mhurhangee/ep-ind-claims huggingface dataset:
A display assembly, comprising: a display panel and a function module located on a light-emitting surface of the display panel, wherein the function module comprises a plurality of function units, and each function unit comprises at least one phototransistor and one switch transistor; the phototransistor comprises a first active layer, a first gate, a first source, and a first drain, a material of the first active layer comprises an organic semiconductor material, the first active layer is located on a side that is of the first gate and that is away from the display panel, and the first drain and the first gate partially overlap in a direction perpendicular to the display assembly to form a first capacitor (Cs); the switch transistor comprises a second active layer, a second gate, a second source, and a second drain, wherein the second source is connected to the first drain; and each function unit comprises a transparent electrode, the transparent electrode is located on a side that is of the first active layer and that is away from the first gate, the transparent electrode overlaps the first active layer in the direction perpendicular to the display assembly, and a dielectric layer is disposed between the transparent electrode and the first active layer.
A guide for operation, comprising: a long column body, being in a hollow shape, an upper side thereof having a semi-cylinder, in which a thread is provided at one end thereof and proximate to a hand-held part, a bottom side thereof having a two elongated flat faces, and an inside thereof being provided with an elongated slot, in which an interior of the semi-cylinder is in communication with an interior of the elongated flat faces; a wing-shaped part, being in a wing shape, and disposed at said one end of the long column body and engaged with one side of the elongated flat faces and extending from both ends of the one side of the elongated flat faces, for grasping during surgery; a limiting piece, being in a ring shape and socketing the other end of the long column body and engaging with the other side of the elongated flat faces, for withstanding the tissues during surgery; and a replaceable expander, being disposed in the elongated slot, for expanding and opening a surgical incision of tissues, wherein the replaceable expander is replaceable with another expander of different dimension in a stepwise manner via the one side of the elongated flat faces proximate to the wing-shaped part and inside the elongated slot, thereby for expanding. a long column body, being in a hollow shape, an upper side thereof having a semi-cylinder, in which a thread is provided at one end thereof and proximate to a hand-held part, a bottom side thereof having a two elongated flat faces, and an inside thereof being provided with an elongated slot, in which an interior of the semi-cylinder is in communication with an interior of the elongated flat faces; a wing-shaped part, being in a wing shape, and disposed at said one end of the long column body and engaged with one side of the elongated flat faces and extending from both ends of the one side of the elongated flat faces, for grasping during surgery; a limiting piece, being in a ring shape and socketing the other end of the long column body and engaging with the other side of the elongated flat faces, for withstanding the tissues during surgery; and a replaceable expander, being disposed in the elongated slot, for expanding and opening a surgical incision of tissues, wherein the replaceable expander is replaceable with another expander of different dimension in a stepwise manner via the one side of the elongated flat faces proximate to the wing-shaped part and inside the elongated slot, thereby for expanding.
An oral dosage form comprising a compound of formula: or a pharmaceutically acceptable salt thereof, wherein the oral dosage form consists of about 9 % by weight of the compound of formula, about 51 % by weight of hydroxypropyl methylcellulose, about 34 % by weight of mannitol, about 5 % by weight of sodium croscarmellose and about 1 % by weight calcium stearate, or wherein the dosage form consists of about 7 % by weight of the compound of formula, about 63 % by weight of hydroxypropyl methylcellulose, about 24 % by weight of mannitol, about 5 % by weight of sodium croscarmellose and about 1 % by weight calcium stearate, or wherein the dosage form consists of about 9 % by weight of the compound of formula, about 51 % by weight of polyvinylpyrrolidone-vinylacetate copolymer, about 34 % by weight of mannitol, about 5 % by weight of sodium croscarmellose and about 1 % by weight calcium stearate.
Method for operating a feed pump which operates in a pulsating fashion and which is a component of a feed unit feeding a liquid operating substance with a feeding direction, wherein the feed pump has a feed piston and a drive coil for driving the feed piston, and the feed unit has a pressure sensor downstream of the feed pump in the feeding direction, characterized in that the method comprises at least the following steps: a) Applying a voltage profile to the drive coil; b) Carrying out a feed stroke of the feed piston in accordance with the voltage profile; c) Monitoring a pressure profile in the feeding direction downstream of the feed pump; d) Evaluating the pressure profile; e) Adapting the voltage profile as a function of at least one characteristic property of the pressure profile such that the feed piston is not accelerated further when a pressure peak is reached. a) Applying a voltage profile to the drive coil; b) Carrying out a feed stroke of the feed piston in accordance with the voltage profile; c) Monitoring a pressure profile in the feeding direction downstream of the feed pump; d) Evaluating the pressure profile; e) Adapting the voltage profile as a function of at least one characteristic property of the pressure profile such that the feed piston is not accelerated further when a pressure peak is reached.
