mhurhangee/patent-ind-claim-en huggingface dataset:
An optical fiber unit comprising: a plurality of optical fibers ; and at least two binding materials that bind the plurality of optical fibers , wherein two of the at least two binding materials are wound around the plurality of optical fibers in an SZ shape with a binding pitch P, in each half of the binding pitch P, winding directions of the two binding materials are reversed, and reversed portions of the two binding materials are formed, the two binding materials are adhered to each other at the reversed portions to form a plurality of adhesive parts (B), the optical fiber unit , characterized in that , one of the adhesive parts (B) is disposed in each half of the binding pitch P, and each of the adhesive parts (B) includes a plurality of intersection points (A1, A2, A3, A4) of center lines (C2, C3) of the two binding materials as viewed in a first direction orthogonal to a longitudinal direction in which the optical fiber unit extends, and each of the adhesive parts (B) includes a plurality of adhesive surfaces (b1, b2, b3, b4) where the binding materials overlap each other as viewed in the first direction, and the plurality of adhesive surfaces (b1, b2, b3, b4) are disposed at intervals in the longitudinal direction. a plurality of optical fibers ; and at least two binding materials that bind the plurality of optical fibers , wherein two of the at least two binding materials are wound around the plurality of optical fibers in an SZ shape with a binding pitch P, in each half of the binding pitch P, winding directions of the two binding materials are reversed, and reversed portions of the two binding materials are formed, the two binding materials are adhered to each other at the reversed portions to form a plurality of adhesive parts (B), the optical fiber unit , characterized in that , one of the adhesive parts (B) is disposed in each half of the binding pitch P, and each of the adhesive parts (B) includes a plurality of intersection points (A1, A2, A3, A4) of center lines (C2, C3) of the two binding materials as viewed in a first direction orthogonal to a longitudinal direction in which the optical fiber unit extends, and each of the adhesive parts (B) includes a plurality of adhesive surfaces (b1, b2, b3, b4) where the binding materials overlap each other as viewed in the first direction, and the plurality of adhesive surfaces (b1, b2, b3, b4) are disposed at intervals in the longitudinal direction.
A motor control system for controlling a variety of permanent magnet motors comprising: a motor drive unit coupled to a motor ; at least one controller configured to control the motor drive unit to drive the motor; and at least one memory unit accessible by the at least one controller and having stored therein at least one table relating motor torque and motor current at approximately maximum torque using motor parameters normalized with respect to demagnetization current of a motor, wherein the at least one controller is configured to access the at least one memory unit and control the motor drive unit to drive the motor based on the at least one table, and characterized in that the at least one controller is configured to use a torque reference value as a first input to a first of the at least one table and a ratio of quadrature and direct inductance of the motor less a predetermined value as a second input to the first table to derive an optimum per-unit stator current using the table. a motor drive unit coupled to a motor ; at least one controller configured to control the motor drive unit to drive the motor; and at least one memory unit accessible by the at least one controller and having stored therein at least one table relating motor torque and motor current at approximately maximum torque using motor parameters normalized with respect to demagnetization current of a motor, wherein the at least one controller is configured to access the at least one memory unit and control the motor drive unit to drive the motor based on the at least one table, and characterized in that the at least one controller is configured to use a torque reference value as a first input to a first of the at least one table and a ratio of quadrature and direct inductance of the motor less a predetermined value as a second input to the first table to derive an optimum per-unit stator current using the table.
