mhurhangee/patent-ind-claim-en huggingface dataset:
A lens holder for holding a vitrectomy lens during a surgical procedure, comprising: a support ring sized and shaped to receive a portion of a vitrectomy lens to provide visualization of a surgical site in an eye of a patient, the support ring being configured to rest upon the eye of the patient during a surgical treatment procedure performed on the eye; a transparent, flexible membrane disposed along a bottom plane of the support ring, and configured to conform to a surface feature on the eye; an overflow wall adjacent the support ring, the overflow wall being supported by a lower edge of the support ring, wherein the overflow wall extends from the lower edge of the support ring in an upward direction tapering outwardly from the support ring so as to form an overflow trough that extends about the support ring ;wherein the support ring comprises an interior surface , an exterior surface , and at least one perforation extending through a side of the support ring from the interior surface to the exterior surface; and wherein the transparent, flexible membrane is configured to separate a wetting agent in the support ring from the eye. a support ring sized and shaped to receive a portion of a vitrectomy lens to provide visualization of a surgical site in an eye of a patient, the support ring being configured to rest upon the eye of the patient during a surgical treatment procedure performed on the eye; a transparent, flexible membrane disposed along a bottom plane of the support ring, and configured to conform to a surface feature on the eye; an overflow wall adjacent the support ring, the overflow wall being supported by a lower edge of the support ring, wherein the overflow wall extends from the lower edge of the support ring in an upward direction tapering outwardly from the support ring so as to form an overflow trough that extends about the support ring ;wherein the support ring comprises an interior surface , an exterior surface , and at least one perforation extending through a side of the support ring from the interior surface to the exterior surface; and wherein the transparent, flexible membrane is configured to separate a wetting agent in the support ring from the eye.
A pharmaceutical pack for use in a method for treating a metastatic, HER-2-positive breast cancer in a patient in need thereof, said pharmaceutical pack comprising: a first container comprising a unit dose of a first compound selected from (E)-N-{4-[3-chloro-4-(2-pyridinylmethoxy)anilino]-3-cyano-7-ethoxy-6-quinolinyl}-4-(dimethylamino)-2-butenamide, or a pharmaceutically acceptable salt thereof; and a second container comprising a unit dose of a second compound selected from vinorelbine or a pharmaceutically acceptable salt thereof. a first container comprising a unit dose of a first compound selected from (E)-N-{4-[3-chloro-4-(2-pyridinylmethoxy)anilino]-3-cyano-7-ethoxy-6-quinolinyl}-4-(dimethylamino)-2-butenamide, or a pharmaceutically acceptable salt thereof; and a second container comprising a unit dose of a second compound selected from vinorelbine or a pharmaceutically acceptable salt thereof.
A control plane entity of a first router, comprising: means for storing a plurality of routing tables in the control plane entity of the first router in a hierarchical bit index explicit replication, BIER, domain; means for configuring the plurality of routing tables that comprise routing information used to route corresponding copies of multicast packets to routers (720-741, 1120-1139) in different levels of a hierarchy of the hierarchical BIER domain, wherein each of the plurality of routing tables is associated with a different one of a plurality of types of multicast packets, wherein each of the plurality of types is to be multicast to a different one of the plurality of levels; and means for transmitting programming information from the control plane entity to a data plane entity, wherein the programming information is used to program the data plane entity to forward the copies of the multicast packets to the routers (720-741, 1120-1139) in the different levels of the hierarchy. means for storing a plurality of routing tables in the control plane entity of the first router in a hierarchical bit index explicit replication, BIER, domain; means for configuring the plurality of routing tables that comprise routing information used to route corresponding copies of multicast packets to routers (720-741, 1120-1139) in different levels of a hierarchy of the hierarchical BIER domain, wherein each of the plurality of routing tables is associated with a different one of a plurality of types of multicast packets, wherein each of the plurality of types is to be multicast to a different one of the plurality of levels; and means for transmitting programming information from the control plane entity to a data plane entity, wherein the programming information is used to program the data plane entity to forward the copies of the multicast packets to the routers (720-741, 1120-1139) in the different levels of the hierarchy.
