mhurhangee/ep-ind-claims huggingface dataset:
A drug delivery device for transdermal drug delivery through a skin, comprising: a gas source comprising a gas or capable of selectively producing a gas; and a first drug source (42; 74) comprising a drug; characterized by a first collimator (40; 62; 84) fluidly connected with the gas source and comprising a plurality of conduits (78; 82) adapted to form a first plurality of collimated gas streams comprising the gas, the first collimator having an inlet end (44; 66) and an outlet end (46; 72); wherein the first drug source is configured to release the drug into the first plurality of collimated gas streams between the inlet end and outlet end of the first collimator. a gas source comprising a gas or capable of selectively producing a gas; and a first drug source (42; 74) comprising a drug; characterized by a first collimator (40; 62; 84) fluidly connected with the gas source and comprising a plurality of conduits (78; 82) adapted to form a first plurality of collimated gas streams comprising the gas, the first collimator having an inlet end (44; 66) and an outlet end (46; 72); wherein the first drug source is configured to release the drug into the first plurality of collimated gas streams between the inlet end and outlet end of the first collimator.
A delivery system comprising: a catheter having a distal end, a proximal end, and a body portion extending between the distal end and the proximal end; a tip portion arranged at the distal end of the catheter and including one or more cutting blades; characterised by a plurality of struts arranged about and covering the one or more cutting blades on the tip portion in a first configuration, the plurality of struts being configured to actuate from the tip portion and extend from the tip portion to expose the one or more cutting blades in a second configuration. a catheter having a distal end, a proximal end, and a body portion extending between the distal end and the proximal end; a tip portion arranged at the distal end of the catheter and including one or more cutting blades; characterised by a plurality of struts arranged about and covering the one or more cutting blades on the tip portion in a first configuration, the plurality of struts being configured to actuate from the tip portion and extend from the tip portion to expose the one or more cutting blades in a second configuration.
A prismatic film for a position detection system, comprising: an unpinned prismatic film having a retroreflective substrate including a plurality of triangular cube corner retroreflective elements arranged in an array, the retroreflective cube corner elements have dihedral angle errors e1, e2, and e3 such that e1 ≈ e2 ≠ 0 and e3 ≈ 0, and wherein the array comprises alternating rows of triangular cube corner retroreflective elements in which the dihedral angle errors e1 and e2 are positive and negative, respectively. an unpinned prismatic film having a retroreflective substrate including a plurality of triangular cube corner retroreflective elements arranged in an array, the retroreflective cube corner elements have dihedral angle errors e1, e2, and e3 such that e1 ≈ e2 ≠ 0 and e3 ≈ 0, and wherein the array comprises alternating rows of triangular cube corner retroreflective elements in which the dihedral angle errors e1 and e2 are positive and negative, respectively.
An atomizer, comprising a shell, wherein a mouthpiece holder is arranged at a top of the shell, a mouthpiece is connected to the mouthpiece holder, the mouthpiece holder is provided with an air inlet, an air tube is arranged in the shell, an air inlet channel is arranged in the air tube, and a side wall of the air tube is provided with a first air passing hole for communicating the air inlet with the air inlet channel, the mouthpiece is in clearance fit with the mouthpiece holder and is rotatable circumferentially, characterized in that a top end of the mouthpiece has an extension section extending toward an inner cavity of the mouthpiece, a bottom end face of the extension section is circumferentially provided with a number of step portions of unequal heights, a top end of the air tube has a support portion abutting against any step portion, and the atomizer further comprises a guiding mechanism that guides the air tube to move axially and limits circumferential rotation of the air tube when the mouthpiece rotates circumferentially; and the axial movement of the air tube changes the alignment area between the air inlet and the first air passing hole.
A method comprising: receiving web content associated with a particular rendering rule; rendering the web content according to a default rendering rule; receiving the particular rendering rule; determining a viewpoint of the web content wherein the viewpoint comprises a focal point of the web content that the user is viewing; and in response to determining the viewpoint, re-rendering the web content according to the particular rendering rule at the viewpoint wherein the re-rendering accounts for the position of the viewpoint within the web content so as to present to the user the determined viewpoint of the web content after the re-rendering. receiving web content associated with a particular rendering rule; rendering the web content according to a default rendering rule; receiving the particular rendering rule; determining a viewpoint of the web content wherein the viewpoint comprises a focal point of the web content that the user is viewing; and in response to determining the viewpoint, re-rendering the web content according to the particular rendering rule at the viewpoint wherein the re-rendering accounts for the position of the viewpoint within the web content so as to present to the user the determined viewpoint of the web content after the re-rendering.
