mhurhangee/ep-ind-claims huggingface dataset:
A filter device for cleaning functional fluids, chosen in particular from phosphate esters, phosphate ester-based oils, mineral oils and phenols, having a filter housing into which a filter bed is inserted, in particular consisting of a mixture of anionic and cationic ion exchange resins, and having at least one filter element which, designed as a flow guide device, allows diversion of the fluid from a radial into an axial flow direction or vice versa, characterised in that one filter element is seated on one face-side end of the filter housing by means of a holding device which has an H-shaped cross-sectional profile with radially outer and radially inner legs, that an outer side of one filter element forms an extension of an outer side of the filter housing, and that since the outer side of one filter element and the outer side of the filter housing are flush with one another, a flat contact of the radially outer legs of the H-shaped profile of the holding device is guaranteed both on the outer side of the filter housing and on the outer side of one filter element, and that the radially inner legs project into the interior of one filter element and into the interior of the filter housing.
Control unit for a battery system, comprising a power input for an operation voltage of the control unit provided by at least one battery cell; a control module configured for performing at least control function with respect to the at least one battery cell while being supplied with the operation voltage and comprising means for detecting a voltage of the least one battery cell; and a startup module connected between the power input and the control module and comprising at least one non-volatile memory element storing a security key, a verification circuit configured for validating the security key and an activation circuit configured for interconnecting the operation voltage to the control module in response to the validation of the security key, wherein the non-volatile memory element is configured for irreversibly erasing the security key in response to an activation signal that is related to an initial startup of the control unit.
An integrated circuit comprising: a first near-field communication unit and a second unit (7, 92) for generating at least one signal in pulse-width modulation; a non-volatile memory containing at least digital words for configuring the PWM signal(s); characterized in that the integrated circuit comprises: a third unit, different from the second unit (7, 92), for assigning the memory to the first unit or to the second unit. a first near-field communication unit and a second unit (7, 92) for generating at least one signal in pulse-width modulation; a non-volatile memory containing at least digital words for configuring the PWM signal(s); characterized in that the integrated circuit comprises: a third unit, different from the second unit (7, 92), for assigning the memory to the first unit or to the second unit.
A recombinant polypeptide having mannanase activity and comprising an amino acid sequence, which has: at least 92% sequence identity with Man13 (SEQ ID NO: 30).
A pan-SHIP1/2 inhibitor for use in a method to treat obesity or to reduce body fat in an obese subject, wherein the pan-SHIP1/2 inhibitor has the structure of: or is a pharmaceutically acceptable salt thereof, wherein X = NR 2, NRCONR 2, OR, SR, OCOR, OCONR 2, or NHCNHNH 2, preferably X = NH 2 or NH 3 Cl, and wherein R = H, alkyl, cycloalkyl, aryl or benzyl, and wherein the inhibitor reduces body fat in the obese subject.
Valve for pressurized fluid comprising a body housing a fluid circuit having an upstream end intended to be placed in communication with a reserve of pressurized fluid and a downstream end intended to be placed in communication with a user of fluid, the circuit comprising a collection of valve shutter(s) (6, 7) comprising at least one shutoff valve shutter allowing the circuit to be closed or opened, the valve comprises a member for manually controlling the collection of valve shutter(s) (6, 7), the control member being mounted with the ability to move on the body between a rest position in which the collection of valve shutter (s) (6, 7) is in a position in which the circuit is closed and an active position in which the control member actuates the collection of valve shutter(s) (6, 7) into a position in which the circuit is open with a first bore section, the valve comprising a mechanism (9, 10) for locking the control member in its rest position, the locking mechanism (9, 10) comprising a manual actuator mounted with the ability to move on the body between a locked first position that locks the control member to prevent it from moving from its rest position toward its active position, and a second position in which the control member is unlocked allowing it to move from its rest position toward its active position, in its unlocked second position, the actuator placing the collection of valve shutter(s) (6, 7) in a position in which the circuit is open to a second bore section, characterized in that it comprises a coupling mechanism (21, 100) that couples the movement of the control member and of the actuator when the control member is moved from its active position toward its rest position and/or from its rest position toward its active position, the coupling mechanism (21, 100) automatically moving the actuator when the control member is moved.
