mhurhangee/ep-ind-claims huggingface dataset:
Supplemental oxygen for use in a method for a post-flight seizure prevention, wherein the method comprises providing the supplemental oxygen by a source suitable for transport on an aircraft during a flight at altitude; wherein the method comprises administering the supplemental oxygen to a person during air transport on the aircraft to compensate for a reduced oxygen partial pressure existing in the aircraft during the flight; and wherein the method comprises administering the supplemental oxygen in an amount such that the person experiences an oxygen partial pressure that substantially mimics a target oxygen partial pressure, wherein the target oxygen partial pressure is adjusted, automatically or manually, during the flight from an initial target oxygen partial pressure to an end target oxygen partial pressure and wherein the oxygen partial pressure of a departure city is set as the initial target oxygen partial pressure and the oxygen partial pressure of an arrival city is set as the end target oxygen partial pressure. wherein the method comprises administering the supplemental oxygen to a person during air transport on the aircraft to compensate for a reduced oxygen partial pressure existing in the aircraft during the flight; and wherein the method comprises administering the supplemental oxygen in an amount such that the person experiences an oxygen partial pressure that substantially mimics a target oxygen partial pressure, wherein the target oxygen partial pressure is adjusted, automatically or manually, during the flight from an initial target oxygen partial pressure to an end target oxygen partial pressure and wherein the oxygen partial pressure of a departure city is set as the initial target oxygen partial pressure and the oxygen partial pressure of an arrival city is set as the end target oxygen partial pressure.
A transmission having at least one shifting assembly (1, 2) comprising: - a first component (11, 21); - a second component (12, 22); and - a third component (13, 23), wherein the components (11, 12, 13, 21, 22, 23) interact in dependence on the shifting state in that: - a friction clutch (14, 24) is arranged between the first component (11, 21) and the second component (12, 22); - a positively locking clutch (15, 25) is arranged between the second component (12, 22) and the third component (13, 23); and - a positively locking clutch (16, 26) is arranged between the second component (12, 22) and the third component (13, 23); and wherein a connection means (17, 27) is provided that connects a coupling part of the friction clutch (14, 24) to a coupling part of the positively locking clutch (15, 25), characterized in that at least one of the components (11, 12, 13, 21, 22, 23) is configured as rotationally fixed. - a first component (11, 21); - a second component (12, 22); and - a third component (13, 23), - a friction clutch (14, 24) is arranged between the first component (11, 21) and the second component (12, 22); - a positively locking clutch (15, 25) is arranged between the second component (12, 22) and the third component (13, 23); and - a positively locking clutch (16, 26) is arranged between the second component (12, 22) and the third component (13, 23); and wherein a connection means (17, 27) is provided that connects a coupling part of the friction clutch (14, 24) to a coupling part of the positively locking clutch (15, 25), characterized in that at least one of the components (11, 12, 13, 21, 22, 23) is configured as rotationally fixed. and wherein a connection means (17, 27) is provided that connects a coupling part of the friction clutch (14, 24) to a coupling part of the positively locking clutch (15, 25), characterized in that at least one of the components (11, 12, 13, 21, 22, 23) is configured as rotationally fixed.
A gas detector comprising an ionizing device for producing ions depending on a gas to be detected, with a catcher for receiving the electrical current produced by the ions, and a measuring device with an electrical measuring resistor which produces an electrical measuring potential from the current, wherein the measuring resistor is surrounded at least in part by an electrical shield resistor R T, and the same potential is applied to mutually opposed regions of the measuring resistor and the shield resistor R T up to a deviation of at most 25%, characterized in that the shield resistor R T is formed as a chain of a plurality of electrical conductors, each of which surround at least in part the measuring resistor, wherein individual resistors (R T1... R TN) are arranged between adjacent conductors, wherein the one end of the chain has the same potential as the one end of the measuring resistor and the other end of the chain has the same potential as the other end of the measuring resistor, in each case two electrical conductors are arranged in pairs on mutually opposing sides of the measuring resistor on an electrically conductive partial surface (22a-22f) of a surface below the measuring resistor and are electrically connected thereto, the electrical conductors are each designed as pin posts, and the electrical conductors protrude on mutually opposed sides of the measuring resistor. an ionizing device for producing ions depending on a gas to be detected, with a catcher for receiving the electrical current produced by the ions, and a measuring device with an electrical measuring resistor which produces an electrical measuring potential from the current, wherein the measuring resistor is surrounded at least in part by an electrical shield resistor R T, and the same potential is applied to mutually opposed regions of the measuring resistor and the shield resistor R T up to a deviation of at most 25%, characterized in that the shield resistor R T is formed as a chain of a plurality of electrical conductors, each of which surround at least in part the measuring resistor, wherein individual resistors (R T1... R TN) are arranged between adjacent conductors, wherein the one end of the chain has the same potential as the one end of the measuring resistor and the other end of the chain has the same potential as the other end of the measuring resistor, in each case two electrical conductors are arranged in pairs on mutually opposing sides of the measuring resistor on an electrically conductive partial surface (22a-22f) of a surface below the measuring resistor and are electrically connected thereto, the electrical conductors are each designed as pin posts, and the electrical conductors protrude on mutually opposed sides of the measuring resistor.
