mhurhangee/ep-ind-claims huggingface dataset:
Installation for pasteurizing a liquid product consisting of at least one liquid component that can be pumped, with a supply container for supplying the unpasteurized product, an inlet line for conveying the unpasteurized product, a pasteurization circuit for pasteurizing the product, wherein the pasteurization circuit comprises at least a first heat exchanger and an outlet line for conveying the pasteurized product, characterized in that the pasteurization circuit comprises a buffer container adapted to hold the product during a prescribed constant contact time for pasteurization and a fluctuating flow rate of the product through the buffer container, wherein the buffer container is arranged downstream of the first heat exchanger, wherein the quantity of the unpasteurized product per time unit flowing out of the inlet line into the pasteurization circuit into the buffer container is regulated by means of a first pump arranged downstream of the supply container, wherein the pasteurization circuit comprises a second pump arranged downstream of the buffer container, for regulating the delivery quantity of the pasteurized product per time unit out of the buffer container into the outlet line, wherein a controller is provided for calculating the required product quantity per time unit to be supplied out of the inlet line into the pasteurization circuit and out of the pasteurization circuit into the outlet line depending on at least one parameter, wherein the buffer container comprises, arranged in its interior, at least one baffle device for controlling the product flow direction.
An apparatus for extracting a direct and/or ambience signal (125-1, 125-2) from a downmix signal and spatial parametric information, the downmix signal and the spatial parametric information representing a multi-channel audio signal having more channels (Ch 1... Ch N) than the downmix signal, wherein the spatial parametric information comprises inter-channel relations of the multi-channel audio signal, the apparatus comprising: a direct/ambience estimator for estimating a direct level information of a direct portion of the multi-channel audio signal and/or for estimating an ambience level information of an ambient portion of the multi-channel audio signal based on the spatial parametric information; and a direct/ambience extractor for extracting a direct signal portion and/or an ambient signal portion from the downmix signal based on the estimated direct level information of the direct portion or based on the estimated ambience level information of the ambient portion, wherein the direct/ambience extractor is configured to downmix the estimated direct level information of the direct portion or the estimated ambience level information of the ambient portion to obtain downmixed level information of the direct portion or the ambient portion and extract the direct signal portion or the ambient signal portion from the downmix signal based on the downmixed level information. a direct/ambience estimator for estimating a direct level information of a direct portion of the multi-channel audio signal and/or for estimating an ambience level information of an ambient portion of the multi-channel audio signal based on the spatial parametric information; and a direct/ambience extractor for extracting a direct signal portion and/or an ambient signal portion from the downmix signal based on the estimated direct level information of the direct portion or based on the estimated ambience level information of the ambient portion, wherein the direct/ambience extractor is configured to downmix the estimated direct level information of the direct portion or the estimated ambience level information of the ambient portion to obtain downmixed level information of the direct portion or the ambient portion and extract the direct signal portion or the ambient signal portion from the downmix signal based on the downmixed level information.
A digital certificate, comprising: a distinguished name, DN, field; and a common name, CN, field within the DN field, containing a resource identifier, wherein the resource identifier contains information identifying each of a plurality of certificate-issuing resources in the certification path of the digital certificate, and wherein the resource identifier is a Global XRI Authority-based Extensible Resource Identifier, XRI-GXA, of said resource. a distinguished name, DN, field; and a common name, CN, field within the DN field, containing a resource identifier, wherein the resource identifier contains information identifying each of a plurality of certificate-issuing resources in the certification path of the digital certificate, and wherein the resource identifier is a Global XRI Authority-based Extensible Resource Identifier, XRI-GXA, of said resource.
