mhurhangee/patent-ind-claim-en huggingface dataset:
Construction joint bridging device for sealing roadway transitions or pavement transitions in bridges, wherein the construction joint bridging device comprises at least one support and at least one joint sealing profile , wherein the joint sealing profile consisting at least partially of an elastic material and having at least one holding portion for fastening to the support of the construction joint bridging device , wherein the support comprises a recess (A) for receiving at least one holding portion of the joint sealing profile , wherein the recess (A) comprises an undercut, wherein at least one holding portion of the joint sealing profile is inserted into the recess (A), characterized in that the support comprises a recess (A) for receiving at least one holding portion of the joint sealing profile , and the holding portion has, at least in sections, a material composition which can be activated in a targeted manner by a chemical, thermal and/or physical exposure so that the volume of the holding portion increases, in order to form a form-fitting and force-locking component connection between the holding portion and the respective recess (A). wherein the recess (A) comprises an undercut, wherein at least one holding portion of the joint sealing profile is inserted into the recess (A), characterized in that the support comprises a recess (A) for receiving at least one holding portion of the joint sealing profile , and the holding portion has, at least in sections, a material composition which can be activated in a targeted manner by a chemical, thermal and/or physical exposure so that the volume of the holding portion increases, in order to form a form-fitting and force-locking component connection between the holding portion and the respective recess (A).
A hybrid tire cord comprising: PET primarily twisted yarn; aramid primarily twisted yarn; and an adhesive coated on the PET primarily twisted yarn and on the aramid primarily twisted yarn, wherein the PET primarily twisted yarn and the aramid primarily twisted yarn are secondarily twisted with each other, characterized in that a length of the aramid primarily twisted yarn is 1 to 1.1 times a length of the PET primarily twisted yarn after a predetermined length of the hybrid tire cord is untwisted. PET primarily twisted yarn; aramid primarily twisted yarn; and an adhesive coated on the PET primarily twisted yarn and on the aramid primarily twisted yarn, wherein the PET primarily twisted yarn and the aramid primarily twisted yarn are secondarily twisted with each other, characterized in that a length of the aramid primarily twisted yarn is 1 to 1.1 times a length of the PET primarily twisted yarn after a predetermined length of the hybrid tire cord is untwisted.
Element supply device of a setting welding device for a bolt-like welding auxiliary joining part (E) having a head and a shaft, in which a relative joining movement along a first straight movement line (B 1) can be performed by an electrode punch and electrode counter bearing for producing a setting welding connection, wherein the element supply device has the following features: a. two scissor-like arranged clamping jaw levers , at least one clamping jaw lever of which is arranged pivotably and both clamping jaw levers form together a blind hole channel which can be closed temporarily on one side having a nest-like end position , in which a welding auxiliary joining part (E) can be received at the end position, and the element supply device is characterized in that it furthermore comprises: b. a first actuator by means of which the blind hole channel is movable along another than the first movement line (B1) so that the nest-like end position of the blind hole channel is positionable between the electrode punch and the electrode counter bearing , and c. a second actuator by means of which the blind hole channel is movable parallel to the first movement line (B1) in a force- and/or distance-controlled manner so that a welding auxiliary joining part (E) held at the nest-like end position of the blind hole channel is positionable in a force fit abutting at the electrode punch . a. two scissor-like arranged clamping jaw levers , at least one clamping jaw lever of which is arranged pivotably and both clamping jaw levers form together a blind hole channel which can be closed temporarily on one side having a nest-like end position , in which a welding auxiliary joining part (E) can be received at the end position, and the element supply device is characterized in that it furthermore comprises: b. a first actuator by means of which the blind hole channel is movable along another than the first movement line (B1) so that the nest-like end position of the blind hole channel is positionable between the electrode punch and the electrode counter bearing , and c. a second actuator by means of which the blind hole channel is movable parallel to the first movement line (B1) in a force- and/or distance-controlled manner so that a welding auxiliary joining part (E) held at the nest-like end position of the blind hole channel is positionable in a force fit abutting at the electrode punch .
