mhurhangee/patent-ind-claim-en huggingface dataset:
Device for forming a thickened head on a head end of a metal rod element , which device is provided with: • a clamping device for clamping the metal rod element , whilst leaving an end portion having the head end free, • a deformation body for the plastic deformation of the end portion of the metal rod element in order to form the thickened head , • a drive device for driving the deformation body , characterized in that the drive device is provided with: • a drive unit , • a transmission element drivably connected to the drive unit , which transmission element is pivotable about a pivot axis and is provided with a cam track , • a lever arm , which at one end abuts against the cam track of the transmission element and at an opposite end is provided with the deformation body , which lever arm is hingeable about a hinge axis running substantially parallel to the pivot axis . • a clamping device for clamping the metal rod element , whilst leaving an end portion having the head end free, • a deformation body for the plastic deformation of the end portion of the metal rod element in order to form the thickened head , • a drive device for driving the deformation body , • a drive unit , • a transmission element drivably connected to the drive unit , which transmission element is pivotable about a pivot axis and is provided with a cam track , • a lever arm , which at one end abuts against the cam track of the transmission element and at an opposite end is provided with the deformation body , which lever arm is hingeable about a hinge axis running substantially parallel to the pivot axis .
An in vitro method for preparing a non-human tissue matrix for transplantation, comprising: contacting a collagen-containing tissue matrix with an isolated Trichoderma reesei or Clostridium cellulyticum alpha-galactosidase in an amount and for a time sufficient to remove an α-gal epitope from the tissue matrix, thereby preparing the tissue matrix for transplantation into a human patient.
A connecting arrangement , comprising: a) a bolt including a fastening portion at one end thereof, the fastening portion including one or more grooves , whose circumference is differentiable between two portions; b) a cotter including at least two parts and including an essentially conical shape on the outer side and a axial bore when the at least two parts are put together, wherein the axial bore provides one or more convex cuts on the inner side of the bore, wherein the convex cuts are adapted for fitting with the one or more grooves of the fastening portion of the bolt; c) at least one first support block including a thread on the outer side; d) at least one second support block including a thread on the outer side, wherein the at least one second support block is on the inner side adapted for fitting to the conical shape of the cotter ; and e) a fastener including a thread on the inner side, wherein the fastener is adapted for being screwed on the first and second support blocks ; f) wherein, when the bolt is inserted into a component part , the first support block is placed around the bolt in a position below the fastening portion of the bolt and the second support block is placed above the first support block , in the direction of a center line of bolt , and, the cotter is placed around the bolt so that the convex cuts of the cotter fit with the grooves of the fastening portion of the bolt . a) a bolt including a fastening portion at one end thereof, the fastening portion including one or more grooves , whose circumference is differentiable between two portions; b) a cotter including at least two parts and including an essentially conical shape on the outer side and a axial bore when the at least two parts are put together, wherein the axial bore provides one or more convex cuts on the inner side of the bore, wherein the convex cuts are adapted for fitting with the one or more grooves of the fastening portion of the bolt; c) at least one first support block including a thread on the outer side; d) at least one second support block including a thread on the outer side, wherein the at least one second support block is on the inner side adapted for fitting to the conical shape of the cotter ; and e) a fastener including a thread on the inner side, wherein the fastener is adapted for being screwed on the first and second support blocks ; f) wherein, when the bolt is inserted into a component part , the first support block is placed around the bolt in a position below the fastening portion of the bolt and the second support block is placed above the first support block , in the direction of a center line of bolt , and, the cotter is placed around the bolt so that the convex cuts of the cotter fit with the grooves of the fastening portion of the bolt .
A brake carrier casting having a first side portion spaced from a second side portion thereby defining a plane (P) of a brake rotor, and an axis of rotation (A) of a brake rotor, the first side portion being connected to the second side portion by a first bridge , the first side portion being connected to the second side portion by a second bridge space from the first bridge , the first side portion , second side portion , first bridge and second bridge defining an opening the brake carrier casting , the brake carrier casting having a casting joint line around an internal surface of the brake carrier casting the internal surface including a surface of the first side portion facing the opening , a surface of the second side portion facing the opening , a surface of the first bridge facing the opening , and a surface of the second bridge facing the opening , the casting joint line having a first joint line portion on the surface of the first side portion facing the opening , a second joint line portion on the surface of the first bridge facing the opening , a third joint line portion connecting an end of the first joint line portion to an end of the second joint line portion , and a fourth joint line portion connecting the end of the first joint line portion to the end of the second joint line portion , wherein a section of the third joint line portion and/or a section of the fourth joint line portion is/are spaced from the surface of the first side portion facing the opening and is/are spaced from the surface of the first bridge facing the opening . the brake carrier casting having a casting joint line around an internal surface of the brake carrier casting the internal surface including a surface of the first side portion facing the opening , a surface of the second side portion facing the opening , a surface of the first bridge facing the opening , and a surface of the second bridge facing the opening , the casting joint line having a first joint line portion on the surface of the first side portion facing the opening , a second joint line portion on the surface of the first bridge facing the opening , a third joint line portion connecting an end of the first joint line portion to an end of the second joint line portion , and a fourth joint line portion connecting the end of the first joint line portion to the end of the second joint line portion , wherein a section of the third joint line portion and/or a section of the fourth joint line portion is/are spaced from the surface of the first side portion facing the opening and is/are spaced from the surface of the first bridge facing the opening .
