mhurhangee/ep-ind-claims huggingface dataset:
A drainage catheter hub for use with a tension member and a drainage catheter, the drainage catheter hub comprising: a hub body defining a fluid passageway in communication with an aperture, the hub body adapted for attachment to the drainage catheter, the fluid passageway and the drainage catheter suitable to be aligned for fluid flow therethrough; a sealing element configured to receive the tension member, the sealing element sized for and positioned in the aperture; and a lever arm attached to the hub body such that the lever arm is moveable between an unlocked position wherein the tension member is movable through the sealing element and a locked position wherein the tension member is restrained from movement through the sealing element; characterized in that the lever arm is configured to press against the sealing element to compress the sealing element to block fluid flow through the sealing element and the aperture at least when the lever arm is in the unlocked and locked positions. a hub body defining a fluid passageway in communication with an aperture, the hub body adapted for attachment to the drainage catheter, the fluid passageway and the drainage catheter suitable to be aligned for fluid flow therethrough; a sealing element configured to receive the tension member, the sealing element sized for and positioned in the aperture; and a lever arm attached to the hub body such that the lever arm is moveable between an unlocked position wherein the tension member is movable through the sealing element and a locked position wherein the tension member is restrained from movement through the sealing element; characterized in that the lever arm is configured to press against the sealing element to compress the sealing element to block fluid flow through the sealing element and the aperture at least when the lever arm is in the unlocked and locked positions.
A method to lighten the texture of a fermented dairy product comprising the following steps of: (a) providing a fermented dairy product containing 0.001 to 8 wt% of a texturizing agent and having a solid content comprised between 9.5 and 42 wt% and a total protein content comprised between 2.5 and 25 wt% in a container, (b) freezing the said fermented dairy product at a temperature below 0°C to obtain a frozen fermented dairy product, wherein the fermented dairy product is: (i) first brought to a temperature of -2 to 2°C in less than 8 to 12 minutes, (ii) then brought to a temperature of -5 to -10°C in 15 to 30 minutes, and (iii) finally brought to a temperature of at least -20°C in less than 8 to 12 minutes, and (c) thawing the said frozen fermented dairy product at a temperature comprised between 0°C and 10°C by placing the frozen fermented dairy product in a refrigerated room or device in which the temperature is of between 0 and 10°C during at least 10h to obtain a refrigerated fermented dairy product with a lightened texture. (a) providing a fermented dairy product containing 0.001 to 8 wt% of a texturizing agent and having a solid content comprised between 9.5 and 42 wt% and a total protein content comprised between 2.5 and 25 wt% in a container, (b) freezing the said fermented dairy product at a temperature below 0°C to obtain a frozen fermented dairy product, wherein the fermented dairy product is: (i) first brought to a temperature of -2 to 2°C in less than 8 to 12 minutes, (ii) then brought to a temperature of -5 to -10°C in 15 to 30 minutes, and (iii) finally brought to a temperature of at least -20°C in less than 8 to 12 minutes, and (i) first brought to a temperature of -2 to 2°C in less than 8 to 12 minutes, (ii) then brought to a temperature of -5 to -10°C in 15 to 30 minutes, and (iii) finally brought to a temperature of at least -20°C in less than 8 to 12 minutes, and (c) thawing the said frozen fermented dairy product at a temperature comprised between 0°C and 10°C by placing the frozen fermented dairy product in a refrigerated room or device in which the temperature is of between 0 and 10°C during at least 10h to obtain a refrigerated fermented dairy product with a lightened texture.
An impeller for a liquid ring pump comprising: a central hub that defines a central rotational axis about which the impeller rotates and a conical outer surface; a plurality of angularly spaced apart main vanes extending radially outward from the conical outer surface, wherein the main vanes have a port side and a back side that are axially spaced apart along the central rotational axis, wherein the back side is opposite the port side and the central hub tapers radially outward relative to central rotational axis when moving axially along the central rotational axis from the port side to the back side; and a reinforcing ring connecting distal end portions of adjacent main vanes, wherein the reinforcing ring is axially positioned between the port side of the main vanes and the back side of the main vanes. a central hub that defines a central rotational axis about which the impeller rotates and a conical outer surface; a plurality of angularly spaced apart main vanes extending radially outward from the conical outer surface, wherein the main vanes have a port side and a back side that are axially spaced apart along the central rotational axis, wherein the back side is opposite the port side and the central hub tapers radially outward relative to central rotational axis when moving axially along the central rotational axis from the port side to the back side; and a reinforcing ring connecting distal end portions of adjacent main vanes, wherein the reinforcing ring is axially positioned between the port side of the main vanes and the back side of the main vanes.
