mhurhangee/patent-ind-claim-en huggingface dataset:
A printhead support structure, comprising: means for receiving a printhead ; first and second portions having a flexure arrangement therebetween for converting a translational movement of the first portion to a rotational movement of the second portion ; and means for coupling the second portion to said receiving means for adjusting the rotational angle of the printhead , wherein the first portion is configured for coupling to a print carriage and is constrained to move substantially along a first axis; and wherein the second portion is fixed at an edge , such that the second portion is constrained to rotate about a second axis parallel to the first axis. means for receiving a printhead ; first and second portions having a flexure arrangement therebetween for converting a translational movement of the first portion to a rotational movement of the second portion ; and means for coupling the second portion to said receiving means for adjusting the rotational angle of the printhead , wherein the first portion is configured for coupling to a print carriage and is constrained to move substantially along a first axis; and wherein the second portion is fixed at an edge , such that the second portion is constrained to rotate about a second axis parallel to the first axis.
A packet data convergence protocol PDCP duplication configuration method, comprising: determining (S102), by a terminal device , configuration information of a sidelink SL PDCP duplication; and performing (S104), by the terminal device , SL PDCP duplication configuration based on the configuration information, wherein the determining, by a terminal device , configuration information of a SL PDCP duplication comprises: determining, by the terminal device , the configuration information of the SL PDCP duplication based on a service attribute, a logical channel priority and a channel condition, characterized in that the configuration information of the SL PDCP duplication comprises: sixth configuration information used to indicate a quantity of transmission branches used by a PDCP duplication, wherein the quantity of transmission branches is a total quantity of logical channels of at least two radio access technologies used by the SL PDCP duplication. determining (S102), by a terminal device , configuration information of a sidelink SL PDCP duplication; and performing (S104), by the terminal device , SL PDCP duplication configuration based on the configuration information, wherein the determining, by a terminal device , configuration information of a SL PDCP duplication comprises: determining, by the terminal device , the configuration information of the SL PDCP duplication based on a service attribute, a logical channel priority and a channel condition, characterized in that the configuration information of the SL PDCP duplication comprises: sixth configuration information used to indicate a quantity of transmission branches used by a PDCP duplication, wherein the quantity of transmission branches is a total quantity of logical channels of at least two radio access technologies used by the SL PDCP duplication. determining, by the terminal device , the configuration information of the SL PDCP duplication based on a service attribute, a logical channel priority and a channel condition, characterized in that the configuration information of the SL PDCP duplication comprises: sixth configuration information used to indicate a quantity of transmission branches used by a PDCP duplication, wherein the quantity of transmission branches is a total quantity of logical channels of at least two radio access technologies used by the SL PDCP duplication.
A Process for the production of cyclic guanidine derivates of formula I or mixtures of them wherein R 1 to R 13 are independently selected from the group of H and C 1 - to C 4 alkyl and n and m are a natural number independently selected from the group of 0 and 1 by reacting a triamine in the present of a C 1 -source in a reactor filled with a solid material selected from the group of inert material, aluminium silicates, aluminium oxide, zeolites or mixtures or layers of these in the gas or liquid phase under inert atmosphere at a temperature of at least 90°C and a pressure of 1 to 320 bar.
A method for reducing the formation of trisulfide bonds in proteins comprising culturing cells expressing said proteins whereby a feed medium is added to the cell culture one or more times during cell culture that does not contain any significant amounts of cysteine or cystine but comprises S-sulfocysteine and/or salts thereof, whereby trisulfide linkage formation in said proteins is reduced relative to proteins expressed by cells cultured in a cell culture medium where cysteine and/or cystine in the feed medium has not been replaced by S-sulfocysteine and/or salts thereof, wherein said feed medium that does not contain any significant amounts of cysteine and/or cystine but S-sulfocysteine and/or its salts as a replacement is any medium that contains cysteine and/or cystine in an amount of less than 5% (w/w) of the amount of S-sulfocysteine and/or its salts.
