mhurhangee/patent-ind-claim-en huggingface dataset:
A method in an access network including a radio access network and a packet data network gateway, P-GW, the method comprising: receiving , at a network node in the access network, a service setup request from an external service via a packet switched data communication network , wherein the service setup request is to set up a packet switched connection between the external service and a wireless terminal served by the radio access network; negotiating a quality of service, QoS, level with the external service for the packet switched connection, wherein the QoS level comprises a plurality of QoS parameters including a minimum QoS duration; wherein the QoS parameters include a preferred window for adjustments to the QoS and one or more time windows in which adjustments may not happen or are preferred not to happen;and causing the packet data network gateway to establish a bearer between the packet data network gateway and the wireless terminal, the bearer having the QoS level. receiving , at a network node in the access network, a service setup request from an external service via a packet switched data communication network , wherein the service setup request is to set up a packet switched connection between the external service and a wireless terminal served by the radio access network; negotiating a quality of service, QoS, level with the external service for the packet switched connection, wherein the QoS level comprises a plurality of QoS parameters including a minimum QoS duration; wherein the QoS parameters include a preferred window for adjustments to the QoS and one or more time windows in which adjustments may not happen or are preferred not to happen;and causing the packet data network gateway to establish a bearer between the packet data network gateway and the wireless terminal, the bearer having the QoS level.
A blood bag system (10, 10A, 10B, 10C, 10D, 10E, 10F, or 10G) comprising: a blood bag to which centrifugal force is provided in a state where whole blood or a blood component is stored; and a tube configured to circulate a fluid centrifugally separated from the blood bag to a bag , wherein the tube includes an extending portion extending in a perpendicular direction to a centrifugal direction (A1) into which the centrifugal force is applied, characterized in that a storage portion (114, 130, 140, 142, 150, 160, 170, 180, or 190), configured to be able to store a fluid existing in the extending portion even at the time of centrifugal separation , is provided at a side of the centrifugal direction (A1) of the extending portion . a blood bag to which centrifugal force is provided in a state where whole blood or a blood component is stored; and a tube configured to circulate a fluid centrifugally separated from the blood bag to a bag , wherein the tube includes an extending portion extending in a perpendicular direction to a centrifugal direction (A1) into which the centrifugal force is applied, characterized in that a storage portion (114, 130, 140, 142, 150, 160, 170, 180, or 190), configured to be able to store a fluid existing in the extending portion even at the time of centrifugal separation , is provided at a side of the centrifugal direction (A1) of the extending portion .
An antibody or antigen-binding fragment thereof that binds to KIR2DL1, KIR2DL2, and/or KIR2DL3 and potentiates the cytotoxic activity of natural killer (NK) cells by blocking or neutralizing NK cell inhibition mediated by a KIR2DL1, KIR2DL2, and/or KIR2DL3 polypeptide expressed on NK cells for use in treating an autoimmune disorder or an inflammatory disorder, wherein the antibody or antigen-binding fragment thereof reduces the number of T cells involved in mediating the inflammatory disorder or autoimmune disorder.
A composition for use in a method of treating a subject in need thereof comprising administering to the subject a therapeutically effective amount of the composition, thereby treating the subject, wherein the composition includes a structure wherein: at least one of R 1 , R 2 , R 3 , R 4 , and R 5 , individually, includes: at least another one of R 1 , R 2 , R 3 , R 4 , and R 5 , individually, includes H or an alkyl group having from 1 to 10 carbon atoms; R 6 includes (i) H, (ii) an alkyl group having from 1 to 10 carbon atoms, or (iii) an alkyl group having from 1 to 10 carbon atoms and substituted by at least one of SH, NH 2 , or C(=O)OH; m can be from 1 to 6; n can be from 1 to 6; o can be from 1 to 6; and wherein the structure of the composition is bound to a siderocalin and a metal, wherein the metal is a radionuclide. at least one of R 1 , R 2 , R 3 , R 4 , and R 5 , individually, includes: at least another one of R 1 , R 2 , R 3 , R 4 , and R 5 , individually, includes H or an alkyl group having from 1 to 10 carbon atoms; R 6 includes (i) H, (ii) an alkyl group having from 1 to 10 carbon atoms, or (iii) an alkyl group having from 1 to 10 carbon atoms and substituted by at least one of SH, NH 2 , or C(=O)OH; m can be from 1 to 6; n can be from 1 to 6; o can be from 1 to 6; and
