mhurhangee/ep-ind-claims huggingface dataset:
An air inflator device comprising: an accommodation box and an air compressor, the accommodation box including a cap (1, 61) and a case (2, 62), and the air compressor being received in the cap (1, 61) and the case (2, 62), an air guiding mechanism being also received in the accommodation box and being configured to frame a cooling fan which is rotatably with a motor of the air compressor, wherein the cap (1, 61) and the case (2, 62) form a flowing orifice, the cap (1, 61) comprises a fluid guide structure which has a first directing portion (3, 7), the case (2, 62) comprises a fluid guide structure which has a second directing portion (4, 8) the same as the first directing portion (3, 7), characterized in that the first directing portion (3, 7) has a first recess (31, 71), and a first semicircular cover (32, 72) extends on the first recess (31, 71) and the second directing portion (4, 8) has a second recess (41, 81), and a second semicircular cover (42, 82) extends on the second recess (41, 81), wherein the first semicircular cover (32, 72) and the second semicircular cover (42, 82) of the air guiding mechanism are configured to collect and guide air so that the cooling fan rotates to guide the air to the air compressor, thus dissipating heat of the air compressor. the cap (1, 61) and the case (2, 62) form a flowing orifice, the cap (1, 61) comprises a fluid guide structure which has a first directing portion (3, 7), the case (2, 62) comprises a fluid guide structure which has a second directing portion (4, 8) the same as the first directing portion (3, 7), characterized in that the first directing portion (3, 7) has a first recess (31, 71), and a first semicircular cover (32, 72) extends on the first recess (31, 71) and the second directing portion (4, 8) has a second recess (41, 81), and a second semicircular cover (42, 82) extends on the second recess (41, 81), wherein the first semicircular cover (32, 72) and the second semicircular cover (42, 82) of the air guiding mechanism are configured to collect and guide air so that the cooling fan rotates to guide the air to the air compressor, thus dissipating heat of the air compressor.
A balloon expandable stent, comprising a main body which comprises, when the stent is in an unexpanded state, a plurality of expandable helical segments (30,40,200,210) that interconnect a plurality of adjacent main body cylindrical elements having collinear cylindrical axes and having a substantially identical circumference, each main body cylindrical element comprising a plurality of first circumferential segments joined together by portions of the helical segments and comprising a plurality of second circumferential segments joined together by portions of the helical segments, in which said first and second circumferential segments alternate with one another thereby forming one of said main body cylindrical elements, wherein the circumferential segments comprise a plurality of undulating first circumferential elements, each having five linear portions that are connected to each other by four curved portions and being defined between consecutive connecting segments between a cylindrical element and either cylindrical element that is adjacent to that cylindrical element, and a plurality of generally S-shaped second circumferential elements, each having three linear portions connected to each other by two curved portions and being defined between consecutive connecting segments between a cylindrical element and either cylindrical element that is adjacent to that cylindrical element, in that each of said plurality of first helical segments (30,40) comprises a plurality of said generally S-shaped second circumferential elements of adjacent cylindrical elements alternating with a plurality of connecting segments, in that each of said second helical segments (200,210) comprises a plurality of said undulating first circumferential elements alternating with a plurality of connecting segments.
A method of wireless communication performed by a remote user equipment, UE (405, 505), comprising: identifying a relay UE (410, 510) that is operating in a connected discontinuous reception mode, wherein the relay UE and the remote UE are connected to a base station (415,515), wherein the relay UE is in the connected discontinuous reception mode on a first link with the base station and a discontinuous reception mode or an active mode on a sidelink with the remote UE, and wherein one or more links between two or more of the remote UE, the relay UE, or the base station are radio resource control configured by the base station; and transmitting one or more layer-2 communications to, or receiving one or more layer-2 communications from, the base station via the relay UE based at least in part on the relay UE (410, 510) being transitioned to another mode, different from the connected discontinuous reception mode, on the link with the base station (415, 515). identifying a relay UE (410, 510) that is operating in a connected discontinuous reception mode, wherein the relay UE and the remote UE are connected to a base station (415,515), wherein the relay UE is in the connected discontinuous reception mode on a first link with the base station and a discontinuous reception mode or an active mode on a sidelink with the remote UE, and wherein one or more links between two or more of the remote UE, the relay UE, or the base station are radio resource control configured by the base station; and transmitting one or more layer-2 communications to, or receiving one or more layer-2 communications from, the base station via the relay UE based at least in part on the relay UE (410, 510) being transitioned to another mode, different from the connected discontinuous reception mode, on the link with the base station (415, 515).