An implantable electric multi-pole connection structure between an electric implant and an electric feed and discharge structure, wherein a flexible, film-like, electrically non-conductive, strip-shaped surface element is arranged between the implant and the feed and discharge structure , with at least a first surface of the surface element, characterised in that on the first surface of the surface element a number of electrodes n, greater than or equal to two, is arranged, each of which is connected to the electric implant via electric connection conductors , running at least in parts inside the surface element , in that the electric feed and discharge structure comprises at least n wires , electrically insulated from each other, each of which is electrically connected to one of the n electrodes ; and in that the strip-shaped surface element is wound around a winding axis (A), which adopts the shape of a helix, along a cover surface of a virtual cylinder provided with a cylinder axis, which is straight or curved at least in sections.
A gas sensor electrode comprising a conductive particle phase made of Pt or Pt alloy and a ceramic particle phase being mixed and dispersed, wherein a rate of content of the ceramic particle phase is 6.0 to 22.0 mass% with respect to the total mass, and a void ratio is 2.5 to 10.0%, wherein the void ratio is a ratio of an area, in the cross section of the electrode, occupied by neither conductive particle phase nor ceramic particle in the electrode, characterized therein that a dispersion degree of the conductive particle phase per length of 25 μm on the electrode surface is 0.60 to 0.85 μm, and a dispersion degree of the conductive particle phase in the electrode cross section per length of 100 μm in a direction parallel to the electrode surface is 2.0 to 4.0 μm, wherein the dispersion degree is measured including applying image processing on structure photographs of the surface and the cross section of the electrode, drawing multiple reference lines, measuring and calculating the length of the conductive particle phase crossing each reference line, deriving an average value thereof, and adopting a result as a dispersion degree.
A driving device for a paraglider , wherein the paraglider has a harness for receiving a pilot, comprising a support frame and a first motor attached to the support frame , a first propeller and a second propeller , wherein during flight operations of the paraglider , the first propeller is arranged to the left of the pilot and the second propeller is arranged to the right of the pilot, and wherein the support frame comprises a rod, wherein the first propeller is arranged at a first end of the rod and the second propeller is arranged at a second end of the rod and wherein during flight operations, the rod is arranged in front of the pilot, wherein the support frame comprises securing means for securing the driving device to a harness of a driveless paraglider , wherein the securing means have a receptacle for receiving a karabiner of the harness , characterized in that the securing means are rigidly connected to the support frame and in that the karabiner is received in the receptacle in a rotationally fixed manner, wherein the receptacle has an elongated stop for engaging an at least partially straight leg of the karabiner and a retaining element for retaining the karabiner at the stop , and wherein the securing means cooperate with the harness in such a manner that when applying a load to the harness, the karabiner and together with it the receptacle is rotated, by which in turn the support frame and thus the drive unit is set upright so that axes of rotation of the first propeller and the second propeller are vertically oriented in an unloaded state of the harness and only pivot into a horizontal orientation when the harness is loaded.
A cell culture carrier for culturing biological cell material , comprising: - a carrier plate ; - a membrane which is carried by the carrier plate and provides a colonisation surface for the cell material , wherein the colonisation surface is permeable to a primary flow of a nutrient solution; - a retaining cage which is permeable to the nutrient solution and which is covered by the membrane on an end face, into which the cell material can be introduced and which can be perfused by the primary flow ; characterized in that the carrier plate provides a plurality of flow openings which are positioned and distributed around the circumference outside the retaining cage and which permit a secondary flow of the nutrient solution the flow rate of which is greater than the flow rate of the primary flow of the nutrient solution flowing through the retaining cage and the colonisation surface . - a carrier plate ; - a membrane which is carried by the carrier plate and provides a colonisation surface for the cell material , wherein the colonisation surface is permeable to a primary flow of a nutrient solution; - a retaining cage which is permeable to the nutrient solution and which is covered by the membrane on an end face, into which the cell material can be introduced and which can be perfused by the primary flow ;
A method comprising: setting up a replication partnership between a first storage node and a second storage node , wherein setting up the replication partnership comprises: establishing a secure connection between the first storage node and the second storage node using a remote internet protocol address, a base port number, and an identifying key pair; creating a port forwarding configuration relative to the secure connection, in part, by adding one of a set of pre-established port offsets to the base port number; exchanging encryption keys between the first storage node and the second storage node using the port forwarding configuration; and repeating creation of the port forwarding configuration for each remaining instance of the set of pre-established port offsets. establishing a secure connection between the first storage node and the second storage node using a remote internet protocol address, a base port number, and an identifying key pair; creating a port forwarding configuration relative to the secure connection, in part, by adding one of a set of pre-established port offsets to the base port number; exchanging encryption keys between the first storage node and the second storage node using the port forwarding configuration; and repeating creation of the port forwarding configuration for each remaining instance of the set of pre-established port offsets.