A method of making a coated abrasive article comprising sequential steps: a) disposing a curable composition on a major surface of a backing , wherein the backing has first and second opposed major surfaces, wherein the curable composition comprises a phenolic resin component, a free-radically polymerizable component, and an organic polymeric rheology modifier, wherein the organic polymeric rheology modifier comprises an alkali-swellable/soluble polymer, and wherein, on a solids basis, the organic polymeric rheology modifier comprises from 0.001 to 5 weight percent of the phenolic resin component, the free-radically polymerizable component, and the organic polymeric rheology modifier combined; b) adhering abrasive particles to the curable composition; c) at least partially curing the free-radically polymerizable component; and d) at least partially curing the phenolic resin component to provide an at least partially cured composition. a) disposing a curable composition on a major surface of a backing , wherein the backing has first and second opposed major surfaces, wherein the curable composition comprises a phenolic resin component, a free-radically polymerizable component, and an organic polymeric rheology modifier, wherein the organic polymeric rheology modifier comprises an alkali-swellable/soluble polymer, and wherein, on a solids basis, the organic polymeric rheology modifier comprises from 0.001 to 5 weight percent of the phenolic resin component, the free-radically polymerizable component, and the organic polymeric rheology modifier combined; b) adhering abrasive particles to the curable composition; c) at least partially curing the free-radically polymerizable component; and d) at least partially curing the phenolic resin component to provide an at least partially cured composition.
An actuator , comprising: a frame comprising a panel extending in a plane and one or more pillars extending perpendicular from the plane; a magnetic circuit assembly comprising a magnet and a voice coil , the magnet and voice coil being moveable relative to each other during operation of the actuator along an axis extending in an axial direction perpendicular to the plane of the panel; and a plurality of discrete suspension members (530a, 530b, 530c, 530d; 600; 700) attaching the frame to a first component of the magnetic circuit assembly , wherein the first component of the magnetic circuit assembly has a substantially polygonal shape in the plane of the frame and a corresponding suspension member is attached to each respective side of the polygon, each suspension member of the plurality of discrete suspension members comprising: a vertical segment (630; 730) extending in the axial direction attaching the suspension member to a corresponding one of the pillars, a first arm (601; 711A) extending away from the corresponding pillar in a first plane, parallel to the panel's plane to an end (613A; 713) attached to the first component of the magnetic circuit assembly; and wherein during operation of the actuator the first arm (601; 711A) of the suspension member (530a, 530b, 530c, 530d; 600; 700) flexes to accommodate axial displacements of the magnet relative to the voice coil . a frame comprising a panel extending in a plane and one or more pillars extending perpendicular from the plane; a magnetic circuit assembly comprising a magnet and a voice coil , the magnet and voice coil being moveable relative to each other during operation of the actuator along an axis extending in an axial direction perpendicular to the plane of the panel; and a plurality of discrete suspension members (530a, 530b, 530c, 530d; 600; 700) attaching the frame to a first component of the magnetic circuit assembly , wherein the first component of the magnetic circuit assembly has a substantially polygonal shape in the plane of the frame and a corresponding suspension member is attached to each respective side of the polygon, each suspension member of the plurality of discrete suspension members comprising: a vertical segment (630; 730) extending in the axial direction attaching the suspension member to a corresponding one of the pillars, a first arm (601; 711A) extending away from the corresponding pillar in a first plane, parallel to the panel's plane to an end (613A; 713) attached to the first component of the magnetic circuit assembly; and a vertical segment (630; 730) extending in the axial direction attaching the suspension member to a corresponding one of the pillars, a first arm (601; 711A) extending away from the corresponding pillar in a first plane, parallel to the panel's plane to an end (613A; 713) attached to the first component of the magnetic circuit assembly; and wherein during operation of the actuator the first arm (601; 711A) of the suspension member (530a, 530b, 530c, 530d; 600; 700) flexes to accommodate axial displacements of the magnet relative to the voice coil .
A method of decoding an image, the method comprising: receiving from a bitstream an original transformation coefficient of a second region of an original transformation block that is obtained by transforming a first residual block into the frequency domain , the first residual block being a difference between a current block and a prediction block, and the transformation coefficient of the second region being a remaining transformation coefficient of the original transformation block other than a transformation coefficient of a first region of the original transformation block corresponding to a low-frequency component in the frequency domain; receiving from the bitstream a difference between the transformation coefficient of the first region and a predictor of the transformation coefficient of the first region ; generating a second residual block by using a replaced transformation block including the received original transformation coefficient of the second region and a predetermined value for the transformation coefficient of the first region ; generating, by using the generated second residual block, a predictor of the transformation coefficient of the first region; and restoring the transformation coefficient of the first region by adding the generated predictor of the transformation coefficient of the first region to the difference received from the bitstream , wherein the transformation coefficient of the first region to be predicted is determined according to an intra prediction mode used to generate the prediction block. receiving from a bitstream an original transformation coefficient of a second region of an original transformation block that is obtained by transforming a first residual block into the frequency domain , the first residual block being a difference between a current block and a prediction block, and the transformation coefficient of the second region being a remaining transformation coefficient of the original transformation block other than a transformation coefficient of a first region of the original transformation block corresponding to a low-frequency component in the frequency domain; receiving from the bitstream a difference between the transformation coefficient of the first region and a predictor of the transformation coefficient of the first region ; generating a second residual block by using a replaced transformation block including the received original transformation coefficient of the second region and a predetermined value for the transformation coefficient of the first region ; generating, by using the generated second residual block, a predictor of the transformation coefficient of the first region; and restoring the transformation coefficient of the first region by adding the generated predictor of the transformation coefficient of the first region to the difference received from the bitstream , wherein the transformation coefficient of the first region to be predicted is determined according to an intra prediction mode used to generate the prediction block.