A method of disposing a tissue sample at a supporting surface of a tissue handling device, the method comprising the steps of either: (ia) applying an orientating composition to the surface; and (ib) applying the tissue sample to the orientating composition such that the tissue sample is affixed relative to the surface in a predetermined orientation; or (iia) applying the tissue sample to the surface; and (iib) applying an orientating composition to the surface such that the tissue sample is affixed relative to the surface in a predetermined orientation, wherein the composition comprises at least one organic solvent and a gelling agent and wherein the composition is substantially liquid at room temperature; and, the method further comprising the step of (c) contacting the orientating composition with a further aqueous or non-aqueous liquid such that the orientating composition gels on contact with the liquid. (ia) applying an orientating composition to the surface; and (ib) applying the tissue sample to the orientating composition such that the tissue sample is affixed relative to the surface in a predetermined orientation; or (iia) applying the tissue sample to the surface; and (iib) applying an orientating composition to the surface such that the tissue sample is affixed relative to the surface in a predetermined orientation,
A computerized image registration process, comprising: performing a line-based, tissue-matching image registration process to globally align a first image and a second image to a common grid, wherein the first image is a digital image of a tissue section and the second image is a digital image of an adjacent tissue section, wherein the first digital image is derived from an image obtained using a stain and an imaging mode, and the second digital image is derived from an image obtained using a different stain, a different imaging mode, or both as compared to the first digital image, wherein the line-based, tissue matching image registration method comprises a coarse registration mode comprising: generating a first foreground image having a boundary of the tissue from the first digital image and generating a second foreground image having a boundary of the tissue from the second digital image; computing a first set of line-based features from the boundary of the first foreground image and computing a second set of line-based features from the boundary of the second foreground image, wherein computing the first set of line-based features and computing the second set of line-based features comprises - breaking each foreground image into windowed regions, - identifying the windowed regions that lie along the boundary of the foreground image, - computing a best fitted line segment for each windowed boundary region, - computing a line segment model for those windowed boundary regions for which more than half of the boundary points contained within the windowed boundary region are close to the best fitted line segment, and - rejecting the windowed boundary regions for which half or less than half of the boundary points contained within the windowed boundary region are close to the best fitted line segment; computing global transformation parameters between the first set of line-based features and the second set of line-based features; and, globally aligning the first digital image with the second digital image based on the global transformation parameters. - breaking each foreground image into windowed regions, - identifying the windowed regions that lie along the boundary of the foreground image, - computing a best fitted line segment for each windowed boundary region, - computing a line segment model for those windowed boundary regions for which more than half of the boundary points contained within the windowed boundary region are close to the best fitted line segment, and - rejecting the windowed boundary regions for which half or less than half of the boundary points contained within the windowed boundary region are close to the best fitted line segment;
Tensioning pulley set for a straightening line for straightening a strip or for a re-rolling stand for re-rolling a strip, wherein the tensioning pulley set comprises • a first tensioning pulley with a first pulley axle and • at least one second tensioning pulley with a second pulley axis, wherein the first tension pulley is a flatness measuring pulley which has a force sensor for measuring a radial force exerted on the circumferential surface of the flatness measuring pulley, and a drive for the second tensioning pulley is provided, with which a torque about the second pulley axis can be applied to the second tensioning pulley , characterized in that • the first tensioning pulley is designed to be non-driven. • a first tensioning pulley with a first pulley axle and • at least one second tensioning pulley with a second pulley axis, wherein the first tension pulley is a flatness measuring pulley which has a force sensor for measuring a radial force exerted on the circumferential surface of the flatness measuring pulley, and a drive for the second tensioning pulley is provided, with which a torque about the second pulley axis can be applied to the second tensioning pulley , characterized in that wherein the first tension pulley is a flatness measuring pulley which has a force sensor for measuring a radial force exerted on the circumferential surface of the flatness measuring pulley, and a drive for the second tensioning pulley is provided, with which a torque about the second pulley axis can be applied to the second tensioning pulley , characterized in that • the first tensioning pulley is designed to be non-driven.
