mhurhangee/patent-ind-claim-en huggingface dataset:
A feeding system configured for feeding a plurality of empty containers to a conveying device of a washing unit at an inlet station (I); said feeding system comprising: - at least one guiding profile (G) adapted to guide said containers according to an oriented feeding direction (F), which is oriented according to the advancing direction, in use, of said containers ; and - moving means for moving said containers onto said guiding profile (G) along said oriented feeding direction (F); said guiding profile (G) comprising an end stretch (G2) having a free end (W) arranged on the side of said inlet station (I); said containers being completely detached, in use, from said feeding system at said inlet station (I); said moving means comprising, in turn, at least one first finger , which is rotatable about a first axis (D) fixed with respect to said guiding profile (G), extends radially from said first axis (D), and has an end portion configured to push, in use, said containers traveling onto said end stretch (G2); said end portion tracing, in use, about said first axis (D), an imaginary circumference coplanar with said guiding profile (G); a line (H) being tangent, in use, to said circumference at said inlet station (I); said oriented feeding direction (F) forming with said line (H) an angle (α) defining a plane portion comprising said first axis (D); characterized in that said angle (α) is greater than 90° and wherein said end stretch (G2) progressively approaches, according to said oriented feeding direction (F), a plane (M) including said first axis (D) and orthogonal to said line (H). - at least one guiding profile (G) adapted to guide said containers according to an oriented feeding direction (F), which is oriented according to the advancing direction, in use, of said containers ; and - moving means for moving said containers onto said guiding profile (G) along said oriented feeding direction (F); said guiding profile (G) comprising an end stretch (G2) having a free end (W) arranged on the side of said inlet station (I); said containers being completely detached, in use, from said feeding system at said inlet station (I); said moving means comprising, in turn, at least one first finger , which is rotatable about a first axis (D) fixed with respect to said guiding profile (G), extends radially from said first axis (D), and has an end portion configured to push, in use, said containers traveling onto said end stretch (G2); said end portion tracing, in use, about said first axis (D), an imaginary circumference coplanar with said guiding profile (G); a line (H) being tangent, in use, to said circumference at said inlet station (I); said oriented feeding direction (F) forming with said line (H) an angle (α) defining a plane portion comprising said first axis (D); characterized in that said angle (α) is greater than 90° and wherein said end stretch (G2) progressively approaches, according to said oriented feeding direction (F), a plane (M) including said first axis (D) and orthogonal to said line (H).
A fusion protein, comprising two protein domains separated by a heterologous protease cleavage site, wherein a first of said protein domains is a degradation domain, and a second of said protein domains is a chimeric antigen receptor (CAR), wherein the degradation domain has a first state associated with a first level of surface expression of the fusion protein and a second state associated with a second level of surface expression of the fusion protein, wherein the second level is increased, e.g., by at least 2, 3, 4, 5, 10, 20 or 30 fold over the first level in the presence of a stabilization compound, further wherein the degradation domain is chosen from an estrogen receptor (ER) domain, an FKB protein (FKBP) domain or a dihydrofolate reductase (DHFR) domain.
A system for cooling a gas turbine, comprising: a first cooling air supply passage provided in a gas turbine, the first cooling air supply passage being open such that cooling air is supplied from a compressor through a combustor and a torque tube unit to a first stage turbine disk of a turbine disk unit ; a second cooling air supply passage that is open such that cooling air is supplied from an nth unit compressor disk (400+n) of first to nth unit compressor disks (401, 400+n), constituting a compressor disk unit , through the torque tube unit to a second stage turbine disk of the turbine disk unit ; and a third cooling air supply passage which extends towards the turbine disk unit along an outer peripheral surface of a tie rod and that is open such that cooling air is supplied from the n-αth unit compressor disk of the first to nth unit compressor disks to third and fourth stage turbine disks of the turbine disk unit . a first cooling air supply passage provided in a gas turbine, the first cooling air supply passage being open such that cooling air is supplied from a compressor through a combustor and a torque tube unit to a first stage turbine disk of a turbine disk unit ; a second cooling air supply passage that is open such that cooling air is supplied from an nth unit compressor disk (400+n) of first to nth unit compressor disks (401, 400+n), constituting a compressor disk unit , through the torque tube unit to a second stage turbine disk of the turbine disk unit ; and a third cooling air supply passage which extends towards the turbine disk unit along an outer peripheral surface of a tie rod and that is open such that cooling air is supplied from the n-αth unit compressor disk of the first to nth unit compressor disks to third and fourth stage turbine disks of the turbine disk unit .