A sanitary washing apparatus comprising: a body configured to be placed on a toilet bowl ; a foam generator configured to generate washing foam; a spray nozzle configured to spray at least one of washing water and the washing foam onto an inner surface of the toilet bowl ; and a spray nozzle driver configured to rotate an orientation of an outlet orifice of the spray nozzle ; wherein the foam generator comprises: a foam tank ; a detergent tank ; and a detergent pump configured to supply detergent in the detergent tank to the foam tank , characterized by a control unit configured to control at least an operation of the spray nozzle driver and to operate the detergent pump of the foam generator intermittently while the washing foam is being sprayed from the outlet orifice of the spray nozzle into the toilet bowl . a body configured to be placed on a toilet bowl ; a foam generator configured to generate washing foam; a spray nozzle configured to spray at least one of washing water and the washing foam onto an inner surface of the toilet bowl ; and a spray nozzle driver configured to rotate an orientation of an outlet orifice of the spray nozzle ; wherein the foam generator comprises: a foam tank ; a detergent tank ; and a detergent pump configured to supply detergent in the detergent tank to the foam tank , characterized by a foam tank ; a detergent tank ; and a detergent pump configured to supply detergent in the detergent tank to the foam tank , characterized by a control unit configured to control at least an operation of the spray nozzle driver and to operate the detergent pump of the foam generator intermittently while the washing foam is being sprayed from the outlet orifice of the spray nozzle into the toilet bowl .
Method for coupling a first sensor as a master sensor to at least one second sensor as a slave sensor, wherein the method comprises the following steps: transmitting a first signal from the first sensor to the at least one second sensor ; providing a second signal by means of the second sensor in response to the first signal, wherein the second signal contains a measured value from the second sensor ; and outputting a third signal to a control device by means of the first sensor , wherein the third signal contains at least one measured value from the first sensor , characterized in that the first signal has a different data format to the third signal, wherein the first signal is transmitted by means of an SPI bus and the third signal is transmitted by means of a PSI or CAN bus . transmitting a first signal from the first sensor to the at least one second sensor ; providing a second signal by means of the second sensor in response to the first signal, wherein the second signal contains a measured value from the second sensor ; and outputting a third signal to a control device by means of the first sensor , wherein the third signal contains at least one measured value from the first sensor , characterized in that the first signal has a different data format to the third signal, wherein the first signal is transmitted by means of an SPI bus and the third signal is transmitted by means of a PSI or CAN bus .
A communication method performed by a user equipment, UE, to receive a paging message, the communication method comprising: registering to a stand-alone non-public network, SNPN,; transmitting, to a session management function, SMF, of the SNPN or an access and mobility management function, AMF, of the SNPN, a protocol data unit, PDU, session establishment request message for requesting subscription to a notification service for receiving a paging message of a public land mobile network, PLMN; registering to the PLMN through the SNPN and a non-3GPP inter-working function, N3IWF, of the PLMN; in a case where a paging event occurs when the UE is in an idle state in the PLMN, receiving the paging message from the AMF of the SNPN having received a notification message based on the notification service; and performing a service request procedure based on the paging message. registering to a stand-alone non-public network, SNPN,; transmitting, to a session management function, SMF, of the SNPN or an access and mobility management function, AMF, of the SNPN, a protocol data unit, PDU, session establishment request message for requesting subscription to a notification service for receiving a paging message of a public land mobile network, PLMN; registering to the PLMN through the SNPN and a non-3GPP inter-working function, N3IWF, of the PLMN; in a case where a paging event occurs when the UE is in an idle state in the PLMN, receiving the paging message from the AMF of the SNPN having received a notification message based on the notification service; and performing a service request procedure based on the paging message.
