mhurhangee/ep-ind-claims huggingface dataset:
A radiation protective composite fabric comprising: a layer of fabric (34; 36); and a radiation protective polymeric mixture adhered to said fabric, wherein said layer of fabric is woven fabric (34; 36), and wherein said radiation protective polymeric mixture comprises more than 50% by weight of radiation protective materials (62, 64) with most of the rest of the mixture consisting of polymer and is adhered to said woven fabric (34;36) through application as a liquid polymeric film.
A pattern light irradiating device (100, 300, 400), characterized by comprising: a first sub-frame having a plurality of first through holes, each of which is formed along a single optical axis; a second sub-frame having a plurality of second through holes, which correspond to the plurality of first through holes, respectively, and a plurality of third through holes, each of which is formed along a single optical axis; a first pattern light source fixedly installed on the first sub-frame and configured to form first pattern light having a first pitch by allowing light to pass through a pattern grating having a fixed pattern pitch and to irradiate the first pattern light toward an inspection target object, through the plurality of first through holes and the plurality of second through holes; and a second pattern light source fixedly installed on the second sub-frame and configured to form second pattern light having a second pitch by reflecting a light by a DMD (Digital Micro-mirror Device) chip including an array of micro mirrors and to irradiate the second pattern light toward the inspection target object, through the plurality of third through holes wherein the first pitch is fixed and the second pitch is adjusted by adjusting the array of micro mirrors included in the DMD chip, the first sub-frame and the second sub-frame are configured to be assembled with each other. a first sub-frame having a plurality of first through holes, each of which is formed along a single optical axis; a second sub-frame having a plurality of second through holes, which correspond to the plurality of first through holes, respectively, and a plurality of third through holes, each of which is formed along a single optical axis; a first pattern light source fixedly installed on the first sub-frame and configured to form first pattern light having a first pitch by allowing light to pass through a pattern grating having a fixed pattern pitch and to irradiate the first pattern light toward an inspection target object, through the plurality of first through holes and the plurality of second through holes; and a second pattern light source fixedly installed on the second sub-frame and configured to form second pattern light having a second pitch by reflecting a light by a DMD (Digital Micro-mirror Device) chip including an array of micro mirrors and to irradiate the second pattern light toward the inspection target object, through the plurality of third through holes wherein the first pitch is fixed and the second pitch is adjusted by adjusting the array of micro mirrors included in the DMD chip, the first sub-frame and the second sub-frame are configured to be assembled with each other.
A tool body for a turning tool configured for grooving operations, comprising - a fitting member for fixing the tool body to a machine, which fitting member extends along a longitudinal first axis, - upper and lower clamping members (105, 106), each having respective inner seating surfaces (108, 109) facing one another and separated by an intermediate gap in which an elongated cutting insert is insertable with a rake face on an upper side of said cutting insert and with a bottom side facing the lower inner seating surface, wherein a major part of said lower inner seating surface extends along a second axis perpendicular or substantially perpendicular to said longitudinal first axis, wherein said clamping members (105, 106) are configured to be movable toward one another by means of a tightening means in order to secure the cutting insert in the intermediate gap between the inner seating surfaces (108, 109), wherein the fitting member and the clamping members (105, 106) are integrally formed in a unitary piece, and wherein a hinge joint is formed between the clamping members (105, 106), at least one of the clamping members (105, 106) being movable with respect to the other by turning around an axis of rotation of the hinge joint, characterised in that the axis of rotation of the hinge joint extends perpendicularly or substantially perpendicularly to said second axis along which the major part of the lower inner seating surface extends. - a fitting member for fixing the tool body to a machine, which fitting member extends along a longitudinal first axis, - upper and lower clamping members (105, 106), each having respective inner seating surfaces (108, 109) facing one another and separated by an intermediate gap in which an elongated cutting insert is insertable with a rake face on an upper side of said cutting insert and with a bottom side facing the lower inner seating surface, wherein a major part of said lower inner seating surface extends along a second axis perpendicular or substantially perpendicular to said longitudinal first axis,
Parking robot for a motor vehicle, wherein the parking robot has a pair of wheel supporting arms and a wheel holding arm and is designed to autonomously drive up to a wheel of the motor vehicle from the outside with the wheel supporting arms folded in and the wheel holding arm folded in, to lift the wheel by folding out the pair of wheel supporting arms and to secure the wheel on the parking robot by folding out the wheel holding arm, wherein the respective wheel supporting arms have a respective slide-off roller, the respective rotation axes of which are arranged parallel to a wheel axle of the motor vehicle in a folded-out position once the wheel of the motor vehicle has been lifted.
