scissor mountings which are arranged at the lateral longitudinal edge or each in a corner region of the mounting or support plate, respectively, and are vertically adjustable via a driving means, characterized in that the scissor mountings are vertically adjustable independently.
Use of a purified and isolated polypeptide, consisting of any one of the polypeptide consisting of SEQ. ID NO: 7, the polypeptide consisting of SEQ. ID NO: 8, the polypeptide consisting of SEQ. ID NO: 9, the polypeptide consisting of SEQ. ID NO: 10, the polypeptide consisting of SEQ. ID NO: 11, the polypeptide consisting of SEQ. ID NO: 12, the polypeptide consisting of SEQ. ID NO: 13, the polypeptide consisting of SEQ. ID NO: 14, the polypeptide consisting of SEQ. ID NO: 15, the polypeptide consisting of SEQ. ID NO: 16, the polypeptide consisting of SEQ. ID NO: 17, the polypeptide consisting of SEQ. ID NO: 18, the polypeptide consisting of SEQ. ID NO: 19, the polypeptide consisting of SEQ. ID NO: 20, the polypeptide consisting of SEQ. ID NO: 21, the polypeptide consisting of SEQ. ID NO: 22, the polypeptide consisting of SEQ. ID NO: 23, the polypeptide consisting of SEQ. ID NO: 24, the polypeptide consisting of SEQ. ID NO: 25, the polypeptide consisting of the polypeptide consisting of SEQ. ID NO: 26, the polypeptide consisting of the polypeptide consisting of SEQ. ID NO: 27, the polypeptide consisting of the polypeptide consisting of SEQ. ID NO: 28, the polypeptide consisting of SEQ. ID NO: 29, the polypeptide consisting of SEQ. ID NO: 30, the polypeptide consisting of SEQ. ID NO: 31, the polypeptide consisting of SEQ. ID NO: 32, the polypeptide consisting of SEQ. ID NO: 33, the polypeptide consisting of SEQ. ID NO: 34, the polypeptide consisting of SEQ. ID NO: 35, the polypeptide consisting of SEQ. ID NO: 36, the polypeptide consisting of SEQ. ID NO: 37, the polypeptide consisting of SEQ. ID NO: 38, the polypeptide consisting of SEQ. ID NO: 39, the polypeptide consisting of SEQ. ID NO: 40, the polypeptide consisting of SEQ. ID NO: 41, the polypeptide consisting of SEQ. ID NO: 42, the polypeptide consisting of SEQ. ID NO: 43, the polypeptide consisting of SEQ. ID NO: 44, the polypeptide consisting of SEQ. ID NO: 45, the polypeptide consisting of SEQ. ID NO: 46, the polypeptide consisting of SEQ. ID NO: 47, the polypeptide consisting of SEQ. ID NO: 48, the polypeptide consisting of SEQ. ID NO: 49, the polypeptide consisting of SEQ. ID NO: 50, the polypeptide consisting of SEQ. ID NO: 51, the polypeptide consisting of SEQ. ID NO: 52 and the polypeptide consisting of SEQ. ID NO: 53 for regulating signal transduction in cells by modulating or increasing the production of cAMP or Ca 2+ in vitro.
Device for emission and reception of ultrasonic signal to and from a test material, the device comprising two or more wheel assemblies attachable to an axle, wherein each wheel assembly comprises: an orbital outer ring comprising an inward facing surface; a solid or viscoelastic partial or complete inner ring (52, 21) positioned within the orbital outer ring so as to create an interface between the inward facing surface of the orbital outer ring and an outward facing surface of the partial or complete inner ring (52, 21), the partial or complete inner ring (52, 21) being connectable to the axle in a non-rotating manner and comprising an acoustic impedance in the substantially same order as that of the orbital outer ring; one or more transducers fixedly arranged partially or completely embedded in, or fixedly attached to the partial or complete inner ring (52, 21); a low friction dry material embedded in at least one of the orbital outer ring or the partial or complete inner ring to decrease movement friction between the outer orbital ring and the partial or complete inner ring, the low friction dry material having an acoustic impedance as substantially the same as that of the orbital outer ring, wherein the one or more transducers may be oriented and maintained pointing towards the test material as the outer orbital ring rotates relative to the partial or complete inner ring when moved along the test material. an orbital outer ring comprising an inward facing surface; a solid or viscoelastic partial or complete inner ring (52, 21) positioned within the orbital outer ring so as to create an interface between the inward facing surface of the orbital outer ring and an outward facing surface of the partial or complete inner ring (52, 21), the partial or complete inner ring (52, 21) being connectable to the axle in a non-rotating manner and comprising an acoustic impedance in the substantially same order as that of the orbital outer ring; one or more transducers fixedly arranged partially or completely embedded in, or fixedly attached to the partial or complete inner ring (52, 21); a low friction dry material embedded in at least one of the orbital outer ring or the partial or complete inner ring to decrease movement friction between the outer orbital ring and the partial or complete inner ring, the low friction dry material having an acoustic impedance as substantially the same as that of the orbital outer ring, wherein the one or more transducers may be oriented and maintained pointing towards the test material as the outer orbital ring rotates relative to the partial or complete inner ring when moved along the test material.