mhurhangee/ep-ind-claims huggingface dataset:
An arrangement for adjusting load in training equipment, the arrangement comprising at least one moving arm pivotably connected to a frame via a fulcrum, at least one load unit, an elongated guideway extending to both sides (61, 62) of the fulcrum and along which the load unit is arranged to move, a locking device with which the load unit is secured into a position corresponding the desired load of the training equipment, and a connector with which the guideway is pivotally connected to the frame via the fulcrum, the guideway being connected both to the moving arm and to the frame via the fulcrum, characterized in that the load unit is movable along the guideway to a locking position (35a-e) on either side (61, 62) of the fulcrum.
A gaseous fuelled internal combustion engine comprising: a combustion chamber defined by a cylinder bore, a cylinder head and a piston reciprocating within said cylinder bore, a diameter of said cylinder bore is at least 90 mm and a ratio between said diameter and a stroke length of said piston is at most 0.95; at least one intake passage for delivering a charge to said combustion chamber; at least one intake valve configured in said cylinder head and cooperating with said intake passage to create a predominant tumble flow motion in said combustion chamber; and further comprising: a throttle valve for variably supplying air to an intake manifold, wherein said throttle valve is commanded to maintain a stoichiometric gaseous fuel-air mixture within a predetermined tolerance. a combustion chamber defined by a cylinder bore, a cylinder head and a piston reciprocating within said cylinder bore, a diameter of said cylinder bore is at least 90 mm and a ratio between said diameter and a stroke length of said piston is at most 0.95; at least one intake passage for delivering a charge to said combustion chamber; at least one intake valve configured in said cylinder head and cooperating with said intake passage to create a predominant tumble flow motion in said combustion chamber; and further comprising: a throttle valve for variably supplying air to an intake manifold, wherein said throttle valve is commanded to maintain a stoichiometric gaseous fuel-air mixture within a predetermined tolerance.
Adapter for holding and encapsulating at least one part like a desiccator or a sensor in a flame proof enclosure, comprising - at least one inner space for holding the part, - a flange for fastening the adapter to the flame proof enclosure characterized in, that it has - an internal tubular members extending into a bore 37 of the flame proof enclosure, the internal tubular member having sidewalls forming a flame proof gap together with the sidewalls of the bore of the flame proof enclosure, - an external tubular member extending into an outward direction of the flame proof enclosure and being closed by a locking screw the thread of the locking screw forming a flame proof gap together with a corresponding inner thread in the external tubular member. - at least one inner space for holding the part, - a flange for fastening the adapter to the flame proof enclosure characterized in, that it has - an internal tubular members extending into a bore 37 of the flame proof enclosure, the internal tubular member having sidewalls forming a flame proof gap together with the sidewalls of the bore of the flame proof enclosure, - an external tubular member extending into an outward direction of the flame proof enclosure and being closed by a locking screw the thread of the locking screw forming a flame proof gap together with a corresponding inner thread in the external tubular member.
Profile processing machine, comprising a machine frame, an elongate processing table for placing a profile to be processed thereon and a tool holder, wherein the tool holder is shiftable along the processing table, wherein the machine frame includes at least two mutually spaced pillars (12, 14) and at least one girder connecting the two pillars (12, 14) and the processing table extends between the two pillars (12, 14), and wherein the tool holder has an annular shape and surrounds the processing table completely as seen in the longitudinal direction of the processing table.