A method for operating a volume-controlled internal combustion engine, with an intake tract and an exhaust tract, wherein an expansion engine is arranged in the intake tract in the direction of flow of combustion air before an intake valve of the internal combustion engine, the output shaft of which expansion engine can be coupled with an output shaft of the internal combustion engine or with a drive shaft of an electric machine, wherein a heat exchanger which can be arranged on the exhaust tract is provided, characterised in that a combustion air, before flowing through the expansion engine, is heated in the heat exchanger by an exhaust gas of the internal combustion engine, and in that the heated combustion air before entering the expansion engine is mixed in a mixer with non-heated combustion air, and in that the combustion air after the expansion engine and before the intake valve is cooled in a cooler, and in that the combustion air before the heat exchanger and/or before the mixer is compressed by an exhaust gas turbocharger, and the expansion engine is operated as a second compressor.
An anti-friction electrically insulated bearing system, comprising: a bracket disposed about a motor driveshaft; a bearing disposed within the bracket configured to support the driveshaft for rotation; an outer bearing cap disposed proximal a drive end of the bracket; an inner bearing cap; and an electrical insulation sleeve press-fit into the bracket and radially abutting the bearing, wherein the outer bearing cap, the inner bearing cap and the electrical insulation sleeve are configured as modular components of the system. a bracket disposed about a motor driveshaft; a bearing disposed within the bracket configured to support the driveshaft for rotation; an outer bearing cap disposed proximal a drive end of the bracket; an inner bearing cap; and an electrical insulation sleeve press-fit into the bracket and radially abutting the bearing, wherein the outer bearing cap, the inner bearing cap and the electrical insulation sleeve are configured as modular components of the system.
A plasma spray gun (21;30;60;70;80) comprising: a plasma outlet having an axis; and a plurality of liquid feedstock outlets (24A...24E), characterised in that the plurality of liquid feedstock outlets (24A...24E) has a non-uniform distribution about said axis. a plasma outlet having an axis; and a plurality of liquid feedstock outlets (24A...24E), characterised in that the plurality of liquid feedstock outlets (24A...24E) has a non-uniform distribution about said axis.
Coating material combination for producing a coating system, consisting of a surfacer coat and topcoat, on a substrate consisting of a coating material comprising at least one colour-imparting pigment and comprising at least one externally crosslinking binder as main binder for forming a surfacer coat on a substrate, and of a coating material comprising at least one colour-imparting pigment and comprising at least one externally crosslinking binder as main binder for forming a topcoat on the surfacer coat, characterized in that the coating material for forming the surfacer coat and the coating material for forming the topcoat are compatible according to DIN EN ISO 12944-5:2008-1, where the coating material for forming the topcoat can be applied to the surfacer coat before the surfacer coat has reached drying stage 1 according to DIN 53150:2002-09, the drying stage being determined according to EN ISO 9117-3:2010, and the coating materials for forming the surfacer coat and the topcoat comprise, as solvents, organic solvents.
The immunomodulatory compound 3-(4-amino-1-oxo-1,3-dihydro-isoindol-2-yl)-piperidine-2,6-dione for use in a method of treating cancer, in a combination therapy with the artemisinin derivative artesunate, wherein the cancer is breast or lung cancer.
A memory cell comprising: first and second metal layers (304, 306); a dielectric layer formed between the first and second metal layers (304, 306); a first non-volatile resistive memory element; and a second non-volatile resistive memory element coupled in parallel to the first non-volatile resistive memory element; wherein the first and second non-volatile resistive memory elements are formed in first and second contact holes etched in the dielectric layer and each comprise a layer of oxide, characterized in that each of the non-volatile resistive memory elements comprises: a bottom electrode on the first metal layer; the layer of oxide on the bottom electrode; and a top electrode on the layer of oxide, and in that the second the top electrodes metal layer is provided on. first and second metal layers (304, 306); a dielectric layer formed between the first and second metal layers (304, 306); a first non-volatile resistive memory element; and a second non-volatile resistive memory element coupled in parallel to the first non-volatile resistive memory element; wherein the first and second non-volatile resistive memory elements are formed in first and second contact holes etched in the dielectric layer and each comprise a layer of oxide, characterized in that each of the non-volatile resistive memory elements comprises: a bottom electrode on the first metal layer; the layer of oxide on the bottom electrode; and a top electrode on the layer of oxide, and in that the second the top electrodes metal layer is provided on. a bottom electrode on the first metal layer; the layer of oxide on the bottom electrode; and a top electrode on the layer of oxide, and in that the second the top electrodes metal layer is provided on.
