mhurhangee/ep-ind-claims huggingface dataset:
A refrigerator unit and/or a freezer unit having a unit carcass that defines an inner space and that has heat insulation, an inner container, and an outer casing (140, 150, 160), wherein the casing has a side wall plate whose front edge is inwardly crimped to form a front standing seam, wherein the front standing seam at least partially engages around the front side of the inner container and a latching nose is formed at the front standing seam and engages into a latching recess at the front side of the inner container, wherein the inwardly directed edge of the front standing seam is in turn crimped rearwardly to form a front turnover and the latching nose is a vertically extending web that is bent out of the front turnover, the casing furthermore has a rear wall plate, and the rear edge of the side wall plate is also inwardly crimped to form a rear standing seam, wherein the rear standing seam engages over the lateral marginal region of the rear wall plate and is latched thereto, and wherein the inwardly directed edge of the rear standing seam is in turn forwardly crimped to form a rear turnover and the lateral marginal region of the rear wall plate has a rearwardly projecting stop element that holds the edge of the rear turnover, characterized in that the heat insulation comprises a single-part box-like vacuum insulation body that substantially completely surrounds the inner space, with the unit furthermore having a unit door having a peripheral seal, and with the seal lying in the transition region between the front standing seam and the front side of the inner container with a closed unit door.
A modular safety switch for monitoring a state of a protective device having a base housing which comprises at least two part bodies which are formed in a shape-matched manner with respect to one another, wherein a signal receiver is provided in one part body and a signal generator is provided in the other part body such that a safe state of the protective device can be detected, and wherein the part bodies (2a, 2b) are configured such that a retention and closing force is formed such that the part bodies (2a, 2b) are held together when the part bodies (2a, 2b) are arranged disposed opposite one another, characterised in that the modular safety switch comprises expansion modules (6, 7, 8, 9) to be attached to the base housing; and in that the base housing and/or the expansion modules can be expanded by different types of safety functions, with the safety function being differently provided in accordance with a safety demand on the protective device in the base housing and/or in the expansion modules (6, 7, 8, 9), with an evaluation unit being provided in the base housing or in one of the further expansion modules which automatically recognises and processes the type of the signal generator, of the signal receiver and of the further expansion modules (6, 7,8, 9).
A communication method for transmitting multimedia data from a multimedia server during a call between first and second terminals (1,2), characterized in that it comprises: receiving at the multimedia server a multimedia data transmission request initiated from the first terminal in the call, said request including information identifying the content of the multimedia data to be transmitted and the second terminal to which the data should be transmitted; searching in said multimedia server for the requested multimedia data indicated by the identified content, and responsive to said request, transmitting from said multimedia server said identified multimedia data content to the second terminal identified by the information in the request. receiving at the multimedia server a multimedia data transmission request initiated from the first terminal in the call, said request including information identifying the content of the multimedia data to be transmitted and the second terminal to which the data should be transmitted; searching in said multimedia server for the requested multimedia data indicated by the identified content, and responsive to said request, transmitting from said multimedia server said identified multimedia data content to the second terminal identified by the information in the request.
A composition or vaccine comprising a first recombinant herpesvirus of turkeys vector comprising a heterologous polynucleotide coding for and expressing a Newcastle Disease Virus F (NDV-F) antigen operably linked to an SV40 promoter and an SV40 polyA signal, further wherein the polynucleotide encoding the NDV-F polypeptide, the operably linked SV40 promoter and SV40 polyA signal are inserted in the intergenic site 1 locus of HVT genome, further wherein the polynucleotide coding for and expressing NDV-F has the sequence as set forth in SEQ ID NO: 1; and a second recombinant HVT vector comprising a heterologous polynucleotide coding for and expressing an Infectious Bursal Disease Virus (IBDV) VP2 antigen, wherein the second recombinant HVT vector is vHVT13. a first recombinant herpesvirus of turkeys vector comprising a heterologous polynucleotide coding for and expressing a Newcastle Disease Virus F (NDV-F) antigen operably linked to an SV40 promoter and an SV40 polyA signal, further wherein the polynucleotide encoding the NDV-F polypeptide, the operably linked SV40 promoter and SV40 polyA signal are inserted in the intergenic site 1 locus of HVT genome, further wherein the polynucleotide coding for and expressing NDV-F has the sequence as set forth in SEQ ID NO: 1; and a second recombinant HVT vector comprising a heterologous polynucleotide coding for and expressing an Infectious Bursal Disease Virus (IBDV) VP2 antigen, wherein the second recombinant HVT vector is vHVT13.