A generator module for mounting on the outside of the nacelle of a wind turbine, comprising: a generator module housing; a generator unit arranged in the generator module housing, wherein the generator unit comprises a rotor and a stator, the stator is fixed in the generator module housing, and the rotor is rotatably fitted with the stator; a generator rotating shaft, wherein one end of the generator rotating shaft is connected to the rotor, the generator rotating shaft is provided with a belt pulley, and the belt pulley is configured to be connected to a main shaft of the wind turbine by a transmission belt; and wherein an opening is provided at an upper portion or a lower portion of the generator module housing, to allow the transmission belt sleeved on the belt pulley to pass through the opening; or the generator rotating shaft is configured to extend to an outside of the generator module housing, and the belt pulley is provided at a portion of the generator rotating shaft that extends to the outside. a generator module housing; a generator unit arranged in the generator module housing, wherein the generator unit comprises a rotor and a stator, the stator is fixed in the generator module housing, and the rotor is rotatably fitted with the stator; a generator rotating shaft, wherein one end of the generator rotating shaft is connected to the rotor, the generator rotating shaft is provided with a belt pulley, and the belt pulley is configured to be connected to a main shaft of the wind turbine by a transmission belt; and wherein an opening is provided at an upper portion or a lower portion of the generator module housing, to allow the transmission belt sleeved on the belt pulley to pass through the opening; or the generator rotating shaft is configured to extend to an outside of the generator module housing, and the belt pulley is provided at a portion of the generator rotating shaft that extends to the outside.
A robot tool for coil packaging, comprising: - two ends (102,103), each end being provided with a coupling tool piece (122,123) configured to interface with a robot arm and configured to be able to convey actuating power from a power supply line of a robot; - a roll holder shaft configured to hold a roll of wrapping material, the holder shaft at one end being rotatably mounted substantially midway between said ends and projecting substantially perpendicular to an axis extending between said ends; and characterized in that it comprises - at least one motor (132,133) configured to be able to drive, prevent and/or brake rotation of the roll holder shaft by said actuating power. - two ends (102,103), each end being provided with a coupling tool piece (122,123) configured to interface with a robot arm and configured to be able to convey actuating power from a power supply line of a robot; - a roll holder shaft configured to hold a roll of wrapping material, the holder shaft at one end being rotatably mounted substantially midway between said ends and projecting substantially perpendicular to an axis extending between said ends; and characterized in that it comprises - at least one motor (132,133) configured to be able to drive, prevent and/or brake rotation of the roll holder shaft by said actuating power.
Thermal management device comprising a first circuit for coolant fluid circulation and a second circuit for heat transfer fluid circulation and a double-circulation condenser forming part of the first and of the second circulation circuit and in which the coolant fluid and also the heat transfer fluid circulate, the first circuit for coolant fluid circulation comprising: - at least a first and a second evaporator, - at least one compressor placed downstream of the first and second evaporators and upstream of the condenser, the second circuit for heat transfer fluid circulation comprising: - at least a first and a second heat exchanger, a three-way valve placed between the condenser and the first and second heat exchangers, the second evaporator and the second heat exchanger being placed within a circuit for supplying air to the car interior, said second heat exchanger being placed following the second evaporator in the direction of circulation of air, in the supply circuit, towards the car interior, characterized in that the first evaporator and also the first heat exchanger are placed in contact with the air outside the motor vehicle. - at least a first and a second evaporator, - at least one compressor placed downstream of the first and second evaporators and upstream of the condenser, - at least a first and a second heat exchanger,
A flow-propelled rotary knife system for cutting vegetable products, comprising a knife fixture (24, 224, 324, 1224) having: a housing, having an outlet end (330, 1230) and walls defining a fluid passage (340, 1240); a blade holder (332, 706, 1232), disposed at the outlet end (330, 1230) of the housing, having a central aperture (336, 1236) substantially aligned with the fluid passage (340, 1240), and configured to rotate about a rotational axis passing through the central aperture (336, 1236); and at least one blade (334, 700, 1234a-d) extending diametrically across the central aperture (336, 1236) of the blade holder (332, 706, 1232), the at least one blade (334, 700, 1234a-d) having a twisted shape selected to rotationally propel the at least one blade (334, 700, 1234a-d) and the blade holder (332, 706, 1232) about the rotational axis when the at least one blade (334, 700, 1234a-d) is contacted by a fluid flowing through the fluid passage (340, 1240) and the central aperture (336, 1236) in a flow direction (13, 348), whereby objects propelled along the fluid passage (340, 1240) and the central aperture (336, 1236) in