mhurhangee/patent-ind-claim-en huggingface dataset:
A device for dispensing a liquid onto a substrate, comprising a container for the liquid that has an open end on a distal side and a closed end on a proximal side , and an applicator head which is arranged at the open end and comprises an application means which is fastened to a protruding holding element , a receiving portion for the holding element being provided so as to make it possible to fasten the applicator head in place, a feed opening being provided for feeding liquid from the container to the application means, characterized in that a protruding neck is provided on the distal side , the applicator head being arranged such that the application means protrudes from the protruding neck toward the distal side , and in that the neck is designed such that it tapers toward the distal side .
A glass article, the glass article having a thickness t and a compressive layer having a compressive stress CS s in a range from about 700 MPa up to about 1200 MPa at a surface of the glass article, wherein: a. the compressive layer extends from the surface to a depth of compression DOC of at least about 45 μm and has a compressive stress profile; and b. the compressive stress profile comprises: i. a first portion a extending from the surface to a depth d a and having a slope m a , wherein 3μm ≤ d a ≤ 12 μm and -40 MPa/μm ≥ m a ≥ - 200 MPa/μm; ii. a second portion b extending from d b to up to the depth of compression DOC and having a slope m b , wherein -2 MPa/μm ≥ m b ≥ -8 MPa/μm; and iii. a transition region extending from d a to d b , the transition region having a slope that transitions from slope m a to slope m b . a. the compressive layer extends from the surface to a depth of compression DOC of at least about 45 μm and has a compressive stress profile; and b. the compressive stress profile comprises: i. a first portion a extending from the surface to a depth d a and having a slope m a , wherein 3μm ≤ d a ≤ 12 μm and -40 MPa/μm ≥ m a ≥ - 200 MPa/μm; ii. a second portion b extending from d b to up to the depth of compression DOC and having a slope m b , wherein -2 MPa/μm ≥ m b ≥ -8 MPa/μm; and iii. a transition region extending from d a to d b , the transition region having a slope that transitions from slope m a to slope m b . i. a first portion a extending from the surface to a depth d a and having a slope m a , wherein 3μm ≤ d a ≤ 12 μm and -40 MPa/μm ≥ m a ≥ - 200 MPa/μm; ii. a second portion b extending from d b to up to the depth of compression DOC and having a slope m b , wherein -2 MPa/μm ≥ m b ≥ -8 MPa/μm; and iii. a transition region extending from d a to d b , the transition region having a slope that transitions from slope m a to slope m b .
A three-dimensional shaping device, comprising: an injection unit including a plasticizing mechanism configured to plasticize a plasticizing material to generate a shaping material and a nozzle, and configured to inject the shaping material from the nozzle; a stage on which the shaping material is to be stacked; a drive unit configured to change a relative position between the injection unit and the stage; a cleaning mechanism including a brush and a blade; and a control unit configured to execute a cleaning processing for cleaning the nozzle, wherein the brush and the blade are disposed at a height at which the brush and the blade are able to come into contact with the nozzle, the brush and the blade have a melting point higher than a plasticizing temperature of the plasticizing material, and have hardness lower than hardness of the nozzle, characterized in that in the cleaning processing, the control unit is configured to execute a cleaning operation of bringing at least one of the brush and the blade into contact with the nozzle by reciprocally moving the nozzle such that the nozzle cuts across the cleaning mechanism a plurality of times, and the control unit is configured to reciprocally move the nozzle such that the nozzle comes into contact with the brush or the blade at different positions in the cleaning operation. an injection unit including a plasticizing mechanism configured to plasticize a plasticizing material to generate a shaping material and a nozzle, and configured to inject the shaping material from the nozzle; including a plasticizing mechanism configured to plasticize a plasticizing material to generate a shaping material and a nozzle, and configured to inject the shaping material from the nozzle; a stage on which the shaping material is to be stacked; a drive unit configured to change a relative position between the injection unit and the stage; a cleaning mechanism including a brush and a blade; and a control unit configured to execute a cleaning processing for cleaning the nozzle, wherein the brush and the blade are disposed at a height at which the brush and the blade are able to come into contact with the nozzle, the brush and the blade have a melting point higher than a plasticizing temperature of the plasticizing material, and have hardness lower than hardness of the nozzle, characterized in that in the cleaning processing, the control unit is configured to execute a cleaning operation of bringing at least one of the brush and the blade into contact with the nozzle by reciprocally moving the nozzle such that the nozzle cuts across the cleaning mechanism a plurality of times, and the control unit is configured to reciprocally move the nozzle such that the nozzle comes into contact with the brush or the blade at different positions in the cleaning operation.
