mhurhangee/ep-ind-claims huggingface dataset:
A transport trolley, including a pair of legs (Jk) each comprising a lower end to which there is coupled a plate (PTk) on which at least one wheel (Rk) is mounted so as to rotate in a transverse direction, and first load supporting means coupled to said lower ends of the legs (Jk), said trolley furthermore including i) first coupling means on which the said lower ends of the legs (Jk) are mounted so as to rotate in the said transverse direction such that they can move from a folded-out position to a folded-away position, and the said plates (PTk) such that their wheels (Rk) can pivot under load and move from a folded-out position to a folded-away position substantially parallel to the said folded-away legs (Jk), and ii) second coupling means designed to force the said legs (Jk) and the said wheels (Rk) to be substantially simultaneously either in their folded-away position or in their folded-out position, and the said wheels (Rk) being suited to pivot under load along a longitudinal rotation axis positioned close to the ground, characterized in that the said second coupling means comprise a Sarrus structure coupled to the lower ends of the said legs (Jk), in that the said first load supporting means are designed in the form of a sheet of general U-shape, in that said first coupling means include two hinges each comprising a first part fixedly secured to the lower end of one of the said legs (Jk) and a second part rotatably mounted on said first part and on which there is rotatably mounted an end of the said sheet, and in that the said second coupling means comprise two articulations each comprising a first part rotatably mounted on the first part of one of the hinges, a second part rotatably mounted on the said first part and a third part rotatably mounted on the second part and on which there are rotatably mounted one of the said plates (PTk) and another end of the said sheet.
A medical implant system comprising an implant and an attachment mechanism, wherein the attachment mechanism comprises: a first part (172; 300; 400; 600) configured to be fixedly attached to a distal end of an elongate shaft; and a second part (174; 300; 400; 600) fixedly attached to a proximal end of a medical implant; wherein a tubular distal portion (184; 302; 402; 502, 602) of the second part (174; 300; 400; 600) includes an engagement feature (304; 404; 604) configured to non-releasably engage the second part (174; 300; 400500, 600) with the medical implant; characterised in that the engagement feature includes one or more recesses extending into an outer surface of the tubular distal portion of the second part, wherein a portion of the medical implant extends into the one or more recesses, and wherein the portion of the medical implant extending into the one or more recesses includes a movable tab biased radially inward; or in that the engagement feature (304; 404) includes at least one protrusion (306; 406) extending radially outward from an outer surface of the tubular distal portion (302; 402) of the second part (300; 400), and wherein the medical implant includes at least one window extending through a wall of the medical implant configured to receive the at least one protrusion (306; 406). a first part (172; 300; 400; 600) configured to be fixedly attached to a distal end of an elongate shaft; and a second part (174; 300; 400; 600) fixedly attached to a proximal end of a medical implant; wherein a tubular distal portion (184; 302; 402; 502, 602) of the second part (174; 300; 400; 600) includes an engagement feature (304; 404; 604) configured to non-releasably engage the second part (174; 300; 400500, 600) with the medical implant; characterised in that the engagement feature includes one or more recesses extending into an outer surface of the tubular distal portion of the second part, wherein a portion of the medical implant extends into the one or more recesses, and wherein the portion of the medical implant extending into the one or more recesses includes a movable tab biased radially inward; or in that the engagement feature (304; 404) includes at least one protrusion (306; 406) extending radially outward from an outer surface of the tubular distal portion (302; 402) of the second part (300; 400), and wherein the medical implant includes at least one window extending through a wall of the medical implant configured to receive the at least one protrusion (306; 406).
A method of administering a CAPTCHA challenge and detecting the usage of a CAPTCHA bot or relay by a client computer, comprising, by a server: providing a CAPTCHA challenge to the client computer, the CAPTCHA challenge comprising an image and browser code for displaying the image, the image comprising a character string in which a first substring smaller than said string corresponds to a solution to the CAPTCHA challenge and at least one second substring smaller than said string corresponds to extra characters not part of the solution, the browser code functioning to restrict display of the image on the client computer to only the first substring, receiving a response from the client computer indicative of a solution to the CAPTCHA challenge, comparing the response with the at least one second substring, and determining, if the response includes the at least one second substring, that the client computer used a CAPTCHA bot or relay. providing a CAPTCHA challenge to the client computer, the CAPTCHA challenge comprising an image and browser code for displaying the image, the image comprising a character string in which a first substring smaller than said string corresponds to a solution to the CAPTCHA challenge and at least one second substring smaller than said string corresponds to extra characters not part of the solution, the browser code functioning to restrict display of the image on the client computer to only the first substring, receiving a response from the client computer indicative of a solution to the CAPTCHA challenge, comparing the response with the at least one second substring, and determining, if the response includes the at least one second substring, that the client computer used a CAPTCHA bot or relay.
