mhurhangee/patent-ind-claim-en huggingface dataset:
Connection component for load-bearing, vertical connection of building parts, having a thermally insulating main body which has two oppositely located contact faces for connection to the building parts, and having at least one compression element which is inserted into the thermally insulating main body and passes through the latter substantially from one contact face to the other, wherein the compression element is made at least partly of a pourable, curable material , especially concrete, and has, at least in some regions, an outer casing comprising a sleeve made from steel or from a fibre-reinforced composite material, characterised in that the outer casing is recessed in the region of oppositely located end faces of the compression element which serve for the introduction of pressure.
A nanofiber nonwoven product comprising a polyamide with a Relative Viscosity of from 30-300 determined in accordance with method ASTM D789 using a solution of 8.4 % by weight of the polyamide in a solvent comprising 10 % by weight of water and 90 % by weight of formic acid which polyamide is centrifugally solution-spun into nanofibers at a spinneret rotational speed of at least 5000 rpm and is converted into a nonwoven product with an average nanofiber diameter of less than 1000 nanometers, and a basis weight greater than 1 gm/m 2 .
A variant adeno-associated virus (AAV) capsid protein comprising a heterologous peptide with a length of 7, 8, 9, 10 or 11 amino acids covalently inserted in the GH-loop of the capsid protein relative to a corresponding parental AAV capsid protein, wherein the peptide insertion comprises the amino acid sequence ISDQTKH (SEQ ID NO:14).
A method for analyzing ions of a selected mobility range using a trapped ion mobility separator comprising an accumulation unit and a scan unit , comprising the steps: (a) collecting ions over a range of mobilities in the accumulation unit by blowing ions by a gas flow onto a ramp of an electric field profile along the z-axis of said trapped ion mobility separator ; (b) transferring ions from the accumulation unit into the scan unit wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the scan unit are adjusted such that transferred ions having a mobility lower than a first value are not stored in the scan unit and transferred ions having a mobility higher than the predetermined value are stored in the scan unit and wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the accumulation unit are adjusted such that ions which are collected in the accumulation unit and have a mobility higher than a second value, said second value being higher than the first value, remain stored in the accumulation unit ; (c) separating the stored ions of the selected mobility range according to mobility by lowering the profile voltage of the scan unit ; and (d) analyzing ions of the selected mobility range. (a) collecting ions over a range of mobilities in the accumulation unit by blowing ions by a gas flow onto a ramp of an electric field profile along the z-axis of said trapped ion mobility separator ; (b) transferring ions from the accumulation unit into the scan unit wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the scan unit are adjusted such that transferred ions having a mobility lower than a first value are not stored in the scan unit and transferred ions having a mobility higher than the predetermined value are stored in the scan unit and wherein voltages used to generate a ramp of an electric field profile along the z-axis of said trapped ion mobility separator in the accumulation unit are adjusted such that ions which are collected in the accumulation unit and have a mobility higher than a second value, said second value being higher than the first value, remain stored in the accumulation unit ; (c) separating the stored ions of the selected mobility range according to mobility by lowering the profile voltage of the scan unit ; and (d) analyzing ions of the selected mobility range.
A remote user interface for connection with an audiologic test apparatus with an ear probe for audiologic testing of a patient, comprising a remote user interface housing accommodating a first mechanically non-latching switch for alternating selection of one of the right ear and left ear of a patient for testing with the audiologic test apparatus, wherein the remote user interface housing is different from a housing of the audiologic test apparatus; and wherein the remote user interface housing is configured for mechanical connection with the ear probe of the audiologic test apparatus in such a way that the remote user interface will be located proximate the patient during the audiologic testing of the patient, and characterized in that the remote user interface housing accommodates a second mechanically non-latching switch configured for controlling start and stop of testing with the audiologic test apparatus. a remote user interface housing accommodating a first mechanically non-latching switch for alternating selection of one of the right ear and left ear of a patient for testing with the audiologic test apparatus, wherein the remote user interface housing is different from a housing of the audiologic test apparatus; and wherein the remote user interface housing is configured for mechanical connection with the ear probe of the audiologic test apparatus in such a way that the remote user interface will be located proximate the patient during the audiologic testing of the patient, and characterized in that the remote user interface housing accommodates a second mechanically non-latching switch configured for controlling start and stop of testing with the audiologic test apparatus.