A process for preparing an aqueous polymer dispersion having a polymodal particle distribution of the polymer particles, with a first population of large polymer particles and a second population of small polymer particles, by radically initiated aqueous emulsion polymerization, which comprises polymerizing (a) 40 to 75 parts by weight of at least one vinylaromatic compound, (b) 24.9 to 59.9 parts by weight of at least one conjugated aliphatic diene, (c) 0.1 to 10 parts by weight of at least one monomer containing acid groups, and (d) 0 to 20 parts by weight of at least one other monoethylenically unsaturated monomer, where the amounts of the monomers (a) to (d) add up to 100 parts by weight, in an aqueous medium by a monomer feed process, with the proviso that - monomers and emulsifier are metered continuously and - following a period P1, when 15 to 30% of the total monomer metering time has elapsed and 15 to 30 wt% of the total monomer amount has been metered in, the metering rate of the emulsifier is increased for a period P2 lasting no longer than 30 minutes to 10 to 100 times the average metering rate of the emulsifier in the period P1. (a) 40 to 75 parts by weight of at least one vinylaromatic compound, (b) 24.9 to 59.9 parts by weight of at least one conjugated aliphatic diene, (c) 0.1 to 10 parts by weight of at least one monomer containing acid groups, and (d) 0 to 20 parts by weight of at least one other monoethylenically unsaturated monomer, where the amounts of the monomers (a) to (d) add up to 100 parts by weight, in an aqueous medium by a monomer feed process, with the proviso that - monomers and emulsifier are metered continuously and - following a period P1, when 15 to 30% of the total monomer metering time has elapsed and 15 to 30 wt% of the total monomer amount has been metered in, the metering rate of the emulsifier is increased for a period P2 lasting no longer than 30 minutes to 10 to 100 times the average metering rate of the emulsifier in the period P1. - monomers and emulsifier are metered continuously and - following a period P1, when 15 to 30% of the total monomer metering time has elapsed and 15 to 30 wt% of the total monomer amount has been metered in, the metering rate of the emulsifier is increased for a period P2 lasting no longer than 30 minutes to 10 to 100 times the average metering rate of the emulsifier in the period P1.
A can end conversion system comprising: a housing assembly ; a drive assembly including a motor ; a plurality of press units , each press unit including a number of elongated sets of lanes , a drive assembly , a number of crankshafts , and a number of associated first tooling assemblies and second tooling assemblies ; said drive assembly motor operatively coupled to each crankshaft ; each crankshaft operatively coupled to an associated first tooling assembly ; each first tooling assembly movably coupled to said housing assembly ; each second tooling assembly coupled to said housing assembly ; wherein rotation of each crankshaft moves an associated first tooling assembly between a first position, wherein the first tooling assembly is spaced from the associated second tooling assembly , and a second position, wherein the first tooling assembly is adjacent the associated second tooling assembly ; characterised in that ; at least one of said first tooling assembly and said second tooling assembly includes a number of kiss blocks ; each said kiss block subjected to a compressive force as said first tooling assembly moves into said second position; wherein in operation said compressive force causes each said kiss block to deflect; and said kiss block deflection is between about 0.0025 and 0.010cm (0.001 and 0.004 inch). a housing assembly ; a drive assembly including a motor ; a plurality of press units , each press unit including a number of elongated sets of lanes , a drive assembly , a number of crankshafts , and a number of associated first tooling assemblies and second tooling assemblies ; said drive assembly motor operatively coupled to each crankshaft ; each crankshaft operatively coupled to an associated first tooling assembly ; each first tooling assembly movably coupled to said housing assembly ; each second tooling assembly coupled to said housing assembly ; wherein rotation of each crankshaft moves an associated first tooling assembly between a first position, wherein the first tooling assembly is spaced from the associated second tooling assembly , and a second position, wherein the first tooling assembly is adjacent the associated second tooling assembly ; characterised in that ; at least one of said first tooling assembly and said second tooling assembly includes a number of kiss blocks ; each said kiss block subjected to a compressive force as said first tooling assembly moves into said second position; wherein in operation said compressive force causes each said kiss block to deflect; and said kiss block deflection is between about 0.0025 and 0.010cm (0.001 and 0.004 inch).