Electrochemical cell comprising two seals for an electrolyzer battery, each seal comprising: - a generally annular core having two faces that are mutually opposite in a thickness direction (XX), and at least two through-apertures extending in the thickness direction (XX) and which are substantially radially opposite each other; and - an envelope at least partially covering the two faces while leaving the two apertures at least partially free, and comprising at least one first rib extending, over a first of the two faces , along a contour enclosing an internal edge of the core and the two apertures so as to allow a fluid to flow between the two faces in the thickness direction (XX), - the two seals being mutually placed so that the second of the two faces of the two seals are mutually facing. - a generally annular core having two faces that are mutually opposite in a thickness direction (XX), and at least two through-apertures extending in the thickness direction (XX) and which are substantially radially opposite each other; and - an envelope at least partially covering the two faces while leaving the two apertures at least partially free, and comprising at least one first rib extending, over a first of the two faces , along a contour enclosing an internal edge of the core and the two apertures so as to allow a fluid to flow between the two faces in the thickness direction (XX), - the two seals being mutually placed so that the second of the two faces of the two seals are mutually facing.
A straddle type vehicle , comprising: a vehicle body frame ; a swing arm supported on the vehicle body frame swingably in a vertical direction about a pivot of the vehicle body frame ; a rear wheel rotatably supported on an axle provided in the swing arm ; a support arm extending rearward from the swing arm ; an upper mounting part configured to connect the support arm to the swing arm at an upper mounting location (P1) arranged above the axle provided in the swing arm ; a lower mounting part configured to connect the support arm to the swing arm at a lower mounting location (P2) arranged below the axle provided in the swing arm ; a first rear fender mounted on a rear end of the support arm and configured to cover a part of a peripheral surface of the rear wheel ; and a sari guard arranged above the support arm and laterally to the rear wheel in a vehicle width direction (Y) and mounted on the support arm , wherein the upper mounting part includes an upper projecting member mounted on the swing arm , projecting upward from the swing arm and overlapping the upper mounting location (P1) in a vehicle side view and an upper fastening member configured to fasten the upper projecting member and the support arm at the upper mounting location (P1); and the lower mounting part includes a lower projecting member mounted on the swing arm , projecting downward from the swing arm and overlapping the lower mounting location (P2) in the vehicle side view and a lower fastening member configured to fasten the lower projecting member and the support arm at the lower mounting location (P2). a vehicle body frame ; a swing arm supported on the vehicle body frame swingably in a vertical direction about a pivot of the vehicle body frame ; a rear wheel rotatably supported on an axle provided in the swing arm ; a support arm extending rearward from the swing arm ; an upper mounting part configured to connect the support arm to the swing arm at an upper mounting location (P1) arranged above the axle provided in the swing arm ; a lower mounting part configured to connect the support arm to the swing arm at a lower mounting location (P2) arranged below the axle provided in the swing arm ; a first rear fender mounted on a rear end of the support arm and configured to cover a part of a peripheral surface of the rear wheel ; and a sari guard arranged above the support arm and laterally to the rear wheel in a vehicle width direction (Y) and mounted on the support arm , wherein the upper mounting part includes an upper projecting member mounted on the swing arm , projecting upward from the swing arm and overlapping the upper mounting location (P1) in a vehicle side view and an upper fastening member configured to fasten the upper projecting member and the support arm at the upper mounting location (P1); and the lower mounting part includes a lower projecting member mounted on the swing arm , projecting downward from the swing arm and overlapping the lower mounting location (P2) in the vehicle side view and a lower fastening member configured to fasten the lower projecting member and the support arm at the lower mounting location (P2).
A luggage comprising a shell closed by a lid , provided with a retractable handle (12a, 12'a) and with two wheels , the shell comprising at least one slidably unfoldable part (2b, 2'b) so as to increase its storage volume, the lid forming a foldable sheet able to fold back about transverse hinge zones , the foldable sheet comprising several rigid or semi-rigid slats which are articulated to each other around the hinge zones .
Method for connecting wall panels to each other and to a column, wherein junctions are formed at the connection regions, wherein forming said junctions is realized by using shaped connecting parts and/or reinforcements and/or fasteners, and wherein said junctions are sealed once the connecting process is complete, characterized in that following the step of connecting, the joints between the load-bearing connection surfaces are filled with a fire-resistant high-strength non-shrink mortar by means of junctions formed in the wall panels and/or in the wall panels and the column made of a concrete with C50/60 strength class and with a bulk density of 2000 to 2500 kg/m 3 containing hollow synthetic fibers, preferably having a length of 10 mm, then the joints are sealed with a resilient fire-resistant sealing material from the fire-exposed side (A).