Connector for joining together two riser portions, having a first main tube element extended by a male connector element , a second main tube element extended by a female connector element , the male connector element fitting in said female connector element in order to connect said two main tube elements , said connector comprising means for locking said assembly that include a locking ring disposed around said main tube elements , said locking ring being juxtaposed with the fitting zone of said male connector element in said female connector element , said locking ring comprising a first set of lugs and a second set of lugs on its inner surface, and said male connector element and female connector element respectively having, on their outer face, a third set of lugs and a fourth set of lugs that cooperate with said first set of lugs and second set of lugs , respectively, in order to form two bayonet-type connections, the lugs of the first set of lugs and second set of lugs protruding over identical angular ranges, each set of lugs having at least one row of lugs, characterized in that said locking means also comprise at least one removable pin that is arranged in said locking ring and cooperates with a lug of said third set of lugs or said fourth set of lugs in order to prevent said locking ring from moving in translation with respect to said male connector element or female connector element , said removable pin being arranged between each lug of a row of lugs of said first set of lugs or said second set of lugs .
A vehicle light for forming an irradiation pattern on a road surface around the vehicle comprising: a light source ; a light condensing lens that condenses a light emitted from the light source ; a filter that has an irradiation slit for allowing the light, which is condensed by the light condensing lens , to partially pass through; and a projection lens that forms the light having passed through the filter , into an irradiation pattern (Pi), wherein the irradiation slit has a farthest location that corresponds to a farthest portion projected at a farthest position in the irradiation pattern (Pi) and a nearest location that corresponds to a nearest portion projected at a nearest position in the irradiation pattern (Pi), characterized in that the light condensing lens , on the filter , makes the farthest location brightest and the nearest location darkest in an upper-lower direction, and diffuses the light emitted from the light source more in a width direction, which is orthogonal to an optical axis direction and to the upper-lower direction, than in the upper-lower direction, and in the projection lens , a focal plane (Fp) relative to parallel rays of light from a radial position (d) that is defined as a predetermined interval in a radial direction from the optical axis (La) in the filter has a curvature radius r that decreases as the radial position d increases, and the focal plane (Fp) has a curvature center (Cc) set on an opposite side to the filter regardless of the radial position (d). a light source ; a light condensing lens that condenses a light emitted from the light source ; a filter that has an irradiation slit for allowing the light, which is condensed by the light condensing lens , to partially pass through; and a projection lens that forms the light having passed through the filter , into an irradiation pattern (Pi), wherein the irradiation slit has a farthest location that corresponds to a farthest portion projected at a farthest position in the irradiation pattern (Pi) and a nearest location that corresponds to a nearest portion projected at a nearest position in the irradiation pattern (Pi), characterized in that the light condensing lens , on the filter , makes the farthest location brightest and the nearest location darkest in an upper-lower direction, and diffuses the light emitted from the light source more in a width direction, which is orthogonal to an optical axis direction and to the upper-lower direction, than in the upper-lower direction, and in the projection lens , a focal plane (Fp) relative to parallel rays of light from a radial position (d) that is defined as a predetermined interval in a radial direction from the optical axis (La) in the filter has a curvature radius r that decreases as the radial position d increases, and the focal plane (Fp) has a curvature center (Cc) set on an opposite side to the filter regardless of the radial position (d).
A polypeptide comprising a chimeric antigen receptor encoded by a DNA sequence according to SEQ ID NO:5.
A dental ring for a regeneration of a bone surface and a reconstruction of a bone tissue in vertical dimension, with the possibility of a simultaneous introduction of the intraosseus dental implants, wherein the ring dimensions are: height (h) from 3 mm to 6 mm, outer diameter (y) from 6,8 to 12 mm, internal diameter (x) from 2.8 to 6,0 mm and the thickness of a wall (z) from 2 mm to 4 mm and it is prepared from the biodegradable and cytocompatible porous material with the open porosity from 70 to 85%, pores size in the range from 200 μm to 800 μm, preferably from 200 μm to 500 μm and the size of junctions between pores not smaller than 100 μm, characterised in that its compressive strength is from 0,2 to 0,7 MPa, preferably about 0,7 MPa.