A method for changing a sliding bearing element of a rotor bearing of a wind turbine , wherein the rotor bearing comprises an inner ring element and an outer ring element , between which the sliding bearing element is arranged, wherein the inner ring element and the outer ring element are rotatable relative to each other, wherein a rotor hub is fastened to the inner ring element or to the outer ring element , wherein the sliding bearing element comprises multiple individual sliding bearing pads , each of which are releasably fastened to the inner ring element or outer ring element of the rotor bearing by means of at least one fastening means , wherein during the changing of the sliding bearing element , the individual sliding bearing pads are removed one after the other and replaced by new sliding bearing pads , wherein during the changing of the individual sliding bearing pads of the sliding bearing element , the inner ring element and the outer ring element are not disassembled, wherein in the course of the changing operation, all of the individual sliding bearing pads are changed, wherein for changing the individual sliding bearing pads , in each case, a sliding bearing pad to be changed is moved into a sliding bearing pad changing position, in which it is not loaded, characterized in that both the inner ring element and the outer ring element are configured to be V-shaped, and a first sliding bearing element and a second sliding bearing element , each having multiple individual sliding bearing pads , are arranged between the two ring elements so as to be axially spaced apart from each other, wherein the two sliding bearing elements are arranged at an angle to one another when viewed in the cross-section, wherein due to a tilting torque acting on the rotor hub , one of the two sliding bearing elements is not loaded at its topmost position and the second of the two sliding bearing elements is not loaded at its bottommost position , which results in the sliding bearing pad changing positions.
A catheter assembly , comprising: a) an inflatable port , comprising: a housing ; a chamber in the housing , the chamber having a major opening and a minor opening; a septum over the major opening of the chamber , the septum fixed to the housing ; a hollow stem extending from the housing , the stem fluidly connected to the chamber by way of the minor opening of the chamber; and a bladder around at least a portion of the housing configured to increase a size of the inflatable port upon inflation of the bladder and to decrease the size of the inflatable port upon deflation of the bladder ; b) a catheter including an end portion configured to slide over the stem of the inflatable port , the catheter having a lumen in fluid communication with the chamber of the inflatable port ; and c) a catheter lock configured to slide over the end portion of the catheter over the stem of the inflatable port , thereby locking the catheter on the stem of the inflatable port . a) an inflatable port , comprising: a housing ; a chamber in the housing , the chamber having a major opening and a minor opening; a septum over the major opening of the chamber , the septum fixed to the housing ; a hollow stem extending from the housing , the stem fluidly connected to the chamber by way of the minor opening of the chamber; and a bladder around at least a portion of the housing configured to increase a size of the inflatable port upon inflation of the bladder and to decrease the size of the inflatable port upon deflation of the bladder ; a housing ; a chamber in the housing , the chamber having a major opening and a minor opening; a septum over the major opening of the chamber , the septum fixed to the housing ; a hollow stem extending from the housing , the stem fluidly connected to the chamber by way of the minor opening of the chamber; and a bladder around at least a portion of the housing configured to increase a size of the inflatable port upon inflation of the bladder and to decrease the size of the inflatable port upon deflation of the bladder ; b) a catheter including an end portion configured to slide over the stem of the inflatable port , the catheter having a lumen in fluid communication with the chamber of the inflatable port ; and c) a catheter lock configured to slide over the end portion of the catheter over the stem of the inflatable port , thereby locking the catheter on the stem of the inflatable port .
