mhurhangee/ep-ind-claims huggingface dataset:
A composition for imparting a superhydrophobic film on skin, hair or nails,comprising: a water-in-oil emulsion comprising: (i) a continuous oil-phase; (ii) a discontinuous aqueous phase; and (iii) an emulsifier having an HLB value less than 10 in an amount from 0.001 wt% to 10 wt%; (iv) one or more hydrophobic film formers, (v) one or more hydrophobic particulate materials having a median particle size between 5 nm and 1 mm and comprising an oxide particle selected from the group consisting of silicon dioxide, titanium dioxide, aluminum oxide, zirconium dioxide, tin dioxide, zinc oxide, iron oxide and combinations thereof, said oxide particle having hydrophobic moieties covalently bound to the surface thereof; the weight ratio of said one or more hydrophobic film formers to said one or more hydrophobic particulate materials being from 1:5 to 5:1; and said one or more hydrophobic film formers and said one or more hydrophobic particulate materials collectively comprising at least 5% by weight of said water-in-oil emulsion; and wherein the aggregate weight percentage of all non-volatile hydrophilic organic constituents in said water-in-oil emulsion is less than 15%, based on the entire weight of the emulsion; said composition being capable of providing a film on a surface which, after application to a glass slide and evaporation of volatile constituents, is characterized by a contact angle with water greater than about 140°, wherein the contact angle can be measured using a Kruss Drop Shape Analysis System DSA 10 MK2 setting the water volume to 5 μl and calculating the contact angle via the instrument software using the circle fit method, and wherein the weight percentage of all polyols is collectively below 5%. (i) a continuous oil-phase; (ii) a discontinuous aqueous phase; and (iii) an emulsifier having an HLB value less than 10 in an amount from 0.001 wt% to 10 wt%; (iv) one or more hydrophobic film formers, (v) one or more hydrophobic particulate materials having a median particle size between 5 nm and 1 mm and comprising an oxide particle selected from the group consisting of silicon dioxide, titanium dioxide, aluminum oxide, zirconium dioxide, tin dioxide, zinc oxide, iron oxide and combinations thereof, said oxide particle having hydrophobic moieties covalently bound to the surface thereof; the weight ratio of said one or more hydrophobic film formers to said one or more hydrophobic particulate materials being from 1:5 to 5:1; and said one or more hydrophobic film formers and said one or more hydrophobic particulate materials collectively comprising at least 5% by weight of said water-in-oil emulsion; and
A communication method of a Universal Plug and Play, further referred to as UPnP, Remote Access Server (160, 210, 310, 520, 620), further referred to as RAS, the communication method comprising: accepting at least one remote access connection from UPnP devices (110, 115, 24, 280, 340, 380, 510, 540, 610, 640) of at least one remote network; collecting device list information comprising information about devices discovered in the at least one remote network and a home network of the RAS (160, 210, 310, 520, 620), at the RAS (160, 210, 310, 520, 620); generating at the RAS synchronization information to synchronize the collected device list information between remote networks; transmitting the synchronization information from the RAS (160, 210, 310, 520, 620); to the UPnP devices (110, 115, 24, 280, 340, 380, 510, 540, 610, 640) of the at least one remote network; and routing a UPnP device control action message received from a UPnP device of a first remote network to a UPnP device of a second remote network, wherein the UPnP device control action message is for controlling the device of the second remote network. accepting at least one remote access connection from UPnP devices (110, 115, 24, 280, 340, 380, 510, 540, 610, 640) of at least one remote network; collecting device list information comprising information about devices discovered in the at least one remote network and a home network of the RAS (160, 210, 310, 520, 620), at the RAS (160, 210, 310, 520, 620); generating at the RAS synchronization information to synchronize the collected device list information between remote networks; transmitting the synchronization information from the RAS (160, 210, 310, 520, 620); to the UPnP devices (110, 115, 24, 280, 340, 380, 510, 540, 610, 640) of the at least one remote network; and routing a UPnP device control action message received from a UPnP device of a first remote network to a UPnP device of a second remote network, wherein the UPnP device control action message is for controlling the device of the second remote network.