Method of operating a mixing chamber for a reformer, in which fuel is evaporated, wherein - a fuel/air mixture (C/O) is supplied to the mixing chamber via a two-component nozzle, - a steam/air mixture is supplied to the mixing chamber via a further supply line, - the fuel/air mixture (C/O) flows in the opposite direction to the steam/air mixture and - interfering turbulence is reduced by tapering the mixing chamber in the region of the two-component nozzle. - a fuel/air mixture (C/O) is supplied to the mixing chamber via a two-component nozzle, - a steam/air mixture is supplied to the mixing chamber via a further supply line, - the fuel/air mixture (C/O) flows in the opposite direction to the steam/air mixture and - interfering turbulence is reduced by tapering the mixing chamber in the region of the two-component nozzle.
A method of differentiating follicular adenoma from follicular cancer of the thyroid gland comprising the following steps (a) in a sample of oncogenic tissue from a patient the expression of isoforms of MT I and MT II of metallothionein protein is measured using immunochistochemical methods using monoclonal anti-MT antibodies, (b) the degree of the expression of MT I and MT II is measured under a light microscope using Remmele IRS method, wherein if the degree of intensity of the expression of metallothionein is equal to or greater than 8 on the IRS scale then the presence of follicular cancer is indicated. (a) in a sample of oncogenic tissue from a patient the expression of isoforms of MT I and MT II of metallothionein protein is measured using immunochistochemical methods using monoclonal anti-MT antibodies, (b) the degree of the expression of MT I and MT II is measured under a light microscope using Remmele IRS method, wherein if the degree of intensity of the expression of metallothionein is equal to or greater than 8 on the IRS scale then the presence of follicular cancer is indicated.
Control device for domestic installation for wired remote control of a drive apparatus, in particular a tubular motor, for a blackout apparatus or security apparatus, wherein - the drive apparatus comprises a capacitor motor, wherein the control device is designed - to be connected to an AC voltage source comprising an outer conductor, and to be connected to the capacitor motor at two phase terminals (14, 15), wherein the control device - has a switchover unit, which is designed to connect the outer conductor to the drive phase terminal of the two phase terminals (14, 15) which is assigned to an adjustment direction in order to drive the capacitor motor in this adjustment direction, and is designed to disconnect the outer conductor from the opposite phase terminal of the two phase terminals (14, 15) which is assigned to the opposite direction of the adjustment direction, characterized in that the control device comprises an evaluation unit, which - is designed to detect a voltage signal at the opposite phase terminal during the connection of the outer conductor to the drive phase terminal, and - is designed to identify a design of the drive apparatus from a preset quantity of possible designs on the basis of the detected voltage signal, preferably to generate a signal which indicates a design of the drive apparatus from a preset quantity of possible designs. - the drive apparatus comprises a capacitor motor, wherein the control device is designed - to be connected to an AC voltage source comprising an outer conductor, and - has a switchover unit, which is designed to connect the outer conductor to the drive phase terminal of the two phase terminals (14, 15) which is assigned to an adjustment direction in order to drive the capacitor motor in this adjustment direction, and is designed to disconnect the outer conductor from the opposite phase terminal of the two phase terminals (14, 15) which is assigned to the opposite direction of the adjustment direction, characterized - is designed to detect a voltage signal at the opposite phase terminal during the connection of the outer conductor to the drive phase terminal, and - is designed to identify a design of the drive apparatus from a preset quantity of possible designs on the basis of the detected voltage signal, preferably to generate a signal which indicates a design of the drive apparatus from a preset quantity of possible designs.
An encoder for encoding a parametric spectral representation ( f) of auto-regressive coefficients ( a) that partially represent an audio signal, said encoder including: means for encoding a low-frequency part ( f L) of the parametric spectral representation ( f) by quantizing coefficients of the parametric spectral representation that correspond to a low-frequency part of the audio signal; means for encoding a high-frequency part ( f H) of the parametric spectral representation ( f) by weighted averaging based on the quantized coefficients ( f̂ L) flipped around a quantized mirroring frequency ( f̂ m), which separates the low-frequency part from the high-frequency part, and a frequency grid ( g opt) determined from a frequency grid codebook in a closed-loop search procedure; and means for outputting at least one quantization index ( I f L) representing the quantized coefficients ( f̂ L), a quantization index ( I m) representing the quantized mirroring frequency ( f̂ m) and a quantization index ( I g) representing the frequency grid ( g opt) for transmission to a decoder. means for encoding a low-frequency part ( f L) of the parametric spectral representation ( f) by quantizing coefficients of the parametric spectral representation that correspond to a low-frequency part of the audio signal; means for encoding a high-frequency part ( f H) of the parametric spectral representation ( f) by weighted averaging based on the quantized coefficients ( f̂ L) flipped around a quantized mirroring frequency ( f̂ m), which separates the low-frequency part from the high-frequency part, and a frequency grid ( g opt) determined from a frequency grid codebook in a closed-loop search procedure; and means for outputting at least one quantization index ( I f L) representing the quantized coefficients ( f̂ L), a quantization index ( I m) representing the quantized mirroring frequency ( f̂ m) and a quantization index ( I g) representing the frequency grid ( g opt) for transmission to a decoder.