A printing press for security printing having an Orloff offset printing unit comprising a plurality of stencil cylinders which can be inked in each case by an associated inking unit, an ink-collecting cylinder interacting with the plurality of stencil cylinders, an Orloff plate cylinder interacting with the ink-collecting cylinder, a transfer cylinder interacting with the Orloff plate cylinder, and an impression cylinder which forms a printing point (11; 12; 13) with the transfer cylinder, characterized - in that at least the transfer cylinder interacting with the Orloff plate cylinder in a thrown-on position is included by a first printing unit section and is mounted in or on a first part frame (47.1), - in that the ink-collecting cylinder is included by a second printing unit section and is mounted in or on a second part frame (47.2) which is different from the first part frame (47.1), - in that the first and the second part frame (47.1; 47.2) can be moved optionally into a first relative position with respect to one another which forms a working position and into a second relative position with respect to one another which forms a maintenance position, in that the first part frame (47.1), the second part frame (47.2) or both part frames (47.1; 47.2) are moveably arranged in the printing press, wherein in the maintenance position, a space is formed between the first and the second printing unit section and/or between the first and the second part frame (47.1; 47.2), which space ensures direct access at least to the ink-collecting cylinder, to the Orloff plate cylinder and to the transfer cylinder interacting with the Orloff plate cylinder. - in that at least the transfer cylinder interacting with the Orloff plate cylinder in a thrown-on position is included by a first printing unit section and is mounted in or on a first part frame (47.1), - in that the ink-collecting cylinder is included by a second printing unit section and is mounted in or on a second part frame (47.2) which is different from the first part frame (47.1), - in that the first and the second part frame (47.1; 47.2) can be moved optionally into a first relative position with respect to one another which forms a working position and into a second relative position with respect to one another which forms a maintenance position, in that the first part frame (47.1), the second part frame (47.2) or both part frames (47.1; 47.2) are moveably arranged in the printing press, wherein in the maintenance position, a space is formed between the first and the second printing unit section and/or between the first and the second part frame (47.1; 47.2), which space ensures direct access at least to the ink-collecting cylinder, to the Orloff plate cylinder and to the transfer cylinder interacting with the Orloff plate cylinder.
A method for improving a rejection of a reverse osmosis membrane, the method comprising a step of passing an aqueous solution containing a first organic compound having a molecular weight of less than 200, a second organic compound having a molecular weight of 200 to less than 500, and a third organic compound having a molecular weight of 500 or more through the reverse osmosis membrane, wherein the reverse osmosis membrane is a polyamide membrane, the first organic compound is a compound selected from the group consisting of aromatic amino compounds having a benzene skeleton and an amino group, aromatic amino carboxylic acid compounds having a benzene skeleton, at least two amino groups, and at least one carboxyl group, the number of which is smaller than that of the amino groups, aliphatic amino compounds having a linear hydrocarbon group of 1 to 20 carbon atoms and at least one amino group, aliphatic amino alcohols having a linear or a branched hydrocarbon group of 1 to 20 carbon atoms, an amino group, and a hydroxyl group, heterocyclic amino compounds having a heterocyclic ring and an amino group, and amino acid compounds, and the second organic compound is at least one selected from the group consisting of a peptide or a derivative thereof, and the third organic compound is a tannin or peptide.
An animal related system with an animal related space arranged to accommodate an animal, in particular a dairy animal, the system comprising an animal related device that is arranged to perform an animal related action on the animal when present in the animal related space, which system comprises a device controller with a camera system, wherein the device controller is arranged to control the animal related device for performing the animal related action on the basis of the 3D image as determined by the camera system, wherein the camera system is a camera system configured to create 3D images of the animal or a part of the animal, in particular a back part or teat of a cow, comprising a 3D camera device to capture images of the object, and a processing device operatively connected to the 3D camera device and arranged to determine a 3D image from the captured images, wherein the 3D camera device comprises at least two components, a first component comprising a first 2D receiver arranged to capture images of the object, and a second component comprising at least one of - a second 2D receiver arranged to capture images of the object, and - an illuminating unit configured to project light on the object, characterized in that the camera system comprises a mover device (13, 14, 15) configured to move at least one of said components with a reciprocating movement during capturing of images, in particular a translating movement, wherein an amplitude of the reciprocating movement is below 5 mm, preferably below 2 mm, and wherein a frequency of the reciprocating movement is within the range of 0.25-20 Hz, preferably within the range of 0.5-5 Hz. - a second 2D receiver arranged to capture images of the object, and - an illuminating unit configured to project light on the object,
Protection system configured to be installed on espaliers of plant crops arranged in rows, said espaliers comprising head posts and intermediate poles supporting a series of wires to form a support structure for said crops, said protection comprising two protection nets adapted to be arranged one on each side of the row to be protected and a movement device which can be firmly fixed to an intermediate pole of the espalier and comprising arms pivoted to said movement device, said arms being configured to be moved between a first operating position for protection and leaf containment of said crops, and a second opening position wherein said arms are arranged raised with respect to said crops, characterized in that said protection system further comprising two collection systems each applicable to a terminal portion of the net and configured to be applicable to the end pole of the row and to allow easy collection of the corresponding net at the end pole of the row during the operation of the protection system, said arms being pivoted to a connection block which in turn can be securely fixed to one of the intermediate poles of the espalier, said connection block comprising in turn a pair of fixing brackets interposed by a joint element capable of engaging at each of its ends a fork where a corresponding end of the arms is pivoted by means of a corresponding slot by means of a corresponding pin wherein each fixing bracket has a "C" shaped end portion with an external profile, the latter due to the effect of the mutual cooperation of the pin inserted in the slot and of a spring connected to said pin and to the corresponding arm, is configured to constrain the arms in the desired operating configuration.