A dolly carrier pallet comprising a pallet provided with a dolly receiving layer, wherein the dolly receiving layer is provided with generally rectangular wheel receiving recesses for receiving swivel casters (7a, 7b) and is provided with generally rectangular wheel receiving recesses for receiving fixed casters (6a, 6b), wherein the swivel caster wheel receiving recesses are longer than the fixed caster wheel receiving recesses.
A hardware secure element (HSMa) comprising: - a processing unit; - a receiver circuit configured to receive data comprising a command field and a parameter field adapted to contain a plurality of parameters; and - at least one hardware parameter check module configured to receive at input a parameter to be processed (P(P_ID)) selected from said plurality of parameters; characterized in that said at least one hardware parameter check module comprises a plurality of sub-circuits (ZVC, AAC, MAXC, MCC), each sub-circuit (ZVC, AAC, MAXC, MCC) configured to process said parameter to be processed (P(P_ID)) in order to verify whether said parameter (P(P_ID)) has given characteristics; and wherein said hardware secure element (HSMa) comprises one or more look-up tables (302c; 302d, 302e) configured to: a) receive at input said command field and a parameter index (P ID) identifying said parameter to be processed (P(P_ID)) by said hardware parameter check module, and b) determine for said command field and said parameter index (P_ID) a configuration data element, said configuration data element comprising data for enabling/disabling each of said sub-circuits (ZVC, AAC, MAXC, MCC) of said hardware parameter check module. - a processing unit; - a receiver circuit configured to receive data comprising a command field and a parameter field adapted to contain a plurality of parameters; and - at least one hardware parameter check module configured to receive at input a parameter to be processed (P(P_ID)) selected from said plurality of parameters; a) receive at input said command field and a parameter index (P ID) identifying said parameter to be processed (P(P_ID)) by said hardware parameter check module, and b) determine for said command field and said parameter index (P_ID) a configuration data element, said configuration data element comprising data for enabling/disabling each of said sub-circuits (ZVC, AAC, MAXC, MCC) of said hardware parameter check module.
Oral pharmaceutical solid form comprising a product obtainable by spray-drying an aqueous solution comprising iron bis-glycinate chelate and alginic acid and/or water-soluble salts thereof, optionally together with physiologically acceptable excipients, wherein the weight ratio between the iron bis-glycinate chelate and the alginic acid and/or water-soluble salts thereof is comprised in the range of 1-2:1-3.
A neurostimulator system comprising: a portable component configured for storing patient-specific imaging-related data, the portable component selected from the group consisting of: an implantable neurostimulator, a patient's remote controller used for telemetrically controlling the implantable neurostimulator, and an external charger for transcutaneously charging the implantable neurostimulator; and an external control device configured for obtaining the patient-specific imaging-related data from the portable component, generating a patient-specific anatomical atlas from the patient-specific image-related data, and programming the portable component with at least one stimulation parameter based on the patient-specific anatomical atlas. a portable component configured for storing patient-specific imaging-related data, the portable component selected from the group consisting of: an implantable neurostimulator, a patient's remote controller used for telemetrically controlling the implantable neurostimulator, and an external charger for transcutaneously charging the implantable neurostimulator; and an external control device configured for obtaining the patient-specific imaging-related data from the portable component, generating a patient-specific anatomical atlas from the patient-specific image-related data, and programming the portable component with at least one stimulation parameter based on the patient-specific anatomical atlas.
A permanent magnet rotating machine, the machine comprising a rotor and a stator disposed with a clearance from an outer peripheral face of the rotor and formed by winding a winding wire through a stator core having two or more slots, the rotor comprising one or more permanent magnets in each of two or more insertion holes, the insertion holes being formed in a circumferential direction in a rotor core, characterized in that each of the permanent magnets is facing a stator-side surface region which has been subjected to Dy or Tb diffusion to increase the magnetic coercive force only in the stator-side surface region, so that the magnetic coercive force in the stator-side surface region of each of the permanent magnets is greater than that in an inner central portion of each permanent magnet by 300 kA/m or more, the inner central portion being an inner portion at a depth of at least 5 mm from every outer face of each permanent magnet.