A method of selecting frequency channels for a wireless network operating in an unlicensed band and comprising a network node and a wireless communication device , the network node configured to send downlink signals to the wireless communication device and to receive uplink signals from the wireless communication device , the method implemented by the network node and comprising: receiving a signal for each of two or more frequency channels; estimating a load of each of the two or more frequency channels responsive to the received signals; for each of the two or more frequency channels: correlating the corresponding received signal with one or more delayed versions of the corresponding received signal to generate one or more autocorrelation results, wherein each delayed version of the corresponding received signal is associated with a different delay; identifying one or more types of wireless communication devices associated with the corresponding received signal using at least one of the one or more autocorrelation results; selecting one of the two or more frequency channels for the unlicensed band responsive to the estimated loads and the identified types of wireless communication devices ; and scheduling communications in the unlicensed band with the wireless communication device on the selected frequency channel. receiving a signal for each of two or more frequency channels; estimating a load of each of the two or more frequency channels responsive to the received signals; for each of the two or more frequency channels: correlating the corresponding received signal with one or more delayed versions of the corresponding received signal to generate one or more autocorrelation results, wherein each delayed version of the corresponding received signal is associated with a different delay; identifying one or more types of wireless communication devices associated with the corresponding received signal using at least one of the one or more autocorrelation results; correlating the corresponding received signal with one or more delayed versions of the corresponding received signal to generate one or more autocorrelation results, wherein each delayed version of the corresponding received signal is associated with a different delay; identifying one or more types of wireless communication devices associated with the corresponding received signal using at least one of the one or more autocorrelation results; selecting one of the two or more frequency channels for the unlicensed band responsive to the estimated loads and the identified types of wireless communication devices ; and scheduling communications in the unlicensed band with the wireless communication device on the selected frequency channel.
A conductive metal frame for a power electronics module comprising at least first and second power semiconductor components each having upper and lower faces, connectors for linking these power semiconductor components to external electrical circuits and at least one radiator for expelling via the conductive metal frame the heat flow generated by the power semiconductor components, the conductive metal frame being characterized in that the connectors, the at least one radiator and the conductive metal frame form a single three-dimensional part made of a single material on an inner surface of which the first and second power semiconductor components are intended to be attached by their lower faces and in that it further includes a central folding line which, once the conductive metal frame is folded on itself, enclosing the first and second power semiconductor components, provides a double-sided cooling assembly.
A method of manufacturing a laminate comprising steps of: preparing a substrate formed of polyethylene terephthalate; depositing an aluminum oxide layer on one surface of the substrate; depositing a gas barrier coating layer on the aluminum oxide layer; and directly extrusion-laminating a low-density polyethylene layer on the gas barrier coating layer, characterized in that the gas barrier coating layer is formed by applying a solution comprising a hydrolysis product of metal alkoxide and a polyvinyl alcohol followed by drying by heating, and subjecting the gas barrier coating layer to a plasma treatment by reactive ion etching or ion bombardment, and further characterized in that , when a surface of the gas barrier coating layer which has been subjected to the plasma treatment is measured by X-ray photoelectron spectroscopy, a functional group ratio D (C-OH/C-C) of a carbon-hydroxyl group bond (C-OH) to a carbon-carbon bond (C-C) in the polyvinyl alcohol is 0.25 or more to 0.87 or less. preparing a substrate formed of polyethylene terephthalate; depositing an aluminum oxide layer on one surface of the substrate; depositing a gas barrier coating layer on the aluminum oxide layer; and directly extrusion-laminating a low-density polyethylene layer on the gas barrier coating layer, characterized in that the gas barrier coating layer is formed by applying a solution comprising a hydrolysis product of metal alkoxide and a polyvinyl alcohol followed by drying by heating, and subjecting the gas barrier coating layer to a plasma treatment by reactive ion etching or ion bombardment, and further characterized in that , when a surface of the gas barrier coating layer which has been subjected to the plasma treatment is measured by X-ray photoelectron spectroscopy, a functional group ratio D (C-OH/C-C) of a carbon-hydroxyl group bond (C-OH) to a carbon-carbon bond (C-C) in the polyvinyl alcohol is 0.25 or more to 0.87 or less.