A medical lubricating member, comprising a laminated material comprising (i) a base material (a); (ii) disposed on the base material (a), a layer (b) containing a polymer which has a polysiloxane structure and contains - an acrylic acid component, an acrylic acid ester component, an acrylamide component, and/or a styrene component as a constituent component, and - a hydroxy group, a carboxy group, an amino group, an isocyanate group, an oxazoline ring, an epoxy group, a vinyl group, an ethynyl group, a sulfanyl group, an azide group, a trialkoxysilyl group, and/or an acid anhydride structure in a molecule; and (iii) disposed on the layer (b), a layer (c) containing a hydrophilic polymer selected from one or a combination of two or more of polyvinylpyrrolidone, vinyl ether-maleic acid anhydride copolymer, polyethylene glycol, polyacrylic acid, polyacrylamide and hyaluronic acid. (i) a base material (a); (ii) disposed on the base material (a), a layer (b) containing a polymer which has a polysiloxane structure and contains - an acrylic acid component, an acrylic acid ester component, an acrylamide component, and/or a styrene component as a constituent component, and - a hydroxy group, a carboxy group, an amino group, an isocyanate group, an oxazoline ring, an epoxy group, a vinyl group, an ethynyl group, a sulfanyl group, an azide group, a trialkoxysilyl group, and/or an acid anhydride structure in a molecule; and - an acrylic acid component, an acrylic acid ester component, an acrylamide component, and/or a styrene component as a constituent component, and - a hydroxy group, a carboxy group, an amino group, an isocyanate group, an oxazoline ring, an epoxy group, a vinyl group, an ethynyl group, a sulfanyl group, an azide group, a trialkoxysilyl group, and/or an acid anhydride structure in a molecule; and (iii) disposed on the layer (b), a layer (c) containing a hydrophilic polymer selected from one or a combination of two or more of polyvinylpyrrolidone, vinyl ether-maleic acid anhydride copolymer, polyethylene glycol, polyacrylic acid, polyacrylamide and hyaluronic acid.
A method of producing wipes in a three dimensional form from an essentially flat piece of material, comprising putting at least two creases (14,15) in the piece of material, folding the piece of material about these creases to create a blank of essentially planar form, and opening out said blank into a three dimensional form, characterised in that said step of opening out the blank into a three dimensional form involves imparting an impetus to it using a pair of counter-rotating drums (30, 31) between which the blank is fed.
An apparatus comprising: a table component configured to maintain a default table and a secondary table, each table comprising entries for a plurality of available modulation schemes, wherein the default table and the secondary table comprise a matching number of entries, and wherein the secondary table comprises one or more entries corresponding to a 256 - quadrature amplitude modulation, QAM, scheme; a table selection component configured to select one of the default table and the secondary table; and a communication component configured to process a communication from an evolved Node B, eNB, using the selected table; characterized in that the table selection component is configured to select as the selected table, one of the default table and the secondary table based on an Radio Network Temporary Identifier, RNTI, used to scramble a cyclic redundancy check, CRC, of a downlink control information, DCI, message. a table component configured to maintain a default table and a secondary table, each table comprising entries for a plurality of available modulation schemes, wherein the default table and the secondary table comprise a matching number of entries, and wherein the secondary table comprises one or more entries corresponding to a 256 - quadrature amplitude modulation, QAM, scheme; a table selection component configured to select one of the default table and the secondary table; and a communication component configured to process a communication from an evolved Node B, eNB, using the selected table;
Printing machine for printing a substrate in the form of a sheet or continuous web, said substrate being intended to receive at least one impression, said printing machine comprising at least: - a transfer system for conveying the substrate onto an impression cylinder, - first and second screens (7, 8) of cylindrical or flat shape equipped with a doctor blade (55, 56), the first and second screens (7, 8) cooperating with the impression cylinder and being intended to perform a screen-printing operation on the substrate with an ink, and - an unloading system for carrying the substrate away after the printing operation, said second screen applying a second impression in a same zone as a first impression applied by means of said first screen and said printing machine comprising a drying system for drying the ink deposited by the first screen before deposition of the ink by the second screen, characterized in that the ink contains pigments that can be orientated by a magnetic field, and in that said impression cylinder comprises at least one magnetic element (12, 13, 14) on the printing surface thereof so as to orientate said pigments that can be orientated contained in the ink before drying thereof. - a transfer system for conveying the substrate onto an impression cylinder, - first and second screens (7, 8) of cylindrical or flat shape equipped with a doctor blade (55, 56), the first and second screens (7, 8) cooperating with the impression cylinder and being intended to perform a screen-printing operation on the substrate with an ink, and - an unloading system for carrying the substrate away after the printing operation,
A medicament comprising an antagonist of a Programmed Death 1 protein (PD-1) for use in combination with a vascular endothelial growth factor receptor (VEGFR) inhibitor for treating a cancer in an individual, wherein the PD-1 antagonist is an anti-PD-1 monoclonal antibody which comprises a heavy chain and a light chain, wherein the heavy and light chains comprise SEQ ID NO:21 and SEQ ID NO:22, respectively, and further wherein the VEGFR inhibitor is N -methyl-2-[3-( -2-pyridin-2-yl-vinyl)-1 H -indazol-6-ylsulfanyl]-benzamide or a pharmaceutically acceptable salt thereof, and wherein said individual has not been previously treated with a biotherapeutic or chemotherapeutic agent.
