mhurhangee/ep-ind-claims huggingface dataset:
A device comprising: (device 1) a device comprising a column (hereinafter referred to as "column A") having an inlet and an outlet, and containing glycosidase immobilized on a carrier, and (device 2) a device comprising a column (hereinafter referred to as "column C") having an inlet and an outlet, and containing a sialic acid-introducing enzyme immobilized on a carrier, wherein the outlet of device 1 is connected to the inlet of device 2 via a flow path c. (device 1) a device comprising a column (hereinafter referred to as "column A") having an inlet and an outlet, and containing glycosidase immobilized on a carrier, and (device 2) a device comprising a column (hereinafter referred to as "column C") having an inlet and an outlet, and containing a sialic acid-introducing enzyme immobilized on a carrier, wherein the outlet of device 1 is connected to the inlet of device 2 via a flow path c.
A flexible heat insulation product comprising - a flexible heat insulating core layer with a first side and a second side, and - a flexible facing that is connected to the first side of the insulating core layer by a plurality of elements that extends from the facing to the second side of the insulating core layer, characterized in that the insulation product further comprises a flexible heat insulating cover layer that is secured to the second side of the insulating core layer and wherein the plurality of elements that extends from the facing to the second side of the insulating core layer does not extend through the insulating cover layer. - a flexible heat insulating core layer with a first side and a second side, and - a flexible facing that is connected to the first side of the insulating core layer by a plurality of elements that extends from the facing to the second side of the insulating core layer,
An implantable medical device comprising: a battery; an electronics module electrically connected to the battery; an elongated housing comprising a side wall positioned between the battery and an end cap, wherein the electronics module is positioned within the elongated housing between the battery and the end cap; and an electrical contact assembly (186A, 186B) comprising a first spring contact and a second spring contact, wherein the electrical contact assembly (186A, 186B) is positioned within the elongated housing between the electronics module and the battery or is positioned within the elongated housing between the electronics module and the end cap. a battery; an electronics module electrically connected to the battery; an elongated housing comprising a side wall positioned between the battery and an end cap, wherein the electronics module is positioned within the elongated housing between the battery and the end cap; and an electrical contact assembly (186A, 186B) comprising a first spring contact and a second spring contact, wherein the electrical contact assembly (186A, 186B) is positioned within the elongated housing between the electronics module and the battery or is positioned within the elongated housing between the electronics module and the end cap.
A method of oxidizing a porous component comprising at least 90 weight % chromium, the method comprising: forming the porous component by: compacting a powder blend to form a green component; and sintering the green component to form the porous component; oxidizing the porous component in a furnace so as to expose the component to an oxidation temperature range for a predetermined time period; and during said oxidizing, feeding a controlled atmosphere into the furnace, wherein the controlled atmosphere comprises: at least 30 volume % nitrogen, at least 10 volume % oxygen, and at least 20 volume % water vapor; wherein said oxidizing increases a nitrogen content of the porous component by less than 0.1 weight %. forming the porous component by: compacting a powder blend to form a green component; and sintering the green component to form the porous component; compacting a powder blend to form a green component; and sintering the green component to form the porous component; oxidizing the porous component in a furnace so as to expose the component to an oxidation temperature range for a predetermined time period; and during said oxidizing, feeding a controlled atmosphere into the furnace, wherein the controlled atmosphere comprises: at least 30 volume % nitrogen, at least 10 volume % oxygen, and at least 20 volume % water vapor; at least 30 volume % nitrogen, at least 10 volume % oxygen, and at least 20 volume % water vapor; wherein said oxidizing increases a nitrogen content of the porous component by less than 0.1 weight %.