A method for determining, in a patient presenting with hematuria, the level of risk for having urothelial cancer, comprising: a. providing a sample of urine from said patient; b. quantifying a value, MI, comprising quantifying the levels of expression of human MDK, CDC2, HOXA13, and IGFBP5, and a further value, IL-8Rb, in said sample; c. assessing the phenotypic variables Frequency of Hematuria (HFREQ), Age (AgeGT50), Gender, Smoking, and Red Blood Cell Count of said patient; d. calculating a Genotypic plus Phenotypic Index (G+P INDEX) according to either: G + P INDEX = 1 ∗ HFREQ + 3 ∗ Gender + 4 ∗ SMK + 5 ∗ MI + 2 ∗ IL − 8 Rb, G + P INDEX = w 1 ∗ HFREQ + w 2 ∗ AgeGT 50 + w 3 ∗ Gender + w 4 ∗ SMK + w 5 ∗ RBC + w 6 ∗ MI + w 7 ∗ IL − 8 Rb, or G + P INDEX = − 8.46 + 0.79 IGFBP5 − 1.60 HOXA13 + 2.10 MDK + 0.95 CDC2 − 0.38 IL 8 − Rb + 0.98 SMK + 0.56 HFREQ + 1.11 Gender + 0.64 AgeGT50; wherein HFREQ means the frequency of finding 3 or more red blood cells per high power field in a 6-month period; if frequency is low then HFREQ = 0, and if higher than 3 red blood cells per high power field, then 1; AgeGT50 refers to subject's age; if greater than 50 years then AgeGT50 = 1, and if less than 50 years, then 0; gender is assigned a value of 1 for male, and 0 for female; SMK means whether the subject is a current or ex-smoker; if non-smoker then SMK = 0 and if a smoker, then 1; RBC means red blood cell count; if 25 or more then RBC is set to 1, and if less than 25, then 0; and e. determining whether the G+P INDEX is greater than a threshold indicating the level of risk that the patient has urothelial cancer. a. providing a sample of urine from said patient; b. quantifying a value, MI, comprising quantifying the levels of expression of human MDK, CDC2, HOXA13, and IGFBP5, and a further value, IL-8Rb, in said sample; c. assessing the phenotypic variables Frequency of Hematuria (HFREQ), Age (AgeGT50), Gender, Smoking, and Red Blood Cell Count of said patient; d. calculating a Genotypic plus Phenotypic Index (G+P INDEX) according to either: G + P INDEX = 1 ∗ HFREQ + 3 ∗ Gender + 4 ∗ SMK + 5 ∗ MI + 2 ∗ IL − 8 Rb, G + P INDEX = w 1 ∗ HFREQ + w 2 ∗ AgeGT 50 + w 3 ∗ Gender + w 4 ∗ SMK + w 5 ∗ RBC + w 6 ∗ MI + w 7 ∗ IL − 8 Rb, or G + P INDEX = − 8.46 + 0.79 IGFBP5 − 1.60 HOXA13 + 2.10 MDK + 0.95 CDC2 − 0.38 IL 8 − Rb + 0.98 SMK + 0.56 HFREQ + 1.11 Gender + 0.64 AgeGT50; wherein HFREQ means the frequency of finding 3 or more red blood cells per high power field in a 6-month period; if frequency is low then HFREQ = 0, and if higher than 3 red blood cells per high power field, then 1; AgeGT50 refers to subject's age; if greater than 50 years then AgeGT50 = 1, and if less than 50 years, then 0; gender is assigned a value of 1 for male, and 0 for female; SMK means whether the subject is a current or ex-smoker; if non-smoker then SMK = 0 and if a smoker, then 1; RBC means red blood cell count; if 25 or more then RBC is set to 1, and if less than 25, then 0; and e. determining whether the G+P INDEX is greater than a threshold indicating the level of risk that the patient has urothelial cancer.
A method of printing on a substrate, the method comprising the following steps, carried out in a single pass of the substrate through a printing press: a printing step wherein one or more layers of print are deposited onto one or both sides of the substrate; and a finishing step wherein a liquid finishing composition is applied from a take up roller to the entire surface of one or both sides of the substrate, and is cured or dried to form a continuous outer protective layer upon the substrate, the finishing composition comprises an antibacterial additive which gives the printed articles antibacterial properties. a printing step wherein one or more layers of print are deposited onto one or both sides of the substrate; and a finishing step wherein a liquid finishing composition is applied from a take up roller to the entire surface of one or both sides of the substrate, and is cured or dried to form a continuous outer protective layer upon the substrate, the finishing composition comprises an antibacterial additive which gives the printed articles antibacterial properties.