A liposomal composition comprising liposomes, further comprising at least one therapeutic agent and/or at least one diagnostic agent, said liposomes comprising (a) tetraether lipids (TELs), and (b) cell penetrating peptides (CPPs), wherein said CPPs are attached to a compound being part of the liposome's lipid double layer. (a) tetraether lipids (TELs), and (b) cell penetrating peptides (CPPs),
Production line for layerwise manufacturing of tangible products comprising - a first and a second movable carrier, each carrier comprising - a transporter for transporting the carrier, and - a building platform for supporting a tangible product, - one or more deposition heads for depositing construction material in a deposition direction onto the first and the second building platform, - a conveyor for conveying the first and second building platform towards the deposition head and away from the deposition head repeatedly, characterised in that the first and the second transporter allow each of the carriers and their building platforms to be movable along the conveyor with a speed that is different from the speed of other platforms of the production line, at variable speed relative to each other along a trajectory of the conveyor in a plane perpendicular to the deposition direction, so that the first carrier comprising said first building platform moves relative to the second carrier comprising said second building platform on the trajectory that leads both platforms along the deposition head. - a first and a second movable carrier, each carrier comprising - a transporter for transporting the carrier, and - a building platform for supporting a tangible product, - a transporter for transporting the carrier, and - a building platform for supporting a tangible product, - one or more deposition heads for depositing construction material in a deposition direction onto the first and the second building platform, - a conveyor for conveying the first and second building platform towards the deposition head and away from the deposition head repeatedly,
A rain gauge for measurement of rain fall, said rain gauge including a measurement chamber having an inlet port at one end and a drainage port at the other end, said drainage port being closed by a ball valve , said ball valve programmable to be opened at predefined events to release water collected in said measurement chamber , a funnel or collector adapted to receive rain fall, said funnel or collector opening into said inlet port , and an ultrasonic transducer for transmitting and receiving acoustic signals into said measurement chamber , said ultrasonic transducer being programmable to determine the water level in said measurement chamber and being programmable to allow calibration of said rain gauge based on the distance between said ultrasonic transducer and said ball valve surface, said calibration being done regularly in order to account for the temperature and humidity dependence of the sound speed..
Sliding unit of a building outer skin comprising a frame which at least partially defines an opening in the outer skin, and comprising at least one element which is supported in a displaceable manner with the aid of the frame and can be displaced between a closed position, which covers the opening, and an open position which at least partially uncovers the opening, by means of a movement component extended in parallel with the frame plane, wherein the displaceable element comprises a substantially cuboidal shape with an outer surface , which in the installed position points outwards in relation to the building outer skin, and with lateral surfaces which on both sides are angled thereto, wherein at least the outer surface and/or the lateral surfaces are each allocated on both sides seal lines for sealing the lateral surface with respect to the fixed frame , wherein at least one of the seal lines which is extended between the displaceable element and the frame is arranged at least in regions in parallel with the displacement direction of the displaceable element characterised in that the latter is a seal line having a strip seal which comprises a flexible, deformable strip which at least is guided both on the frame and on the displaceable element , wherein, for each strip to be held, a guide rail is provided in each case on the displaceable element and on the frame and wherein the at least one strip has a large extension in the longitudinal direction (L) compared with its transverse direction (Q) and is thickened on its two edges (R1; R2), which are outer edges in the transverse direction, compared with its region (M) which is central in the transverse direction (Q).
An adjustable and bendable tissue removal apparatus, comprising a tissue removal head , an adjustable and bendable unit , a rotation shaft , the adjustable and bendable unit includes a straight segment at a proximal end and a fixed bending part at a distal end; a proximal end of the straight segment is fixedly connected with a regulation handle ; the rotation shaft is arranged inside the adjustable and bendable unit ; a distal end of the rotation shaft is connected with the tissue removal head , and a proximal end of the rotation shaft is provided with a connection member that is connected with an output shaft of the motor; the adjustable and bendable tissue removal apparatus further includes a protective device; wherein the adjustable and bendable tissue removal apparatus further comprises a straight adjusting pipe , wherein the straight adjusting pipe is sleeved outside the adjustable and bendable unit ; a proximal end of the straight adjusting pipe is connected with the regulation handle ; the straight adjusting pipe can be controlled to move axially by operating the regulation handle ; and that the fixed bending part is made of elastic material; wherein the protective device comprises a protective cover , a protection control member and a control handle ; the protective cover is arc sheet-shaped; a proximal end of the protection cover is connected with a distal end of the protection control member , and the distal end of the protection control member is flexible and has a ring-shaped structure; a proximal end of the protection control member is connected with the control handle ; the protection cover can be controlled to move axially or rotate by operating the control handle ; a distance between an inner wall of the protective cover and an axis of the tissue removal head is greater than a radius of the tissue removal head .