A bottle adapter connector comprising: a generally cylindrical body extending between a first end and a second end, and comprising an outer peripheral surface and an inner peripheral surface ; and a recess defined by the inner peripheral surface of the body and accessible from the first end, a base portion positioned at the second end, and a male coupling generally centrally positioned on the base portion and projecting towards the first end, the male coupling comprising a conduit extending therethrough, wherein the base portion comprises a sloped surface extending towards the first end and up to the conduit of the male coupling ; wherein the base portion is at least partially resilient and flexible to allow for axial displacement of the male coupling , such that closure of a cap atop the connector causes axial displacement of the male coupling and sealing of the conduit of the male coupling with the cap. a generally cylindrical body extending between a first end and a second end, and comprising an outer peripheral surface and an inner peripheral surface ; and a recess defined by the inner peripheral surface of the body and accessible from the first end, a base portion positioned at the second end, and a male coupling generally centrally positioned on the base portion and projecting towards the first end, the male coupling comprising a conduit extending therethrough, wherein the base portion comprises a sloped surface extending towards the first end and up to the conduit of the male coupling ; wherein the base portion is at least partially resilient and flexible to allow for axial displacement of the male coupling , such that closure of a cap atop the connector causes axial displacement of the male coupling and sealing of the conduit of the male coupling with the cap.
An environmental control system of an aircraft, comprising:a ram air circuit including a ram air shell having a heat exchanger positioned therein; a dehumidification system arranged in fluid communication with a first medium (A1), the ram air circuit being configured to receive and direct a second medium (A2); and a plurality of expansion devices arranged in fluid communication with the ram air circuit and the dehumidification system, wherein the expansion devices are simple cycle expansion devices arranged in parallel, each comprising a turbine and a fan in fluid communication with the ram air circuit and on a common shaft with the turbine, the flow of the second medium from a single ram air circuit being shared by the fans of the expansion devices and the flow of the first medium from a single dehumidification system being shared by each of the expansion devices , and further comprising a valve (V3) arranged at the interface between a fluid flow path connected to a turbine inlet of a first expansion device , a fluid flow path connected to a turbine inlet of a second expansion device and the output of the dehumidification system , the valve (V3) being operable to direct a flow of the first medium (A1) from the output of the dehumidification system to all or a portion of the plurality of expansion devices .
A system, comprising: driver circuitry configured to provide electrical power to energize a motor to control movement of a rotor and a shaft of the motor; a mechanical relay system configured to couple to a first conductor; a solid-state relay system configured to couple to a second conductor, wherein the first conductor and the second conductor are configured to couple to an electromagnetic brake , and wherein the electromagnetic brake is configured to control movement of the rotor by applying friction to the rotor; and a control system configured to: receive a request to stop the movement of the rotor; send a first signal to the solid-state relay system in response to receiving the request, wherein the first signal is configured to cause a solid-state relay to open; and send a second signal to the mechanical relay system after sending the first signal to the solid-state relay system, wherein the second signal is configured to cause a mechanical relay to open, wherein the mechanical relay and the solid-state relay are electrically coupled parallel to the driver circuitry. driver circuitry configured to provide electrical power to energize a motor to control movement of a rotor and a shaft of the motor; a mechanical relay system configured to couple to a first conductor; a solid-state relay system configured to couple to a second conductor, wherein the first conductor and the second conductor are configured to couple to an electromagnetic brake , and wherein the electromagnetic brake is configured to control movement of the rotor by applying friction to the rotor; and a control system configured to: receive a request to stop the movement of the rotor; send a first signal to the solid-state relay system in response to receiving the request, wherein the first signal is configured to cause a solid-state relay to open; and send a second signal to the mechanical relay system after sending the first signal to the solid-state relay system, wherein the second signal is configured to cause a mechanical relay to open, receive a request to stop the movement of the rotor; send a first signal to the solid-state relay system in response to receiving the request, wherein the first signal is configured to cause a solid-state relay to open; and send a second signal to the mechanical relay system after sending the first signal to the solid-state relay system, wherein the second signal is configured to cause a mechanical relay to open, wherein the mechanical relay and the solid-state relay are electrically coupled parallel to the driver circuitry.