A pipette tip with a tubule-shaped body with a lower opening on the lower end for the passage of liquid and an upper opening on the upper end, wherein the body next to the upper opening has a seating area for mounting on a conical appendage of a pipetting device, which has on the inner circumference of the tubule-shaped body at a distance from the upper opening a circumferential, inwards-protruding sealing projection, below the sealing projection a circumferential brake area tapering downwards stronger than the appendage and above the sealing projection a circumferential inwards-protruding support projection and is designed such that the sealing projection under elastic deformation can be clamped in a sealing manner on the appendage, wherein the brake area abuts against the appendage further down, characterized in that the support projection abuts against the appendage further above without pretension or is spaced from the appendage by a circumferential gap, if the appendage has an average diameter and a cone angle according to one of the following combinations: Average Diameter Cone Angle 14.3 mm 4.35° 12.4 mm 4.00° 9.3 mm 3.78° 7.1 mm 2.71° 7.1 mm 2.48° 4.4 mm 6.99° 3.3 mm 6.68° 2.95 mm 4.77°
Panels for forming a flooring which comprise coupling elements which are designed such that first and second panels (1, 2) can be form-fittingly connected both perpendicular to the common joint and at the same time parallel to the surface, as well as perpendicular to the common surface, whereby the panels (1, 2) predominantly consist of wood and/ or a wooden material, and in particular comprise a substrate consisting of HDF or MDF, and having a square surface including two long sides and two narrow sides, whereby on one narrow side at least one coupling element is provided in form of a groove, whereby the groove comprises a stiff or elastic lower protruding flank which protrudes relative to an upper flank of the groove and whereby the coupling elements (3, 12) on the long sides are provided such that these can be connected by means of a rotational movement about the common connection joint and furthermore on the upper side of the panels (1, 2) a décor paper or décor is provided and whereby the coupling elements on the narrow sides of the panels are provided such that the panels can be connected at the narrow sides by vertical lowering the second panel relatively to the surface of the first panel, namely perpendicular to the common joint and at the same time parallel to the surface, whereby in connected condition of the panels (1, 2) a first supporting surface is provided, which is formed by an upper protruding flank of the second panel and by the upper short flank of the groove of the first panel and furthermore in connected condition of the panels (1, 2) a second supporting surface is provided, which is formed by the lower protruding flank of the groove of the first panel and a downwardly protruding locking element of the second panel, characterized in that the panels (1, 2) are 6 to 15 mm thick, 100 to 2000 mm long, as well as 100 to 2000 mm wide and the second supporting surface is less wide than the downwardly protruding locking element of the second panel, namely due to a projection which is provided at the lower protruding flank of the groove of the first panel, or due to a projection which is provided at the downwardly protruding locking element of the second panel.
A method of covering an aperture in a slatted floor e.g. in a pig farm, the aperture of the slatted floor being in the shape of a crevice having inclined sidewalls, such that the distance between said sidewalls increases in a direction perpendicular to the floor and into said crevice, wherein said method comprising inserting a flexible profile into said aperture, said profile comprising a profile head for covering the aperture, said profile head being connected to a profile stem and wherein wings (2, 2', 2") extend from the profile stem, wherein said profile comprises a bottom set of wings (2") connected to the end of the profile stem opposite the profile head, wherein said bottom set of wings (2") comprises segments extending in a direction being substantially perpendicular to the profile stem, and wherein each wing in said bottom set of wings (2") is stair-shaped comprising at least two displaced segments and wherein the displaced segments of each bottom set of wings are dimensioned in manner whereby the profile initially can be positioned above the aperture, with at least one segment in the aperture and resting on the corresponding displaced segment and wherein said profile is pushed into said aperture until said profile head rests on the surface of the slatted floor surrounding the aperture and the bottom set of wings provide pressure towards the sidewalls of the aperture thus ensuring a firm connection.
An acid-tolerant genetically engineered yeast cell comprising a genetic modification increasing expression of a gene that encodes an enzyme that catalyzes conversion of phosphatidylinositol and ceramide to inositol phosphorylceramide and diacylglycerol compared to an expression level of a parent cell without the given genetic modification, wherein the enzyme, which catalyzes formation of IPC is AUR1, wherein the AUR1 is a polypeptide having at least 95% of sequence identity with amino acid sequences of SEQ ID NO:1, and wherein the genetic modification is a genetic modification increasing the number of copies of a gene that encodes polypeptides having at least 95% of sequence identity with an amino acid sequence of SEQ ID NO: 1 or genetic modification mutating a regulatory region of the polynucleotide that encodes polypeptides having at least 95% of sequence identity with an amino acid sequence of SEQ ID NO: 1; and further comprising a recombinantly expressed enzyme that catalyzes formation of lactate by comprising a polynucleotide encoding a polypeptide that converts pyruvate to lactate.
A user-wearable illumination assembly comprising: an eyeglass frame, said eyeglass frame including a first and a second temple arm (220a, 220b); a headlamp couplable to a bridge portion of the eyeglass frame; a battery; at least one electrical conductor (272a, 272b) operatively coupling said battery to said headlamp; a strap operatively coupled to said battery, said strap being adapted to be selectively removably coupled to the respective temple arms (220a, 220b) of the eyeglass frame such that said battery is supported by both temple arms; and at least one conduit (288a, 288b) outside of said eyeglass frame, said at least one conduit being associated with said strap, said strap and said at least one conduit defining a passage for routing said electrical conductor between said battery and said headlamp. an eyeglass frame, said eyeglass frame including a first and a second temple arm (220a, 220b); a headlamp couplable to a bridge portion of the eyeglass frame; a battery; at least one electrical conductor (272a, 272b) operatively coupling said battery to said headlamp; a strap operatively coupled to said battery, said strap being adapted to be selectively removably coupled to the respective temple arms (220a, 220b) of the eyeglass frame such that said battery is supported by both temple arms; and at least one conduit (288a, 288b) outside of said eyeglass frame, said at least one conduit being associated with said strap, said strap and said at least one conduit defining a passage for routing said electrical conductor between said battery and said headlamp.