A belt for suspending and/or driving an elevator car, comprising: a plurality of tension elements extending longitudinally along a length of the belt, at least one tension element of the plurality of tension elements having multiple tension element coating layers applied thereto; a plurality of fibers (40, 42) interlaced with the plurality of tension elements forming a composite belt structure; and a belt coating at least partially encapsulating the composite belt structure, characterized in that the multiple tension element coating layers include an adhesive layer to promote adhesion of the tension element coating layers to the tension element. a plurality of tension elements extending longitudinally along a length of the belt, at least one tension element of the plurality of tension elements having multiple tension element coating layers applied thereto; a plurality of fibers (40, 42) interlaced with the plurality of tension elements forming a composite belt structure; and a belt coating at least partially encapsulating the composite belt structure, characterized in that the multiple tension element coating layers include an adhesive layer to promote adhesion of the tension element coating layers to the tension element.
A method of wirelessly connecting a first device to a target device, the method comprising: searching for at least one first target device located in an orientation region (1030, 1050) of the first device when a first input signal is received; determining the first target device based on a direction that the first device is oriented; performing a wireless connection with the first target device; receiving content from the first target device and outputting the content; if a second input signal is received during the receiving of the content from the first target device, determining to maintain the wireless connection with the first target device for receiving additional content from the first target device; maintaining the wireless connection with the first target device even when the direction that the first device is oriented changes, if the second input signal is not received, when the direction that the first device is orientated is changed, the wireless connection with the first target device is disconnected, and the first device performs a wireless connection with a second target device that is newly determined to be located in the direction of the first device. searching for at least one first target device located in an orientation region (1030, 1050) of the first device when a first input signal is received; determining the first target device based on a direction that the first device is oriented; performing a wireless connection with the first target device; receiving content from the first target device and outputting the content; if a second input signal is received during the receiving of the content from the first target device, determining to maintain the wireless connection with the first target device for receiving additional content from the first target device; maintaining the wireless connection with the first target device even when the direction that the first device is oriented changes, if the second input signal is not received, when the direction that the first device is orientated is changed, the wireless connection with the first target device is disconnected, and the first device performs a wireless connection with a second target device that is newly determined to be located in the direction of the first device.
Gangway for the embarkation and disembarkation of persons on and from a boat, having a modular structure including a first section, which is fixable to a boat, a second section, fixed to the first section and having sliding guides, a third section slidably movable along the guides of the second section, characterized in comprising a moving system having a spiral nut attached to the third section, a worm screw, constrained to slide through the nut and fastened, by means of a cardan joint, to a rotating shaft driven by a motor, so that a rotation of said shaft causes the third section to slide along the guides and along a main direction, coinciding with the worm screw axis, so that the gangway can move between a retracted configuration and an extended configuration. a first section, which is fixable to a boat, a second section, fixed to the first section and having sliding guides, a third section slidably movable along the guides of the second section, characterized in comprising a moving system having a spiral nut attached to the third section, a worm screw, constrained to slide through the nut and fastened, by means of a cardan joint, to a rotating shaft driven by a motor, so that a rotation of said shaft causes the third section to slide along the guides and along a main direction, coinciding with the worm screw axis, so that the gangway can move between a retracted configuration and an extended configuration.
A high voltage switching arrangement for applying a pulse across a load, in combination with the load connected thereto, the switching arrangement comprising a power supply unit for providing electrical energy to the load (R L) and a switch stack (S 1 - S n) for directly connecting the power supply unit to the load (R L), the switch stack (S 1 - S n) comprising a plurality of switch modules (S 1, S 2...S n) arranged in series, and a plurality of capacitors in parallel across the respective switch modules (S 1, S 2...S n), characterised in that the load is a magnetron which includes a capacitive component, the power supply unit being a capacitor, and in that the plurality of n capacitors each have a capacitance (nCd) to compensate for voltage overshoot across the magnetron (R L).