Measuring head, intended to be provided on a dynamic penetrometer and suitable to be connected to a string of rods provided with an end tip, with this measuring head comprising: - a driving head intended to receive an impact to be transmitted, via the rest of the measuring head, to the string of rods, and - a central rod for transmitting the impact from the driving head to the rod string, said central rod has a first end, which is turned towards the driving head, and a second end, which is opposite the first end and which is suitable for engaging with the rod string, and said central rod is provided with at least one deformation sensor (3, 4), characterised in that it comprises at least one absorption member, which is interposed between an end impact receiving portion of the driving head and the second end of the central rod and which is suitable for filtering the wave transmitted to the rod string when the end portion of the driving head receives an impact. - a driving head intended to receive an impact to be transmitted, via the rest of the measuring head, to the string of rods, and - a central rod for transmitting the impact from the driving head to the rod string, said central rod has a first end, which is turned towards the driving head, and a second end, which is opposite the first end and which is suitable for engaging with the rod string, and said central rod is provided with at least one deformation sensor (3, 4),
A method for recognizing contingencies in a power supply network, PSN, the method comprising the steps of: (a) processing measurement data (MD 1,...,MD n) generated by in-field measurement devices (3-1,...,3-n) of said power supply network by associated neural attention models to provide a global network state profile (GNSP) of the power supply network comprising for the in-field measurement devices (3-1,...,3-n) of said power supply network a class probability distribution over contingency classes; (b) processing the measurement data (MD 1,...,MD n) generated by the in-field measurement devices (3-1,...,3-n) of said power supply network to provide a relevance profile of said power supply network comprising for the in-field measurement devices (3-1,...,3-n) a relevance distribution indicating a probability where the origin of a contingency within the power supply network resides; and (c) comparing the calculated global network state profile (GNSP) of said power supply network and the calculated relevance profile of said power supply network with reference contingency profiles (rCP) stored in a reference contingency database to recognize contingencies in said power supply network. (a) processing measurement data (MD 1,...,MD n) generated by in-field measurement devices (3-1,...,3-n) of said power supply network by associated neural attention models to provide a global network state profile (GNSP) of the power supply network comprising for the in-field measurement devices (3-1,...,3-n) of said power supply network a class probability distribution over contingency classes; (b) processing the measurement data (MD 1,...,MD n) generated by the in-field measurement devices (3-1,...,3-n) of said power supply network to provide a relevance profile of said power supply network comprising for the in-field measurement devices (3-1,...,3-n) a relevance distribution indicating a probability where the origin of a contingency within the power supply network resides; and (c) comparing the calculated global network state profile (GNSP) of said power supply network and the calculated relevance profile of said power supply network with reference contingency profiles (rCP) stored in a reference contingency database to recognize contingencies in said power supply network.
A card holder, characterized in that the card holder comprises: a card holder body, including a support plane for supporting a card for a mobile terminal; a plurality of inlaid pieces, each of which is pivotally mounted on the card holder body, characterized in that each of said inlaid pieces is able to be rotated to a first position perpendicular to the support plane and be rotated to a second position not extending from the support plane; wherein the card for a mobile terminal is fixable among inlaid pieces which have been rotated to the first position. a card holder body, including a support plane for supporting a card for a mobile terminal; a plurality of inlaid pieces, each of which is pivotally mounted on the card holder body, characterized in that each of said inlaid pieces is able to be rotated to a first position perpendicular to the support plane and be rotated to a second position not extending from the support plane; wherein the card for a mobile terminal is fixable among inlaid pieces which have been rotated to the first position.
A tool mounting assembly for coupling a tool to a rotary drive of a machine tool, the assembly comprising: a mount having a longitudinal axis and axially inner and outer ends, the mount defining an engagement surface for engaging with a tool to be rotated about the longitudinal axis, and at least three independently expandable chambers within the mount for receiving a flowable material, wherein each chamber is mechanically coupled to a respective portion of the engagement surface, such that an increase in the pressure within the chamber above a predetermined threshold expands the chamber, which causes the coupled portion of the engagement surface to move in a radial direction relative to the longitudinal axis, characterised in that the assembly includes an end plate and a fastening arrangement for fastening the end plate to the mount in order to retain a tool between an axially inwardly facing transverse surface of the end plate and a transverse surface of the mount. a mount having a longitudinal axis and axially inner and outer ends, the mount defining an engagement surface for engaging with a tool to be rotated about the longitudinal axis, and at least three independently expandable chambers within the mount for receiving a flowable material, wherein each chamber is mechanically coupled to a respective portion of the engagement surface, such that an increase in the pressure within the chamber above a predetermined threshold expands the chamber, which causes the coupled portion of the engagement surface to move in a radial direction relative to the longitudinal axis, characterised in that the assembly includes an end plate and a fastening arrangement for fastening the end plate to the mount in order to retain a tool between an axially inwardly facing transverse surface of the end plate and a transverse surface of the mount.
