mhurhangee/ep-ind-claims huggingface dataset:
Process for the electrochemical preparation of aryl alkyl carbonates and diaryl carbonates, characterized in that compounds of the formula are anodically reacted with an aromatic compound of the formula where the radical R 1 is an alkyl radical, preferably a radical selected from the group consisting of: C 1 -C 6 -alkyl, preferably methyl, ethyl or tert-butyl, or cycloalkyl, preferably cyclohexyl, or an aryl, tert-butylphenyl, cumylphenyl or 4-isopropylphenyl radical, preferably naphthyl or phenyl, particularly preferably a phenyl radical, and the radicals R 2, R 3 and R 4 are each, independently of one another, hydrogen or an alkyl radical, preferably a radical selected from the group consisting of: C 1 -C 6 -alkyl, isopropyl or tert-butyl or cycloalkyl, preferably cyclohexyl, or with an aromatic compound of the formula or with an aromatic compound of the formula in the presence of one or more solvents, in particular of aprotic solvents.
A computer-implemented method, the method comprising: - providing an autoencoder; - providing a dataset of images, each image including a respective object representation; - learning the autoencoder ( g W' ∘ f W) based on the dataset, the learning including minimization of a reconstruction loss ( E ( W,W')), the reconstruction loss including a term that penalizes for each respective image ( x i) a distance between the result ( g W' ∘ f W ( x i)) of applying the autoencoder to the respective image ( x i) and the set of results ( x ι) of applying at least part of a group () of transformations ( h) to the object representation of the respective image ( x i), wherein the object representations are each a representation of an instance of a same class of objects, each image of the dataset having a non-oriented frame, each object representation being aligned in the non-oriented frame, the group of transformations including all rotations from one alignment in the non-oriented frame to another alignment in the non-oriented frame; and - using the autoencoder to coalign one or more images of the dataset and/or one or more other images, wherein each of these one or more other images includes a respective orientation of an instance of the same class of objects aligned in a non-oriented frame. - providing an autoencoder; - providing a dataset of images, each image including a respective object representation; - learning the autoencoder ( g W' ∘ f W) based on the dataset, the learning including minimization of a reconstruction loss ( E ( W,W')), the reconstruction loss including a term that penalizes for each respective image ( x i) a distance between the result ( g W' ∘ f W ( x i)) of applying the autoencoder to the respective image ( x i) and the set of results ( x ι) of applying at least part of a group () of transformations ( h) to the object representation of the respective image ( x i), wherein the object representations are each a representation of an instance of a same class of objects, each image of the dataset having a non-oriented frame, each object representation being aligned in the non-oriented frame, the group of transformations including all rotations from one alignment in the non-oriented frame to another alignment in the non-oriented frame; and - using the autoencoder to coalign one or more images of the dataset and/or one or more other images, wherein each of these one or more other images includes a respective orientation of an instance of the same class of objects aligned in a non-oriented frame.
A method for recording multiple three-dimensional images of a dental object, wherein each of the three-dimensional images (1, 2, 3, 4, 5) comprises 3D measured data and color data of a measured surface of the object, wherein the individual images (1, 2, 3, 4, 5) are combined to form an overall image using a computer-assisted recording algorithm, wherein first regions with hard tissue and second regions with soft tissue are identified in each of the images (1, 2, 3, 4, 5) using a segmentation method, which depends on color data, wherein when using the recording algorithm, the first regions and the second regions are weighted with different weighting factors, characterized in that either the first regions are weighted with a first weighting factor of 1.0, and the second regions are weighted with a second variable weighting factor, which is determined for each measured point of the measured surface and decreases as the distance of the measured point from the most proximal first region with hard tissue increases or a first area section of the first regions and the second area section of the second regions in each of the images are calculated, based on the total area of the respective image, wherein the first regions are weighted with a first weighting factor when the first area section of the first regions falls below a threshold value, and the second regions are weighted with a second weighting factor, wherein the second weighting factor increases as the first area section decreases.