A blow molding method, comprising: a molding step of stretching and blowing a preform in a metal mold by means of a content fluid so as to form a container, the metal mold comprising a body section metal mold (201SR, 201SL) and a bottom section metal mold (201B, 301B, 401B); and a head space formation step, after the molding step, characterized in that the head space formation step comprises forming the head space by driving the bottom section metal mold in a direction in which the bottom section metal mold is pulled out in order to invert a bulging shape of the bottom portion of the container and by introducing air to an inside of the container, in a state where the body section metal mold is closed. a molding step of stretching and blowing a preform in a metal mold by means of a content fluid so as to form a container, the metal mold comprising a body section metal mold (201SR, 201SL) and a bottom section metal mold (201B, 301B, 401B); and a head space formation step, after the molding step, characterized in that the head space formation step comprises forming the head space by driving the bottom section metal mold in a direction in which the bottom section metal mold is pulled out in order to invert a bulging shape of the bottom portion of the container and by introducing air to an inside of the container, in a state where the body section metal mold is closed.
A wet vacuum cleaner, comprising: a dirt inlet; a motor and fan for delivering suction to the dirt inlet; a cyclone unit for separating liquid and particles from a flow generated by the suction of the motor and fan, the cyclone unit having a cyclone axis of rotation, wherein the cyclone unit comprises: an outer housing having an outer side wall having an opening and an end surface forming a boundary of an internal volume of the cyclone unit and which connects to the outer side wall, the end surface being at end of the cyclone unit along the cyclone axis; a main flow inlet to the opening in the outer side wall having an effective hydraulic inlet diameter; a main flow inlet conduit which connects to the main flow inlet, and a main flow outlet from the outer housing, the main flow inlet is at said one end of the cyclone unit but spaced internally from the end surface by a separation distance of at least 0.1 times the effective hydraulic inlet diameter, characterized in that the main flow inlet conduit extends in a direction offset from the perpendicular to the cyclone axis and facing towards the end surface. a dirt inlet; a motor and fan for delivering suction to the dirt inlet; a cyclone unit for separating liquid and particles from a flow generated by the suction of the motor and fan, the cyclone unit having a cyclone axis of rotation, wherein the cyclone unit comprises: an outer housing having an outer side wall having an opening and an end surface forming a boundary of an internal volume of the cyclone unit and which connects to the outer side wall, the end surface being at end of the cyclone unit along the cyclone axis; a main flow inlet to the opening in the outer side wall having an effective hydraulic inlet diameter; a main flow inlet conduit which connects to the main flow inlet, and a main flow outlet from the outer housing, the main flow inlet is at said one end of the cyclone unit but spaced internally from the end surface by a separation distance of at least 0.1 times the effective hydraulic inlet diameter, characterized in that the main flow inlet conduit extends in a direction offset from the perpendicular to the cyclone axis and facing towards the end surface. an outer housing having an outer side wall having an opening and an end surface forming a boundary of an internal volume of the cyclone unit and which connects to the outer side wall, the end surface being at end of the cyclone unit along the cyclone axis; a main flow inlet to the opening in the outer side wall having an effective hydraulic inlet diameter; a main flow inlet conduit which connects to the main flow inlet, and a main flow outlet from the outer housing, the main flow inlet is at said one end of the cyclone unit but spaced internally from the end surface by a separation distance of at least 0.1 times the effective hydraulic inlet diameter, characterized in that the main flow inlet conduit extends in a direction offset from the perpendicular to the cyclone axis and facing towards the end surface.