A computerized method for operating a first device to receive a coin having value from a second device while the first device and the second device are offline or otherwise unable to communicate with a central issuing authority or payment network, the method comprising: receiving, by the first device, over a local communication channel, information to confirm the validity of the second device, wherein the information to confirm the validity of the second device includes a hash of application executable code of a wallet application of the second device, and wherein the validity is confirmed if the first device can validate the hash of application executable code by generating the same hash using application executable code of a wallet application of the first device; receiving, by the first device, over the local communication channel, a coin transfer message from the second device, the coin transfer message including coin information, wherein the coin information includes a hash generated using a passcode; receiving, by the first device, over a channel other than the local communication channel, the passcode from a user of the second device; verifying, by the first device, information in the coin transfer message by using the passcode to verify the hash included in the coin information; and generating, by the first device, a hash of the coin information using a PIN associated with the first device. receiving, by the first device, over a local communication channel, information to confirm the validity of the second device, wherein the information to confirm the validity of the second device includes a hash of application executable code of a wallet application of the second device, and wherein the validity is confirmed if the first device can validate the hash of application executable code by generating the same hash using application executable code of a wallet application of the first device; receiving, by the first device, over the local communication channel, a coin transfer message from the second device, the coin transfer message including coin information, wherein the coin information includes a hash generated using a passcode; receiving, by the first device, over a channel other than the local communication channel, the passcode from a user of the second device; verifying, by the first device, information in the coin transfer message by using the passcode to verify the hash included in the coin information; and generating, by the first device, a hash of the coin information using a PIN associated with the first device.
Method for remote access to a voice assistant, the assistant being adapted to establish telephonic communications with a communication terminal through a telecommunications network and being able to operate locally or remotely, the method being implemented by a remote access server and being characterized in that it comprises the following steps: - establishing a first communication with a calling terminal, - obtaining, from said calling terminal, through the established communication, a datum for identifying the voice assistant, - transmitting a message for establishing a second communication to the identified voice assistant, the message comprising at least one parameter adapted to activate a remote operating mode of the voice assistant making it possible: - in order to detect a voice command, to replace the signal captured by the microphone of said voice assistant with a telephonic voice stream received from said calling terminal, - in order to respond to said voice command, to transmit a response audio stream to said calling terminal instead of the loudspeaker of said voice assistant, - joining up the first and the second communication. - establishing a first communication with a calling terminal, - obtaining, from said calling terminal, through the established communication, a datum for identifying the voice assistant, - transmitting a message for establishing a second communication to the identified voice assistant, the message comprising at least one parameter adapted to activate a remote operating mode of the voice assistant making it possible: - in order to detect a voice command, to replace the signal captured by the microphone of said voice assistant with a telephonic voice stream received from said calling terminal, - in order to respond to said voice command, to transmit a response audio stream to said calling terminal instead of the loudspeaker of said voice assistant, - joining up the first and the second communication. - in order to detect a voice command, to replace the signal captured by the microphone of said voice assistant with a telephonic voice stream received from said calling terminal, - in order to respond to said voice command, to transmit a response audio stream to said calling terminal instead of the loudspeaker of said voice assistant, - joining up the first and the second communication.
An electrically operated aerosol-generating device, comprising: an electrical power supply; an electronic circuit board; an external electrical power contact; an electrical power line, configured to electrically couple the external electrical power contact to the electronic circuit board; and a ground plane, the ground plane being an electrically conductive surface that appears as an infinite ground potential to the components of the electrically operated aerosol generating device and comprising an elongate conductive member connected to the negative terminal of the power supply to electrically couple the power supply to the electronic circuit board, the elongate conductive member being configured to structurally retain the power supply and electronic circuit board, and the ground plane further comprising means for electrically insulating the electrical power line from, and mechanically coupling the electrical power line to, the elongate conductive member. an electrical power supply; an electronic circuit board; an external electrical power contact; an electrical power line, configured to electrically couple the external electrical power contact to the electronic circuit board; and a ground plane, the ground plane being an electrically conductive surface that appears as an infinite ground potential to the components of the electrically operated aerosol generating device and comprising an elongate conductive member connected to the negative terminal of the power supply to electrically couple the power supply to the electronic circuit board, the elongate conductive member being configured to structurally retain the power supply and electronic circuit board, and the ground plane further comprising means for electrically insulating the electrical power line from, and mechanically coupling the electrical power line to, the elongate conductive member.