A biological information detecting device comprising: a device body; a pair of electrode portions (26A, 26B) provided with the device body for respectively contacting a biological surface; an elastic band-shaped fixing member for covering the pair of electrode portions and fixing the device body to the body of a wearer; and a guide portion to be arranged between each of the electrode portions and the fixing member, which is adapted to allow relative movement between each of the electrode portions and the fixing member in an extending direction of the fixing member and to restrict movement in a width direction orthogonal to the extending direction and characterized in that: the guide portion includes an engaging portion arranged on a side portion of each electrode portion, and an engaged portion arranged on a side of the fixing member facing the electrode portion, with which the engaging portion is to be engaged in the width direction. a device body; a pair of electrode portions (26A, 26B) provided with the device body for respectively contacting a biological surface; an elastic band-shaped fixing member for covering the pair of electrode portions and fixing the device body to the body of a wearer; and a guide portion to be arranged between each of the electrode portions and the fixing member, which is adapted to allow relative movement between each of the electrode portions and the fixing member in an extending direction of the fixing member and to restrict movement in a width direction orthogonal to the extending direction
Surveying instrument, in particular theodolite or total station, with • aiming means being swivelable in two directions with respect to a basis of the surveying instrument and comprising □ an objective unit defining an aiming axis, □ an on axis camera as first camera substantially in a direction of the aiming axis, with an optical magnification factor, configured for providing a first image signal, and □ a wide angle camera with lower optical magnification factor as a second camera configured for providing a second image signal and defining an optical axis, • angle measurement means and distance measurement means configured for providing angle and distance measurement functionality for determination of the direction of the aiming axis and of a distance to a target and • display means, characterised in that the surveying instrument further comprises a controlling unit being adapted so that the first image signal and the second image signal are processed in order to generate image signal data so that at least a first and a second video stream (7, 9) are displayed simultaneously, wherein the first video stream corresponds with the first image signal and the second video stream corresponds with the second image signal, wherein the first video stream is a magnification of a detail of the second video stream being an overview video stream. • aiming means being swivelable in two directions with respect to a basis of the surveying instrument and comprising □ an objective unit defining an aiming axis, □ an on axis camera as first camera substantially in a direction of the aiming axis, with an optical magnification factor, configured for providing a first image signal, and □ a wide angle camera with lower optical magnification factor as a second camera configured for providing a second image signal and defining an optical axis, □ an objective unit defining an aiming axis, □ an on axis camera as first camera substantially in a direction of the aiming axis, with an optical magnification factor, configured for providing a first image signal, and □ a wide angle camera with lower optical magnification factor as a second camera configured for providing a second image signal and defining an optical axis, • angle measurement means and distance measurement means configured for providing angle and distance measurement functionality for determination of the direction of the aiming axis and of a distance to a target and • display means,
An apparatus comprising: an anchor having a tubular extension extending therefrom; a tendon having a sheathing extending thereover, and a cartridge having a first wedge positioned therein, said cartridge having an inner wall that has a tapered surface therein, characterized in that a portion of said tendon and a portion of said sheathing are received in said tubular extension of said anchor, said cartridge extends around said sheathing within said tubular extension of said anchor, said first wedge has an inner surface engaged with said sheathing so as to retain said portion of said sheathing within said tubular extension, said first wedge has a side opposite said sheathing that resides against said tapered surface, said tubular extension has a slot (80, 82) formed therein, said cartridge has a protrusion (110, 112) received in said slot so as to fix a position of said cartridge within said tubular extension. an anchor having a tubular extension extending therefrom; a tendon having a sheathing extending thereover, and a cartridge having a first wedge positioned therein, said cartridge having an inner wall that has a tapered surface therein, characterized in that a portion of said tendon and a portion of said sheathing are received in said tubular extension of said anchor, said cartridge extends around said sheathing within said tubular extension of said anchor, said first wedge has an inner surface engaged with said sheathing so as to retain said portion of said sheathing within said tubular extension, said first wedge has a side opposite said sheathing that resides against said tapered surface, said tubular extension has a slot (80, 82) formed therein, said cartridge has a protrusion (110, 112) received in said slot so as to fix a position of said cartridge within said tubular extension.
