mhurhangee/ep-ind-claims huggingface dataset:
A piezoelectric device comprising: a support substrate; a silicon oxide film disposed on the support substrate; a semi-conducting layer, composed of a semiconductor material or a mixture of a metal and an oxide of the metal, disposed on the silicon oxide film; a further silicon oxide film disposed on the semi-conducting layer; a piezoelectric thin film disposed on the further silicon oxide film; and a functional electrode disposed on the piezoelectric thin film and electro-mechanically coupled to the piezoelectric thin film. a support substrate; a silicon oxide film disposed on the support substrate; a semi-conducting layer, composed of a semiconductor material or a mixture of a metal and an oxide of the metal, disposed on the silicon oxide film; a further silicon oxide film disposed on the semi-conducting layer; a piezoelectric thin film disposed on the further silicon oxide film; and a functional electrode disposed on the piezoelectric thin film and electro-mechanically coupled to the piezoelectric thin film.
Optical system for shaping a laser beam into a linear laser beam, comprising a first optical element designed at least in some areas as a base body with a base surface and a lateral surface adjoining the base surface, wherein the base surface and the lateral surface of the base body are designed at least in some areas as transmitting surfaces for the laser beam (6; 44) and the base body has a conical or frustoconical cutout with a lateral surface designed at least in some areas as a reflecting surface for the laser beam and reshaping the laser beam into the linear laser beam, and a second optical element, characterised in that the second optical element is integrated into the lateral surface of the cutout and/or the lateral surface of the base body and is designed as a focusing or collimating optical element.
A non-enzymatic microcapsule composition, comprising a detergent component entrapped in an aqueous compartment formed by a membrane, which membrane is produced by preparing a water-in-oil emulsion and cross-linking of a polybranched polyamine having a molecular weight of more than 800 Da.
A distractor device (10, 10', 10") comprising: a tubular body, being internally threaded; a first foot plate extending from said tubular body; and an Internal post in said tubular body and comprising a first portion having a first diameter being externally threaded to cooperate with said internally threaded tubular body, and a second portion (17, 17") coupled to said first portion, having a second diameter less than the first diameter, and also being externally threaded; characterised in that the tubular body comprises a longitudinal slot extending from adjacent said first foot plate; and a second foot plate extends through said longitudinal slot, the second foot plate being adapted for threadingly coupling to said externally threaded second portion of said internal post; said second portion comprising a tool interface on a distal end thereof. a tubular body, being internally threaded; a first foot plate extending from said tubular body; and an Internal post in said tubular body and comprising a first portion having a first diameter being externally threaded to cooperate with said internally threaded tubular body, and a second portion (17, 17") coupled to said first portion, having a second diameter less than the first diameter, and also being externally threaded; characterised in that the tubular body comprises a longitudinal slot extending from adjacent said first foot plate; and a second foot plate extends through said longitudinal slot, the second foot plate being adapted for threadingly coupling to said externally threaded second portion of said internal post; said second portion comprising a tool interface on a distal end thereof.
A medical image processing device comprising a first bone characteristic indicator calculator configured to calculate a trabecular connectivity as a bone characteristic indicator of a subject from reconstructed image data generated from moire image data acquired by X-ray photographing the subject; wherein the first bone characteristic indicator calculator is configured to: calculate the trabecular connectivity by using differential phase image data as the reconstructed image data, said differential phase image data including a differential phase image whose grating slit direction is the parallel direction of a bone load direction and a differential phase image whose grating slit direction is the orthogonal direction of the bone load direction; perform an integration processing of the differential phase images; square and add the two integrated differential phase images; generate composite phase image data having the integrated differential phase image squared and added; perform a binarization processing of the composite phase image of the composite phase image data; measure 8-connective Euler number from the binarized composite phase image; and set the 8-connective Euler as the trabecular connectivity. calculate the trabecular connectivity by using differential phase image data as the reconstructed image data, said differential phase image data including a differential phase image whose grating slit direction is the parallel direction of a bone load direction and a differential phase image whose grating slit direction is the orthogonal direction of the bone load direction; perform an integration processing of the differential phase images; square and add the two integrated differential phase images; generate composite phase image data having the integrated differential phase image squared and added; perform a binarization processing of the composite phase image of the composite phase image data; measure 8-connective Euler number from the binarized composite phase image; and set the 8-connective Euler as the trabecular connectivity.
A vector nucleic acid suitable for expressing at least one molecule of interest in a prokaryotic cell, in particular bacterial cell, and on the surface of said cell, or released by the said cell comprising in frame from 5' to 3': a nucleic acid sequence encoding a leader sequence, a multiple cloning site for introduction of the nucleic acid sequence encoding a molecule of interest, and a nucleic acid sequence encoding a mature Fim polypeptide, wherein the Fim polypeptide is Fim H, A, F, or G, in particular Fim H.