A method comprising: receiving , at a client device from a server device, a maximum byte offset, the maximum byte offset indicating a byte range for which a plurality of media segmentations of a video presentation includes at least one intra-coded frame, I-frame, wherein the video presentation is configured to be displayed at a first playback speed, wherein the maximum byte offset comprises an offset from the beginning of a media segmentation, the offset describing the byte range, and wherein a media segmentation comprises a media file that is retrievable according to a hypertext transfer protocol, HTTP, GET request; sending , by the client device, for the plurality of media segmentations, HTTP GET requests to the server device, each HTTP GET request including a uniform resource locator, URL, of the media segmentation and the byte range, in order to retrieve media data within the byte range for the plurality of media segmentations; and using the retrieved media data that includes at least one intra-coded frame per media segmentation to present a high speed version of the video presentation that includes only I-frames at a second playback speed higher than the first playback speed. receiving , at a client device from a server device, a maximum byte offset, the maximum byte offset indicating a byte range for which a plurality of media segmentations of a video presentation includes at least one intra-coded frame, I-frame, wherein the video presentation is configured to be displayed at a first playback speed, wherein the maximum byte offset comprises an offset from the beginning of a media segmentation, the offset describing the byte range, and wherein a media segmentation comprises a media file that is retrievable according to a hypertext transfer protocol, HTTP, GET request; sending , by the client device, for the plurality of media segmentations, HTTP GET requests to the server device, each HTTP GET request including a uniform resource locator, URL, of the media segmentation and the byte range, in order to retrieve media data within the byte range for the plurality of media segmentations; and using the retrieved media data that includes at least one intra-coded frame per media segmentation to present a high speed version of the video presentation that includes only I-frames at a second playback speed higher than the first playback speed.
An antisense oligonucleotide which is targeted to a nucleic acid encoding polyomavirus JC (JCV), and is capable of inhibiting JCV replication and multiplication, the antisense oligonucleotide comprising a nucleic acid sequence at least 85% identical to a nucleic acid sequence selected from the group consisting of SEQ ID NO: 11, 12, 13, 14, 15, 16, 17, 19, 20, and 21.
Transmission comprising - a first planetary transmission and a second planetary transmission , an input shaft of the transmission being connected fixedly to a first sun gear of the first planetary transmission for conjoint rotation, and a transmission housing , - the second planetary transmission having a transmission ratio which is different from the first planetary transmission , and - the first planetary transmission and the second planetary transmission having a common planetary carrier , and - a first internal gear of the first planetary transmission being mounted via a freewheel on the transmission housing , and there being a coupling element between the transmission housing and a second internal gear of the second planetary transmission , in order to selectively connect the transmission housing and the second internal gear fixedly to one another for conjoint rotation or to disconnect them, - and an output shaft of the transmission being connected fixedly to a second sun gear of the second planetary transmission for conjoint rotation. - a first planetary transmission and a second planetary transmission , an input shaft of the transmission being connected fixedly to a first sun gear of the first planetary transmission for conjoint rotation, and a transmission housing , - the second planetary transmission having a transmission ratio which is different from the first planetary transmission , and - the first planetary transmission and the second planetary transmission having a common planetary carrier , and - a first internal gear of the first planetary transmission being mounted via a freewheel on the transmission housing , and there being a coupling element between the transmission housing and a second internal gear of the second planetary transmission , in order to selectively connect the transmission housing and the second internal gear fixedly to one another for conjoint rotation or to disconnect them, - and an output shaft of the transmission being connected fixedly to a second sun gear of the second planetary transmission for conjoint rotation.
A body cleaning head comprising: an outer case provided with a suction port and provided therein with a reflow passage communicating with the suction port ; and a water pipe assembly provided within the reflow passage , wherein the water pipe assembly includes a pipe bracket fixedly provided in the outer case , a water discharge hose is inserted and fitted within the pipe bracket and an end of the water discharge hose adjacent to the suction port is protruded from the pipe bracket ; the body cleaning head being characterized in that , an elastic body is provided to sleeve the end of the water discharge hose at the end of the pipe bracket and a slide sleeve is provided to sleeve the elastic body and the water discharge hose , both the elastic body and the slide sleeve are configured to surround the water discharge hose , the elastic body is located between the pipe bracket and the slide sleeve , when the body cleaning head sucks air, the slide sleeve axially moves relative to the pipe bracket under an action of the airflow pressure in such a manner that the elastic body is deformed such that an inner diameter of the elastic body is reduced and accordingly, an inner diameter of a portion of the water discharge hose corresponding to the elastic body is varied with the airflow pressure. an outer case provided with a suction port and provided therein with a reflow passage communicating with the suction port ; and a water pipe assembly provided within the reflow passage , wherein the water pipe assembly includes a pipe bracket fixedly provided in the outer case , a water discharge hose is inserted and fitted within the pipe bracket and an end of the water discharge hose adjacent to the suction port is protruded from the pipe bracket ; the body cleaning head being characterized in that , an elastic body is provided to sleeve the end of the water discharge hose at the end of the pipe bracket and a slide sleeve is provided to sleeve the elastic body and the water discharge hose , both the elastic body and the slide sleeve are configured to surround the water discharge hose , the elastic body is located between the pipe bracket and the slide sleeve , when the body cleaning head sucks air, the slide sleeve axially moves relative to the pipe bracket under an action of the airflow pressure in such a manner that the elastic body is deformed such that an inner diameter of the elastic body is reduced and accordingly, an inner diameter of a portion of the water discharge hose corresponding to the elastic body is varied with the airflow pressure.
