mhurhangee/patent-ind-claim-en huggingface dataset:
An initial access method for a short-range communication system comprising a controlling device and a controlled device, the controlling device providing communication coverage for communication with a plurality of controlled devices, comprising: acquiring , by a controlled device of the plurality of controlled devices, an initial access resource in the short-range communications ; sending , by the controlled device, initial access information to the controlling device on the initial access resource without preamble, wherein the initial access information comprises an identity of the controlled device; and monitoring , by the controlled device, access feedback information sent by the controlling device, wherein the access feedback information is used for indicating that the controlling device has been successfully accessed by the controlled device; wherein the acquiring , by the controlled device of the plurality of controlled devices, the initial access resource comprises: determining, by the controlled device of the plurality of controlled devices, the initial access resource according to signaling sent by the controlling device, wherein the signaling is used for indicating an initial access resource set corresponding to a plurality of controlled devices, and the initial access resource set comprises the initial access resource. acquiring , by a controlled device of the plurality of controlled devices, an initial access resource in the short-range communications ; sending , by the controlled device, initial access information to the controlling device on the initial access resource without preamble, wherein the initial access information comprises an identity of the controlled device; and monitoring , by the controlled device, access feedback information sent by the controlling device, wherein the access feedback information is used for indicating that the controlling device has been successfully accessed by the controlled device; wherein the acquiring , by the controlled device of the plurality of controlled devices, the initial access resource comprises: determining, by the controlled device of the plurality of controlled devices, the initial access resource according to signaling sent by the controlling device, wherein the signaling is used for indicating an initial access resource set corresponding to a plurality of controlled devices, and the initial access resource set comprises the initial access resource.
An energy dissipation device (1; 100; 400) for a train coupler adapted for absorbing kinetic energy from a collision, the energy dissipation device comprising: - a cylindrical housing (6; 104; 403), in one end having coupling means (14; 106; 405) for coupling the housing in fixed relation to a train coupler, - at least one axially compressible, irreversibly deforming element (7; 8; 9; 401; 402) of steel in the housing, the compressible element(s) extended in coaxial relation with the housing from said one end towards a second end of the housing, - a compression means (10; 406) retractable into the housing via said one end or said second end of the housing, - wherein at least one compressible element (7; 8; 9; 401) is pre-tensioned axially between said retractable compression means (10; 406) and a counter pressure means (11; 407) stationary secured in the housing in axially opposite relation to the retractable compression means in said one end or said second end of the housing, and wherein the retractable compression means has a circular periphery (20; 109) shaped for guidance in non-destructive sliding contact with the inside wall of the housing (6; 104; 403) upon retraction and compression of the compressible element(s) (7; 8; 9; 401; 402), while preserving the integrity of the housing. - a cylindrical housing (6; 104; 403), in one end having coupling means (14; 106; 405) for coupling the housing in fixed relation to a train coupler, - at least one axially compressible, irreversibly deforming element (7; 8; 9; 401; 402) of steel in the housing, the compressible element(s) extended in coaxial relation with the housing from said one end towards a second end of the housing, - a compression means (10; 406) retractable into the housing via said one end or said second end of the housing, - wherein at least one compressible element (7; 8; 9; 401) is pre-tensioned axially between said retractable compression means (10; 406) and a counter pressure means (11; 407) stationary secured in the housing in axially opposite relation to the retractable compression means in said one end or said second end of the housing,
A method for forming a dental attachment placement apparatus , comprising: printing, using a three-dimensional printing apparatus, an attachment , out of an attachment material; and printing, using a three-dimensional printing apparatus, a dental attachment placement structure, comprising a body with an attachment mounting structure , an aperture with the attachment in the aperture and at least one support , said at least one support connecting the attachment to the body to hold the attachment in a particular position, wherein the support is configured to be broken at or near a location where the support and attachment are connected, and wherein printing the dental attachment placement structure includes printing one surface of the dental attachment placement structure with a contour that will mate with a corresponding contour of an exterior surface of a tooth. printing, using a three-dimensional printing apparatus, an attachment , out of an attachment material; and printing, using a three-dimensional printing apparatus, a dental attachment placement structure, comprising a body with an attachment mounting structure , an aperture with the attachment in the aperture and at least one support , said at least one support connecting the attachment to the body to hold the attachment in a particular position, wherein the support is configured to be broken at or near a location where the support and attachment are connected, and wherein printing the dental attachment placement structure includes printing one surface of the dental attachment placement structure with a contour that will mate with a corresponding contour of an exterior surface of a tooth.