An illumination apparatus, preferably an LED headlight, for a motor vehicle, comprising a housing surrounding a light source and having a lens provided for the light exit, wherein a light-transmissive tear-off film is detachably attached to an outer side of the lens facing away from the light source, characterized in that the tear-off film comprises a plurality of film layers, which are arranged one on top of the other in the manner of a stack, such that the tear-off film is formed as a film stack of individually detachable film layers.
Refrigeration appliance, in particular household refrigeration appliance, having: a refrigerated goods container for receiving refrigerated goods, which has a drain opening for draining water out of the refrigerated goods container; a drain pipe connected to the drain opening of the refrigerated goods container for conducting the water out of the refrigerated goods container, wherein at least one locking structure is embodied on an inner surface of the drain pipe which defines a line cross-section, said locking structure projecting from the inner surface; and a drain closure with a closure body inserted into the drain pipe through the drain opening of the refrigerated goods container, characterised in that the drain opening is surrounded by an overflow edge and the closure body has water guiding grooves on an external peripheral surface, which extend as elongated grooves from a first end of the closure body in the direction of a second end of the closure body, a cap arranged on the first end of the closure body which projects laterally beyond the overflow edge and has a peripheral projection arranged so as to overlap with the overflow edge and a groove embodied in the region of the second end of the closure body, into which the locking structure of the drain pipe engages.
A monolithic ionogel comprising a biopolymer confinement matrix based on at least one crosslinked polysaccharide and at least one ionic liquid confined in a network formed by said matrix, characterized in that said at least one polysaccharide has siloxane crosslinking bridges, the ionogel being a chemical gel capable of constituting a self-supported solid electrolyte by itself.
A flame coating machine for coating field joints of a pipeline, the machine comprising a flame spray system comprising at least one flame spray unit configured for heating and/or coating with a thermoplastic polymer an annular junction portion and two annular end portions of an existing coating delimiting the annular junction portion; a control system comprising at least one temperature sensor configured for acquiring temperature values along the surface collectively defined by the annular junction portion and the annular end portions, and a control unit configured for actuating the flame spray unit in a polymer flame spraying mode or in a flame heating mode as a function of the detected temperature values and at least one threshold value.
An airlaid nonwoven material, comprising high core bicomponent fibers having a polyester core and a polyethylene sheath and a core to sheath weight ratio of greater than 1:1, wherein the nonwoven material is patterned with indentations forming alternating ridges and valleys on at least one surface with the ridges running in the cross-machine direction, and wherein the ridges have a higher basis weight than a basis weight of the valleys. wherein the nonwoven material is patterned with indentations forming alternating ridges and valleys on at least one surface with the ridges running in the cross-machine direction, and wherein the ridges have a higher basis weight than a basis weight of the valleys.
A contact comprising: a spring member constituted of a thin plate that has electrical conductivity and elasticity, the spring member causing elastic deformation when being sandwiched between a conductor pattern of a printed wiring board and a conductive member different from the printed wiring board; a housing made of resin that surrounds at least a part of the spring member from both sides at least across a deformation direction of respective portions of the spring member so as to support the spring member on the printed wiring board; and at least a pair of engaging portions (15A, 15B, 15C, 35A, 35B, 35C), the respective engaging portions being formed in the spring member and the housing, the engaging portions (15A, 15B, 15C, 35A, 35B, 35C) engaging with one another when the housing is arranged in a position surrounding the spring member, so as to secure at least a part of the spring member to at least a part of the housing, wherein assuming that a portion of the spring member in contact with the conductor pattern is a first contact portion and a portion of the housing adapted to abut on the printed wiring board is a board abutting portion (11, 12), in a state where the respective engaging portions engage with one another and a load is not applied on the spring member except from the housing, the first contact portion projects at the printed wiring board side with respect to the board abutting portion (11, 12), the first contact portion is adapted to be solder bonded to the conductor pattern of the printed wiring board, characterized in that the board abutting portion (11, 12) is adapted to abut on the printed wiring board to support the spring member when an external force is applied to the spring member or the housing and when the contact is mounted on the printed wiring board.