A metallized multilayer sheet material for packaging having a water vapour transmission rate (WVTR) of below 5 g/m 2 /day at 38°C RH:90% comprising: - a water vapour permeable sheet substrate (2; 22; 32; 42, 52), and - at least two metallized layers (4, 6; 24, 27; 34, 37; 44, 46; 54, 56), each covered directly by a solvent based polymeric coating layer (5, 7; 25, 28; 35, 38; 45, 47; 55, 57), wherein the cumulated metallized layers have an optical density (OD) of at least 2.5 and/or a thickness of at least 15 nm. - a water vapour permeable sheet substrate (2; 22; 32; 42, 52), and - at least two metallized layers (4, 6; 24, 27; 34, 37; 44, 46; 54, 56), each covered directly by a solvent based polymeric coating layer (5, 7; 25, 28; 35, 38; 45, 47; 55, 57),
Use of an additive for the controlled reducing adjustment of the viscosity of polymers containing units which can be cleaved with acids, in particular polycondensates such as polyamides, polyesters, polycarbonates and polyethers, as well as copolymers thereof, wherein the additive comprises: - an acid and/or acid anhydride or mixtures thereof, and - a carrier, characterized in that the acid and/or the acid anhydride or mixtures thereof are uniformly distributed in the carrier and the carrier does not react with the acid or the acid anhydride. - an acid and/or acid anhydride or mixtures thereof, and - a carrier,
A sole , particularly for shoes, that is plantar-shaped, wherein it is constituted by a plurality of layers that comprise: at least one mid-sole being constituted by a body , a first plurality and a second plurality of elastically compressible protrusions protruding downward from a lower surface of the body , each one having an axial cavity wherein respectively first holes are present at an upper surface of said mid-sole , at each one of first and second plurality of protrusions , wherein on a lateral surface of each one of the first plurality of protrusions there is a series of concentric annular grooves, that increase in diameter in the direction of the upper surface of the mid-sole ; at least one supporting structure for plantar support, said at least one supporting structure is elastic and includes an upper surface and a lower surface wherein at least one seat is disposed on the upper surface for at least one mid-sole and a tread stably associated with the lower surface of the supporting structure . at least one mid-sole being constituted by a body , a first plurality and a second plurality of elastically compressible protrusions protruding downward from a lower surface of the body , each one having an axial cavity wherein respectively first holes are present at an upper surface of said mid-sole , at each one of first and second plurality of protrusions , wherein on a lateral surface of each one of the first plurality of protrusions there is a series of concentric annular grooves, that increase in diameter in the direction of the upper surface of the mid-sole ; at least one supporting structure for plantar support, said at least one supporting structure is elastic and includes an upper surface and a lower surface wherein at least one seat is disposed on the upper surface for at least one mid-sole and a tread stably associated with the lower surface of the supporting structure .
Cable receiving unit for a cable portion, there being associated with the cable receiving unit an information carrier unit , from which information can be read out by electromagnetic field coupling, characterized in that data concerning the structural design of the cable receiving unit can be read out from the information carrier unit , and/or in that functional data can be read out from the information carrier unit , which functional data comprise information on how the electrical interconnection of the cable portion or of the contacts of the cable receiving unit should be carried out.
A vehicle seat comprising: a seat headrest portion for supporting the head of an occupant ; a seat backrest portion for supporting the back of the occupant in a seated position, the backrest portion comprising an enclosure for receiving at least a portion of an acoustic transducer ; and an acoustic channel having a first end that is configured to be fitted around a driver of the acoustic transducer in an acoustically sealed configuration, and a second end being opposite the first end and disposed at a location closer to the seat headrest portion than the seat backrest portion, wherein the acoustic channel is configured to radiate acoustic energy from the acoustic transducer through the second end and wherein the acoustic transducer is disposed as a shoulder speaker and placed on a top surface of the backrest portion just under and on a side of the headrest portion , and the driver of the acoustic transducer is configured to point upwards between 10 and 40 degrees from a horizontal axis of said top surface. a seat headrest portion for supporting the head of an occupant ; a seat backrest portion for supporting the back of the occupant in a seated position, the backrest portion comprising an enclosure for receiving at least a portion of an acoustic transducer ; and an acoustic channel having a first end that is configured to be fitted around a driver of the acoustic transducer in an acoustically sealed configuration, and a second end being opposite the first end and disposed at a location closer to the seat headrest portion than the seat backrest portion, wherein the acoustic channel is configured to radiate acoustic energy from the acoustic transducer through the second end and wherein the acoustic transducer is disposed as a shoulder speaker and placed on a top surface of the backrest portion just under and on a side of the headrest portion , and the driver of the acoustic transducer is configured to point upwards between 10 and 40 degrees from a horizontal axis of said top surface.