An optically dithered atomic inertial sensor, the inertial sensor comprising: a vacuum chamber containing an atom cloud of laser cooled alkali atoms, wherein the alkali atoms are free to fall under the influence of gravity; a first set of laser sources (121, 122) configured to apply a first set of laser beams into the atom cloud along a first axis; a second set of laser sources (123, 124) configured to apply a second set of laser beams into the atom cloud along a second axis; wherein the first set of laser beams and the second set of laser beams are configured to apply a series of coherent laser pulses into the atom cloud that separate a quantum-mechanical wave function of the alkali atoms along trajectories that define a sensing plane that is sensitive to rotation about a sensing axis oriented orthogonal to the sensing plane; and characterised in that the first set of laser sources (121, 122) and the second set of laser sources (123, 124) are configured to apply a dithering motion to the sensing axis by modulating a relative magnitude of the first set of laser beams with respect to the second set of laser beams. a vacuum chamber containing an atom cloud of laser cooled alkali atoms, wherein the alkali atoms are free to fall under the influence of gravity; a first set of laser sources (121, 122) configured to apply a first set of laser beams into the atom cloud along a first axis; a second set of laser sources (123, 124) configured to apply a second set of laser beams into the atom cloud along a second axis; wherein the first set of laser beams and the second set of laser beams are configured to apply a series of coherent laser pulses into the atom cloud that separate a quantum-mechanical wave function of the alkali atoms along trajectories that define a sensing plane that is sensitive to rotation about a sensing axis oriented orthogonal to the sensing plane; and characterised in that the first set of laser sources (121, 122) and the second set of laser sources (123, 124) are configured to apply a dithering motion to the sensing axis by modulating a relative magnitude of the first set of laser beams with respect to the second set of laser beams.
An ophthalmic composition comprising, in an ophthalmically acceptable medium: a solid complex comprising dexamethasone and γ-cyclodextrin, wherein the composition comprises either (i) less than 1%, in particular less than 0.8%, by weight of any product that was not voluntarily introduced in the composition of the disclosure but was generated in situ during manufacturing of the composition, based on the weight of the dexamethasone, or, (ii) less than 0.5%, in particular less than 0.3%, more particularly less than 0.2% by weight of dexamethasone enol aldehyde based on the weight of the dexamethasone. a solid complex comprising dexamethasone and γ-cyclodextrin, wherein the composition comprises either (i) less than 1%, in particular less than 0.8%, by weight of any product that was not voluntarily introduced in the composition of the disclosure but was generated in situ during manufacturing of the composition, based on the weight of the dexamethasone, or, (ii) less than 0.5%, in particular less than 0.3%, more particularly less than 0.2% by weight of dexamethasone enol aldehyde based on the weight of the dexamethasone. (i) less than 1%, in particular less than 0.8%, by weight of any product that was not voluntarily introduced in the composition of the disclosure but was generated in situ during manufacturing of the composition, based on the weight of the dexamethasone, or, (ii) less than 0.5%, in particular less than 0.3%, more particularly less than 0.2% by weight of dexamethasone enol aldehyde based on the weight of the dexamethasone.
A packaging machine comprising a work station, an infeed conveyor, an outfeed conveyor, a control system and a gripper system, the gripper system comprising a gripper (19, 21) for moving packaging trays into and/or out of the work station, the gripper (19, 21) comprising first and second gripper arms (37, 39) for gripping the packaging trays, 39) for gripping the packaging trays, and the work station comprises a tool top and a tool bottom, one or both of which are movable to open and close the work station, and the work station comprises one or more interchangeable format parts for processing packaging trays of different sizes or formats, where at least one of the upper tool part, the lower tool part, the gripper (19, 21), the gripper arms (37, 39) and the format parts has a marking and the control system is configured for this purpose, automatically read the identification by means of a sensor, - carry out a collision space calculation and automatically control the packaging machine, in particular the movement of at least one movable component (5, 7, 19, 21, 23, 36, 37, 39), as a function of the collision space calculation.
Tool basic module for use with at least one attachment device, said tool basic module having a housing, a drive unit, a main output shaft having a shaft receptacle for at least in part receiving a main input shaft of the attachment device, and a coupling device which for mechanically linking the attachment device in terms of drive technology has a mechanical interface on the main output shaft, as well as an electrical interface for transmitting an electric output and/or an electric current, characterized in that the mechanical interface is at least in part configured by the housing of the tool basic module and the mechanical interface is configured so as to be in particular at least substantially cylindrical and has a plurality of form-fitting elements (28, 30, 32) which are in particular disposed uniformly on an external circumference of the mechanical interface and are provided for supporting a torque of the attachment device.