Component carrier, wherein the component carrier comprises: a stack comprising at least one electrically conductive layer structure and at least one electrically insulating layer structure; a semiconductor component embedded in the stack; characterised by a highly conductive block provided with a sinter connection structure on one main surface of the highly conductive block, wherein the highly conductive block is an electrically highly conductive block with an electrical conductivity at 20°C of at least 5·10 6 S/m and/or a thermally highly conductive block with a thermal conductivity of at least 50 W/mK; the highly conductive block is embedded in the stack and inserted into a cavity, a bottom of which is delimited by the electrically conductive layer structure, and the sinter connection structure of the highly conductive block is connected to the electrically conductive layer structure delimiting the bottom of the cavity so that the highly conductive block is thermally coupled with the semiconductor component via the electrically conductive layer structure in between. a stack comprising at least one electrically conductive layer structure and at least one electrically insulating layer structure; a semiconductor component embedded in the stack; characterised by a highly conductive block provided with a sinter connection structure on one main surface of the highly conductive block, wherein the highly conductive block is an electrically highly conductive block with an electrical conductivity at 20°C of at least 5·10 6 S/m and/or a thermally highly conductive block with a thermal conductivity of at least 50 W/mK; the highly conductive block is embedded in the stack and inserted into a cavity, a bottom of which is delimited by the electrically conductive layer structure, and the sinter connection structure of the highly conductive block is connected to the electrically conductive layer structure delimiting the bottom of the cavity so that the highly conductive block is thermally coupled with the semiconductor component via the electrically conductive layer structure in between.
A guided needle injection system comprising: a drape configured to be positioned over a joint of a patient, the joint having an orientation; and one or more ultrasound sensors and one or more inertial measurement units coupled to the drape and configured to provide signals indicative of the orientation of the joint.
A recycling process for cleaning a contaminated plastic material, comprising a cleaning step wherein a contaminated plastic material is contacted with a physical mixture of liquid phase 1 and liquid phase 2 and wherein the solvent of liquid phase 1 is water and the solvent of liquid phase 2 is an organic phase comprising an acetate ester having the general formula of C-COO-R, wherein R is an alkyl group comprising 4, 6 or 8 carbon atoms.
Method for controlling an execution of a software application, characterized in that it is carried out within an architecture comprising a content server, DMS, at least one device, DMR, for rendering multimedia content, and a control device, DMC, that is designed to drive said at least one device for rendering multimedia content, said control method being carried out by said control device and comprising: - a step of obtaining, from said content server, indexing data for said software application indexed as multimedia content within said content server, said indexing data comprising a first content location address, to be used by an execution device, APPRUNTIME, to obtain a software module that is designed to execute said software application, - a step of transmitting, to said execution device, an instruction for initializing said software application comprising the first content location address, - a step of obtaining, from said execution device, which is configured to trigger an execution of said software application, first connection data to be used by a rendering device to establish a first communication link through a network with the execution device and to receive, during said execution, via said first communication link, a multimedia stream resulting from said execution, - a step of transmitting, to said rendering device, parameters for rendering a multimedia content comprising said first connection data, - a step of sending, to said rendering device, a command to render said multimedia content, which is intended to trigger a rendering of said multimedia stream by said rendering device. - a step of obtaining, from said content server, indexing data for said software application indexed as multimedia content within said content server, said indexing data comprising a first content location address, to be used by an execution device, APPRUNTIME, to obtain a software module that is designed to execute said software application, - a step of transmitting, to said execution device, an instruction for initializing said software application comprising the first content location address, - a step of obtaining, from said execution device, which is configured to trigger an execution of said software application, first connection data to be used by a rendering device to establish a first communication link through a network with the execution device and to receive, during said execution, via said first communication link, a multimedia stream resulting from said execution, - a step of transmitting, to said rendering device, parameters for rendering a multimedia content comprising said first connection data, - a step of sending, to said rendering device, a command to render said multimedia content, which is intended to trigger a rendering of said multimedia stream by said rendering device.