the flow direction (13, 348) are helically cut by the at least one blade (334, 700, 1234a-d). a housing, having an outlet end (330, 1230) and walls defining a fluid passage (340, 1240); a blade holder (332, 706, 1232), disposed at the outlet end (330, 1230) of the housing, having a central aperture (336, 1236) substantially aligned with the fluid passage (340, 1240), and configured to rotate about a rotational axis passing through the central aperture (336, 1236); and at least one blade (334, 700, 1234a-d) extending diametrically across the central aperture (336, 1236) of the blade holder (332, 706, 1232), the at least one blade (334, 700, 1234a-d) having a twisted shape selected to rotationally propel the at least one blade (334, 700, 1234a-d) and the blade holder (332, 706, 1232) about the rotational axis when the at least one blade (334, 700, 1234a-d) is contacted by a fluid flowing through the fluid passage (340, 1240) and the central aperture (336, 1236) in a flow direction (13, 348), whereby objects propelled along the fluid passage (340, 1240) and the central aperture (336, 1236) in the flow direction (13, 348) are helically cut by the at least one blade (334, 700, 1234a-d).
A computer-implemented method comprising the steps of: obtaining a first reading from a first carbon monoxide sensor in a building; determining that carbon monoxide in the building satisfies a carbon monoxide criteria based on the first reading from the first carbon monoxide sensor; obtaining a reading from a fire sensor in the building; determining that a fire is not in the building based on the reading from the fire sensor; in response to determining that the carbon monoxide in the building satisfies the carbon monoxide criteria and that a fire is not in the building, determining that a second reading, from a second carbon monoxide sensor located outside the building, indicates that a concentration of carbon monoxide outside the building is lower than the concentration of carbon monoxide inside the building; and in response to determining that the second reading indicates that the concentration of carbon monoxide outside the building is lower than the concentration of carbon monoxide inside the building, triggering air in the building to be vented outside the building. obtaining a first reading from a first carbon monoxide sensor in a building; determining that carbon monoxide in the building satisfies a carbon monoxide criteria based on the first reading from the first carbon monoxide sensor; obtaining a reading from a fire sensor in the building; determining that a fire is not in the building based on the reading from the fire sensor; in response to determining that the carbon monoxide in the building satisfies the carbon monoxide criteria and that a fire is not in the building, determining that a second reading, from a second carbon monoxide sensor located outside the building, indicates that a concentration of carbon monoxide outside the building is lower than the concentration of carbon monoxide inside the building; and in response to determining that the second reading indicates that the concentration of carbon monoxide outside the building is lower than the concentration of carbon monoxide inside the building, triggering air in the building to be vented outside the building.
Cooling assembly for cooling a generator in a wind turbine, the cooling assembly comprising a stator base part, a plurality of stator coil elements of the generator being attached in operation to a surface of the stator base part, the cooling assembly further comprising a conduit assembly having a plurality of conduits for transporting a cooling fluid, the stator base part having a cylinder shaped surface provided with a plurality of tangential grooves, wherein the plurality of conduits are formed in the plurality of tangential grooves, wherein the stator base part comprises m groups of n grooves, m and n being integer numbers, and m>1.
An electronic control unit for a vehicle, the ECU comprising a first and a second control port configured to be connected to a first and a second electrically controllable vehicle component, respectively, characterized in that: - the first and the second control port each comprises an individual driver circuitry, - an individual load profile is defined for each of the first and the second electrically controllable vehicle component, and - each driver circuitry is configured to individually measure an intermediate electrical load for the respectively connected electrically controllable vehicle component, wherein: - the ECU is configured to compare each of the measured intermediate electrical loads with the respective individual load profile for the first and the second electrically controllable vehicle component, and - to control a transition between at least a first and a second operational state for the respective first and second individual driver circuitry based on a result of the comparison. - the first and the second control port each comprises an individual driver circuitry, - an individual load profile is defined for each of the first and the second electrically controllable vehicle component, and - each driver circuitry is configured to individually measure an intermediate electrical load for the respectively connected electrically controllable vehicle component, wherein: - the ECU is configured to compare each of the measured intermediate electrical loads with the respective individual load profile for the first and the second electrically controllable vehicle component, and - to control a transition between at least a first and a second operational state for the respective first and second individual driver circuitry based on a result of the comparison.