An exhaust nozzle (63;163) for a gas turbine engine, comprising: a duct (64;164;264;364) having a first surface (66;166;266;366) and a second surface (67;167;267;367) extending about a duct axis to define an exhaust flow path; and at least one effector (68;168;268;368) positioned along the first surface (66;166;266;366), the at least one effector (68;168;268;368) pivotable about an effector axis (78;278;378) to vary a throat area (65;165;265;365) of the duct (64;164;264;364), the at least one effector (68;168;268;368) tapering along the effector axis (78;278;378), wherein the duct (64;164;264;364) defines a recess extending from the first surface (266;366), the at least one effector (68;168;268;368) includes a body extending between a leading edge (274;374) and a trailing edge (276;376) each sloping inwardly towards the effector axis (278;378), the leading edge (274;374) and the trailing edge (276;376) are substantially flush with the first surface (266;366) when the at least one effector (68;168;268;368) is in a stowed position, characterized in that: the at least one effector includes a first effector and a second effector pivotable about a common axis extending between the first effector and the second effector. a duct (64;164;264;364) having a first surface (66;166;266;366) and a second surface (67;167;267;367) extending about a duct axis to define an exhaust flow path; and at least one effector (68;168;268;368) positioned along the first surface (66;166;266;366), the at least one effector (68;168;268;368) pivotable about an effector axis (78;278;378) to vary a throat area (65;165;265;365) of the duct (64;164;264;364), the at least one effector (68;168;268;368) tapering along the effector axis (78;278;378), wherein the duct (64;164;264;364) defines a recess extending from the first surface (266;366), the at least one effector (68;168;268;368) includes a body extending between a leading edge (274;374) and a trailing edge (276;376) each sloping inwardly towards the effector axis (278;378), the leading edge (274;374) and the trailing edge (276;376) are substantially flush with the first surface (266;366) when the at least one effector (68;168;268;368) is in a stowed position, characterized in that: the at least one effector includes a first effector and a second effector pivotable about a common axis extending between the first effector and the second effector.
A device for treating a heart valve comprising: (a) an anchor applicable to both surfaces of a valve leaflet and having an expanded deployed configuration and a low caliber undeployed configuration; and (b) one or more sutures (58, 60) attached to the anchor, wherein the anchor in the deployed configuration comprises a first set of one or more wire loops lying in a first plane and a second set of one or more wire loops not lying in the first plane, wherein the anchor portion comprises a central hub from which the two sets of one or more wire loops (54, 56) extend; characterized in that the second set of wire loops are curved towards the first plane. (a) an anchor applicable to both surfaces of a valve leaflet and having an expanded deployed configuration and a low caliber undeployed configuration; and (b) one or more sutures (58, 60) attached to the anchor, wherein the anchor in the deployed configuration comprises a first set of one or more wire loops lying in a first plane and a second set of one or more wire loops not lying in the first plane, wherein the anchor portion comprises a central hub from which the two sets of one or more wire loops (54, 56) extend; characterized in that the second set of wire loops are curved towards the first plane.
A power source equipment, PSE, device to be used in a Power over Ethernet, PoE, lighting system, wherein the PSE device is adapted to receive input power from a power providing system which is adapted to provide primary input power or backup input power, the PSE device comprising: - a power detection unit for detecting whether the received input power is the primary input power or the backup input power, - an output power providing unit (10, 28) for providing output power to lighting units (31, 32) based on the received input power, and - a control unit for controlling the power consumption of the lighting units (31, 32) depending on whether the received power is the primary input power or the backup input power, wherein the control unit is adapted to control the power consumption of the lighting units (31, 32) by controlling the output power providing unit (10, 28), and wherein the output power providing unit (10, 28) comprises several ports to be connected to several lighting units (31, 32) characterized by providing the output power to the several lighting units (31, 32), wherein the control unit is adapted to control the output power providing unit (10, 28) such that not to all ports output power is provided, if the power detection unit has detected that the received input power is the backup input power. - a power detection unit for detecting whether the received input power is the primary input power or the backup input power, - an output power providing unit (10, 28) for providing output power to lighting units (31, 32) based on the received input power, and - a control unit for controlling the power consumption of the lighting units (31, 32) depending on whether the received power is the primary input power or the backup input power,
A method for waking up a home interconnection device, comprising: when the home interconnection device is in a state of standby, receiving, by the home interconnection device, a first beacon frame from a terminal through a wireless access point, AP, of a Wireless Fidelity, WIFI, module of the home interconnection device; searching, by the home interconnection device, a pre-set field of the first beacon frame for a waking-up identification which is used for waking up the home interconnection device in the state of standby, wherein the pre-set field is a reserved bit of the first beacon frame which is previously consulted and determined by the home interconnection device with the terminal; and when the pre-set field of the first beacon frame comprises the waking-up identification, switching, by the home interconnection device, from the state of standby of the home interconnection device to a state of work, and when the pre-set field of the first beacon frame does not comprise the waking-up identification, responding, by the home interconnection device, to a request corresponding to the first beacon frame. when the home interconnection device is in a state of standby, receiving, by the home interconnection device, a first beacon frame from a terminal through a wireless access point, AP, of a Wireless Fidelity, WIFI, module of the home interconnection device; searching, by the home interconnection device, a pre-set field of the first beacon frame for a waking-up identification which is used for waking up the home interconnection device in the state of standby, wherein the pre-set field is a reserved bit of the first beacon frame which is previously consulted and determined by the home interconnection device with the terminal; and when the pre-set field of the first beacon frame comprises the waking-up identification, switching, by the home interconnection device, from the state of standby of the home interconnection device to a state of work, and when the pre-set field of the first beacon frame does not comprise the waking-up identification, responding, by the home interconnection device, to a request corresponding to the first beacon frame.