A pharmaceutical tablet composition comprising; a) high-hygroscopic anhydrous aripiprazole wherein said high hygroscopicity is a moisture content higher than 0,40% after placing said drug substance for 24 hours in desiccator maintained at a temperature of 60°C and a humidity level of 100% or a pharmaceutical acceptable salt thereof, b) at least a filler selected from the group consisting of mannitol, isomalt and sorbitol, c) at least a disintegrant selected from the group consisting of crospovidone croscarmellose sodium and sodium starch glycolate, d) a pharmaceutical acceptable binder and e) a pharmaceutical acceptable lubricant. a) high-hygroscopic anhydrous aripiprazole wherein said high hygroscopicity is a moisture content higher than 0,40% after placing said drug substance for 24 hours in desiccator maintained at a temperature of 60°C and a humidity level of 100% or a pharmaceutical acceptable salt thereof, b) at least a filler selected from the group consisting of mannitol, isomalt and sorbitol, c) at least a disintegrant selected from the group consisting of crospovidone croscarmellose sodium and sodium starch glycolate, d) a pharmaceutical acceptable binder and e) a pharmaceutical acceptable lubricant.
A relay valve for a vehicle comprising a parking brake piston that is displaceable axially in a housing and an axially displaceable cuff, a first compressed air chamber (a) for receiving compressed air from a control line being formed between the parking brake piston and the housing, there also being provided a first spring element that applies a preloading force axially on the cuff, and there being provided a second spring element that applies a further preloading force axially on the parking brake piston, characterised in that in order to form a second compressed air chamber (b) there is arranged axially between the parking brake piston and the cuff an axially displaceable service brake piston that comes into contact at least radially with the parking brake piston and radially with the housing so as to form a seal.
Inductive sensor device comprising: a scale comprising at least a first track with a plurality of first scale elements arranged along a first axis extending in a measuring direction (x), a sensor unit moveable relative to the scale in the measuring direction (x) and comprising a transmitter circuit and a receiver circuit, wherein the transmitter circuit comprises a first transmitter coil and a second transmitter coil, wherein the first scale elements provide a first flux modulating property for a first magnetic field of the first transmitter coil and a second flux modulating property for a second magnetic field of the second transmitter coil, wherein the first and second flux modulating properties vary position dependent in the measuring direction (x) different from each other, a control unit is provided that is communicatively connected with the transmitter circuit and the receiver circuit, wherein the control unit is adapted to: operate the first transmitter coil and the receiver circuit to create a first receiver signal (S11(x), C11(x)), operate the second transmitter coil and the receiver circuit to create a second receiver signal (S21(x), C21(x)), calculate the position of the sensor unit in measuring direction (x) depending at least from the first and the second receiver signals (S11(x), C11(x), S21(x), C21(x)). a scale comprising at least a first track with a plurality of first scale elements arranged along a first axis extending in a measuring direction (x), a sensor unit moveable relative to the scale in the measuring direction (x) and comprising a transmitter circuit and a receiver circuit, wherein the transmitter circuit comprises a first transmitter coil and a second transmitter coil, wherein the first scale elements provide a first flux modulating property for a first magnetic field of the first transmitter coil and a second flux modulating property for a second magnetic field of the second transmitter coil, wherein the first and second flux modulating properties vary position dependent in the measuring direction (x) different from each other, a control unit is provided that is communicatively connected with the transmitter circuit and the receiver circuit, wherein the control unit is adapted to: operate the first transmitter coil and the receiver circuit to create a first receiver signal (S11(x), C11(x)), operate the second transmitter coil and the receiver circuit to create a second receiver signal (S21(x), C21(x)), calculate the position of the sensor unit in measuring direction (x) depending at least from the first and the second receiver signals (S11(x), C11(x), S21(x), C21(x)). operate the first transmitter coil and the receiver circuit to create a first receiver signal (S11(x), C11(x)), operate the second transmitter coil and the receiver circuit to create a second receiver signal (S21(x), C21(x)), calculate the position of the sensor unit in measuring direction (x) depending at least from the first and the second receiver signals (S11(x), C11(x), S21(x), C21(x)).