A folding chair comprising: - a seat comprising a seat panel fixed to two seat supports, - a backrest comprising a flexible backrest panel and two backrest supports having respective upper portions that engage respective side edges of said flexible backrest panel, - a folding frame carrying the seat and the backrest and comprising a first structure including a pair of rear legs and a second structure including a pair of front legs, wherein the first structure and the second structure are articulated together about a first axis, - a pair of joints each comprising a first half-coupling fixed to a respective rear leg and a second half-coupling fixed to a respective front leg, wherein the first half-coupling, the second half-coupling, and a respective seat support are rotatable relative to each other about said first axis, so that the first structure, the second structure and the seat are rotatable about said first axis between a position of use and a storage position, wherein each of said backrest supports has a lower portion, which rotatably engages the respective second half-coupling about a second axis perpendicular to said first axis, wherein said upper portion of each of said backrest supports is eccentric with respect to said second axis, and wherein each seat support is connected to the respective backrest support via a transmission mechanism that controls the rotation of the respective backrest support about said second axis following a rotation of the seat support about the first axis, in such a way that the distance between the upper portions of the backrest supports has a minimum value in the position of use and a maximum value in the storage position. - a seat comprising a seat panel fixed to two seat supports, - a backrest comprising a flexible backrest panel and two backrest supports having respective upper portions that engage respective side edges of said flexible backrest panel, - a folding frame carrying the seat and the backrest and comprising a first structure including a pair of rear legs and a second structure including a pair of front legs, wherein the first structure and the second structure are articulated together about a first axis, - a pair of joints each comprising a first half-coupling fixed to a respective rear leg and a second half-coupling fixed to a respective front leg,
A method for maintenance operation of an elevator, the elevator comprising a car moving upwards and downwards between landings in a shaft being provided with a pit at a bottom of the shaft, the method comprising: unlocking and opening landing door at a lowermost landing manually, whereby normal operation of the car is prevented, activating a first stop button at the lowermost landing in the shaft, whereby a safety circuit (S1, S2) of the elevator is opened so that operation of the car is prevented, entering into the shaft from the lowermost landing, closing the landing door, and climbing down to the bottom of the pit, characterized by turning a drive switch in a maintenance control unit positioned in the pit into a maintenance drive mode, whereby the first stop button is by-passed so that the car can be driven in maintenance mode from the maintenance control unit upwards and downwards in the shaft. unlocking and opening landing door at a lowermost landing manually, whereby normal operation of the car is prevented, activating a first stop button at the lowermost landing in the shaft, whereby a safety circuit (S1, S2) of the elevator is opened so that operation of the car is prevented, entering into the shaft from the lowermost landing, closing the landing door, and climbing down to the bottom of the pit, characterized by turning a drive switch in a maintenance control unit positioned in the pit into a maintenance drive mode, whereby the first stop button is by-passed so that the car can be driven in maintenance mode from the maintenance control unit upwards and downwards in the shaft.
A differential gear case including a container housing of a differential gear, the container housing (1 a) having on an outer surface thereof an annular flange (1 f) that extends around an axis of rotation of the container housing (1 a), and one of two areas of the container housing (1 a) that are separated by the annular flange being formed with two openings that are communicated with a containing space formed in the container housing (1 a), in which: the area of the container housing (1 a) that is formed with the openings is provided with a fixing portion that is used for fixing the differential gear case to a machine tool, and the fixing portion comprises two flat surfaces that are in parallel with a plane surface containing the axis of rotation of the container housing (1 a) and arranged around the axis of rotation keeping a space therebetween, wherein an edge portion (1 b) bordering each opening has, at an outside edge portion (1b1) of a side that faces the annular flange (1 f), the fixing portion that is integral with edge portion (1 b), and wherein the fixing portion has a rectangular cross section that includes the two flat surfaces and an upper end surface that extends between the two flat surfaces, characterized in that the upper end surface is flat. the area of the container housing (1 a) that is formed with the openings is provided with a fixing portion that is used for fixing the differential gear case to a machine tool, and the fixing portion comprises two flat surfaces that are in parallel with a plane surface containing the axis of rotation of the container housing (1 a) and arranged around the axis of rotation keeping a space therebetween, wherein an edge portion (1 b) bordering each opening has, at an outside edge portion (1b1) of a side that faces the annular flange (1 f), the fixing portion that is integral with edge portion (1 b), and wherein the fixing portion has a rectangular cross section that includes the two flat surfaces and an upper end surface that extends between the two flat surfaces, characterized in that the upper end surface is flat.
An aqueous ink composition for a writing instrument containing 0.05 to 1.5% by mass of an oxidized cellulose and having a limiting viscosity of more than 10 mPa•s and 16 mPa•s or less derived from Casson's equation, a viscosity value of 100 to 3000 mPa•s at a shear rate of 3.83 s -1 and a viscosity value of 10 to 40 mPa•s at a shear rate of 383s wherein the viscosity values and the limiting viscosity are determined as described herein.