A computer implemented method for automatically generating seismic training images and associated seismic interpretation training labels to train a model for automatic seismic interpretation, the method comprising: receiving a three-dimensional structural model in a present-day geological space depicting locations of particles of the subsurface geology of the Earth as observed at a current time period; characterized in that the method further comprises: computing a three-dimensional coordinate space transformation to transform the three-dimensional structural model from the present-day geological space to a depositional space depicting past locations of the particles at times when the particles were determined to be originally deposited within the subsurface geology of the Earth; receiving a real-world parent image of the subsurface geology in a present-day geological space generated based on seismic data captured by sensors recording seismic waves reflected from the subsurface geology; applying a forward transformation to transform the real-world parent image in the present-day geological space to a depositional seismic image in the depositional space of the three-dimensional structural model; applying a reverse transformation to transform the depositional seismic image from the depositional space into a plurality of synthetic child training images in the present-day geological space; associating the plurality of synthetic child training images with seismic interpretation training labels; and storing the plurality of synthetic child training images and associated seismic interpretation training labels. receiving a three-dimensional structural model in a present-day geological space depicting locations of particles of the subsurface geology of the Earth as observed at a current time period; characterized in that the method further comprises: computing a three-dimensional coordinate space transformation to transform the three-dimensional structural model from the present-day geological space to a depositional space depicting past locations of the particles at times when the particles were determined to be originally deposited within the subsurface geology of the Earth; receiving a real-world parent image of the subsurface geology in a present-day geological space generated based on seismic data captured by sensors recording seismic waves reflected from the subsurface geology; applying a forward transformation to transform the real-world parent image in the present-day geological space to a depositional seismic image in the depositional space of the three-dimensional structural model; applying a reverse transformation to transform the depositional seismic image from the depositional space into a plurality of synthetic child training images in the present-day geological space; associating the plurality of synthetic child training images with seismic interpretation training labels; and storing the plurality of synthetic child training images and associated seismic interpretation training labels.
A machine cleaning agent in form of a cleaning tablet with an alkaline cleaning agent for cleaning commercial cooking appliances with an automatic cleaning program, comprising a main cleaning system for a main washing cycle and an integrated pre-cleaning system, the effect of which starts developing during a prewash cycle, wherein the main cleaning system and the pre-cleaning system are comprised in at least partially separate compartments, wherein the main cleaning system comprises a basic cleaning mix and a retarding agent and wherein the pre-cleaning system comprises the basic cleaning mix.
A system for delegating a privilege and associated attributes from a hardware based security token to at least a first data processing unit, said privilege enabling access to at least one resource by said at least a first data processing unit subject to requirements prescribed in said associated attributes, characterized by: i. said security token including said privilege and said associated attributes and delegation means for delegating said privilege to said at least a first data processing unit, said privilege enabling said at least a first data processing unit to perform a function of surrogate operations for said security token, ii. said at least a first data processing unit including privilege processing means for using said privilege in accordance with said requirements prescribed in said associated attributes, iii. communications means for performing data exchanges between said security token and said at least a first data processing unit. i. said security token including said privilege and said associated attributes and delegation means for delegating said privilege to said at least a first data processing unit, said privilege enabling said at least a first data processing unit to perform a function of surrogate operations for said security token, ii. said at least a first data processing unit including privilege processing means for using said privilege in accordance with said requirements prescribed in said associated attributes, iii. communications means for performing data exchanges between said security token and said at least a first data processing unit.
An air supply system comprising: a first unit including a first fan; a second unit including a second fan that is configured to supply first air to a target space; a duct that is configured to send the first air sent from the first unit by the first fan to the second unit; a first detector that is configured to detect information about second air in the target space; and a first controller that is configured to communicate with the first unit, wherein the second unit includes a second detector that is configured to detect an air flow volume sent by the second fan and a second controller that is configured to control a rotation speed of the second fan, characterized in that, the first controller is further configured to: communicate with the second unit and the first detector, determine a target air flow volume of the second unit on a basis of the information about the second air acquired from the first detector, and transmit an instruction indicating the target air flow volume to the second controller; and the second controller is further configured to control the rotation speed of the second fan such that the air flow volume detected by the second detector approaches the target air flow volume. a first unit including a first fan; a second unit including a second fan that is configured to supply first air to a target space; a duct that is configured to send the first air sent from the first unit by the first fan to the second unit; a first detector that is configured to detect information about second air in the target space; and a first controller that is configured to communicate with the first unit, wherein the second unit includes a second detector that is configured to detect an air flow volume sent by the second fan and a second controller that is configured to control a rotation speed of the second fan, characterized in that, the first controller is further configured to: communicate with the second unit and the first detector, determine a target air flow volume of the second unit on a basis of the information about the second air acquired from the first detector, and transmit an instruction indicating the target air flow volume to the second controller; and communicate with the second unit and the first detector, determine a target air flow volume of the second unit on a basis of the information about the second air acquired from the first detector, and transmit an instruction indicating the target air flow volume to the second controller; and the second controller is further configured to control the rotation speed of the second fan such that the air flow volume detected by the second detector approaches the target air flow volume.