Capsule for percolation of aromatic product such as coffee, comprising a bottom, a side wall and a cover delimiting an internal volume of the capsule, and made of a material that is sealed against the infiltration of air so as to conserve the aromatic product designed to be enclosed in the internal volume, the capsule being able to be perforated by a percolator, the bottom and the side wall being made of portions previously separate and fixed in a sealed manner by a surface zone (2b, 11a) common to the side wall and to the bottom, and the bottom being able to be deformed in the percolator, and the surface zone (2b, 11a) common to the side wall and to the bottom having a skirt shape protruding on the outside of the internal volume of the capsule and extending parallel about the axis of the capsule, characterized in that the side wall, the bottom and the cover consist of a biodegradable, cardboard main layer covered on one side with a heat-sealable plastic film, the said film being compatible with food contact and placed in the capsule on the side of the internal volume.
Preservative preparation which comprises a) 1 to 20% by weight of at least one of 1,2-benzisothiazolin-3-one and its halogen-free derivatives, wherein the 1,2-benzisothiazolin-3-one and the halogen-free derivatives are given by the formula: in which R may be H or C 1 -C 10 -alkyl, R 1 may be hydroxy, C 1 -C 10 -alkyl or C 1 -C 10 -alkoxy and n can be 0 to 4; if two or more radicals R 1 are present, then they can be identical or different, b) 1 to 20% by weight of 2-mercaptopyridine N-oxide sodium salt, and c) 0.3 to 10% by weight of at least one alkalinizing agent, and comprises more than 30% by weight of water, wherein the weight ratio of component a) to component b) is 1:2 to 2:1, where the preparation (i) has a pH of at least 12 and (ii) is free from ethylenediamine. a) 1 to 20% by weight of at least one of 1,2-benzisothiazolin-3-one and its halogen-free derivatives, wherein the 1,2-benzisothiazolin-3-one and the halogen-free derivatives are given by the formula: in which R may be H or C 1 -C 10 -alkyl, R 1 may be hydroxy, C 1 -C 10 -alkyl or C 1 -C 10 -alkoxy and n can be 0 to 4; if two or more radicals R 1 are present, then they can be identical or different, b) 1 to 20% by weight of 2-mercaptopyridine N-oxide sodium salt, and c) 0.3 to 10% by weight of at least one alkalinizing agent, (i) has a pH of at least 12 and (ii) is free from ethylenediamine.
A metal surface treatment method wherein the surface is simultaneously bombarded with a mixture of abrasive particles (4, 24) and dopant particles (6, 26), and thereby depositing the dopant material on the surface; characterised in that the particles are delivered at a velocity in the range of 120-180 m/sec; and the abrasive particles have an irregular or angular morphology. bombarded with a mixture of abrasive particles (4, 24) and dopant particles (6, 26), and thereby depositing the dopant material on the surface; characterised in that the particles are delivered at a velocity in the range of 120-180 m/sec; and the abrasive particles have an irregular or angular morphology.
A link assembly for a vehicle, comprising a longitudinal link which has an upper link element and a lower link element, and at least one bushing receptacle for receiving a bearing bushing, characterized in that, the bushing receptacle is integrated in one of the link elements (30, 40), which is formed as a cast part, and is connectable to the other link element (30, 40) in each case.
A method, comprising: establishing a device-to-device connection between a trusted mobile device and a visitor mobile device and during the device-to-device connection, receiving, at the trusted mobile device, at least some information describing the visitor mobile device; generating at the trusted mobile device a request for a guest credential to access one or more physical assets to be issued to the visitor mobile device, the request containing the at least some information describing the visitor mobile device and sending said request to a credential issuer; analyzing the request by the credential issuer to determine that the trusted mobile device is allowed to provision the visitor mobile device with the guest credential to access one or more physical assets; and based on the analysis of the request, generating the guest credential such that the guest credential is transmittable to the visitor mobile device and is useable by the visitor mobile device for sharing with a physical access control reader thereby enabling a user of the visitor mobile device to access a physical asset that is protected by the physical access control reader. establishing a device-to-device connection between a trusted mobile device and a visitor mobile device and during the device-to-device connection, receiving, at the trusted mobile device, at least some information describing the visitor mobile device; generating at the trusted mobile device a request for a guest credential to access one or more physical assets to be issued to the visitor mobile device, the request containing the at least some information describing the visitor mobile device and sending said request to a credential issuer; analyzing the request by the credential issuer to determine that the trusted mobile device is allowed to provision the visitor mobile device with the guest credential to access one or more physical assets; and based on the analysis of the request, generating the guest credential such that the guest credential is transmittable to the visitor mobile device and is useable by the visitor mobile device for sharing with a physical access control reader thereby enabling a user of the visitor mobile device to access a physical asset that is protected by the physical access control reader.