A load detecting device for detecting a load on the sole of a walking trainee comprising: a sole shape portion that is formed along a shape of a sole of a walk trainee, and on which the sole gets; a flare portion that is formed so as to project outside the sole shape portion, and is a portion formed on the heel side; and a first load sensor that is provided at the sole shape portion and detects the load of the sole shape portion; wherein the load detecting device further comprises a second load sensor that is provided at the flare portion and detects the load of the flare portion; and center calculation means to calculate a center of the sole load of the walk trainee based on the load detected by the first and second load sensors; and determine whether or not said center gets out of the sole shape portion. a sole shape portion that is formed along a shape of a sole of a walk trainee, and on which the sole gets; a flare portion that is formed so as to project outside the sole shape portion, and is a portion formed on the heel side; and a first load sensor that is provided at the sole shape portion and detects the load of the sole shape portion; wherein the load detecting device further comprises a second load sensor that is provided at the flare portion and detects the load of the flare portion; and center calculation means to calculate a center of the sole load of the walk trainee based on the load detected by the first and second load sensors; and determine whether or not said center gets out of the sole shape portion.
A current collector for an electrochemical lithium accumulator consisting in an electronically-insulating viscoelastic foam associated with an electroconductive polymer film.
Solid-state separator for electrochemical systems, characterized in that the solid-state separator consists of a plurality of ion-conducting solid-state segments which are intermeshed and the individual solid-state segments are joined by means of a deformable, electrically insulating material.
A method for reducing NOx in an exhaust stream, the method comprising the steps of: providing a primary tank having a pre-determined amount of a first reductant-containing material stored therein, the primary tank having a primary dosing control system; providing a secondary tank having a pre-determined amount of a second reductant material stored therein, the secondary tank having a secondary dosing control system; providing a plurality of sensors connected to the primary dosing control system and the secondary dosing control system; activating release of a first reductant from the primary tank into an exhaust stream based on a determination of a threshold ambient temperature through the sensors and a determination of the level of NOx in the exhaust stream; injecting the first reductant into an exhaust stream upon activation; activating release of the second reductant from the secondary tank into the exhaust stream based upon a determination of operating conditions through the sensors; and, injecting the secondary reductant into the exhaust stream. providing a primary tank having a pre-determined amount of a first reductant-containing material stored therein, the primary tank having a primary dosing control system; providing a secondary tank having a pre-determined amount of a second reductant material stored therein, the secondary tank having a secondary dosing control system; providing a plurality of sensors connected to the primary dosing control system and the secondary dosing control system; activating release of a first reductant from the primary tank into an exhaust stream based on a determination of a threshold ambient temperature through the sensors and a determination of the level of NOx in the exhaust stream; injecting the first reductant into an exhaust stream upon activation; activating release of the second reductant from the secondary tank into the exhaust stream based upon a determination of operating conditions through the sensors; and, injecting the secondary reductant into the exhaust stream.
A method of generating oxygen by electrolysis comprising the steps of; providing a proton-conducting membrane in contact with an anode on one side and a cathode on the other side; electrolysing water supplied to the proton-conducting membrane to generate oxygen at the anode and hydrogen at the cathode; providing a water-recycling apparatus adjacent to the cathode, comprising an oxidation catalyst separated from the cathode by a gas-and-liquid-permeable membrane, such that the hydrogen passes through the gas-and-liquid permeable membrane; and providing atmospheric oxygen to the oxidation catalyst to react with the hydrogen to form water, the water passing back through the gas-and-liquid-permeable membrane to supply said water to the proton-conducting membrane, such that substantial access of oxygen to the cathode is prevented, in which an assembly comprising the proton-conducting membrane, the cathode, the anode and the water-recycling apparatus is retained between two end-plates, the end-plates being joined together so as to form a watertight seal therebetween, and comprising the step of causing air to flow through one or more inlet holes defined through one of the end plates to reach the catalyst.
Protective device for a fluid-conducting device for protection against the escape of fluid in cases of damage to a fluid-conducting device section (2, 38, 40), wherein the protective device has a cutoff valve for arrangement in the fluid inflow of the device, which is in the closed position in its normal position, and a line, and the protective device through a stop valve for arrangement upstream of the line in the fluid outlet and which prevents a dispersal of fluid from the line in the direction of the damaged device section (2, 38, 40) via the fluid outlet, characterised in that the line is a bypass line for producing a fluid connection upstream of the cutoff valve from the fluid inlet to the fluid outlet of the device parallel to the fluid-conducting device section (2, 38, 40).