Holding element for a drape for a surgical microscope, the holding element having a holding ring and a clearance arranged in the holding ring for an interface of the surgical microscope, and the holding ring having a contour, delimiting the clearance, characterized in that the contour is formed so as to be not symmetrical in terms of turning with respect to an axis running parallel to a fastening direction of the holding element in at least one portion of the contour, wherein the portion is delimited by an internal angle (α1) of at least 90°, so that, in a state in which the holding element is fastened to the surgical microscope, there is a single possible fastening position of the holding element at the interface of the surgical microscope corresponding to the contour of the holding ring in which an alignment of the holding element in relation to the surgical microscope is fixed, and the holding ring has a structure that is widened at a predetermined angle in the fastening direction of the holding element. the holding element having a holding ring and a clearance arranged in the holding ring for an interface of the surgical microscope, and the holding ring having a contour, delimiting the clearance, characterized in that
An axial flow blade comprising: a boss through which a shaft of an electric motor, in use, extends, the electric motor rotating the shaft about a rotational axis; a hub having a cylindrical shape opened on a side closer to the electric motor, the hub being coaxial with the boss and surrounding a periphery of the boss; and a partition plate installed in the hub to partition a space in the hub into two or more spaces (501, 502), wherein a gap is formed between an inner diameter of the hub and an outer circumference of the partition plate, the gap connecting the two or more partitioned spaces (501, 502). a boss through which a shaft of an electric motor, in use, extends, the electric motor rotating the shaft about a rotational axis; a hub having a cylindrical shape opened on a side closer to the electric motor, the hub being coaxial with the boss and surrounding a periphery of the boss; and a partition plate installed in the hub to partition a space in the hub into two or more spaces (501, 502), wherein a gap is formed between an inner diameter of the hub and an outer circumference of the partition plate, the gap connecting the two or more partitioned spaces (501, 502).
A process for preparing a conjugate of a S. aureus type 5 or type 8 capsular polysaccharide and a carrier molecule, wherein the carrier molecule is CRM197, comprising the steps of: (a) depolymerising the capsular polysaccharide by acid hydrolysis, to give a polysaccharide fragment; (b) oxidising the fragment in order to introduce an aldehyde group into at least one saccharide residue in the fragment, to give an oxidised saccharide residue; and (c) coupling the oxidised saccharide residue to the carrier molecule via the aldehyde group, thereby giving the conjugate. (a) depolymerising the capsular polysaccharide by acid hydrolysis, to give a polysaccharide fragment; (b) oxidising the fragment in order to introduce an aldehyde group into at least one saccharide residue in the fragment, to give an oxidised saccharide residue; and (c) coupling the oxidised saccharide residue to the carrier molecule via the aldehyde group, thereby giving the conjugate.
A whiteboard/blackboard of the type comprising at least two panels located adjacent to one another wherein the whiteboard/blackboard comprises: - at least one writing surface of the whiteboard/blackboard; and - means for attachment to a wall; each panel comprising in turn at least one writing surface thus increasing the writing surface area of the whiteboard/blackboard, an adjacent side of the panels being free from projecting means, between the panels, making possible to draw lines in the area adjacent to the join between the panels without interference, the attachment means to the wall being means which can be detached from the whiteboard/blackboard, characterized in that the attachment means are magnetic attachment means comprising a magnet located, in use, on the wall and wherein the whiteboard/blackboard comprises a metal part for attachment to the magnet such that the writing surface of the whiteboard/blackboard is free from any projecting parts in a plane normal to that surface on at least the area adjacent to the join between the panels and there is no interference between the adjacent panels for writing in the area adjacent to the join between the panels. - at least one writing surface of the whiteboard/blackboard; and - means for attachment to a wall;
Method for impregnating biomass, comprising: Feeding a reactor unit with biomass by means of a plug screw (12, S100); At least partially filling the reactor unit up to a predetermined fill level with a reactant, such that a reaction between the fed biomass and the reactant takes place in order to obtain an impregnated biomass; Controlling the fill level such that it is constant over a predetermined time; Determining the fill level depending on the velocity with which the biomass is conveyed through the reactor unit; and Discharging the impregnated biomass from the reactor unit for further processing. Feeding a reactor unit with biomass by means of a plug screw (12, S100); At least partially filling the reactor unit up to a predetermined fill level with a reactant, such that a reaction between the fed biomass and the reactant takes place in order to obtain an impregnated biomass; Controlling the fill level such that it is constant over a predetermined time; Determining the fill level depending on the velocity with which the biomass is conveyed through the reactor unit; and Discharging the impregnated biomass from the reactor unit for further processing.