A wireless communication method, comprising: receiving, by a mobile device, a signaling message from a base station for configuring a primary cell and at least one secondary cell , wherein the secondary cell is configured with a bandwidth part and the signaling message includes a first information element including an identifier for the bandwidth part, the first information element further including a second information element for enabling or disabling cross-carrier scheduling for the bandwidth part causing the bandwidth part of the secondary cell to be scheduled by a scheduling cell or the secondary cell ; and performing, by the mobile device, blind decoding in the scheduling cell or the secondary cell to obtain scheduling information with respect to the bandwidth part from the scheduling cell in case that the cross-carrier scheduling is enabled and to obtain the scheduling information from the secondary cell in case that the cross-carrier scheduling is disabled. receiving, by a mobile device, a signaling message from a base station for configuring a primary cell and at least one secondary cell , wherein the secondary cell is configured with a bandwidth part and the signaling message includes a first information element including an identifier for the bandwidth part, the first information element further including a second information element for enabling or disabling cross-carrier scheduling for the bandwidth part causing the bandwidth part of the secondary cell to be scheduled by a scheduling cell or the secondary cell ; and performing, by the mobile device, blind decoding in the scheduling cell or the secondary cell to obtain scheduling information with respect to the bandwidth part from the scheduling cell in case that the cross-carrier scheduling is enabled and to obtain the scheduling information from the secondary cell in case that the cross-carrier scheduling is disabled.
A doped gallium oxide crystalline material, wherein the doped gallium oxide crystalline material is a Group VB element M-doped β-Ga 2 O 3 crystalline material, the doped Group VB element M is vanadium (V), niobium (Nb), tantalum (Ta), or a combination thereof, and the doped gallium oxide crystalline material is adjusted by controlling a doping concentration of the Group VB element M and annealing the doped gallium oxide crystalline material at annealing temperature from 1000 °C to 1200°C for 3-10 hours to have at least one of a resistivity in a range of 2.0×10 -4 to 1×10 4 Ω·cm and a carrier concentration in the range of 5×10 12 to 7×10 20 /cm 3 , wherein a molecular formula of the doped gallium oxide crystalline material is Ga 2(1-x) M 2x O 3 ., and x is defined as 0.000000001≤x≤0.01.
A prosthesis comprising: a first graft component ; a second graft component arranged within the first graft component and coupled thereto, the second graft component having a dog bone shape; a gap arranged between the first graft component and the second graft component ; and a stent structure arranged with the first graft component , wherein the first graft component includes a first mass per area and a first tensile strength, the second graft component includes a second mass per area and a second tensile strength, and at least one of the first mass per area and the first tensile strength are less than the second mass per area and the second tensile strength. a first graft component ; a second graft component arranged within the first graft component and coupled thereto, the second graft component having a dog bone shape; a gap arranged between the first graft component and the second graft component ; and
Procedure for monitoring the condition of a coil with at least two connecting wires (d 1 , d 2 ), wherein said coil is part of a unit designed to determine at least one process variable of a medium in a vessel , wherein said procedure comprises the following steps: - Determination of a target value (R ges,ref ) of an Ohmic total resistance for the coil and the connecting wires (d 1 ,d 2 ), - Application of an electrical excitation signal on the coil and receipt of an electrical reception signal from the coil by means of the two connecting wires (d 1 , d 2 ), - Determination of an actual value (R ges ) of the Ohmic total resistance at least using the reception signal, and - Comparison of the actual value (R ges ) with the target value (R ges,ref ) and determination of a condition indicator using the comparison, - wherein the excitation signal is an alternating signal, wherein a first phase (Φ 1 ) between the excitation signal and the reception signal is determined for at least a first excitation signal with a first predeterminable frequency (f 1 ), and wherein a deviation is determined between the first phase (Φ 1 ) and a target value (Φ ref,1 ) for the first phase, and - in the event that the deviation of the first phase exceeds a first predeterminable limit value, one concludes the presence of at least a shorted coil in the area of the coil . - Determination of a target value (R ges,ref ) of an Ohmic total resistance for the coil and the connecting wires (d 1 ,d 2 ), - Application of an electrical excitation signal on the coil and receipt of an electrical reception signal from the coil by means of the two connecting wires (d 1 , d 2 ), - Determination of an actual value (R ges ) of the Ohmic total resistance at least using the reception signal, and - Comparison of the actual value (R ges ) with the target value (R ges,ref ) and determination of a condition indicator using the comparison, - wherein the excitation signal is an alternating signal, wherein a first phase (Φ 1 ) between the excitation signal and the reception signal is determined for at least a first excitation signal with a first predeterminable frequency (f 1 ), and wherein a deviation is determined between the first phase (Φ 1 ) and a target value (Φ ref,1 ) for the first phase, and - in the event that the deviation of the first phase exceeds a first predeterminable limit value, one concludes the presence of at least a shorted coil in the area of the coil .
