mhurhangee/ep-ind-claims huggingface dataset:
A lift mechanism for lifting and lowering a support member relative to a frame connected to the support member so the support member is movable vertically relative to the frame, the lift mechanism comprising: a drive unit that drives the support member to lift the support member relative to the frame and control the descent of the support member relative to the frame from a second position to a first position, the drive unit including an electric motor; and at least one pin to secure the support member relative to the frame in at least one of the two positions; characterized by a control system that energizes the electric motor with full voltage when the drive unit drives the support member to lift the support member to the first position and that energizes the electric motor with reduced voltage for a period of time to hold the support member at the first position. a drive unit that drives the support member to lift the support member relative to the frame and control the descent of the support member relative to the frame from a second position to a first position, the drive unit including an electric motor; and at least one pin to secure the support member relative to the frame in at least one of the two positions; characterized by a control system that energizes the electric motor with full voltage when the drive unit drives the support member to lift the support member to the first position and that energizes the electric motor with reduced voltage for a period of time to hold the support member at the first position.
A bioelectrode comprising: an electrode protrusion including a base end and a tip connected to the base end, and constructed of conductive rubber, wherein conductive rubber of the base end is harder than conductive rubber of the tip; characterized in that the base end and the tip are each constructed of conductive rubber containing conductive particles, and an amount of conductive particles contained in the base end is greater than an amount of conductive particles contained in the tip. wherein conductive rubber of the base end is harder than conductive rubber of the tip; characterized in that the base end and the tip are each constructed of conductive rubber containing conductive particles, and an amount of conductive particles contained in the base end is greater than an amount of conductive particles contained in the tip.
A blind rivet nut made of an aluminum alloy of AlMg 5 comprising a Magnesium mass percentage w Mg in the range of 4.5 %m/m≤w Mg ≤5.6 %m/m, and which preferably comprises at least one component selected from the following group of manganese, chromium (Cr), zinc (Zn), copper (Cu), iron (Fe), titanium (Ti), wherein the blind rivet nut has a head forming a first axial end, a subsequent crimp section of a shaft deformable into a crimping bead and a thread section of the shaft providing a radial inner thread, characterized in that, if the blind rivet nut is provided in a cut along its longitudinal axis (X-X') in an uncrimped condition, the head and the crimp section have a longitudinal cut surface, respectively, and a material of the longitudinal cut surface of the head and of the crimp section of the shaft, respectively, has a Vickers hardness H v in the range of 65 HV 0.1≤H v ≤85 HV 0.1.
Hot-wire method for depositing semi-conductor material on a substrate in a deposition chamber, in which at least two wires are clamped at their ends into a wire holder and are heated by supplying a current, characterised in that a voltage for generating an electrical current flow is applied in succession to wires made of different materials so that a number of different semi-conductors corresponding to the number of wire materials heated one after the other can be deposited one after the other on the substrate without opening the chamber.
A wire-plate antenna comprising a ground plane, at least one capacitive roof, a feed probe connected to the capacitive roof and intended to be linked to a generator, and at least one electrically conductive short-circuit wire linking the capacitive roof and the ground plane, said wire-plate antenna being characterized in that the capacitive roof comprises at least one slit consisting of an opening passing through the entire thickness of the capacitive roof so as to emerge on each of the two opposing faces of the capacitive roof and configured such that the point of connection between the capacitive roof and the feed probe and the point of connection between the capacitive roof and the electrically conductive short-circuit wire are arranged on either side of the slit, in that the ground plane, the capacitive roof, the feed probe, said at least one electrically conductive short-circuit element and said at least one slit are parameterized such that the wire-plate antenna exhibits a first resonance mode of wire-plate type and a second slit resonance mode respectively at first (f3, f9) and second (f4, f10) distinct resonance frequencies, said first and second resonance frequencies being adapted such that the wire-plate antenna exhibits a single and continuous operating frequency bandwidth, in that the wire-plate antenna comprises no discrete component placed at the level of the slit and in that the slit is closed at its ends.