Ear inspection device (10; 100) configured for being at least partially introduced into a subject's external ear canal for determining a condition of the subject's ear, such as temperature, in particular at the subject's eardrum, wherein the ear inspection device (10; 100) comprises an infrared sensor unit (52; 140) configured for detecting infrared radiation from the subject's ear, characterized in that the ear inspection device (10; 100) further comprises - an electronic imaging unit (40; 140) configured for capturing images based on radiation in the visible range from the subject's ear; - a handle portion allowing a user to manipulate the ear inspection device (10; 100) during its application; and - a head portion exhibiting a substantially tapering form extending along a longitudinal axis of the head portion; wherein the head portion has a proximal end adjacent to the handle portion and a smaller distal end configured to be introduced in the subject's external ear canal; wherein the electronic imaging unit (40; 140) is positioned at the distal end of the head portion; wherein the electronic imaging unit (40; 140) and/or the infrared sensor unit (52; 140) is/are positioned radially offset from the longitudinal axis of the head portion; and wherein the ear inspection device (10; 100) further comprises a motion mechanism configured to allow rotational displacement of the electronic imaging unit (40; 140) and/or the infrared sensor unit around the longitudinal axis. - an electronic imaging unit (40; 140) configured for capturing images based on radiation in the visible range from the subject's ear; - a handle portion allowing a user to manipulate the ear inspection device (10; 100) during its application; and - a head portion exhibiting a substantially tapering form extending along a longitudinal axis of the head portion;
A putty, comprising: a hemostatic biopolymer, wherein the hemostatic biopolymer is hydrophobically modified alginate; a secondary polymer, wherein the secondary polymer is polyvinyl alcohol; an ionic crosslinker; and a solvent. a hemostatic biopolymer, wherein the hemostatic biopolymer is hydrophobically modified alginate; a secondary polymer, wherein the secondary polymer is polyvinyl alcohol; an ionic crosslinker; and a solvent.
Apparatus for forming plastic preforms into plastic containers, having at least one blow mould which has at least two blow mould side parts (14a, 14b) and a bottom mould, wherein the blow mould side parts (14a, 14b) and the bottom mould forming a cavity which corresponds to a negative contour of the plastic container to be formed, wherein between the blow mould side parts (14a, 14b) and the bottom mould at least a first parting plane and a second parting plane is present, wherein the first parting plane extending between the two side parts (14a, 14b) and the second parting plane extending between the side parts, 14b) and the bottom mould, wherein the blow mould side parts (14a, 14b) and the bottom mould can be separated from each other by the second parting plane and the bottom mould can be removed from the blow mould side parts (14a, 14b) by a bottom lift, characterised in that the blow mould is a blow mould with which containers with a round cross-section can be produced, and the second parting plane is moved downwards until the cut surface of the bottom mould considered in the top view creates an undercut when separating the blow mould parts, so that the bottom mould has a cross-section deviating from a round cross-section when viewed from above, wherein the undercut is created by the shape of the standing feet formed in the bottom mould.
A method of acquisition of layer-2, L2, addresses seen in a tunnel for an end user device at a user plane function, UPF, entity, wherein the UPF entity is a core Ethernet switch, the method comprising the steps of receiving, by the UPF entity, a request from a session management function, SMF, entity for notifying any source L2 address detected on said tunnel by the UPF entity; detecting, by the UPF entity, an L2 packet with new source L2 address on the tunnel; and sending, by the UPF entity, the new source L2 address detected on the tunnel to the SMF entity; receiving, by the UPF entity, a first request update message from the SMF entity, wherein the first request update message comprises an L3 address and an L2 address map; in response to the first request update message, updating, by the UPF entity, address resolution protocol, ARP/Internet Protocol version 6, IPv6 Neighbour cache with the L3 address and the L2 address map; wherein the tunnel between the UPF entity and the network terminating the end user device is setup by a user plane setup message initiated by a session management function, SMF, entity towards the UPF entity and associated with Ethernet type protocol data unit, PDU, sessions; and wherein the tunnel setup at the UPF entity is towards Access Network,AN.. receiving, by the UPF entity, a request from a session management function, SMF, entity for notifying any source L2 address detected on said tunnel by the UPF entity; detecting, by the UPF entity, an L2 packet with new source L2 address on the tunnel; and sending, by the UPF entity, the new source L2 address detected on the tunnel to the SMF entity; receiving, by the UPF entity, a first request update message from the SMF entity, wherein the first request update message comprises an L3 address and an L2 address map; in response to the first request update message, updating, by the UPF entity, address resolution protocol, ARP/Internet Protocol version 6, IPv6 Neighbour cache with the L3 address and the L2 address map; wherein the tunnel between the UPF entity and the network terminating the end user device is setup by a user plane setup message initiated by a session management function, SMF, entity towards the UPF entity and associated with Ethernet type protocol data unit, PDU, sessions; and wherein the tunnel setup at the UPF entity is towards Access Network,AN..