A method of wireless communications by a user equipment, UE in a New Radio, NR, network , comprising: receiving a downlink control information, DCI having one or more fields to convey command or allocation information for multiple component carriers, CCs; and taking at least one action with regard to the multiple CCs in accordance with the command or allocation information, wherein: the one or more fields convey a command to activate search spaces in the multiple CCs; and taking the action comprises monitoring the search spaces in the multiple CCs for control channel information and wherein the DCI comprises: one or more common information fields for carrying information that applies to each of the multiple CCs; and one or more dedicated information fields for carrying information that applies only to a corresponding one of the CCs. receiving a downlink control information, DCI having one or more fields to convey command or allocation information for multiple component carriers, CCs; and taking at least one action with regard to the multiple CCs in accordance with the command or allocation information, wherein: the one or more fields convey a command to activate search spaces in the multiple CCs; and taking the action comprises monitoring the search spaces in the multiple CCs for control channel information and wherein the DCI comprises: one or more common information fields for carrying information that applies to each of the multiple CCs; and one or more dedicated information fields for carrying information that applies only to a corresponding one of the CCs. the one or more fields convey a command to activate search spaces in the multiple CCs; and taking the action comprises monitoring the search spaces in the multiple CCs for control channel information and wherein the DCI comprises: one or more common information fields for carrying information that applies to each of the multiple CCs; and one or more dedicated information fields for carrying information that applies only to a corresponding one of the CCs. one or more common information fields for carrying information that applies to each of the multiple CCs; and one or more dedicated information fields for carrying information that applies only to a corresponding one of the CCs.
System for supplying electrical energy to at least one propulsion and/or non-propulsion electrical load of an aircraft, this system comprising a main source of electrical energy connected to said at least one electrical load through an electrical network , the system being characterized in that it comprises a control device connected to said main source of electrical energy and configured to deliver a variable voltage level on said electrical network based on a predetermined voltage variation law depending on at least one parameter characterizing the altitude of the aircraft and according to the Paschen law with a predefined margin .
A collapsible formwork element , the element including: a pair of opposing side wall panels each formed of extruded material; and at least one connector member extending between the side wall panels, the at least one connector member formed of extruded material, wherein the at least one connector member includes a centre panel between a pair of hinged ends provided by hinge portions in the connector member , wherein the hinged ends are engaged with the side wall panels such that the element is movable between an expanded configuration, wherein the opposing panels are spaced apart, and a collapsed configuration, wherein the opposing panels are relatively closer together, and, on expansion into the expanded configuration, the formwork element is mechanically maintained in the expanded configuration, and characterized in that the at least one connector member is produced via co-extrusion with a first extrusion material forming the hinge portions and a second extrusion material forming the remainder of the connector member wherein the material of the hinge portions is more flexible than the material of the remainder of the connector member, which is substantially rigid, so as to provide a hinge type action. a pair of opposing side wall panels each formed of extruded material; and at least one connector member extending between the side wall panels, the at least one connector member formed of extruded material, wherein the at least one connector member includes a centre panel between a pair of hinged ends provided by hinge portions in the connector member , wherein the hinged ends are engaged with the side wall panels such that the element is movable between an expanded configuration, wherein the opposing panels are spaced apart, and a collapsed configuration, wherein the opposing panels are relatively closer together, and, on expansion into the expanded configuration, the formwork element is mechanically maintained in the expanded configuration, and characterized in that the at least one connector member is produced via co-extrusion with a first extrusion material forming the hinge portions and a second extrusion material forming the remainder of the connector member wherein the material of the hinge portions is more flexible than the material of the remainder of the connector member, which is substantially rigid, so as to provide a hinge type action.
A multilayer composition comprising a first layer which is a chemically cross-linked gel composition comprising a hydrophobic material, preferably a perfume, and a second layer, characterized in that said chemically cross-linked gel composition has an average correlation length of less than 8 nm as measured using Small Angle X-Ray Scattering (SAXS) using: - a HECUS, S3-MICRO Kratky-type camera calibrated using silver behenate (d = 58.38 Å), kept under vacuum, and equipped with a position sensitive, 50M OED detector comprising of 1024 channels, 54 μm in width, and - an ultra-brilliant point microfocus X-ray source (GENIX-Fox 3D, Xenocs, Grenoble) providing Cu Kα radiation with a wavelength, λ, of 1.542 Å at a maximum power of 50 W, wherein the sample-to-detector distance is 281 mm, the measurements are performed at a temperature of 25°C and controlled by a Peltier element with an accuracy of 0.1°C. - a HECUS, S3-MICRO Kratky-type camera calibrated using silver behenate (d = 58.38 Å), kept under vacuum, and equipped with a position sensitive, 50M OED detector comprising of 1024 channels, 54 μm in width, and - an ultra-brilliant point microfocus X-ray source (GENIX-Fox 3D, Xenocs, Grenoble) providing Cu Kα radiation with a wavelength, λ, of 1.542 Å at a maximum power of 50 W,