A security feature for securing value documents, comprising a chemically unstable inorganic feature substance, characterized in that the security feature further comprises: a stabilizing component comprising a substance that stabilizes the feature substance, said substance having at least the same solubility in water as the feature substance to be protected and releasing ions when said substance is decomposed, which ions correspond to the ions of the feature substance at least in part.
An implantation device for positioning at least one object (4A; 4B) under the skin of a patient, comprising a housing , a cannula holder displaceable with respect to the housing , to which a cannula with a distal tip and a cavity can be attached for receiving the at least one object (4A; 4B) to be implanted, and a tappet which can be fixed with respect to the housing , which has a distal end that can be positioned in the cavity of the cannula , wherein the cannula is displaceable from a first insertion position with respect to a housing outlet to a first operating position via a first return stroke path along the tappet , in order to deposit a first object received in the cavity , and the cannula is displaceable from the first operating position together with the tappet to a second insertion position with respect to the housing outlet and from the second insertion position to a second operating position via a second return stroke path along the tappet , in order to deposit a second object received in the cavity , characterized in that the cannula holder can be fixed for displacement to the second insertion position on a first housing part , which is rigidly connected to the distal end of the tappet and is displaceably held on a second housing part forming the housing outlet . comprising a housing , a cannula holder displaceable with respect to the housing , to which a cannula with a distal tip and a cavity can be attached for receiving the at least one object (4A; 4B) to be implanted, and a tappet which can be fixed with respect to the housing , which has a distal end that can be positioned in the cavity of the cannula , wherein the cannula is displaceable from a first insertion position with respect to a housing outlet to a first operating position via a first return stroke path along the tappet , in order to deposit a first object received in the cavity , and the cannula is displaceable from the first operating position together with the tappet to a second insertion position with respect to the housing outlet and from the second insertion position to a second operating position via a second return stroke path along the tappet , in order to deposit a second object received in the cavity , characterized in that the cannula holder can be fixed for displacement to the second insertion position on a first housing part , which is rigidly connected to the distal end of the tappet and is displaceably held on a second housing part forming the housing outlet .
An antibody-drug conjugate directed against uPARAP comprising: a) an antibody which binds to the amino acid sequence of SEQ ID NO: 32 or 33 (the Fibronectin type II (FN-II) domain of uPARAP), b) an active agent, wherein the active agent is selected from a therapeutic agent, a cytotoxic agent, a radioisotope and a detectable label, and c) a linker which links a) to b). a) an antibody which binds to the amino acid sequence of SEQ ID NO: 32 or 33 (the Fibronectin type II (FN-II) domain of uPARAP), b) an active agent, wherein the active agent is selected from a therapeutic agent, a cytotoxic agent, a radioisotope and a detectable label, and c) a linker which links a) to b).
In a system in which a first administration DNS server includes a DNS zone file having an A record pointing to the IP address of a first webserver configured to deliver a first html page which is under the authority of a second administration DNS server controlling the first webserver configured to deliver said first html page, and wherein said second administration DNS server includes a DNS zone file having a CNAME record pointing to said A record on said first DNS administration server, a method for deflecting requests for the first html page to an alternate webserver configured to deliver an alternate website before the occurrence of an emergency event affecting the operation of said first html page, comprising the steps of: a. receiving a deflection request on said first DNS administration server before the occurrence of the emergency event affecting the operation of said first html page; b. validating the request; c. retrieving pre-stored information correlating the deflection request to stored deflection state settings associated with said first webserver; d. altering a zone file present on said first administration DNS server to reassociate the A record IP address from pointing to the first webserver configured to deliver said first html page under the DNS authority of said second administration server to the IP address of said alternate webserver configured to deliver said alternate website under the DNS authority of said first administration DNS server; and, e. verifying that the alteration to said zone file has been successfully propagated to all servers within the authority of said first administration DNS server. a. receiving a deflection request on said first DNS administration server before the occurrence of the emergency event affecting the operation of said first html page; b. validating the request; c. retrieving pre-stored information correlating the deflection request to stored deflection state settings associated with said first webserver; d. altering a zone file present on said first administration DNS server to reassociate the A record IP address from pointing to the first webserver configured to deliver said first html page under the DNS authority of said second administration server to the IP address of said alternate webserver configured to deliver said alternate website under the DNS authority of said first administration DNS server; and, e. verifying that the alteration to said zone file has been successfully propagated to all servers within the authority of said first administration DNS server.