Cooking appliance having a housing , in which a cooking chamber is formed, said cooking chamber being delimited by walls of a muffle of the cooking appliance , and having a baffle wall , which is arranged in the cooking chamber in such a way that an intermediate space is formed between a rear wall of the muffle and the baffle wall , wherein the cooking appliance has at least one receiving rail for receiving a carrier of a product to be cooked, the receiving rail is arranged in the cooking chamber and a rear end of the receiving rail extends behind the baffle wall and into the intermediate space , characterised in that said rear end is held in the intermediate space on a holding device , the holding device has a holding rail that is separate from the baffle wall and from the muffle , and the holding rail is arranged in the intermediate space .
A smokeless tobacco product , comprising: a quantity of smokeless tobacco; a container to hold said quantity of smokeless tobacco, characterized in that the container comprises a first side and a second side , the sides having different characteristics, wherein material on the first side is non-permeable to substances in the smokeless tobacco that may sting or harm the mucosae or gum of a user, and material on the second side is permeable to said substances in the smokeless tobacco, wherein said quantity of smokeless tobacco comprises tobacco or a tobacco substitute. a quantity of smokeless tobacco; a container to hold said quantity of smokeless tobacco, characterized in that the container comprises a first side and a second side , the sides having different characteristics, wherein material on the first side is non-permeable to substances in the smokeless tobacco that may sting or harm the mucosae or gum of a user, and material on the second side is permeable to said substances in the smokeless tobacco, wherein said quantity of smokeless tobacco comprises tobacco or a tobacco substitute.
Machine for producing a portion of a mould, the machine comprising: (a) a bolster arrangement , having a bolster frame and a bolster plate , wherein a pattern is positioned on the bolster plate in the bolster frame , and wherein the bolster frame is positioned on a machine table and the bolster plate is positioned on a stroke device ; (b) a flask ; and (c) an upper compacting system ; (d) wherein the pattern and the upper compacting system are movable towards each other by a movement of the bolster plate and the bolster frame relative to each other; (e) wherein a distance (d fp1 ) between an upper end of a mould geometry shaping portion of the pattern and a lower end of the flask is at least 5 mm, the distance (d fp1 ) in a direction opposite to the movement direction and the distance prior to the relative movement of the pattern and the upper compacting system towards each other; and (f) wherein the bolster arrangement and the flask are configured to receive a moulding material with a filling height (h fill2 ) of at least 200 mm, the moulding material storable to be compacted by the relative movement. (a) a bolster arrangement , having a bolster frame and a bolster plate , wherein a pattern is positioned on the bolster plate in the bolster frame , and wherein the bolster frame is positioned on a machine table and the bolster plate is positioned on a stroke device ; (b) a flask ; and (c) an upper compacting system ; (d) wherein the pattern and the upper compacting system are movable towards each other by a movement of the bolster plate and the bolster frame relative to each other; (e) wherein a distance (d fp1 ) between an upper end of a mould geometry shaping portion of the pattern and a lower end of the flask is at least 5 mm, the distance (d fp1 ) in a direction opposite to the movement direction and the distance prior to the relative movement of the pattern and the upper compacting system towards each other; and (f) wherein the bolster arrangement and the flask are configured to receive a moulding material with a filling height (h fill2 ) of at least 200 mm, the moulding material storable to be compacted by the relative movement.
A medical or dental instrument part , comprising: a coupling device for connecting the instrument part to a control, regulating or supply unit , and a memory device that can be operated with electrical power for storing identification data and/or operating and/or care data of the instrument part , characterized by not more than two, exactly two joint electrical lines which are provided for supplying electrical power to a lighting device that is provided on the instrument part or can be connected to the instrument part for operating the lighting device and for supplying electrical power to the memory device for operating the memory device and for transmitting identification data and/or operating data and/or care data between the memory device and the control, regulating or supply unit connectable to the instrument part .