A method for preparing salicylamine acetate, wherein the method comprises steps of: subjecting salicylaldehyde of Structural Formula 1 to amino protection to obtain a compound of Structural Formula 2; and subjecting the compound of Structural Formula 2 to acid hydrolysis, followed by reaction with acetic acid to obtain salicylamine acetate; wherein X = Cbz or Boc. subjecting salicylaldehyde of Structural Formula 1 to amino protection to obtain a compound of Structural Formula 2; and subjecting the compound of Structural Formula 2 to acid hydrolysis, followed by reaction with acetic acid to obtain salicylamine acetate; wherein X = Cbz or Boc.
A sealing device comprising a plug intended to be placed in a threaded hole, or removed therefrom, respectively by screwing and unscrewing, the plug comprising: a central body provided with a screw thread, locking and unlocking means opposing spontaneous unscrewing of the plug, automatically activated by the rotation of the plug and its corresponding movement in the direction of screwing along a longitudinal axis, the locking and unlocking means comprising a first releasable coupling component coupled for common rotation with the central body and a second coupling component which can be immobilized in rotation with respect to the threaded hole during screwing, characterised in that the second coupling component has a central bore provided with a catch and is mounted by an insertion of said screw thread through said bore followed by a displacement of said catch into a retaining position in which said catch precludes reverse movement of said screw thread out of said bore. a central body provided with a screw thread, locking and unlocking means opposing spontaneous unscrewing of the plug, automatically activated by the rotation of the plug and its corresponding movement in the direction of screwing along a longitudinal axis, the locking and unlocking means comprising a first releasable coupling component coupled for common rotation with the central body and a second coupling component which can be immobilized in rotation with respect to the threaded hole during screwing,
A cation exchange membrane at least comprising: a membrane body containing a fluorine-based polymer having an ion-exchange group; and two or more reinforcing core materials arranged approximately in parallel within the membrane body, wherein the reinforcing core material contains a fluorine-based polymer, wherein the membrane body is provided with two elution holes formed between the reinforcing core materials adjacent to each other, and assuming that the distance between the reinforcing core materials adjacent to each other is represented by a, the distance between the reinforcing core materials and the elution holes adjacent to each other is represented by b, the distance between the elution holes adjacent to each other is represented by c, and the number of the elution holes formed between the reinforcing core materials adjacent to each other is represented by n, then a, b, c, and n satisfying the relationship represented by the following expression or expression are at least present and a, b, c and n further satisfying the relationship represented by the following expressions and: b > a / n + 1 c > a / n + 1 0.2 a / n + 1 ≤ c ≤ 0.9 a / n + 1 1.1 a / n + 1 ≤ c ≤ 0.8 a wherein n is 2. a membrane body containing a fluorine-based polymer having an ion-exchange group; and two or more reinforcing core materials arranged approximately in parallel within the membrane body, wherein the reinforcing core material contains a fluorine-based polymer, wherein the membrane body is provided with two elution holes formed between the reinforcing core materials adjacent to each other, and assuming that the distance between the reinforcing core materials adjacent to each other is represented by a, the distance between the reinforcing core materials and the elution holes adjacent to each other is represented by b, the distance between the elution holes adjacent to each other is represented by c, and the number of the elution holes formed between the reinforcing core materials adjacent to each other is represented by n, then a, b, c, and n satisfying the relationship represented by the following expression or expression are at least present and a, b, c and n further satisfying the relationship represented by the following expressions and: b > a / n + 1 c > a / n + 1 0.2 a / n + 1 ≤ c ≤ 0.9 a / n + 1 1.1 a / n + 1 ≤ c ≤ 0.8 a wherein n is 2.