A riflescope, comprising: a movable zoom selector for adjusting magnification of an image viewed through the riflescope; an objective (180, 1012); an ocular lens; an erector assembly (322, 1020) positioned between the objective (180, 1012) and the ocular lens, the erector assembly configured for inverting an image of a distant target and characterized by at least three spaced-apart optical elements (344, 346, 348, 1021, 1022, 1024), one of the optical elements comprising a Barlow lens, the optical elements arranged within a housing of the erector assembly such that the Barlow lens is the nearest of the optical elements to the ocular lens, wherein each of the optical elements is supported on a respective carriage (1041, 1047, 1049), wherein distance between each of the optical elements of the erector assembly and each of the other two optical elements is changed via rotational operation of the zoom selector, wherein a plurality of the optical elements are longitudinally displaced by different distances for a given rotation of the zoom selector to thereby provide the riflescope with more than 4x zoom. a movable zoom selector for adjusting magnification of an image viewed through the riflescope; an objective (180, 1012); an ocular lens; an erector assembly (322, 1020) positioned between the objective (180, 1012) and the ocular lens, the erector assembly configured for inverting an image of a distant target and characterized by at least three spaced-apart optical elements (344, 346, 348, 1021, 1022, 1024), one of the optical elements comprising a Barlow lens, the optical elements arranged within a housing of the erector assembly such that the Barlow lens is the nearest of the optical elements to the ocular lens, wherein each of the optical elements is supported on a respective carriage (1041, 1047, 1049), wherein distance between each of the optical elements of the erector assembly and each of the other two optical elements is changed via rotational operation of the zoom selector, wherein a plurality of the optical elements are longitudinally displaced by different distances for a given rotation of the zoom selector to thereby provide the riflescope with more than 4x zoom.
A method comprising: determining, by a proxy device, whether any security service, of one or more security services, is to inspect all encrypted traffic of a secure session; determining, by the proxy device and when no security service is to inspect all encrypted traffic of the secure session, whether any security service, of the one or more security services, is to inspect encrypted traffic in a client-to-server, C2S, direction, and whether any of the one or more of the security devices is to inspect encrypted traffic in a server-to-client, S2C, direction; determining, by the proxy device and when a security service is to inspect encrypted traffic in the C2S direction and when no security device is to inspect encrypted traffic in the S2C direction, that an offload service includes inspecting encrypted traffic traveling in the C2S direction; identifying, by the proxy device, the offload service based on determining that the offload service includes inspecting the encrypted traffic traveling in the C2S direction, wherein the offload service is identified after an establishment of the secure session; and applying, by the proxy device, the offload service based on identifying the offload service. determining, by a proxy device, whether any security service, of one or more security services, is to inspect all encrypted traffic of a secure session; determining, by the proxy device and when no security service is to inspect all encrypted traffic of the secure session, whether any security service, of the one or more security services, is to inspect encrypted traffic in a client-to-server, C2S, direction, and whether any of the one or more of the security devices is to inspect encrypted traffic in a server-to-client, S2C, direction; determining, by the proxy device and when a security service is to inspect encrypted traffic in the C2S direction and when no security device is to inspect encrypted traffic in the S2C direction, that an offload service includes inspecting encrypted traffic traveling in the C2S direction; identifying, by the proxy device, the offload service based on determining that the offload service includes inspecting the encrypted traffic traveling in the C2S direction, wherein the offload service is identified after an establishment of the secure session; and applying, by the proxy device, the offload service based on identifying the offload service.
A pneumatic compression bandage intended particularly for preventing hemorrhagic complications following medical device implantations in cardiac electrotherapy, including a cuff with a chamber to be filled with a pressurized fluid, a harness used to fasten the cuff in a wound area and a control and pumping unit connected pneumatically to the chamber in the cuff with a connection hose, whereby this control and pumping unit includes an electrical pump, an electromechanical valve connected electrically with the control and pumping unit, a pressure sensor connected electrically with the control and pumping unit, as well as memory and a system processing digital information, and a user interface in the form of buttons, light and sound indicators, characterized in that the pressure controller in the cuff chamber is a PID controller, meaning it includes a proportional, integral and derivative modules, to control the electric pump to increase pressure in the cuff chamber and to control the valve to reduce pressure in the cuff chamber, wherein the controller is configured not to perform an action below a predefined control error value, with a control error value defined for the pump and a different control error value defined for the valve.