A power converter comprising: a first rectifier circuit comprising a first positive output terminal and a first negative output terminal and a second rectifier circuit comprising a second positive output terminal and a second negative output terminal ; a snubber circuit (130A, 130B; 230A, 230B; 330A, 330B) comprising a first diode , and a first capacitor connected to each other at a first node and connecting the first positive output terminal and the first negative output terminal , a second diode and a second capacitor connected to each other at a second node and connecting the second positive output terminal and the second negative output terminal , a third diode connecting the first node to the second negative output terminal ; and a fourth diode connecting the second node to the first positive output terminal ; I wherein the first diode and the first capacitor are connected in series; the second diode and the second capacitor are connected in series; and a first filter inductor , comprising a first and a second terminal, configured to connect the first negative output terminal directly to a midpoint node , with said first and second terminal respectively, and a second filter inductor , comprising a third and a fourth terminal, configured to connect the second positive output terminal directly to the midpoint node , with said third and fourth terminal respectively. a first rectifier circuit comprising a first positive output terminal and a first negative output terminal and a second rectifier circuit comprising a second positive output terminal and a second negative output terminal ; a snubber circuit (130A, 130B; 230A, 230B; 330A, 330B) comprising a first diode , and a first capacitor connected to each other at a first node and connecting the first positive output terminal and the first negative output terminal , a second diode and a second capacitor connected to each other at a second node and connecting the second positive output terminal and the second negative output terminal , a third diode connecting the first node to the second negative output terminal ; and a fourth diode connecting the second node to the first positive output terminal ; I wherein the first diode and the first capacitor are connected in series; the second diode and the second capacitor are connected in series; and a first filter inductor , comprising a first and a second terminal, configured to connect the first negative output terminal directly to a midpoint node , with said first and second terminal respectively, and a second filter inductor , comprising a third and a fourth terminal, configured to connect the second positive output terminal directly to the midpoint node , with said third and fourth terminal respectively.
A method performed by a session management function, SMF, entity in a wireless communication system, the method comprising: transmitting , to a policy and control function, PCF, entity, a session management policy association setup request message for applying a policy and charging control, PCC rule to a protocol data unit, PDU, session, wherein the PCC rule is related to a validation rule, and wherein the validation rule includes location information of a terminal and time information of the terminal ; and receiving , from the PCF entity, a session management policy association setup response message as a response to the session management policy association setup request message, wherein the session management policy association setup response message is a message for rejecting of a session management policy association setup request, in case that the validation rule is unsatisfied, and wherein the session management policy association setup response message is a message for accepting of the session management policy association setup request, in case that the validation rule is satisfied. transmitting , to a policy and control function, PCF, entity, a session management policy association setup request message for applying a policy and charging control, PCC rule to a protocol data unit, PDU, session, wherein the PCC rule is related to a validation rule, and wherein the validation rule includes location information of a terminal and time information of the terminal ; and receiving , from the PCF entity, a session management policy association setup response message as a response to the session management policy association setup request message, wherein the session management policy association setup response message is a message for rejecting of a session management policy association setup request, in case that the validation rule is unsatisfied, and wherein the session management policy association setup response message is a message for accepting of the session management policy association setup request, in case that the validation rule is satisfied.
A fastener system comprising: a sleeve including a sleeve opening ; a collet body at least partially enclosed within the sleeve , the collet body including; a crown having a crown opening ; and a first cantilever leg extending from the crown and including a foot configured to mate with the sleeve opening when the fastener system is in an engaged configuration; and a stud extending or extendable through the crown opening and including a threaded section engaging or engageable with an interior threaded section in at least one of the collet body and the sleeve . a sleeve including a sleeve opening ; a collet body at least partially enclosed within the sleeve , the collet body including; a crown having a crown opening ; and a first cantilever leg extending from the crown and including a foot configured to mate with the sleeve opening when the fastener system is in an engaged configuration; and a crown having a crown opening ; and a first cantilever leg extending from the crown and including a foot configured to mate with the sleeve opening when the fastener system is in an engaged configuration; a stud extending or extendable through the crown opening and including a threaded section engaging or engageable with an interior threaded section in at least one of the collet body and the sleeve .