A method for recreating directional cues in beamformed audio, the method comprising: receiving at least one first audio signal via a microphone array (201-204); receiving at least one second audio signal via the microphone array (201-204); receiving at least one third audio signal via a left reference microphone and a fourth audio signal received via a right reference microphone in the microphone array (201-204); transforming the at least one first audio signal, the at least one second audio signal, the at least one third audio signal and the at least one fourth audio signal to a frequency domain representation; beamforming the at least one transformed first audio signal, the at least one transformed second audio signal, the at least one transformed third audio signal and the at least one transformed fourth audio signal to generate a beamformed monophonic audio signal ; extracting phase information for the left reference microphone from the at least one transformed third audio signal and phase information for the right reference microphone from the at least one transformed fourth audio signal; and generating first and second audio signals with directional cues by applying respectively the phase information for the right reference microphone and the phase information for the left reference microphone to the amplitude of the beamformed monophonic audio signal . receiving at least one first audio signal via a microphone array (201-204); receiving at least one second audio signal via the microphone array (201-204); receiving at least one third audio signal via a left reference microphone and a fourth audio signal received via a right reference microphone in the microphone array (201-204); transforming the at least one first audio signal, the at least one second audio signal, the at least one third audio signal and the at least one fourth audio signal to a frequency domain representation; beamforming the at least one transformed first audio signal, the at least one transformed second audio signal, the at least one transformed third audio signal and the at least one transformed fourth audio signal to generate a beamformed monophonic audio signal ; extracting phase information for the left reference microphone from the at least one transformed third audio signal and phase information for the right reference microphone from the at least one transformed fourth audio signal; and generating first and second audio signals with directional cues by applying respectively the phase information for the right reference microphone and the phase information for the left reference microphone to the amplitude of the beamformed monophonic audio signal .
A multi-stage pump impeller for an in-line fluid pump having a motor with a motor shaft, the multi-stage pump impeller being characterized in that the multi-stage pump impeller is integrated into the motor shaft, thus forming a multi-stage two-part axial flow shaft comprising a static inner shaft portion (IP) having static diffuser vanes , and also having two shaft ends configured to affix to a frame portion (P) of the pump so the static inner shaft portion (IP) does not rotate; and a rotating outer shaft portion (OP) having an outer portion configured to affix to a rotor of the pump to rotate the rotating outer shaft portion (OP), also having rotating impeller vanes configured inside and coupled to the outer portion to move the fluid axially along the two-part axial flow shaft as the rotating outer shaft portion (OP) axially rotates in relation to the static inner shaft portion (IP).
A data transmission method, comprising: receiving (101; 201), by user equipment, first information from a radio access device, wherein the first information indicates different transmission classes corresponding to a plurality of logical channels, and each transmission class depends on a reliability requirement and latency requirement of a service; determining (102; 206), by the user equipment based on the first information, a transmission format of uplink data on at least one logical channel corresponding to at least one transmission class in the different transmission classes, and determining a transmission resource in the transmission format, wherein the transmission format of the uplink data is subcarrier spacing for orthogonal frequency division multiplexing at a physical layer; and sending (103; 207), by the user equipment, the uplink data by using the transmission format and the transmission resource in the transmission format. receiving (101; 201), by user equipment, first information from a radio access device, wherein the first information indicates different transmission classes corresponding to a plurality of logical channels, and each transmission class depends on a reliability requirement and latency requirement of a service; determining (102; 206), by the user equipment based on the first information, a transmission format of uplink data on at least one logical channel corresponding to at least one transmission class in the different transmission classes, and determining a transmission resource in the transmission format, wherein the transmission format of the uplink data is subcarrier spacing for orthogonal frequency division multiplexing at a physical layer; and sending (103; 207), by the user equipment, the uplink data by using the transmission format and the transmission resource in the transmission format.
Transfer device for substrates from the field of manufacturing of electronic components or displays, which is provided for feeding substrates to a process plant , said transfer device being provided with a housing having a first input/output interface to an overhead transport plant for substrate transport boxes characterized in that the housing has a second input/output interface to the process plant , the first input/output interface being arranged above the second input/output interface with respect to a vertical direction, and in that the transfer device further comprises a handling device which is arranged in the transfer device and by means of which the substrates can be removed from the transport boxes and can be introduced into the transfer device free of transport boxes , as well as means with which the substrates can be transported from one interface to the other interface by the handling device arranged in the transfer device free of transport boxes .