A measuring system, which comprises an impedance measuring chip , an impedance reading device , a power supply module and a load circuit ; wherein, the impedance measuring chip , connected between the power supply module and the load circuit , is configured to output an excitation voltage to the load circuit , receive a current returned by the load circuit , calculate an impedance of the load circuit based on the excitation voltage and the current returned by the load circuit , and output the impedance to the impedance reading device ; and the impedance reading device is configured to read the impedance calculated by the impedance measuring chip , characterised in that a frequency of the excitation voltage is a frequency corresponding to a noise peak of the power supply module . the impedance measuring chip , connected between the power supply module and the load circuit , is configured to output an excitation voltage to the load circuit , receive a current returned by the load circuit , calculate an impedance of the load circuit based on the excitation voltage and the current returned by the load circuit , and output the impedance to the impedance reading device ; and the impedance reading device is configured to read the impedance calculated by the impedance measuring chip , characterised in that a frequency of the excitation voltage is a frequency corresponding to a noise peak of the power supply module .
Electronics module , having: a carrier plate ; a printed circuit board with conductor tracks arranged on it; at least one electronics component ; wherein the electronics component is electrically connected to conductor tracks of the printed circuit board by means of press contacts ; characterized in that at least subregions of the electronics component have a base , wherein a distance between the carrier plate and the printed circuit board corresponds to a thickness of the base and the base is clamped between the carrier plate and the printed circuit board in such a way that the electronics component is secured in a direction transverse to the carrier plate by way of a positively locking connection; and regions of conductor tracks of the printed circuit board are covered by a cured liquid-processable layer adjoining one of the press contacts , and wherein the printed circuit board has an opening and the electronics component projects through the opening . a carrier plate ; a printed circuit board with conductor tracks arranged on it; at least one electronics component ; wherein the electronics component is electrically connected to conductor tracks of the printed circuit board by means of press contacts ; characterized in that at least subregions of the electronics component have a base , wherein a distance between the carrier plate and the printed circuit board corresponds to a thickness of the base and the base is clamped between the carrier plate and the printed circuit board in such a way that the electronics component is secured in a direction transverse to the carrier plate by way of a positively locking connection; and regions of conductor tracks of the printed circuit board are covered by a cured liquid-processable layer adjoining one of the press contacts , and wherein the printed circuit board has an opening and the electronics component projects through the opening .
Process for manufacturing a nitrile compound through chain elongation of an alkylene amine compound containing three or more amine units in which at least two amine units are protected by a cyclic urea unit and at least one amine unit is not protected, by reacting the at least one amine unit that is not protected with glycolonitrile or with the combination of formaldehyde and a cyanide compound selected from HCN and inorganic cyanide salts, to add at least one acetonitrile group to the at least one amine unit that is not protected.
A seal support structure for a gas path seal disposed downstream of a blade rotor and a hammerhead cover plate in a turbomachine, comprising; an annular mounting portion shaped to mount to an inner case of a turbomachine and having a seal mount attached thereto; and a cylindrical leg portion (203; 403; 603) disposed on the mounting portion extending axially from the mounting portion, wherein the cylindrical leg portion includes: a radially extending flange that extends from an end of the cylindrical leg portion, and characterised by a windage shield (307; 407; 607) extending in a radial direction from the cylindrical leg portion to contact an underside of the seal mount with a curved end portion (407b; 607a); wherein the windage shield is annular, and wherein an oil weep aperture is defined in the annular mounting portion and/or the cylindrical leg portion to prevent pooling behind the windage shield. an annular mounting portion shaped to mount to an inner case of a turbomachine and having a seal mount attached thereto; and a cylindrical leg portion (203; 403; 603) disposed on the mounting portion extending axially from the mounting portion, wherein the cylindrical leg portion includes: a radially extending flange that extends from an end of the cylindrical leg portion, and characterised by a windage shield (307; 407; 607) extending in a radial direction from the cylindrical leg portion to contact an underside of the seal mount with a curved end portion (407b; 607a); a radially extending flange that extends from an end of the cylindrical leg portion, and characterised by a windage shield (307; 407; 607) extending in a radial direction from the cylindrical leg portion to contact an underside of the seal mount with a curved end portion (407b; 607a); wherein the windage shield is annular, and wherein an oil weep aperture is defined in the annular mounting portion and/or the cylindrical leg portion to prevent pooling behind the windage shield.