A safety barrier comprising a transmitter and a receiver connected to the transmitter via a feedback path, the transmitter comprising: a source of electromagnetic radiation; a charge storage means ; actuation means arranged to cause the source to intermittently emit electromagnetic radiation, wherein the intensity of emission of electromagnetic radiation is determined by the amount of charge stored in the charge storage means ; and setting means arranged to set the intensity of the electromagnetic radiation by storing a predetermined charge in the charge storage means in a period of time when the actuation means does not cause the source to emit electromagnetic radiation; Characterised In That : the receiver is arranged to provide an indication via the feedback path whether electromagnetic radiation consistent with electromagnetic radiation emitted by the transmitter is received at the receiver, the transmitter arranged to monitor the feedback path and to cause the setting means to increase the predetermined intensity if, after a preceding decrease in the predetermined intensity, the indication on the feedback path has changed to no longer indicate that electromagnetic radiation consistent with electromagnetic radiation emitted by the transmitter is being received at the receiver. a source of electromagnetic radiation; a charge storage means ; actuation means arranged to cause the source to intermittently emit electromagnetic radiation, wherein the intensity of emission of electromagnetic radiation is determined by the amount of charge stored in the charge storage means ; and setting means arranged to set the intensity of the electromagnetic radiation by storing a predetermined charge in the charge storage means in a period of time when the actuation means does not cause the source to emit electromagnetic radiation; Characterised In That : the receiver is arranged to provide an indication via the feedback path whether electromagnetic radiation consistent with electromagnetic radiation emitted by the transmitter is received at the receiver, the transmitter arranged to monitor the feedback path and to cause the setting means to increase the predetermined intensity if, after a preceding decrease in the predetermined intensity, the indication on the feedback path has changed to no longer indicate that electromagnetic radiation consistent with electromagnetic radiation emitted by the transmitter is being received at the receiver.
A method for sending digital data over a number of channels (CH1, CH2, CH3), wherein a sender (A) performs the following steps: - encoding (COD) source data (SD) having a first number of source symbols (SYi), the encoding (COD) being such that an error correction code (EC) is generated from the source data (SD), the error correction code (EC) comprising a second number of repair symbols (RSj) higher than the first number as well as identifiers (IDj) where each identifier (IDj) is assigned to a corresponding repair symbol (RSj), the error correction code (EC) adding redundancy to the source data (SD); - encrypting each repair symbol (RSj) by an encryption process (CRY) which is based on a shared secret (e) between the sender (A) and a receiver (B), where the encryption process (CRY) for a respective repair symbol (RSj) depends on the identifier (IDj) assigned to the respective repair symbol (RSj); - feeding pairs of the encrypted repair symbols (RSj') and the assigned identifiers (IDj) to the number of channels (CH1, CH2, CH3) which are connected to the receiver (B). - encoding (COD) source data (SD) having a first number of source symbols (SYi), the encoding (COD) being such that an error correction code (EC) is generated from the source data (SD), the error correction code (EC) comprising a second number of repair symbols (RSj) higher than the first number as well as identifiers (IDj) where each identifier (IDj) is assigned to a corresponding repair symbol (RSj), the error correction code (EC) adding redundancy to the source data (SD); - encrypting each repair symbol (RSj) by an encryption process (CRY) which is based on a shared secret (e) between the sender (A) and a receiver (B), where the encryption process (CRY) for a respective repair symbol (RSj) depends on the identifier (IDj) assigned to the respective repair symbol (RSj); - feeding pairs of the encrypted repair symbols (RSj') and the assigned identifiers (IDj) to the number of channels (CH1, CH2, CH3) which are connected to the receiver (B).
An IV access device comprising: a catheter adapter from which a catheter extends distally; an extension tube coupled to the catheter adapter ; and a needle hub from which a needle extends distally, the needle hub being coupled to the catheter adapter such that the needle extends through the catheter ; wherein the needle hub further includes a flash chamber , wherein a proximal end of the needle includes an opening that is positioned within a chamber of the flash chamber ; wherein the flash chamber is in fluid communication with a lumen of the needle thereby allowing blood to flow into the flash chamber when a distal tip of the needle is contained within a patient's vein; characterized in that the flash chamber comprises a path-defining structure forming a path for blood to flow within the chamber ; and wherein the path comprises a spiral path formed around an outer surface of the path-defining structure . a catheter adapter from which a catheter extends distally; an extension tube coupled to the catheter adapter ; and a needle hub from which a needle extends distally, the needle hub being coupled to the catheter adapter such that the needle extends through the catheter ; wherein the needle hub further includes a flash chamber , wherein a proximal end of the needle includes an opening that is positioned within a chamber of the flash chamber ; wherein the flash chamber is in fluid communication with a lumen of the needle thereby allowing blood to flow into the flash chamber when a distal tip of the needle is contained within a patient's vein; characterized in that the flash chamber comprises a path-defining structure forming a path for blood to flow within the chamber ; and wherein the path comprises a spiral path formed around an outer surface of the path-defining structure .