A semiconductor switch device including a plurality of semiconductor elements (E1, E2, D1) formed on a semiconductor substrate with provision of recesses (3A, 3B) for the semiconductor elements (E1, E2, D1), the plurality of semiconductor elements (E1, E2, D1) being comprised in an antenna switch circuit and a connection circuit connected to the antenna switch circuit, each of the semiconductor elements (E1, E2, D1) comprising: a source electrode forming portion including a source electrode (5A, 5B); a drain electrode forming portion including a drain electrode (6A, 6B); and a gate electrode forming portion including a gate electrode (4A, 34B, 4B) projecting from a bottom surface of the recess (3A, 3B), and arranged between the drain electrode forming portion and the source electrode forming portion, wherein the antenna switch circuit is constituted by the semiconductor element in which the gate electrode has a rectangular external shape in section, and the connection circuit includes the semiconductor element (E1, E2) in which the gate electrode (4A, 34B) has an external shape other than being rectangular in section, wherein the recess (3A, 3B) has a multi-stepped shape including a first recess portion formed between the drain electrode forming portion and the source electrode forming portion, and a second recess portion formed around the gate electrode forming portion to be deeper than the first recess portion, the second recess portion having a recess width (L2', L2) smaller than a recess width (L1', L1) of the first recess portion, wherein a ratio of the recess width (L2', L2) of the second recess portion to the recess width (L1', L1) of the first recess portion is larger in the semiconductor element including the gate electrode having a rectangular sectional shape than in the semiconductor element (E1, E2) including the gate electrode (4A, 34B) having a sectional shape other than being rectangular.
An aqueous liquid pharmaceutical formulation of an antibody-drug conjugate, wherein the formulation comprises the antibody-drug conjugate, a non-reducing sugar, an amino acid, and a solubilizer, the non-reducing sugar is selected from mannitol, sucrose, and a combination thereof, the amino acid is selected from histidine and a hydrochloride thereof, and the solubilizer is polysorbate 80; wherein the antibody-drug conjugate is an anti-HER2 monoclonal antibody-vc-MMAE, wherein the anti-HER2 monoclonal antibody is connected to MMAE via a linker vc, and the structure of the linker and MMAE after connection is: and wherein the antibody of the antibody-drug conjugate comprises a heavy chain and a light chain, the heavy chain comprises CDRs 1 -3 having amino acid sequences as shown in SEQ ID NO: 1, 2 and 3, respectively, and wherein the light chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 4, 5 and 6, respectively. the formulation comprises the antibody-drug conjugate, a non-reducing sugar, an amino acid, and a solubilizer, the non-reducing sugar is selected from mannitol, sucrose, and a combination thereof, the amino acid is selected from histidine and a hydrochloride thereof, and the solubilizer is polysorbate 80; wherein the antibody-drug conjugate is an anti-HER2 monoclonal antibody-vc-MMAE, wherein the anti-HER2 monoclonal antibody is connected to MMAE via a linker vc, and the structure of the linker and MMAE after connection is: and wherein the antibody of the antibody-drug conjugate comprises a heavy chain and a light chain, the heavy chain comprises CDRs 1 -3 having amino acid sequences as shown in SEQ ID NO: 1, 2 and 3, respectively, and wherein the light chain comprises CDRs 1-3 having amino acid sequences as shown in SEQ ID NO: 4, 5 and 6, respectively.
A method comprising: combining in a container: (i) a combination comprising an alcohol, an organic solvent, and boron; and (ii) an aqueous solution comprising 3 wt.% to 25 wt.% of an alkali hydroxide based on total weight of the aqueous solution; (iii)wherein the molar ratio of the alkali hydroxide to the boron is 0.5 to 2.0; (iv) wherein the volume ratio of the combination to the aqueous solution is in the range of from 10:1 to 25:1; and heating the contents of the container to a temperature in the range of from 20 °C to 100 °C until the contents of the container comprises an organic layer and an aqueous layer, and the aqueous layer comprises greater than 95% of the boron from the combination; and separating the aqueous layer from the contents of the container. combining in a container: (i) a combination comprising an alcohol, an organic solvent, and boron; and (ii) an aqueous solution comprising 3 wt.% to 25 wt.% of an alkali hydroxide based on total weight of the aqueous solution; (iii)wherein the molar ratio of the alkali hydroxide to the boron is 0.5 to 2.0; (iv) wherein the volume ratio of the combination to the aqueous solution is in the range of from 10:1 to 25:1; and (i) a combination comprising an alcohol, an organic solvent, and boron; and (ii) an aqueous solution comprising 3 wt.% to 25 wt.% of an alkali hydroxide based on total weight of the aqueous solution; (iii)wherein the molar ratio of the alkali hydroxide to the boron is 0.5 to 2.0; (iv) wherein the volume ratio of the combination to the aqueous solution is in the range of from 10:1 to 25:1; and heating the contents of the container to a temperature in the range of from 20 °C to 100 °C until the contents of the container comprises an organic layer and an aqueous layer, and the aqueous layer comprises greater than 95% of the boron from the combination; and separating the aqueous layer from the contents of the container.