A MEMS device comprising: a body of semiconductor material defining a support structure ; a pass-through cavity in the body, surrounded by the support structure; a movable structure suspended in the pass-through cavity; an elastic structure extending in the pass-through cavity between the support structure and the movable structure , the elastic structure comprising a first portion and a second portion and being subject, in use, to mechanical stress; a metal region extending on the first portion of the elastic structure ; and a buried cavity in the elastic structure; the buried cavity extending between the first and the second portions of the elastic structure. a body of semiconductor material defining a support structure ; a pass-through cavity in the body, surrounded by the support structure; a movable structure suspended in the pass-through cavity; an elastic structure extending in the pass-through cavity between the support structure and the movable structure , the elastic structure comprising a first portion and a second portion and being subject, in use, to mechanical stress; a metal region extending on the first portion of the elastic structure ; and a buried cavity in the elastic structure; the buried cavity extending between the first and the second portions of the elastic structure.
A method for transmitting positioning beacon beams, comprising: transmitting a plurality of positioning beacon beams (511 - 515) from a first node (102; 402; 701; 901) in a first time period using a first order of transmission ; and transmitting the plurality of positioning beacon beams from the first node in a second time period using a second order of transmission , wherein the first order of transmission is different from the second order of transmission; wherein the first node is a base station and the second order of transmission is permuted based on a cell-specific pseudorandom sequence initialization. transmitting a plurality of positioning beacon beams (511 - 515) from a first node (102; 402; 701; 901) in a first time period using a first order of transmission ; and transmitting the plurality of positioning beacon beams from the first node in a second time period using a second order of transmission , wherein the first order of transmission is different from the second order of transmission; wherein the first node is a base station and the second order of transmission is permuted based on a cell-specific pseudorandom sequence initialization.
A method for wireless communication, comprising: receiving (220; 410; 1310; 1410), by a wireless device , downlink control information, DCI, during a slot; receiving a data transmission during the slot; determining (1320; 1415) a number of resource elements per physical resource block based at least in part on the configuration of the DCI, wherein the number of resource elements per physical resource block is determined based at least in part on a reference signal overhead indicated by the DCI; and processing (230; 1325) the data transmission based at least in part on the determined number of physical resource block resource elements. receiving (220; 410; 1310; 1410), by a wireless device , downlink control information, DCI, during a slot; receiving a data transmission during the slot; determining (1320; 1415) a number of resource elements per physical resource block based at least in part on the configuration of the DCI, wherein the number of resource elements per physical resource block is determined based at least in part on a reference signal overhead indicated by the DCI; and processing (230; 1325) the data transmission based at least in part on the determined number of physical resource block resource elements.
A planar non-imaging optical element for a solar concentrator comprising a plurality of groups (n) of circular and concentrically arranged microstructures around a centre point , which microstructures are arranged to refract light incident normal to the plane of the solar concentrator towards the centre point, wherein: the angle of the microstructures with respect to the plane of the optical element within each group (n) increases with increasing radial distance (r) from the centre point ; the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such as to form a focal area common to all of the groups at a focal plane of the optical element, when illuminated by light incident normal to the plane of the optical element; and the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such that, when illuminated by light incident normal to the plane of the optical element, the light refracted from the smallest radial distance from the centre point within a given group and the light refracted from the largest radial distance from the centre point within a given group cross at a plane closer to the optical element than is the focal plane . the angle of the microstructures with respect to the plane of the optical element within each group (n) increases with increasing radial distance (r) from the centre point ; the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such as to form a focal area common to all of the groups at a focal plane of the optical element, when illuminated by light incident normal to the plane of the optical element; and the angles of the microstructures with respect to the plane of the optical element of each of the individual groups (n) are selected such that, when illuminated by light incident normal to the plane of the optical element, the light refracted from the smallest radial distance from the centre point within a given group and the light refracted from the largest radial distance from the centre point within a given group cross at a plane closer to the optical element than is the focal plane .