A receiving device that receives multicarrier signals from a plurality of transmitting devices, each transmitting device including a plurality of antennas (215; 221; 227), the receiving device comprising: a receiving unit (251, 261, 271) configured to receive the multicarrier signals, the multicarrier signals including a plurality of sequences, and a plurality of different streams, wherein: the plurality of sequences are assigned to a plurality of subcarriers being transmitted simultaneously and are used to estimate channel responses, each of the plurality of subcarriers has a phase rotation, the amount of phase rotation differs among the plurality of streams, and the phase difference between adjacent subcarriers is fixed for each stream, in case that the phase difference between adjacent subcarriers is represented by θ, θ satisfies N × θ = 2mπ, wherein N is the length of the sequences and m is an integer not less than 0; a demodulating unit configured to demodulate the received plurality of streams, and a transmitting unit configured to transmit, to at least one of the plurality of transmitting devices, information to be used by the at least one of the transmitting devices to determine the amount of phase rotation to apply to each of the streams. a receiving unit (251, 261, 271) configured to receive the multicarrier signals, the multicarrier signals including a plurality of sequences, and a plurality of different streams, wherein: the plurality of sequences are assigned to a plurality of subcarriers being transmitted simultaneously and are used to estimate channel responses, each of the plurality of subcarriers has a phase rotation, the amount of phase rotation differs among the plurality of streams, and the phase difference between adjacent subcarriers is fixed for each stream, in case that the phase difference between adjacent subcarriers is represented by θ, θ satisfies N × θ = 2mπ, wherein N is the length of the sequences and m is an integer not less than 0; the plurality of sequences are assigned to a plurality of subcarriers being transmitted simultaneously and are used to estimate channel responses, each of the plurality of subcarriers has a phase rotation, the amount of phase rotation differs among the plurality of streams, and the phase difference between adjacent subcarriers is fixed for each stream, in case that the phase difference between adjacent subcarriers is represented by θ, θ satisfies N × θ = 2mπ, wherein N is the length of the sequences and m is an integer not less than 0; a demodulating unit configured to demodulate the received plurality of streams, and a transmitting unit configured to transmit, to at least one of the plurality of transmitting devices, information to be used by the at least one of the transmitting devices to determine the amount of phase rotation to apply to each of the streams.
A heart valve repair system comprising: an implantable prosthetic device including a coaption element, the implantable prosthetic device being configured to attach to at least two leaflets (20, 22) of a native heart valve of a patient and hold the at least two leaflets (20, 22) in a relatively fixed position; and a connector that is separate from the implantable prosthetic device, the connector including first and second tissue anchors (546, 548) and being configured to be attached to the at least two leaflets (20, 22) of the native valve of the patient when the at least two leaflets (20, 22) are held by the implantable prosthetic device in the relatively fixed position, the implantable prosthetic device being configured to be detached from the at least two leaflets (20, 22) and removed from the patient with the connector remaining attached to the at least two leaflets (20, 22). an implantable prosthetic device including a coaption element, the implantable prosthetic device being configured to attach to at least two leaflets (20, 22) of a native heart valve of a patient and hold the at least two leaflets (20, 22) in a relatively fixed position; and a connector that is separate from the implantable prosthetic device, the connector including first and second tissue anchors (546, 548) and being configured to be attached to the at least two leaflets (20, 22) of the native valve of the patient when the at least two leaflets (20, 22) are held by the implantable prosthetic device in the relatively fixed position, the implantable prosthetic device being configured to be detached from the at least two leaflets (20, 22) and removed from the patient with the connector remaining attached to the at least two leaflets (20, 22).
Method for the preparation of liraglutide with SPPS using a backbone amide linker BAL for connecting the C-terminal Gly with the resin during SPPS; wherein BAL is a compound of formula; wherein one of the substituents R1 and R2 is H and the other one is C H; m1 is 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10; R3 and R4 are identical or different and independently from each other H or methoxy; and wherein the SPPS is done on an amino functionalized resin AMFUNRESIN; wherein the Palmitoyl-Glu-OtBu residue on the N 6 of the Lys is the residue of formula (PALGLU) with the (**) in formula (PALGLU) denoting the covalent bond between the COOH of the side chain of the Glu and the N 6 of the Lys, and the Palmitoyl-Glu-OtBu residue is covalently bonded to the Lys in a reaction REACPALGLU, wherein the NH 2 of the side chain of the Lys is reacted with a precursor of the residue of formula (PALGLU); and wherein REACPALGLU is done after the coupling of Ala or after the coupling of Ala, and before removal of the protecting group of the alpha NH 2 of Ala or of Ala respectively. one of the substituents R1 and R2 is H and the other one is C H; m1 is 1, 2, 3, 4, 5, 6, 7, 8, 9 or 10; R3 and R4 are identical or different and independently from each other H or methoxy; and wherein the SPPS is done on an amino functionalized resin AMFUNRESIN; wherein the Palmitoyl-Glu-OtBu residue on the N 6 of the Lys is the residue of formula (PALGLU) with the (**) in formula (PALGLU) denoting the covalent bond between the COOH of the side chain of the Glu and the N 6 of the Lys, and the Palmitoyl-Glu-OtBu residue is covalently bonded to the Lys in a reaction REACPALGLU, wherein the NH 2 of the side chain of the Lys is reacted with a precursor of the residue of formula (PALGLU); and wherein REACPALGLU is done after the coupling of Ala or after the coupling of Ala, and before removal of the protecting group of the alpha NH 2 of Ala or of Ala respectively.