A vector encoding: (a) a first guide RNA (gRNA) molecule, (b) a second gRNA molecule, and (c) at least one Cas9 molecule that recognizes a Protospacer Adjacent Motif of either NNGRRT (SEQ ID NO: 24) or NNGRRV (SEQ ID NO: 25), wherein the at least one Cas9 molecule is an S. aureus Cas9 molecule; and wherein the first gRNA molecule comprises a targeting domain consisting of a nucleotide sequence as set forth in SEQ ID NO: 1, and the second gRNA molecule comprises a targeting domain consisting of a nucleotide sequence as set forth in SEQ ID NO: 2. (a) a first guide RNA (gRNA) molecule, (b) a second gRNA molecule, and (c) at least one Cas9 molecule that recognizes a Protospacer Adjacent Motif of either NNGRRT (SEQ ID NO: 24) or NNGRRV (SEQ ID NO: 25), wherein the at least one Cas9 molecule is an S. aureus Cas9 molecule; and wherein the first gRNA molecule comprises a targeting domain consisting of a nucleotide sequence as set forth in SEQ ID NO: 1, and the second gRNA molecule comprises a targeting domain consisting of a nucleotide sequence as set forth in SEQ ID NO: 2.
An oral dosage form comprising a therapeutically effective amount of a cephalotaxine and a pharmaceutically acceptable carrier selected from the group consisting of protein, lipid or combinations thereof, wherein said protein is selected from the group consisting of sodium caseinate, gelatin, casein, soy protein (isolated), brown algae protein, red algae protein, whey protein concentrate, bakers yeast extract and albumin; wherein said lipid is selected from the group consisting of coconut oil (refined), oleic acid, soybean oil (hydrogenated), aluminum palmitate, dilauryl thiodipropionate, enzyme-modified lecithin, calcium stearate, enzyme-modified fats, glyceryl palmitostereate, lecithin mono- and diglycerides, rapeseed oil, and vegetable oil.
A computer-implemented method for generating a synthetic dataset, the method comprising: obtaining a source dataset, the source dataset comprising a plurality of entries for a plurality of data fields; generating a dictionary for each of the plurality of data fields, wherein each dictionary establishes a mapping between the entries of the data field associated with the dictionary and corresponding dictionary values; generating a discretized dataset from the source dataset by replacing the plurality of entries for the plurality of data fields by the corresponding dictionary values; generating a cumulative distribution function, CDF, for the discretized dataset based on the discretized dataset, wherein generating the CDF comprises establishing bins of the CDF based on a combination of the plurality of data fields; training a model of the CDF, wherein the model of the CDF is a regression model implemented by a neural network; generating discretized synthetic data based on driving the model of the CDF with random numbers; generating the synthetic dataset from the discretized synthetic data, comprising: selecting, for inclusion into the synthetic dataset, values from a plurality of entries of the source dataset, based on the discretized synthetic data; and providing the synthetic dataset to a downstream application that is configured to operate on the source dataset, wherein the downstream application comprises an algorithm being trained, using the synthetic dataset, and wherein the downstream application is configured to, after the training, operate on non-synthetic data. obtaining a source dataset, the source dataset comprising a plurality of entries for a plurality of data fields; generating a dictionary for each of the plurality of data fields, wherein each dictionary establishes a mapping between the entries of the data field associated with the dictionary and corresponding dictionary values; generating a discretized dataset from the source dataset by replacing the plurality of entries for the plurality of data fields by the corresponding dictionary values; generating a cumulative distribution function, CDF, for the discretized dataset based on the discretized dataset, wherein generating the CDF comprises establishing bins of the CDF based on a combination of the plurality of data fields; training a model of the CDF, wherein the model of the CDF is a regression model implemented by a neural network; generating discretized synthetic data based on driving the model of the CDF with random numbers; generating the synthetic dataset from the discretized synthetic data, comprising: selecting, for inclusion into the synthetic dataset, values from a plurality of entries of the source dataset, based on the discretized synthetic data; and providing the synthetic dataset to a downstream application that is configured to operate on the source dataset, wherein the downstream application comprises an algorithm being trained, using the synthetic dataset, and wherein the downstream application is configured to, after the training, operate on non-synthetic data.