A method of assembling a fuselage, said method comprising: providing a first barrel section including a body that extends from a first end to a second end; providing a second barrel section including a body that extends from a first end to a second end; coupling the first barrel section second end to the second barrel section second end; and inducing a compressive force to at least one of the first barrel section and the second barrel section to maintain the coupling therebetween, wherein each of said first barrel section second end and said second barrel section second end have a thickness that is greater than a thickness of said first and second barrel section bodies (212, 222), the greater thicknesses configured for engagement with said at least one member, and wherein each of said first barrel section second end and said second barrel section second end comprise a plurality of nodules (214a, 214b, 214c, 224a, 224b, 224c) formed therein operable to engage said at least one member. providing a first barrel section including a body that extends from a first end to a second end; providing a second barrel section including a body that extends from a first end to a second end; coupling the first barrel section second end to the second barrel section second end; and inducing a compressive force to at least one of the first barrel section and the second barrel section to maintain the coupling therebetween, wherein each of said first barrel section second end and said second barrel section second end have a thickness that is greater than a thickness of said first and second barrel section bodies (212, 222), the greater thicknesses configured for engagement with said at least one member, and wherein each of said first barrel section second end and said second barrel section second end comprise a plurality of nodules (214a, 214b, 214c, 224a, 224b, 224c) formed therein operable to engage said at least one member.
A method of performing access deregistration by a user equipment, UE, the method comprising: identifying that the UE is registered on both 3rd generation partnership project, 3GPP, access and non-3GPP access and the UE is unable to use the non-3GPP access; transmitting, to an access and mobility management function, AMF, serving the 3GPP access and the non-3GPP access, a deregistration request message to deregister the non-3GPP access for the UE over the 3GPP access in a case that the UE is registered on both the 3GPP access and the non-3GPP access and the UE is unable to use the non-3GPP access; and receiving, from the AMF, a deregistration accept message corresponding to the deregistration request message over the 3GPP access, wherein a request for releasing a protocol data unit, PDU, session including a non-3GPP access PDU session ID, to release all PDU sessions associated with the non-3GPP access is sent from the AMF to a session management function, SMF, and wherein all the PDU sessions associated with the non-3GPP access are released based on receiving the deregistration accept message. identifying that the UE is registered on both 3rd generation partnership project, 3GPP, access and non-3GPP access and the UE is unable to use the non-3GPP access; transmitting, to an access and mobility management function, AMF, serving the 3GPP access and the non-3GPP access, a deregistration request message to deregister the non-3GPP access for the UE over the 3GPP access in a case that the UE is registered on both the 3GPP access and the non-3GPP access and the UE is unable to use the non-3GPP access; and receiving, from the AMF, a deregistration accept message corresponding to the deregistration request message over the 3GPP access, wherein a request for releasing a protocol data unit, PDU, session including a non-3GPP access PDU session ID, to release all PDU sessions associated with the non-3GPP access is sent from the AMF to a session management function, SMF, and wherein all the PDU sessions associated with the non-3GPP access are released based on receiving the deregistration accept message.
An Air Handling Unit, AHU, for a building having an extract air channel comprising at least one extract air inlet for guiding exhaust air from a building to the outside through at least one extract air outlet and a supply air channel comprising at least one supply air inlet for guiding fresh air from the outdoor into a building through at least one supply air outlet, said extract air channel and said supply air channel being in a heat exchanging relation to each other via a heat exchanger, said AHU further comprising a damper arrangement comprising a short cut damper which controls a flow in a shortcut connection between the extract air channel and the supply air channel and an Electronic Control Unit characterized in that said ECU is programmed to control the short cut damper when the short cut damper is changed from being in a first, open position to a second, closed position to be in a transition mode before it will be in the second, closed position, said transition mode being programmed to set the short cut damper to oscillate or vibrate after there has been a defrost cycle performed in the AHU.
Skin conductance sensor comprising at least two dry electrodes for contacting the skin of a user, wherein the sensor is adapted to sense the user's skin conductance between the at least two dry electrodes, wherein at least one of the dry electrodes is a dry skin conductance electrode (12, 13) comprising a material made of a noble metal, wherein the material is located at an outer surface of the dry skin conductance electrode (12, 13) for interfacing with the skin, characterised in that the noble metal is doped with at least one dopant selected from the group consisting of hydrogen, lithium, sodium, potassium, rubidium, caesium and berylium.