An arrangement for guiding a sliding door including at least one rail profile and at least one carriage which is mounted displaceably relative to the at least one rail profile in the longitudinal direction and to which the sliding door can be fixed, wherein the at least one carriage has at least one rolling body and the at least one rail profile has at least one running surface which extends in the longitudinal direction of the rail profile and on which the at least one rolling body is supported, characterized in that the at least one rolling body is displaceable on the at least one running surface transversely to the longitudinal direction of the at least one rail profile so that the at least one carriage is pivotable about a pivot axis extending substantially parallel to the longitudinal direction of the at least one rail profile, wherein the at least one rail profile has at least one vertical web which extends in the longitudinal direction and which is oriented substantially perpendicularly to the at least one running surface, wherein the at least one carriage is pivotable about the pivot axis in such a way that a spacing relative to the at least one vertical web increases in a state of being loaded by the sliding door, preferably wherein the at least one vertical web delimits the at least one running surface transversely to the longitudinal direction of the at least one rail profile.
A method in a user equipment of a UMTS or WCDMA system for reducing the impact of transmission errors by means of a retransmission protocol, the method comprising: - assembling one or more second protocol data units into respective first protocol data units, wherein the first protocol data units are MAC PDUs; - transmitting the first protocol data units to at least two base stations; and - cancelling a respective first protocol data unit from a buffer storing non-acknowledged protocol data units if a positive acknowledgement is received for the first protocol data unit from one or more of the base stations within a predetermined time; and retransmitting the first protocol data unit if no positive acknowledgement has been received for the first protocol data unit from any of the base stations within a predetermined time. - assembling one or more second protocol data units into respective first protocol data units, wherein the first protocol data units are MAC PDUs; - transmitting the first protocol data units to at least two base stations; and - cancelling a respective first protocol data unit from a buffer storing non-acknowledged protocol data units if a positive acknowledgement is received for the first protocol data unit from one or more of the base stations within a predetermined time; and retransmitting the first protocol data unit if no positive acknowledgement has been received for the first protocol data unit from any of the base stations within a predetermined time.
Manual automatic device for fitting cable ties around a bundle of cables or the like, the device comprising: - an integrated fitting mechanism forming the tie into a closed loop around the bundle of cables, said integrated fitting mechanism being driven by a first electric motor, - a tensioning device tightening the tie around the bundle of cables, said tensioning device being driven by a second electric motor, - a device for cutting the unused part of the tie after it has been tightened around the bundle of cables, said cutting device being driven by the first electric motor, - an electronic unit which controls the electric motors so as to control the fitting mechanism, the tensioning device, and the cutting device, - a control interface allowing the user of the device to choose an operating mode of the device, a standard operating mode comprising a cycle during which the cable tie is first of all tightened around the bundle of cables then, at the end of the cycle, the cable tie is cut so as to eliminate the free end section of the tie, characterized in that the control interface is configured to control the device in an operating mode without cutting, in which the step of cutting of the cable tie at the end of the cycle is eliminated, and in that the electronic unit is configured to, in the operating mode without cutting, reverse the direction of rotation of the second motor at the end of the cycle so as to eject the cable tie from the device before the cutting has taken place. - an integrated fitting mechanism forming the tie into a closed loop around the bundle of cables, said integrated fitting mechanism being driven by a first electric motor, - a tensioning device tightening the tie around the bundle of cables, said tensioning device being driven by a second electric motor, - a device for cutting the unused part of the tie after it has been tightened around the bundle of cables, said cutting device being driven by the first electric motor, - an electronic unit which controls the electric motors so as to control the fitting mechanism, the tensioning device, and the cutting device, - a control interface allowing the user of the device to choose an operating mode of the device, a standard operating mode comprising a cycle during which the cable tie is first of all tightened around the bundle of cables then, at the end of the cycle, the cable tie is cut so as to eliminate the free end section of the tie,