A lens moving apparatus comprising: a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an upper elastic member coupled to an upper portion of the housing; and a supporting member coupled to the upper elastic member, wherein the housing comprises: a first through hole and a second through hole spaced apart from each other and exposing at least a portion of the magnet; and a protrusion disposed between the first through hole and the second through hole. a housing; a bobbin disposed in the housing; a first coil disposed on the bobbin; a magnet disposed on the housing; an upper elastic member coupled to an upper portion of the housing; and a supporting member coupled to the upper elastic member, wherein the housing comprises: a first through hole and a second through hole spaced apart from each other and exposing at least a portion of the magnet; and a protrusion disposed between the first through hole and the second through hole. a first through hole and a second through hole spaced apart from each other and exposing at least a portion of the magnet; and a protrusion disposed between the first through hole and the second through hole.
A washing machine comprising: a cabinet; an inlet formed through the cabinet and allowing laundry to be inserted or withdrawn therethrough; a door coupled to the cabinet to open and close the inlet; and a hinge apparatus (60, 160) coupling the door to the cabinet, wherein the hinge apparatus comprises: a cabinet bracket (61, 168) coupled to a front surface of the cabinet; a door bracket (62, 162) coupled to the door; and a moving unit comprising a first moving unit (63, 163) coupled to the door bracket and allowing the door to be pivoted with respect to the cabinet, and a second moving unit (70, 170) coupled to the cabinet bracket and allowing the door to move from a closed state to a protruding state in which the door protrudes forward from the cabinet so as to be spaced apart from the cabinet; characterised in that the hinge apparatus further includes a locking member arranged to prevent the door from being pivoted while moving from the closed state to the protruding state. a cabinet; an inlet formed through the cabinet and allowing laundry to be inserted or withdrawn therethrough; a door coupled to the cabinet to open and close the inlet; and a hinge apparatus (60, 160) coupling the door to the cabinet, wherein the hinge apparatus comprises: a cabinet bracket (61, 168) coupled to a front surface of the cabinet; a door bracket (62, 162) coupled to the door; and a moving unit comprising a first moving unit (63, 163) coupled to the door bracket and allowing the door to be pivoted with respect to the cabinet, and a second moving unit (70, 170) coupled to the cabinet bracket and allowing the door to move from a closed state to a protruding state in which the door protrudes forward from the cabinet so as to be spaced apart from the cabinet; characterised in that the hinge apparatus further includes a locking member arranged to prevent the door from being pivoted while moving from the closed state to the protruding state. a cabinet bracket (61, 168) coupled to a front surface of the cabinet; a door bracket (62, 162) coupled to the door; and a moving unit comprising a first moving unit (63, 163) coupled to the door bracket and allowing the door to be pivoted with respect to the cabinet, and a second moving unit (70, 170) coupled to the cabinet bracket and allowing the door to move from a closed state to a protruding state in which the door protrudes forward from the cabinet so as to be spaced apart from the cabinet; characterised in that the hinge apparatus further includes a locking member arranged to prevent the door from being pivoted while moving from the closed state to the protruding state.
A communication apparatus, comprising: a transmission policy holding section configured to hold transmission policies each corresponding to a conversation; and a transmitted frame control section configured to modify transmitted frames of the conversation in accordance with the corresponding transmission policy held by said transmission policy holding section; wherein the transmitted frames modified by said transmitted frame control section are of a form suitable for output to a layer 2 switch performing link operations in accordance with the layer 2 protocols of the OSI, namely Open Systems Interconnection reference model; each conversation is made up of a series of data transmitted by an application, and is defined by a combination of a destination IP address with a destination port number; and said transmitted frame control section modifies the transmitted frames such that said conversation is transferred through multiple links between paths in a layer 2 network environment and that the number of links used by said conversation is controlled in accordance with previously established priority and bandwidth requirements of said conversation. a transmission policy holding section configured to hold transmission policies each corresponding to a conversation; and a transmitted frame control section configured to modify transmitted frames of the conversation in accordance with the corresponding transmission policy held by said transmission policy holding section; wherein the transmitted frames modified by said transmitted frame control section are of a form suitable for output to a layer 2 switch performing link operations in accordance with the layer 2 protocols of the OSI, namely Open Systems Interconnection reference model; each conversation is made up of a series of data transmitted by an application, and is defined by a combination of a destination IP address with a destination port number; and said transmitted frame control section modifies the transmitted frames such that said conversation is transferred through multiple links between paths in a layer 2 network environment and that the number of links used by said conversation is controlled in accordance with previously established priority and bandwidth requirements of said conversation.