A method for enabling group user equipment, UE, communication, the method performed by a session management function, SMF (213, 410, 530, 620, 810, 1040, 1150), of a core network, the method comprising: receiving a request for a protocol data unit, PDU, session; requesting authorization and authentication from a data network, DN, authentication, authorization, and accounting, AAA, server; receiving information associated with an allowed UE group from the DN-AAA server; requesting, policy and charging control, PCC, rules for the PDU session, the request including information about the PDU session, including the information associated with the allowed UE group; receiving the PCC rules associated with the allowed UE group; and establishing a user plane path for the PDU session according to the PCC rules, wherein establishing the user plane path for the PDU session according to the PCC rules comprises configuring a user plane path selected by a path management function, PMF, and configuring the user plane path selected by the PMF comprises: subscribing to a notification of user plane path selection from the PMF; receiving the notification of a user plane path selection from the PMF; and configuring the user plane path using user plane functions, UPFs (111, 112, 113, 114), identified in the notification. receiving a request for a protocol data unit, PDU, session; requesting authorization and authentication from a data network, DN, authentication, authorization, and accounting, AAA, server; receiving information associated with an allowed UE group from the DN-AAA server; requesting, policy and charging control, PCC, rules for the PDU session, the request including information about the PDU session, including the information associated with the allowed UE group; receiving the PCC rules associated with the allowed UE group; and establishing a user plane path for the PDU session according to the PCC rules, wherein establishing the user plane path for the PDU session according to the PCC rules comprises configuring a user plane path selected by a path management function, PMF, and configuring the user plane path selected by the PMF comprises: subscribing to a notification of user plane path selection from the PMF; receiving the notification of a user plane path selection from the PMF; and configuring the user plane path using user plane functions, UPFs (111, 112, 113, 114), identified in the notification. subscribing to a notification of user plane path selection from the PMF; receiving the notification of a user plane path selection from the PMF; and configuring the user plane path using user plane functions, UPFs (111, 112, 113, 114), identified in the notification.
A target-activated cell/tissue-penetrating peptide for delivery of impermeable compounds, which includes: a protein transduction domain, wherein the protein transduction domain consists of D-type or L-type amino acids, and contains any one or more amino acids selected from the group consisting of arginine, lysine and histidine in an amount of 70-80%, wherein the PTD is low molecular weight protamine (LMWP) of SEQ ID NO: 1; a masking domain ionically bonded with the protein transduction domain, wherein the masking domain ionically bonded with the PTD consists of D-type or L-type amino acids, and contains anionic amino acids in an amount of 70-100%, wherein the anionic amino acids include glutamic acid or aspartic acid, wherein the masking domain consists of 4-8 amino acids; and a spacer connecting the PTD with the masking domain and having a cleavage site specific for a target cell/tissue enzyme, wherein the spacer has a site which is cleaved by matrix metalloprotease, wherein the spacer consists of SEQ ID NO: 25 (PLGLAG).
A method of optimising operating parameters of an agricultural working machine, wherein at least one optimisation map is associated with each operating parameter in a memory unit, characterised in that the optimisation map A is subdivided into sub-maps A(i) and wherein optimisation in the sub-maps A(i) is transmitted to individual agricultural working machines so that optimisation of the operating parameters is distributed to individual agricultural working machines.
A blowby gas returning apparatus for engine with supercharger, provided in an engine including a supercharger in an intake passage and a throttle valve in the intake passage downstream of the supercharger, to allow blowby gas generated in the engine to flow to the intake passage to return to the engine, the blowby gas returning apparatus comprising: a bypass passage that connects an upstream side and a downstream side of the supercharger in the intake passage; an ejector for generating a negative pressure in the bypass passage; a first blowby gas returning passage for allowing the blowby gas to flow to the intake passage during operation of the supercharger, the first blowby gas returning passage including an outlet connected to the bypass passage through the ejector; and a second blowby gas returning passage for allowing the blowby gas to flow to the intake passage during non-operation of the supercharger, the second blowby gas returning passage including an outlet connected to the intake passage downstream of the throttle valve, characterized in that an inlet of the first blowby gas returning passage and an inlet of the second blowby gas returning passage are placed adjacent to each other in a common head cover or in a crank case as a common accumulation part for accumulating the blowby gas, and the blowby gas returning apparatus further includes a backflow preventing unit (29; 31, 32) placed in the first blowby gas returning passage to prevent a flow of air in a direction opposite to a direction of allowing the blowby gas to flow. a bypass passage that connects an upstream side and a downstream side of the supercharger in the intake passage; an ejector for generating a negative pressure in the bypass passage; a first blowby gas returning passage for allowing the blowby gas to flow to the intake passage during operation of the supercharger, the first blowby gas returning passage including an outlet connected to the bypass passage through the ejector; and a second blowby gas returning passage for allowing the blowby gas to flow to the intake passage during non-operation of the supercharger, the second blowby gas returning passage including an outlet connected to the intake passage downstream of the throttle valve, characterized in that an inlet of the first blowby gas returning passage and an inlet of the second blowby gas returning passage are placed adjacent to each other in a common head cover or in a crank case as a common accumulation part for accumulating the blowby gas, and the blowby gas returning apparatus further includes a backflow preventing unit (29; 31, 32) placed in the first blowby gas returning passage to prevent a flow of air in a direction opposite to a direction of allowing the blowby gas to flow.