Method for brake control of a vehicle combination consisting of a tractor vehicle and a towed vehicle, wherein the tractor vehicle has a pneumatic/hydraulic tractor vehicle brake system and the towed vehicle has a pneumatic/hydraulic trailer brake system, with an electrically controllable trailer control valve which is assigned at least one trailer control valve characteristic curve (p_normal) which is stored in an electronic control device for controlling a trailer brake pressure (p_trailer) of the trailer brake system for normal operation of the vehicle combination, wherein, in the case of detection or prediction of special operation of the vehicle combination which deviates from normal operation or is evaluated as potentially impermissible, the trailer control valve characteristic curve (p_normal) which is stored for normal operation of the vehicle combination varies with consideration of parameters relevant to this situation or is replaced by a trailer control valve characteristic curve for special operation (p_special), wherein, in the case of the vehicle combination, the drive train of which has a hydrostatic continuously variable automatic transmission, a transmission output torque (M_trans) of the automatic transmission is continuously determined, wherein special operation, deviating from normal operation, of the vehicle combination is detected when the vehicle combination is braked in a travelling state with an unactuated tractor vehicle brake system on the basis of a change in the transmission ratio of the automatic transmission, as a result of which the towed vehicle pushes against the tractor vehicle, and wherein, for the case of this detected special operation, the trailer control valve characteristic curve for normal operation (p_normal) is replaced by a trailer control valve characteristic curve for this special operation (p_special), in which the trailer brake pressure (p_trailer) is varied as a function of the determined transmission output torque (M_trans) of the automatic transmission, characterized in that the trailer brake pressure (p_trailer) is controlled in a manner which is dependent on the transmission output torque (M_trans) of the automatic transmission if the determined transmission output torque (M_trans) has exceeded a predefined torque limit value (M_lim) in the direction of increasing vehicle retardation.
A method of processing at a mediation node configured for data mediation operations in a telecommunication network, the method comprising: receiving an incoming data stream comprising encoded data items encoded according to a first encoding and arranged according to a defined hierarchical structure; storing the incoming data stream as a stored data stream, said stored data stream stored without decoding at a root node of a working data structure that defines further nodes corresponding to a plurality of data items encoded in the stored data stream; identifying a targeted data item in the stored data stream, targeted for data mediation processing; characterized by extracting the targeted data item based on: traversing the defined hierarchical structure of the stored data stream along a traversal path until reaching the targeted data item; and for each intervening data item encountered along the traversal path before reaching the targeted data item, moving, without decoding, the intervening data item from the root node to a corresponding further node in the working data structure; for the targeted data item, decoding the targeted data item and populating a corresponding further node in the working data structure with the decoded targeted data item; and providing the working data structure for processing of the decoded targeted data item. receiving an incoming data stream comprising encoded data items encoded according to a first encoding and arranged according to a defined hierarchical structure; storing the incoming data stream as a stored data stream, said stored data stream stored without decoding at a root node of a working data structure that defines further nodes corresponding to a plurality of data items encoded in the stored data stream; identifying a targeted data item in the stored data stream, targeted for data mediation processing; characterized by extracting the targeted data item based on: traversing the defined hierarchical structure of the stored data stream along a traversal path until reaching the targeted data item; and for each intervening data item encountered along the traversal path before reaching the targeted data item, moving, without decoding, the intervening data item from the root node to a corresponding further node in the working data structure; for the targeted data item, decoding the targeted data item and populating a corresponding further node in the working data structure with the decoded targeted data item; and traversing the defined hierarchical structure of the stored data stream along a traversal path until reaching the targeted data item; and for each intervening data item encountered along the traversal path before reaching the targeted data item, moving, without decoding, the intervening data item from the root node to a corresponding further node in the working data structure; for the targeted data item, decoding the targeted data item and populating a corresponding further node in the working data structure with the decoded targeted data item; and providing the working data structure for processing of the decoded targeted data item.
A method of allowing a data connection to be made between a mobile node attached to a private IP network and a node external to the private IP network and connected to a public IP network, the method comprising the steps of: associating a private network IP address and a hostname to said mobile node; at a gateway interconnecting said private and public IP networks, including in a connection table a mapping between said private network IP address and said hostname; installing in a Domain Name System, DNS, of the public IP network, an address, A, record defining a public IP address of said gateway as the location for said hostname; listening at a well known port number for a connection request from said node external to the private IP network including said hostname, and using said connection table to map the hostname to said private IP address; and forwarding the connection request to said mobile node over the private IP network using the private IP address, wherein said node external to the private IP network is able to perform a DNS lookup in the public IP network in order to resolve said hostname into said public IP address. associating a private network IP address and a hostname to said mobile node; at a gateway interconnecting said private and public IP networks, including in a connection table a mapping between said private network IP address and said hostname; installing in a Domain Name System, DNS, of the public IP network, an address, A, record defining a public IP address of said gateway as the location for said hostname; listening at a well known port number for a connection request from said node external to the private IP network including said hostname, and using said connection table to map the hostname to said private IP address; and forwarding the connection request to said mobile node over the private IP network using the private IP address,
A method for producing an egg spread, characterized in that it comprises steps of: providing pasteurized liquid egg yolk material prepared by thawing frozen egg yolk; providing solid fat component; mixing said egg yolk material and said fat component to provide a fat blend; providing pasteurized liquid egg white material, cooking and cooling it; providing pasteurized liquid egg yolk material, cooking and cooling it; chopping and mixing the cooked egg materials with the fat blend; packing the product; and optionally pressurizing the packed product with high pressure processing. providing pasteurized liquid egg yolk material prepared by thawing frozen egg yolk; providing solid fat component; mixing said egg yolk material and said fat component to provide a fat blend; providing pasteurized liquid egg white material, cooking and cooling it; providing pasteurized liquid egg yolk material, cooking and cooling it; chopping and mixing the cooked egg materials with the fat blend; packing the product; and optionally pressurizing the packed product with high pressure processing.