A method of determining the responsiveness of an individual with wet AMD to treatment with a VEGF antagonist, the method comprising: (i) determining in a sample from an individual having wet age-related macular degeneration the quantity of autoantibodies directed against opioid growth factor receptor (OGFR) and (ii) classifying the individual as a VEGF antagonist responder, if the sample has an increased or decreased amount of OGFR autoantibodies, compared to a control, wherein the amount of the autoantibodies in the sample is increased or decreased by at least 10%. (i) determining in a sample from an individual having wet age-related macular degeneration the quantity of autoantibodies directed against opioid growth factor receptor (OGFR) and (ii) classifying the individual as a VEGF antagonist responder, if the sample has an increased or decreased amount of OGFR autoantibodies, compared to a control, wherein the amount of the autoantibodies in the sample is increased or decreased by at least 10%.
An adaptor bar for playing the role of a top tube on a bicycle to be loaded on a bicycle rack, comprising: a tube unit including an inner tube and an outer tube, the inner tube having a first end thereof slidably inserted into a first end of the outer tube; two end parts respectively connected to two respective second ends of the inner tube and the outer tube; two hooks respectively fixed to the two respective second ends of the inner tube and the outer tube, each hook having a first connection portion; two plates respectively connected to the two end parts, each plate having a first section, a second section and a third section, the second section formed between the first and third sections (41, 43), an axis of the second section being inclined relative to two respective axes of the first and third sections (41, 43), the third section of each plate being fixed to the end part corresponding thereto, the first section of each plate being removably engaged with the first connection portion of the hook corresponding thereto, characterized in that the first section has a first recess and a second recess formed to a first side thereof, the second recess located close to the second section and including a recessed reinforcement area located around the second recess so as to reinforce a portion between the first and second sections (41, 44). a tube unit including an inner tube and an outer tube, the inner tube having a first end thereof slidably inserted into a first end of the outer tube; two end parts respectively connected to two respective second ends of the inner tube and the outer tube; two hooks respectively fixed to the two respective second ends of the inner tube and the outer tube, each hook having a first connection portion; two plates respectively connected to the two end parts, each plate having a first section, a second section and a third section, the second section formed between the first and third sections (41, 43), an axis of the second section being inclined relative to two respective axes of the first and third sections (41, 43), the third section of each plate being fixed to the end part corresponding thereto, the first section of each plate being removably engaged with the first connection portion of the hook corresponding thereto, characterized in that the first section has a first recess and a second recess formed to a first side thereof, the second recess located close to the second section and including a recessed reinforcement area located around the second recess so as to reinforce a portion between the first and second sections (41, 44).
A method of controlling transmission in a communication network, the method comprising: a communication device (10, 100-1, 100-2) detecting potentially colliding usage of transmission resources; the communication device (10, 100-1, 100-2) detecting cease of the potentially colliding usage of the transmission resources; after expiry of a backoff time period starting when detecting said cease of said usage of the transmission resources, the communication device (10, 100-1, 100-2) performing a transmission on the transmission resources synchronously with a further transmission on the transmission resources by at least one other communication device (10, 100-1, 100-2); and the communication device (10, 100-1, 100-2) receiving control information for synchronizing the transmission with the further transmission. a communication device (10, 100-1, 100-2) detecting potentially colliding usage of transmission resources; the communication device (10, 100-1, 100-2) detecting cease of the potentially colliding usage of the transmission resources; after expiry of a backoff time period starting when detecting said cease of said usage of the transmission resources, the communication device (10, 100-1, 100-2) performing a transmission on the transmission resources synchronously with a further transmission on the transmission resources by at least one other communication device (10, 100-1, 100-2); and the communication device (10, 100-1, 100-2) receiving control information for synchronizing the transmission with the further transmission.