A method performed by a packet control node for coordinating subscriber registration entries of a subscriber in a subscriber location register in the packet control node and a subscriber location register in a Mobile Switching Centre, MSC, wherein the subscriber is registered into the subscriber location register in the MSC via the packet control node, the method being characterized by: • determining a trigger condition causing a subscriber registration entry to be deleted from the subscriber location register in the packet control node; and wherein if the trigger condition is met, deleting the subscriber registration entry and sending a notification of this deletion of the subscriber registration entry to the subscriber location register in the MSC; and • determining a reception of a notification of a de-registration event from the subscriber location register in the MSC and responsive to the reception, deleting a corresponding subscriber registration entry in the packet control node. • determining a trigger condition causing a subscriber registration entry to be deleted from the subscriber location register in the packet control node; and wherein if the trigger condition is met, deleting the subscriber registration entry and sending a notification of this deletion of the subscriber registration entry to the subscriber location register in the MSC; and • determining a reception of a notification of a de-registration event from the subscriber location register in the MSC and responsive to the reception, deleting a corresponding subscriber registration entry in the packet control node.
A system for measuring and analyzing respiration, cardiac activity and non-cardiorespiratory bodily motion and providing a parameter of cardiorespiratory performance of a living subject, the system comprising: - one or more sensors configured to receive a reflected radio-frequency signal off the living subject; - a mixer configured to mix the reflected RF signal over a predefined period with an RF signal transmitted toward the living subject to obtain a raw motion signal; - a processor configured to: ∘ determine an energy content of the raw motion signal; ∘ compare the energy content to a predetermined energy value to recognize periods of large bodily motion of the living subject; ∘ derive the spectrum of the raw motion signal while discarding data from large bodily motion sections; ∘ analyze the spectrum of the raw motion signal to determine a breathing rate and heart rate of the living subject; and ∘ calculate a ventilatory threshold as a parameter of cardiorespiratory performance by relating the determined breathing rate and heart rate over a defined period of measurement; and - an output arranged to provide selected information relating to the respiration and cardiac activity including the calculated ventilatory threshold. - one or more sensors configured to receive a reflected radio-frequency signal off the living subject; - a mixer configured to mix the reflected RF signal over a predefined period with an RF signal transmitted toward the living subject to obtain a raw motion signal; - a processor configured to: ∘ determine an energy content of the raw motion signal; ∘ compare the energy content to a predetermined energy value to recognize periods of large bodily motion of the living subject; ∘ derive the spectrum of the raw motion signal while discarding data from large bodily motion sections; ∘ analyze the spectrum of the raw motion signal to determine a breathing rate and heart rate of the living subject; and ∘ calculate a ventilatory threshold as a parameter of cardiorespiratory performance by relating the determined breathing rate and heart rate over a defined period of measurement; and ∘ determine an energy content of the raw motion signal; ∘ compare the energy content to a predetermined energy value to recognize periods of large bodily motion of the living subject; ∘ derive the spectrum of the raw motion signal while discarding data from large bodily motion sections; ∘ analyze the spectrum of the raw motion signal to determine a breathing rate and heart rate of the living subject; and ∘ calculate a ventilatory threshold as a parameter of cardiorespiratory performance by relating the determined breathing rate and heart rate over a defined period of measurement; and - an output arranged to provide selected information relating to the respiration and cardiac activity including the calculated ventilatory threshold.
An electrode for machining a workpiece by electrochemical removal of metal material, having an electrode body which is made from a less conductive material without insulating coating around the working region, and having a coating which is deposited thereon at least in a working region, characterized in that the coating is formed from a coating material which is electrically high-conductive relative to the electrode body, and that the less conductive material is chosen from the group of materials comprising the erodible ceramics or the electrically conductive perovskites.