A method for recovery of the rare-earth elements from Nd-Fe-B magnet scraps, comprising at least the steps of: a. anodically oxidizing said Nd-Fe-B magnet scraps in an electrochemical reactor which at least comprises an anode formed of said Nd-Fe-B magnet scraps , a cathode and an aqueous liquid electrolyte , wherein the aqueous liquid electrolyte is selected such that during the anodic oxidation said Nd-Fe-B magnet scraps are leached in the electrolyte and Fe metal is deposited on the cathode and wherein a sulfate-citrate aqueous solution is selected as said aqueous liquid electrolyte ; b. after said anodic oxidation step adding Na 2 SO 4 to the electrolyte to precipitate rare-earth elements; and c. filtering said electrolyte to recover the precipitated rare-earth elements in the form of rare-earth-sodium sulfate double salts . a. anodically oxidizing said Nd-Fe-B magnet scraps in an electrochemical reactor which at least comprises an anode formed of said Nd-Fe-B magnet scraps , a cathode and an aqueous liquid electrolyte , wherein the aqueous liquid electrolyte is selected such that during the anodic oxidation said Nd-Fe-B magnet scraps are leached in the electrolyte and Fe metal is deposited on the cathode and wherein a sulfate-citrate aqueous solution is selected as said aqueous liquid electrolyte ; b. after said anodic oxidation step adding Na 2 SO 4 to the electrolyte to precipitate rare-earth elements; and c. filtering said electrolyte to recover the precipitated rare-earth elements in the form of rare-earth-sodium sulfate double salts .
A pair of sliding components having respective sliding faces (S) which slide relative to each other: at least one of the sliding faces (S) is provided with a plurality of dimples ; the dimples include a cone-shaped concave part , wherein a ratio (G/D) of a depth (G) of the concave part and an opening diameter (D) of the concave part is 0.25 to 1, wherein the opening diameter (D) of the cone-shaped concave part is defined as a diameter of a figure formed by intersection of a surface partitioning the wall part and the sliding face (S), characterized in that the dimples include a peripheral edge part which has a dent shallower than the concave part on the outside of a wall part of the concave part , the peripheral edge part consists of an outer peripheral edge part which ranges to the sliding face (S) on the outside of the concave part , a peripheral wall provided in a standing manner in the outer peripheral edge part , and a bottom wall which ranges to the peripheral wall and has a substantially constant depth (δ), and a ratio (E3/D) of a width (E3) of the peripheral edge part and the opening diameter (D) is 0.15 to 0.5. at least one of the sliding faces (S) is provided with a plurality of dimples ; the dimples include a cone-shaped concave part , wherein a ratio (G/D) of a depth (G) of the concave part and an opening diameter (D) of the concave part is 0.25 to 1, wherein the opening diameter (D) of the cone-shaped concave part is defined as a diameter of a figure formed by intersection of a surface partitioning the wall part and the sliding face (S), characterized in that the dimples include a peripheral edge part which has a dent shallower than the concave part on the outside of a wall part of the concave part , the peripheral edge part consists of an outer peripheral edge part which ranges to the sliding face (S) on the outside of the concave part , a peripheral wall provided in a standing manner in the outer peripheral edge part , and a bottom wall which ranges to the peripheral wall and has a substantially constant depth (δ), and a ratio (E3/D) of a width (E3) of the peripheral edge part and the opening diameter (D) is 0.15 to 0.5.