Dosing system for dispensing at least one detergent preparation (A, B, C) into the interior of a dishwasher, comprising a dosing device having a light source, and a cartridge which is coupleable to the dosing device and which stores at least one flowable preparation (A, B, C), characterized in that • the cartridge has a width (b) to depth (t) ratio of 3:1 to 20:1 and • the cartridge has a height (h) to depth (t) ratio of 3:1 to 20:1, and • the walls of the cartridge, at least in sections, have a transmittance of 75%-99% in the wavelength range between 700 nm-1 mm, preferably 700 nm-1000 nm, • the flowable preparation (A, B, C) has a transmittance of 75%-99% in the wavelength range between 700 nm-1 mm, preferably 700 nm-1000 nm, • the outwardly facing surface of the cartridge, at least in sections, has a surface roughness between 0.5-5 microns, preferably between 0.75-2.5 microns, particularly preferably between 1-1.5 microns, • the light source, which emits light at least in a wavelength range between 700 nm-1 mm, preferably 700 nm-1000 nm, radiates into the cartridge, • the light source has a beam angle α greater than 5°, preferably between 5° and 60°, and • the light source and the cartridge are configured in such a way that the average path length of the light beam through the cartridge corresponds to between 0.1*10 5 -10*10 5, preferably between 0.5*10 5 -7.5*10 5, very particularly preferably between 1.0*10 5 -6.5*10 5, times the wavelength of the light emitted by the light source. • the cartridge has a width (b) to depth (t) ratio of 3:1 to 20:1 and • the cartridge has a height (h) to depth (t) ratio of 3:1 to 20:1, and • the walls of the cartridge, at least in sections, have a transmittance of 75%-99% in the wavelength range between 700 nm-1 mm, preferably 700 nm-1000 nm, • the flowable preparation (A, B, C) has a transmittance of 75%-99% in the wavelength range between 700 nm-1 mm, preferably 700 nm-1000 nm, • the outwardly facing surface of the cartridge, at least in sections, has a surface roughness between 0.5-5 microns, preferably between 0.75-2.5 microns, particularly preferably between 1-1.5 microns, • the light source, which emits light at least in a wavelength range between 700 nm-1 mm, preferably 700 nm-1000 nm, radiates into the cartridge, • the light source has a beam angle α greater than 5°, preferably between 5° and 60°, and • the light source and the cartridge are configured in such a way that the average path length of the light beam through the cartridge corresponds to between 0.1*10 5 -10*10 5, preferably between 0.5*10 5 -7.5*10 5, very particularly preferably between 1.0*10 5 -6.5*10 5, times the wavelength of the light emitted by the light source.
A rimless display device, comprising a rigid base plate; a flexible substrate provided on the rigid base plate, provided with a display region having an organic light-emitting layer arranged therein and a non-display region; wherein the non-display region of the flexible substrate is fixed on a lateral surface or a rear surface of the display device after a part of the rigid base plate at a location corresponding to the non-display region is removed and the non-display region is folded, wherein the non-display region is provided with an Integrated Circuit, IC, zone and a Gate Driving Circuit, abbreviated as GIP, zone, and the GIP zone has a hollowed-out structure. a rigid base plate; a flexible substrate provided on the rigid base plate, provided with a display region having an organic light-emitting layer arranged therein and a non-display region; wherein the non-display region of the flexible substrate is fixed on a lateral surface or a rear surface of the display device after a part of the rigid base plate at a location corresponding to the non-display region is removed and the non-display region is folded, wherein the non-display region is provided with an Integrated Circuit, IC, zone and a Gate Driving Circuit, abbreviated as GIP, zone, and the GIP zone has a hollowed-out structure.