A laminated type heat sink, in which: the laminated type heat sink comprises a plurality of flat plates each including a metal flat plate provided with a pair of manifold parts facing each other, and, between the manifold parts , a fin part with a plurality of slits punched out in parallel to each other, and a plurality of thin and long longitudinal ribs in parallel to each other and transverse ribs linking adjacent respective longitudinal ribs formed between the slits ; respective plates are laminated so that, with respect to each of fin parts of respective plates , the longitudinal ribs are matched with each other and positions of the transverse ribs are shifted in a longitudinal rib direction from each other, and an end lid is arranged to both ends thereof in a lamination direction; and a refrigerant is circulated to each of the slits in a longitudinal rib direction and an object to be cooled is joined to the end lid , characterized in that a circulation blocking means for a refrigerant is provided so that the refrigerant circulation resistance in the fin part of a plate at a position sufficiently apart in a lamination direction from the object to be cooled is greater than the refrigerant circulation resistance in the fin part of each plate lying close to the object to be cooled. the laminated type heat sink comprises a plurality of flat plates each including a metal flat plate provided with a pair of manifold parts facing each other, and, between the manifold parts , a fin part with a plurality of slits punched out in parallel to each other, and a plurality of thin and long longitudinal ribs in parallel to each other and transverse ribs linking adjacent respective longitudinal ribs formed between the slits ; respective plates are laminated so that, with respect to each of fin parts of respective plates , the longitudinal ribs are matched with each other and positions of the transverse ribs are shifted in a longitudinal rib direction from each other, and an end lid is arranged to both ends thereof in a lamination direction; and a refrigerant is circulated to each of the slits in a longitudinal rib direction and an object to be cooled is joined to the end lid , characterized in that a circulation blocking means for a refrigerant is provided so that the refrigerant circulation resistance in the fin part of a plate at a position sufficiently apart in a lamination direction from the object to be cooled is greater than the refrigerant circulation resistance in the fin part of each plate lying close to the object to be cooled.
A multiphase current supplying circuit comprising: a peak-value suppressor connected to an ac power supply outputting an ac voltage (V in ), the peak-value suppressor suppressing a surge voltage superimposed on said ac voltage; a converter receiving said ac voltage from said ac power supply via said peak-value suppressor and rectifying said ac voltage; a capacitor receiving an output of said converter ; and an inverter receiving a both-end voltage (V dc ) of said capacitor and outputting multiphase ac currents (i u , i v , i w ); characterized by a first bypass connected in parallel to said capacitor, said first bypass including a series connection of a resistive element (R s ) and a capacitive element (C s ); wherein said first bypass further includes a diode (D s ) connected in series to said resistive element (R s ) and said capacitive element (C s ), and a direction from an anode to a cathode of said diode (D s ) coincides with a direction from a high potential side to a low potential side of said capacitor . a peak-value suppressor connected to an ac power supply outputting an ac voltage (V in ), the peak-value suppressor suppressing a surge voltage superimposed on said ac voltage; a converter receiving said ac voltage from said ac power supply via said peak-value suppressor and rectifying said ac voltage; a capacitor receiving an output of said converter ; and an inverter receiving a both-end voltage (V dc ) of said capacitor and outputting multiphase ac currents (i u , i v , i w ); characterized by a first bypass connected in parallel to said capacitor, said first bypass including a series connection of a resistive element (R s ) and a capacitive element (C s ); wherein said first bypass further includes a diode (D s ) connected in series to said resistive element (R s ) and said capacitive element (C s ), and a direction from an anode to a cathode of said diode (D s ) coincides with a direction from a high potential side to a low potential side of said capacitor .
A pharmaceutical composition comprising carbidopa, at least two antioxidants, and a pharmaceutically acceptable carrier, wherein one of said antioxidants is ascorbic acid or a salt thereof, further comprising (i) levodopa and (ii) arginine, meglumine, or a combination thereof and optionally a surfactant; wherein the other of said antioxidants each independently is L-cysteine or a salt thereof, N-acetylcysteine (NAC) or sodium bisulfite, wherein the composition is formulated as a liquid for subcutaneous administration, and wherein said composition has a pH of 9.1 to 10 and comprises less than 1 μg/ml hydrazine, as determined by a GCMS method, or less than 5% by weight 3,4-dihydroxyphenyl-2-methylpropionic acid (herein identified as degradant) relative to the initial amount of carbidopa, as determined by HPLC.
Laser pulse generator with stable pulse shape of laser pulses, containing a mono pulse high voltage generator (GH) having a voltage source (V), an inductive component (B) and a switch (S), a pulse current generator (GI) having a first diode (D 1 ), a pumping capacitor (K), a second diode (D 2 ), an avalanche transistor (T aval ) and a laser diode (LD), wherein, when the switch (S) is open, the first diode (D 1 ), the pumping capacitor (K) and the second diode (D 2 ) form a second charging circuit and, when the avalanche transistor (T aval ) is switched, the pumping capacitor (K) forms a discharge circuit with the avalanche transistor (T aval ) and the laser diode (LD), a pulse width generator (GB) which provides control pulses (P s ) to the switch (S) with a pulse frequency (f s ) and a control pulse width (b s ) determining a closing time of the switch (S) and thus a charging time (t L ) of the inductive component (B), and a delay generator (GV) switching the avalanche transistor (T aval ) after a delay time (t v ), characterized in that a temperature sensor (TS) is present which detects the temperature of the avalanche transistor (T aval ) and the temperature sensor (TS) is connected to the pulse width generator (GB) which is configured in such a way that it generates the control pulse width (b s ) depending on a temperature signal (P temp ) respectively provided by the temperature sensor (TS), which control pulse width (b s ) is required for the charging time (t L ) of the inductive component (B) to a charging voltage (U L ) in each instance in order to compensate changes in the pulse shape of the laser pulses.