A device for damping vibrations of a cable, the device comprising: - an arm oscillating about a pivot; - a first damper for damping at least some of the oscillations of the arm; and - a coupler attached to the cable, and being characterized by: - a second damper having a linear-stroke, an upper end connected to the coupler and a lower end connected to the arm; and - a guide (28, 60) for letting the coupler slide with respect to the arm parallel to the stroke of the second damper so that movements of the cable transverse to the stroke of the second damper are communicated to the arm independently of the second damper. - an arm oscillating about a pivot; - a first damper for damping at least some of the oscillations of the arm; and - a coupler attached to the cable, - a second damper having a linear-stroke, an upper end connected to the coupler and a lower end connected to the arm; and - a guide (28, 60) for letting the coupler slide with respect to the arm parallel to the stroke of the second damper so that movements of the cable transverse to the stroke of the second damper are communicated to the arm independently of the second damper.
Roller shutter box with at least one wall element (11, 12, 13) and a base element which is to be attached to a crossbar of a frame of a window or a door, wherein the wall elements (11, 12, 13) and the base element are formed from hollow profiles which are to be pluggably connected to one another, wherein - the base element at least comprises: - an adaptor profile (15, 15') to be attached fixedly to the frame, and a base profile which can be coupled to said adapter profile in a form-fitting manner, - and an inspection cover which can be coupled to the base profile, - and wherein the base profile has, at a front edge, at least one projection (16.1) which is insertable into an undercut (15.2) of the adaptor profile (15, 15'), and in that the base profile has at least one further fastening element for connection to the adaptor profile, or the adaptor profile has, at a front edge, at least one projection which is insertable into an undercut of the base profile, and wherein the base profile has, at a rear edge, at least one fastening element for connection to the adaptor profile, characterized in that - the adaptor profile (15, 15') and the base profile connected thereto span a cavity in which an additional reinforcing profile for the frame profile is inserted. - the base element at least comprises: - an adaptor profile (15, 15') to be attached fixedly to the frame, and a base profile which can be coupled to said adapter profile in a form-fitting manner, - and an inspection cover which can be coupled to the base profile, - an adaptor profile (15, 15') to be attached fixedly to the frame, and a base profile which can be coupled to said adapter profile in a form-fitting manner, - and an inspection cover which can be coupled to the base profile, - and wherein the base profile has, at a front edge, at least one projection (16.1) which is insertable into an undercut (15.2) of the adaptor profile (15, 15'), and in that the base profile has at least one further fastening element for connection to the adaptor profile, or the adaptor profile has, at a front edge, at least one projection which is insertable into an undercut of the base profile, and wherein the base profile has, at a rear edge, at least one fastening element for connection to the adaptor profile, characterized in that - the adaptor profile (15, 15') and the base profile connected thereto span a cavity in which an additional reinforcing profile for the frame profile is inserted.
An apparatus for providing accessible home network information regarding one or more home networks that can be accessed from a remote access, RA, environment, the apparatus comprising: a channel-creation module which creates a communication channel via which an RA client and an in-home RA server can communicate with each other; an information-management module which issues a request for capability information, a credential list, and a profile list to each of the RA client and the in-home RA server and receives capability information, a credential list, and a profile list from each of the RA client and the in-home RA server; and an information-generation module which generates channel-creation information for creating a communication channel between the RA client and the in-home RA server based on the capability information; and a transmission/reception module which transmits a list of accessible home networks and the generated channel-creation information to the RA client. a channel-creation module which creates a communication channel via which an RA client and an in-home RA server can communicate with each other; an information-management module which issues a request for capability information, a credential list, and a profile list to each of the RA client and the in-home RA server and receives capability information, a credential list, and a profile list from each of the RA client and the in-home RA server; and an information-generation module which generates channel-creation information for creating a communication channel between the RA client and the in-home RA server based on the capability information; and a transmission/reception module which transmits a list of accessible home networks and the generated channel-creation information to the RA client.
A sealing device for passing a connecting rod of a system for controlling the pitch of fan blades of a turboprop through a partition, characterised in that it comprises a tube for fastening to the partition that is to be sealed, and a frustoconical sheath through which the connecting rod is to pass, the sheath being capable of sliding axially inside the tube and having, at its wider end, sealing means cooperating with the tube, and, at its narrower end, leaktight fastener means for fastening to a corresponding end of the connecting rod.
A monostable electromagnetic actuator device, in particular a shift actuator device, with an armature unit, having permanent magnetic means that can be driven so as to execute a positioning event in reaction to an energisation of a stationary coil device (34, 42), with an armature plunger unit (10, 18) located in the armature unit, characterised in that, the armature unit is provided and designed such that it can be moved as a reaction to the energisation by means of magnetic repulsion from a first, currentless, stable stop position into a second, currentless, unstable position, and the armature plunger unit is designed in the form of multiple axial parts, wherein a first armature plunger section and a second armature plunger section are coupled such that they can move axially relative to one another by means of an energy store that can be loaded in tension, in particular a tension spring.