A system (300, 400) for generating output signals indicative of contact quality of a plurality of electrodes coupled to a patient, the system comprising: a signal generator coupled to a reference electrode and operable to output an alternating signal; and a differential array amplifier (302, 402) having a plurality of inputs and a corresponding plurality of differential amplifier stages, each input configured to be coupled to a respective one of the plurality of electrodes, each differential amplifier stage including a differential amplifier having a first input coupled to the respective input, a second input coupled to a first floating common node (122, 502), and an output coupled to a second floating common node (320, 504), each differential amplifier stage further including a first capacitor-resistor pair coupled in parallel between the output and the second floating common node, a second capacitor-resistor pair coupled in parallel between the second input and the second floating common node, and a third capacitor-resistor pair coupled in series between the second input and the first floating common node, the differential array amplifier operable to output a respective output signal in response to a respective input signal applied to the respective input, the respective output signal indicative of contact quality for the respective electrode. a signal generator coupled to a reference electrode and operable to output an alternating signal; and a differential array amplifier (302, 402) having a plurality of inputs and a corresponding plurality of differential amplifier stages, each input configured to be coupled to a respective one of the plurality of electrodes, each differential amplifier stage including a differential amplifier having a first input coupled to the respective input, a second input coupled to a first floating common node (122, 502), and an output coupled to a second floating common node (320, 504), each differential amplifier stage further including a first capacitor-resistor pair coupled in parallel between the output and the second floating common node, a second capacitor-resistor pair coupled in parallel between the second input and the second floating common node, and a third capacitor-resistor pair coupled in series between the second input and the first floating common node, the differential array amplifier operable to output a respective output signal in response to a respective input signal applied to the respective input, the respective output signal indicative of contact quality for the respective electrode.
Clutch thrust bearing, in particular for a motor vehicle, comprising a body delimiting an annular pressure chamber, an annular piston mounted so as to be able to slide in said chamber, said piston being designed to actuate a diaphragm when sliding with respect to the body, the piston being equipped with a target whose position along the axis of the body is able to be detected by a position sensor, and means for coupling the piston and the body in rotation, said rotational coupling means comprising a ring comprising at least one first rotational coupling member that cooperates with a complementary member of the piston and at least one second rotational coupling member that cooperates with a complementary member of the body, characterized in that the ring comprises means for securing by snap-fitting onto the body.
A method of preparing a confectionary product comprising the steps of: a) providing an amorphous candy material; b) providing a chewy candy material which is a fully or partially crystallized candy material; c) providing a paste confectionery material comprising a semi-solid fondant and at least one compound able to hydrolyse sucrose to glucose and fructose; d) processing the amorphous candy material to form a hollow rope by a batch roller; e) co-extruding the chewy candy material and the paste confectionery material inside the amorphous candy material to form a rope of confectionery material having three distinct regions consisting of a paste confectionery center, surrounded by an intermediate layer of chewy candy material, surrounded in turn by a layer of amorphous candy material; characterized in that the co-extrusion step is carried out by using a co-extrusion system comprising a nozzle made by two elongated pipes, respectively an inner pipe and outer pipe, wherein the exit of the outer pipe providing the chewy candy material and the exit of the inner pipe providing the paste confectionery material are in an axially staggered position whereby the exit of the inner pipe is in an advanced position compared to the exit of the outer pipe and the distance D between the exit of the inner pipe and the exit of the outer pipe is ≥10 cm such that mixing together the chewy confectionery material with the paste material is prevented. a) providing an amorphous candy material; b) providing a chewy candy material which is a fully or partially crystallized candy material; c) providing a paste confectionery material comprising a semi-solid fondant and at least one compound able to hydrolyse sucrose to glucose and fructose; d) processing the amorphous candy material to form a hollow rope by a batch roller; e) co-extruding the chewy candy material and the paste confectionery material inside the amorphous candy material to form a rope of confectionery material having three distinct regions consisting of a paste confectionery center, surrounded by an intermediate layer of chewy candy material, surrounded in turn by a layer of amorphous candy material;
A fiber-matrix composition having a fiber component consisting of reinforcing fibers and a matrix component comprising epoxy resin and curing agent, characterized in that the curing agent comprises at least one alkyl-substituted ethyleneamine of the formula I H 2 N-A-(NH-A-) n NH 2 where A is independently an ethylene group of the formula -CHR-CH 2 - or CH 2 -CHR-, with R = H, ethyl or methyl, but at least one A of the alkyl-substituted ethyleneamine of the formula I is an alkylethylene group of the formula -CHR-CH 2 - or -CH 2 -CHR-, with R = ethyl or methyl, and where n = 1 to 4. where A is independently an ethylene group of the formula -CHR-CH 2 - or CH 2 -CHR-, with R = H, ethyl or methyl, but at least one A of the alkyl-substituted ethyleneamine of the formula I is an alkylethylene group of the formula -CHR-CH 2 - or -CH 2 -CHR-, with R = ethyl or methyl, and where n = 1 to 4.