Open and secure system for processing requests for the electronic signature of documents comprising a business application , responsible for creating a signature request for at least one document for a signatory user , said business application being hosted by a requesting entity , the system is characterized in that it allows documents to be signed with a server certificate created on the fly and in that it also comprises a request manager service who hosts signature requests and attached documents; a consent page , generated on the user's browser at the request of the business application ; and an evidence manager service , hosted by a signature provider , collecting the signature proofs; the consent page consisting of an HTML application, by interfacing with a secure identification service of the user , via a new tab on the browser, generates a client key pair , Kclipub, KcliPriv, once the user is authenticated by the identity provider according to the Openld Connect protocol, and when an identification token is obtained at the request of the evidence manager from identity provider in exchange for a code sent by said identity provider to the user , the proof manager is able to validate the identification token, to generate an evidence ID and creating an evidence file, the evidence ID being derived from the identification token such that the evidence creation cannot be replayed; said evidence manager service further comprises a server component hosting the signatory's cryptographic key , and being able to generate a pair of server keys, KservPriv and KservPub, to derive a secret key Ks using the public key of the client, Kclipub and the private key of the server, KservPriv, to generate a public key KPub and a private key, KPriv of the signatory , to create a certificate request, to retrieve a certificate from a certification authority ; that the secret key Ks being used to wrap the private key of the signer by returning the certificate chain and the public key of the server, KservPub to the consent page , said consent page using the private key of the client Kclipriv, and the public key of the server, KservPub is able to derive the secret key Ks, and that the signatory is the only one to have said secret key Ks, necessary to break down his private key Kpriv via said consent page which runs in its web browser, the evidence handler is able to use the private key, KPriv of the signer, unzipped using the secret key ks and generated using request handler , to sign the DTBS value and to add the DTBS values and the signature to the evidence file to create a signature evidence to be stored; the request manager , after having received the proof file in XML format, is able to produce the signed documents and to inform the business application of these documents, the business application being able to recovering the signed documents and the XML proof file using an API key, and after having archived the XML file and the signed documents, the business application being capable of transmitting the signed documents to the signatory .
A method of obtaining a sequence of images of a scene using an electronic imaging device and a flash unit to illuminate the scene wherein the imaging device has a plurality of photosensitive cells arranged in an array to form a frame region, the frame region being composed of a plurality of frame sub-regions, each frame sub-region corresponding to a sub-set of the photosensitive cells each subset of photosensitive cells having a same exposure time duration (ExpL), wherein the exposure of at least some of said frame sub-regions occurs at different times during a total time of exposure of the frame region (ExpF), the method comprising: illuminating the scene being imaged at a plurality of flash events; acquiring (S1402) a set of frames of the scene; and constructing (S1406) a sequence of images each image being constructed from frame sub-regions; characterized in that the time interval (FDly) between consecutive flash events is set, so as to shift temporally from frame to frame the time of occurrence of a flash event with respect to the start of a frame, the time interval (FDly) being set to be equal to the sum of the exposure time duration (ExpL) of a subset of photosensitive cells and the time duration of the flash event (FID). illuminating the scene being imaged at a plurality of flash events; acquiring (S1402) a set of frames of the scene; and constructing (S1406) a sequence of images each image being constructed from frame sub-regions; characterized in that the time interval (FDly) between consecutive flash events is set, so as to shift temporally from frame to frame the time of occurrence of a flash event with respect to the start of a frame, the time interval (FDly) being set to be equal to the sum of the exposure time duration (ExpL) of a subset of photosensitive cells and the time duration of the flash event (FID).