Method for determining a functional magnetic resonance data set of an imaging region of a brain of a patient, wherein blood oxygenation level dependent functional magnetic resonance imaging is used, comprising the steps of - using a plurality of reception coils , acquiring (S1) magnetic resonance signals using parallel imaging and a magnetic resonance sequence defining a k-space trajectory, wherein undersampling in at least two k-space directions is performed, - reconstructing (S2) the functional magnetic resonance data set from the magnetic resonance signals and sensitivity information regarding the plurality of reception coils using a reconstruction technique for undersampled magnetic resonance data, wherein the k-space trajectory is chosen as a wave-CAIPI EPI trajectory by using sinusoidal gradient pulses with a quarter cycle phase shift in the phase encoding direction and the slice select direction combined with interslice shifts and EPI readout to allow controlled aliasing in all three spatial dimensions including the readout direction, and characterized in that a low rank plus sparse reconstruction technique is used as the reconstruction technique, wherein the dynamic magnetic resonance data as a space-time matrix is assumed as a linear superposition of a highly spatially and temporally correlated image background matrix and a sparse dynamic information matrix. - using a plurality of reception coils , acquiring (S1) magnetic resonance signals using parallel imaging and a magnetic resonance sequence defining a k-space trajectory, wherein undersampling in at least two k-space directions is performed, - reconstructing (S2) the functional magnetic resonance data set from the magnetic resonance signals and sensitivity information regarding the plurality of reception coils using a reconstruction technique for undersampled magnetic resonance data,
A mirror assembly for a vehicle, the assembly including a casing , a base plate fixed in the casing and a receiving plate rotatably attached to the base plate ; a mirror plate having a mirror glass secured on a mounting plate ; the mirror assembly further having attachment means interposed between said receiving plate and said mirror plate , said attachment means having a first part provided in the mirror plate and a second part provided in the receiving plate , said first part having at least one centering element and at least one releasable locking element, and said second part having at least one second complementary centering element configured to receive the said first centering element and at least one opening configured to receive the said at least one locking element ' the at least one releasable locking element including a resilient clip engageable into the at least one opening . characterised in that the resilient clip is positioned on an edge of the receiving plate and in that the casing includes a flexible tap configured to bias the resilient clip into an unlocked position. said first part having at least one centering element and at least one releasable locking element, and said second part having at least one second complementary centering element configured to receive the said first centering element and at least one opening configured to receive the said at least one locking element '
A head restraint guide sleeve comprising: a generally cylindrical sidewall ; and an elongated finger at least partially coupled to the generally cylindrical sidewall along a first side of the elongated finger and continuously disconnected from the generally cylindrical sidewall along the remaining sides thereof, wherein at least a portion of the elongated finger is canted towards a central axis of the generally cylindrical sidewall , wherein the elongated finger comprises a plurality of elongated fingers spaced apart around the generally cylindrical sidewall in a circumferential direction, characterized in that the plurality of elongated fingers are disposed in at least two circumferentially extending rows. a generally cylindrical sidewall ; and an elongated finger at least partially coupled to the generally cylindrical sidewall along a first side of the elongated finger and continuously disconnected from the generally cylindrical sidewall along the remaining sides thereof, wherein at least a portion of the elongated finger is canted towards a central axis of the generally cylindrical sidewall , wherein the elongated finger comprises a plurality of elongated fingers spaced apart around the generally cylindrical sidewall in a circumferential direction, characterized in that the plurality of elongated fingers are disposed in at least two circumferentially extending rows.
A method for performing public land mobile network, PLMN, selection by a user equipment, UE, in a dual registration mode, the method comprising: registering, by the UE, on a registered PLMN, RPLMN, for receiving first wireless technology services, wherein the UE is dual registration capable; detecting, by the UE, unavailability of second wireless technology services in at least one of the RPLMN and an equivalent PLMN, EqPLMN; starting, by the UE, a periodic timer in response to detecting the unavailability of the second wireless technology services in at least one of the RPLMN and the EqPLMN; and performing, by the UE, a PLMN selection based on a PLMN scan after an expiry of the periodic timer by performing one of: registering to one of the RPLMN and the EqPLMN in the dual registration mode to receive the second wireless technology services, when the second wireless technology services is available in at least one of the RPLMN and the EqPLMN, and performing another PLMN scan for the first wireless technology services and the second wireless technology services, when the second wireless technology services is unavailable in at least one of the RPLMN and the EqPLMN. registering, by the UE, on a registered PLMN, RPLMN, for receiving first wireless technology services, wherein the UE is dual registration capable; detecting, by the UE, unavailability of second wireless technology services in at least one of the RPLMN and an equivalent PLMN, EqPLMN; starting, by the UE, a periodic timer in response to detecting the unavailability of the second wireless technology services in at least one of the RPLMN and the EqPLMN; and performing, by the UE, a PLMN selection based on a PLMN scan after an expiry of the periodic timer by performing one of: registering to one of the RPLMN and the EqPLMN in the dual registration mode to receive the second wireless technology services, when the second wireless technology services is available in at least one of the RPLMN and the EqPLMN, and performing another PLMN scan for the first wireless technology services and the second wireless technology services, when the second wireless technology services is unavailable in at least one of the RPLMN and the EqPLMN. registering to one of the RPLMN and the EqPLMN in the dual registration mode to receive the second wireless technology services, when the second wireless technology services is available in at least one of the RPLMN and the EqPLMN, and performing another PLMN scan for the first wireless technology services and the second wireless technology services, when the second wireless technology services is unavailable in at least one of the RPLMN and the EqPLMN.