An isolated horse allergen which is a secretoglobin having a molecular weight of 15 kDa under non-reducing conditions and comprising a first peptide chain having a molecular weight of 5 kDa, which comprises the amino acid sequence ATCPAVATDIASFFLLPDSLFKLQLIKYQAPPEAKDATM QVKQCINEISAGDRYIITETLGKIVLQCGA (SEQ ID NO: 4), and a second peptide chain having a molecular weight of 10 kDa, which comprises the amino acid sequence GSGCQLLEDVVEKTITAELSPAEYVEAVQEFIPDEATEK AAIQLKQCYLKQSNETLNDFRTMMNSMYNSAYCALF (SEQ ID NO: 5), linked together, or a variant or fragment thereof sharing epitopes for IgE antibodies therewith, which variant or fragment thereof has a sequence identity to said horse allergen of at least 70 %.
A method for receiving a paging message, wherein the method comprises: determining, by a terminal device, a paging resource, wherein the paging resource comprises a frame number of a paging frame, wherein the frame number of the paging frame satisfies: SFN − offset mod T = T div N * UE_ID mod N; or SFN + offset mod T = T div N * UE_ID mod N, wherein the offset denotes a paging frame offset, the SFN denotes the frame number of the paging frame, T denotes a discontinuous reception DRX cycle, N denotes a quantity of paging frames in the DRX cycle, UE_ID denotes a identification information of the terminal device, and mod denotes a modulo operation; and receiving, by the terminal device, a paging message on the paging resource. determining, by a terminal device, a paging resource, wherein the paging resource comprises a frame number of a paging frame, wherein the frame number of the paging frame satisfies: SFN − offset mod T = T div N * UE_ID mod N; or SFN + offset mod T = T div N * UE_ID mod N, wherein the offset denotes a paging frame offset, the SFN denotes the frame number of the paging frame, T denotes a discontinuous reception DRX cycle, N denotes a quantity of paging frames in the DRX cycle, UE_ID denotes a identification information of the terminal device, and mod denotes a modulo operation; and receiving, by the terminal device, a paging message on the paging resource.
A device configured for sealing data using a chain of trust, comprising: a memory; and a processor to at least load code modules from the memory, wherein following the loading of a code module the processor is further to: measure the code module; determine a sealing key corresponding to the code module, wherein the sealing key is determined based at least on a prior sealing key corresponding to a previously loaded code module and the measurement of the code module; and seal data corresponding to the loaded code module using the sealing key, and wherein: the processor is further to determine if a software update is pending in the memory for any of the loaded code modules, and if a software update is determined to be pending for a code module, the processor is further to determine if the software update comprises metadata indicating that sealed data should not be migrated to operate with an updated version of the code module, and if so, to discontinue the update and/or the sealed data migration. a memory; and a processor to at least load code modules from the memory, wherein following the loading of a code module the processor is further to: measure the code module; determine a sealing key corresponding to the code module, wherein the sealing key is determined based at least on a prior sealing key corresponding to a previously loaded code module and the measurement of the code module; and seal data corresponding to the loaded code module using the sealing key, and wherein: the processor is further to determine if a software update is pending in the memory for any of the loaded code modules, and if a software update is determined to be pending for a code module, the processor is further to determine if the software update comprises metadata indicating that sealed data should not be migrated to operate with an updated version of the code module, and if so, to discontinue the update and/or the sealed data migration. measure the code module; determine a sealing key corresponding to the code module, wherein the sealing key is determined based at least on a prior sealing key corresponding to a previously loaded code module and the measurement of the code module; and seal data corresponding to the loaded code module using the sealing key, and wherein: the processor is further to determine if a software update is pending in the memory for any of the loaded code modules, and if a software update is determined to be pending for a code module, the processor is further to determine if the software update comprises metadata indicating that sealed data should not be migrated to operate with an updated version of the code module, and if so, to discontinue the update and/or the sealed data migration. the processor is further to determine if a software update is pending in the memory for any of the loaded code modules, and if a software update is determined to be pending for a code module, the processor is further to determine if the software update comprises metadata indicating that sealed data should not be migrated to operate with an updated version of the code module, and if so, to discontinue the update and/or the sealed data migration.