Method for controlling a linking reaction in a solution in proximity of a first electrode, wherein - said linking reaction is the formation of a covalent bond, and - for controlling said linking reaction the pH of said solution is altered locally in the proximity of said electrode by applying an electrolysis-inducing electrical current to said solution via said first electrode, and - a spatially structured hydrogel is formed by said linking reaction, wherein said hydrogel is formed by local inhibition of said linking reaction. - said linking reaction is the formation of a covalent bond, and - for controlling said linking reaction the pH of said solution is altered locally in the proximity of said electrode by applying an electrolysis-inducing electrical current to said solution via said first electrode, and - a spatially structured hydrogel is formed by said linking reaction, wherein said hydrogel is formed by local inhibition of said linking reaction.
A method for a handover of a terminal device from a non-3GPP access system to a 3GPP access system, performed by a serving gateway, SGW, characterized by comprising: receiving a first create default bearer request message from a mobility management entity, MME, during the handover, wherein the first create default bearer request message includes a first handover indication indicating a handover attach; sending a second create default bearer request message to a packet data network gateway, PDN GW, serving the terminal device in the non-3GPP access system, wherein the second create default bearer request message includes a second handover indication indicating the handover attach. receiving a first create default bearer request message from a mobility management entity, MME, during the handover, wherein the first create default bearer request message includes a first handover indication indicating a handover attach; sending a second create default bearer request message to a packet data network gateway, PDN GW, serving the terminal device in the non-3GPP access system, wherein the second create default bearer request message includes a second handover indication indicating the handover attach.
A pan support device for a gas burner assembly of a gas cooking hob, wherein - the pan support device comprises a support part and a frame part, - the support part forms an upper part of the pan support device, while the frame part forms a lower part of said pan support device, - the support part is provided for supporting a bottom of a cooking utensil, - the frame part is provided for being arranged around the gas burner assembly, and - the frame part is made of an aluminium alloy, characterised in that the support part and the frame part form a single-piece part, wherein the support part is made of a metal matrix composite system including a metal matrix and a reinforcing material, and wherein the material of the metal matrix is aluminium, an aluminium alloy, magnesium or a magnesium alloy, and wherein the reinforcing material is a ceramic material. - the pan support device comprises a support part and a frame part, - the support part forms an upper part of the pan support device, while the frame part forms a lower part of said pan support device, - the support part is provided for supporting a bottom of a cooking utensil, - the frame part is provided for being arranged around the gas burner assembly, and - the frame part is made of an aluminium alloy,
Electrically driven shaver comprising a shaver housing and a shaving head arranged at said shaver housing, at which shaving head is mounted at least one shaving or cutting part (4, 5) which can be driven by an electric motor arranged in the shaver housing, wherein at least one electrically operable active thermal element is provided, wherein a side of the thermal element that can be cooled relative to the ambient temperature is thermally coupled with a passive cooling element (6; 16), wherein the passive cooling element (6; 16) comes to be situated with at least one free end segment (20, 21) on or in the region of the shaving head such that it arrives in contact with the skin of a user during shaving operation, characterized in that the passive cooling element is designed separately and independently of those functional parts of the shaver which are provided and designed to trim hair.
Nozzle head for cleaning the inside of a glass element with a fluid, the nozzle head comprising: at least one cleaning opening for releasing at least one part of the fluid and pointing in a first direction; and at least one pressure balancing opening for releasing at least one part of the fluid and pointing in a second direction; at least one feeding opening for feeding the nozzle head with the fluid and pointing in a third direction; wherein two half spaces, a first one and a second one, are separated by a plane which is perpendicular to the center axis of the nozzle head, and wherein the first direction vector of the first direction points in a direction towards the first half space and/or away from the second half space; wherein the second direction vector of the second direction is parallel to the center axis and points in a direction towards the second half space and/or away from the first half space. at least one cleaning opening for releasing at least one part of the fluid and pointing in a first direction; and at least one pressure balancing opening for releasing at least one part of the fluid and pointing in a second direction; at least one feeding opening for feeding the nozzle head with the fluid and pointing in a third direction; wherein two half spaces, a first one and a second one, are separated by a plane which is perpendicular to the center axis of the nozzle head, and wherein the first direction vector of the first direction points in a direction towards the first half space and/or away from the second half space; wherein the second direction vector of the second direction is parallel to the center axis and points in a direction towards the second half space and/or away from the first half space.