A method for preparing a polypeptide product expressed from a polynucleotide construct comprising the nucleic acid sequence of SEQ ID NO: 7 or a nucleic acid sequence encoding an amino acid sequence having at least 90% sequence identity to the amino acid sequence encoded by SEQ ID NO: 7, comprising: i) adding a detergent to a sample that contains a polypeptide product expressed from the polynucleotide construct; and ii) purifying the encoded antidote protein through: a) a soybean trypsin inhibitor (STI)-based affinity chromatograph, b) an ion exchange and mixed mode chromatograph, and c) a hydrophobic interaction chromatograph; thereby preparing a purified sample comprising the polypeptide product. i) adding a detergent to a sample that contains a polypeptide product expressed from the polynucleotide construct; and ii) purifying the encoded antidote protein through: a) a soybean trypsin inhibitor (STI)-based affinity chromatograph, b) an ion exchange and mixed mode chromatograph, and c) a hydrophobic interaction chromatograph; a) a soybean trypsin inhibitor (STI)-based affinity chromatograph, b) an ion exchange and mixed mode chromatograph, and c) a hydrophobic interaction chromatograph;
A method of producing a mixture of hydrocarbon ketones, comprising contacting acetone and at least two or more primary alcohols with catalyst and optionally base to produce a mixture of hydrocarbon ketones, wherein the catalyst comprises Pd, Cu, and hydrotalcite (HT).
A photonic device comprising: a photonic device substrate; and a crosslinked polymer film of a color filter on the photonic device substrate, the crosslinked polymer film comprising: 50 wt.% to 90 wt.% polymer chains comprising polymerized di(meth)acrylate monomers, or a combination of polymerized di(meth)acrylate monomers and mono(meth)acrylate monomers; 4 wt.% to 10 wt.% polymerized multifunctional (meth)acrylate monomers crosslinking the polymer chains; and 5 wt.% to 50 wt.% quantum dots. a photonic device substrate; and a crosslinked polymer film of a color filter on the photonic device substrate, the crosslinked polymer film comprising: 50 wt.% to 90 wt.% polymer chains comprising polymerized di(meth)acrylate monomers, or a combination of polymerized di(meth)acrylate monomers and mono(meth)acrylate monomers; 4 wt.% to 10 wt.% polymerized multifunctional (meth)acrylate monomers crosslinking the polymer chains; and 5 wt.% to 50 wt.% quantum dots. 50 wt.% to 90 wt.% polymer chains comprising polymerized di(meth)acrylate monomers, or a combination of polymerized di(meth)acrylate monomers and mono(meth)acrylate monomers; 4 wt.% to 10 wt.% polymerized multifunctional (meth)acrylate monomers crosslinking the polymer chains; and 5 wt.% to 50 wt.% quantum dots.
A seal system comprising: a first seal configured to couple to a first thrust reverser portion , the first seal having a first cross-sectional shape; and a second seal configured to couple to a second thrust reverser portion opposite the first seal, the second seal having a second cross-sectional shape different than the first cross-sectional shape, the second seal having a concave portion characterized in that said concave portion is configured to at least partially collapse and wrap around at least a portion of the first seal in response to the first seal engaging the second seal. a first seal configured to couple to a first thrust reverser portion , the first seal having a first cross-sectional shape; and a second seal configured to couple to a second thrust reverser portion opposite the first seal, the second seal having a second cross-sectional shape different than the first cross-sectional shape, the second seal having a concave portion characterized in that said concave portion is configured to at least partially collapse and wrap around at least a portion of the first seal in response to the first seal engaging the second seal.