A vacuum vapor deposition method, comprising: disposing a plurality of vaporization containers (8a, 8b,) each containing a vaporization material and having a plurality of release holes (13a, 13b,) arranged linearly in arrangement directions parallel with each other in the plurality of vaporization containers (8a, 8b,); moving a substrate or the vaporization containers (8a, 8b,) relatively in a direction perpendicular to the arrangement directions; calculating equal-thickness surfaces (19a, 19b,) for each release hole (13a, 13b,), respectively, each of the equal-thickness surfaces (19a, 19b,) indicating where a deposition amount of a vapor of the vaporization material released from each release holes (13a, 13b,) is the same per unit time; and placing the vaporization containers (8a, 8b,) in such a manner that contact points of the respective equal-thickness surfaces (19a, 19b,) of the release holes (13a, 13b,) being faced each other in the plurality of vaporization containers (8a, 8b,), all coincide with each other on a surface of the substrate, each of the contact points indicating where the corresponding equal-thickness surfaces (19a, 19b,) come in contact with the surface of the substrate; and heating the vaporization containers (8a, 8b,) to evaporate or sublimate the respective vaporization materials so that vapors of the respective materials are released through the plurality of release holes (13a, 13b,), as well as the vaporization materials are mixed together and deposited on an entire surface of the substrate. disposing a plurality of vaporization containers (8a, 8b,) each containing a vaporization material and having a plurality of release holes (13a, 13b,) arranged linearly in arrangement directions parallel with each other in the plurality of vaporization containers (8a, 8b,); moving a substrate or the vaporization containers (8a, 8b,) relatively in a direction perpendicular to the arrangement directions; calculating equal-thickness surfaces (19a, 19b,) for each release hole (13a, 13b,), respectively, each of the equal-thickness surfaces (19a, 19b,) indicating where a deposition amount of a vapor of the vaporization material released from each release holes (13a, 13b,) is the same per unit time; and placing the vaporization containers (8a, 8b,) in such a manner that contact points of the respective equal-thickness surfaces (19a, 19b,) of the release holes (13a, 13b,) being faced each other in the plurality of vaporization containers (8a, 8b,), all coincide with each other on a surface of the substrate, each of the contact points indicating where the corresponding equal-thickness surfaces (19a, 19b,) come in contact with the surface of the substrate; and heating the vaporization containers (8a, 8b,) to evaporate or sublimate the respective vaporization materials so that vapors of the respective materials are released through the plurality of release holes (13a, 13b,), as well as the vaporization materials are mixed together and deposited on an entire surface of the substrate.
A brake device for braking a wheel of a wheelchair, the brake device comprising: a rotary member comprising a round external peripheral part arranged concentrically with the wheel and a plurality of engaging teeth that protrude radially from the external peripheral part, the rotary member rotating synchronously with the wheel; an engaging member retained in movable fashion on a frame part of the wheelchair and comprising an engaging projection that engages with the engaging teeth, the engaging projection being accommodated in grooves between the plurality of engaging teeth of the rotary member, and the engaging member shifting between a first position whereby the engaging projection is positioned outside the grooves and a second position where at least a portion of the engaging projection is positioned inside the grooves; an urging member that urges the engaging member to one of the first position and the second position; and a lock part that maintains the engaging member in the other of the first position and the second position, wherein the engaging member shifts between the first position and the second position such that the engaging projection moves linearly toward or away from the rotary member along a radial direction of the rotary member, while the engaging projection maintains its orientation toward the center of the rotary member; characterized in that the urging member is an elastic band stretched between a central axis of the wheel and/or the rotary member and the engaging member, wherein the engaging member is urged to the second position by a tensile force of the elastic band. a rotary member comprising a round external peripheral part arranged concentrically with the wheel and a plurality of engaging teeth that protrude radially from the external peripheral part, the rotary member rotating synchronously with the wheel; an engaging member retained in movable fashion on a frame part of the wheelchair and comprising an engaging projection that engages with the engaging teeth, the engaging projection being accommodated in grooves between the plurality of engaging teeth of the rotary member, and the engaging member shifting between a first position whereby the engaging projection is positioned outside the grooves and a second position where at least a portion of the engaging projection is positioned inside the grooves; an urging member that urges the engaging member to one of the first position and the second position; and a lock part that maintains the engaging member in the other of the first position and the second position, wherein the engaging member shifts between the first position and the second position such that the engaging projection moves linearly toward or away from the rotary member along a radial direction of the rotary member, while the engaging projection maintains its orientation toward the center of the rotary member; characterized in that the urging member is an elastic band stretched between a central axis of the wheel and/or the rotary member and the engaging member, wherein the engaging member is urged to the second position by a tensile force of the elastic band.