An optical gas sensor comprising: an outer housing having an outer housing gas inlet and an outer housing gas outlet for receiving a flow of gas; and an inner housing disposed within the outer housing such that a gas flow passage is defined through the gas sensor between the inner housing and the outer housing to allow gas to enter the outer housing gas inlet and exit the outer housing gas outlet, the inner housing comprising a sensing element; and wherein the inner housing is provided with an inner housing gas inlet and an inner housing gas outlet each in fluid communication with the gas flow passage; wherein the inner housing gas inlet and inner housing gas outlet are positioned relative to the gas flow passage such that when gas flows through the gas flow passage there is a pressure gradient across the inner housing gas inlet and the inner housing gas outlet which causes gas to pass through the inner housing, wherein the inner housing and outer housing are relatively rotationally moveable to change the relative positions of the inner housing gas inlet and the inner housing gas outlet to the outer housing gas inlet and the outer housing gas outlet, thereby adjusting the angular position of the inner housing, depending on the angle between outer housing gas inlet and the inner housing gas inlet, to control the gas flow inside the inner housing. an outer housing having an outer housing gas inlet and an outer housing gas outlet for receiving a flow of gas; and an inner housing disposed within the outer housing such that a gas flow passage is defined through the gas sensor between the inner housing and the outer housing to allow gas to enter the outer housing gas inlet and exit the outer housing gas outlet, the inner housing comprising a sensing element; and wherein the inner housing is provided with an inner housing gas inlet and an inner housing gas outlet each in fluid communication with the gas flow passage; wherein the inner housing gas inlet and inner housing gas outlet are positioned relative to the gas flow passage such that when gas flows through the gas flow passage there is a pressure gradient across the inner housing gas inlet and the inner housing gas outlet which causes gas to pass through the inner housing, wherein the inner housing and outer housing are relatively rotationally moveable to change the relative positions of the inner housing gas inlet and the inner housing gas outlet to the outer housing gas inlet and the outer housing gas outlet, thereby adjusting the angular position of the inner housing, depending on the angle between outer housing gas inlet and the inner housing gas inlet, to control the gas flow inside the inner housing.
A compliance monitor for monitoring patient usage of a dry powder medicament delivery device, the medicament delivery device including: a) a main body portion for housing a store of medicament within; b) a base portion, said base portion and said main body portion being rotatable with respect to each other; c) a medicament dispensing means for dispensing a dose of the medicament into an inhalation chamber when the base portion and the main body portion are rotated with respect to each other; d) a mouthpiece through which the dose of medicament may be inhaled by a user; and e) a removable and replaceable cap; the compliance monitor including: f) a first portion for receiving the base portion of the medicament delivery device; g) a second portion configured to engage with the first portion to releasably secure the medicament delivery device to the first portion, thereby releasably attaching the compliance monitor to the medicament delivery device; the arrangement and construction of the first and second portions being such that the engaging of the second portion of the compliance monitor to the first portion of the compliance monitor includes a push fit and the disengagement of the second portion from the first portion includes activation of a quick release means; the compliance monitor being characterized by h) the first portion or second portion comprising said quick release means in the form of at least one button. a) a main body portion for housing a store of medicament within; b) a base portion, said base portion and said main body portion being rotatable with respect to each other; c) a medicament dispensing means for dispensing a dose of the medicament into an inhalation chamber when the base portion and the main body portion are rotated with respect to each other; d) a mouthpiece through which the dose of medicament may be inhaled by a user; and e) a removable and replaceable cap; f) a first portion for receiving the base portion of the medicament delivery device; g) a second portion configured to engage with the first portion to releasably secure the medicament delivery device to the first portion, thereby releasably attaching the compliance monitor to the medicament delivery device; the arrangement and construction of the first and second portions being such that the engaging of the second portion of the compliance monitor to the first portion of the compliance monitor includes a push fit and the disengagement of the second portion from the first portion includes activation of a quick release means; the compliance monitor being characterized by h) the first portion or second portion comprising said quick release means in the form of at least one button.