A polyethylene multilayered film comprising an inner layer I, an outer layer O and a core layer C, wherein the core layer C is located between the inner layer I and the outer layer O; and wherein a) the inner layer I is made of an inner layer composition comprising 45 to 75 wt.% of a component AI, based on the total weight of the inner layer composition, wherein the component AI is an ethylene polymer having a density of above 925 kg/m 3 up to 940 kg/m 3 and a melt flow rate (MFR 2 ) in the range of 0.5 to 2.0 g/10 min, determined according to ISO 1133; b) the core layer C is made of a core layer composition comprising less than 90 wt.%, preferably 50 to 85 wt.%, of a component AC, based on the total weight of the core layer composition, wherein the component AC is a high density polyethylene having a density in the range of 950 to 970 kg/m 3 and a melt flow rate (MFR 2 ) in the range of 0.2 to 2.0 g/10 min, determined according to ISO 1133; and c) the outer layer O is made of an outer layer composition comprising a component AO, wherein the component AO is an ethylene polymer having a density of above 925 kg/m 3 up to 940 kg/m 3 and a melt flow rate (MFR 2 ) in the range of 0.5 to 2.0 g/10 min, determined according to ISO 1133. a) the inner layer I is made of an inner layer composition comprising 45 to 75 wt.% of a component AI, based on the total weight of the inner layer composition, wherein the component AI is an ethylene polymer having a density of above 925 kg/m 3 up to 940 kg/m 3 and a melt flow rate (MFR 2 ) in the range of 0.5 to 2.0 g/10 min, determined according to ISO 1133; b) the core layer C is made of a core layer composition comprising less than 90 wt.%, preferably 50 to 85 wt.%, of a component AC, based on the total weight of the core layer composition, wherein the component AC is a high density polyethylene having a density in the range of 950 to 970 kg/m 3 and a melt flow rate (MFR 2 ) in the range of 0.2 to 2.0 g/10 min, determined according to ISO 1133; and c) the outer layer O is made of an outer layer composition comprising a component AO, wherein the component AO is an ethylene polymer having a density of above 925 kg/m 3 up to 940 kg/m 3 and a melt flow rate (MFR 2 ) in the range of 0.5 to 2.0 g/10 min, determined according to ISO 1133.
Use of a technical adhesive tape as a cable wrapping tape for wrapping cables in automobiles, wherein the cable wrapping tape is furnished with a strip-like carrier and with an adhesive coating of adhesive on at least one side of the carrier, wherein further the adhesive coating is furnished with an applied odour control agent for suppressing or at least largely diminishing objectionable odours, wherein further the odour control agent is incorporated in an adhesive preparation as a powder, granulate or in microencapsulated form, and wherein the odour control agent is present in the adhesive in a grammage of at least 0.1 % by weight and not more than 10 % by weight relative to the total mass of the adhesive in question and is selected from the group consisting of activated carbon, zeolite, cyclodextrin and combinations thereof. the cable wrapping tape is furnished with a strip-like carrier and with an adhesive coating of adhesive on at least one side of the carrier, wherein further the adhesive coating is furnished with an applied odour control agent for suppressing or at least largely diminishing objectionable odours, wherein further the odour control agent is incorporated in an adhesive preparation as a powder, granulate or in microencapsulated form, and wherein the odour control agent is present in the adhesive in a grammage of at least 0.1 % by weight and not more than 10 % by weight relative to the total mass of the adhesive in question and is selected from the group consisting of activated carbon, zeolite, cyclodextrin and combinations thereof.
Tire comprising a rubber composition based on at least an elastomer matrix comprising from 50 to 100 phr of one or more copolymers of butadiene and of vinylaromatic monomer, having a content of vinylaromatic units of between 0 and 5% by weight and a Tg within a range extending from -110°C to -70°C ; and a hydrocarbon resin, wherein said hydrocarbon resin is based on a cyclic monomer selected from the group consisting of a distillation cut from a petroleum refinery stream, and/or C 4 , C 5 or C 6 cyclic olefins and mixtures thereof, and wherein the hydrocarbon resin has a content of aromatic protons (H Ar, expressed in mol%), a glass transition temperature (Tg, is expressed in °C), and a number average molecular weight (Mn, expressed in g/mol), determined according to the methods described in the chapter of the description relating to "Test methods useful for the invention", that are represented by H Ar ≤ 6 mol % , Tg ≥ 95 − 2.2 * H Ar , Tg ≥ 125 − 0.08 * Mn .