Method for assigning participants, receivers (L1 - L4) which can be controlled via a wireless communication network to at least one stationary control transmitter arranged outside a possible close-range communication with the receivers (L1 - L4), by means of which control transmitter the receivers (L1 - L4) assigned to it can be activated after the assignment has been carried out, wherein the receivers (L1 - L4) are set up in order to enter into a network link with a transmitter by means of wireless short-range communication after a request has been made beforehand, wherein in a first step, the network parameters necessary for control of those receivers (L1 - L4) which are to be assigned to the at least one stationary control transmitter are collected by a portable control unit designed as transmitter by linking them via short-range communication, and, in a subsequent step, the list of the receivers (L1 - L4) collected and to be assigned to the stationary control transmitter with their network parameters is transmitted from the portable control unit to the stationary control transmitter via short-range communication, so that the receivers (L1 - L4) assigned to the stationary control transmitter can then be controlled by the latter.
Cosmetic use of a cosmetic composition comprising a Harungana madagascariensis leaf extract or a Harungana madagascariensis extract as an agent promoting collagen synthesis and/or protecting skin proteins from glycation in order to delay, combat, treat or reduce the appearance of the signs of skin ageing selected from wrinkles, fine lines, slackening of the skin, loss of skin fibre elasticity, loose skin, thinned skin, and/or diminish the visible appearance of wrinkles and fine lines and/or loose or thinned skin and/or replenish and/or firm and/or tone the skin of the face and/or body.
A rectifier for symmetrical flow of fluid in a pipeline, whereby said rectifier comprises at least one double chamber, with an expansion chamber wherein an inlet axial rectifying member is mounted and which is circumferentially provided with radial circumferential perforations, and with a compression chamber provided with an outlet opening, the expansion chamber being separated from the compression chamber at least with one radial rectifying member with an axial perforation, wherein the radial rectifying member is formed with at least one radial plate with many openings which form the axial perforation.
Use of an antibody or antigen-binding fragment that specifically binds human interleukin-4 receptor (hIL-4R) in the manufacture of a medicament for the treatment of a disease or disorder, wherein the disease or disorder is selected from the group consisting of dermatitis herpetiformis, chronic idiopathic urticaria, scleroderma, hypertrophic scarring, Churg-Strauss syndrome, and fibrosis, wherein the antibody or fragment thereof comprises three heavy chain complementarity determining region (HCDR) sequences comprising SEQ ID NO:148, 150 and 152, respectively, and three light chain complementarity determining region (LCDR) sequences comprising SEQ ID NO:156, 158 and 160, respectively.
Device for interruption-free coating of can bodies with a coating liquid, comprising - at least an inlet container for providing the coating liquid to be applied, - at least a pressurized air source for supplying pressurized air, which is adapted to transport pressurized air with a transport pressure into the inlet container in order to transport coating liquid out of the inlet container through an inlet pipe, - at least an application nozzle for applying, particularly spraying, the coating liquid with an application pressure onto the container body, wherein an intermediary container is provided, which is connected on the inlet side to the inlet container by means of the inlet pipe and which is connected on the outlet side to the application nozzle by means of an outlet pipe, characterized in that the device further comprises a control unit for controlling the transport pressure and monitoring a nominal filling level of the intermediary container and for controlling the application pressure. - at least an inlet container for providing the coating liquid to be applied, - at least a pressurized air source for supplying pressurized air, which is adapted to transport pressurized air with a transport pressure into the inlet container in order to transport coating liquid out of the inlet container through an inlet pipe, - at least an application nozzle for applying, particularly spraying, the coating liquid with an application pressure onto the container body,