A sliding-mode triboelectric generator, comprising: a friction layer , a first surface of which is provided to be in contact with a first conductive layer , the first conductive layer being electrically connected to an isopotential ; a second conductive layer provided above the friction layer , a first surface of the second conductive layer being opposite to a second surface of the friction layer ; characterized in that an electrical signal is outputted when a relatively sliding friction occurs between the second surface of the friction layer and the first surface of the second conductive layer while a friction area changes in the course of the sliding; and in that there is a difference in triboelectric series between material for the second surface of the friction layer and material for the first surface of the second conductive layer. a friction layer , a first surface of which is provided to be in contact with a first conductive layer , the first conductive layer being electrically connected to an isopotential ; a second conductive layer provided above the friction layer , a first surface of the second conductive layer being opposite to a second surface of the friction layer ; characterized in that an electrical signal is outputted when a relatively sliding friction occurs between the second surface of the friction layer and the first surface of the second conductive layer while a friction area changes in the course of the sliding; and in that there is a difference in triboelectric series between material for the second surface of the friction layer and material for the first surface of the second conductive layer.
Drive device for driving a comminution device for comminuting granular material or for driving a drum of a thermal treatment unit or of a screen, having at least one shaft which has an at least partially conically formed end region , wherein a gear mechanism is mounted on an end region of the shaft , and wherein the gear mechanism has a hollow shaft which is fastened on the end region of the shaft by means of a clamping device , wherein the hollow shaft has a conical inner surface which is designed to be complementary to the end region of the shaft , and the conical inner surface of the hollow shaft is connected to the conical end region of the shaft in a force-fitting manner.
A bridge-type vertical elevator, comprising a hollow elevator body , an elevator car configured on the inside of the elevator body , and a driving system; the elevator body comprises a horizontal elevator body and two vertical elevator bodies which are all hollow; the horizontal elevator body is connected to upper parts of two vertical elevator bodies and communicates with the two vertical elevator bodies ; the driving system comprises a driving source, characterized in that the driving system comprises two endless traction ropes which are rotatably configured at left and right sides of the inside of the elevator body , and are connected to left and right sides of the elevator car ; the endless traction ropes are arranged from a bottom of one of the vertical elevator bodies to the horizontal elevator body then to a bottom of the other one of the vertical elevator bodies , and the driving source drives two endless traction ropes simultaneously; wherein the bridge-type vertical elevator further comprises two auxiliary lifting assemblies which are arranged inside the two vertical elevator bodies respectively, and each auxiliary lifting assembly comprises a lifting platform , a counterweight block , counterweight ropes and counterweight rope guide pulleys corresponding to the counterweight ropes ; the counterweight rope guide pulleys are rotatable and arranged within an upper part of each vertical elevator body , and the counterweight block is connected to the lifting platform through the counterweight ropes which are hung on the corresponding counterweight rope guide pulleys ; and horizontal positioning rails are configured on upper surfaces of the lifting platforms .
An assembly comprising: a tower for supporting a wind turbine generator, the tower comprising a wall having an outer surface which in use is oriented substantially vertically; and a backup generator , characterized in that , the backup generator is mounted to the outer surface of the wall, the arrangement being such that the weight of the backup generator is supported substantially only by the wall of the tower . a tower for supporting a wind turbine generator, the tower comprising a wall having an outer surface which in use is oriented substantially vertically; and a backup generator , characterized in that , the backup generator is mounted to the outer surface of the wall, the arrangement being such that the weight of the backup generator is supported substantially only by the wall of the tower .
Breast pump apparatus comprising: a device with a breast adapter and a pump for sucking fluid from the breast adapter ; wherein the device comprises a nipple , as well as fluid measuring means for measuring the volume of fluid inside the device, characterised in that the device comprises an articulated arm supporting the nipple , allowing a variation in angle with respect to the breast adapter .