Valve, comprising: a valve seat including a seat body defining a stem channel and a sealing element; a valve stem having a stem body sized and configured for insertion into the stem channel, the stem body having a proximal end, a distal end, and a surface extending therebetween, wherein the stem body defines a channel extending from the proximal end to the distal end, and wherein the stem body defines at least one opening extending through the surface to the channel; and a coupling element (18;18a) formed over at least a portion of the surface of the valve stem and configured to provide advancement of the valve stem within the stem channel in a distal direction, to position the valve stem in a first, closed position, or in a proximal direction to position the valve stem in a second, open position, wherein the at least one opening extends through the surface of the channel such that the at least one opening is positioned on an opposite side of the sealing element from the proximal end of the valve stem when the valve stem is positioned in the first position characterized by a plunger positioned within the channel and moveable between a first position and a second position, wherein the plunger is configured to seal the proximal end of the stem channel in a first position and allow airflow from a proximal opening of the channel and the at least one opening formed through the surface of the stem body in a second position; and a biasing element configured to apply a biasing force to the plunger. a valve seat including a seat body defining a stem channel and a sealing element; a valve stem having a stem body sized and configured for insertion into the stem channel, the stem body having a proximal end, a distal end, and a surface extending therebetween, wherein the stem body defines a channel extending from the proximal end to the distal end, and wherein the stem body defines at least one opening extending through the surface to the channel; and a coupling element (18;18a) formed over at least a portion of the surface of the valve stem and configured to provide advancement of the valve stem within the stem channel in a distal direction, to position the valve stem in a first, closed position, or in a proximal direction to position the valve stem in a second, open position, wherein the at least one opening extends through the surface of the channel such that the at least one opening is positioned on an opposite side of the sealing element from the proximal end of the valve stem when the valve stem is positioned in the first position characterized by a plunger positioned within the channel and moveable between a first position and a second position, wherein the plunger is configured to seal the proximal end of the stem channel in a first position and allow airflow from a proximal opening of the channel and the at least one opening formed through the surface of the stem body in a second position; and a biasing element configured to apply a biasing force to the plunger.
A terminal device, comprising: a receiving module, configured to receive a terminal capability query message from a base station; a processing module, configured to obtain device to device, D2D, capability information of the terminal device after the receiving module received the query message from the base station, wherein the D2D capability information of the terminal device comprises at least one piece of information about a radio frequency band over which the terminal device supports D2D communication, information about a radio frequency band over which the terminal device supports both D2D communication and cellular communication, and capability information that the terminal device supports both D2D communication and carrier aggregation; and a sending module, configured to send the D2D capability information of the terminal device to the base station. a receiving module, configured to receive a terminal capability query message from a base station; a processing module, configured to obtain device to device, D2D, capability information of the terminal device after the receiving module received the query message from the base station, wherein the D2D capability information of the terminal device comprises at least one piece of information about a radio frequency band over which the terminal device supports D2D communication, information about a radio frequency band over which the terminal device supports both D2D communication and cellular communication, and capability information that the terminal device supports both D2D communication and carrier aggregation; and a sending module, configured to send the D2D capability information of the terminal device to the base station.