A surgical suturing device, including a needle assembly having a needle (226, 228) movable in a needle housing between a free suture state and a captured suture state; a handle assembly including a longitudinal handle housing sized and configured to releasably receive the needle assembly; a thumb actuator assembly releasably coupled to the needle and movable longitudinally on the handle housing between a distal position and a proximal position and between a first lateral position and a second lateral position; the distal position of the thumb actuator assembly being associated with the needle in the free suture state; the proximal position of the thumb actuator assembly being associated with the needle in the captured suture state; the first lateral position of the thumb actuator assembly being associated with the needle in a first angular position; and the second lateral position of the thumb actuator assembly being associated with the needle in a second angular position; wherein the thumb actuator assembly comprises a thumb lever that moves axially along the surgical suturing device's axis and that moves side-to-side about the surgical suturing device's axis.
An apparatus, comprising: means for receiving (6.1) data indicative of a detected user gesture at a location which is remote from a data processing terminal; means for identifying (6.2) a first application from a plurality of applications based on the distance of the detected user gesture being within a first distance range from the data processing terminal, wherein the plurality of applications are associated with different distance ranges (60, 70, 80) from the data processing terminal; and means for causing performance (6.3) of one of a plurality of functions of the first application based on the user gesture, wherein in the event that a predetermined gesture moves from the first distance range, into a different distance range, a data transfer function is performed between the associated applications. means for receiving (6.1) data indicative of a detected user gesture at a location which is remote from a data processing terminal; means for identifying (6.2) a first application from a plurality of applications based on the distance of the detected user gesture being within a first distance range from the data processing terminal, wherein the plurality of applications are associated with different distance ranges (60, 70, 80) from the data processing terminal; and means for causing performance (6.3) of one of a plurality of functions of the first application based on the user gesture, wherein in the event that a predetermined gesture moves from the first distance range, into a different distance range, a data transfer function is performed between the associated applications.
A multi-axis sample preparation stages for a microscope, comprising: a base extending in a plane including an X direction; a bulk sample holder mounted to the base; and a grid sample holder mounted to the base for holding a sample grid adjacent the bulk sample holder, characterized in that the bulk sample holder is configured to rotate a bulk tissue sample with respect to the base about a bulk flip axis running in said X direction and about a bulk axis perpendicular to said bulk flip axis; and the grid sample holder configured to rotate the sample grid with respect to the base and about a grid flip axis running in said X direction and about a grid axis perpendicular to said grid flip axis. a base extending in a plane including an X direction; a bulk sample holder mounted to the base; and a grid sample holder mounted to the base for holding a sample grid adjacent the bulk sample holder, characterized in that the bulk sample holder is configured to rotate a bulk tissue sample with respect to the base about a bulk flip axis running in said X direction and about a bulk axis perpendicular to said bulk flip axis; and the grid sample holder configured to rotate the sample grid with respect to the base and about a grid flip axis running in said X direction and about a grid axis perpendicular to said grid flip axis.
Amended claims in response to the Communication pursuant to Article 94 EPC dated August 28, 2014 (Auxiliary Request): 1. A water-soluble resin composition for the formation of fine patterns, which comprises a water-soluble vinyl resin, a compound having at least two amino groups in the molecule and a solvent, wherein the water-soluble vinyl resin is a water-soluble ternary copolymer represented by the formula: wherein R 1, R 2 and R 3 each independently represent a hydrogen atom or a methyl group, R 4 represents an alkyloxycarbonyl group, a hydroxyalkyloxycarbonyl group, an alkylcarbonyloxy group or a hydroxyalkylcarbonyloxy group wherein alkyl represents a straight or branched alkyl having 1 to 6 carbon atoms, and x, y and z each represent an integer from 5 to 1,000,wherein the compound having at least two amino groups in the molecule is a compound having a group, in a molecule, represented by the formula: wherein R 5 and R 7 each independently represent a hydrogen atom or a linear, branched or cyclic alkyl group having 1 to 6 carbon atoms, R 6 represents a hydrogen atom, -OH, -COOH, -CH 2 OH, -N(CH 2) p R 8, -N(CH 2) q OH, a linear, branched or cyclic alkyl group having 1 to 6 carbon atoms, an alkenyl group, an aryl group or an alalkyl group, R 8 represents a hydrogen atom, -OH or -COOH, and m, n, p and q each represent an integer from 1 to 8.
A device for treatment of an anatomic defect, comprising: a synthetic polymeric material substrate; and an acellular tissue matrix embedded in the synthetic polymeric material substrate lattice framework, wherein the acellular tissue matrix comprises an adipose tissue matrix. a synthetic polymeric material substrate; and an acellular tissue matrix embedded in the synthetic polymeric material substrate lattice framework, wherein the acellular tissue matrix comprises an adipose tissue matrix.