A system for real-time determination of orientation for a physical location on a mover in an independent cart system, the system comprising: a track having a plurality of track segments ; a mover mounted on and configured to travel along the track ; a sensor mounted on the mover , wherein the sensor is configured to generate at least one feedback signal corresponding to a physical orientation of the mover in a mover coordinate system , wherein an origin of the mover coordinate system travels with the mover ; a control circuit mounted on the mover , wherein the control circuit is configured to receive the at least one feedback signal and to generate a data packet including a value of the at least one feedback signal corresponding to the physical orientation of the mover ; and a transmitter mounted on the mover , wherein the transmitter is configured to receive the data packet from the control circuit and to transmit the data packet to a receiver of a controller located external from the mover , wherein an actuator is mounted on the mover and the actuator comprises an end effector mounted to the actuator and wherein the control circuit mounted on the mover is further configured to adjust a position of the end effector of the mover in real-time responsive to the physical orientation of the mover, or wherein the controller located external from the mover is configured to receive the data packet from the receiver, and to adapt operation of an actuator mounted external to the mover using the physical orientation of the mover. a track having a plurality of track segments ; a mover mounted on and configured to travel along the track ; a sensor mounted on the mover , wherein the sensor is configured to generate at least one feedback signal corresponding to a physical orientation of the mover in a mover coordinate system , wherein an origin of the mover coordinate system travels with the mover ; a control circuit mounted on the mover , wherein the control circuit is configured to receive the at least one feedback signal and to generate a data packet including a value of the at least one feedback signal corresponding to the physical orientation of the mover ; and a transmitter mounted on the mover , wherein the transmitter is configured to receive the data packet from the control circuit and to transmit the data packet to a receiver of a controller located external from the mover , wherein an actuator is mounted on the mover and the actuator comprises an end effector mounted to the actuator and wherein the control circuit mounted on the mover is further configured to adjust a position of the end effector of the mover in real-time responsive to the physical orientation of the mover, or wherein the controller located external from the mover is configured to receive the data packet from the receiver, and to adapt operation of an actuator mounted external to the mover using the physical orientation of the mover.
Display unit for an electric bicycle, wherein the display unit has a holding arrangement and the holding arrangement has two holding plates arranged in parallel and can be mounted by means of the holding arrangement on the handlebars of the bicycle either in a first mounting position closer to the rider or in a second mounting position further away from the rider, wherein the holding arrangement for the first mounting position can be mounted rotated relative to an arrangement for the second mounting position, wherein one holding plate is arranged to the left of the handlebar stem and one holding plate is arranged to the right of the handlebar stem , wherein the holding plates engage around the handlebars at least in sections, characterised in that the holding plates extend at an angle to the display unit and are respectively fixed laterally to the display unit by means of screws, wherein the mounting position is selected by the side selection of the holding plates .
A method of wireless communication performed by a user equipment, UE, comprising: receiving a preemption indication identifying at least one symbol of a grant for preemption; and selectively preempting the at least one symbol of the grant based at least in part on a receive time of the preemption indication, a processing time threshold, and a preemption time of the at least one symbol of the grant. receiving a preemption indication identifying at least one symbol of a grant for preemption; and selectively preempting the at least one symbol of the grant based at least in part on a receive time of the preemption indication, a processing time threshold, and a preemption time of the at least one symbol of the grant.
A variable angle blade augment , comprising: an augment section including a socket wall and an abutment surface , the socket wall generally defining an aperture structured to provide a socket capture mechanism , the abutment surface structured to abut against at least an outer surface of a component of an implantable medical device ; and a blade segment having a body segment and an extension , the body segment having a first side , a second side , a first end , and a second end , the extension having a first connector structured for at least pivotal displacement relative to the aperture, characterized in that the aperture is further structured to permit linear displacement of the first connector relative to opposing first and second end portions of the aperture. an augment section including a socket wall and an abutment surface , the socket wall generally defining an aperture structured to provide a socket capture mechanism , the abutment surface structured to abut against at least an outer surface of a component of an implantable medical device ; and a blade segment having a body segment and an extension , the body segment having a first side , a second side , a first end , and a second end , the extension having a first connector structured for at least pivotal displacement relative to the aperture, characterized in that the aperture is further structured to permit linear displacement of the first connector relative to opposing first and second end portions of the aperture.