Packaged food concentrate in the form of a gel, comprising: • from 7 to 40 wt% of salt, wt% based on the total water content, wherein the amount of salt is calculated as (weight of salt / (weight of salt + weight of total water content))*100%, • water • dissolved kappa-carrageenan, wherein kappa-carrageenan is present in an amount of from 0.1 wt % to 4 wt% (wt% based on the total water content, and calculated as (weight of kappa-carrageenan)/(weight of kappa-carrageenan + weight of total water content))*100%, • taste imparting components. • from 7 to 40 wt% of salt, wt% based on the total water content, wherein the amount of salt is calculated as (weight of salt / (weight of salt + weight of total water content))*100%, • water • dissolved kappa-carrageenan, wherein kappa-carrageenan is present in an amount of from 0.1 wt % to 4 wt% (wt% based on the total water content, and calculated as (weight of kappa-carrageenan)/(weight of kappa-carrageenan + weight of total water content))*100%, • taste imparting components.
Internal combustion engine valve train device, comprising at least three cam elements (10, 11, 12) which are axially displaceable independently of one another and a shift gate having at least one continuous gate track (14, 15) which is provided for sequentially displacing the at least three cam elements (10, 11, 12).
A composition comprising at least one of acetyl hexapeptide-8 (Ac-Glu-Glu-Met-Gln-Arg-Arg-NH2) and pentapeptide-18 (H-Tyr-D-Ala-Gly-Phe-Leu-OH) in combination with oligopeptide-5 (Arg-Gly-Asp-Ser) for use in treating disorders associated with muscular hypertonia of the anal region.
Laundry care appliance having a recirculating pump system, comprising an outer tub for receiving wash liquor, wherein the outer tub comprises an inlet opening and an outlet opening, a line that connects the inlet opening and the outlet opening, a pump for pumping wash liquor through the line, a power detection element for detecting an electrical power value of the pump, a heating element on the line for heating the wash liquor in the line, and a control element for controlling the heating element, characterised in that the control element is embodied to reduce the heat output of the heating element if the detected electrical power value of the pump drops below a predetermined electrical power threshold value, in order to prevent overheating of the heating element but nevertheless to achieve effective heating of the wash liquor.
A cryostat, comprising a plurality of cooling levels (2-i) having different temperature levels, having cooling devices (26, 34) associated therewith, a plurality of experimentation places (4-i) at the temperature levels of the cooling levels (2-i), a plurality of heat shields (32-i) for the cooling levels (2-i) enclosing the experimentation places (4-i), and a vacuum chamber in which the plurality of cooling levels (2-i) are arranged, characterized in that the experimentation places (4-i) are arranged side by side when viewed from above, and in that the experimentation places (4-i) are arranged side by side in such a way that they are each accessible from above and from the side. a plurality of cooling levels (2-i) having different temperature levels, having cooling devices (26, 34) associated therewith, a plurality of experimentation places (4-i) at the temperature levels of the cooling levels (2-i), a plurality of heat shields (32-i) for the cooling levels (2-i) enclosing the experimentation places (4-i), and a vacuum chamber in which the plurality of cooling levels (2-i) are arranged, characterized in that the experimentation places (4-i) are arranged side by side when viewed from above, and in that the experimentation places (4-i) are arranged side by side in such a way that they are each accessible from above and from the side.
Pressure plate assembly having at least one clutch cover, at least one pressing plate for clamping a clutch disc in a frictionally locking manner between the pressing plate and a counterpressure plate, which pressing plate is arranged at least partially within the clutch cover and can be moved to a limited extent in the axial direction of the pressure plate assembly, and at least one lever element which is mounted on the clutch cover such that it can be tilted by means of a pivoting bearing, the pivoting bearing having a cover-side bearing, which bears in a first contact region on a surface of the lever element, which surface faces the clutch cover, and a pressing plate-side bearing which is configured as a supporting spring and bears in a second contact region on a surface of the lever element, which surface faces the pressing plate, the first contact region of the cover-side bearing on the lever element, in particular in the non-actuated state of the pressure plate assembly, being arranged further to the inside in the radial direction of the pressure plate assembly than the second contact region of the supporting spring on the lever element, and the supporting spring being supported indirectly or directly on the clutch cover in a supporting region, characterized in that the supporting region, in which the supporting spring is supported indirectly or directly on the clutch cover, is the region, against which the supporting spring bears for support, and the said region is arranged further to the inside in the radial direction than the first contact region of the cover-side bearing on the lever element.
A liquid crystal medium comprising a polymerisable component A) which comprises one or more polymerisable compounds, and a liquid-crystalline component B) which comprises one or more mesogenic or liquid-crystalline compounds, characterized in that polymerisable component A) comprises one or more first polymerisable compounds comprising a monocylic hydrocarbon group having from 8 to 24 ring atoms, and attached thereto one polymerisable group.