An array of micro objects , the array comprising: a source substrate having a process side and comprising a sacrificial layer consisting of silicon (1 0 0) sacrificial material on the process side; a plurality of spatially separated releasable micro objects distributed over the sacrificial layer ; a plurality of anchor structures located on the process side of the source substrate , wherein the plurality of anchor structures spatially separate the micro objects and remain rigidly attached to the source substrate in the absence of the sacrificial material in areas below the micro objects ; and a plurality of tethers , wherein each releasable micro object is connected by a single tether of the plurality of tethers to an anchor comprised in one of the plurality of anchor structures . a source substrate having a process side and comprising a sacrificial layer consisting of silicon (1 0 0) sacrificial material on the process side; a plurality of spatially separated releasable micro objects distributed over the sacrificial layer ; a plurality of anchor structures located on the process side of the source substrate , wherein the plurality of anchor structures spatially separate the micro objects and remain rigidly attached to the source substrate in the absence of the sacrificial material in areas below the micro objects ; and a plurality of tethers , wherein each releasable micro object is connected by a single tether of the plurality of tethers to an anchor comprised in one of the plurality of anchor structures .
A light emitting die connected to a carrier substrate, the light emitting die having a light emitting element and the light emitting die being located in a hole or opening made in the carrier substrate, the carrier substrate having a first major surface or side and a second major surface or side, the light emitting die having a third major surface or side and a fourth major surface or side, the fourth major surface of the light emitting die and the second major surface of the carrier substrate being substantially flush or co-planar, the light emitting element being positioned on the third major surface, first contact elements being positioned in or on the fourth major surface of the light emitting die, the first contact elements being electrically connected to an anode and a cathode of the light emitting element, respectively the first contacts on the fourth major surface of the light emitting die being electrically connected to second contacts on the second major surface of the carrier substrate by means of a conductive connection .
A device for transcatheter delivery of collapsible prosthetic heart valves, the device comprising: a hollow shaft having proximal and distal ends and defining a hollow shaft lumen, an anchor having proximal and distal ends, the anchor being sized to fit within the hollow shaft distal end, the distal end of the anchor having a first flange having a hole through its thickness opposite a second flange also having a hole through its thickness in a direction transverse to a longitudinal axis of the anchor ; an arm connected to the distal end of the anchor and having a first lumen defining a first central axis, a first arm portion having opposing blind holes through its thickness in a transverse direction to the central axis of the arm , whereby each of the holes of the anchor are aligned with respective blind holes of the first arm portion ; pins inserted through the aligned holes of the anchor and the respective blind holes of the arm , the arm being rotatable about the pins ; a pull wire having proximal and distal ends, the pull wire distal end being mechanically coupled to the arm ; a flexible sleeve placed around a second arm portion and the hollow shaft distal end; and a flexible tube extending through the first lumen, the flexible tube having a second lumen, wherein the arm is in a first position when the pull wire distal end is in a first position and the arm is in a second position when the pull wire distal end is in a second position, and the pins allow the arm to be rotated within only a single plane relative to the anchor about the pins , the pins being substantially perpendicular to the first lumen. a hollow shaft having proximal and distal ends and defining a hollow shaft lumen, an anchor having proximal and distal ends, the anchor being sized to fit within the hollow shaft distal end, the distal end of the anchor having a first flange having a hole through its thickness opposite a second flange also having a hole through its thickness in a direction transverse to a longitudinal axis of the anchor ; an arm connected to the distal end of the anchor and having a first lumen defining a first central axis, a first arm portion having opposing blind holes through its thickness in a transverse direction to the central axis of the arm , whereby each of the holes of the anchor are aligned with respective blind holes of the first arm portion ; pins inserted through the aligned holes of the anchor and the respective blind holes of the arm , the arm being rotatable about the pins ; a pull wire having proximal and distal ends, the pull wire distal end being mechanically coupled to the arm ; a flexible sleeve placed around a second arm portion and the hollow shaft distal end; and a flexible tube extending through the first lumen, the flexible tube having a second lumen, wherein the arm is in a first position when the pull wire distal end is in a first position and the arm is in a second position when the pull wire distal end is in a second position, and the pins allow the arm to be rotated within only a single plane relative to the anchor about the pins , the pins being substantially perpendicular to the first lumen.