A method of interfacing with a user, said method comprising: executing a first native application of a plurality of native applications on a portable computer system, wherein said portable computer system comprises a display screen and a user input device; using said first native application, displaying a plurality of applications (121,122,123) for selection by a user; based on a user selection of a first of said plurality of applications (121,122,123), said portable computer system causing said first application to be executed on a remote computer system, wherein execution of said first application generates first enterprise content at said remote computer system; said first native application receiving said first enterprise content and parsing said first enterprise content for display thereof; and said first native application rendering a representation of said first enterprise content on said display screen, wherein said first enterprise content is shared between the first native application and at least one other native application of said plurality of native applications. executing a first native application of a plurality of native applications on a portable computer system, wherein said portable computer system comprises a display screen and a user input device; using said first native application, displaying a plurality of applications (121,122,123) for selection by a user; based on a user selection of a first of said plurality of applications (121,122,123), said portable computer system causing said first application to be executed on a remote computer system, wherein execution of said first application generates first enterprise content at said remote computer system; said first native application receiving said first enterprise content and parsing said first enterprise content for display thereof; and said first native application rendering a representation of said first enterprise content on said display screen, wherein said first enterprise content is shared between the first native application and at least one other native application of said plurality of native applications.
A silicone-acrylic copolymer comprising a reaction product of: (a) a silicone polymer; (b) (i) a mixture of acrylic monomers and a radical initiator, wherein at least one acrylic monomer comprises a silane (meth)acrylic monomer and/or a siloxane (meth)acrylic macromer; or (ii) an acrylic polymer which comprises a silane or a siloxane functional group; and (c) a scrambling catalyst; wherein the ratio of (a) to (b) is from 50:1 to 1:50; and wherein the scrambling catalyst is a catalyst which has a pKa value equal to or less than -6 or equal to or greater than 15. (a) a silicone polymer; (b) (i) a mixture of acrylic monomers and a radical initiator, wherein at least one acrylic monomer comprises a silane (meth)acrylic monomer and/or a siloxane (meth)acrylic macromer; or (ii) an acrylic polymer which comprises a silane or a siloxane functional group; and (c) a scrambling catalyst;
A method of operation by a Session Management Function, SMF, in a communication network, the method comprising: detecting a network event that is external to the SMF and triggers termination of a plurality of Protocol Data Unit sessions managed by the SMF, the plurality of PDU sessions having a corresponding plurality of affiliated sessions in the communication network associated with charging or policy control; identifying a batch of affiliated sessions that is subject to a batch termination rather than individual per session terminations, among the corresponding plurality of affiliated sessions; and initiating the batch termination by: generating a batch notification message that identifies which part of the communication network experienced the network event, and sending the batch notification message towards a further Network Function, NF, (34, 36) that supports the batch of affiliated sessions, in lieu of sending individual notification messages for the affiliated sessions in the batch of affiliated sessions; the method characterized in that the batch notification message identifies a network slice involved in the network event for use by the further NF (34, 36) in identifying which affiliated sessions in the corresponding plurality of affiliated sessions are affected by the network event and, therefore, belong to the batch of affiliated sessions. detecting a network event that is external to the SMF and triggers termination of a plurality of Protocol Data Unit sessions managed by the SMF, the plurality of PDU sessions having a corresponding plurality of affiliated sessions in the communication network associated with charging or policy control; identifying a batch of affiliated sessions that is subject to a batch termination rather than individual per session terminations, among the corresponding plurality of affiliated sessions; and initiating the batch termination by: generating a batch notification message that identifies which part of the communication network experienced the network event, and sending the batch notification message towards a further Network Function, NF, (34, 36) that supports the batch of affiliated sessions, in lieu of sending individual notification messages for the affiliated sessions in the batch of affiliated sessions; generating a batch notification message that identifies which part of the communication network experienced the network event, and sending the batch notification message towards a further Network Function, NF, (34, 36) that supports the batch of affiliated sessions, in lieu of sending individual notification messages for the affiliated sessions in the batch of affiliated sessions; the method characterized in that the batch notification message identifies a network slice involved in the network event for use by the further NF (34, 36) in identifying which affiliated sessions in the corresponding plurality of affiliated sessions are affected by the network event and, therefore, belong to the batch of affiliated sessions.